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Patent US5680369 - Synchronous dynamic random access memory device - Google PatentsSearch Images Maps Play YouTube News Gmail Drive More »Sign in<nobr>Advanced Patent Search</nobr>PatentsA memory circuit (14) having features specifically adapted to permit the memory circuit (14) to serve as a video frame memory is disclosed. The memory circuit (14) contains a dynamic random access memory array (24) with buffers (18, 20) on input and output data parts (22) thereof to permit asynchronous...http://www.google.com/patents/US5680369?utm_source=gb-gplus-sharePatent US5680369 - Synchronous dynamic random access memory deviceAdvanced Patent SearchPublication numberUS5680369 APublication typeGrantApplication numberUS 08/474,047Publication dateOct 21, 1997Filing dateJun 7, 1995Priority dateDec 23, 1987Fee statusPaidAlso published asUS5093807, US5400288, US5636176, US5680358, US5680367, US5680368, US5680370, US5684753, US5768205, US5805518, US6188635, US6418078, US6662291, US6728828, US6728829, US6732224, US6732225, US6732226, US6735667, US6735668, US6738860, US6748483, US6895465, US6910096, US20010000817, US20030037219, US20030196034, US20030196067, US20030196068, US20030196069, US20030196070, US20030200381, US20030200415, US20030200416, US20030200417, US20030208669, US20040186950, US20050182914Publication number08474047, 474047, US 5680369 A, US 5680369A, US-A-5680369, US5680369 A, US5680369AInventorsMasashi Hashimoto, Gene A. Frantz, John Victor Moravec, Jean-Pierre DolaitOriginal AssigneeTexas Instruments IncorporatedExport CitationBiBTeX, EndNote, RefManPatent Citations (88), Non-Patent Citations (68), Referenced by (1), Classifications (21), Legal Events (4) External Links: USPTO, USPTO Assignment, EspacenetSynchronous dynamic random access memory deviceUS 5680369 AAbstract A memory circuit (14) having features specifically adapted to permit the memory circuit (14) to serve as a video frame memory is disclosed. The memory circuit (14) contains a dynamic random access memory array (24) with buffers (18, 20) on input and output data parts (22) thereof to permit asynchronous read, write and refresh accesses to the memory array (24). The memory circuit (14) is accessed both serially and randomly. An address generator (28) contains an address buffer register (36) which stores a random access address and an address sequencer (40) which provides a stream of addresses to the memory array (24). An initial address for the stream of addresses is the random access address stored in the address buffer register (36).
What is claimed is: 1. A synchronous dynamic random access memory device comprising:A. a single chip integrated circuit; B. a dynamic random access memory array formed on the chip, the array including plural array data leads carrying parallel data signals to the array and parallel array address leads carrying parallel address signals to the array, one data signal representing one data bit and one address signal representing one address bit, the array being organized in plural addressable locations with each location being randomly addressable by the address signals for writing one word of data bits from the array data leads to each addressed location; C. a clock signal terminal formed on the chip for receiving a clock signal formed of rising and falling edges regularly spaced in time, the clock signal being continuous during operation of the device; D. an address port formed on the chip, the address port including a certain number of plural address terminals receiving parallel address signals from external the chip, the received address signals occurring in plural groups separated in time and being received at the same time as the clock terminal receives the continuous clock signal, the received address signals indicating an address of a random location in the array, the address port including plural registers, each register latching a fixed number of address bits equal to the certain number of plural address terminals; E. an address sequencer coupled between at least one of the plural registers and the array address leads and coupled to the clock signal terminal, the address sequencer receiving the address signals from the at least one plural register and providing address signals to the array address leads to access addressable locations in the array, the address sequencer sequencing through addresses starting from the address of the random location in the array received from the at least one plural register; and F. a data port formed on the chip and connecting with the array data leads and the clock signal terminal, the data port including:i. plural data terminals for receiving parallel data signals synchronous with the clock, each set of parallel data signals representing one data word; and ii. at least a write serial latch serially connected between the data terminals and the array data leads, the at least a write serial latch serially latching the data word signals received at the data terminals synchronous with the clock signal and carrying the received data signals to the array data leads for writing the data signals in the array at the random location indicated by the received address signals. 2. The memory device of claim 1 in which the certain number of plural address terminals is eight and the data port includes four data terminals and a register connected between the write serial latch and the array data leads.
TECHNICAL FIELD The present invention relates in general to digital memory circuits. Specifically, the present invention relates to digital memory circuits which have particular advantages when used in connection with video applications.
BACKGROUND OF THE INVENTION Digital TV, VCR, and related video applications often utilize a frame or field memory that stores pixels which together represent an entire frame of video. Such a frame memory is used in producing a variety of special effects, such as frame freezing, zoom, pan, split screen monitoring, and the like. Although a frame memory may be constructed using conventional discrete integrated circuits, such a frame memory is relatively expensive, dissipates an undesirably large amount of pwer, and occupies an undesirably large amount of space. When such a frame memory is targeted for use in a commercial product, these problems are major ones. Accordingly, a single integrated circuit, either alone or in combination with as few other integrated circuits as possible, improves upon a frame memory which has been constructed from conventional discrete integrated circuits.
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How All-Big Ten team ranked as recruits - College Football Nation Blog- ESPN
How All-Big Ten team ranked as recruits1982dAdam RittenbergTCU, Texas and Oklahoma are least likely to redshirt freshmen2hBrandon ChatmonStanford's 'All-Century' team: Best Cardinal lineup since 20001dDavid LombardiBaylor scandal leads to unprecedented recruiting windfall for Texas1dJeremy CrabtreeScout's Take: OT Joel Honigford to Michigan2dCraig HaubertMichigan players reenact 'The Lion King'2dBrian BennettScout's Take: QB-DT Kellen Mond to Texas A&M3dTom LuginbillSatellite camps don't always bring scholarship offers3dErik McKinneyGo ahead, Florida State, flash those rings2dJared ShankerRoundtable: Takeaways from satellite camp season4dESPN.comLingering punishments could impact Week 1 in the SEC4dAlex ScarboroughScout's Take: Wyatt Davis to Ohio State7dCraig HaubertScout's Take: ESPN 300 DE Zachary Carter to Florida7dCraig HaubertBiggest winners from satellite camping might be schools like Wyoming and Utah State8dErik McKinneyCatches and compositions: Minnesota's Drew Wolitarsky an aspiring author8dBrian BennettUrban Meyer, Ohio State leaders revel in Cavaliers' victory parade9dBrian BennettHow All-Big Ten team ranked as recruitsFacebookTwitterPinterestEmailcommentJan 27, 2011Adam RittenbergESPN Staff Writer Close College football reporter.
Graduate of Northwestern University.Follow on TwitterFacebookTwitterPinterestEmailprintcommentI'm following the excellent lead of colleague David Ubben and connecting present to past with this post.Illinois running back Mikel Leshoure was an unranked recruit coming out of high school. AP Photo/Keith SrakocicAs many of you know, I look at most recruiting rankings with skeptical eyes. Sure, a portion of highly rated incoming recruits meet expectations, but many do not. Recruiting matters, but coaching and development matters more, especially in a league like the Big Ten.National Signing Day is just around the corner, so to get ready, let's take a look at my 2010 All-Big Ten team and how the players ranked as recruits.I used ESPN Recruiting rankings, which listed several players at different positions coming out of high school. Here's a look at the star grading.OFFENSEQB: Denard Robinson, Michigan --ESPNU 150 selection, four stars, No. 7 athlete, No. 101 overall player in 2009 classRB: Mikel Leshoure, Illinois -- Unranked in 2008 classRB: Edwin Baker, Michigan State -- ESPNU 150 selection, four stars, No. 11 running back, No. 112 overall player in 2009 classWR: Dane Sanzenbacher, Ohio State -- Two stars, No. 168 receiver in 2007 classWR: Jeremy Ebert, Northwestern -- Two stars, No. 187 receiver in 2008 classTE: Lance Kendricks, Wisconsin -- ESPNU 150 selection, four stars, No. 16 wide receiver, No. 107 overall player in 2006 classC: David Molk, Michigan -- Three stars, No. 6 center in 2008 classT: Gabe Carimi, Wisconsin -- Unranked in 2006 classT: Mike Adams, Ohio State -- ESPNU 150 selection, four stars, No. 8 offensive tackle, No. 88 overall player in 2008 classG: John Moffitt, Wisconsin -- Unranked in 2006 classG: Stefen Wisniewski, Penn State -- ESPNU 150 selection, three stars, No. 4 center, No. 131 overall player in 2007 classDEFENSEDL: Ryan Kerrigan, Purdue -- Two stars, No. 72 defensive end in 2007 classDL: J.J. Watt, Wisconsin -- One star, No. 172 defensive end in 2007 class (signed with Central Michigan)DT: Adrian Clayborn, Iowa -- Four stars, No. 9 inside linebacker in 2006 classDL: Corey Liuget, Illinois -- Three stars, No. 17 defensive end in 2008 classLB: Greg Jones, Michigan State -- Two stars, No. 101 defensive end in 2007 classLB: Martez Wilson, Illinois -- ESPNU 150 selection, five stars, No. 1 defensive end, No. 5 overall player in 2007 classLB: Brian Rolle, Ohio State -- One star, No. 110 inside linebacker in 2007 classDB: Chimdi Chekwa, Ohio State -- Two stars, No. 73 cornerback in 2006 classDB: Tyler Sash, Iowa -- Two stars, No. 165 running back in 2007 classDB: Jermale Hines, Ohio State -- Three stars, No. 9 outside linebacker in 2007 classDB: Ricardo Allen, Purdue -- Three stars, No. 50 cornerback in 2010 classSPECIALISTSK: Derek Dimke, Illinois -- Unranked in 2008 classP: Aaron Bates, Michigan State -- Unranked in 2007 classKR: Troy Stoudermire, Minnesota -- Three stars, No. 44 athlete in 2008 classPR: Keshawn Martin, Michigan State -- Unranked in 2008 classThere certainly were a lot of steals throughout the Big Ten, and Illinois' Leshoure might have been the biggest one of all. Wisconsin did an incredible job of developing players like Carimi, Moffitt and Watt. Although Adams came in with plenty of hype, Ohio State's other selections all exceeded expectations. Michigan State certainly got a lot out of Jones, one of the Big Ten's most productive defenders in recent memory.

type: global

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DISEASES OF FRUIT TREES RECENT RESEARCH AND ECO-FRIENDLY MANAGEMENT by ARYA ARUN: IBDC (LUCKNOW) 9788181892294 PaperBack, International Edition. - AbeBooks.com
DISEASES OF FRUIT TREES RECENT RESEARCH AND ECO-FRIENDLY ...
DISEASES OF FRUIT TREES RECENT RESEARCH AND ECO-FRIENDLY MANAGEMENT
ISBN 10: 8181892291 / ISBN 13: 9788181892294 Used
Title: DISEASES OF FRUIT TREES RECENT RESEARCH AND ...
1. Diseases Of Fruit Trees: Recent Researches And Eco-Friendly Management
Arya, Arun
ISBN 10: 8181892291
ISBN 13: 9788181892294
Book Description Ibdc. Book Condition: Like New. This is an Int'l Edition. Please note: We do not ship to PO Boxes, please provide us with your complete delivery address. Bookseller Inventory # LNDXPCBS1MAR-4750
2. Diseases Of Fruit Trees: Recent Researches And Eco-Friendly Management
Book Description Ibdc. Book Condition: New. This is an Int'l Edition. Please note: We do not ship to PO Boxes, please provide us with your complete delivery address. Bookseller Inventory # DXPCBS1MAR-4750
3. Diseases of Fruit Trees
Book Description IBDC Publishers, Lucknow, 2009. Hardcover. Book Condition: New. Bookseller Inventory # 238099
4. Diseases of Fruit Trees
Book Description International Book Distributing Co., Publishing Division. Book Condition: New. pp. xii + 364 , Illus. (Mostly Col.). Bookseller Inventory # 7368776
5. DISEASES OF FRUIT TREES RECENT RESEARCH AND ECO-FRIENDLY MANAGEMENT [Hardcove.
Book Description Book Condition: New. New Book. International Edition. Faster Delivery. Bookseller Inventory # AFS-STR-9788181892294

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The Mammoth Book of the World's Greatest Chess Games: Graham Burgess, John Nunn, John Emms: 9780786705870: Amazon.com: Books
BooksAdvanced SearchNew ReleasesBest SellersThe New York Times® Best SellersChildren's BooksTextbooksTextbook RentalsSell Us Your BooksBest Books of the MonthDeals in Books The Mammoth Book of the World's Greatest Chess Games
(Author), John Nunn (Author), John Emms (Author)
This new and expanded edition of The Mammoth Book of the World's Greatest Chess Games contains the 112 greatest chess games of all time—selected, analyzed, re-evaluated and explained by a team of experts and illustrated with more than 900 diagrams. Among the highlights are Kasparov vs. Topalov; Kasparov vs. Wijk aan Zee; the super-computer Deep Blue’s historic first win over Kasparov; Boris Spassky’s “James Bond” Mating Combination; and Bobby Fischer’s “Game of the Century.” Study these games and learn about defense and counterattack, logical opening play, endgame strategy, psychological warfare, and how great players think.
Paperback$17.92 Prime The Most Instructive Games of Chess Ever
Paperback$7.46 Prime Logical Chess: Move By Move: Every Move
Paperback$12.21 Prime 500 Master Games of Chess (Dover Chess)
Paperback$5.99 Prime Chess: 5334 Problems, Combinations and Games
Paperback$21.17 Prime Understanding Chess Move by Move
For the famous games which appear in other books and anthologies, the authors have provided the most thorough and careful annotations you will find. They also include some extremely brilliant games which haven't received much attention elsewhere. ... Of the various 'Greatest Games' collections, The Mammoth Book of The World's Greatest Chess Games is the most up to date with the highest-quality annotations. You will want a copy on your shelf. John Watson
Graham Burgess has been a World Chess Federation (FIDE) Master since the age of 20. He lives in Bristol, England.Dr. John Nunn was among the world’s leading grandmasters for nearly twenty years, winning four gold medals in chess Olympiads and finishing sixth overall in the World Cup in 1989. He lives in Chertsey, Surrey, England.John Emms is one of England’s strongest grandmasters, and an experienced trainer and editor. He lives in Tonbridge, Kent, England.
Start reading The Mammoth Book of the World's Greatest Chess Games on your Kindle in under a minute.
Publisher: Carroll & Graf Publishers; 1st Carroll and Graf ed edition (October 1998)
ISBN-10: 0786705876
ISBN-13: 978-0786705870
Amazon Best Sellers Rank: #3,487,009 in Books (See Top 100 in Books)
#3889 in Books > Humor & Entertainment > Puzzles & Games > Chess
243 of 247 people found the following review helpfulLearn Chess from Complete Instructive Games
85 of 87 people found the following review helpfulAnalyzed Games Old and New "want to improve your chess will be good for you!"
121 of 127 people found the following review helpfulA great cross-section (1834-1997) of the finest games ever
This is the "games collection" that I have been waiting years to find! It is a book of 100 chronologically-ordered, heavily annotated chess games, which the three authors decided upon through some sort of weighted voting system, in which Graham Burgess annotated 50, John Nunn 25, and John Emms 25. It is not a "mammoth"-sized book; it is about the size of a typical bestseller paperback, though somewhat wider. To give you an idea of where the historical concentration of games occurs, Game 1 is from 1834, Game 25 is from 1926, Game 50 is from 1963, Game 75 is from 1981, and Game 100 is from 1997. The most heavily-represented players are Mikhail Tal (11 games), Bobby Fischer (9), Garry Kasparov (8), Anatoly Karpov (8), Jose Capablanca (6), Emanuel Lasker (6), and Boris Spassky (6). I would have expected to see more games from Paul Morphy (0 games!), Adolph Anderssen (2), Harry Pillsbury (2), Tigran Petrosian (2), Wilhelm Steinitz (3), and Alexander Alekhine (4). From those lists, you can probably infer that the book is somewhat skewed toward the modern games. On the other hand, there are only three Karpov-Kasparov games, which surprised me. There is a lot of analysis in the games, with plenty of biographical descriptions and "color". Despite the fact that three different authors did the annotating, there is a very "uniform" feel to the games; it doesn't read like it's three disjointed authors. Maybe that's because three people did the analyzing and one person did the writing.My favorite historical collection of annotated games was always Tartakower & du Mont's famous collection of 500 games, plus a supplemental book of 100 more games, but those left off at around 1950.Read more ›
25 of 26 people found the following review helpfulGreat collection, but miserable cheapo paperback
There are already 36 reviews that say it all.I can only repeat that the content of the book is exceptional, as mentioned by everybody.My only comment there is that it would have been good to have a diagram of the board for the final position of each game.My main grievance is the low quality of the book production, because I am infuriated everytime I try to use this book. I had to express my immense disappointment at the miserable production of this book.I own both books by Graham Burgess, the Mammoth book of Chess, which I fortunately got in the hardback edition of CASTLE BOOKS, with an American title -- CHESS Tactics and Strategy. This hardback is physically decent, even if the gluing of the pages to the back is not of the best quality, and has started breaking up. But the printing is good, the paper of much better quality, and the diagrams crisp and clear.However I got the World's Greatest Games in its standard paperback edition by Carroll & Graf. This is physically, the worst chess book I have ever bought. You can't keep the pages open without using weights to press on the spine. Very quickly the spine breaks and pages start coming off. The paper is disgusting, very close to toilet paper. It is yellowish and fragile. The margins are about 1/8th of an inch on the sides. No way to write one's own notes. The book starts disintegrating quickly. Reading the book is an annoyance, and there's no fun or joy in handling it. It's as if nobody in the production team had any feeling for good books.There's a British tendency to push economizing to the maximum, and the original publisher is a group called Robinson Publishing, which kept the product to a minimum cost.Read more ›
Must have for chessplayers
Lots of good games to study the way the masters did it..
Published 2 months ago by G. E. Wallace
excellent service and review
Published 4 months ago by James A. Taylor
Great book. I gave one away and got another ...
Great book. I gave one away and got another from you, Great price too!!!
Published 5 months ago by David P. Skaar
New games in the new edition. Previous annotations improved.
This book has many positive features described in other reviews.I was unhappy with a variation that was not considered in the first edition, as described below.
Published 5 months ago by Charles E. Blair
The book is quite thoroughly annotated, and the games ...
The book is quite thoroughly annotated, and the games are presented chronologically not only showing instructive Chess games, but the evolution of the game itself.
Published 7 months ago by J. S. Dowdy
First of all, this book is a fine collection of games from chess history, richly annotated, with informative, entertaining introductions.
Published 9 months ago by Sertorius
I don't like Emms an notations.otherwise it is an excellent book.
Published 10 months ago by Mr. F.s
Fun book, easily digestible, no Morphy :(
Nice book, but how the authors failed to include at least one of Morphy's many gems, is beyond my comprehension.
I bought this as a gift for my chess-playing husband. He loved it. He's retired now, and was able to spend many happy days going through the book.
Published 13 months ago by A. Monk
$12.21 Prime My 60 Memorable Games
$17.92 Prime Chess: 5334 Problems, Combinations and Games
$21.17 Prime The Most Instructive Games of Chess Ever Played: 62 Masterpieces of Chess Strategy

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text:
Forever Loved by Jimmy Reid | 10467707428 | CD | Barnes & Noble®
by Jimmy ReidJimmy Reid
It may be too early to declare this the start of an entire youth movement, but the second generation of smooth jazz performers is off to a convincing, feel good start with 21-year-old Jimmy Reid -- a saxman raised on transcriptions of genre stars like Richard Elliot, Kirk Whalum, and Gerald Albright rather than the bebop forefathers
It may be too early to declare this the start of an entire youth movement, but the second generation of smooth jazz performers is off to a convincing, feel good start with 21-year-old Jimmy Reid -- a saxman raised on transcriptions of genre stars like Richard Elliot, Kirk Whalum, and Gerald Albright rather than the bebop forefathers those players so revered. All of those influences ring through loud and clear on Reid's slickly produced, right in the pocket debut Forever Loved, which heralds Reid's arrival not only as a notable player on all three saxes, but also as a solid pop songcraftsman. While perky, percussive lightweights like "Feels So Good" show that Reid can get our attention with catchy hooks and a combination of staccato verses and silky transitional passages, his true skills are as a balladeer, crooning and commanding with his horn rather than vocals. Reid and his co-arrangers build tunes the way Barry Manilow did in the '70s deceptively gentle beginnings and slowly emerging emotional fires leading to wild, gloriously overblown crescendos (how could he not go this melodramatic route on a remake of the Titanic theme?). Reid's kindhearted, sometimes weepy soprano tones on that tune and the lush, teary "So Beautiful" and "Lullaby" are Koz-induced all the way. His assured tenor melody on the light funk tune "Yearning for Your Love" falls somewhere in between Elliot's scorching robustness and Whalum's deeper, but more subtle emotions. And yet, one whiff of the way his improvisational blasts egg on and swirl around the gospel vocals on the title track, and it's clear that Reid can break out of those molds; hope also lies in the way his straight-to-the-heart alto matches Whalum's tenor note for note, and sometimes as a playful conversational point-counterpoint, on the duet "Love Is." Before the last chorus, the two even engage in a tease and taunt, push and pull repartee, as if to ask, "Who wants to lead?"
0010467707428
So Beautiful (Marley's Song)
I'll Do It (For Your Love)
Jimmy Reid Primary Artist,Synthesizer,Piano,Saxophone,Multi Instruments
Robbie Buchanan fender rhodes,Synthesizer Bass
Tim Kobza Acoustic Guitar
Jim Slattery Piano
Brian Peters Hammond Organ
Eddie Miller Synthesizer
Sean Holt Percussion,Vocals
Stephen Lu Synthesizer,Piano,Conductor
Myron McKinley Piano
Anita Baker Contributor
Celine Dion Contributor
Whitney Houston Contributor
Kenny G Contributor
Craig Burbidge Engineer,drum programming
Andrew Gouche Arranger
Ricky Lawson Contributor
Derek Nakamoto Arranger,Producer,String Arrangements,Rhythm Programming
Brian Peters Arranger,Producer
Eddie Miller Programming
Tim Carmon Arranger,Programming
Cliff Gorov Executive Producer
Jimmy Reid Arranger,Programming,Producer,Executive Producer
Stephen Lu Arranger,Programming,Producer,String Arrangements,drum programming
John Ayers Art Direction

value: This website is an American bookseller. It is a Fortune 1000 company and the bookseller with the largest number of retail outlets in the United States.


text:
Patent US8119281 - Secondary battery - Google PatentsSearch Images Maps Play YouTube News Gmail Drive More »Sign inAdvanced Patent SearchPatentsThe secondary battery includes: a can, and electrode assembly disposed in the can; a protection circuit board disposed around an opening of the can, including an external connection terminal; a double-coated adhesive tape interposed between the can and the protection circuit board; a cap assembly including...http://www.google.com/patents/US8119281?utm_source=gb-gplus-sharePatent US8119281 - Secondary batteryAdvanced Patent SearchPublication numberUS8119281 B2Publication typeGrantApplication numberUS 12/251,763Publication dateFeb 21, 2012Filing dateOct 15, 2008Priority dateOct 26, 2007Also published asCN101420051A, CN101420051B, US20090111017Publication number12251763, 251763, US 8119281 B2, US 8119281B2, US-B2-8119281, US8119281 B2, US8119281B2InventorsBong-Young KIMOriginal AssigneeSamsung Sdi Co., Ltd.Export CitationBiBTeX, EndNote, RefManPatent Citations (11), Non-Patent Citations (2), Classifications (19), Legal Events (1) External Links: USPTO, USPTO Assignment, EspacenetSecondary batteryUS 8119281 B2Abstract The secondary battery includes: a can, and electrode assembly disposed in the can; a protection circuit board disposed around an opening of the can, including an external connection terminal; a double-coated adhesive tape interposed between the can and the protection circuit board; a cap assembly including a cap-up, to seal the opening of the can; a first lead connected to the protection circuit board and welded to the cap-up; a second lead connected to the protection circuit board and welded to a bead of the can; and a top cover having a terminal hole corresponding to the external connection terminal.
What is claimed is: 1. A secondary battery, comprising:
an electrode assembly in the can;
a cap assembly sealing an opening of the can and comprising a cap-up that extends away from the electrode assembly;
a protection circuit board located on a periphery of the opening of the can and comprising an external connection terminal;
a double-coated adhesive tape attaching the can to the protection circuit board;
a first lead extending from the protection circuit board and coupled to the cap-up;
a second lead extending from the protection circuit board and coupled to a bead of the can such that the second lead is exposed on an exterior surface of the can; and
a top cover disposed on the protection circuit board, having a terminal hole through which the external connection terminal is exposed.
4. The secondary battery according to claim 1, wherein the first and second leads comprise nickel.
a second lead extending from the protection circuit board and coupled to a crimping part of the can such that the second lead is exposed on an exterior surface of the can; and
a top cover on the protection circuit board and having a terminal hole through which the external connection terminal is exposed.
11. The secondary battery according to claim 8, wherein the first and second leads comprise nickel.
15. The secondary battery according to claim 8, wherein:
the double-coated adhesive tape is ring-shaped and has a first cut part;
the protection circuit board is ring-shaped, has a second cut part; and the second lead is welded to the can through the first cut part and the second cut part.
CROSS-REFERENCE TO RELATED APPLICATION This application claims the benefit of Korean Patent Application No. 2007-108343, filed Oct. 26, 2007, in the Korean Intellectual Property Office, the disclosure of which is hereby incorporated herein by reference in its entirety.
Aspects of the present invention relate to a secondary battery, and more particularly, to a secondary battery that is free from appearance imperfections resulting from welding.
In general, lightweight, high-performance portable devices, such as video cameras, mobile phones, notebook computers, and so on, use secondary batteries as portable power sources. Secondary batteries include nickel-cadmium batteries, nickel-hydrogen batteries, nickel-zinc batteries, lithium secondary batteries, and so on. Lithium secondary batteries have become popular power sources because they are compact, have a large capacity, a high operating voltage, and a high energy density per unit weight.
A lithium secondary battery can be formed by: inserting an electrode assembly, including a positive electrode plate, a negative electrode plate, and a separator, into a can; attaching a protection circuit board to the electrode assembly; sealing an opening of the can with a cap assembly, and covering the can with a cover or label.
The lithium secondary batteries are classified as cylindrical, prismatic, or pouch-type, depending on the shape of the can accommodating the electrode assembly. A lithium secondary battery includes an electrode lead to electrically connect the electrode assembly to the protection circuit board. In cylindrical batteries, the electrode lead can be welded to the can, to form an electrical connection to the electrode assembly.
When the welding is performed at the bottom part of the can, since the electrode lead is elongated along side surfaces of the can, an adhesive tape is needed to attach the bare cell to the electrode lead. In addition, since the can is formed of an aluminum material, the aluminum material may be damaged, due to pressure and heat during the welding, which can affect the appearance of the secondary battery. Further, when the protection circuit board is installed at the top end of the can, since the cap-up is below the protection circuit board, due to the thickness of the protection circuit board, it is difficult to use the cap-up as an external terminal.
SUMMARY OF THE INVENTION Aspects of the present invention provide a secondary battery including an electrode lead that is welded to a bead or a crimping part of a can, to electrically connect a protection circuit board to an electrode assembly disposed in the can.
According to an aspect of the present invention, a secondary battery includes: a can; an electrode assembly disposed in the can; a cap assembly to seal an opening of the can, including a cap-up that extends away from the electrode assembly; a protection circuit board disposed on the can, having an external connection terminal; a double-coated adhesive tape interposed between the can and the protection circuit board; a first lead connected to the protection circuit board and welded to the cap-up; a second lead connected to the protection circuit board and welded to a bead of the can; and a top cover having a terminal hole, through which the external connection terminal is exposed.
According to another aspect of the present invention, a secondary battery includes: a can; an electrode assembly disposed in the can; a cap assembly to seal an opening of the can, including a cap-up that extends away from the electrode assembly; a protection circuit board disposed on the can, having an external connection terminal; a double-coated adhesive tape interposed between the can and the protection circuit board; a first lead connected to the protection circuit board and welded to the cap-up; a second lead connected to the protection circuit board and welded to a crimping part of the can; and a top cover having a terminal hole, through which the external connection terminal is exposed.
According to still another aspect of the present invention, a secondary battery having a protection circuit disposed above a cap assembly is provided. The cap assembly has a cap-up that extends past the protection circuit board.
According to yet another aspect of the present invention, a secondary battery includes: a can; an electrode assembly disposed in the can; a cap assembly to seal an opening of the can, including a cap-up that extends away from the electrode assembly; a protection circuit board disposed around the opening of the can; a double-coated adhesive tape interposed between the can and the protection circuit board; a terminal plate disposed on the cap-up, above the protection circuit board; and first and second leads electrically connecting the protection circuit board with the electrode assembly.
BRIEF DESCRIPTION OF THE DRAWINGS These and/or other aspects and advantages of the invention will become apparent and more readily appreciated from the following description of the exemplary embodiments, taken in conjunction with the accompanying drawings, of which:
FIG. 1 is a cross-sectional view of a battery pack according to a first exemplary embodiment of the present invention;
FIG. 2 is an exploded perspective view of the battery pack of FIG. 1;
FIG. 3 is a cross-sectional view of a battery pack, according to a second exemplary embodiment of the present invention;
FIG. 4 is an exploded perspective view of the battery pack of FIG. 3;
FIG. 5 is a cross-sectional view of a battery pack, according to a third exemplary embodiment of the present invention; and
FIGS. 6 and 7 are cross-sectional views illustrating the configurations of secondary batteries according to exemplary embodiments of the present invention.
DETAILED DESCRIPTION OF THE EMBODIMENTS Reference will now be made in detail to the exemplary embodiments of the present invention, examples of which are illustrated in the accompanying drawings, wherein like reference numerals refer to the like elements throughout. The exemplary embodiments are described below, in order to explain the aspects of the present invention, by referring to the figures. As referred to herein, when a first element is said to be disposed �on�, or adjacent to, a second element, the first element can directly contact the second element, or can be separated from the second element by one or more other elements can be located therebetween. In contrast, when an element is referred to as being disposed �directly on� another element, there are no intervening elements present. As used herein, the term �and/or� includes any and all combinations of one or more of the associated listed items.
FIG. 1 is a cross-sectional view of a secondary battery 100, according to a first exemplary embodiment of the present invention, and FIG. 2 is an exploded perspective view of the secondary battery 100. Referring to FIGS. 1 and 2, the secondary battery 100 includes an electrode assembly 20, a can 10 to house the electrode assembly 20, and a cap assembly 80 to seal an opening of the can 10. The electrode assembly 20 includes first and second electrode plates 25, 26 and a separator 21 disposed therebetween, which are wound together. The electrode assembly 20 can also include an optional second separator 23.
The electrode plates 25, 26 are formed by applying an active material slurry to a collector (not shown) formed of metal foil or mesh, which can be made of aluminum or copper. The slurry is generally formed by mixing an active material, an auxiliary conductor, a binder, and a plasticizer, in a solvent. The solvent is removed in a subsequent process.
The electrode plates 25, 26 have non-coating portions where the slurry is not applied, and to which electrode tabs can be attached. For example, a first electrode tab 27 is connected to a non-coating portion of the electrode assembly 20 and to the cap assembly 80, and a second electrode tab 29 is connected to a non-coating portion and the bottom of the can 10.
The can 10 is generally formed of, stainless steel, aluminum, or an aluminum alloy, by deep drawing. The electrode assembly 20 is inserted into the can 10, through the opening. A bottom insulating plate 13b can be disposed on the bottom surface of the electrode assembly 20, and the second electrode tab 29 can be separated from the bottom insulating plate 13 b. The bottom insulating plate 13 b and the electrode assembly 20 can be inserted into the can 10, sequentially, or as a unit.
The electrode assembly 20 has a hollow center. The bottom insulating plate 13 b has a through hole that faces the hollow center of the electrode assembly 20. The second electrode tab 29 is bent to extend across the through hole of the bottom insulating plate 13 b. A welding rod (not illustrated) can be inserted into the hollow center of the electrode assembly 20, to weld the second electrode tab 29 to the bottom surface of the can 10. Thus, the can 10 has the same polarity as the second electrode tab 29 and may serve as an electrode terminal.
A center pin 18 is installed into the hollow center of the electrode assembly 20. The center pin 18 reinforces the electrode assembly 20 and serves as a path through which gas generated by the electrode assembly can be exhausted.
A top insulating plate 13 a is installed on an upper surface of the electrode assembly 20. The first electrode tab 27 projects up through a hole defined in the top insulating plate 13 a. The top insulating plate can also have a central hole that corresponds to the hollow center of the electrode assembly 20, through which the second electrode tab 29 may be welded.
A bead 15 is formed in the can 10, by crimping a sidewall of the can 10 adjacent to the top of the electrode assembly 20. The bead 15 secures the electrode assembly 20 within the can 10.
An electrolyte can then be injected into the can 10, through the opening. The electrolyte injection may be performed before beading. A gasket 30 is inserted into the opening of the can 10, and the cap assembly 80 is inserted inside the gasket 30.
The cap assembly 80 includes a vent 40, a current interrupt device (CID) 50, a positive temperature coefficient (PTC) thermistor 60, and a cap-up 70. One end of the first electrode tab 27 is welded to the vent 40. The components of the cap assembly 80 may be preassembled and then installed on the gasket 30, or may be sequentially installed on the gasket 30. The PCT thermistor 60 can be an optional element. The opening of the can 10 is crimped to form a crimping part 17, in order to seal the can 10 by compressing the gasket 30 against the cap assembly 80.
The can 10 has the same polarity as the second electrode tab 29, which is welded to a bottom portion of the can 10. The cap-up 70 projects away from the electrode assembly 20, and has the same polarity as the first electrode tab 27. In other words, the can 10 and the cap assembly 80 have different polarities.
The secondary battery 100 includes a protection circuit board 120 disposed on the crimping part 17. The protection circuit board 120 protects the secondary battery 100 from overcharges and over discharges. A double-coated adhesive tape 110 is used to attach the protection circuit board 120 to the can 10. The tape 110 can be ring-shaped.
The cap-up 70 can be a terminal to connect the secondary battery 100 to an external device, and extends through the tape 110. In other words, the cap-up 10 extends past the crimping part 17.
The protection circuit board 120 is ring-shaped, and includes first and second leads 121, 123. The first and second leads 121, 123 are electrically connected to the cap-up 70 and the can 10, respectively. The cap-up 70 and the can 10 have different polarities, due to the electrical connections established by the first and second electrode tabs 27, 29.
The first and second leads 121, 123 are formed of nickel. The first lead 121 extends from the protection circuit board 120 to the cap-up 70. The first lead 121 may be plate-shaped and can be attached to an outer surface of the cap-up 70, by resistance welding, for example. The first lead 121 may alternatively be curved, so as to be welded to an inner surface of the cap-up 70. In other words, the first lead 121 may be any shape, so long as it can be electrically connected to the cap-up 70. The first lead 121 can include a PTC thermistor 125 that can short circuit the secondary battery 100, when the secondary battery 100 is overheated.
The second lead 123 is curved along a side surface of the can 10, so as to be welded to the bead 15 of the can 10. In order to adhere the second lead 123 to the can 10, a double-coated adhesive tape (not shown) may be interposed between the second lead 123 and the can 10. Since the second lead 123 is welded to the bead 15, the weld is well protected from external impacts. Moreover, since the welding process is performed inside the bead, the appearance of the secondary battery 100 is not affected by the welding.
The protection circuit board 120 has several external connection terminals 127 projecting upward therefrom, each of which includes a power terminal and a ground terminal to make an electrical connection between the secondary battery 100 and an external device. The protection circuit board 120 may further include an input/output terminal to exchange data with an external device. The protection circuit board 120 can include a thermistor terminal to transfer temperature data to an external device. The protection circuit board 120 includes terminal holes 131, through which the external connection terminals 127 are exposed.
The secondary battery 100 can include a top cover 130 to protect the protection circuit board 120 from external impacts. The secondary battery 100 can also include a bottom cover 135 to protect the bottom surface of the can 10. The bottom cover 135 can be adhered to the can 10 using a double-coated adhesive tape 115. The secondary battery can be covered with an adhesive label (not shown) or a heat-shrinkable label, to form an outer appearance of the secondary battery 100.
FIG. 3 is a cross-sectional view of a secondary battery 101, according to a second exemplary embodiment of the present invention; and FIG. 4 is an exploded perspective view of the secondary battery 101. The secondary battery 101 includes elements similar to those of the secondary battery 100, so only the different elements will mainly be described.
A double-coated adhesive tape 110′ can be used to attach the can 10 to a protection circuit board 120′. The tape 110′ is ring-shaped and has a cut part 113. The protection circuit board 120′ is also ring-shaped, has a cut part 129, and includes a second lead 123′ that extends into the cut part 129. The second lead 123′ is welded to the crimping part 17 of the can 10, through the cut part 113 of the tape 110′. When the second lead 123′ is welded to the crimping part 17, the weld is more resistant to external impacts than other parts of the can, and does not affect the appearance of the secondary battery 101.
The secondary batteries 100, 101 include the top and bottom covers 130, 135, and external connection terminals 127 formed on the protection circuit boards 120, 120′. The aspects of the present invention will now be described with a secondary battery that does not include an external cover.
FIG. 5 is a cross-sectional view of a secondary battery 200, according to a third exemplary embodiment of the present invention. The secondary battery 200 includes elements similar to those of the secondary battery 101, so only the different elements will be described in detail. The secondary battery 200 includes a can 10, an electrode assembly 20 disposed in the can 10, a cap assembly 80 to seal the can 10, and a protection circuit board 220 disposed on the can 10.
The cap assembly 80 includes a cap-up 170 that serves as an electrode terminal. The cap-up 170 extends past a top surface of a protection circuit board 220. The protection circuit board 220 is connected to the can 10 by a double-coated adhesive tape 210. That is, the protection circuit board 220 does not include an external connection terminal; instead, the cap-up 170 and the can 10 are used as external connection terminals. In this exemplary embodiment, the cap-up 170 is connected to a first electrode tab 27 and is used as a positive terminal, and the can 10 is connected with a second electrode tab 29 and is used as a negative terminal.
When several secondary batteries are serially connected with one another, the cap-ups are arranged to be in contact with the bottoms of the cans of adjacent secondary batteries. The secondary batteries can be included in a battery pack, which may be convenient.
The protection circuit board 220 is attached to a top surface of the bare cell 200 using a double-coated adhesive tape 210. The cap-up 170 serves as an external connection terminal. The double-coated adhesive tape 210 is ring-shaped, and the cap-up 170 extends there through. The thickness of the tape 210 may be freely chosen, so long as the cap-up 170 extends past the top surface of the protection circuit board 220.
The protection circuit board 220 is attached to the top surface of the double-coated adhesive tape 210, and first and second leads 221 and 223 are disposed to make electrical connections between the electrode assembly 20 and the protection circuit board 220. The protection circuit board 220 is ring-shaped, such that the cap-up 170 projects there through.
The thickness of the protection circuit board 220 may be freely chosen, so long as the cap-up 170 extends past the top surface of the protection circuit board 220. That is, the double-coated adhesive tape 210 and the protection circuit board 220 may have any thicknesses, so long as the cap-up 170 extends past the top surface of the protection circuit board 220, when the components are assembled.
The first and second leads 221 and 223 may be formed of nickel. The first lead 221 projects inwardly from the protection circuit board 220, toward the cap-up 170. The first lead 221 is curved to be attached to the bottom portion of the cap-up 170, by welding. Alternatively, the first lead 221 may be welded to any portion of the cap-up 170, so long as an electrical connection can be established therebetween. The first lead 221 may include a PTC thermistor 225 and a welding part 227.
The second lead 223 projects outwardly from the protection circuit board 220. The second lead 223 is curved to contact a side surface of the can 10, and is welded to a bead 15 formed in the can 10. A double-coated adhesive tape (not shown) may be used to connect the second lead 223 to the can 10.
When the second lead 223 is welded to the bead 15, the weld is well protected from external impacts. Further, the appearance of the secondary battery is not affected by the weld.
FIGS. 6 and 7 are cross-sectional views illustrating configurations of secondary batteries 201, 202, according to fourth and fifth exemplary embodiments of the present invention. The secondary batteries 201, 202 include elements similar to those of the secondary battery 101, so only the different elements will be described in detail.
Referring to FIGS. 6 and 7, a protection circuit board 220 is attached to a top surface of a can 10 using a double-coated adhesive tape 210. The protection circuit board 220 is attached to a top surface of the double-coated adhesive tape 210, and first and second leads 221 and 223′ are disposed to make electrical connection between an electrode assembly 20 and the protection circuit board 220.
The double-coated adhesive tape 210 and the protection circuit board 220 are ring-shaped, and a terminal plate 230 serving as an electrode terminal projects there through. The first and second leads 221 and 223′ may be formed of nickel. The first lead 221 projects inwardly from the protection circuit board 220 toward a cap-up 70, and the second lead 223′ projects outwardly from the protection circuit board 220.
As illustrated in FIG. 6, the first lead 221 may be a plate that projects from the protection circuit board 220 to an outer surface of the cap-up 170, so as to be welded thereto, by resistance welding. The first lead 221 may alternatively be curved, so as to be welded to an inner surface of the cap-up 70. The first lead 221 may include a PTC thermistor 225, to ensure stability of the secondary battery 201.
After the first lead 221 is welded to the top portion of the cap-up 70, a terminal plate 230 may be further disposed on the first lead 221. The terminal plate 230 may be formed of a highly-conductive material, such as nickel, and may be welded to the first lead 221. However, the material and shape of the terminal plate 230 are not so limited and can be changed and modified in various ways. Accordingly, the terminal plate 230 has the same electrical polarity as the cap-up 70, and can serve as an electrical terminal. The terminal plate 230 is higher than a top surface of the protection circuit board 220.
As described in FIG. 7, after the terminal plate 230′ is welded to a top portion of the cap-up 70, a first lead 221′ may be disposed on a terminal plate 230′. Of course, the first lead 221′ may be welded to any portion of the cap-up 70 and/or the terminal plate 230′, so long as the electrode assembly 20 can be electrically connected to the protection circuit board 220.
A second lead 223′ may be bent to be in contact with a side surface of the can 10. The second lead 223′ may be welded to a bottom portion of the can 10 or may be welded to a bead 15 of the can 10. When the welding is performed at the bead 15, the weld is resistant to external forces. Further, the weld does not affect the appearance of the secondary battery 201. A double-coated adhesive tape 227 may be further included between the second lead 223′ and the can 10, to increase the adhesion therebetween. The secondary batteries 201, 202 can be covered by a label, which forms the appearance of the secondary batteries 201, 202.
According to aspects of the present invention, an electrical connection between a protection circuit board and a bare cell may be formed at a bead part or a crimping part formed in a can, thereby protecting the appearance thereof. Further, since an electrode terminal is formed higher than a protection circuit board, by forming a cap-up higher than the protection circuit board or by forming a terminal plate on the cap-up, the secondary battery can be easily connected to other secondary batteries in a battery pack.
Patent CitationsCited PatentFiling datePublication dateApplicantTitleUS6979502Jun 20, 2000Dec 27, 2005Board Of Trustees Of The University Of IllinoisBattery having a housing for electronic circuitryUS20030108780 *Jan 13, 2003Jun 12, 2003Matsushita Electric Industrial Co., Ltd.Rechargeable battery equipped with battery protection circuitUS20050014064 *Oct 30, 2002Jan 20, 2005Takehito MatsubaraBatteryJP2002124248A Title not availableJP2002151029A Title not availableJP2004006115A Title not availableJP2004265722A Title not availableJP2005235696A Title not availableJPH09129192A Title not availableKR200326889Y1 Title not availableKR20020095025A Title not available* Cited by examinerNon-Patent CitationsReference1Korean Notice of Allowance issued Nov. 27, 2009 in corresponding Korean Patent Application No. 10-2007-0108343.2Korean Office Action issued on Aug. 7, 2009 in the corresponding Korean Patent Application No. 10-2007-0108343.Classifications U.S. Classification429/178, 429/185International ClassificationH01M2/02, H01M2/08Cooperative ClassificationH01M10/052, H01M2/0413, H01M2/34, Y02E60/12, H01M2/022, H01M2/348, H01M2/08, H01M2/0473, H01M2/30European ClassificationH01M2/30, H01M2/08, H01M2/04B2B, H01M2/34, H01M2/34T, H01M2/04E6Legal EventsDateCodeEventDescriptionOct 17, 2008ASAssignmentOwner name: SAMSUNG SDI CO., LTD., KOREA, REPUBLIC OFFree format text: ASSIGNMENT OF ASSIGNORS INTEREST;ASSIGNOR:KIM, BONG-YOUNG;REEL/FRAME:021734/0060Effective date: 20081010RotateOriginal ImageGoogle Home - Sitemap - USPTO Bulk Downloads - Privacy Policy - Terms of Service - About Google Patents - Send FeedbackData provided by IFI CLAIMS Patent Services©2012 Google

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Lifeguard Training Prerequisite -- 01LG011719 (YMCA Silver Spring) Tickets, Thu, Jan 17, 2019 at 7:30 PM | Eventbrite
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Adaptive filter theory by Simon S Haykin BookLanguage: EnglishPublisher: Englewood Cliffs, N.J. : Prentice-Hall, ©1986.Database: WorldCat
Advanced microprocessors and interfacing by Badri Ram BookLanguage: EnglishPublisher: New Delhi : Tata McGraw-Hill Pub. Co., ©2001.Database: WorldCat
Assembly language for intel-based computers by Kip R Irvine Book : CD for computer Computer FileLanguage: EnglishPublisher: Upper Saddle River, NJ : Pearson Prentice Hall, ©2007.Database: WorldCat
Adaptive signal processing by Bernard Widrow; Samuel D Stearns BookLanguage: EnglishPublisher: Englewood Cliffs, N.J. : Prentice-Hall, ©1985.Database: WorldCat
Upgrading and repairing PCs by Scott Mueller BookLanguage: EnglishPublisher: Indianapolis, Ind. : Que, ©2008.Database: WorldCat
Advanced phase-lock techniques by James A Crawford BookLanguage: EnglishPublisher: Boston : Artech House, ©2008.Database: WorldCat
Computer engineering : hardware design by M Morris Mano BookLanguage: EnglishPublisher: Englewood Cliffs, N.J. : Prentice Hall, ©1988.Database: WorldCat

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1986 TEXAS License Plate - SESQUICENTENNIAL | eBay
Details about 1986 TEXAS License Plate - SESQUICENTENNIAL
1986 TEXAS License Plate - SESQUICENTENNIAL
13:48:50 PST
Sell one like this	More chances to get what you wantFeedback on our suggestionsTexas sesquicentennial license plate$1.99+ $4.501 bid 1986 Texas Sesquicentennial License Plate - vintage$12.99Free shipping PAIR TEXAS SESQUICENTENNIAL LICENSE PLATES 1986$29.99 1986 Texas Sesquicentennial 1836-1986 Vintage License Plate 289 HNV$15.00+ $5.22 Vintage 1986 Texas License Plate Sesquicentennial 1836 - 1986 401 6GU$19.99+ $6.90 Description
eBay item number:120695189812
Mar 09, 2011 12:46:51 PST View all revisions

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Vintage YESTERDAY MICHELLE John Lennon Paul McCartney BEATLES Sheet Music 1974 | eBay Skip to main contenteBayShop by categoryEnter your search keywordAll CategoriesAdvanced or register':' style="margin-right:3px">Hello -User-.'.replace(/-User-/,escape(a)))+"")}catch(b){document.write("")}})();Hello (Sign in to bid or buy)Daily DealsSellHelp & ContactMy eBayExpand My eBaySummaryBids/OffersWatch ListWish ListAll ListsPurchase HistorySellingMy CollectionsFollowed SearchesMessagesCollect & Spend Learn moreNotification Back to home page
Details about Vintage YESTERDAY MICHELLE John Lennon Paul McCartney BEATLES Sheet Music 1974
eBay item number:160548876971
05 Mar, 2012 15:58:52 GMT View all revisions
... Read moreabout the condition	YESTERDAY-MICHELLE Sheet Music: 1974 The BEATLES Music Medley
Payment | Checkout | Shipping | Additional Information | Policies Vintage YESTERDAY MICHELLE Lennon McCartney Sheet Music
YESTERDAY MICHELLE Medley Lennon McCartney Sheet Music 1974 Good Vintage Condition
In this listing Oldmarlees is featuring the VINTAGE YESTERDAY-MICHELLE Medley By John Lennon and Paul McCartney arranged by Eric Paulson, with a copyright of 1966 by Northern Songs Ltd. This arrangement Copyright 1974 by Maclen Music, Inc. c/o ATV Music Group. Other than a few crease marks on the lower right corner, very minor edge and corner wear and some writing on the inside pages, this collectible 8 sided BEATLES songs sheet music is in good VINTAGE condition. This CLASSIC sheet music is a nice find that will easily become a star attraction in any VINTAGE SHEET MUSIC OR BEATLES collection! Open the cover and find a complete 1974 arrangement of Yesterday and Michelle. The copyright dates of 1966 and 1974 are clearly printed on the inside, as well. Please be sure to browse all of the other fine collectibles, antiques and artwork that we have to offer at Oldmarlees. We will combine shipping costs on most multiple purchases that are delivered to the same address.
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text:
Recess music by Skrillex | Available on Vinyl, CD | Alibris Music
After releasing EP after EP, dubstep and EDM superstar Skrillex finally got around to releasing his debut album, but before making any assumptions about this debut's weight or sense of purpose, know that Recess was leaked via a video game app, a Skrillex-approved Asteroids clone called Alien Ride. Flashy fun with kinetic stuff happening all about, this good-time ride of an album is certainly suited for being leaked by a video game, coming on strong and silly with "All Is Fair in Love and Brostep," a bass-drop bonanza with ... Read More
After releasing EP after EP, dubstep and EDM superstar Skrillex finally got around to releasing his debut album, but before making any assumptions about this debut's weight or sense of purpose, know that Recess was leaked via a video game app, a Skrillex-approved Asteroids clone called Alien Ride. Flashy fun with kinetic stuff happening all about, this good-time ride of an album is certainly suited for being leaked by a video game, coming on strong and silly with "All Is Fair in Love and Brostep," a bass-drop bonanza with Jamaican dancehall duo Ragga Twins taking the tune into Major Lazer territory. The Twins return for the like-minded "Ragga Bomb," a dubstep stunner although a redundant one, pointing out perhaps why the supernova Skrillex prefers the EP format at this stage. The album's diverse guest list goes a long way when it comes to LP-required levels of variety, plus when an indie crooner from Passion Pit (Michael Angelakos) rubs shoulders with a barking pop-rapper (Fatman Scoop) and it works, the album's title track deserves praise of Diplo proportions. Speaking of the Mad Decent/Major Lazer boss, Diplo's here on the bumping highlight "Dirty Vibe," while other EDM favorites like Kill the Noise stop by to pump up the volume in earnest. Still, this already busy album becomes even busier with so many cooks in the kitchen, and shoots off nonstop fireworks as if this was Skrillex's audio variety special, sponsored by the wing of the stereo industry that sells, re-cones, or fixes subwoofers. This is an official debut on size alone and comes from a man who already staked his claim, so grab one of his earlier EPs for a quick fix that's more thrilling and streamlined, then take Recess' title as an indication of its mindset. Reckless fun, frivolous thrills, and fast, loud friends fill this one. ~ David Jeffries, Rovi Read Less
2014, OWSLA
UPC: 075678673818
Alibris ID: 13821181423
Good in good packaging. Originally released: 2014. Ex library copy. Moderate wear on CD/Case. Typical library, stampings, markings, stickers etc Please note CD Case is not the typical jewel case, but a heavy duty plastic jewel case! Front artwork is clipped, please note!
Alibris ID: 14508485008
Alibris ID: 14183785966
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Alibris ID: 14639083325
Very Good. In very good packaging. Skrillex-Recess by Skrillex.
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New. 075678673818 We cannot ship expedited. Expedited orders will be auto cancelled. CD.

value: This website is is an online store that sells new books, used books, out-of-print books, rare books, and other media through an online network of independent booksellers.


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The life and letters of John Burroughs, (Livre, 1925) [WorldCat.org]
http://www.worldcat.org/oclc/184929
Titre : The life and letters of John Burroughs,
Auteur : Clara Barrus
Éditeur : Boston, New York, Houghton Mifflin Company, 1925.
OCLC:184929
The life and letters of John Burroughs,
Online version:Barrus, Clara, 1864-1931.Life and letters of John Burroughs.Boston, New York, Houghton Mifflin Company, 1925(OCoLC)565613499
2 volumes frontispieces, plates, portraits, facsimiles
by Clara Barrus ...
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The life and letters of John Burroughs,/Clara Barrus; Boston, New York, Houghton Mifflin Company, 1925.


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Donna Hair Rollers, Braiding & Coloring Tools - Walmart.com
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Electrode, Comp-351927337, DC-prod-dfw6, ENV-prod-a, PROF-PROD, VER-18.4.5-rc-1, SHA-1d465de19fada6e2cc82b85d39c4dfa2e170a853, CID-3e93a2a7-ad6-16a565ff3ab34f, Generated: Thu, 25 Apr 2019 21:21:30 GMT
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Electrode, Comp-357073449, DC-prod-dfw5, ENV-prod-a, PROF-PROD, VER-18.4.5-rc-1, SHA-1d465de19fada6e2cc82b85d39c4dfa2e170a853, CID-3af2d126-15c-16a565ff3aae81, Generated: Thu, 25 Apr 2019 21:21:30 GMT
Electrode, Comp-188117673, DC-prod-dfw2, ENV-prod-a, PROF-PROD, VER-8.12.1, SHA-b3cb8446fe3e1573f103f187f35f1a357ce9b788, CID-99b904ee-f03-16a565ff39ba1f, Generated: Thu, 25 Apr 2019 21:21:30 GMT

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Create a correction-proof portfolio with REITs Tickets, Sat, Aug 5, 2017 at 10:00 AM | Eventbrite
Sat, August 5, 2017, 10:00 AM – 1:00 PM Singapore Standard Time Singapore Time
IG Global, Straits Trading Building
The markets have gone from new highs to higher highs. In the context of the local market, we have had at least 1 correction per year in the current decade. But we have NOT seen a correction since Jan 2016. So WHEN will the correction come in 2017 if any? How do you position defensively yet profitably while waiting for the correction? If the correction comes, is your investment portfolio correction-proof? These are just some of the burning questions frequently asked by traders and investors, and we intend to address them all for YOU during the class.
Mr Gabriel Yap was an eminent stockbroker and investment banker who retired in 2009 to devote himself to philanthrophy. He is well-known as the REITS Guru, having being regularly interviewed in the news media like Channel News Asia, Bloomberg TV, CNBC, Mediacorp Radio. Together with the famous Fortune Times, Mr Yap hosted the inaugural Asian REITS Awards 2016 in Singapore. Mr Yap was both Chairman of The Future of REITS Forum as well as Chairman of the Fortune Times Asian REITS Awards 2016 Judging Committee comprising of the leading CEOs, deal makers and who’s who in the Asian REIT sector. Mr Yap will continue to Chair the Fortune Times Asian REITS Pinnacle Awards and the Future of Reits Symposium.
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into parts of new york city and long island. we have another six hours to get through this. the winds will be 50 to 60 miles an hour. look at this, by 3:00 in the morning the snow is gone across jersey. gone in towards much of new york city. it is out of here by tomorrow morning. so that's good. we'll see the wind die down by tomorrow afternoon. we still have winter storm warnings in effect from maine down to the parts of the mid-atlantic. interior areas, isolated six inches. for the most part certainly nothing like we saw but an insult to injury getting this kind of the storm. liz: rick, thank you so much for the insult and injury. david: aren't you glad you didn't have to deal with that last night? imagine that, last night, would you be out in the snow. many folks in the northeast are trying to recover from superstorm sandy as the threat of the nor'easter presses on. head to an area once again in the storm's path. liz: liz macdonald live in staten island with the fox biz crew. liz? >> good to be with you, liz and david. we're? zone a of staten island. we're in a business district, o ×
tribune" to "obama wins in his adopted city" "the washington post." the "new york times" proclaimed it's obama's night while "los angeles times" told readers it's obama again. even though florida still hasn't officially been called for either candidate, the miami herald says it's obama. cnn white house correspondent brianna keilar's been keeping track of what the president's been doing since his victory speech early this morning. brianna, the president should be landing back in washington very soon taking marine one over to the white house. he's got a full agenda ready i assume. >> reporter: he does. and i will tell you, wolf, the white house is keeping it under wraps as far as what happens after he arrives at the white house. but we know he'll land obviously at andrews air force base. we're expecting that not too long after 5:00 eastern. and then he'll come here to the white house landing on the south lawn in marine one. the first time he's been back to the white house knowing that he'll be here for another four years. this morning he did wake up in chicago as we await for him to leav Search Results 0 to 21 of about 22 (some duplicates have been removed)

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text:
Radiation patterns from lens-coupled terahertz ante... [Opt Lett. 1995] - PubMed - NCBI
Display Settings:AbstractFormatSummarySummary (text)AbstractAbstract (text)MEDLINEXMLPMID ListApplySend to:Choose DestinationFileClipboardCollectionsE-mailOrderMy BibliographyCitation managerFormatSummary (text)Abstract (text)MEDLINEXMLPMID ListCSVCreate File1 selected item: 19859336FormatSummarySummary (text)AbstractAbstract (text)MEDLINEXMLPMID ListMeSH and Other DataE-mailSubjectAdditional textE-mail"SPAM" filtering software noticeAdd to ClipboardAdd to CollectionsOrder articlesAdd to My BibliographyGenerate a file for use with external citation management software.Create File
See comment in PubMed Commons belowOpt Lett. 1995 Apr 15;20(8):807-9.Radiation patterns from lens-coupled terahertz antennas.Jepsen PU, Keiding SR.AbstractWe report on investigations of the angular distribution of the radiation emitted from a terahertz antenna system equipped with a truncated spherical silicon lens. The pattern is calculated by wide-angle interference principles and Huygens-Fresnel diffraction theory. Experimental determination of the radiation pattern is performed by spatially resolved terahertz time-domain spectroscopy. Good agreement between theory and experiment is obtained, and we find that the terahertz beam can be represented by a Gaussian beam emitted from a circular aperture equal to the diameter of the lens.PMID: 19859336 [PubMed] SharePubMed Commons home

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text:
 Best Price on Villa Via Midrand in Johannesburg + Reviews!
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25 Neerlandia RoadHalfway Gardens,, Midrand, Johannesburg, South Africa, 1686 - View on map
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"The bed was very comfy, I loved how efficient the staff were..."
Review score 5.4 (137 reviews)
Neighborhood Midrand Randburg Johannesburg City Centre Johannesburg City Centre Johannesburg City Centre Midrand Boksburg Randburg Midrand Sandton
More about Villa Via Midrand
Renovated in 2010, the Villa Via Midrand guarantees guests a pleasant stay whether in Johannesburg for business or pleasure. The excitement of the city center is only 15 km away. No less exceptional is the hotel's easy access to the city's myriad attractions and landmarks, such as Vismed Medical Centre, Health-Worx Family Medical Centre, Life Carstenhof Hospital.
Villa Via Midrand offers impeccable service and all the essential amenities to invigorate travelers. Guests of the hotel can enjoy on-site features like Wi-Fi in public areas, car park, room service, airport transfer, family room.
Experience high quality room facilities during your stay here. Some rooms include air conditioning, wake-up service, desk, internet access – wireless (charges apply), television, provided to help guests recharge after a long day. The hotel offers many unique recreational opportunities such as outdoor pool, garden. Villa Via Midrand is a smart choice for travelers to Johannesburg, offering a relaxed and hassle-free stay every time.
All guest types (10)Business travelers (6)Couples (2)Solo travelers (1)Families with young children (1)
Terrance from South Africa
Not good stay, if you are a woman, do not book.”
No internet in the room. Toilet broken. Loud ( railway close). Window broken ( doesn't close) Worst option for a single woman.
Not neat- Internet images of the hotel deceiving!”
As soon as I entered the premises I realised I was at a wrong place . The entrance gate, parking with chipping paving are an eye sore. Reception area so tiny it is not inviting at all.Garden and landscape are just non existing.Curtains from outside are just a disgrace. In short I decided I would never spend my weekend in such a delipidated eviroment and went elsewhere in Midrand where I normally stay. Its true grass is not always greener on the other side, I realised I was better off staying where i normal do when in Midrand.Nothing personal, its business as usual!
Schönes Hotel im Wohngebiet”
guter Service, netter Inhaber,
nicht einfach im Wohngebiet zu finden: Am Einkaufszentrum abbiegen, Richtung Polizei fahren, dann links Richtung SIEMENS. Am Ende der Wohnstraße.

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