text:
Below is the poem entitled Finding Innocence in the Laughter That Escapes Pillowcases. which was written by poet
Marchese. Please feel free to comment on this poem. However, please remember, PoetrySoup is a place of encouragement and growth.
Read Poems by
Jeanmarie Marchese
Behind the sun, with a little bit of assuredness, I saw the shades of his smile
swing toward the moon...
and I cursed six p.m. In a voice that hid the memories of
when I wore my shoes underneath the shadows of stars and in the feel of his lips
when sixteen is innocent despite the cold exposure
of skin.
I wonder if he knows I whisper to him in his sleep, my promises slipping underneath the
blanket he holds tight around him,
and feathers escape pillowcases when I laugh,
they tickle toes and dissolve the taste of fear
as my tongue finds the outline of his lips after the sun falls down and his
is apparent.
I tidy myself up on Mondays, and wreck the idea of perfection with my curls...
I wear jeans that smudge mountains across back pockets and imagine how the hem of my
burgandy dress would fall across chilled creek splashed rocks,
I wonder if I'd be able to stay pretty when my hands fall into mud and the wind attacks my
but he smiles, you see, when the sun falls...
he smiles when I change my clothes...
and he kisses me when my curls detest reality and Monday smirks at the idea of cleanliness
as my imagination drowns hems and rips fabric.
So I kick off my shoes with the idea that my toes can taste Tuesday and my feet can squash
the memories of
and revel in innocence as I discover
the cold exposure
of skin.
A comment has not been posted for this poem. Encourage a poet by being the first to comment.


text:
- Filed Under
Romeo Carter knocked down two free throws with 8.8 seconds left Monday to seal Vicksburg's 72-71 victory over Meridian in a Super 10 battle at the MLK Classic at Lanier.
Carter finished with 20 points for the Gators (14-2), ranked No. 4 in the Super 10 rankings and No. 1 in Class 6A.
"We knew this was going to be a test for us to see if we are really as good as people say we are," said Vicksburg coach Dellie Robinson. "I thought we did a great job on the big boy (Meridian's Dandy Dozen forward Dennis Miles). I have some good feisty kids who hate to lose and they just played their hearts out." ...

subset: commoncrawl


text:
GAINESVILLE, Fla. – Tickets to the University of Florida men's basketball team's game against SEC-foe Georgia on Wednesday, January 9 at 7 p.m. are still available.
Click here for the original story.
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This Item is a closeout and is no longer available for purchase.
Drop your email here to be notified when it is available
Mustang Classic Seat For Triumph Bonneville, Scrambler, and Thruxton
This one-piece seat offers comfort while maintaining the style of the classic seat. It looks as if it could have come from the Trumpet factory itself! Period-correct styling and state-of-the-art materials yield a saddle that looks great and feels even better. In addition to the good looks of the tuck 'n' roll job, Mustang has perforated the synthetic leather for air flow and improved comfort.
Have a functionality, fit, or otherwise product-specific question about the Mustang Classic Seat For Triumph Bonneville/Scrambler/Thruxton 2001-2015? Ask it here! If you have a customer service or shipping question, please direct it to our Customer Service department.
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|Mustang Classic Seat For Triumph Bonneville/Scrambler/Thruxton 2001-2015
|In Stock: Ships within 24 hours


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Cozy, quiet hotel directly on the harbor featuring deluxe guestrooms with modern amenities, balconies & patios. Waterfront restaurant serves dinner daily & features fresh Maine seafood. Short walk to shops, galleries, restaurants, boating and more!
Welcome to the freindliest, most reasonable priced choice in Boothbay Harbor, Maine The Flagship Inn invites you to relax with us in Boothbay Harbor. We offer complimentary continental breakfast, free wifi, & a seasonal outdoor pool & hot tub.
Escape to 45 wooded waterfront acres, sit on your deck, sip a cool drink, and watch lobstermen haul their traps...listen to the quiet...glide through the early morning mist in one of our canoes. Free hot breakfast and complimentary WI_FI.
Full service hotel directly on the waterfront. Deluxe guestrooms with modern amenities, balconies and harbor views. Waterfront dining featuring fresh Maine seafood & New England specialties. Sheltered marina with slips & moorings. Open April-Nov.
In addition to taking a sailing lesson or sailing one of our Rhodes 19's on your own, explore the bay on kayaks or canoes, enjoy a swim in our heated oceanfront pool, fish from our pier, play a game of tennis or just relax and recharge.
A celebrated seaside Inn since the 1940s, respectful attention was given in 2011 to the restoration of this famous resort property.
The Flagship Inn is located just 3/4 of a mile from beautiful downtown Boothbay Harbor Maine. We have the region's most reasonable and comfortable accommodations.
Find great deals on quality hotels & resorts in Boothbay Harbor Maine, or indulge at one of our luxury resorts. Take advantage of the many amenities that can be included with your stay such as in-room internet access, wifi, room service, fitness center, pool, hot tub, steam room, and shuttle services to and from the airport. Browse our hotels and resorts in Boothbay Harbor Maine and plan your Boothbay Harbor Maine vacation today!


text:
» Indicates Expanded Online Showroom.
More Workholding, Custom suppliers are listed below:
|City, State
|» 2L inc.
|Hudson, MA
|» 5th Axis Fixtures
|San Diego, CA
|» Abbott Workholding Products
|Manhattan, KS
|» Accudyne Corporation
|Englewood, CO
|» Advanced Machine & Engineering Co.
|Rockford, IL
|Ahaus Tool & Engineering Inc.
|Richmond, IN
|AHD/Advanced Holding Designs, Inc.
|Cuyahoga Falls, OH
|All-Tech Industries
|Concord, NC
|American Workholding Inc.
|Cincinnati, OH
|Arnold Workholding, Inc.
|Cleveland, OH
|Arobotech Systems, Inc.
|Madison Hts., MI
|Ascension Industries
|North Tonawanda, NY
|ATS Systems
|Rancho Santa Margarita, CA
|» Belmont Equipment & Technologies
|Madison Heights, MI
|» BIG Kaiser Precision Tooling Inc.
|Hoffman Estates, IL
|» Bluco Corp.
|Aurora, IL
|Blue Photon Technology & Workholding Systems LLC
|Fremont, MI
|Boss Tool Works
|Pewaukee, WI
|Braillon Magnetics
|Downers Grove, IL
|Busche Workholding
|Albion, IN
|C & B Machinery
|Livonia, MI
|Carbinite Metal Coatings
|Renfrew, PA
|» Carr Lane Mfg. Co.
|St. Louis, MO
|» Carr Lane Roemheld Mfg. Co.
|Fenton, MO
|Chautauqua Machine Specialties, LLC
|Ashville, NY
|Chevin Tools Inc.
|Rolling Meadows, IL
|Chick Workholding Solutions, Inc.
|Warrendale, PA
|CIMtek LLC
|Menomonee Falls, WI
|» CNC Indexing & Feeding Technologies
|Mason, OH
|Commercial Machine & Engineering Corp.
|Fontana, CA
|» Core Powered Inc
|Oakville, ON Canada
|Crowley Tool Company
|Hendersonville, TN
|» Daco Jaw
|Milwaukee, WI
|» Dapra Corporation
|Bloomfield, CT
|Auburn Hills, MI
|Diligence, Inc.
|Maple Grove, MN
|» Dillon Manufacturing, Inc.
|Springfield, OH
|DocMagnet Inc.
|Raleigh, NC
|Earth Chain
|Indianapolis, IN
|Eclipse Magnetics Ltd.
|Stoney Creek, QC Canada
|Milwaukee, WI
|Engineered Concepts, Inc.
|Franklinville, NJ
|» Erowa Technology, Inc.
|Arlington Heights, IL
|» Essentra Components (formerly Reid Supply Company)
|Muskegon, MI
|Euro-Tech Corporation
|Menomonee Falls, WI
|» ExOne
|North Huntingdon, PA
|» Exsys Tool, Inc.
|San Antonio, FL
|» Fairlane Products Inc.
|Fraser, MI
|» Fives Cincinnati
|Hebron, KY
|» Fives - Grinding | Ultra Precision
|Hagerstown, MD
|» Fixtureworks
|Fraser, MI
|» Forkardt USA
|Traverse City, MI
|» Gagemaker, LP
|Pasadena, TX
|» GBI Cincinnati, Inc.
|Cincinnati, OH
|Genesis Systems Group, LLC
|Davenport, IA
|» Gerardi USA
|Huntley , IL
|» Gleason Corporation
|Rochester, NY
|Halder Inc.
|Waukesha, WI
|» Hardinge Inc.
|Elmira, NY
|Hartwig Inc.
|St. Louis, MO
|Hermann Schmidt Company, The
|South Windsor, CT
|» Hirschmann Engineering USA Inc.
|Schaumburg, IL
|Horse of Iron, Inc.
|Bozeman, MT
|» IBAG North America
|North Haven, CT
|J.W. Winco, Inc.
|New Berlin, WI
|» Jergens Inc.
|Cleveland, OH
|Westbrook, ME
|» Kennametal Inc.
|Latrobe, PA
|Kern Precision Inc.
|Webster, MA
|» Kitagawa-NorthTech, Inc.
|Schaumburg, IL
|Orange, CA
|» Koma Precision Inc.
|East Windsor, CT
|Koops, Inc.
|Holland, MI
|Kurt Engineered Systems
|Minneapolis, MN
|» Kurt Industrial Products Division
|Minneapolis, MN
|Len Graham Consulting
|Honey Creek, IA
|» Lexair/ Production Dynamics/OML USA
|Lexington, KY
|Lincoln Electric Company
|Cleveland, OH
|LMC Workholding
|Logansport, IN
|Magna-Lock, USA
|Rockford, IL
|MagnaPlan Corporation
|Champlain, NY
|» Mapal, Inc.
|Port Huron, MI
|» Master Magnetics, Inc.
|Castle Rock, CO
|» Master WorkHolding, Inc.
|Morganton, NC
|Michigan Deburring Tool
|Brighton, MI
|» MicroCentric Corp.
|Plainview, NY
|» Midaco Corporation
|Elk Grove Village, IL
|Mid-America Manufacturing Inc.
|Nevada, IA
|Mid-State Machine Products
|Winslow, ME
|» Mitee-Bite Products LLC
|Center Ossipee, NH
|Modern Industries, Inc.
|Erie, PA
|MP Tool & Engineering Company
|Roseville, MI
|New Ulm Precision Tool, Inc.
|New Ulm, MN
|Nickleson Machine & Tool Inc.
|Windsor, ON Canada
|» Northfield Precision Instrument Corp.
|Island Park, NY
|» Northwestern Tools, Inc.
|Dayton, OH
|Novatech, Inc.
|Scottsdale, AZ
|Ohio Carbon Blank Inc.
|Willoughby, OH
|Lexington, KS
|Pascal Engineering Inc.
|Arlington Heights, IL
|Paws Workholding
|Clio, MI
|Phillips Precision, Inc.
|Boylston, MA
|Planet Products Corp
|Cincinnati, OH
|Positrol Workholding
|Cincinnati, OH
|Powerhold, Inc.
|Middlefield, CT
|» Pratt Burnerd America
|Kalamazoo, MI
|R&R Tool Inc.
|Blanchester, OH
|Racer Machinery International Inc.
|Cambridge, ON Canada
|» Raptor Workholding Products
|Burbank, CA
|» Rohm Products of America, Inc.
|Lawrenceville, GA
|Rotomors S.p.A.
|10095 Grugliasco - Torino, Italy
|Rovi Products, Inc.
|Simi Valley, CA
|Royal Machine & Tool Corp.
|Berlin, CT
|» Royal Products
|Hauppauge, NY
|» Samchully Workholding, Inc.
|Irvine, CA
|Schaublin USA
|Horsham, PA
|Schlitter Tool
|Warren, MI
|» Schunk Inc.
|Morrisville, NC
|Seltzer & Co., George H.
|Folsom, PA
|Simply Precision
|Denver, CO
|» SMW Autoblok
|Wheeling, IL
|SpinTech Tools
|Washington Court House, OH
|» Stace-Allen Chucks, Inc.
|Indianapolis, IN
|Stevens Engineering Inc.
|Phoenix, AZ
|Strong Hand Tools
|Pico Rivera, CA
|Suburban Tool, Inc.
|Auburn Hills, MI
|System 3R USA LLC
|Lincolnshire, IL
|T2K - Tooling 2000
|Redmond, WA
|Taft-Peirce Metrology Company
|Auburn Hills, MI
|TalonGrip Systems, Inc.
|Wood Village, OR
|Tapeswitch Corporation
|Farmingdale, NY
|Techleader Tooling Inc.
|Orchard Park, NY
|Techniks, Inc.
|Indianapolis, IN
|Technitron Inc.
|Cincinnati, OH
|Texas Machine - Tool International LLC
|Waco, TX
|Tombstone City
|Palm City, FL
|» Trunniontable.com
|Elsmere, KY
|» Ultra-Dex Tooling Systems
|Flushing, MI
|Ultra-Grip International
|Commerce Township, MI
|» US Shop Tools
|Anaheim, CA
|DeKalb, IL
|» Vektek, Inc.
|Emporia, KS
|Vision Engraving and Routing Systems
|Phoenix, AZ
|WEN Magnetics
|Raleigh, NC
|Winit Tool
|Monmouth, OR
|Auburn, ME
|» Yuasa International, Inc.
|Elk Grove Village, IL
|Yukiwa Seiko USA, Inc.
|Charlotte, NC
|» Zagar, Inc.
|Cleveland, OH


text:
Place an advert
Buy a photo
Local Projects
"We regularly eat at megna and we are never disappointed. Fantastic settings, amazing food and great service what more could you want! I recommend megna to all my friends and family."
"Thank you for your excellent service. From start to finish everything was so good. It's nice that a local company can do such a good job. Hope you are busy for many years."
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text:
2. it's for running the game from the Disc channel
3. you'll need Softmii installed or Preloader v29 + cioscorp v3.3 along with cios Rev14
4. Once all that is installed the GH5 game should load from the Disc channel
(As for the Softchip way it should be as easy as running the multicios installer with IOS37 IOS36 IOS232 set) then just run softchip and Load game with 232 and done =P
After a full two days of trying and re-trying, and earlier tonight I thought i for sure bricked my wii (just partially did - but thank god i had Preloader installed), I finally got it to work.
If you've had tons of problems and about to give up, i totally suggest downgrading to a previous version (I went back to 3.4), then upgraded back to 4.1U and followed zzk2001's instructions. That method allowed me to use a backed up disc w/ no issues.
Thanks to zzk2001 for his help on this and a lot other guides too! Been a fan since your channel on Youtube, man.
Peace dudes! And ROCK ON!!
Wow, reading all these can make a headache ache more than a headache should ache.
I did get the darn game to finally load via a disc, but then of course it wanted a logitech mic and I forget what the trick was to get around that. Moot point anyway as I wanted to get this game to boot of my hdd with all my other gh hgames.
I messed around with so many settings that I lost my HB. lol. I freaked. The HB channel icon was there, but when I clicked on it I got nothing. AHHHHHHH!
LOL. Anyway, I went thru the old TP hack to get my HB back and decided that GH5 aint worth all this ache so until an easy fix to boot from a HDD comes out, I shall be on the sidelines.
Thanks to all that posted work arounds. You guys are good, but apparently Im not.
Just spent hours trying a variety of methods to get this game to work. Finally got it by completely reinstalling every IOS with Softmii, then using multi cios to install 37+36 as 232; then using SoftChip to play it. Of course I can't start a game without a "Logitech USB Microphone", what does that mean? I don't have a guitar controller yet; my friend is bringing his tomorrow (RockBand guitar). But will it work even then? Also can I try playing without the guitar? How do I get past the Logitech mic message? Thanks in advance for any help.
Here it will tell you every thing you need and it has all the files you need, Hope that gets you up and rocking
After following the guide, USBloader wont work. Neither Custom or GX, and i have the latest revision. It can't find the harddrive, any help?
do you need to download the Configurable USB Loader .zip or can you use other usb loader????


text:
The Noble Writ: A Trying Time for Wine
Categories: Drink Drank Drunk, The Noble Writ
My first clue that something was amiss? The numerous e-mails and mailings that I began receiving from wineries from which I hadn't purchased wine directly in many years, if ever.
Many small domestic producers have mailing lists through which they sell their wine. If you're not on the list, you can't buy the producer's product (unless you stumble upon the wine at a restaurant or at auction). From the late 1990s to the early part of this decade, plenty of wineries had waiting lists just to get on the mailing lists, and a select few had closed their waiting lists as there was no hope that anyone would ever get moved to the mailing list.
Then, all of a sudden, wineries that had dropped me from their lists were offering to sell me wine -- and lots of it.
|Ilana Shkolnik, Wikimedia Commons
|A wine backlog?
The prices have been essentially the same as if you'd bought them from the winery, but due to the nature of retail wine sales in the United States, that meant that the producers were taking a big hit. In Missouri, there are three tiers to the system: producers sell to wholesalers, wholesalers sell to retailers, and retailers sell to the public. Not surprisingly, each tier adds its own mark-up to the price. So, while a winery selling direct to the public through a mailing list gets 100% of the sale price, the same winery selling through the three-tier system might see only 50% of the shelf price. That's quite a hit to revenues.
Now word has come out that grape sales are slow. And these aren't just undistinguished Central Valley grapes, but primo stuff from well-regarded vineyards. Casey Hartlip, the viticulturist of the prestigious Eaglepoint Ranch in Mendocino County posted in an Internet discussion forum that even he had grapes available, despite high-end producers like Copain, Edmunds-St. John and Sean Thackrey making terrific wines from his grapes.
The short-term impact of this may only be an increase in wine available in bulk. That's good for value-oriented operations like Cameron Hughes who are in the market for high quality bargains and can buy in quantity. However, if this trend goes on for more than one season, and highly-leveraged producers start to fail and are unable to pay growers for the past harvest, things may get ugly quickly.
In the meantime, keep your eyes peeled at your favorite local haunts for rarities. This is a good opportunity to sample a bottle of something you wouldn't ordinarily see without dealing with mailing lists and the hassle and expense of shipping.
While there aren't too many bargains at the high end yet, prices seem destined to fall as distributors look to unload stock to make room for the next vintage. Cavaet emptor, though, as a new crop of Web sites have popped up offering deep discounts -- sometimes you do get what you pay for.
An additional point about purchasing from Web sites: Heat is not good for wine. If you find an online bargain, it is worth either having the shop or Heb site hold the wine and ship it once the weather cools, or stumping up for overnight or two-day shipping -- though this will significantly reduce your savings...and still may not prevent heat damage.
Dave Nelson is the author of the blog Beer, Wine and Whisky. He writes about wine for Gut Check every Tuesday.
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text:
SWANTON — Matt St. Amour has made history tonight.
The Missisquoi Union High School star reaches 2,000 career points, hitting the milestone on a third-quarter baseline jumper.
St. Amour becomes the sixth player in Vermont high school boys basketball history in the 2,000-point club, which includes St. Johnsbury's Henry Dalrymple, BFA-St.Albans' Matt Johnson, Rice Memorial's Bernie Cieplicki, Bellows Falls' Josh Allbee and Rice's Keith Cieplicki.
Check back later for more details.


text:
A multicolor organic light emitting device employs vertically stacked layers of double heterostructure devices which are fabricated from organic compounds. The vertical stacked structure is formed on a glass base having a transparent coating of ITO or similar metal to provide a substrate. Deposited on the substrate is the vertical stacked arrangement of three double heterostructure devices, each fabricated from a suitable organic material. Stacking is implemented such that the double heterostructure with the longest wavelength is on the top of the stack. This constitutes the device emitting red light on the top with the device having the shortest wavelength, namely, the device emitting blue light, on the bottom of the stack. Located between the red and blue device structures is the green device structure. The devices are configured as stacked to provide a staircase profile whereby each device is separated from the other by a thin transparent conductive contact layer to enable light emanating from each of the devices to pass through the semitransparent contacts and through the lower device structures while further enabling each of the devices to receive a selective bias. The devices are substantially transparent when de-energized, making them useful for heads-up display applications.
1. An energizable, light emitting structure, comprising:
a substrate;
a first layer of transparent, electrically conductive material supported on said substrate;
a first transparent, energizable, light emitting device (LED1) supported on said first layer of transparent, electrically conductive material, said LED1 including an emission layer of organic material and said LED1 being operative to produce light when energized;
a second layer of transparent electrically conductive material supported by said LED1, said second layer of electrically conductive material being substantially transparent;
a second transparent, energizable, light emitting device (LED2) supported on said second layer of transparent electrically conductive material said LED2 including an emission layer of organic material, and said LED2 being operative to produce light when energized; and
a third layer of transparent electrically conductive material supported by said LED2.
2. The energizable, light emitting structure of
3. The energizable, light emitting structure of
4. The energizable, light emitting structure of
5. The energizable, light emitting structure of
6. The energizable, light emitting structure of
a third transparent, energizable, light emitting device (LED3) supported on said third layer of transparent electrically conductive material, said LED3 including an emission layer of organic material and said LED3 being operative to produce light when energized; and
a fourth layer of electrically conductive material supported by said LED3.
7. The energizable, light emitting structure of
8. The energizable, light emitting structure of
9. The energizable, light emitting structure of
10. The energizable, light emitting structure of
11. A multicolor light emitting device structure comprising
a substrate;
a first transparent electrically conductive layer formed over the substrate;
a first organic light emitting device formed over the first transparent electrically conductive layer;
a second transparent electrically conductive layer formed over the first organic light emitting device;
a second organic light emitting device formed over the second transparent electrically conductive layer;
a third transparent electrically conductive layer formed over the second organic light emitting device;
wherein said first and second organic light emitting devices each comprise an organic emission layer for emitting light of a desired color, respectively.
12. The multicolor light emitting device structure of
13. The multicolor light emitting device structure of
14. The multicolor light emitting device structure of
15. The multicolor light emitting device structure of
16. The multicolor light emitting device structure of
a third organic light emitting device formed over the third transparent electrically conductive layer, wherein the third organic light emitting device comprises an organic emission layer for emitting light of a desired color; and
a fourth transparent electrically conductive layer formed over the third organic light emitting device.
17. The multicolor light emitting device structure of
18. The multicolor light emitting device structure of
19. The multicolor light emitting device structure of
20. The multicolor light emitting device structure of
21. The multicolor light emitting device structure of
22. The multicolor light emitting device structure of
This application is a continuation of U.S. Ser. No. 10/460,024, filed Jun. 11, 2003 now U.S. Pat. No. 7,173,369, which is a continuation of U.S. Ser. No. 09/468,986, filed Dec. 21, 1999, now U.S. Pat. No. 6,596,134, which is a continuation of U.S. Ser. No. 08/872,560, filed Jun. 10, 1997, now U.S. Pat. No. 6,264,805, which is a divisional of U.S. Ser. No. 08/613,207, filed on Mar. 6, 1996, now U.S. Pat. No. 5,703,436, which is a continuation-in-part of U.S. Ser. No. 08/354,674, filed on Dec. 13, 1994, now U.S. Pat. No. 5,707,745.
This invention was made with Government support under Contract No. F33615-94-1-1414 awarded by DARPA. The Government has certain rights in this invention.
The claimed invention was made by, on behalf of, and/or in connection with one or more of the following parties to a joint university-corporation research agreement: Princeton University, The University of Southern California, and Universal Display Corporation. The agreement was in effect on and before the date the claimed invention was made, and the claimed invention was made as a result of activities undertaken within the scope of the agreement.
This invention relates to multicolor organic light emitting devices, and more particularly to such devices for use in flat panel electronic displays, heads-up displays, and so forth.
The electronic display is an indispensable way in modern society to deliver information and is utilized in television sets, computer terminals and in a host of other applications. No other medium offers its speed, versatility and interactivity. Known display technologies include plasma displays, light emitting diodes (LEDs), thin film electroluminescent displays, and so forth.
The primary non-emissive technology makes use of the electro optic properties of a class of organic molecules known as liquid crystals (LCs) or liquid crystal displays (LCDs). LCDs operate fairly reliably but have relatively low contrast and resolution, and require high power backlighting. Active matrix displays employ an array of transistors, each capable of activating a single LC pixel. There is no doubt that the technology concerning flat panel displays is of a significant concern and progress is continuously being made. See an article entitled "Flat Panel Displays", Scientific American, March 1993, pgs. 90-97 by S. W. Depp and W. E. Howard. In that article, it is indicated that by 1995 flat panel displays alone are expected to form a market of between 4 and 5 billion dollars. Desirable factors for any display technology is the ability to provide a high resolution full color display at good light level and at competitive pricing.
Color displays operate with the three primary colors red (R), green (G) and blue (B). There has been considerable progress in demonstrating red, green and blue light emitting devices (LEDs) using organic thin film materials. These thin film materials are deposited under high vacuum conditions. Such techniques have been developed in numerous places throughout the world and this technology is being worked on in many research facilities.
Presently, the most favored high efficiency organic emissive structure is referred to as the double heterostructure LED which is shown in
In the device shown in
Often, the EL layer 13 is doped with a highly fluorescent dye to tune color and increase the electroluminescent efficiency of the LED. The device as shown in
Another known organic emissive structure referred as a single heterostructure is shown in
Presently, the highest efficiencies have been observed in green LED's. Furthermore, drive voltages of 3 to 10 volts have been achieved. These early and very promising demonstrations have used amorphous or highly polycrystalline organic layers. These structures undoubtedly limit the charge carrier mobility across the film which, in turn, limits current and increases drive voltage. Migration and growth of crystallites arising from the polycrystalline state is a pronounced failure mode of such devices. Electrode contact degradation is also a pronounced failure mechanism.
Yet another known LED device is shown in
An example of a multicolor electroluminescent image display device employing organic compounds for light emitting pixels is disclosed in Tang et al., U.S. Pat. No. 5,294,870. This patent discloses a plurality of light emitting pixels which contain an organic medium for emitting blue light in blue-emitting subpixel regions. Fluorescent media are laterally spaced from the blue-emitting subpixel region. The fluorescent media absorb light emitted by the organic medium and emit red and green light in different subpixel regions. The use of materials doped with fluorescent dyes to emit green or red on absorption of blue light from the blue subpixel region is less efficient than direct formation via green or red LED's. The reason is that the efficiency will be the product of (quantum efficiency for EL)*(quantum efficiency for fluorescence)*(1−transmittance). Thus a drawback of this display is that different laterally spaced subpixel regions are required for each color emitted.
It is an object of the present invention to provide a multicolor organic light emitting device employing several types of organic electroluminescent media, each for emitting a distinct color.
It is a further object of this invention to provide such a device in a high definition multicolor display in which the organic media are arranged in a stacked configuration such that any color can be emitted from a common region of the display.
It is another object of the present invention to provide a three color organic light emitting device which is extremely reliable, substantially transparent when de-energized, and relatively inexpensive to produce.
It is a further object to provide such a device which is implemented by the growth of organic materials similar to those materials used in electroluminescent diodes, to obtain an organic LED which is highly reliable, compact, efficient and requires low drive voltages for utilization in RGB displays.
In one embodiment of the invention, a multicolor light emitting device (LED) structure comprises at least a first and a second organic LED stacked one upon the other, and preferably three, to form a layered structure, with each LED separated one from the other by a transparent conductive layer to enable each device to receive a separate bias potential to emit light through the stack.
Referring to
Each device structure as device 20, consists of an HTL layer 20H vacuum-deposited or grown on or otherwise deposited onto the surface of an ITO layer 35. A top ETL layer 20T sandwiches an EL layer 20E between the former and HTL layer 20H, for example, shown in the device construction of
If SH LED devices are used for providing LED's 20, 21, 22, rather than DH LED devices, the ETL and EL layers are provided by a single layer, such as layer 13, as previously described for the SH of
In the example of
In the embodiments of the invention, relative to
In another embodiment, the device of
The device in the cross sectional view has a step-like or staircase profile, in this example. The transparent contact areas (ITO) 26I permit separate biasing of each pixel element in the stack and furthermore the material can be used as an etch stop during the processing steps. The separate biasing of each DH LED structure 20, 21 and 22 allows for wavelength tuning of the pixel output to any of various desired colors of the visible spectrum as defined in the CIE (Commission Internationale de l'Eclairage/International Commission of Illumination) chromaticity standard. The blue emitting LED 20 is placed at the bottom of the stack and it is the largest of the three devices. Blue is on the bottom because it is transparent to red and green light. Finally, the materials "partitioning" using the transparent ITO/metal layers 26 facilitates manufacture of this device as will be described. It is the very unique aspects of the vacuum growth and fabrication processes associated with organic compounds which makes the pixel LED devices shown in
As seen in
The organic materials used in the DH structures are grown one on top of the other or are vertically stacked with the longest wavelength device 22 indicative of red light on the top and the shortest wavelength element 20 indicative of blue light on the bottom. In this manner, one minimizes light absorption in the pixel or in the devices. Each of the DH LED devices are separated by ITO/metal layers 26 (specifically, semitransparent metal layers 26M, and indium tin oxide layers 26I). The ITO layers 26I can further be treated by metal deposition to provide distinct contact areas on the exposed ITO surfaces, such as contacts 40, 41, 42 and 43. These contacts 40, 41, 42 and 43 are fabricated from indium, platinum, gold, silver or alloys such as Ti/Pt/Au, Cr/Au, or Mg/Ag, for example. Techniques for deposition of contacts using conventional metal deposition or vapor deposition are well known. The contacts, such as 40, 41, 42 and 43, enable separate biasing of each LED in the stack. The significant chemical differences between the organic LED materials and the transparent electrodes 26I permits the electrodes to act as etch stop layers. This allows for the selective etching and exposure of each pixel element during device processing.
Each LED 20, 21, 22 has its own source of bias potential, in this example shown schematically as batteries 32, 31, and 30, respectively, which enables each LED to emit light. It is understood that suitable signals can be employed in lieu of the batteries 30, 31, 32, respectively. As is known, the LED requires a minimum threshold voltage to emit light (each DH LED) and hence this activating voltage is shown schematically by the battery symbol.
The EL layers 20E, 21E, 22E may be fabricated from organic compounds selected according to their ability to produce all primary colors and intermediates thereof. The organic compounds are generally selected from trivalent metal quinolate complexes, trivalent metal bridged quinolate complexes, Schiff base divalent metal complexes, tin (iv) metal complexes, metal acetylacetonate complexes, metal bidentate ligand complexes, bisphosphonates, divalent metal maleonitriledithiolate complexes, molecular charge transfer complexes, aromatic and heterocyclic polymers and rare earth mixed chelates, as described hereinafter.
The trivalent metal quinolate complexes are represented by the structural formula shown in
R of
The alkyl, aryl and heterocyclic groups of R may be substituted with at least one substituent selected from aryl, halogen, cyano and alkoxy, preferably having from 1 to 8 carbon atoms. The preferred halogen is chloro.
The group L of
The trivalent metal bridged quinolate complexes which may be employed in the present invention are shown in
The Schiff base divalent metal complexes include those shown in
The tin (iv) metal complexes employed in the present invention in the EL layers generate green emissions. Included among these complexes are those having the formula SnL1 2L2 2 where L1 is selected from salicylaldehydes, salicylic acid or quinolates (e.g. 8-hydroxyquinoline). L2 includes all groups as previously defined for R except hydrogen. For example, tin (iv) metal complexes where L1 is a quinolate and L2 is phenyl have an emission wavelength (λcm) of 504 nm, the wavelength resulting from measurements of photoluminescence in the solid state.
The tin (iv) metal complexes also include those having the structural formula of
The M (acetylacetonate)3 complexes shown in
The metal bidentate complexes employed in the present invention generally produce blue emissions.
Such complexes have the formula MDL4 2 wherein M is selected from trivalent metals of Groups 3-13 of the Periodic Table and the Lanthanides. The preferred metal ions are Al+3, Ga+3, In+3 and Sc+3. D is a bidentate ligand examples of which are shown in
The preferred groups for L4 include acetylacetonate; compounds of the formula OR3R wherein R3 is selected from Si, C and R is selected from the same groups as described above; 3,5-di(t-bu) phenol; 2,6-di(t-bu) phenol; 2,6-di(t-bu) cresol; and H2Bpz2, the latter compounds being shown in
By way of example, the wavelength (λcm) resulting from measurement of photoluminescence in the solid state of aluminum (picolymethylketone) bis[2,6-di(t-bu)phenoxide] is 420 nm. The cresol derivative of the above compound also measured 420 nm. Aluminum(picolylmethylketone)bis(OSiPh3) and scandium (4-methoxy-picolylmethylketone)bis(acetylacetonate) each measured 433 nm, while aluminum [2-(O-phenoxy)pyridine]bis [2,6-di(t-bu)phenoxide] measured 450 nm.
Bisphosphonate compounds are another class of compounds which may be used in accordance with the present invention for the EL layers. The bisphosphonates are represented by the general formula:
M2 is a metal ion. It is a tetravalent metal ion (e.g. Zr+4, Ti+4 and Hf+4 when x and y both equal 1. When x is 3 and y is 2, the metal ion M2 is in the divalent state and includes, for example, Zn+2, Cu+2 and Cd+2. The term "organic" as used in the above formula means any aromatic or heterocyclic fluorescent compound that can be bifunctionalized with phosphonate groups.
The preferred bisphosphonate compounds include phenylene vinylene bisphonsphonates as for example those shown in
The divalent metal maleonitriledithiolate ("mnt") complexes have the structural formula shown in
L5 represents a group having no charge. Preferred groups for L5 include P(OR)3 and P(R)3 where R is as described above or L5 may be a chelating ligand such as, for example, 2,2′-dipyridyl; phenanthroline; 1,5-cyclooctadiene; or bis(diphenylphosphino)methane.
Illustrative examples of the emission wavelengths of various combinations of these compounds are shown in Table 1, as derived from C. E. Johnson et al., "Luminescent Iridium(I), Rhodium(I), and Platinum(II) Dithiolate Complexes", Journal of the American Chemical Society, Vol. 105, pg. 1795 (1983).
Molecular charge transfer complexes employed in the present invention for the EL layers are those including an electron acceptor structure complexed with an electron donor structure.
Films of these charge transfer materials are prepared by either evaporating donor and acceptor molecules from separate cells onto the substrate, or by evaporating the pre-made charge transfer complex directly. The emission wavelengths may range from red to blue, depending upon which acceptor is coupled with which donor.
Polymers of aromatic and heterocyclic compounds which are fluorescent in the solid state may be employed in the present invention for the EL Layers. Such polymers may be used to generate a variety of different colored emissions. Table II provides examples of suitable polymers and the color of their associated emissions.
The rare earth mixed chelates for use in the present invention include any lanthanide elements (e.g. La, Pr, Nd, Sm, Eu, and Tb) bonded to a bidentate aromatic or heterocyclic ligand. The bidentate ligand serves to transport carriers (e.g. electrons) but does not absorb the emission energy. Thus, the bidentate ligands serve to transfer energy to the metal. Examples of the ligand in the rare earth mixed chelates include salicyladehydes and derivatives thereof, salicylic acid, quinolates, Schiff base ligands, acetylacetonates, phenanthroline, bipyridine, quinoline and pyridine.
The hole transporting layers 20H, 21H and 22H may be comprised of a porphorinic compound. In addition, the hole transporting layers 20H, 21H and 22H may have at least one hole transporting aromatic tertiary amine which is a compound containing at least one trivalent nitrogen atom that is bonded only to carbon atoms, at least one of which is a member of an aromatic ring. For example, the aromatic tertiary amine can be an arylamine, such as a monoarylamine, diarylamine, triarylamine, or a polymeric arylamine. Other suitable aromatic tertiary amines, as well as all porphyrinic compounds, are disclosed in Tang et al., U.S. Pat. No. 5,294,870, the teachings of which are incorporated herein in their entirety by reference, provided any of such teachings are not inconsistent with any teaching herein.
The fabrication of a stacked organic LED tricolor pixel according to the present invention may be accomplished by either of two processes: a shadow masking process or a dry etching process. Both processes to be described assume, for illustrative purposes, a double heterostructure LED construction, i.e., utilizing only one organic compound layer for each active emission layer, with light emerging from the bottom glass substrate surface. It should be understood that multiple heterojunction organic LEDs having multiple organic compound layers for each active emission layer, and/or inverted structures (with light emerging from the top surface of the stack) can also be fabricated by one skilled in the art making slight modifications to the processes described.
The shadow masking process steps according to the present invention are illustrated in
A blue emitting LED 55 (see
An ITO contact layer 60I of about 1000-4000 Å thick is then formed on the metal layer 60M by means of conventional sputtering or electron beam methods. For convenience herein, the sandwich layers 60M and 60I will be referred to and shown as a single layer 60, which is substantially the same as the layer 26 of
Shown in
The formation of electrical contacts 51 and 59 on ITO layer 52, and electrical contacts 88, 89, 92, 94 and 96 on the ITO portion 60I of ITO/metal layers 60 is then preferably accomplished in one step. These electrical contacts may be indium, platinum, gold, silver or combinations such as Ti/Pt/Au, Cr/Au or Mg/Ag. They may be deposited by vapor deposition or other suitable metal deposition techniques after masking off the rest of the device.
The final step in the shadow masking process is to overcoat the entire device with an insulating layer 97 as shown in
The dry etching process for fabricating the LED stack according to the invention is illustrated in
The same sequence of dry etching process steps is used to fabricate a green LED 115 atop the blue LED, except that SiNx 150 is overlaid as shown, followed by a photoresist mask 113 as shown in
Following the LED stack fabrication, whether performed by a shadow mask, dry-etching or other method, the stack must be properly packaged to achieve acceptable device performance and reliability.
A method for making four multicolor LED devices on a common substrate 50 in a packaged configuration will now be described, with reference to
1. Mask ITO layer 52 to deposit an SiO2 layer 138 in a concentric square band ring pattern, in this example (some other pattern can be employed), on top of ITO layer 52 using conventional techniques.
2. Form four three-color LED stacks sharing common layers in region 140 on the ITO layer 52 using methods as taught above for obtaining, for example, either of the structures of
3. Deposit via shadow masking metal contacts 170 through 181; each terminating at exterior ends on SiO2 layer 138, for providing external electrical connecting or bonding pads 170′ through 181′, respectively. Note that contacts 126, 128, and 130 in
4. Deposit via shadow masking using an "L" shaped mask in two steps or via photolithography, for example, a second SiO2 layer 184 in a continuous band or ring leaving exposed bonding pads 170′ through 181′, using either sputtering, or plasma enhanced CVD, or electron beam deposition, for example.
5. Deposit Pb—Sn or other low temperature melting solder in a continuous band or ring 186 on top of the second SiO2 layer or band 184.
6. Deposit on the bottom of a cover glass 188 a metal ring 190 to be coincident with the solder seal ring 186.
7. Place the assembly in an inert gas atmosphere, such as dry nitrogen, and apply heat to melt solder ring 186 to obtain an air tight seal, with the inert gas trapped in interior region 192.
8. Install cover glass 188 over the assembly, as shown in
Referring to
One can use pulse width modulation to selectively energize the red, green and blue inputs of each of the DH LED pixels according to desired signal content. In this manner, each of the LEDs in each line of the display are selectively accessed and addressed and are biased by many means such as by pulse width modulation signals or by staircase generated voltages to enable these devices to emit single colors or multiple colors, so that light emitted from said structures creates an image having a predetermined shape and color. Also, one can serially scan each of the xy axes, and serially energize selected ones of the LEDs in the matrix to emit light for producing an image with colors created serially vertically. Selected ones of the LEDs may be simultaneously energized.
As indicated above, the vertical layering technique shown in
Based on modern standards one can provide a LED device as shown in
This device can be used to provide a low cost, high resolution, high brightness full color, flat panel display of any size. This widens the scope of this invention to displays as small as a few millimeters to the size of a building, but to a practical limit. The images created on the display could be text or illustrations in full color, in any resolution depending on the size of the individual LEDs.
The inventors recognized that if the multicolor organic LEDs, as described above relative to the description of
Methods are known for depositing transparent contacts on hard material, or materials that are unaffected by temperatures exceeding about 50� C., such as silicon (Si) used in inorganic solarcells, for example. It should be noted that although the intended benefit of the below-described embodiment of the invention is for use in forming transparent contacts on soft material such as organic layers, the method and apparatus can also be used for depositing transparent contacts on hard materials.
It should be noted that the embodiments of the invention for providing OLED(s) as described above relative to the parent application U.S. Ser. No. 08/354,674, provide devices that have a luminescence band that is substantially red shifted from the absorption band by as much as 0.5 eV (electron volt). As a result, the present OLED(s) are highly transparent over their own emission spectrum and throughout most of the visible spectrum, thereby providing a property not found in inorganic semiconductor light emitters. Through use of the embodiments of the invention as described below for providing substantially transparent contacts, the present inventors have discovered a new class of vacuum-deposited organic luminescence devices which are greater than 71% transparent when de-energized, and are capable of emitting light from top and bottom diode surfaces with high efficiency when energized (approaching or exceeding 1% quantum efficiency).
To accomplish the above-described results, the first problem to be overcome by the inventors was to discover a metal capable of forming a good chemical bond with an underlying organic layer, to provide mechanical stability. It was determined that one such metal can be provided through the use of a metal alloy film of magnesium (Mg) and silver (Ag). However, other metals and/or metal alloy films such as fluorine doped tin oxides, Ca, In, Al, Sm, Y, Yb, MgAl, and various alloys containing these materials other than metal alloy films of Mg:Ag may be applicable for use (see Tang et al. U.S. Pat. No. 5,294,870). Films of Mg:Ag are presently considered to represent a preferred embodiment for the present invention. If the contact consists of a single metal, the metal must have a low work function. When the contact consists of a metal alloy, at least one of the metals must have a low work function. In using Mg:Ag, Mg has a low work function. Also, the chosen metal must insure a good electrical bond with the organic layer, as determined through experimentation with various materials. The good electrical bond ensures the metal contact or electrode will inject a sufficient number of carriers into the organic layer.
After solving the first problem of establishing a metal or metal alloy for providing both a good chemical bond and electrical contact with an underlying organic layer, the next problem for the inventors was to determine how to make the contact transparent while preserving these other properties such as low electrical resistance. It was known that by making the metal layer very thin, a desired transparency for the layer could be obtained. However, the inventors recognized that the layer must be thick enough to protect the underlying organic layer from the required next processing step, in this example, of depositing an indium tin oxide (ITO) layer on top of the metal layer. Also, for example, a thin Mg layer oxidizes quickly, and must be coated with ITO as soon after being formed as possible to protect the Mg layer. Prior processes for doing this are conducted at high temperature and high power deposition, which would damage the underlying organic layer. Accordingly, the inventors conceived a process for depositing the ITO layer on the metal layer at very low power and room temperature, typically 22� C. (72� F.).
The ITO layer, in addition to being transparent, is also electrically conductive, and therefore reduces the electrical resistance of the multilayer contact formed with the Mg:Ag. The ITO cannot be used by itself for it typically does not provide a good bond with organic material (i.e. it does not stick well to organic material), and typically it is not a good electron injector into the organic electroluminescent material. The Mg:Ag layer, in this example, does provide a good bond to the organic layer and to the ITO, and is a good electron injector.
The output of the device 300 measured from both the top and substrate device surfaces for a TOLED with a 100 Å thick Mg—Ag electrode 310, in this example, is shown in
The transparency as a function of wavelength of the TOLED 300 with a 100 Å thick film 310 is shown in detail in
Note that while the prototype TOLED devices described above emit in the green spectral region, the structure demonstrated should work equally well for organic devices emitting in any region of the visible spectrum, since the large Franck-Condon red shift from absorption to emission is characteristic of many organic materials. Using simple fabrication processes, it is therefore possible to construct an independently addressable stack of multi-color emissive elements. Furthermore, this structure should also be useful for polymer-based OLEDs, as previously indicated. For example, Mg:Ag alloy thin film layers with an overlying ITO layer are similarly described above for use as layers 26M and 26I of the OLED devices of
The method and apparatus for placing transparent contacts onto organic material layers, whether for organic light emitting devices, or other devices, will now be described. In this example, the first step is to deposit a thin film of Mg:Ag alloy in some preferred ratio, such as 40:1, respectively, on top of a target organic layer, using thermal co-evaporation of constituent metal atoms from resistively heated molybdenum boats, in this example. As previously illustrated with reference to
The evaporation system for depositing the Mg:Ag film on an organic substrate, as shown in
Mg:Ag film evaporation is performed in a vacuum chamber (E1) with a base pressure of about 10−7 Torr, that is maintained by an Alcatel 150 1/sec turbo pump (E2) in conjunction with Alcatel roughing pump (E3) and a cold trap (E4). Ag and Mg source metals are loaded into molybdenum (Mo) boats (E5) which are resistively heated by 10 kW (E6) and 1 kW (E7) power supplies to evaporate or vaporize the Mg:Ag in this example. The substrate (E8) is positioned 30 cm(d1) above the Mo boats (E5) and is held in place by a water-cooled non-rotating substrate holder (E9). A shutter (E10), positioned in the path between the Mo boats (E5) and the substrate (E8), can be remotely and selectively operated to be in the open or closed position to respectively enable or block Mg:Ag evaporated-film deposition on the substrate (E8) by Mg:Ag vapor. Note that in a preferred deposition system the single shutter (E10) is replaced by two shutters (E10A, E10B, not shown) for independently blocking or enabling vapor flow of Mg and Ag, respectively, from an associated boat (E5) to substrate (E8). The thickness of the deposited film is measured by a film thickness monitor (E11) located next to the substrate. Two more thickness monitors (E12, E13) are located one above each of the Mo boats (E5), respectively, in order to provide independent measurements for the evaporation rates from the two boats.
The system of
Position the shutter (E10) in the closed position.
Pump the evaporation chamber (E1) until it reaches 1�10−6 Torr (preferred, but can range 10−3 Torr to 10−10 Torr).
Turn on the 10 kW power supply (E6) and increase its power output slowly until Ag starts to melt.
Set Ag density and acoustic impedance parameters on the substrate-film thickness monitor (E11).
Set the output of the 10 kW power supply (E6) so that deposition rate of Ag, as registered by the substrate thickness monitor (E11), is 0.1 Å/s, in this example, but can be as high as 5 Å/s. Note the rate (R1) registered by Ag thickness monitor (E12).
Maintain R1 constant throughout the deposition process by adjusting the output of 10 kW power supply (E6), as required.
Set Mg parameters on the substrate-film thickness monitor (E11).
Set the output of the 1 kW power supply (E7) so that deposition rate of Mg, as registered by the substrate thickness monitor (E11), is 5 Å/s, which in this example is preferred but can otherwise range 0.1 Å/s to 10 Å/s. Note the rate (R2) registered by Mg thickness monitor (E13).
Maintain R2 constant throughout the deposition process, by adjusting the output of 1 kW power supply (E7), as required.
Mount the substrate (E8) onto the substrate holder (E9).
Position the shutter (E10) in the open position.
Deposit ˜100 Å of Mg:Ag alloy, which is preferred in this example, but can otherwise range 50 Å to 500 Å.
After the Mg:Ag alloy film is deposited on substrate (E8). The substrate is transferred from the thermal evaporation chamber (E1), via a load lock chamber (S4), (see
Next, an indium-tin oxide (ITO) film is deposited on top of the Mg:Ag metal alloy film by RF sputtering in chamber (S1). Resistivity of this ITO film is 1.5�10−3 Ωcm. In this example, the ITO film is 400 Å thick.
The sputtering system, as shown in
The sputtering system of
Note that an important embodiment of the invention is the use of low RF power (5 W or less) in sputtering ITO to deposit a thin film of ITO onto the Mg:Ag layer in this example, to avoid damaging the underlying organic layer. The RF power can be reduced to below 5 W by using different gas mixtures in the sputtering chamber, such as 1 Xe:10 Ar, or 1 CH3:20 Ar, to further avoid damaging the organic layer while maintaining the growth rate for the ITO film. It is preferred that the RF power in the sputtering chamber be slowly reduced to the minimum wattage for sustaining ignition of the plasma.
A parts list, as given below in Table 1, for reference designations (E1) through (E13), for the deposition system of
In another embodiment of the invention for growing the ITO layer 312 onto the Mg:Ag film 310, in this example (see
Those with skill in the art may recognize various modifications to the embodiments of the invention described and illustrated herein. Such modifications are meant to be covered by the spirit and scope of the appended claims. For example, a multicolor stacked LED device, such as the above-described three color device of
Patent Citations
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Referenced by
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Living With Advanced Cancer Support Group
This free support group is for patients with any type of metastatic cancer to share experiences and information with each other. Led by a licensed therapist at Sharp HealthCare who guides this small group through various topics each week. The discussion focuses on the challenges of living with advanced cancer, including purpose, fear, family and transitions.
Registration is required prior to attending.
To register and to find out if this support group is right for you, please contact the program manager by providing your name and email address in the "Learn More" box above. Someone will contact you within two business days.
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No comparison
Re: Victor Dorff's Nov. 6 commentary, "With one group denied a civil right, will your group be next?" and Paul E. Newman's Nov. 6 letter, "Bittersweet election":
I cannot sit here anymore and remain silent. I am tired of being accused of hating. I am tired of being assaulted by outlandish and shameful embellishments, and I am tired of being attacked for exercising my rights as an American citizen!
I refer specifically to Dorff's essay and Newman's letter. These two people have the audacity to compare the passage of Proposition 8 to such things as internment camps, racial prejudice and the Holocaust! I cannot believe that these people can actually think there are any similarities to these examples.
Let's compare. The gay community has a proposition pass that it doesn't like. The Jews suffered and experienced genocide and lost millions to the horrors of the Nazis. Japanese-Americans were pulled from their homes and forced to live in camps against their will. African-Americans were ripped from their country and forced into horrendous conditions and slavery. How dare Dorff and Newman belittle and demean these horrific events in history by comparing them to the loss of a democratic, freely held election! Stop dishonoring those who have suffered and experienced true hatred.
I would well imagine that the Jews, Japanese- or African- Americans referred to above would have gladly traded their fates for the opportunity to vote on their future.
Marriage has been ordained and established between a man and a woman. This definition has been validated not once, but twice, by the citizens of the state of California — not through mass murder, internment or slavery, but through a democratic, fair and time-honored system.
I do not hate homosexuals. I have different opinions and views; this does not equal hate.
Assaulting a church and rioting, now that sounds like hate.
— Dean Sylvies lives in Ventura.
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UNC practice notes: Weather, QBs, leader on D, Liberty prep
Some notes from UNC's last practice availability before game week begins on Monday
First, Larry Fedora said that the heat this week didn't affect his practice plans:
"Really we try to look at every day exactly the same because we know we aren't going to control it. Whether it is cool or hot or raining or snowing or sleeting, or whatever it is, there's two teams that are going to go out on the field and we have to compete no matter what it is, so we try really hard not to think about the things that we don't control. We hope that our edge is, we don't let an outside factor like that affect the way we play the game or the way we attack it."
Next, Fedora said that UNC started preparing for Liberty on Wednesday and had already installed 75 percent of the gameplan by Thursday. Shockingly, Fedora gave the media an in-depth scouting report on the team's first opponent. Just kidding. Here's a sample: "I know (coach Turner Gill) is going to do a great job at having a very sound football team. They are going to play hard, and they are going to be sound in all three phases of the game." He added that they have a new punter and snapper, "so there are some things that are unknown. But, we are going to try and be prepared for whatever they throw at us."
Fedora said there's no timeline on the decision to start Marquise Williams or Mitch Trubisky at QB, and it could stretch into next week. "I really have not set a date that I feel like that I have to do that. If I felt like it was going to affect our team one way or the other or any of those guys then I would. But I don't think it is going to."
Finally, Fedora said the leader on the defense right now is ... senior bandit Norkeithus Otis. "He plays the game the way it is supposed to be played. He (plays) hard every single play."
Fedora first weekly press conference is Monday at 11:45 a.m., which is also when UNC will release an updated depth chart (although expect there to be a lot of "ORs", and not just at QB.


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Special Response Team
The Falmouth Police Department's
Special Response Team consists of nine members, including one captain,
two lieutenants, and six patrol officers. The team is on call 24 hours a
day, 365 days a year.
The Special Response Team may
operate as a single unit or as a member of the Upper Cape Cod Regional
Special Response Team (including Barnstable County Sheriff's Office and
the Mashpee Police Department).
The primary purpose of the Special
Response Team is as a life saving organization.
The team's specially trained
personnel provide tactical response to special threats, such as
hostage situations, barricaded persons, sniper and terrorism incidents,
major disturbances or riots, and work/school place violence.
The Special Response Team will also
be activated when a significant potential exists for the occurrence of a
special threat situation, such as executing high-risk search and/or
arrest warrants, armed robbery stakeouts, dignitary protection and
search and rescue missions.
The team is armed with an array of
high-tech equipment to include lethal and less lethal weapons, body
armor and bullet-resistant shields, diversionary devices, chemical
munitions (e.g., gas) and surveillance cameras and recording devices.
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|Business Type:
|Manufacturer, Trading Company
|Main Products:
|TAMIL NADU, India
|Year Established:
|Number Of Employees:
|101 - 200 People
|Total Annual Sales Volume:
|US$5 Million - US$10 Million
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|Average Lead Time:
|10 Day(s)
Global Impex, "THE FIRST ISO 9001-2008 BLOCK MACHINE COMPANY IN INDIA" established earlier than a decade is a trusted name...
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Factory Size : 3,000-5,000 square meters
No. of Production Lines : 5
R&D Capacity
No. of R&D Staff : Less than 5 People
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Feb. 28, 2010
Irvine, Calif. - Sydney Sonoda continues to be a dominant scorer for the nationally-ranked Cal State Northridge women's water polo team.
Sonoda scored three goals to pace the ninth-ranked Matadors to a 10-6 victory over 14th-ranked UC Santa Barbara during second day play (Sunday morning) at the prestigious UC Irvine Invitational.
In the three games thus far at the UCI Invitational, Sonoda has scored seven goals with one more game later Sunday (1:30 p.m.) against seventh-ranked Loyola Marymount at the Corona Del Mar High School pool. The winner claims ninth-place in the 16-team tournament.
On Saturday, Sonoda scored three goals to help CSUN to a 12-7 victory over UC San Diego. Earlier in the day, Sonoda scored a goal against eighth-ranked Arizona State.
Sonoda now is tied for the scoring leader with Whitney Delgado. Sonoda and Delgado each have 27 goals. Delgado had two goals in the Sunday morning win over UC Santa Barbara.
Balanced scoring helped pave the way to victory against UCSB. Six CSUN players scored at least one goal.
Cal State Northridge broke open a close game outscoring the Gauchos, 4-1, in the second period to take a 7-3 halftime lead. It was 9-4 after three periods.
Cal State Northridge 3-4-3-2-1=10
UC Santa Barbara 2-1-1-2=6
CSUN Scorers: Sydney Sonoda 3, Whitney Delgado 2, Alison Pierce 2, Kirra Kylander 1, Chelsea Curran 1, Kristin McLaughlin 1
UCSB Scorers: Kristin Kulakowski 2, Claire Buchanan 1, Lizzie Rouleau 1, Kathryn Nelson 1, Christie Clark 1
Goalie Saves: Jillian Stapf (CSUN) 4; Ruth Milne (UCSB) 7


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ACID Fat Tips are the perfect hybrid of a premium handmade cigar with the convenience of machine-made cigar. Using "Power-Pack technology ACID Fat Tips comes in 4 Infusions: GOLD: Ringed in shimmering gold, these are a worthy tribute to all that is refined and elegant in life. Carefully measured, distinct blends of the finest cigar tobaccos touched with the softest kiss of our most secret herbal infusions.
$39.99 Retail: 59.99 Save $20.00
- Disclaimer
- The statements, views and opinions presented in customer reviews are those of the author and are not endorsed by, nor do they necessarily reflect, the opinions of BnB Enterprise, product manufacturers, employees, or any other organization.
- BnB Enterprise does not warranty or guarantee the correctness of the information provided or its fitness for any purpose.
These are hard to get these days!!
Great mild smoke with great floavor. I love flavored cigars and this is one of my favorites.
170.99 $129.99
40.99 $37.99
9.99 $8.99
28.99 $26.99
152.99 $114.99
189.99 $149.99


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Morning Call: pick of the papers
The ten must-read comment pieces from this morning's papers.
The ten must-read comment pieces from this morning's papers.
by Alex Hern Published
More spending? The coalition may as well build a bridge to the moon (Guardian)
David Cameron and Vince Cable are both wrong. Infrastructure isn't the answer and nor is QE – money in pockets is, writes Simon Jenkins.
Pay up for Nato or shut it down (Financial Times)
Being prepared for new threats requires military capabilities but no one wants to pick up the bill, argues Philip Stephens.
The crumbling Coalition is being torn apart by the post-Budget Public Spending Review (Telegraph)
Deciding the contents of George Osborne's Budget has been relatively straightforward. How to divide the shrinking budgets is a battle that has taken on Bosnian complexity, says Fraser Nelson.
David Cameron's very own magic money tree (Guardian)
This speech outlines Cameron's strategic gamble of ploughing on with austerity and using quantitative easing as a palliative, writes Richard Seymour.
Benefit tourists are just political phantoms (Times)
It's a myth that lazy foreigners are sponging off our welfare state. Our leaders ought to be straight with us, says Philip Collins.
The man at Number 10 is not for turning (Financial Times)
If the British government's plan is working, what would a failing one look like, asks Martin Wolf.
Ministerial rows over cuts show how much weaker Cameron and Osborne have become (Independent)
The Tories now see the reality of public-spending cuts—and they don't like it, writes Steve Richards.
It's plain what George Osborne needs to do – so just get on and do it (Telegraph)
The politics are tricky, but the Budget must confront some hard economic choices, insists Jeremy Warner.
The Market Speaks (New York Times)
Yes, the Dow Jones industrial average has been setting new records this week, but the message from the markets is actually not a happy one, says Paul Krugman.
MPs reading the news? Pigs (and bats) might fly (Independent)
There was a curious absence at DEFRA questions, writes Donald MacIntyre.


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Each Ancient Paths Experience is a balanced ministry of Biblical teaching based upon Jeremiah 6:16, followed by Spirit-led praying in small groups. The teachings are on video by founder Craig Hill. They give solid principles and moving examples that open the heart up for ministry to receive healing from a cursed identity and to bring revelation and resolution to many negative life issues and habits. Click on the link below to find out more details about upcoming seminars.
View our upcoming calendar of events to see what's new at Gateway Vineyard.
Gateway Vineyard Church
3361 State Rd 227 N
Richmond, IN 47374
Phone: (765) 966-6016
Fax: (765) 966-6016
Our Location
Overcoming Anger Seminar 2013I got to unload on guilt I had been carrying around.
We shared one on one and it helped to release the root cause of anger.
I got a chance to release my inner core anger that has been putting that void in me.
It was personal, repectful and allowed venting.
It helped me cope with problems I had for many years, and helped free me more than I thought.
Spiritual Encounter Tent 2012Wow- thank you! It's powerful to know that we are all loved!
Very good and I really felt like they loved me.
Spiritual Encounter Tent 2012This experience inspired me and put more faith in me! THANK YOU!
It made me realize good things about myself.
Spiritual Encounter Tent 2012I really loved it! It was a lot of fun. You guys made me feel really good and I appreciate that.
Totally awesome, thank you so much my heart feels lighter.
Spiritual Encounter Tent 2012Very neat experience, they were right on about a lot of things, very thankful for the reading of myself and my son!!
It was fun; I knew what it was before they told me. The people were good at interpreting and reading people.
Spiritual Encounter Tent 2012Very good- Enjoyed the three people I talked to. Love their smiles. They got who I was to a T. God Bless.
I feel the Loving spirit of God upon me and thank you for reminding me that He is GREAT!
Spiritual Encounter Tent 2012Great experience! Nailed my personality dead on, really gave my friend great enlightenment and advice. Love the energy!
To me the experience was worth the wait and made me want to be a better person.
Spiritual Encounter Tent 2012You cats are very genuine people, and I got super good vibes.
You guys rock! It was great. They were very encouraging and straight forward.
Spiritual Encounter Tent 2012Scary! Very correct! :) Thanks!
This was really great and motivational! Fantastic job!
They called me adorable! :)
Crazy, not what I expected, there was a lot of truth.
Spiritual Encounter Tent 2012Thanks for your thoughts! I initially thought I accidentally entrapped myself into a sales pitch, but you were very encouraging in a non-threatening way. Nice to meet you.
Healing Testimony"I could barely move because of my back, and at the end of service, I was prayed for and almost completely pain free!"
Spiritual Encounter Tent 2012"This experience inspired me and put more faith in me! THANK YOU!"
Spiritual Encounter Tent 2012"I really loved it! It was a lot of fun. You guys made me feel really good and I appreciate that."


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News Releases
- Title
- August 12, 2011 - USA College of Medicine Welcomes Dr. Jon Simmons
- Article
- Dr. Jon D. Simmons was recently appointed assistant professor of surgery at the University of South Alabama College of Medicine. He will serve as a trauma surgeon in the division of trauma/critical care at USA.
Prior to his appointment to USA, Dr. Simmons completed a fellowship in surgical critical care at Johns Hopkins University in Baltimore, Md. Previously, he was assistant professor in the division of trauma and critical care surgery at the University of Mississippi Medical Center in Jackson, Miss.
Dr. Simmons earned his medical degree from Ross University School of Medicine. He completed residency training in general surgery at the University of Mississippi Medical Center.
Dr. Simmons is a member of the Society of Critical Care Medicine. He is a fellow of the Southeastern Surgical Congress.


text:
There are many ways to find cheap stocking stuffers for under five dollars. After the presents have been unwrapped, there is always the stocking full of little goodies to open and enjoy.
Some of these items you will need to buy in advance as you shop the clearance racks throughout the year. Others you can find during the holiday season.
Strategies for Finding Cheap Stocking Stuffers for Under Five Dollars
You do not need to be an Extreme Couponer to find cheap stocking stuffers for under five dollars. You need to plan and take advantage of clearance racks, sales, and use coupons when you can.
For example, CVS has a wonderful Extra Care Bucks program. You can use your Extra Care Bucks to buy clearance makeup, toys, and magazines. If you have a coupon for the items you are buying, then you have savings on top of savings.
Other pharmacy chains, such as Walgreens and Rite Aid, also have customer loyalty programs that earn you monetary rewards which can be redeemed for store merchandise. You can find amazing deals on clearance items in every aisle of the store year round. Again, you can combine these with manufacturer's coupons and buy stocking stuffers for under five dollars.
Another way to find cheap stocking stuffers for under five dollars is to buy a bulk set and break it up. For example, many stores sell shower gel sets, body lotion sets and lip balm sets with five or more fragrances. Break up the set and distribute them among the stockings you need to fill. Each item on it's own will cost under five dollars.
Sometimes stores have special deals when you buy a certain number of products. For example, Victoria's Secret often sells it's line of body products in a variety of prices, with the best being seven for thirty-five dollars. That makes the cost of each item five dollars. If you bought them individually, they cost ten to fifteen dollars each. In the event the person does not like the fragrance you have chosen, she can exchange it for one that she does like.
You can get the same kind of shopping deals at Bath and Body Works and at Ulta. They always have sales on full size items of beauty products.
Ulta even has a "ten for ten dollars" sale during the holiday season. Items that cost up to five dollars cost only one dollar when bought in quantities of ten. Use the "$3.50 off a $10.00 purchase" coupon and save even more!
If you have children on your list who enjoy arts and crafts, one way to fill their stockings with gifts they will love and cost under five dollars is to shop the back to school sales. Everything from crayons to paint is on sale for the lowest prices of the year. Young artists simply love a fresh box of crayons with pointy tips and a box of watercolors that is fresh with possibilities.
Another place to find cheap stocking stuffers is the Dollar Spot that can be found in Target, craft stores, and of course, the Dollar Store. Items for everyone on your list can be found there.
If you enjoy shopping at certain stores, then get on their email lists. When items are on sale or on clearance, you will be the first one to know when you get the email. You can find a host of items on sale for under five dollars, and free shipping with a minimum purchase or a shipping code.
Bookstores have bargain tables that have many books, book sets and puzzle books for under five dollars. If you cannot find something there, then there are hundreds of magazines in a variety of interest areas that would make excellent stocking stuffers.
Bookstores also sell bookmarks, calendars, bookplates, and many other items that can easily fit into a stocking as wel as your five dollar budget.
Discount stores such as TJ Maxx, Homegoods, and Marshalls sell items for under five dollars that can easily be used as stocking stuffers. Besides the clearance section, there are gourmet foods, costume jewelry, and accessories that are both inexpensive and classy.
What if you don't have time to go out and shop the sales?
This is an easy one! Websites like Amazon.com, Target.com and Walmart.com have fantastic sales and clearance sections. Walmart often has free shipping if you ship it to the store, and the others have shipping minimums to get yours shipped for free. Shop when you want and get bargains to boot!
Using these guidelines, you should be able to find cheap stocking stuffers for five dollars and under for everyone on your shopping list.


text: Publications Search Results Users may wish to consult What's Included in the Bibliography. Results 1 - 1 Results per page: 25 50 100 Sort by: Pub Date (newest) Title Recent Additions Author Clear All Pub. Year Citation 1997 Kessler, Ronald C., Rubinow, D.R., Holmes, C., Abelson, Jamie M., Zhao, Shanyang . The epidemiology of DSM-III-R bipolar I disorder in a general population survey. Psychological Medicine. 27, (5), 1079-1089. Full Text Options: DOI Worldcat Google Scholar Export Options: RIS EndNote XML [1]


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4 3/4 x 7 3/4 x 3 1/2 inches
Gift of Isabel B. and Wallace S. Wilson in honor of Caroline Wiess Law
Mesopotamian lama deities were kind, protective spirits associated with the great sun god Shamash. This deity is depicted with a sensitive face, luxurious beard, and flowing locks of hair, and he wears a horned crown. The body is that of a reclining bull.
Representations of bulls with human heads are found throughout the art of Mesopotamia. In an inscription, an Assyrian king called upon lama deities to "turn back an evil person, guard the steps, and secure the path of the king who fashioned them." Several statuettes, about 4,000 years old, have survived. They come from various Sumerian sites and Syria.
This example is made from serpentine, a smooth green stone the color of life-giving water in a desert area. The hollowed-out shapes on the body originally were inlaid with pearly shell or lapis lazuli.


text:
Who We Fund: Grant Detail
A wireless multi-functional sensor badge for epidemiological studies
|Principal Investigator: Tao, Nongjian
|Institute Receiving Award
|Arizona State University-Tempe Campus
|Tempe, AZ
|Grant Number
|Funding Organization
|National Institute of Environmental Health Sciences
|Award Funding Period
|16 Sep 2011 to 31 Jul 2015
|DESCRIPTION (provided by applicant):
|: Understanding environmental factors in many chronic diseases is a critical and necessary step towards the prevention of these diseases. Reaching the goal requires new tools that can accurately measure various environmental toxicants. Due to large variations in the individuals' genetic susceptibility and environmental exposure, an ideal tool must be wearable so that it can measure the toxicants in real time and within each individual's breathing zone. Several wearable devices have been developed to detect certain chemicals, or particulate matter, and they are expected to contribute to epidemiological studies. However, most epidemiological studies require a capability of assessing multiple analytes in real-time in order to accurately pin down the source of toxicants and efficiently determine if a particular analyte or a group of analytes are responsible for a disease. Pilot studies by others and us revealed that asking a subject, especially a child, to wear multiple different devices for an extended period of time faces several challenges. First, it will take substantial training resources for each child to correctly operate and for each researcher to efficiently maintain multiple devices. Second, the total weight, size and noise of multiple devices will be an unwelcome burden for a child. Third, even though each device could be inexpensive, the total cost of multiple devices can make large-scale population studies cost prohibitive. Finally, different devices have different sampling rates, internal clocks, and data collection frequencies and formats; correct interpretation and synchronization of data from these devices may be prohibitively complicated, especially when deploying them in large cohort settings. In the present project, an integrated multifunctional sensor will be developed using several innovations recently developed in the PIs' labs for real-time measurement of personal exposures. The sensor can simultaneously detect multiple important analytes, including nitric dioxide, ozone, carbon monoxide, formaldehyde, and particulate matter. These analytes are selected because they are important for studying health effects of both outdoor and indoor air pollution. In addition to the capability of detecting multiple analytes, the sensor has an embedded wireless chip that can communicate with cell phones and uses GPS and accelerometer to provide additional location and physical activity information. Finally the sensor will be miniaturized to a wearable badge size. The team will collaborate with industry to ensure quality and low cost production. The sensor development group and the epidemiologists will work together to test and validate the device.
|Science Code(s)/Area of Science(s)
|Primary: 74 - Biosensors/Biomarkers
|See publications associated with this Grant.
|Program Administrator
|David Balshaw (email@example.com)


text:
Flat-Base Hardware - DW vs. Ludwig vs. Gibraltar
View Single Post
Platinum Member
Join Date: Jul 2011
Location: St Louis, MO
Posts: 1,686
Re: Flat-Base Hardware - DW vs. Ludwig vs. Gibraltar
Originally Posted by
No, I actually don't have a complete flat-base set.
I have a standard hi-hat stand, the 5607, along with the 9606 Ultra-Adjust snare stand.
I'm not sure what issues the flat hi-hat stand may have had...or has. Stability, maybe?
I guess I actually only saw a single negative review of the Gibraltar flat-base hi-hat stand, but then noticed right away they had a new version. I kinda put those together to say there was something wrong with the old version, but that's obviously not necessarily true.
I'm kinda OCD about my hardware matching too, which is why I have all Yamaha stuff at the moment. The Yamaha stuff kicks butt and I have no intention of replacing it, but I want another full set to keep in my truck for rehearsals and gigs.
The Gibraltar stuff sure is priced right compared to the others.
Gibraltar also has a telescoping hi-hat stand that interests me alot.
Is the 5607 hi-hat stand working out well for you? Is it light and sturdy enough for a not-so-hard hitter like myself?
View Public Profile
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text:
It is frickin' ridiculously hard to find good samples for heavy Drum and Bass. So to help out the internet, I've got some of the snappiest snares and the punchiest kicks together. I present to you:
The boyinaband free Drum and Bass sample pack!
Check it out…
This one contains 30 drum samples perfect for driving those intense DnB songs along! Remember – Drum & Bass is all about layering – don't forget to put different snares together to create more interesting and powerful beatz, yo!
Download the sample pack here!
If you make anything sweet with it you should totally tell me!
Want a sample pack for a different genre of music? Suggest it in a comment below!
Related Posts...
57 Responses to "Free Sample Pack – 30 Frickin' ace Drum and Bass samples!"
Hello Dave,
I come from Germany.
That's why I do not understand what you say, because in videos.
Can you please tell me Which pack of your website,
do you have in Reason. My laptop is bad, Can not see it
which pack you use.
Since I can not speak English, it is slightly heavier but good!
Thanks for the videos
Oi Oi! Nice one dave! Just a quick post to say thanx for the samples, always useful m8! Also, I have sampled ur voice for the video for the Drum Loop of the 7 day jump up Drum & Bass video, talkin' about how 'freakin sweet' it is! lol I hope u don't mind if I put them in a tune? If u don't mind, I'll post it up on my sound cloud so u can download and/ or just have a listen.
PS I make my tunes on music 2000 on a ps1! No fuckin' joke either! lol
hey dave could you do a more snappy but hard snare sample pack like the snares in datsik and excision swagga?
@ DrBeatMaster1
try to stack some snare samples and then a little bit reverb, thats the simplest way to get snare drums like flux datsik …
ah and Dave cool sample Pack thank you
nice samplesmate, check out http://www.soundcloud.com/dougiefresh-4 also if u have time http://www.skankysounds.com or http://www.facebook.com/5kankyrecordings. thanks and cheers mate.
Hey man, just wanna say thanks for a shit load of stuff! I'm a fanatic reason producer from the Netherlands and you have thought me a lott. Keep it up, you maybe wanna do a collab? I'm working on a few things for a few labels and I'm pretty siked with my new stuff!
Hit me up, would be cool!
Greetings Robin van Taarling/Orbotics
Keep it up!


text: Grape is a rich, red-toned purple with a softer but still metallic sheen. It had good color payoff both dry and wet, with the metallic finish coming out more when it was applied wet. It's more vibrant and red-toned than Stacked 1. MAC Plush is similar but a touch darker and less metallic in finish. MAC Half-Wild is redder. Inglot #446 is less purple.


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Wristlet Clutch Bag
A gorgeous little wristlet / clutch bag which is perfect for a wedding.
Made from white faux silk and lined with crisp, white cotton the bag has a fleece interlining to give it a really plush feel. The front flap is decorated with white machine embroidery and diamante crystals, and a home made bias binding has been hand sewn around the flap and top opening of the bag. It fastens with a button covered in the faux silk and a loop made from the same fabric.
The bag measure approx. 7.5" x 5" (19 x 13 cm). It is very light to carry and the wrist strap means that the bride's or bridesmaid's hands are left free for carrying flowers, etc.
The bag can be made in a colour to suit your wedding theme. How about each bridesmaid having one to match her dress? Just message me and we can discuss what you need.
I originally designed and made this wristlet so that a bride or bridesmaid could carry her lipstick, tissues, etc on the wedding day while keeping her hands free to hold flowers.
Shipping & delivery
This item will be posted to you by Sewn and Sawn within 3 days of receiving payment.
|Shipping destination
|Additional items
|United Kingdom
Returns Policy
You have 14 days, from receipt, to notify the seller if you wish to cancel your order or exchange an item.
Unless faulty, the following types of items are non-refundable: items that are personalised, bespoke or made-to-order to your specific requirements; items which deteriorate quickly (e.g. food), personal items sold with a hygiene seal (cosmetics, underwear) in instances where the seal is broken.


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Senior Stewart Ijames hit his sixth home run of the season.
March 17, 2012
Recap by Adam Pruiett, UofLsports.com
LOUISVILLE, Ky. - The Louisville baseball team didn't need four-leaf clovers or a pot of gold on Saturday. The Cardinals had their own good luck charm in Stewart Ijames.
With Ijames leading the charge on St. Patrick's Day, No. 21 Louisville had its most prolific game offensively of the season, piling up 17 hits in a 14-5 romp over Ball State at Jim Patterson Stadium.
Every Cardinals starter tallied at least one hit, with Ijames (Owensboro, Ky./Owensboro Catholic HS) slamming a three-run homer in the second inning to pave the way for an onslaught of runs. Perhaps most impressive was that Louisville (13-6) scored 10 of its runs against Ball State (3-11) with two outs. The Cardinals' runs this season have often been produced in bunches, but they came in a steady stream on Saturday, with two coming across in the first, four in the second, three in the fourth and sixth, and one apiece in the fifth and eighth.
Louisville's previous high for hits was 15. The Cardinals set the new mark in the sixth inning when sophomore centerfielder Adam Engel (Loveland, Ohio/Loveland HS) lined an RBI single to center. The ceiling for runs had been 13 until freshman second baseman Sutton Whiting (Louisville, Ky./Ballard HS) brought in the 14th run in the eighth inning on a fielder's choice.
Ijames drove in runs in each of his first three at-bats. The Cardinals' rightfielder cracked an RBI double down the right field line in his first appearance against Ball State starter T.J. Weir (0-4) and then, with two runners on in the second, he sent a soaring drive over the right center fence for his sixth home run and a 6-2 lead. He added a sacrifice fly in the fourth inning and finished 2-for-3 with a homer, double, two runs and five RBI.
Junior second baseman Nick Ratajczak (Joliet, Ill./Gulf Coast CC) remained red-hot at the plate for Louisville, which has won three of four. Ratajczak whacked a double to left in his first at-bat to extend his hitting streak to 10 games and added another double in the fourth that sparked a three-run inning. Ratajczak went 2-for-4 with three runs and is 22-for-40 during his streak with six multi-hit games.
Sophomore right-hander Jeff Thompson (Greenville, Ind./Floyd Central HS) upped his record to 4-0 after allowing five hits and three earned runs with three walks while striking out six in six innings. Freshman left-hander Joe Filomeno (Cicero, Ill./St. Rita HS) pitched two innings of scoreless relief, yielding just one hit and striking out four before junior right-hander Andy Flett (Fenton, Mo./Lindbergh HS) pitched the ninth.
Leftfielder Kirby Campbell went 2-for-4 for Ball State, including a two-run triple in the second inning off Thompson that knotted it at 2-2. Shortstop Elbert Devarie also had two hits for Ball State. Weir allowed nine hits and nine earned runs in 3.2 innings before three other pitchers finished things out.
Louisville and Ball State will conclude their three-game series at 1 p.m. Sunday.
Fans can follow Louisville baseball on Twitter at http://twitter.com/uoflbaseball and on Facebook at http://www.facebook.com/ulbaseball.


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Updated: 08/27/2014 10:25 PM |
Created: 08/27/2014 9:32 PM
By: Blair Miller, KOB.com
SANTA FE -- The Santa Fe City Council passed an ordinance Wednesday night that will effectively decriminalize possession of under an ounce of marijuana, and also avoids putting the issue on the ballot for voters to decide in November.
The ordinance, which the City Council passed in a 5-4 vote, would make possession of an ounce or less of marijuana a civil infraction punishable by a fine of no more than $25, but it's unclear when the ordinance will go into effect.
The Councilors who voted in the majority said "the will of the people was clear from the high number of signatures collected and that it was smart to change a policy that had ruined so many lives."
The mayor was part of those voting in the minority, and said in a news release he "believed this was an issue that should be brought before the voters for an up or down vote."
"Either way, I'm proud of the City of Santa Fe tonight for continuing to be a leader in forward-thinking policy that improves the lives of citizens," Mayor Gonzales continued.
The Santa Fe County Commission approved a similar measure Tuesday afternoon.
On August 18, the city clerk in Santa Fe said activists have submitted enough valid voter signatures to force a public vote on decriminalizing small amounts of marijuana.
Possession of an ounce or less of marijuana in Santa Fe had been punished as a petty misdemeanor for the first offense, punishable by a $50 to $100 fine and up to 15 days in jail.
KOB welcomes a lively and courteous discussion as long as you follow the rules of conduct set forth in our Terms of Use. Comments are not pre-screened before they post. You agree that anything you post may be used, along with your name and profile picture, in accordance with our Privacy Policy and the license you have granted pursuant to our Terms of Use.
|Communities step out for National Night Out event
|Accused serial shoplifter keeps catching breaks
|Santa Fe cop, American Ninja Warrior contestant, runs down jewel thief
|Albuquerque mayor vows to veto Fair Workweek Act
|Elevated radiological readings reported at WIPP, no sign of radiation leaving site


text:
I've never really been an Xbox fan, so I don't have any games in mind. However, this is BIG news for gaming fans. It's high time that the open minds of consumers are rubbing off on Microsoft. Personally, I'd be more excited for Nintendo to bless us with their games on iOS but a win is a win, right? As long as Microsoft puts some tlc in their iOS games, I'll buy whatever they put out!
Sent from the iMore App


text:
Today is Valentines Day, a holiday for lovers to show their appreciation for one another….
Shouted out after victory to the UFC masses, BJPENN.COM is the home to multiple time champion BJ Penn. After a decade of on-line operation BJPENN.COM has evolved into the most reliable destination for all your fighter interviews, fighter blogs and MMA/UFC news stories.
Download Media Kit


text:
Please join senior representatives from the U.S. Department of Agriculture (USDA), the U.S. Department of the Interior (DOI) and other Federal agencies for a public listening session on conservation, recreation, and reconnecting people to the outdoors. The session will be held Monday, July 12 from 1:00 to 4:00 p.m. in Grand Island - the heart of the Rainwater Basin region of south central Nebraska.
This past April, at the White House Conference on America's Great Outdoors, President Obama signed a memorandum establishing the America's Great Outdoors Initiative to develop a conservation agenda worthy of the 21st century and to reconnect Americans with our great outdoors. The President understands that protecting and restoring the lands and waters that we love and reconnecting people to the outdoors must happen at the local level.
Therefore, President Obama directed the principal leaders of the America's Great Outdoors Initiative to travel across the country to listen and learn from people directly involved in finding grassroots solutions to conserving our lands and waters and reconnecting Americans to the outdoors. The President indicated that the sessions should engage the full range of interested groups, including tribal leaders, farmers and ranchers, sportsmen, community park groups, foresters, youth groups, businesspeople, educators, State and local governments, and recreation and conservation groups.
The Rainwater Basin Joint Venture is a diverse partnership of federal and state agencies, non-governmental organizations and private landowners who are successfully collaborating to restore wetlands. While more remains to be done, this collaborative effort exemplifies an ecosystem-based restoration effort that is improving communities' natural resources, providing cleaner water, and improving critical habitat for threatened and endangered species while also sustaining and improving the agricultural economy.
The July 12th public listening session and discussion is an opportunity for leaders of the America's Great Outdoors Initiative to hear from you and other voices in Nebraska about solutions for building a 21st century conservation and recreation agenda and for reconnecting people with the outdoors. Please join us. Here are the details:
Listening Session and Discussion Information:
|Monday, July 12th, 1:00 – 4:00 p.m.
|Quality Inn and Conference Center
7838 HWY 281 (just south of the I-80 Grand Island/Hastings exit)
Grand Island, NE
|Senior Washington, D.C. and local leadership from U.S. Department of Agriculture, the U.S. Department of the Interior and other Federal agencies will be present to hear your thoughts and to participate in a conversation with you about America's Great Outdoors.
|Please Register:
|This event is free and open to the public. For planning purposes it would be helpful if you would pre-register by Thursday July 8 by sending an email to email@example.com with your name, the name of the organization with which you are affiliated, if any, and your telephone number. Please let us know if you have any special needs. We will make every effort to accommodate everyone.
In the event you are unable to participate in person, please submit your comments and stories via the America's Great Outdoors website at http://www.doi.gov/americasgreatoutdoors/.
If you have questions, please contact Joanna Pope at (402) 437-4123 or firstname.lastname@example.com. We hope you will participate and look forward to hearing from you.
If you have questions, please call Nelly Sun at (415) 947-4237. We look forward to your participation – please join us!


text: What it is: An oil-free face moisturizer scented with vanilla. What it's used for: theBalm TimeBalm Skincare White Tea Vanilla Oil-Absorbing Face Moisturizer hydrates and helps control excess oil production. Vanilla extract improves skin tone and nourishes your skin. Squalane keeps the skin soft and radiant with its anti-aging benefits. Green tea extract alleviates any irritation.