text:
perl - Someone knows about service "perlfiddle"? - Stack Overflow
Someone knows about service “perlfiddle”? [closed]
I could not find service to run Perl scripts like http://jsbin.com, http://jsfiddle.net, http://sqlfiddle.com, http://phpfiddle.org, http://pythonfiddle.com. Somebody knows a link to services for Perl?
perl share|improve this question edited Apr 1 '13 at 16:42
asked Feb 12 '13 at 8:22
closed as not constructive by Tim Post♦ Apr 2 '13 at 12:12
ideone.com comes to mind for me.
stackoverflow.com/questions/5130609/…
I have used http://ideone.com/ pretty successfully. I am sure some more thorough searches would dig up some more places too.
share|improve this answer answered Feb 12 '13 at 8:30
FYI - Perl version is v5.12.1
You could give a try to http://tryperl.com/
4,7101814
FYI - Perl version is v5.10.1
It would be nice if it was kept up-to date. 5.10.1 was released in 2009
Also http://perltuts.com, which has some tutorial material as well as an evaluator.
FYI - Perl version is v5.14.2
4How to go about learning perl54Should we hire someone who writes C in Perl?0Why does perl complain about “Too many arguments for open” when I run it in a shell script?464Why does modern Perl avoid UTF-8 by default?4How does “sub END” know program has died? (Perl)-2How do I check if Perl code is safe if I dont know perl language?2Why is Perl complaining about an unterminated string here?3Knowing the Interaction of Windows Batch files and Perl's system() function3How to read directories and sub-directories without knowing the directory name in perl?6Does Anyone Know How to Understand Such Kind of Perl Code Blocks?

value: This website is a question and answer website for professional and enthusiast programmers. It is the flagship site of the Stack Exchange Network, created in 2008 by Jeff Atwood and Joel Spolsky.


text:
Translations Turkish (2) Chinese (1) German (1) Greek (1) Portuguese (1) License OSI-Approved Open Source (9) GNU General Public License version 2.0 (5) GNU Library or Lesser General Public License version 3.0 (2) Affero GNU Public License (1) BSD License (1) GNU General Public License version 3.0 (1) Other License (1) Public Domain (1) Programming Language C (6) C++ (4) PHP (2) Assembly (1) Forth (1) Java (1) Perl (1) Python (1) Status 4 - Beta (3) 5 - Production/Stable (3) 1 - Planning (2) 2 - Pre-Alpha (1) 3 - Alpha (1) OS Linux (9) Android (5) Modern (5) Linux (5) FreeBSD (1) Mac (4) Windows (4) Grouping and Descriptive Categories (3) Project is an Operating System Distribution (2) All POSIX (1) OS Portable (1) BSD (2) Embedded Operating Systems (1) Android (1) Freshness Recently updated (2) Embedded systems Software
Android tools for MediaTEK MT53XX Serial Chips picboard

type: global

value: This website is a web service that offers software consumers a centralized online location to control and manage open-source software projects and research business software. It provides source code repository hosting, bug tracking, mirroring of downloads for load balancing, a wiki for documentation, developer and user mailing lists, user-support forums, user-written reviews and ratings, a news bulletin, micro-blog for publishing project updates, and other features.


text:
Menominee (automobile) - Wikipedia
Menominee (automobile)
The Menominee was an electric automobile built in Menominee, Michigan by the Menominee Electric Manufacturing Company in 1915.[1] This company mainly built commercial electric vehicles, but did make a limited number of electric cabriolets.[2] The cabriolet had a 108-inch wheelbase, with a top speed of 20 mph, with a range of 50–60 miles on each charge.[2] A price of $1,250 also included a recharging kit for the battery.[2] Production had started in July 1915, but had ended by the end of the year.[2]
Other Early Electric Vehicles[edit]
^ Georgano, Nick (2000). The Beaulieu Encyclopedia of the Automobile. London: Stationery Office. p. 1792. ISBN 0117023191. ^ a b c d Kimes, Beverly Rae (1996). The Standard Catalog of American Cars: 1805-1942. Iola, IA: Krause Publications. p. 1612. ISBN 0873414284. Georgano, G.N. (1968). The Complete Encyclopedia of Motorcars, 1885 to Present. This article about a brass-era automobile produced between 1905 and 1915 is a stub. You can help Wikipedia by expanding it.
Retrieved from "https://en.wikipedia.org/w/index.php?title=Menominee_(automobile)&oldid=617630271"	Categories: Defunct motor vehicle manufacturers of the United StatesMotor vehicle manufacturers based in MichiganHistoric electric vehiclesDefunct companies based in MichiganDefunct brandsBrass auto stubsHidden categories: All stub articles	Navigation menu
Add links	This page was last modified on 19 July 2014, at 21:46.

value: This website is the English-language edition of the free online encyclopedia Wikipedia. It was founded on 15 January 2001 as Wikipedia's first edition and, as of October 2021, has the most articles of any edition, at 6,412,521.


text:
Jim O'Neill, Baron O'Neill of Gatley - Wikipedia
14 May 2015 – 23 September 2016
The Lord Deighton
The Baroness Neville-Rolfe
(1957-03-17) 17 March 1957 (age 61)[1]
Unaffiliated (Crossbencher)
BRIC economic theory
Terence James O'Neill, Baron O'Neill of Gatley (born 17 March 1957),[1] former chairman of Goldman Sachs Asset Management and former Conservative government minister, is a British economist best known for coining BRIC, the acronym that stands for Brazil, Russia, India, and China—the four rapidly developing countries that have come to symbolise the shift in global economic power away from the developed G7 economies.[2] As of January 2014, he is an Honorary Professor of Economics at the University of Manchester.[3] He was appointed Commercial Secretary to the Treasury in the Second Cameron Ministry, a position he held until his resignation on 23 September 2016. Since 2008, he has written monthly columns for international media organization Project Syndicate[4].
2.1 BRICs
2.2 Foreign exchange markets
2.3 MIKT
2.4 MINT
O'Neill obtained a B.A. degree in 1977 and an M.A. degree in economics from Sheffield University in 1978.[5][6] He subsequently earned his Ph.D. degree from the University of Surrey in 1982, with a thesis titled An empirical investigation into the OPEC surplus and its disposal. O'Neill began his career in finance working at Bank of America in 1982. In 1985 he joined Marine Midland Bank as Economist for their International Treasury Management Division. After Marine Midland was purchased by HSBC he joined Swiss Bank Corporation in 1988 where he was in charge of the fixed income research group , and he served as SBC's chief of global research.[7] He joined Goldman Sachs in 1997 and he was appointed as the head of global economics research in 2001, which is also when he published the seminal BRIC paper. Jan Hatzius replaced O'Neill as chief economist after O'Neill moved to Goldman Sachs Asset Management.
In 2010, he was named chairman of Goldman Sachs's Division of Asset Management, a newly created position in which O'Neill managed over $800 billion in assets by "leverag[ing]" his "global perspective on world markets".[8] He continues to publish research regarding the global economy, in addition to coming up with innovative investment strategies for clients. His new appointment was regarded as a symbol of Goldman's "efforts to reposition itself for Wall Street's post-crisis era",[9] one in which Goldman Sachs is "bullish" about the fact that emerging markets are "the future".[8] In 2011, he was included in the 50 Most Influential ranking of Bloomberg Markets magazine.
In February 2013, the firm announced O'Neill's impending retirement,[10] which took place two months later, in April 2013.[11] He is a currently on the International Advisory Board of the Centre for Rising Powers at the University of Cambridge.[12] O'Neill sits on the QFINANCE Strategic Advisory Board. He is also a member of the board of Bruegel, the European think tank for international economics.[13] O'Neill is chairman of the Greater Manchester Local Enterprise Partnership Advisory Board, which advises on the growth of the Greater Manchester economy.[14] On 2 July 2014 he was appointed by UK Prime Minister David Cameron to head an international commission to investigate global antimicrobial resistance.[15] On 21 July 2014 O'Neill was awarded an Honorary Litt.D. degree by the University of Sheffield in recognition of his contribution to international economics.[16] He furthermore has honorary degrees from the Institute of Education of the University of London, for his educational philanthropy, and from City University London for his services to banking and finance.[5]
On 28 May 2015 he was created a Life Peer as Baron O'Neill of Gatley, of Gatley in the County of Greater Manchester[17] and took up an unpaid post in HM Government as the Commercial Secretary to the Treasury.[18][19] In this role O'Neill's primary role was to work on the 'Northern Powerhouse' project and to help reinvigorate trade with China. Following the resignation of David Cameron as Prime Minister his successor, Theresa May, kept O'Neill in post. On 23 September 2016, O'Neill resigned over concerns that May was not committed to the 'Northern Powerhouse' project making him the first member of May's ministry to resign.[20] In April 2018 Lord O'Neill published the book "Superbugs: an Arms Race Against Bacteria" co-written with Anthony McDonnell and Will Hall, which tells the story of drug resistant infections and outlines the policy interventions he believes necessary to stop them.[21]
O'Neill claims not to commit to a specific financial ideology; instead, he is known for his "pragmatic, long-term" vision of currency markets. He improves upon traditional models of data analysis by incorporating elements that ultimately make them more accurate.[22]
O'Neill coined the term "BRIC" in 2001 in "The World Needs Better Economic BRICs", a paper written for Goldman Sachs's "Global Economic Paper" series.[23]
Foreign exchange markets[edit]
O'Neill has been called a "currency guru"; he has been hailed as "the top foreign-exchange economist anywhere in the world in the past decade". For example, in 2004 he accurately predicted that the euro would rise from $1.25 to $1.30 a year later; he was also right about the yen's rise in the mid-1990s.[22] He was previously head of global economic research and commodities and strategy research at Goldman Sachs.[24]
MIKT[edit]
In 2011, O'Neill coined the term MIKT, also known as MIST, for the countries of Mexico, Indonesia, South Korea, and Turkey.[25][26][27][28][29] The term has largely fallen out of use, having been replaced by MINT (see below).
In 2013, O'Neill also coined the term MINT—Mexico, Indonesia, Nigeria, and Turkey—in order to differentiate among the variety of emerging economies.[30] He plans to group this quartet as "growth markets" within the overall BRIC nations. In January 2014, O'Neill presented a four-part documentary series on this subject for BBC Radio entitled MINT: The Next Economic Giants.[31]
O'Neill grew up in Gatley and attended Burnage Comprehensive and Sheffield University, where he studied economics.[32] O'Neill is a huge football fan and played for the Bank of America's first team in London. He is a lifelong fan of Manchester United F.C. and served as a non-executive director from 2004 to 2005, before the club was returned to private ownership.[33] On 2 March 2010, the Red Knights, a group of wealthy Manchester United fans believed to include O'Neill, confirmed interest in a possible takeover of the club.[34]
^ a b "Jim O'Neill, Esq". Debrett's. Retrieved 31 January 2012.
^ Kowitt, Beth (17 June 2009). "For Mr. BRIC, nations meeting a milestone". CNNMoney.com. Retrieved 18 June 2009.
^ http://www.manchester.ac.uk/aboutus/news/display/?id=11377
^ "Jim O'Neill - Project Syndicate". Project Syndicate. Retrieved 2017-10-18.
^ a b Lord O’Neill of Gatley - website gov.uk
^ Jim O'Neill Bio - website of Goldman Sachs
^ "Bio: Who Is Jim O'Neill?". Bloomberg Businessweek. 7 March 2005. Retrieved 26 June 2012.
^ a b Noble, Josh (10 September 2010). "Bric Godfather O'Neill gets keys to Goldman's fund chest". Financial Times. Retrieved 26 June 2012.
^ Johnson, Miles; Justin Baer (11 September 2011). "O'Neill heads Goldman division". Financial Times. Retrieved 26 June 2012.
^ Blankfein, Lloyd C.; Cohn, Gary D. (5 February 2013). "Jim O'Neill to retire from Goldman Sachs" (Press release). Goldman Sachs. Archived from the original on 8 February 2013. Retrieved 14 March 2013.
^ http://www.ibanet.org/Article/Detail.aspx?ArticleUid=b8a1e2e0-292b-49d5-8b7b-306ecc432b98
^ "International Advisory Board". cam.ac.uk. Retrieved 21 September 2017.
^ "Jim O'Neill: Member of the board". Bruegel. Retrieved 14 March 2013.
^ "Biography – Jim O'Neill". Goldman Sachs. Retrieved 13 March 2012.
^ "Internationally focused commission on antimicrobial resistance announced by PM". wellcome.ac.uk. 2 July 2014. Retrieved 3 July 2014.
^ World-renowned economist among University's honorary degree recipients – website of the University of Sheffield
^ "Jim O'Neill gains peerage and ministerial role in treasury team". Retrieved 8 Feb 2016.
^ "Her Majesty's Government". Retrieved 8 February 2016.
^ Rob Merrick (23 September 2016). "Treasury minister quits over Northern Powerhouse and China ties". Retrieved 25 September 2016.
^ http://www.hup.harvard.edu/catalog.php?isbn=9780674975989
^ a b Cohn, Laura (7 March 2005). "Meet Goldman's Rock Star". Bloomberg Businessweek. Retrieved 26 June 2012.
^ O'Neill, Jim (30 November 2001). "Building Better Global Economic BRICs" (PDF). Global Economics Paper No. 66 (66). Goldman Sachs & Co. Retrieved 10 December 2013.
^ "The Outlook for Emerging Markets: From BRICs to the N-11". The Chicago Council on Global Affairs. Archived from the original on 18 February 2009. Retrieved 12 March 2009.
^ "'Bric' creator adds newcomers to list". Financial Times.
^ Robinson, Gwen (17 January 2011). "Brics, MIKTs and O'Neill's 'lucrative lexicon'". Financial Times. FT Alphaville. Retrieved 14 November 2011.
^ Thompson, Darryl, (producer), Edward Hadas and John Authers (panellists) (17 January 2011). Another Bric in the wall (Podcast). London: Financial Times. Retrieved 26 June 2012.
^ "Goldman Sachs's MIST Topping BRICs as Smaller Markets Outperform - Bloomberg". Bloomberg.
^ Ernesto Gallo; Giovanni Biava (3 April 2013). "After the BRICS, is now time for the MIKT?". Retrieved 21 September 2017.
^ Matthew Boesler (13 November 2013). "The Economist Who Invented The BRICs Just Invented A Whole New Group Of Countries: The MINTs". Business Insider. Retrieved 21 September 2017.
^ http://www.bbc.co.uk/programmes/p01pfcrw
^ Fletcher, Richard (2 March 2010). "Jim O'Neill: Profile of Manchester United's Red Knight". The Daily Telegraph. Retrieved 31 January 2012.
^ "Jim O'Neill's CV". European Private Equity and Venture Capital Association. Archived from the original on 7 January 2011. Retrieved 16 March 2009.
^ "Red Knights confirm United takeover plan". RTÉ News. 2 March 2010.
Wikiquote has quotations related to: Jim O'Neill, Baron O'Neill of Gatley
Wikimedia Commons has media related to Jim O'Neill, Baron O'Neill of Gatley.
BBC Radio 4 - The New World - Fixing Globalisation - 6 January 2017 Jim O'Neill asks if new challenges mean an end to the era of globalisation.
GND: 171882601
ISNI: 0000 0003 8507 3331
NKC: mub2012726570
VIAF: 279231042
Retrieved from "https://en.wikipedia.org/w/index.php?title=Jim_O%27Neill,_Baron_O%27Neill_of_Gatley&oldid=838721295"
This page was last edited on 28 April 2018, at 22:00 (UTC).


text: Patent US4131935 - Terminal-cover assembly having coined region of reduced cross section ... - Google PatentsSearch Images Maps Play YouTube News Gmail Drive More »Sign inAdvanced Patent SearchPatentsA metal cover has a hole into which an insulating resilient T.F.E. bushing is force fitted. A metal terminal is pushed into the hole in the bushing. These three parts are essentially coaxial and form a cover-terminal assembly that is subsequently placed between and compressed by a pair of coining dies...http://www.google.com/patents/US4131935?utm_source=gb-gplus-sharePatent US4131935 - Terminal-cover assembly having coined region of reduced cross section compressing resilient bushingAdvanced Patent SearchPublication numberUS4131935 APublication typeGrantApplication numberUS 05/783,376Publication dateDec 26, 1978Filing dateMar 31, 1977Priority dateMar 7, 1975Also published asCA1042537A1, DE2609061A1Publication number05783376, 783376, US 4131935 A, US 4131935A, US-A-4131935, US4131935 A, US4131935AInventorsWarren J. ClementOriginal AssigneeSprague Electric CompanyExport CitationBiBTeX, EndNote, RefManPatent Citations (6), Referenced by (48), Classifications (12), Legal Events (1) External Links: USPTO, USPTO Assignment, EspacenetTerminal-cover assembly having coined region of reduced cross section compressing resilient bushingUS 4131935 AAbstract A metal cover has a hole into which an insulating resilient T.F.E. bushing is force fitted. A metal terminal is pushed into the hole in the bushing. These three parts are essentially coaxial and form a cover-terminal assembly that is subsequently placed between and compressed by a pair of coining dies to deform the cover metal adjacent to the periphery of the cover hole. This coining step forces metal tightly against and into the resilient bushing subsequently compressing the bushing about the terminal. This terminal-cover assembly is particularly suitable for closing the housing of a hermetically sealed electrolytic capacitor. It is inert to chemically active electrolytes and withstands high internal pressures that are often associated with such capacitors.

value: This website is a search engine provided by Google. Handling over 3.5 billion searches per day, it has a 92% share of the global search engine market.


text:
Amazon.com: Profile For Donovan D. Mattole: Reviews
Profile for Donovan D. Mattole > Reviews
Donovan D. Mattole's Profile
Top Reviewer Ranking: 17,398,270
Reviews Written by Donovan D. Mattole "songofalbion" (Silverton, OR United States)
by James F. DavidEdition: Hardcover
Wow! An amazing read...impossible to put down, May 10, 2005
This review is from: Judgment Day (Hardcover)
James F. David doesn't crank the novels out as fast as many novelists (I guess that's hard to do when you work full-time as a psychology professor), but each book that comes out is well worth the wait. His book "Fragments" was the best pyschological thriller I have ever read and I still think "Footprints of Thunder" is still one of the most original modern sci-fi novels written in the past couple of decades. The amazing thing about David is that he makes each story original and there is never a predictable pattern to his novels. Each book is totally different. He obviously has a lot of fun with his stories. A perfect example of this is looking for his books at Borders. You'll notice a couple are classified as horror, one is in the mystery/thriller section, one is in sci-fi and this latest is classified as Christian fiction - of all places. None of his books can fit in a typcial "category/genre". The book buyers may struggle with were to place him, but his fans don't (each book is a combo of all of the genres and can't be boxed). All I can tell you is if you haven't read him, start today - you won't be disappointed.As I listed in my revew title, this book was impossible to put down. My only problem - I have to wait a couple years until his next offering. Hopefully, a sequal to "Judgment Day"!
by Debra MurphyEdition: Hardcover
Literary Mystery - to be enjoyed by all, February 3, 2005
This review is from: The Mystery of Things (Ashland Grail Cycle ; Bk. 1) (Hardcover)
This is one of those novels that at first glance may be off putting - or at least it was for me. I'm not a Shakespeare scholar in the least and thought all of the literary references and Shakespearian quotes would go right over my head and I'd be lost. As soon as I started reading my apprehensions quickly evaporated. While it does abound with literary references and graduate students and their studies play a large part in in the book, the references only wet your appetite to read more of Shakespeare and those who influenced him. It truly is a mystery novel, but it is a lot more then your typical "who-did-it" variety. It is very well written and the descriptions and conversations bring the story and characters to life. While it is a mystery novel and the plot does move along pretty quickly, I really took my time reading it - enjoying each paragraph and savoring the writing and the story as it developed. I highly recommend this novel.
Walter & Henry [VHS]
VHS 9 used & new from $0.79
Excellent family film!, January 23, 2004
This review is from: Walter & Henry [VHS] (VHS Tape)
This is one of those movies that will warm your heart and stay with you for a long-time. Great story!
by Da Capo PressEdition: Hardcover
Depends on what you want..., December 6, 2003
This review is from: A Book Lover's Journal (Hardcover)
I bought this to help keep a record of all of the books I read, including the date, title, author, etc. The problem I soon found is that each page is for only one book. It includes all of the vital info on top, but then you have an entire page to write your notes, thoughts, quotes or whatever you'd like. I never have a lot to say and so it seems a waste. I ended up just using each page for mutliple records. So, if you want a journal to record your thoughts as you read the book, then this is perfect. If like me you don't really write a lot, but want a record of everything you've read then this isn't the best book. I guess the key word is "journal".
Depends on what you are looking for..., October 24, 2003
This review is from: Romans: The Niv Application Commentary: From Biblical Text to Contemporary Life (Hardcover)
I agree that Moo's other commentary is a lot more indepth and a lot better, but for a Bible study of Romans this is the perfect commentary. It's half the price and it doesn't include all of the technical info that is important for a serious study, but not necessary for a basic Bible study. The key word is "Application" - this is a great guide that gives some background and good application to Paul's letter to the Romans, without getting too indepth. If you are looking for a guide to help you understand Romans and apply it to your life, I'd highly recommend this one. If you are a theological student studying Romans more indepth - go with Moo's bigger commentary.
The best SRL book since Byzantium and an incredible story!, September 9, 1999
This review is from: Avalon:: The Return of King Arthur (Hardcover)
Stephen Lawhead masterfully recreates Arthurian Britain in the twentieth century. Arguably Lawhead's best novel to date, I found it impossible to put down. This is a well-crafted novel that will keep you up late at night, enthralling you until the last page is turned. Avalon is a modern fantasy that combines Lawhead's vintage storytelling ability and well-crafted language with modern suspense and mystery. You will be hard pressed to find a better or more original retelling of the Arthurian tale. I absolutely loved it and I know you will too! - Donovan Mattole
If you read this book you are in for some fun!, September 8, 1999
-Be prepared to fall in love with Rhapsody. -Be prepared for a true epic fantasy. -Be prepared to lose sleep. -Be prepared for an incredible journey.I know because all of the above happened to me (and I admit that as a bookseller - this happens less and less over the years). Buy this book (or borrow it) - you won't regret it!Happy reading!P.S. Ms. Haydon, can we expect any short-stories or anything else to keep us going while we wait for the next book in this massive series?
Best Lawhead book to date!, September 2, 1999
Now that I've read The Iron Lance and Avalon, I thought I'd stop in and read the reviews on Byzantium (I previously reviewed this book on July 27, 1997, but since they are now refering to me only as "a reader" I felt entitled to say something else). I was surprised by a few (to say the least). I honestly think Byzantium is Lawhead's best book ever. I loved Avalon, but it still didn't pass Byzantium as my all time favorite. If you like historical fiction or just want an excellent story with extremely well developed characters - this is the book for you. The important thing is to read the book with an open heart for the powerful message that is portrayed. It is a true story of redemption. I think one of the reasons I loved the book so much is I felt a kinship with the main character, Aidan, unlike I have with any other fictional character. After you read this, read the Celtic Crusade books, beginning with The Iron Lance. These continue the story and you'll see what happened to Byzantium a few hundred years later. Happy reading!

value: This website is an American multinational technology company which focuses on e-commerce, cloud computing, digital streaming, and artificial intelligence.


text:
Robert J. Samuelson: Let’s get rid of (the term) entitlements - The Washington Post
So the government is “open” and the immediate threat of default has lifted. Great. But the political stalemate remains. Americans oppose excessive government spending and persistent deficits. Yet they also support the individual benefit programs (a.k.a. “entitlements”), led by Social Security, that drive spending and deficits.
Two things are wrong with this. First, it’s misleading. Social Security, Medicare (health insurance for the elderly) and Medicaid (health insurance for the poor) aren’t the only big entitlement programs. Here are 12 of the largest in 2012, ranked by the number of recipients, according to the Office of Management and Budget. (Note: CHIP stands for “children’s health insurance program.” Child nutrition is mostly subsidized school meals. Supplemental Security Income aids the aged, blind and disabled.)
They should be. The budget quandry is to match Americans’ appetite for government benefits with a willingness to be taxed. The whole range of government programs and taxes ought to be on the table. By effectively excluding nearly two-thirds of spending — entitlement programs — Congress and the White House increase pressures to cut non-entitlement programs and to raise taxes. We’re squeezing defense and domestic programs (parks, the FBI, the National Institutes of Health, transportation and others) to spare entitlements. The so-called “sequester” mandates across-the-board cuts for these “discretionary” programs.
That’s why we’d be better off ditching the notion of entitlement. It has outlived its usefulness. Programs shouldn’t be shielded from constructive criticism and change just because they’re hiding behind an obsolete label. Given most programs’ popularity and big constituencies, draconian cuts are unlikely and undesirable. But huge savings over decades can result from modest shifts in eligibility requirements and benefit levels. These could be phased in to make them more palatable and less disruptive to the economy.
Robert J. Samuelson: Bipartisan dysfunction on spending for older Americans
Eugene Robinson: Obamacare’s real danger for the GOP is that it will succeed
Fred Hiatt: Bipartisan Rx for health-care costs

value: This website is an American daily newspaper published in Washington, D.C. It is the most-widely circulated newspaper within the Washington metropolitan area, and has a large national audience. Daily broadsheet editions are printed for D.C., Maryland, and Virginia.


text:
Carrington-Covert House, 1511 Colorado Street, Austin, Travis County, TX skip navigation
link: "//www.loc.gov/pictures/item/tx0205/",
url :"//lcweb2.loc.gov/service/pnp/habshaer/tx/tx0200/tx0205/photos/156263p_150px.jpg?q=tx0205.photos.156263p&c=11&st=gallery",
link :"//lcweb2.loc.gov/service/pnp/habshaer/tx/tx0200/tx0205/photos/156263p_150px.jpg",
link :"//lcweb2.loc.gov/master/pnp/habshaer/tx/tx0200/tx0205/data/tx0205data.pdf",
link :"//lcweb2.loc.gov/master/pnp/habshaer/tx/tx0200/tx0205/data/tx0205cap.pdf",
link :"//lcweb2.loc.gov/master/pnp/habshaer/tx/tx0200/tx0205/supp/tx0205supp.pdf",
Carrington-Covert House, 1511 Colorado Street, Austin, Travis County, TX
Title: Carrington-Covert House, 1511 Colorado Street, Austin, Travis County, TX
Call Number: HABS TEX,227-AUST,18-
Significance: One of the last remaining 1850's residential buildings in area around Texas State Capitol. Built by Leonidas Davis Carrington, merchant and land speculator.
Survey number: HABS TX-3311
Texas -- Travis County -- Austin Collections:
http://www.loc.gov/pictures/item/tx0205/
Reproduction Number: --- Call Number: HABS TEX,227-AUST,18-
Make note of the Call Number listed above. Look at the Medium field above. If it lists more than one item: The entire group can be ordered as photocopies or high-quality copies. All the items in a particular medium (e.g., all drawings, all photographs) can be ordered as photocopies or high-quality copies. Call Number: HABS TEX,227-AUST,18-

value: This website is the research library that officially serves the United States Congress and is the de facto national library of the United States. It is the oldest federal cultural institution in the United States.


text:
Norton Disney Hotels, United Kingdom: Great savings and real reviews
experience Norton Disney
Whether you're a tourist or traveling on business, Norton Lodge is a great choice for accommodation Whether you're a tourist or traveling on business, Norton Lodge is a great choice for accommodation when visiting Norton Disney. Situated only 128 KM from the city center, guests are well located to enjoy the town's attractions and activities. Visitors to the hotel can take pleasure in touring the city's top attractions: Hill Holt Wood. Take advantage of a wealth of unrivaled services and amenities at this Norton Disney hotel. While lodging at this wonderful property, guests can enjoy free Wi-Fi in all rooms, Wi-Fi in public areas, car park, room service, family room. In addition, all guestrooms feature a variety of comforts. Many rooms even provide internet access – wireless (complimentary), whirlpool bathtub, non smoking rooms, heating, wake-up service to please the most discerning guest. The hotel offers fantastic facilities, including golf course (within 3 km), garden, to help you unwind after an action-packed day in the city. Enjoy unparalleled services and a truly prestigious address at the Norton Lodge.
In the rural hamlet of Stragglethorpe, Brant House is an 18th-century country retreat in Lincolnshir
Accommodation at Brant House has en suite bathroom facilities with shower and complimentary toiletries. There is a TV, hairdryer and tea and coffee facilities. Rooms are set in the former bakery, within the house's grounds.
A full English breakfast is available each day for an additional charge. The studio apartment also has a small kitchenette of its own with a hob and microwave.
Near the Lincolnshire borders with Leicestershire and Nottinghamshire, Brant House is less than 9 miles from Newark-on-Trent and around 13 miles from Lincoln.
Little extra touches in the room e.g. bowl of fresh fruit, a teapot, good choice of tea and coffee and make-up pads.
Excellent breakfast included in t
Traveler impressions of Norton Disney
Discover the neighborhoods of Norton Disney
More about Norton Disney
Agoda.com offers a selection of the very best hotels in Norton Disney, United Kingdom to ensure your visit fits your expectations. With over 4 different establishments, there is a great variety to choose from. Many areas, each with a distinctive atmosphere, are just waiting to be discovered across the city. Norton Disney has many attractions to explore with its fascinating past, intriguing present and exciting future. There are so many things to do, you may want to stay an extra week or so to experience them all. Agoda.com offers professional reviews and ratings of hotels in Norton Disney so you can enjoy the perfect stay.
Find More Accommodations in Norton Disney
Popular Norton Disney hotels

value: This website is a Singaporean online travel agency and metasearch engine for hotels, vacation rentals, flights, and airport transfer. It is owned by Agoda Company Pte.


text:
Low noise and DR are definitely priorities for me. The 12MP sensor did okayish at ISO 100, but ISO 100 is gone now from the newer generation, and ISO 200 has proven frustrating so far...
These sensors never really had ISO 100; the real base ISO was always ISO 200. A lot of people seem confused by this.
ISO 100 on these bodies just overexposes by one stop and pulls down, and this was removed because it reduces dynamic range (a bad idea on a sensor that already has limited dynamic range...). It's true that overexposing and pulling down will generate less noise in shadows, but it's usually not worth the cost.
If you want to replicate the old fake ISO 100, shoot RAW, ETTR by one stop to blow highlights, and drop down in post.
DPR tells you this about the 12MP sensor:
As we've noted with other recent Olympus SLRs, the E-P1's 'base ISO' (ISO 100) produces considerably less dynamic range than ISO 200 (around a stop less in the highlights), and we'd not recommend using it unless you really have to - Olympus agrees, and you won't see Auto ISO going below 200.
10 dzuiko 300mm 2.8 vs 300mm f4 mzuiko
9 My Olympus M.Zuiko Digital ED 45mm 1:1.2 PRO. Non-technical review. (English version).

value: This website is a website about digital cameras and digital photography, established in November 1998. The website provides comprehensive reviews of digital cameras, lenses and accessories, buying guides, user reviews, and forums for individual cameras, as well as general photography forums.


text:
Geo. Francis Train | Library of Congress
Photo, Print, Drawing Geo. Francis Train
JPEG (4.2 KB) GIF (15.3 KB) JPEG (37.1 KB) JPEG (216.8 KB) TIFF (16.0 MB) TIFF (68.8 MB)
- Annotation from negative, in pencil: Geo. Francis Train.
LC-BH82- 4749 A-1 [P&P]
cwpbh 01723 https://hdl.loc.gov/loc.pnp/cwpbh.01723
2017895934
LC-DIG-cwpbh-01723 (digital file from original neg.)
Title from unverified information on negative sleeve. Annotation from negative, in pencil: Geo. Francis Train. Credit line: Brady-Handy photograph collection, Library of Congress, Prints and Photographs Division. Purchase; Alice H. Cox and Mary H. Evans; 1954. General information about the Brady-Handy photograph collection is available at https://hdl.loc.gov/loc.pnp/pp.brhc Forms part of: Brady-Handy photograph collection (Library of Congress).
https://lccn.loc.gov/2017895934
Reproduction Number: LC-DIG-cwpbh-01723 (digital file from original neg.)
Call Number: LC-BH82- 4749 A-1 [P&P]
Geo. Francis Train . , None. [Between 1855 and 1865] Photograph. https://www.loc.gov/item/2017895934/.
Geo. Francis Train . , None. [Between 1855 and 1865] [Photograph] Retrieved from the Library of Congress, https://www.loc.gov/item/2017895934/.
Geo. Francis Train . [Between 1855 and 1865] Photograph. Retrieved from the Library of Congress, <www.loc.gov/item/2017895934/>.


text:
Patent US7520918 - Method and system for identifying and repairing defective cells in a plugged ... - Google PatentsSearch Images Maps Play YouTube News Gmail Drive More »Sign inAdvanced Patent SearchPatentsA method and system for detecting defects in a plugged honeycomb structure includes forming a sheet of light having a first color across a first end face of the honeycomb structure, generating a first reflected signal from the sheet of light at a location corresponding to a cell containing a defect in...http://www.google.com/patents/US7520918?utm_source=gb-gplus-sharePatent US7520918 - Method and system for identifying and repairing defective cells in a plugged honeycomb structureAdvanced Patent SearchPublication numberUS7520918 B2Publication typeGrantApplication numberUS 11/303,532Publication dateApr 21, 2009Filing dateDec 16, 2005Priority dateDec 21, 2004Fee statusPaidAlso published asCN101184545A, CN101184545B, EP1833772A2, US20060151926, WO2006069006A2, WO2006069006A3Publication number11303532, 303532, US 7520918 B2, US 7520918B2, US-B2-7520918, US7520918 B2, US7520918B2InventorsLeon Robert Zoeller, IIIOriginal AssigneeCorning IncorporatedExport CitationBiBTeX, EndNote, RefManPatent Citations (7), Referenced by (8), Classifications (34), Legal Events (3) External Links: USPTO, USPTO Assignment, EspacenetMethod and system for identifying and repairing defective cells in a plugged honeycomb structure
US 7520918 B2Abstract
A method and system for detecting defects in a plugged honeycomb structure includes forming a sheet of light having a first color across a first end face of the honeycomb structure, generating a first reflected signal from the sheet of light at a location corresponding to a cell containing a defect in the honeycomb structure, illuminating the first end face with an incident light beam having a second color, generating a second reflected signal from the incident light beam, and capturing an image of the first and second reflected signals. After being detected, the defective cells may then be marked or repaired without relocating the plugged honeycomb structure. Apparatus and methods for marking or repairing the defective cell(s) are described.
1. A method of detecting defects in a plugged honeycomb structure, comprising the steps of:
forming a sheet of light having a first color across a first end face of the honeycomb structure;
generating a first reflected signal from the sheet of light at a location corresponding to a cell containing a defect in the honeycomb structure;
illuminating the first end face with an incident light beam having a second color;
generating a second reflected signal from the incident light beam; and
capturing an image of the first and second reflected signals.
2. The method of claim 1 wherein generating the first reflected signal comprises passing a gaseous material into the honeycomb structure though a second end face of the honeycomb structure, wherein particles of the gaseous material emerge at the first end face though the cell containing the defect and intersect the sheet of light to produce the first reflected signal.
3. The method of claim 1 wherein the image is composed of the first color and the second color.
4. The method of claim 3 wherein the first color represents the size and location of the defect.
5. The method of claim 3 wherein the second color represents a configuration of cells at the first end face.
6. The method of claim 1 wherein the first and second colors are selected from the group consisting of red, green, and blue.
7. The method of claim 1 wherein capturing an image of the first and second reflected signals comprises sensing the first and second reflected signals using a charge-coupled device array.
8. The method of claim 1 further comprising processing the image to identify the cell in the honeycomb structure containing the defect.
9. The method of claim 8 further comprising marking or repairing the cell containing the defect.
10. The method of claim 1 wherein forming a sheet of light comprises generating a plurality of beams having a first profile and a plurality of beams having a second profile and overlapping the beams to form the sheet of light.
11. A system for detecting defects in a plugged honeycomb structure, comprising:
a first illuminator which forms a sheet of light having a first color across a first end face of the honeycomb structure;
a second illuminator which illuminates the first end face with an incident light beam having a second color;
a gas source which directs a gaseous material containing particulates at a second end face of the honeycomb structure; and
an imaging device which captures an image of reflected signals produced from the sheet of light and the incident light beam.
12. The system of claim 11 wherein the imaging device comprises a charge-coupled device array for detecting the reflected signals.
13. The system of claim 11 further comprising a processor which receives the image from the imaging device and processes the image to identify cells in the honeycomb structure containing defects.
14. The system of claim 11 wherein the first illuminator comprises a plurality of first light sources having a first beam profile and a plurality of second light sources having a second beam profile, the first beam profile being different from the second beam profile.
15. The system of claim 14 wherein the first and second light sources are arranged in an alternating pattern. Description
This application claims the benefit of U.S. Provisional Application No. 60/638,201, filed Dec. 12, 2004, entitled �Method and System for Identifying Defective Cells in a Plugged Honeycomb Structure.�
The invention relates to particulate filters and to methods and systems for detecting defects in particulate filters that may affect the filtration efficiencies of the filters.
Wall-flow honeycomb filters are typically used to remove carbonaceous solid particulates from diesel engine exhausts. The honeycomb filter is typically extruded from ceramic precursors mixed with pore forming material. The pore forming material is burned out when the ceramic precursors are fired to produce the hardened ceramic body. FIG. 1 shows a typical wall-flow honeycomb filter 100 having an inlet end face 102, an outlet end face 104, and an array of interconnecting porous walls 106 extending longitudinally from the inlet end face 102 to the outlet end face 104. The interconnecting porous walls 106 define a grid of inlet cells 108 and outlet cells 110. Plugs 112 are inserted at ends of the outlet cells 110 where the outlet cells 110 adjoin the inlet end face 102. Plugs (invisible in the drawing) are also inserted in ends of the inlet cells 108 where the inlet cells 108 adjoin the outlet end face 104. Thus, the outlet cells 110 are open where they adjoin the outlet end face 104, and the inlet cells 110 are open where they adjoin the outlet end face 102.
In a typical cell structure, each inlet cell 108 is bordered on all sides by outlet cells 110 and vice versa. The cells 108, 110 may have a square cross-section as shown. Other cell geometries such as triangle and hexagon are also known. Honeycomb filters having cellular densities between about 10 and 300 cells/in2 (about 1.5 to 46.5 cells/cm2), more typically between about 100 and 200 cells/in2 (about 15.5 to 31 cells/cm2), are considered useful to provide sufficient thin wall surface area in a compact structure. Wall thickness can vary upwards from the minimum dimension providing structural integrity of about 0.002 in. (about 0.05 mm), but are generally less than about 0.060 in. (1.5 mm) to minimize filter volume. A range of between about 0.010 and 0.030 in (about 0.25 and 0.76 mm), e.g., 0.019 in., is most often selected for these materials at the preferred cellular densities.
The honeycomb filter 100 may be installed in a housing, which may then be inserted into the exhaust system of a vehicle equipped with a diesel engine. In operation, diesel exhaust directed at the inlet face 102 of the honeycomb filter 100 flows into the inlet cells 108. The interconnected porous walls 106 are provided with an internal interconnected open porosity that allows the exhaust to pass from the inlet cells 108 to the outlet cells 110 while restraining a desired portion of the solid particulates in the exhaust. The filtered exhaust exits the filter through the outlet cells 110.
Filtration efficiencies up to and in excess of 90% by weight of the diesel exhaust particulates can be achieved with honeycomb filters such as described above. However, the filtration efficiency achievable can be dramatically reduced if there are leaks in the honeycomb filter due to defects, such as holes and cracks, in the interconnecting porous walls and plugs in the filter. Thus in the production of honeycomb filters for diesel particulate filtration, it is customary to test the honeycomb filters for leaks. Defective cells producing leaks are identified and repaired. The test may be repeated until it is ascertained that there are no leaks from the honeycomb filter. The test may be performed while the honeycomb structure is still green or after firing the honeycomb structure. In general, it is easier to repair defects while the honeycomb structure is still green.
One prior-art method for identifying defective cells in a plugged honeycomb filter involves taping a clear film to one end of the honeycomb structure and pouring graphite into the opposite end of the honeycomb structure while rotating the honeycomb structure about two axes. Defective cells having voids within their walls or plugs allow the graphite particles to pass through and are detected by presence of the graphite particles on the clear film. Variations of this method include replacing the graphite particles with other particles, such as micro glass and plastic beads.
Another prior-art method for identifying defective cells in a plugged honeycomb filter is disclosed in U.S. Pat. No. 5,102,434 (Hijikata et al.). In this method, a gas containing solid particulates, such as carbon soot, is flowed under pressure into one end of the honeycomb structure. A gas-permeable screen is placed adjacent the opposite end of the honeycomb structure to collect solid particulates from the gas flowing out of the honeycomb structure. The screen is inspected for patterns differing from the defect-free structure.
Another prior-art method for identifying defective cells in a plugged honeycomb filter involves securing a heat sensitive film (liquid crystal) to one end of a honeycomb filter. The heat sensitive film is initially heated. Cold air is blown from the opposite end of the filter to the film. The air that passes uninhibited through the voids and cracks within the walls of the filter cools the films at the location of the defective cells. This method is suitable for identifying defective cells in green plugged honeycomb filter.
In one aspect, the invention is a method of identifying defective cells in a plugged honeycomb structure which comprises forming a sheet of light having a first color across a first end face of the honeycomb structure, generating a first reflected signal from the sheet of light at a location corresponding to a cell containing a defect in the honeycomb structure, illuminating the first end face with an incident light beam having a second color, generating a second reflected signal from the incident light beam, and capturing an image of the first and second reflected signals.
In another aspect, the invention is a system for identifying defective cells in a plugged honeycomb structure which comprises a holder which supports the honeycomb structure, a first light source which forms a sheet of light having a first color across a first end face of the honeycomb structure, a second light source which illuminates the first end face with an incident light beam having a second color, a gas source which directs a gaseous material at a second end face of the honeycomb structure, and an imaging device which captures an image of reflected signals produced from the sheet of light and the incident light beam.
In yet another aspect, the invention is an illuminator which comprises a plurality of first light sources generating beams having a first profile and a plurality of second light sources generating beams having a second profile, wherein the first and second light sources are arranged such that the beams having the first profile overlap with the beams having the second profile to produce a uniform sheet of light.
In yet a further aspect, the invention is method of manufacturing a plugged honeycomb structure, comprising the steps of positioning the plugged honeycomb structure in a holder, imaging a defective cell of the plugged honeycomb structure, generating a location coordinate of the defective cell of the plugged honeycomb structure, moving to the location coordinate, and marking or repairing the defective cell without relocating the plugged honeycomb structure from the holder.
FIG. 2 illustrates a system for identifying defective cells in a honeycomb structure according to one embodiment of the invention.
FIG. 3A shows an end face of a honeycomb structure and gaseous particles emerging from a defect in the end face according to one embodiment of the invention.
FIG. 3B shows light reflected from the end face and gaseous particles shown in FIG. 3A according to one embodiment of the invention.
FIG. 3C illustrates an image formed from the reflected light shown in FIG. 3B.
FIG. 4 illustrates an automated system for identifying defective cells in plugged honeycomb structures according to one embodiment of the invention.
FIG. 5A illustrates an illuminator for forming a uniform sheet of light according to an embodiment of the invention.
FIG. 5B is a schematic of a laser line generator.
FIG. 6A shows a linear light distribution generated by a linear laser line generator.
FIG. 6B shows illumination produced by 16 linear laser line generators arranged in a ring pattern.
FIG. 6C shows intensity profile through the center of the illumination shown in FIG. 6B.
FIG. 7A shows a Gaussian light distribution generated by a Gaussian laser line generator.
FIG. 7B shows illumination produced by 16 Gaussian laser line generators arranged in a ring pattern.
FIG. 7C shows intensity profile through the center of the illumination shown in FIG. 7B.
FIG. 8A shows a uniform sheet of light formed by overlapping the sheet of light formed by linear laser line generators with the sheet of light formed by Gaussian laser line generators according to an embodiment of the invention.
FIG. 8B shows the intensity profile through the center of the sheet of light shown in FIG. 8A.
FIG. 9 shows a side view of an apparatus illustrating repair of a defective cell by a metering head according to an embodiment of the invention.
FIG. 10 shows a side view of an apparatus illustrating marking of a defective cell by a marking implement according to an embodiment of the invention.
Embodiments of the invention provide a method and a system for identifying defective cells in a plugged honeycomb structure. The defective cells identified are those that if not repaired can produce leaks from the plugged honeycomb structure. In general, the invention involves forming a sheet of light having a first color across a first end face of the honeycomb structure and illuminating the first end face with a light having a second color. A gaseous material is flowed into the honeycomb structure through a second end face of the honeycomb structure. Gaseous material (gas with suspended particles) emerge at the first end face of the honeycomb structure if there are defects in the honeycomb structure that can produce leaks. The defects may be in the cell walls or plugs. The particles, upon emerging from the first end face, intersect the sheet of light, producing a first reflected signal having the first color. In addition, the light illuminating the first end face reflects off the first end face, producing a second reflected signal having the second color. Both the first and second reflected signals are detected and used to form an image from which the size and position of the defects producing the leaks can be determined. The cells containing the identified defects may be repaired. The method is particularly effective in detecting defects in a �green� plugged honeycomb structure. The walls in a �fired� plugged honeycomb structure are porous, making testing using this method somewhat more difficult because of the generally higher base flows of gaseous material through the structure.
FIG. 2 is a schematic of a system 200 for identifying defective cells in a plugged honeycomb structure 202 according to one embodiment of the invention. The plugged honeycomb structure 202 may be extruded from ceramic precursors, such as cordierite or silicon carbide, mixed with pore formers, such as graphite, or cellulosic materials. The ceramic precursors can be fired to burn out the pore formers and/or cellulosic materials and form a solid ceramic body. The solid ceramic body can be inserted in a housing and used as a solid particulate filter in, for example, the exhaust system of a diesel engine. The honeycomb structure 202 has end faces 202 a, 202 b and interior walls 202 c extending between the end faces 202 a, 202 b. The walls 202 c define cells 204, 206. Plugs 204 p, 206 p are inserted in the ends of the cells 204 adjoining the end face 202 a and the ends of the cells 206 adjoining the end face 202 b, respectively. The ends of the cells 204 adjoining the end face 202 b and the ends of the cells 206 adjoining the end face 202 a are left unplugged. The material of the plugs 204 p, 206 p may be a mixture of ceramic material with a binder and a plasticizer. The walls 202 c are porous after firing. The thickness and porosity of the walls 202 c after firing are such that the structural integrity of the honeycomb structure 202 is not compromised. For diesel exhaust filtration, the porous walls 202 c may incorporate pores having mean diameters in the range of 1 to 60 μm, more preferably in a range from 10 to 50 μm. The system 200 includes a holder 208 in which the honeycomb structure 202 is supported.
The system 200 includes a gas source 210 positioned below the end face 202 a of the honeycomb structure 202. In operation, the gas source 210 directs a gaseous material 211 at the end face 202 a of the honeycomb structure 202. The gaseous material 211 enters the honeycomb structure 202 through the open ends of the cells 206. The gaseous material 211 may also enter the honeycomb structure 202 through any of the plugs 204 p if there are defects in them that permit such entry. The gaseous material 211 may be a gas, such as air or inert gas, or vapor generated from a solid or liquid material. In the latter case, the gas source 210 may be a device capable of generating vapors, e.g., a humidifier or any kind of particle generator or any suitable means for forming a gas material (a gas flow with some particle therein). The gas source 211 may also include a blower device such as a fan for directing the gaseous material 211 at the end face 202 a. Preferably, the gaseous material 211 does not interact with the material of the honeycomb structure 202. If there are defects in the honeycomb structure 202 that can produce leaks, the gaseous material 211 entering the honeycomb structure 202 will emerge at the end face 202 b. The cells through which the gaseous material 211 emerges at the end face 202 b are the defective cells.
The system 200 includes an imaging system 212 positioned above the end face 202 b. The imaging system 212 generates images using light reflected from an object, such as the honeycomb structure 202. As an example, the imaging system 212 may be a camera or camcorder. In one embodiment, the imaging system includes a light sensor 213 which is capable of sensing at least two different light colors. In one embodiment, the light colors are selected from the group consisting of red, green, and blue. In one embodiment, the light sensor 213 is a CCD (�charge-coupled device�) sensor. However, the invention is not limited to use of a CCD sensor as the light sensor. A CMOS sensor or other solid-state sensor may also be used. In the embodiment where the light sensor 213 is a CCD sensor, it includes an array of light-sensitive cells called photosites. The photosites are made of silicon. The photosites emit electrons when light impinges on them. The brighter the light impinging on them, the higher the number of electrons emitted. To allow the CCD sensor to detect colors, each photosite has an associated color filter, which may be red, green, or blue. The photosite can only detect the brightness of the light that matches its color filter.
The imaging system 212 further includes one or more lenses 215 for focusing light from an object, such as the honeycomb structure 202, on the light sensor 213. The imaging system 212 may also include a zooming feature, which may be achieved optically through the use of zoom lenses or digitally. The imaging system 212 may also include a processor 217 that controls operation of the imaging system 212. The processor 217 processes the information collected by the light sensor 213 into image files and stores the image files on memory 219. The processor 217 may support various types of image file formats, such as TIFF and JPEG. The imaging system 212 may include a built-in screen (not shown) for displaying the image files. The imaging system 212 may further include a shutter, represented by 223, for controlling entry of light into the system. The imaging system 212 may be coupled to a computer system 225 (not drawn to scale). The computer system 225 may include a processor 227 and video monitor 229 and other peripheral devices necessary for interacting with the system, such as a keyboard and mouse. These peripheral devices are well known in the art and will not be discussed further. The image files stored on memory 219 can be transferred to the processor 227 for further processing. The image files may also be displayed on the video monitor 229.
The system 200 includes a first illuminator 214 which projects a sheet of light 216 just above the end face 202 b of the honeycomb structure 202. In one embodiment, the first illuminator 214 may include several first light sources to generate a uniform sheet of light across the end face 202 b of the honeycomb structure 202. The sheet of light 216 has a first color, which may be selected from the group consisting of red, blue, and green. For example, the sheet of light 216 may have a red color. Since the sheet of light 216 is positioned just above the end face 202 b, gaseous particles emerging at the end face 202 b (as a result of a defect in the honeycomb structure 202) would pass through the sheet of light 216, scattering the sheet of light 216 at the locations where they pass through the sheet of light 216. For illustration purposes, the light reflected off the particles is represented by arrow 218. If the shutter 223 of the imaging system 212 is open, the reflected light 218 will impinge on the light sensor 213. If the light sensor 213 is a CCD sensor, the reflected light 218 will impinge on the photosites. The larger the size of the defect, the more the amount of gaseous particles released from the defective cell. The more the amount of gaseous particles released from the defective cell, the larger the number of photosites impinged by the light reflected from the gaseous particles or the higher the number of electrons emitted by the photosites impinged. Thus, an image produced from the reflected light 218 can serve as a measure of the size of the defect from which the particles emerged. This image may be referred to as �defect image,� and the reflected light from which the defect image is produced may be referred to as �defect signal.�
The system 200 includes a second illuminator 218, which is positioned such that it illuminates the end face 202 b of the honeycomb structure 202 with light 220. The light 220 has a color selected from the group consisting of red, green, and blue. The second illuminator 218 may include an optical filter 219 which controls the color of the light 220 reaching the end face 202 b of the honeycomb structure 202. The color of the light 220 is selected to be different from the color of the sheet of light 216. For example, if the sheet of light 216 has a red color, then the light 200 would have a blue or green color. This allows separation of the information collected using the first illuminator 214 from the information collected using the second illuminator 218. The light 220 impinging on the end face 202 b is reflected off the end face 202 b, as shown by arrow 221. If the shutter 223 of the imaging system 212 is open, the reflected light 221 impinges on the light sensor 213 in the imaging system 212, thereby causing an image of the end face 202 b to be captured. This image may be referred to as �surface image,� and the reflected light from which the surface image is produced may be referred to as �surface signal.� The surface image shows the cell configuration at the end face 202 b. In the system described above, the defect signals can be adjusted independently of the surface signals since the light sources used in producing them are separate. This allows the sensitivity of the system to be adjustable and more easily maintained as a standard. The defect image, obtained using the first illuminator 214, shows the sizes and locations of defects in the honeycomb structure 202 producing leaks, and the surface image, obtained using the second illuminator 218, shows the cell configuration at the end face 202 b. The surface image may be captured at the same time that the defect image is captured to produce a single image having two color components. As an example, if the first illuminator 214 produces a red color light and the second illuminator 218 produces a blue color light (which may or may not be achieved through the use of filters), the single image would have a red color component and a blue color component. The red color component provides information about the size and location of the defects in the honeycomb structure 202, and the blue color component provides information about the cell configuration of the end face 202 b. Using this single image, the cells containing the defects can be identified and appropriate actions can be taken to repair the defective cells. It is also possible to capture the surface image and the defect image at different times by controlling when the illuminators 214, 218 are turned on. These images may be separately examined to identify the defective cells. Alternatively, a post-processing application may be used to combine the surface and defect images to produce a single image from which the defective cells can be identified.
For illustration purposes, FIG. 3A shows an enlarged, partial view of an end face 300 of a honeycomb structure having a defect 302. In the example shown, the defect 302 appears in the end face 300, but this may not necessarily be the case in all honeycomb structures. That is, defects could appear anywhere in the honeycomb structure, for example, in the interior of the honeycomb structure. However, it is convenient for illustration purposes to show the defect in the end face 300. The defect 302 is located in a plug 304 formed in a cell 306. In FIG. 3A, a gaseous material 308 is flowing into the honeycomb structure through the opposite end face 309 of the honeycomb structure. Also, particles 310 of the gaseous material 308 are emerging at the end face 300 through the defect 302. FIG. 3B shows the particles 310 intersecting a sheet of light 312 above the end face 300 and producing reflected light 314 as a result. Also, reflected light 318 is produced as a result of light 316 impinging on the end face 300.
Assuming that the color of the reflected light 314 is red and the color of the reflected light 318 is blue, then an imaging system 320 positioned above the end face 300 would generate an image consisting of red and blue components�the green color is unused. FIG. 3C shows an example of such an image, where the red component is represented by the cross-hatched region 321 a and the blue component is represented by the hatched region 321 b. The red component 321 a gives information about the size and location of the defect (302 in FIG. 3B) while the blue component 321 b gives information about the cell configuration of the end face (300 in FIG. 3B). The red and blue components combined together provide information about the size of the defect and the cell containing the defect. Returning to FIG. 3B, the image obtained by the imaging system 320 could be further processed by a processor 322. For example, the processor 322 could generate actual coordinates of the cell containing the defect 302 and size of the defect 302 from the image and display such information on a monitor 324. Using the coordinates of the defective cell, the processor 322 may further control a robot device to mark and/or repair the defective cell in the honeycomb structure. Alternatively, such marking and repairing may be accomplished manually.
FIG. 4 illustrates an automated system 400 for detecting defects in a honeycomb structure according to one embodiment of the invention. The automated system 400 includes a conveyor preferably having a conveyor belt 402 that transports honeycomb structures to a robot including a robotic arm 404. The robotic arm 404 picks a honeycomb structure 406 from the conveyor belt 402 and positions the honeycomb structure 406 in a holder 408 such that an inspection may take place to determine the coordinate locations of any defective cells. A gas source 412 is positioned below the holder 408, and an imaging system 414 is positioned above the holder 408. The gas source 412 directs gaseous material containing particulates at an end face 413 of the honeycomb structure 406, and the imaging system 414 captures an image of reflected light from particles emerging at the end face 415 of the honeycomb structure 406. The image captured is sent to a processor 416, which generates coordinates of defective cells, if any, and sizes of defects, if any, from the image. A visual representation of the image may be displayed on the monitor 418.
The processor 416 may use the coordinates to control a robot arm 419 to mark the defective cells in the honeycomb structure 506 while the structure is already positioned and without relocating the structure from the holder 408 of the inspection apparatus. Optionally, as shown in FIG. 9, the processor 416 may also control the robot arm 419 to repair the defective cells in the honeycomb structure 406 prior to relocation of the structure. The repair is preferably accomplished by moving a metering head 421 by a robot capable of X-Y-Z directional movement to the coordinate position of the defective cell(s) 302 of the honeycomb structure 406 and facilitates the repair by dispensing from the metering head 421, an amount of plugging cement to repair, i.e., form a plug in the defective cell. The metering head 421 is preferably connected to a supply of plugging cement 422 which may be remotely located or positioned near the metering head. Preferably, the robot arm 419 moves the metering head into the desired position above the defective cell of the structure 406. Optionally, the metering head may be attached to, and moved by, a separate robot. The robot arm 419 may pick up and position the honeycomb structure 406 on another conveyor including a conveyor belt 420 after marking and/or repairing the defects, allowing another honeycomb structure to be processed.
The marking, if performed, may be accomplished by a suitable marking implement 423, such as an ink jet head, for example. The marking implement 423 is positioned, by a robotic arm 419, at the X-Y-Z coordinate location of the defective cell 302 of the honeycomb structure 406 as shown in FIG. 10. The marking implement 423 then marks the defective cell by spraying ink on the ends of the walls surrounding the cells. Optionally, the marking may be accomplished by a suitable pen or paint brush. Any suitable marking implement may be used. In any event, the marking is accomplished by the robot arm 419 or a separate robot arm marking the defective cell with the implement such that it is identified and may be repaired later at another station.
The invention typically provides the following advantages. Use of solid particulates such as graphite for testing is avoided. This eliminates the need to clean the honeycomb structure after testing. The testing can be accomplished quickly, e.g. in less than one minute. The added step of rotating the honeycomb structure is eliminated. The testing is environmentally friendly in that it does not require the use of toxic materials. The testing is repeatable. The testing requires little human intervention. The testing can be easily automated. The system described above allows the defect signal (produced by defects in the honeycomb structure) to be decoupled from the surface signal (produced by the end face of the honeycomb structure). Therefore, the quality of the defect signal can be adjusted independently of the quality of the surface signal, which results in a system with enhanced sensitivity and robustness.
FIG. 5A shows an illuminator 500 which produces a uniform sheet of light according to an embodiment of the invention. The term �uniform sheet of light� generally means that the maximum variation in light intensity across the sheet of light is less than 10%, preferably less than 5%, more preferably less than 3%. The illuminator 500 may be used wherever it is desired to provide equal illumination energy across a surface of a substrate. The illuminator 500 may be used to illuminate fluid, such as air, gas, vapor, mist, and steam, emerging from the surface of the substrate. When the fluid passes through the sheet of light, particles in the fluid reflects light in all directions. A light sensitive device, such as a camera or human eye, viewing perpendicular to the sheet of light would be able to see the particles under illumination. The illuminator 500 together with a suitable imaging system allows the dynamics and size of these particles to be measured. One use of the illuminator 500 is in the system described above for identifying defective cells in a plugged honeycomb structure. For example, the illuminator 500 could be used as the first illuminator (214 in FIG. 2) to provide a uniform sheet of light across the end face (202 b in FIG. 2) of the honeycomb structure (202 in FIG. 2). Equal illumination provided across the end face of the honeycomb structure would make it possible to determine not just the position of a leak in the honeycomb structure but also the magnitude of the leak. The amount of light reflected as a result of particles from the leak hitting the uniform sheet of light provides a measure of the magnitude of the leak.
The illuminator 500 includes a plurality of first light sources 502 and a plurality of second light sources 504. In one embodiment, the light sources 502, 504 are arranged in a ring pattern. However, the invention is not limited to arranging the light sources 502, 504 in a ring pattern. Other suitable shapes, which may be selected to match the surface area to be illuminated, may also be used. In one embodiment, the light sources 502, 504 are arranged in an alternating pattern, with each first light source 502 bordered by two second light sources 504 and vice versa. The first light sources 502 generate beams having a first profile. The second light sources 504 generate beams having a second profile. The first and second profiles are different. The first and second beam profiles are overlapped to produce a uniform sheet of light. The number of light sources 502, 504 included in the illuminator 500 depends on the surface area to be illuminated. The larger the surface area, the higher the number of light sources 502, 504 needed to illuminate the surface. In one example, 16 of the first light sources 502 and 16 of the second light sources 504 are sufficient to form a uniform sheet of light across an end face of a typical honeycomb structure.
In one embodiment, the first light sources 502 are laser line generators which generate beams having a linear profile. The laser line generators 502 include laser diode modules 502 a and line generator modules 502 b. FIG. 5B shows a possible configuration of the laser line generator 502. The laser diode module 502 a includes a laser diode controller 502 c, a laser diode 502 d, and a collimating lens 502 e. The laser diode controller 502 c controls the laser diode 502 d to produce diverging beam B1. The collimating lens 502 produces a collimated beam B2 from the diverging beam B1. The beam B2 enters the line generator module 502 b, which includes one or more optical elements, such as a cylindrical lens, for converting the collimated beam B2 to a line beam B3. The line beam B2 spreads into a fan in a direction away from the line generator module 502 b. The fan angle, α, is typically greater than 30�, preferably greater than 60�, more preferably equal to or greater than 90�.
FIG. 6A shows a linear light distribution generated by a model calculating the intensity of the illumination generated by the laser line generator (502 in FIG. 5B) as it projects light in the x direction. The high point represents the energy density at the end of the line generator module (502 b in FIG. SB). In a direction away from the line generator module, the energy density decreases as well as spreads to form a fan. As the fan widens, the energy density decreases evenly. FIG. 6B shows illumination area 600 formed by 16 linear laser line generators 502 arranged in a ring pattern. FIG. 6C shows the intensity profile through the center of the illumination area. There is about 28% intensity variation across the illumination area. The energy density is less in the center than on the periphery of the illumination area.
Returning to FIG. 5A, in one embodiment, the second light sources 504 are laser line generators which generate beams having a Gaussian profile. The laser line generators 504 include laser diodes 504 a and line generator modules 504 b. The laser line generators 504 are similar to the laser line generators 502 except that the line generator modules 504 b generate a line beam having a Gaussian profile rather than a beam having a linear profile. FIG. 7A shows a Gaussian light distribution generated by a model calculating the intensity of the illumination generated by a laser line generator (504 in FIG. 5) as it projects in the x direction. The intensity of the light decreases as it moves in the positive x direction because it spreads out in a fan expanding in the y direction. The light intensity is highest in the center of the fan and tapers off in a Gaussian manner towards the edges of the fan. FIG. 7B shows illumination area 700 produced by 16 Gaussian laser line generators 504 arranged in a ring pattern. FIG. 7C shows the intensity profile through the center of the illumination area (700 in FIG. 7B). There is about 60% intensity variation across the illumination area (700 in FIG. 7B). The energy density is much greater in the center than on the periphery of the illumination area.
From the foregoing, an illuminator consisting of only linear laser line generators would produce a sheet of light having energy density that is higher at the periphery than on the center. Also, an illuminator consisting of only Gaussian laser line generators would produce a sheet of light having energy density that is higher at the center than at the periphery. In accordance with one embodiment of the invention, the linear light distributions produced by the linear laser line generators can be combined with the Gaussian light distributions produced by the Gaussian laser line generators to achieve a uniform sheet of light. As an example, FIG. 8A shows an illumination area 800 formed by overlapping line beams from linear laser line generators 502 with line beams from Gaussian laser line generators 504. The linear and Gaussian laser line generators 502, 504 are arranged in a ring and alternating pattern as previously described. FIG. 8B shows the intensity profile through the center of the illumination area (800 in FIG. 8A). For an illuminator consisting of 16 linear laser line generators and 16 Gaussian laser line generators, there is about 2% maximum intensity variation across the illumination area. In general, the number of laser line generators and the laser line generator parameters can be suitably selected to achieve the desired intensity variation across the illumination area.
Patent CitationsCited PatentFiling datePublication dateApplicantTitleUS5102434Feb 20, 1991Apr 7, 1992Ngk Insulators, Ltd.Collecting particles conveyed through honeycomb using a gas permeable screen, then visibly or automatically inspecting figures formed screen which represent defects in internal partition wallsUS5317140Nov 24, 1992May 31, 1994Dunthorn David ISystem for optically determining the direction of an objectUS6627123 *Feb 28, 2002Sep 30, 2003Corning IncorporatedLoading powder into cell channels and compacting; laser bonding scan selected cells; removing remaining materialUS6666070Jun 26, 2002Dec 23, 2003Corning IncorporatedMethod for testing the integrity of DPFsUS6840083Jul 8, 2003Jan 11, 2005Ngk Insulators, Ltd.Method and apparatus for detecting cracks in honeycomb structureUS20030112437 *Feb 12, 2002Jun 19, 2003Akio EnomotoInspection method and device for detecting defectJPH10123067A Title not available* Cited by examinerReferenced byCiting PatentFiling datePublication dateApplicantTitleUS8234909 *Aug 26, 2009Aug 7, 2012Corning IncorporatedMethod and apparatus for inspecting ceramic wall flow filtersUS8749783Sep 26, 2011Jun 10, 2014Dow Global Technologies LlcSystem and method for analyzing pore sizes of substratesUS8863685 *Nov 8, 2011Oct 21, 2014Sumitomo Chemical Company, LimitedDevice for conveying honeycomb structural body, method for sealing honeycomb structural body, and method for producing honeycomb structural bodyUS8875562Jan 28, 2011Nov 4, 2014Dow Global Technologies LlcFilter and membrane defect detection systemUS20110048109 *Aug 26, 2009Mar 3, 2011Balram SumanMethod And Apparatus For Inspecting Ceramic Wall Flow FiltersUS20130243952 *Nov 8, 2011Sep 19, 2013Sumitomo Chemical Company, LimitedDevice for conveying honeycomb structural body, method for sealing honeycomb structural body, and method for producing honeycomb structural bodyWO2011102949A1 *Jan 28, 2011Aug 25, 2011Dow Global Technologies LlcFilter and membrane defect detection systemWO2012044570A1Sep 26, 2011Apr 5, 2012Dow Global Technologies LlcSystem and method for analyzing pore sizes of substrates* Cited by examinerClassifications U.S. Classification95/273, 264/DIG.48, 73/40, 55/523, 60/311, 264/630, 55/DIG.30, 55/385.3, 55/DIG.10, 55/DIG.5, 382/141International ClassificationF01N3/022, B01D46/00Cooperative ClassificationF01N2450/00, G01N21/8806, B28B11/006, F01N3/0222, F01N2450/08, B01D46/2418, F01N2550/04, Y02T10/20, B28B17/0072, B01D2273/18, G01N21/95692, Y10S55/05, Y10S55/30, Y10S264/48, Y10S55/10European ClassificationG01N21/956S, B01D46/24F8, F01N3/022B, B28B17/00H1, B28B11/00E2, G01N21/88KLegal EventsDateCodeEventDescriptionOct 22, 2012FPAYFee paymentYear of fee payment: 4Jul 28, 2009CCCertificate of correctionDec 16, 2005ASAssignmentOwner name: CORNING INCORPORATED, NEW YORKFree format text: ASSIGNMENT OF ASSIGNORS INTEREST;ASSIGNOR:ZOELLER III, LEON ROBERT;REEL/FRAME:017389/0730Effective date: 20051216RotateOriginal ImageGoogle Home - Sitemap - USPTO Bulk Downloads - Privacy Policy - Terms of Service - About Google Patents - Send FeedbackData provided by IFI CLAIMS Patent Services


text:
BBB Business Profile | Miami Valley Health and Safety Solutions
Home > Ohio > Fairborn > CPR Certification > Miami Valley Health and Safety Solutions
(937) 605-5232
Principal: Mr. Christopher M. Howard, owner
This company provides health and safety education training for purposes of certification.

value: This website is a private, nonprofit organization whose self-described mission is to focus on advancing marketplace trust, consisting of 106 independently incorporated local BBB organizations in the United States and Canada, coordinated under the International Association of Better Business Bureaus  in Arlington, Virginia.The Better Business Bureau is not affiliated with any governmental agency. Businesses that affiliate with the BBB and adhere to its standards do so through industry self-regulation.


text:
Comprehensive Dental Exam, X-rays, and Cleaning
I really liked the people there.the assistant and the dentist were very good .I don't like to go to the dentist but with them I don't get nervous.they were very caring people.I will now go to see him
Joanne I. · June 14, 2013
Promotional value expires Jul 18, 2013. Amount paid never expires. Limit 1 per person, may buy multiple as gifts. Appointment required; subject to availability. 24 hour cancellation notice required or fee up to Groupon price may apply.. New clients only. Cleaning not valid for patients with periodontal disease. Merchant is solely responsible to purchasers for the care and quality of the advertised goods and services.

value: This website is an American global e-commerce marketplace connecting subscribers with local merchants by offering activities, travel, goods and services in 15 countries. Based in Chicago, Groupon was launched there in November 2008, launching soon after in Boston, New York City and Toronto.


text:
Simon And Garfunkel: The Concert In Central Park DVD 2013: Amazon.co.uk: Simon & Garfunkel: DVD & Blu-ray
Buy the selected items togetherThis item:Simon And Garfunkel: The Concert In Central Park [DVD] [2013] DVD £3.99 In stock.Sent from and sold by Amazon.FREE Delivery on orders over £20. DetailsSimon And Garfunkel: Old Friends Live On Stage [DVD] [2004] DVD £5.99 Only 6 left in stock.Sent from and sold by Amazon.FREE Delivery on orders over £20. DetailsConcert in Central Park by Simon & Garfunkel Audio CD £8.06 In stock.Sent from and sold by Amazon.FREE Delivery on orders over £20. Details
Classification: Exempt Studio: Legacy
5.0 out of 5 starsI've always loved this concert
I've always loved this concert. The effortlessness of AG, and the seriousness of PS, together create magic. Harmonies that are sometimes a little different to their originals, but all instantly recognisable. A couple of individual tracks. What's not to love?
5.0 out of 5 starsMust-have for S&G fans
Legendary concert! all Simon and Garfunkel fans will love this. Excellent performance of all their hits and some covers for good measure.
5.0 out of 5 starsSimon and Garfunkle DVD
well pleased with this DVD if you like Simon And Garfunkle do buy this DVD its well worth the watch brings back lots of memories.
5.0 out of 5 starsreal HQ remaster!
Unbelievably real HQ remaster!Especially what goes to sound: PCM & DD5.1 - what else could desired?Recommend!
Wonderful, wonderful concert. Good quality sound and vision. Hours of enjoyment with endless foot tapping classics. delighted!
New product - good delivery - very pleased - thank you.
Mrs Diane P Carroll
Faster than the domestic delivery. Fantastic
Margaret R Findlay
great brought back so many memorys
Very prompt delivery. Would use again.
2.0 out of 5 starsGood DVD but not as stated!
A good DVD but it is NOT 16:9 as stated in the description. It is:4:3 I will be returning mine to Amazon
Published 28 days ago by Ghalon
Excellent DVD, I could watch this over and over again. Brilliant!
Published 3 months ago by D. Boniface
Published 4 months ago by mrs t hooper
Love this item and well worth the price
Published 4 months ago by Ellem Smith
A magic concert! Great sound and picture quality. No extra features, not even the usual package insert; but this doesn't really detract from anything. I could rave on forever ...
Published 5 months ago by Old Fogey
This was one of my favourite albums back in the day and the DVD brings it all back. Every song a winner and most enjoyable.
Published 8 months ago by Anne O'Connor
Bought as a gift. My mum and dad are really pleased with it.
5.0 out of 5 starsBrilliant. I never tire of listening to their music ...
Brilliant. I never tire of listening to their music and would imagine anyone who feels the same already has a copy.


text:
Auteur: Marcy Vosburgh; Gerry Cohen; Ed O'Neill; Katey Sagal; Christina Applegate; David Faustino; Amanda Bearse; David Garrison; Embassy Communications; ELP Communications; Columbia TriStar Home Entertainment (Firm); Fox Television Studios
Marcy Vosburgh; Gerry Cohen; Ed O'Neill; Katey Sagal; Christina Applegate; et al; Alle auteurs
Tags toevoegen voor "Married with children. / The complete third season, disc 3".
a bgn:DVD, schema:Movie, schema:CreativeWork ; library:oclcnum "57470638" ; library:placeOfPublication <http://id.loc.gov/vocabulary/countries/cau> ; library:placeOfPublication <http://experiment.worldcat.org/entity/work/data/1910133591#Place/culver_city_calif> ; # Culver City, Calif.
rdfs:seeAlso <http://experiment.worldcat.org/entity/work/data/1910133591#CreativeWork/married_with_children_television_program> ; # Married with children (Television program)
schema:about <http://experiment.worldcat.org/entity/work/data/1910133591#Topic/families> ; # Families
schema:about <http://experiment.worldcat.org/entity/work/data/1910133591#Topic/man_woman_relationships> ; # Man-woman relationships
schema:contributor <http://experiment.worldcat.org/entity/work/data/1910133591#Organization/elp_communications> ; # ELP Communications.
schema:contributor <http://experiment.worldcat.org/entity/work/data/1910133591#Organization/embassy_communications> ; # Embassy Communications.
schema:datePublished "2005" ; schema:description "Contains episodes 15-22 from the third season of Married with Children."@en ; schema:description "15. The house that Peg lost -- 16. Married ... with queen -- 17. Married ... with queen: the sequel -- 18. The dateless amigo -- 19. The computer show -- 20. Life's a beach -- 21. Here's lookin' at you, kid -- 22. Infamous lost episode! I'll see you in court."@en ; schema:exampleOfWork <http://worldcat.org/entity/work/id/1910133591> ; schema:genre "Video recordings for the hearing impaired"@en ; schema:genre "Drama"@en ; schema:genre "Television comedies"@en ; schema:inLanguage "en" ; schema:name "Married with children. The complete third season, disc 3"@en ; schema:productID "57470638" ; schema:publication <http://www.worldcat.org/title/-/oclc/57470638#PublicationEvent/culver_city_calif_columbia_tristar_home_entertainment_2005> ; schema:publisher <http://experiment.worldcat.org/entity/work/data/1910133591#Agent/columbia_tristar_home_entertainment> ; # Columbia TriStar Home Entertainment
<http://experiment.worldcat.org/entity/work/data/1910133591#Agent/columbia_tristar_home_entertainment> # Columbia TriStar Home Entertainment
<http://experiment.worldcat.org/entity/work/data/1910133591#CreativeWork/married_with_children_television_program> # Married with children (Television program)
<http://experiment.worldcat.org/entity/work/data/1910133591#Organization/elp_communications> # ELP Communications.
<http://experiment.worldcat.org/entity/work/data/1910133591#Organization/embassy_communications> # Embassy Communications.
<http://experiment.worldcat.org/entity/work/data/1910133591#Place/culver_city_calif> # Culver City, Calif.
<http://experiment.worldcat.org/entity/work/data/1910133591#Topic/families> # Families
<http://experiment.worldcat.org/entity/work/data/1910133591#Topic/man_woman_relationships> # Man-woman relationships
<http://www.worldcat.org/title/-/oclc/57470638#PublicationEvent/culver_city_calif_columbia_tristar_home_entertainment_2005> a schema:PublicationEvent ; schema:location <http://experiment.worldcat.org/entity/work/data/1910133591#Place/culver_city_calif> ; # Culver City, Calif.
schema:organizer <http://experiment.worldcat.org/entity/work/data/1910133591#Agent/columbia_tristar_home_entertainment> ; # Columbia TriStar Home Entertainment

value: This website is a union catalog that itemizes the collections of 15,637 libraries in 107 countries that participate in the OCLC global cooperative. It is operated by OCLC, Inc.


text:
EPC Case study - RAY International by RheinBrücke IT Co...
CA - Take a value-driven approach t...
YOW! Nights in Brisbane - DooM - Ho...
TMF - #DesignOps: DON’T PANIC! - Th...
Six Sigma, BPM, Digitalization -Dif...
How digitalchanges the game? 2.
What is digitalization? 3.
Integration of technologies intoeveryday life 4.
From ITC to DigitalizationRome AdvisorsThe change will never be as slow as it is now. 5.
Internet is not channel but a networkStart InteractingMeetingFileEvent 6.
Digitalization means beeing ”always” connected 7.
How fast is internet? 8.
Where are digital natives?10 20 30 40 50 60 70Internet	is	good	help?	Digitaliza3on	9.
Where are digital natives?10 20 30 40 50 60 70Internet	is	good	help?	Digitaliza3on	What	the	hell…	do	they	think?	10.
Interactive crowds, communities andnetworks ahead 11.
”"e biggest trendis mixing online and o#ine” 12.
What happens to business?Rome Advisors 13.
What Changed already?Mary Meeker’s list. Must read. 14.
New Business modelsOffline investmentsOnline investmentsProfitability? 15.
Brands create ecosystems, one brand,multible business models 16.
Social business trasformation 17.
Interactive innovation and R&D 18.
Marketing becomes a service①  Brand ecosystems: Integrated products + services throughcommunity. Nike, Google, Apple,②  Holistic Brand experience: Own, Earned, Paid – Marketingas a service③  Storytelling culture –Integrated communications, pr &marketing④  Corporate marketing & communications: PR, IR,Marketing, Social Media, Hr.Rome AdvisorsBrand becomes ASSET….. 19.
Brands become media; better marketingCOPY JESS3! 20.
What about he consumers? 21.
Connected consumer and decision making 22.
Digital shopping channels… 23.
How to createan online empire? 24.
Draw the perfect world ﬁrst2015, 2020 25.
1000 Days Digital Business Mission①  Set targets, objectives & goals for sales, marketing, E-commerce &support②  Crystallize brand strategy – target positioning, competition,differentation③  Define digital business culture & organization④  Strategic choices – What will and will not be done?⑤  Annual must win battles & clocks⑥  Development portfolio; projects, tools and organization⑦  Annual planning; Ideas & Management 26.
1. Set targets, objectives& goals for sales,marketing, E-commerce& supportCommunica3on	Sales	Distribu3on	Marke3ng	Innova3on	R&D	Customer	Insight	Idea	Companiescan ”finally”becomecustomer driven,interact throughown mediaand distributethe mosteffectiveways. Selldirect. 27.
2. Crystallize brand strategy – target positioning,competition AND di$erentationCOMPANY BRANDMARKETCOMPETITION FUTURECUSTOMERS 28.
3. Deﬁne digital business culture &organizationHow to create future business models today? 29.
4. Strategic choices & RoadmappingWhat will and will not be done? 30.
5. Create annual plans, Must Win Battles andMission. 31.
7. Design action plans and planning, organizing,leading & control of the mission. 32.
Capitalize digitalbusiness models. 33.
1080° Business designI. Crystallize II. Organize III. Design1.  Business Idea2.  Mission3.  Vision4.  Values5.  Target Position6.  Competitiveness7.  Competitive Advantages8.  Strategy9.  Action Plan0. Management system1.  HR2.  Processes and Organization3.  Job Description4.  Development Portfolio5.  Annual Plan6.  Culture7.  Product Range and DistributionValue:United and coherent view ofthe business idea and thesteps of developmentValue:United and coherentmanagerial style and processValue:Strategy based Tools forgrowth1.  To Who – segmenting2.  What – productization3.  How – marketing strategy4.  Brand – messages5.  Marketing Plan6.  Marketing Organization7.  Sales Management and Tools8.  Sales Targets9.  Sales Material 34.
… And future of retail? •  Emotional•  Entertaining•  EducationalExperiences…. 4E’sOnline + Offline? 35.
The Power in You 36.
Rome Advisorswww.ville.tolvanen.com#Vwww.villetolvanen.com Recommended
Joni Lehtonen - Tieto presenterar hur ny teknik kan driva business transforma...
EPC Case study - RAY International RheinBrücke IT Consulting CA - Take a value-driven approach to better software

value: This website is an American hosting service, now owned by Scribd, for professional content including presentations, infographics, documents, and videos. Users can upload files privately or publicly in PowerPoint, Word, PDF, or OpenDocument format.


text:
Ecological collapse - Wikipedia, the free encyclopedia
Ecosystems have the ability to rebound from a disruptive agent. The difference between collapse or a gentle rebound is determined by two factors —- the toxicity of the introduced element and the resiliency of the original ecosystem.[citation needed]
Through natural selection the planet's species have continuously adapted to change through variation in their biological composition and distribution. Mathematically it can be demonstrated that greater numbers of different biological factors tend to dampen fluctuations in each of the individual factors .[citation needed]
Prehistoric examples include the Carboniferous Rainforest Collapse, the Cretaceous–Paleogene extinction event, the Permian–Triassic extinction event, and other mass extinctions. These have been attributed to asteroid impacts, extremely large volcanic eruptions, and abrupt climate change.
Important pressures contributing to current and future ecological collapse include habitat loss, degradation, and fragmentation, overexploitation of ecosystems by humans, climate change, ocean acidification, pollution, and invasive species.[1]
Rainforest collapse refers to the actual past and theoretical future ecological collapse of rainforests. It may involve habitat fragmentation to the point where little rainforest biome is left, and rainforest species only survive in isolated refugia.


text:
Food|Fette Sau’s Joe Carroll Writes ‘Feeding the Fire,’ a Worthy Barbecue Primer
Pulled lamb shoulder recalls the barbecued mutton of Western Kentucky.CreditCreditMelina Hammer for The New York Times

value: This website is an American daily newspaper based in New York City with a worldwide readership. Founded in 1851, the Times has since won 132 Pulitzer Prizes, the most of any newspaper, and has long been regarded within the industry as a national "newspaper of record".


text:
www.rightmove.co.uk/property/53915934
Large lounge & patio doors
Access to south facing gardens
17ft main bedroom with wardrobes
Quality double shower suite
ONE OF THE BEST RETIREMENT FLATS IN WINDSOR COURT WE HAVE SEEN! TWO DOUBLE BEDROOMS, LARGE LOUNGE WITH ACCESS TO GARDENS, GREAT DOUBLE SHOWER SUITE
This ground floor two double bedroom retirement apartment is conveniently situated close to the communal facilities and the main entrance. The ground floor position also means there is no lift required and it has the benefit of a larger than average lounge with patio door to the rear south facing communal gardens with its own small patio area. This makes it in our opinion one of the very best properties of its type within Windsor Court or indeed retirement flats within Newquay. As mentioned the lounge is one of the biggest we have seen. In detail the accommodation has a spacious entrance hall with storage cupboards to a good size living room looking over the communal gardens with patio doors, there is another useful size cupboard and glazed double doors through to a fully fitted kitchen. The kitchen is a usable size with modern light coloured units having eye level oven, surface mounted hob and extractor. There is also space for an upright fridge/freezer. There are two bedrooms both of which are doubles and one having a fully fitted mirror fronted wardrobes, both of these overlook the pretty south facing gardens. The property also has a fully fitted double shower suite with modern tiling, wash basin, double shower enclosure and low level WC. Throughout the property there is uPVC double glazing, night storage heating and emergency Careline pull cords that operate on a twenty four hour service basis. Within Windsor Court there is a residents car park on a first come first served basis but generally speaking there is plenty of parking. Communal facilities include a residents lounge, guest suite, laundry room, lift to all floors and bin store. There is a full time resident House Manager. The ground rent currently stands at approximately £410 per year with an annual service charge of approximately £2990 per year. This service charge includes all of the communal facilities mentioned as well as building insurance, general maintenance and water rates. The building is spacifically designed for the over 55's retirement market and is conveniently situated on the edge of the town centre within immediate access to an active bus service. NO ON GOING CHAIN - VIEWING RECOMMENDED
16' 9'' x 15' 7'' (5.10m x 4.75m) plus cupboard
8' 4'' x 7' 6'' (2.54m x 2.28m) irregular shaped room average measurement
17' 3'' x 9' 1'' (5.25m x 2.77m) maximum measurement including wardrobes
To view this media, please visit the on-line version of this page at www.rightmove.co.uk/property-for-sale/property-53915934.html
Disclaimer - Property reference 8703759. The information displayed about this property comprises a property advertisement. Rightmove.co.uk makes no warranty as to the accuracy or completeness of the advertisement or any linked or associated information, and Rightmove has no control over the content. This property advertisement does not constitute property particulars. The information is provided and maintained by Newquay Property Centre, Newquay. Please contact the selling agent or developer directly to obtain any information which may be available under the terms of The Energy Performance of Buildings (Certificates and Inspections) (England and Wales) Regulations 2007 or the Home Report if in relation to a residential property in Scotland.
15 Mar 2019 23 Windsor Court, TR7 £149,950
15 Mar 2019 54 Windsor Court, TR7 £105,000
25 Sep 2018 58 Windsor Court, TR7 £110,000

value: This website is a UK-based company that runs rightmove.co.uk, the UK's largest online real estate portal and property website. It is listed on the London Stock Exchange and is a constituent of the FTSE 100 Index.


text:
You may also likeJust posted! PMA 2006 Final Show ReportMar 2, 2006PMA 2006 Show Report - PreviewJan 28, 2006PMA 2005 Show Report - PreviewFeb 7, 2005Just Posted! Samsung NV7 OPS reviewJan 24, 2007
Features446G whizPanasonic Lumix DMC-G7 Review170Beyond the table top5 mini tripods reviewed463Return of the Super Rebel?Canon EOS Rebel T6s Review147Super Zoom? Tamron 150-600mm F5-6.3 Field Test1.09KAlpha dogHands-on with Sony a7R II69Readers' ShowcaseMartin Kozak237#1 in FranceHands-on with DxO ONE573Enthusiast StalwartNikon D7200 Review684Mono a monoLeica Monochrom (Typ 246) hands-on3.44KUpdated with studio testsCanon EOS 5DS / 5DS R First Impressions ReviewDon't leave pictures strandedEye-Fi Mobi SD card review2.13KFeatureWhat is equivalence?672Retro, refinedFujifilm X100T Review839In-Depth Camera ReviewSony Cyber-shot RX100 IIIBudget lightingFlashpoint 180 Monolight review251Dive In2014 Waterproof Camera RoundupGet up highOrion DVC210 DLSR crane reviewTips from travel photographer Steve Davey More accurate color with camera calibration 58Readers' ShowcaseDPReview Readers' best shots of 20143.44KNifty FiftyCanon EOS 5DS / 5DS R First Impressions Review