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Top 10 Hotels in Glen Allen, Virginia | Hotels.comEnglish (United States)Book online or call 800-246-8357This call is free. 24 hours a day; 7 days a week.HotelsHotel DealsPackages & FlightsGroupsGift CardsHelpWebsite feedbackSign in & AccountSign inCreate an accountYour bookingsReview a hotelHotels.com® RewardsYour bookingsHotelsHotels in United States of AmericaHotels in VirginiaGlen Allen HotelsHotels in Glen Allen, VirginiaSearch & Compare Glen Allen HotelsCity, landmark, hotel name, address or zip codeCheck inCheck out I don’t know my datesRooms123456789+Room 1:Adults12345678Aged 18+Children01230-17Age at check in:Child 1:-?-<11234567891011121314151617Show dealsCollect 10 nights get 1 free*And look out for Secret Prices on select hotels12345678910=FREEDeal of the dayCourtyard by Marriott Richmond North from $112See all Glen Allen dealsTrending now in Glen AllenMost bookedComfort Suites At Virginia Center CommonsExcellent 4.3 / 5( 324 genuine reviews )Hotels.com® RewardsFor every 10 nights, get 1 free! 217 people looked at this hotel in the last hourMost recent review"
It is worth staying with Comfort Suites, price is right with full breakfast, excellent service from the reception (Beth) kitchen and housekeeping.staff as well. Good location with other amenities, drug stores, variety of good restaurants, gas station, etc."A Traveller, Sep 2016, CAComfort Suites InnsbrookExcellent 4.0 / 5( 168 genuine reviews )Hotels.com® RewardsFor every 10 nights, get 1 free! 200 people looked at this hotel in the last hourMost recent review"Got to hotel, no reservation from travelocity.. Clerk couldn't cross reference the confirmation numbers so they told us to call travelocity, there was nothing they could do for us...
Lucky for us, they had other rms just not at same rate, which frankly wasn't much different than travelocity ..."A Traveller, Sep 2016, USSpringhill Suites By Marriott Richmond Virginia CenterExcellent 4.0 / 5( 186 genuine reviews )Hotels.com® RewardsFor every 10 nights, get 1 free! 127 people looked at this hotel in the last hourMost recent review"Excellent service and the room where very clean! Free breakfast was good.0"W, Sep 2016, USHampton Inn Richmond WestExcellent 4.6 / 5( 318 genuine reviews )Hotels.com® RewardsFor every 10 nights, get 1 free! 121 people looked at this hotel in the last hourMost recent review"only negative was I requested an early check in but didn't get one, so it messed my plans for the day! "A Traveller, Aug 2016, USWyndham Virginia Crossings Hotel & Conference CenterExcellent 4.6 / 5( 422 genuine reviews )Hotels.com® RewardsFor every 10 nights, get 1 free! 39 people looked at this hotel in the last hourMost recent review"We stayed but one night on the way to OBX, could not have been better!"A Traveller, Jul 2016, USExtended Stay America - Richmond - West End - I-64Good 3.0 / 5( 185 genuine reviews )Hotels.com® RewardsFor every 10 nights, get 1 free! 36 people looked at this hotel in the last hourMost recent review"Only one problem, I went to a car race that ended at one am and the office closed at eleven. I had a problem with my key card at one am , as I heard others did also, lucky for me I got it to work after several ( a little) of try's as my car keys wee in the room,"A Traveller, Sep 2016, USBest Western Plus Glen Allen InnGood 3.9 / 5( 489 genuine reviews )Hotels.com® RewardsFor every 10 nights, get 1 free! 36 people looked at this hotel in the last hourMost recent review"We found the front desk clerk to be very pleasant and helpful"K, Sep 2016, USAloft Richmond WestGood 3.8 / 5( 221 genuine reviews )Hotels.com® RewardsFor every 10 nights, get 1 free! 31 people looked at this hotel in the last hourMost recent review"Hotel in the heart a a town center with many eateries, shops and very near to Regency Mall. Loved the retro/contemporary feel and look of room and hotel in general. Polite staff, nice indoor pool. There was salsa music and dancing on lobby level Saturday night. Will stay at Aloft again and re..."A Traveller, Sep 2016, USHyatt Place Richmond/InnsbrookExcellent 4.1 / 5( 528 genuine reviews )Hotels.com® RewardsFor every 10 nights, get 1 free! 23 people looked at this hotel in the last hourMost recent review"Great......very quiet and clean....very friendly professional and informative hostess especially Darren....my only gripe is that I had no view I open my curtains all I saw was the roof and a air conditioning unit and when I booked my room online it said the room had a DVD player all I seen was t..."A Traveller, Sep 2016, USHilton Garden Inn Richmond InnsbrookExcellent 4.2 / 5( 269 genuine reviews )Hotels.com® RewardsFor every 10 nights, get 1 free! 21 people looked at this hotel in the last hourMost recent review"My boyfriend & I stayed over night at this hotel for a wrestling show in town. Very nice hotel. Comfortable beds, very clean. Located in a nice area with lots of restaurants around. Overall happy with this experience. "A Traveller, Sep 2016, USSee more hotels in Glen Allen, VirginiaRecently bookedBest Western Plus Glen Allen Inn2.5 starsfrom $76Wyndham Virginia Crossings Hotel & Conference Center3.5 starsfrom $89Candlewood Suites Richmond-West2.5 starsfrom $89Aloft Richmond West3 starsfrom $98Candlewood Suites Richmond North Glen Allen2.5 starsfrom $89Pay now or later on most roomsFree cancellation on most roomsBest Price GuaranteeMap of Glen Allen hotelsLandmarksCultural Arts Center Glen AllenJames River Cellars WineryVirginia Randolph MuseumCrump Park and Meadow Farm MuseumNeighborhoodsGlen AllenHotel typesThree Star hotels (9 hotels)Cheap hotels (13 hotels)Pool hotels (15 hotels)Pet Friendly hotels (10 hotels)Free Breakfast hotels (14 hotels)Family-friendly hotels (17 hotels)Best hotels in Glen AllenWith 22 hotels in Glen Allen, there are several way you can use Hotels.com to find the perfect room.
If you are looking to score the best discounts and deals, use the filter to sort by price from low to high. You can book a hotel in Glen Allen for as low as $39 per night. If you are looking to cut down on expenses, look for hotels that include free breakfast and parking. Some hotels even offer free shuttle service to and from nearby places. You can also sort by star rating, proximity, and guest rating.
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Belanova - Wikipedia, the free encyclopedia
From left to right: Edgar Huerta, Denisse Guerrero and Richie Arreola
Universal Music, Virus
Belanova Official Website
Belanova is a Mexican pop Grammy award-winning band that formed in the city of Guadalajara, Jalisco, in 2000. The group consists of Denisse Guerrero (lead vocals), Edgar Huerta (keyboards, programming) and Ricardo "Richie" Arreola (bass, guitar). Although these are the only three official members, several other musicians perform in the band's live lineup, most notably Israel "Campanita" Ulloa (drums) and Richo Acosta (guitar). The band was signed to Virus Records, owned by Universal Music, in 2002.
1.1 Early years & Cocktail (2000–2004)
1.2 Dulce Beat & commercial success (2005–2007)
1.3 Fantasía Pop & venture into foreign markets (2007–2009)
1.4 Sueño Electro project (2010–2012)
1.5 Canciones para la luna (2012-present)
Early years & Cocktail (2000–2004)[edit]
All three members of the band had a passion for music since childhood. Richie, from Guadalajara, developed his interest in music out of an admiration for The Beatles member Paul McCartney as a child. Edgar, also from Guadalajara, first began to be interested in music when his brother received a little keyboard as a Christmas present, showing little interest in it, and so Edgar simply began playing it one day. Denisse, originally from Los Mochis, Sinaloa, enjoyed singing since she was a child, and was previously a member of the band 40 Grados, literally "40 Degrees." The trio met in Guadalajara at a bar where both Edgar and Denisse were working.
Their first album was titled Cocktail and was released in 2003. The first single off the album was "Tus Ojos", which gained popularity due to its inclusion in a Mitsubishi publicity campaign, just after the Japanese car maker's arrival in Mexico. The song reached number one on the Mexican Top 100 and stayed there for 3 consecutive weeks. The album reached number five on the Mexican Albums Chart[1] and was certified Gold; consequently, the album was named one of the Top Five albums of 2003 by Rolling Stone Mexico.
Apart from "Tus Ojos", the album also spawned two more top-twenty hits, "Suele Pasar" and "Aún Asi Te Vas".
The band spent 2003 and 2004 on a 100-Concert Tour around Mexico promoting the album. Following Cocktail's success, management at Universal Music Mexico company encouraged the band to adopt a more commercial sound. Belanova flew to Argentina to record their second album, moving from electronic music to electropop, and the band was moved from the company's dance-music branch, Virus Records, to the larger one, Universal.
Dulce Beat & commercial success (2005–2007)[edit]
In 2005, Belanova released their second album, Dulce Beat, which gained popularity in the Latin American music market thanks largely to television stations such as MTV. The album was released on June 21, 2005 in Mexico, reaching the number one spot and holding the spot for four non-consecutive weeks. The album went on to sell over 200,000 copies in Mexico alone. The first single was "Me Pregunto", with a sound similar to that of Cocktail. The single was followed soon after by "Por Ti", much more grounded in pop music. Both songs reached number one in Mexico. "Rosa Pastel" was released in July 2006 as the third single. The fourth single, "Niño", was used in promotions for Pizza Hut Mexico. The huge success of the album prompted Disney's Latin American branch to ask the band to record a Spanish version of the song "What I've Been Looking For" ("Eres Tú") for the Latin American release of the High School Musical Soundtrack.[2]
The album was very successful in Latin America, with sales of over 500,000. This led to the release of the band's first live album, "Dulce Beat Live", which went Gold in Mexico only few hours after it was released. The album includes a set of 16 songs performed live at the Foro Expo in Guadalajara, Jalisco, Mexico on March 10, 2006. A deluxe edition of Dulce Beat, featuring several acoustic versions of songs from Belanova's first two albums and a new vocal recording of "Te Quedas o Te Vas", was also released, titled Dulce Beat 2.0.
Belanova's video "Por Ti" broke the record for the most weeks on MTV Mexico's Top 20, peaking at number one for twenty-nine weeks.[1] When the album was released in the United States in the spring of 2006, it hit number fifty-nine on Billboard's Top Latin Albums Chart an

type: global

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Arizona cruises past Stanford | Fox News
Arizona cruises past Stanford
Tucson, AZ (SportsNetwork.com) - Aaron Gordon tallied 19 points with a career- best 15 rebounds in third-ranked Arizona's 79-66 rout of Stanford in front of a sold out McKale Center crowd on Sunday to claim the outright regular season Pac-12 crown.
T.J. McConnell added 14 points and Nick Johnson scored 13 for Arizona (27-2, 14-2 Pac-12), which finished unbeaten at home for the second time in the last four seasons. The Wildcats have won four straight overall and nine in a row over Stanford.
"We came out ready to go," Arizona head coach Sean Miller said. "Our backcourt, Nick (Johnson) and T.J. (McConnell) really imposed their will on offense and defense."
Josh Huestis finished with 22 points and 12 boards in the Stanford's (18-10, 9-7) second straight defeat.
The Wildcats led wire-to-wire this one, with McConnell opening the scoring with a pull-up jumper at 18:48. Gordon threw down a pair of alley-oops during the sizzling start, the second of which put Arizona in front, 12-4, 4 1/2 minutes in.
It was 14-11 when Elliott Pitts' corner 3 sparked a 9-2 UA burst. The Wildcats then used their hounding defense to create offense. Johnson's explosive block on Chasson Randle led to a Gordon transition layup at 6:57. Rondae Hollis- Jefferson also got in on the action when he swatted Randle at the rim, grabbed the rebound and took it coast-to-coast for a reverse layup. Another Hollis- Jefferson block propelled Gordon's scoop shot for a 37-21 margin late in the first half.
Anthony Brown scored the final five points of the period to pull the Cardinal within 13 points, 41-28, at halftime.
Arizona led comfortably for most of the second half, with a decisive surge midway through the period all but putting the game away. Gabe York was the catalyst, capping a stretch of eight Wildcats points in just over a minute with his three-point play at 13:29.
York then netted three 3-pointers before Gordon brought the crowd to its feet by faking a behind-the-back pass in transition and banking in a sweeping shot to make it 68-43.
Arizona stumbled down the stretch, allowing Stanford to pull within 11 before Johnson and McConnell both made two straight from the charity stripe to seal it.
Arizona outscored Stanford 15-4 in second chance points and 16-0 in transition ... Arizona's bench outscored Stanford's, 25-4 ... The Wildcats visit Oregon State on Wednesday and Oregon on Saturday to finish the regular season ... Brown and Randle scored 14 and 12 points, respectively, for the Cardinal.

value: This website is an American multinational conservative cable news television channel based in New York City. It is owned by Fox News Media, which itself is owned by the Fox Corporation.


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Patent US6816820 - Method and apparatus for modeling injection of a fluid in a mold cavity - Google PatentsSearch Images Maps Play YouTube News Gmail Drive More »Sign inPatentsThe invention relates to a method and apparatus for analyzing fluid flow while considering heat transfer effects and, in particular, a phase change from a molten state to a solid state. In particular, the method and apparatus may be applied to the analysis of an injection molding process for producing...http://www.google.com/patents/US6816820?utm_source=gb-gplus-sharePatent US6816820 - Method and apparatus for modeling injection of a fluid in a mold cavityAdvanced Patent SearchPublication numberUS6816820 B1Publication typeGrantApplication numberUS 09/404,932Publication dateNov 9, 2004Filing dateSep 24, 1999Priority dateSep 24, 1999Fee statusPaidAlso published asCA2385159A1, CN1382081A, CN100348403C, DE60006701D1, DE60006701T2, EP1218163A1, EP1218163B1, EP1376415A2, EP1376415A3, US20050114104, WO2001023163A1Publication number09404932, 404932, US 6816820 B1, US 6816820B1, US-B1-6816820, US6816820 B1, US6816820B1InventorsChristian Friedl, Franco Stephen Costa, Peter Shane Cook, Kapil Talwar, Leonid K. AntanovskiiOriginal AssigneeMoldflow Ireland, Ltd.Export CitationBiBTeX, EndNote, RefManPatent Citations (43), Non-Patent Citations (38), Referenced by (66), Classifications (21), Legal Events (5) External Links: USPTO, USPTO Assignment, EspacenetMethod and apparatus for modeling injection of a fluid in a mold cavity
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HavertyManufacturing composite parts with integral porous componentsUS6021270May 30, 1997Feb 1, 2000Toyota Jidosha Kabushiki KaishaSystem for generating geometry of object associated with one of similar products, based on geometrical characteristic of this one productUS6077472 *Jun 21, 1995Jun 20, 2000Asahi Kasei Kogyo Kabushiki KaishaDull-surfaced, injection molded synthetic resin articles and a method of shaping themUS6089744 *Dec 29, 1997Jul 18, 2000Exa CorporationComputer simulation of physical processesUS6096088Sep 17, 1997Aug 1, 2000Moldflow Pty LtdMethod for modelling three dimension objects and simulation of fluid flowUS6161057May 4, 1998Dec 12, 2000Toray Industries, Inc.Apparatus for analyzing a process of fluid flow, and a production method of an injection molded productUS6180201 *Jul 25, 1999Jan 30, 2001Imation Corp.Rewritable optical data storage disk having enhanced flatnessUS6192327May 27, 1998Feb 20, 2001Fujitsu LimitedInjection mold design system and injection mold design methodUS6248103 *May 28, 1999Jun 19, 2001The Regents Of The University Of CaliforniaApparatus and method for dynamic cooling of biological tissues for thermal mediated surgery using long laser pulsesUS6327553May 11, 2000Dec 4, 2001Fujitsu LimitedInjection mold design system and injection mold design methodAU2715295A Title not availableEP0525198A1Jan 14, 1992Feb 3, 1993Fanuc Ltd.Method of monitoring position of resin in cavity of metallic moldEP0698467A1Aug 1, 1995Feb 28, 1996Toray Industries, Inc.An apparatus and method for analyzing a process of fluid flow, an apparatus and method for analyzing an injection molding process, an injection molded product, and a production method of the injection molded productEP0747198A2Jun 3, 1996Dec 11, 1996Niigata Engineering Co., Ltd.Molding condition optimizing system for injection molding machineJPH04305424A Title not availableJPH04331125A Title not availableJPH07125034A Title not availableJPH08230007A Title not available* Cited by examinerNon-Patent CitationsReference1"Getting Started with MF/Flow3D," Release 1.0.0, Moldflow Corporation, pp. i, ii, 1-84, (Sep. 1998).2"Getting Started with Moldflow Plastics Insight," Moldflow Corporation, pp. i, ii, 1-91, (Jun. 1999).3"Installation Guide for Moldflow Plastics Insight," Release 1.0.1, Moldflow Corporation, pp. i, 1-73, (Jun. 1999).4"Moldflow Design Principles," Moldflow Corporation, pp. cover, i-vi, 1-55 (1984).5A.N. Brooks et al., "Streamline Upwind/Petrov-Galerkin Formulations for Convection Dominated Flows with Particular Emphasis on the Incompressible Navier-Stokes Equations," Computer Methods in Applied Mechanics and Engineering, vol. 32, pp. 199-258, (1982).6C. Friedl, "Progress Towards True 3D CAE Analysis for Injection Molding," Moldflow Pty. Ltd., 5 pgs. (1996).7C. Herber et al. "A Finite-Element/Finite-Difference Simulation of the Injection-Molding Filling Process," Journal of Non-Newtonian Fluid Mechanics, vol. 7, pp. 1, 3-6 (1980).8C.W. Hirt et al., "Volume of Fluid (VOF) Method for the Dynamics of Free Boundaries," Journal of Computational Physics, vol. 39, pp. 201-225, (1981).9 *Ding et al., "Finite element simulation of an injection moulding process", International journal of numerical methods for heat and fluid flow, 1997.*10F. 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*Nov 30, 2007Nov 28, 2013Richard L. BattisteApparatus for characterizing the temporo-spatial properties of a dynamic fluid front and method thereofCN101754845BJul 1, 2008Jun 19, 2013马格马铸造工艺有限公司Method and apparatus for describing the statistical orientation distribution of particles in a simulation of a mould filling processEP1724716A1 *May 20, 2005Nov 22, 2006MAGMA Giessereitechnologie GmbHOptimization process of a metal casting production processEP2487025A1Jan 26, 2012Aug 15, 2012Gentex Optics, Inc.Method and system employing flow simulation for improving material delivery in lens manufacturingWO2011042153A1 *Oct 5, 2010Apr 14, 2011Priamus System Technologies AgMethod for controlling the production of a product* Cited by examinerClassifications U.S. Classification703/2, 703/9International ClassificationB29C33/38, G06F17/50, B29C45/76Cooperative ClassificationB29C2945/76986, Y02T10/82, B29C45/7693, B29C2945/76531, G06F2217/41, B29C2945/76943, B29C2945/76006, B29C2945/7605, G06F17/5018, G06F2217/16, B29C2945/76381, B29C2945/76775, B29C33/3835European ClassificationB29C45/76R, B29C33/38F, G06F17/50C2Legal EventsDateCodeEventDescriptionMay 1, 2000ASAssignmentOwner name: MOLDFLOW PTY. LTD., AUSTRALIAFree format text: ASSIGNMENT OF ASSIGNORS INTEREST;ASSIGNORS:FRIEDL, CHRISTIAN;COSTA, FRANCO STEPHEN;COOK, PETER SHANE;AND OTHERS;REEL/FRAME:010784/0774;SIGNING DATES FROM 20000217 TO 20000413May 13, 2002ASAssignmentOwner name: MOLDFLOW CORPORATION, MASSACHUSETTSFree format text: ASSIGNMENT OF ASSIGNORS INTEREST;ASSIGNOR:MOLDFLOW PTY LTD;REEL/FRAME:012900/0593Effective date: 20020509Sep 17, 2004ASAssignmentOwner name: MOLDFLOW IRELAND, LTD., IRELANDFree format text: ASSIGNMENT OF ASSIGNORS INTEREST;ASSIGNOR:MOLDFLOW CORPORATION;REEL/FRAME:015148/0061Effective date: 20040914May 9, 2008FPAYFee paymentYear of fee payment: 4May 2, 2012FPAYFee paymentYear of fee payment: 8RotateOriginal ImageGoogle Home - Sitemap - USPTO Bulk Downloads - Privacy Policy - Terms of Service - About Google Patents - Send FeedbackData provided by IFI CLAIMS Patent Services

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Victory (pinball) - Wikipedia
Constantino Mitchell, Jeanine Mitchell
Victory is a John Trudeau designed 1987 solid state pinball machine by Premier and licensed under Gottlieb.[1]
It was the first pinball machine to use a completely screened photo-realistic Vitrigraph. Other games had the silk screen on the wood. The table sold 3,100 units. The game was designed by John Trudeau, the artwork was by Constanitino Mitchell and sound by Dave Zabriskie.
Victory is a driving themed game. The goal is to get the ball into all seven targets (or as the game refers to them as checkpoints) and to then finish the race by making the ball go through the checkered spinner.
Victory is a playable table in Pinball Hall of Fame: The Gottlieb Collection as well as The Pinball Arcade on multiple platforms as a licensed table.
^ http://www.ipdb.org/machine.cgi?id=2733
IPDB Listing for Victory
Retrieved from "https://en.wikipedia.org/w/index.php?title=Victory_(pinball)&oldid=765675618"
1987 pinball machines
This page was last edited on 15 February 2017, at 19:54.


text:
Expression of the C4 Me1 Gene from Flaveria bidentis Requires an Interaction between 5[prime] and 3[prime] Sequences. - PubMed - NCBI
Format: AbstractFormatSummarySummary (text)AbstractAbstract (text)MEDLINEXMLPMID ListApplySend toChoose DestinationFileClipboardCollectionsE-mailOrderMy BibliographyCitation managerFormatSummary (text)Abstract (text)MEDLINEXMLPMID ListCSVCreate File1 selected item: 12237394FormatSummarySummary (text)AbstractAbstract (text)MEDLINEXMLPMID ListMeSH and Other DataE-mailSubjectAdditional textE-mailDidn't get the message? Find out why...Add to ClipboardAdd to CollectionsOrder articlesAdd to My BibliographyGenerate a file for use with external citation management software.Create File
See comment in PubMed Commons belowPlant Cell. 1997 Sep;9(9):1515-1525.Expression of the C4 Me1 Gene from Flaveria bidentis Requires an Interaction between 5[prime] and 3[prime] Sequences.Marshall JS1, Stubbs JD, Chitty JA, Surin B, Taylor WC.Author information1CSIRO Plant Industry, GPO Box 1600, Canberra 2601, Australia.AbstractThe efficient functioning of C4 photosynthesis requires the strict compartmentation of a suite of enzymes in either mesophyll or bundle sheath cells. To determine the mechanism controlling bundle sheath cell-specific expression of the NADP-malic enzyme, we made a set of chimeric constructs using the 5[prime] and 3[prime] regions of the Flaveria bidentis Me1 gene fused to the [beta]-glucuronidase gusA reporter gene. The pattern of GUS activity in stably transformed F. bidentis plants was analyzed by histochemical and cell separation techniques. We conclude that the 5[prime] region of Me1 determines bundle sheath specificity, whereas the 3[prime] region contains an apparent enhancer-like element that confers high-level expression in leaves. The interaction of 5[prime] and 3[prime] sequences was dependent on factors that are present in the C4 plant but not found in tobacco.PMID: 12237394 PMCID: PMC157030 DOI: 10.1105/tpc.9.9.1515 [PubMed - as supplied by publisher] Free PMC ArticleShareLinkOut - more resourcesFull Text SourcesHighWire - PDFPubMed CentralOther Literature SourcesCited by Patents in - The LensPubMed Commons home

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value: This website is an American internet retailer selling primarily furniture headquartered in Midvale, Utah, near Salt Lake City.


text:
Patent US6707004 - Apparatus for securing a power cable from a power source to a wire feeder - Google PatentsSearch Images Maps Play YouTube News Gmail Drive More »Sign inAdvanced Patent SearchPatentsThe present invention is directed to an apparatus for securing a power cable from a power source to a wire feeder of a welding system. The wire feeder includes an inlet configured to receive a de-sheathed portion of the power cable. A frame includes at least one cavity and, preferably, a pair of cavities...http://www.google.com/patents/US6707004?utm_source=gb-gplus-sharePatent US6707004 - Apparatus for securing a power cable from a power source to a wire feederAdvanced Patent SearchPublication numberUS6707004 B2Publication typeGrantApplication numberUS 10/064,680Publication dateMar 16, 2004Filing dateAug 6, 2002Priority dateAug 6, 2002Fee statusPaidAlso published asUS20040026393Publication number064680, 10064680, US 6707004 B2, US 6707004B2, US-B2-6707004, US6707004 B2, US6707004B2InventorsNicholas A. Matiash, Jefferey R. IhdeOriginal AssigneeIllinois Tool Works Inc.Export CitationBiBTeX, EndNote, RefManPatent Citations (7), Referenced by (6), Classifications (12), Legal Events (5) External Links: USPTO, USPTO Assignment, EspacenetApparatus for securing a power cable from a power source to a wire feederUS 6707004 B2Abstract The present invention is directed to an apparatus for securing a power cable from a power source to a wire feeder of a welding system. The wire feeder includes an inlet configured to receive a de-sheathed portion of the power cable. A frame includes at least one cavity and, preferably, a pair of cavities coaxial with respect to one another and orthogonal with respect to the inlet are provided. The first cavity has a securing mechanism such as a stud or setscrew disposed therein such that the securing mechanism engages a portion of the de-sheathed cable. The securing mechanism engages the power cable to lodge a portion of the power cable within the second cavity thereby creating a secure attachment of the power cable to the wire feeder.
What is claimed: 1. A casting for a drive assembly of a wire feeder, the casting comprising:
a frame in operable association with a gear box configured to translate wire through the wire feeder; at least one power cable inlet positioned at one end of the frame and configured to receive a weld cable; at least one cavity positioned at the one end of the frame and in communication with the at least one power cable inlet; and at least one securing mechanism removably positionable in the at least one cavity to engage a portion of the weld cable extending through the at least one power cable inlet so as to secure the weld cable to the drive assembly. 2. The casting of claim 1 wherein the at least one cavity includes a first cavity and a second cavity that intersect the at least one power cable inlet, the first cavity having a threaded interior surface.
3. The casting of claim 2 wherein the at least one securing mechanism includes a setscrew engageable with the threaded interior surface of the first cavity.
4. The casting of claim 2 wherein the first cavity has a cross-sectional diameter less than a cross-sectional diameter of the second cavity.
5. The casting of claim 4 wherein the second cavity is positioned coaxial to the first cavity.
6. The casting of claim 2 wherein the second cavity is configured to receive a portion of the weld cable, the portion of the weld cable being directed into the second cavity by the at least one securing mechanism so as to lodge the portion of the weld cable in the second cavity.
7. The casting of claim 2 wherein the first and the second cavity share a common vertical axis.
8. A welding system comprising:
a power source; a cable connected to the power source at one end; and a wire feeder drive assembly connected to another end of the cable, the wire feeder drive assembly having: an inlet configured to pass the cable therethrough; a frame having a wire bore and a setscrew bore therein, the wire bore being in line with the inlet; and a setscrew within the setscrew bore and in communication with the wire bore to secure the cable within the wire bore. 9. The welding system of claim 8 wherein the setscrew bore includes a first cavity orthogonal to the wire bore.
10. The welding system of claim 9 wherein the setscrew bore includes a second cavity in line with the first cavity and orthogonal to the wire bore, the second cavity configured to receive a portion of the cable when under a force applied by the setscrew.
11. The welding system of claim 10 wherein the first cavity has a diameter smaller than a diameter of the second cavity.
12. The welding system of claim 10 wherein the first cavity and the second cavity intersect the wire bore.
13. A drive assembly for a wire feeder, the drive assembly comprising:
a motor assembly; a gearbox cover attached to the motor assembly; a frame attachable to the gearbox cover, the frame including: a wire bore configured to pass a weld cable; a cavity intersecting the wire bore; and means disposed in the cavity for securing the cable within the wire bore. 14. The drive assembly of claim 13 wherein the means for securing includes a threaded setscrew reciprocally engageable within the cavity.
15. The drive assembly of claim 14 wherein the cavity includes a first volume and a second volume and wherein the tube extends orthogonally between the first and the second volumes.
16. The drive assembly of claim 15 wherein the second volume has a cross-sectional diameter less than a cross-sectional diameter of the first volume.
17. The drive assembly of claim 14 wherein the means for securing the cable includes means for forcing a portion of the cable into a lower portion of the cavity.
18. A kit for retrofitting a drive assembly of a wire feeder, the kit comprising:
an adaptor securable to a gearbox of the drive assembly, the adaptor having a cable inlet configured to receive a weld cable and a cavity intersecting the cable inlet; and a setscrew positionable within the cavity and configured to lodge the weld cable in a position of the cavity. 19. The kit of claim 18 further comprising a wire configured to be in electrical contact with the weld cable and configured to transfer energy to a motor of the drive assembly.
20. The kit of claim 19 wherein the wire includes an eyelet configured to pass the weld cable therethrough.
21. The kit of claim 18 wherein the intersection of the cable inlet and the cavity defines a first volume and a second volume and wherein the setscrew is positionable in the first volume and configured to apply a force to the weld cable so as to lodge a portion of the weld cable in the second volume.
BACKGROUND OF INVENTION The present invention relates generally to welding systems and, more particularly, to an apparatus for securing a power cable from a welding power source to a wire feeder.
Wire feeders are typically used to feed metal wire into a weld during a welding process such as Gas Metal Arc Welding (GMAW) and other welding processes. Typical wire feeders have a drive roller assembly for driving the metal feed from a feed spindle through a welding gun for introduction to the weld. Power is supplied to the drive roller assembly by a welding power source via a weld cable. The amperage or current generated by the power source governs the speed in which the metal feed is fed to the weld. Generally, the higher the amperage supplied to the wire feeder, the greater the speed by which the wire feeder supplies the metal filler to the weld.
Generally, the power cable extending from the power source is connected to the wire feeder via a lug terminal connection. To effectuate this connection, an end of the cable typically has a lug �crimped� securely thereon. The lug is then bolted to the wire feeder to achieve an electrical connection between the power source and the wire feeder.
Accordingly, it is desirable to design a lug-free apparatus for securing the welding cable from the power source to the wire feeder to expedite the manufacturing process and reduce costs typically associated with securing the welding cable to the wire feeder Furthermore, a lug-free connection enables the end user to fabricate custom welding cables without having to procure otherwise unnecessary equipment.
BRIEF DESCRIPTION OF INVENTION The present invention is directed to a cable-securing apparatus for a wire feeder overcoming the aforementioned drawbacks. Accordingly, a wire feeder includes a drive assembly having an internal frame connected to a gearbox. The frame has a cable inlet in communication with a wire bore through which a weld cable may be extended. When the cable is extended through the wire bore, a stud or setscrew disposed in a cavity orthogonal to the wire bore may be manipulated so as to engage the end of the cable. The stud or setscrew is designed to exert a force on the cable so that the engaged portion of the cable is forced (at least partially) to lodge within a second cavity positioned in-line and opposite the first cavity. Preferably, the second cavity has an inlet larger than the outlet of the first cavity. That is, the second cavity is in a coaxial relationship with the first cavity with the wire bore extending therebetween.
Therefore, in accordance with one aspect of the present invention, a casting for a drive assembly of a wire feeder is provided. The casting includes a frame in operable association with a gearbox configured to translate wire through the wire feeder. The casting further Includes at least one power cable inlet positioned at one end of the frame and configured to receive a weld cable. At least one cavity is positioned at the one end of the frame and is in communication with the at least one power cable inlet. The casting further includes at least one securing mechanism removably positionable in the at least one cavity to engage a portion of the weld cable extending through the at least one power cable inlet so as to secure the weld cable to the drive assembly.
In accordance with another aspect of the present invention, a welding system includes a power source as well as a cable connected to the power source at one end. The welding system further includes a wire feeder drive assembly connected to another end of the cable wherein the wire feeder drive assembly includes an inlet configured to pass the cable therethrough. The drive assembly further includes a frame having a wire bore and a setscrew bore therein. The wire bore is positioned in line with the inlet. A setscrew lies within the setscrew bore and in communication with the wire bore to secure the cable within the wire bore.
In accordance with yet another aspect of the present invention, a drive assembly for a wire feeder is provided. The drive assembly includes a motor assembly and a gearbox cover attached to the motor assembly. A frame attachable to the gearbox cover is also provided. The frame has a wire bore configured to pass a weld cable as well as a cavity intersecting the wire bore. The apparatus further includes means disposed within the cavity for securing the cable within the wire bore.
In accordance with yet a further aspect of the present invention, a kit for retrofitting the drive assembly of a wire feeder includes an adaptor securable to a gearbox or casting of the drive assembly. The adaptor includes a cable inlet designed to receive a weld cable as well as a cavity intersecting the cable inlet. The kit further includes a setscrew positionable within the cavity and configured to lodge the weld cable in a portion of the cavity.
FIG. 1 is a perspective view of an assembled power source and wire feeder combination incorporating the present invention.
FIG. 2 is a perspective view of an assembled portable embodiment of that shown in FIG. 1.
FIG. 3 is a perspective view of the wire feeder shown in FIGS. 1-2.
FIG. 4 is an exploded view of a drive assembly in accordance with the present invention.
FIG. 5 is a perspective view of a casting in accordance with the present invention.
FIG. 6 is a side elevational view of that shown in FIG. 5.
DETAILED DESCRIPTION The present invention is directed to a cable securing apparatus and is particularly applicable for a wire feeder of a welding system. The securing apparatus includes a pair of cavities and a cable inlet wherein the cable inlet is configured to receive an unsheathed portion of a power cable and one cavity is configured to receive a securing mechanism such as a stud or threaded setscrew to engage the de-sheathed portion of the power cable so as to lodge the portion of the cable within the other cavity to effectuate attachment of the power cable. The securing mechanism structurally secures the cable to the wire feeder so as to prevent an inadvertent disconnection of the cable from the wire feeder.
The present invention will be described with respect to a wire feeder for use with welding systems such as MIG welding and flux cored welding systems. While the present invention will be described with respect to wire feeders such as model D-74S and D-74D manufactured by Miller Electric Manufacturing Co. of Appleton, Wis., the present invention is equivalently applicable to any device wherein a secure electrical cable connection is sought.
Referring now to FIG. 1, a welding system 10 comprises a power source 12, a gas cylinder 14, and a wire feeder assembly 16. Preferably, power source 12 is a constant voltage welding power source supplying welding arc power and 24 VAC to wire feeder 16. Wire feeder 16 is electrically connected to the power source 12 via control cable 18 wherein cable 18 includes a pin 20 that engages a corresponding nut 22 on the front panel 24 of the power source 12. Also connected between the power source 12 and the wire feeder 16 is weld cable 26. Weld cable 26 may be either a positive weld cable or a negative weld cable depending upon the particular welding process. Hereinafter, however, cable 26 will be described as a positive weld cable. As such, a negative weld cable 28 also extends from the power source 12. Negative weld cable 28 extends from power source 12 to a clamping member 30 which is configured to hold workpiece 32. Since positive weld cable 26 extends to wire feeder 16 and the negative weld cable 28 extends to workpiece 32, the requisite voltage potential between the wire feeder and workpiece necessary for welding is achieved.
Also connected to wire feeder 16 is a gas hose 34 which supplies gas for the arc-welding process from gas cylinder 36. Gas cylinder 36 includes a regulator and flow meter 38 and, in the embodiment illustrated in FIG. 1, is securely positioned against structure 40 via chain 42.
Wire feeder 16 includes a base plate 44 which is configured to support wire feed spindles 46 and control box 48. It should be noted that on the undersurface of base plate 44 are a number of rubber feet 50 that help to limit sliding of the wire feeder 16, as will be described with respect to FIG. 2. In the Illustrated embodiment, wire feeder 16 Includes two welding guns 52 which are supplied welding wire 54 stored on wire feed spindles 46 by a corresponding drive roller assembly 56. Each drive assembly 56 is connected to control box 48 via leads 58.
Control box 48 includes a number of controls 60 that are used by the welder or technician to conduct the welding process. The switches include jog/purge push buttons and an ON/OFF switch (not shown). Additional controls 62 include knobs that control the wire speed and a left/right switch 64. Affixed to the control box 48 is a label/nameplate 66 that displays information regarding model, serial number, and the like.
Referring now to FIG. 2, the aforementioned welding apparatus may also be embodied in a portable system. That is, the wire feeder 16 may be positioned atop the power source 12 and jointly placed on a pull cart 68. The previously described rubber feet 50 limit sliding movement of the feeder when atop the power source 12. The pull cart may also include a cylinder support tray 70 configured to support gas cylinder 36. In this embodiment, chain 42 is secured to plate 72 which is connected to support tray 70 via cross-member 74. Plate 72 is designed to be secured to a top rear portion of power source 12. Pull cart 68 includes wheels 76 and pulling arm 78 to assist with the transportability of the welding system.
Referring now to FIG. 3, the rear portion of wire feeder 16 is shown. Control box 48 includes a back panel 80 having a number of cooling vents 82 and a drive assembly rotation knob 84. Also secured to back panel 80 is a pair of shielding gas valve fittings 86 each of which receives a shielding gas hose. Preferably positioned between the two shielding gas valve fittings 86 is a rating label 88. Control cable 18 is also connected to the back panel 80 via socket 90.
Mounted adjacent each side panel 92 of the control box and supported by plate 44 is a drive roller assembly 56. Each drive roller assembly 56 includes a motor and other related components, which will be described in greater detail below, that receive power from weld cable 26. Also supported by base plate 44 is a pair of structures 94 consisting of a vertical plate 96 and rod 98 that collectively support a wire spool or reel 46 (FIG. 1). It should also be noted that a jumper cable 100 extends from one drive assembly to the other drive assembly thereby providing power from the single weld cable 26 to both drive assemblies.
Referring now to FIG. 4, the drive assembly 56 in accordance with the present invention will be described in greater detail. Drive roller assembly 56 includes a motor 102 having a pressure assembly 104 secured thereto. The pressure assembly includes a flap 106, a shaft 108, and a knob 110. In one embodiment, the motor is a one-eighth horsepower, at 24 volt DC motor. At one end of motor 102 is a gearbox cover 112 that is built thereon. Fastened to gearbox cover 112 is a pinion drive 118 and a retaining ring 120. Drive pinion 118 and ring 120 are securely fastened to shaft 122. Also secured to the gearbox are a number of carriers 124 and 126. Carrier 124 is comprised of screw 127 which is mounted within carrier 128 to securely fasten spacer 130, rocker pin 132, arm 134, and spacer 136 to gearbox cover 112. Drive carrier 126 also includes a screw 138 which secures carrier 140 and spacer 142 to the gearbox cover 112. While only one of each of the aforementioned drive roll carriers is shown, preferably, two carriers of each type are attached to the gearbox.
Also attached to the gearbox 112 is casting 144. Casting 144 is secured to the gearbox 112 via bolts 146. A locator 148 helps to locate the position of the casting 144. A spacer S is located on the back side of casting 144 which electrically isolates the casting and is also used to create some separation between the gearbox and the casting. Connected to casting 144 is knob 150 . As will be described in greater detail with respect to FIGS. 5-6, a setscrew 152 engages a cavity 186 of casting 144. Setscrew 152 is designed to engage a portion of the weld cable so as to securely attach the weld cable to the casting 144. The main power for the welding arc may be transferred through the casting and into the gun where it is carried up to the weld. Some applications require a transfer of power from the weld cable to the drive assembly. This is accomplished with wire 154 having an eyelet 156 at one end. Wire 154 is secured to the casting 144 via screw and washer assembly 162.
Wire 154 then communicates with plug 158 which also includes wire 160 thereby completing an electrical circuit with the motor 102. To protect the internal components of the drive assembly, a cover 164 is connected to casting 144 via screw 166 and extension member 168 which is aligned with corresponding extension 170 mounted to casting 144.
Referring now to FIG. 5, a perspective view of casting 144 in accordance with the present invention is shown. Casting 144 includes frame 172 which, as previously described, is mounted to the gearbox of the motor assembly using screws or bolts that are inserted through bores 174. Frame 172 further includes cross-member 176 which divides the internal space of the casting into sections 178 and 180. Each section 178, 180 is sized so as to provide room for the corresponding drive rollers of the drive assembly.
Casting 144 further includes a pair of securing chambers 182 each of which includes a wire bore defined by weld cable inlet 184 and a cavity 186 that orthogonally intersects cable inlet 184. That is, an intersection 188 of the cable inlet 184 and cavity 186 results which will be used to secure the weld cable to the casting.
Referring now to FIG. 6, a side elevational view of that shown in FIG. 5 is illustrated. As shown in phantom, weld cable 26 extends into inlet 184 such that a portion of the weld cable 26 extends past the intersection 188 of inlet 184 and cavity 186. As such, a setscrew or stud 190 may be inserted through a top portion or volume 192 of cavity 186 such that a portion of the weld cable 26 is forced into or lodged within a bottom portion or volume 194 of cavity 186. Accordingly, if a setscrew as opposed to a stud is used to secure the weld cable within cavity 186, top portion 192 of cavity 186 includes a series of threads 196 that engage corresponding grooves of the setscrew it should be noted that the cross-sectional diameter of the top portion 192 is, preferably, smaller than the cross-sectional diameter of bottom portion 194. Further, top portion or volume 192 and bottom portion or volume 194 have a co-axial relationship with respect to one another as well as share a common vertical axis. By positioning cavity 186 to intersect the cable inlet 184, it is possible to securely position weld cable 26 within the bottom portion 194 of cavity 186.
In an alternate embodiment, casting 144 may be fabricated as an adaptor securable to a gearbox to retrofit a drive assembly to achieve the advantages of the present invention heretofore described.
Therefore, in accordance with one embodiment of the present invention, a casting for a drive assembly of a wire feeder is provided. The casting includes a frame in operable association with a gearbox configured to translate wire through the wire feeder. The casting further includes at least one power cable inlet positioned at one end of the frame and configured to receive a weld cable. At least one cavity is positioned at the one end of the frame and is in communication with the at least one power cable inlet. The casting further includes at least one securing mechanism removably positionable in the at least one cavity to engage a portion of the weld cable extending through the at least one power cable inlet so as to secure the weld cable to the drive assembly.
In accordance with another embodiment of the present invention, a welding system includes a power source as well as a cable connected to the power source at one end. The welding system further includes a wire feeder drive assembly connected to another end of the cable wherein the wire feeder drive assembly includes an inlet configured to pass the cable therethrough. The drive assembly further includes a frame having a wire bore and a setscrew bore therein. The wire bore is positioned in line with the inlet. A setscrew lies within the setscrew bore and in communication with the wire bore to secure the cable within the wire bore.
In accordance with yet another embodiment of the present invention, a drive assembly for a wire feeder is provided. The drive assembly includes a motor assembly and a gearbox cover attached to the motor assembly. A frame attachable to the gearbox cover is also provided. The frame has a wire bore configured to pass a weld cable as well as a cavity intersecting the wire bore The apparatus further includes means disposed within the cavity for securing the cable within the wire bore.
In accordance with yet a further aspect of the present invention, a kit for retrofitting the drive assembly of a wire feeder includes an adaptor securable to a gearbox of the drive assembly. The adaptor includes a cable inlet designed to receive a weld cable as well as a cavity intersecting the cable inlet. The kit further includes a setscrew positionable within the cavity and configured to lodge the weld cable in a portion of the cavity.
As indicated previously, the present invention has been described with particularity to a wire feeder of a welding system. However, the present invention is equivalently applicable to other machines and systems wherein a secure electrical connection is sought. That is, the present invention may be utilized in other devices wherein a user may insert a de-sheathed portion of a cable into a cavity and secure the cable within the cavity by activating a setscrew so as to lodge the cable in a second cavity orthogonally positioned with respect to the first cavity.
Patent CitationsCited PatentFiling datePublication dateApplicantTitleUS2935312 *Nov 5, 1957May 3, 1960Lockheed Aircraft CorpApparatus for post-heating with a shielded arc spotwelding gunUS3108179 *Apr 14, 1961Oct 22, 1963Oerlikon Buhrle & CoBuffer gas welding installationUS3275796 *Nov 19, 1965Sep 27, 1966Beecher Products CompanyArc welding control systemUS5338917 *Feb 26, 1992Aug 16, 1994Tweco Products, Inc.Ergonomic welding gun with quick disconnect cable assemblyUS5512726 *Mar 23, 1995Apr 30, 1996Societe Nationale D'etude Et De Construction De Moteurs D'aviation "Snecma"Automatic welding installationUS6479795 *Oct 11, 2000Nov 12, 2002Illinois Tool Works Inc.Portable welding wire feeder and housingUS6596972 *Jul 17, 2001Jul 22, 2003Lincoln Global, Inc.Welding accessory arrangement* Cited by examinerReferenced byCiting PatentFiling datePublication dateApplicantTitleUS7355141 *Dec 11, 2003Apr 8, 2008Illinois Tool Works Inc.Welder with integrated regulatorUS7624908 *Aug 17, 2005Dec 1, 2009Lincoln Global, Inc.Welding wire feeder and connection apparatusUS7985940Feb 6, 2007Jul 26, 2011Illinois Tool Works Inc.Welder with internal shielding gas regulatorUS7999209 *Jul 22, 2009Aug 16, 2011Lincoln Global, Inc.Wire drive for wire feeder and spool gunUS8809741Feb 22, 2008Aug 19, 2014Illinois Tool Works, Inc.Multi-cable umbilical cord systemUS20080203074 *Feb 22, 2008Aug 28, 2008Feldhausen Joseph ESystem and method for protecting a welding-type system from strain* Cited by examinerClassifications U.S. Classification219/137.2, 219/137.31, 219/137.9International ClassificationB23K9/12, B23K9/133, B23K9/32Cooperative ClassificationB23K9/133, B23K9/124, B23K9/32European ClassificationB23K9/133, B23K9/32, B23K9/12FLegal EventsDateCodeEventDescriptionSep 16, 2011FPAYFee paymentYear of fee payment: 8Jan 8, 2008CCCertificate of correctionSep 24, 2007REMIMaintenance fee reminder mailedSep 15, 2007FPAYFee paymentYear of fee payment: 4Nov 6, 2002ASAssignmentOwner name: ILLINOIS TOOL WORKS, INC., ILLINOISFree format text: ASSIGNMENT OF ASSIGNORS INTEREST;ASSIGNORS:MATIASH, NICHOLAS A.;IHDE, JEFFERY R.;REEL/FRAME:013226/0891Effective date: 20020805Owner name: ILLINOIS TOOL WORKS, INC. 3600 WEST LAKE AVENUEGLEFree format text: ASSIGNMENT OF ASSIGNORS INTEREST;ASSIGNORS:MATIASH, NICHOLAS A. /AR;REEL/FRAME:013226/0891RotateOriginal ImageGoogle Home - Sitemap - USPTO Bulk Downloads - Privacy Policy - Terms of Service - About Google Patents - Send FeedbackData provided by IFI CLAIMS Patent Services©2012 Google


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Transition Styles In Powerpoint 2013 | eBay Please enable JavaScript Our new search experience requires JavaScript to be enabled. Please enable JavaScript on your browser, then try again.
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Hotel Best Western Merrimack Valley, Haverhill, MA - Booking.com
401 Lowell Avenue, Haverhill, MA 01832, United States of America
This hotel is 3 miles from downtown Haverhill and within a 20-minute drive of the Canobie Lake Park. The hotel has a hot tub and rooms with free Wi-Fi. Several restaurants are within walking distance of the property.
The Best Western Merrimack Valley is within a 10-minute drive of the Winnekenni Castle. Boston is a 30 minute drive away and The Salem Witch Museum is within a 45-minute drive of the hotel. We speak your language!
Best Western Merrimack Valley has been welcoming Booking.com guests since Jan 14, 2011
The most recent booking for this hotel was made on Feb 26 at 12:23 PM from the United States.
Just booked in Haverhill:
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4 Reasons to Choose Best Western Merrimack Valley
Best Western Merrimack Valley takes special requests – add in the next step!
Park View Inn has a location score of 8.4
See the 2 best hotels in Haverhill, based on 327 verified hotel reviews on Booking.com.
Located in Andover, Massachusetts, this all-suite hotel offers a stovetop in the kitchenette and free Wi-Fi is accessible in each guest suite. Most recent booking for this hotel was yesterday at 22:05
This hotel is located just 1 mile off Interstate 93 in Salem, New Hampshire, and offers free WiFi. Canobie Lake Amusement Park is 7 minutes’ drive away. Most recent booking for this hotel was today at 12:24
This Methuen, Massachusetts hotel is an 8-minute drive from Canobie Lake Amusement Park. The hotel offers an indoor swimming pool, on-site restaurant and free Wi-Fi. Most recent booking for this hotel was today at 05:57
눇Breakfast buffet was great,many things to choose from.Friendly staff.indoor pool and hot tub added bonus.
눇Great staff, bed was very comfy (didn't want to get up) easy access from the highway
눉Breakfast was adequate and wished there was a changing room in the pool area.눇The bed was very comfy and the pillows were fluffy
눉Better vending choices.눇Clean, quiet and comfortable.
눉Place smell cigarette soon you get in the room눇I love the room was big especially the shower. Breakfast in the morning
눉Trying to get in or out of the parking lot-they need a stoplights! Very dangerous! Not the hotels fault tho눇The wonderful girl at the front desk,I believe her name was Gwendolyn? She was so sweet and nice to us!
눉cleaning services could have been a little better. Pillows left on the floor after bed made, not all dirty towels picked up, etc..눇I liked that there was a fridge and microwave in the room, that helped a lot.
“Our stay was okay. Could have been better but not at all like their pictures posted.”
눉Didn't like how looking out the window showed a lonely forgotten dying tree in the middle of an enclosed courtyard. Looking out kind of reminded me of a mini prison. The shower when we first took one was freezing, but as the nights went on, it got warmer. The breakfast was prison food and we didn't eat there.눇Liked that the bed was comfy.
눉Neighbors screaming at 2am눇Clean
눉The pool was super cold!눇Nice hot tub and very clean rooms!
눇Wasn't there long enough to make an impression. I would say it was adequate for one might.
“well located for travel”
눉separate building from travel companions눇large room
눉There was anything I didn't like.눇Nice and quiet room. Good breakfast. Handy for shops
bowmanroger
눉bath tub needed corking눇area and convenience
211007,208333,210858,203396,211090,207035,203225,190781,207483,204124,209104,211165,208160,205682,206882,210814,209215|1,210858|2,194153,201964,209922,210817,209640,211506,211461,203206,209215,203454,203056,207884,205164,193924,204587,206364,203220,210113,207513,210890,201380|3,208782,200404,209825,207092,209631|1,207205,210718,211589,209049,202398,208414,207976,208507,202643,198584,206291|1,209923,201523,207217,185503,211631,209618,190946,197367,208334,201691,207480|1,204534,210858|3,211158,205697,208044,211291,206291,206364|2,205969,207977,207473,206104,210785,208579,208943,205677,206562,205736,197382,208689,207609,200497,198582,203454|1,208823,204742,210784,210194,201380,205232,210648,210890|1,195650,202060,210963,206793,208048,210941,207480,209477,210858|9,204377,209853,202717,209865,203218,210835,211643,209175,209631,205443,205610,211355,204807,206930,197779,204321,211692,205512,199682,206364|4,207723,210994,204809,209029,208493,211073,208228,200322,207077,202145

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4 bedroom semi-detached house to rent in Cranbrook Rise, Ilford, Essex, IG1, IG1
www.rightmove.co.uk/property/81533207
Great sized four bedroom property
Located on one of Ilfords sought after roads, we are delighted to bring to the rental market this stunning well maintained four bedroom family home. Within walking distance to Gants hill central line station. a Beautiful family home with great living space.
Reception one 15'10''x14'6''
Reception two 16'3''x11'11'
Reception Three 14'4''x9'5''
Kitchen 12'2''x6'7''
Bedroom One 14'3''x12'11''
Bedroom two 16'3''x11'11''
Bedroom Three 9'5''x7'8''
Bedroom Four 11'11''x8'9''
This property is marketed by Aaron Holmes, Essex & East London at £2,100 per month. Rightmove has calculated the price per week for comparison purposes only.
Property reference PP475. The information displayed about this property comprises a property advertisement. Rightmove.co.uk makes no warranty as to the accuracy or completeness of the advertisement or any linked or associated information, and Rightmove has no control over the content. This property advertisement does not constitute property particulars. The information is provided and maintained by Aaron Holmes, Essex & East London.

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Dennis Norwood (#47514808)	member for 3 years, 4 months, 14 days
www.abrtechnologies.com/f...
2,027 Memorials Managed
Search Contributor's Records First NameLast NameVirtual CemeteriesBattle Farm-Falls County (23)Bone (112)Brushy-Other (381)Cavender (68)Chandler (41)Cooke County-Other (27)Denton County-Other (143)Eagle Point-Other (72)Ebenezer-Montgomery Co. (19)Evard (2)[View all Virtual Cemeteries...]Find A Grave Friendsbonnie price, Carol Davis Son..., CKinseyC, DHunt, Dylan Mahan, Eric & Tami Low..., Georgia, JFH, John Christeson, Linda Williams, Lisa Davis, Lynda Duncan Mi..., M. Luna, Mary V. [Johnso..., Matt, Rachele Bone Po..., Regina Bone, Richard Knoll, Stone✞Se..., SweetPeacock, [View all Find A Grave Friends...]Messages left for Dennis Norwood (59)[Leave Message]
Patricia Williams CurryWhite Rock CemeteryThank you for the photos of the markers that you took and posted for Walter Lynn Kendrick and Letha Kendrick. I think pictures make the memorials so much nicer. I appreciate your help and your dedication to those who have gone before us. PatAdded by Patricia Williams Curry on Aug 04, 2014 10:01 AMLindaBeardThank you so much for the Beard photos. I appreciate your work.Added by Linda on Aug 04, 2014 8:34 AMNeil LoftissRE: Ethel Denia HawkinsGlad to help!NeilAdded by Neil Loftiss on Jul 31, 2014 4:43 PMKAREN LOVYRE: William H McFerrinNo relationship KarenAdded by KAREN LOVY on Jul 27, 2014 6:42 PMJennifer UllrichRE: Dana Jacquelyn UllrichOf course. Help yourself.Added by Jennifer Ullrich on Jul 21, 2014 8:27 AMJeannette KentchRE: Alice W AndersonYour welcome :)Added by Jeannette Kentch on Jun 24, 2014 6:03 PMJanice JenkinsRE: Mary E Greer CoxThank you Dennis for going the extra step in looking for Mary's grave. I'm very familiar with the Mahomet and was just there for the flag ceremony. Meet some wonderful cousins that I didn't know I had.Please let me know if you can find anything.As far as the Jenkins name, my husband family is from both North and South Carolina. My husband was born in Charleston, SCAdded by Janice Jenkins on Jun 24, 2014 3:11 PMJoRobert Hatton PayneThank you. Could you please post the tombstone on Robert's memorial? It is on Mary Ella's but not his.Added by Jo on Jun 24, 2014 7:33 AMJeannette KentchAlice W AndersonI uploaded her & her husbands marker to her individual memorial since you had requested it for Israel. I thought you'd like it for his wife as well.Added by Jeannette Kentch on Jun 22, 2014 3:27 PMWalter D GolladayHallette Mable GolladayThank you for taking the photograph of Hallette's gravestone. Happy Memorial Day!Added by Walter D Golladay on May 26, 2014 4:04 AM[View all messages...] Privacy Statement and Terms of Service Advertisement

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Top 10 Meistershofen Hotels Near Bodensee Center | Germany | Hotels.com
Hotels near Bodensee Center, Meistershofen
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The best hotel deals are here: We have Bodensee Center hotel deals, Bodensee Center last minute deals and offers to get you the cheapest Bodensee Center hotel with our lowest price guarantee.


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Re: Discrete Cosine Transform and DFT: Photographic Science and Technology Forum: Digital Photography Review
J A C S • Forum Pro • Posts: 12,636
In reply to alanr0 • Aug 17, 2017
is jpg FT or discrete cosine transform? (Curious, I am not sure -- perhaps DFT and DCT are even related)
JPEG uses Discrete Cosine Transform.
DCT is a DFT of discretely sampled real quantity, which is assumed to be symmetric about the origin.
DFT of a real symmetric function is real, and contains only cosine terms.
Right, they are all different flavors of the FT.

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Words that end in oberezhna | Words ending in oberezhna
https://www.thefreedictionary.com/words-that-end-in-oberezhna
Dictionary, Encyclopedia and Thesaurus - The Free Dictionary 11,321,984,023 visitors served
Found 1 words that end in oberezhna. Browse our Scrabble Word Finder, Words With Friends cheat dictionary, and WordHub word solver to find words that end with oberezhna. Or use our Unscramble word solver to find your best possible play! Related: Words containing oberezhna
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Mysterious 'sea creature' with tentacles washes up on a beach in Vietnam | Daily Mail Online
Animal or vegetable? Mysterious 'sea creature' with squirming tentacles washes up on a beach in Vietnam
Unusual looking creature washed up on shore baffles Vietnamese locals
Tour guide captured the alien-looking organism after spotting it on beach
Creature most likely piece of seaweed that wriggles because it's reacting to air
Published: 13:35 EDT, 9 August 2018 | Updated: 03:38 EDT, 10 August 2018
The footage shows the mysterious black brown coloured sea-dweller wriggling it's hundreds of tentacles after being captured by an intrigued tour guide in Kien Giang province last month.
Nam Du said: 'I don't know whether it's an animal, vegetation or something else.'
School teacher stumbles upon rare set of teeth from... 'Living fossil' fish that outlived the dinosaurs could be...
The footage shows the mystery creature wriggling it's tentacles after it was captured by a tour guide who spotted it after it washed up on the shore
Experts believe that the creature is likely to be a piece of seaweed reacting to the air. There are dozens of smaller tentacles on each branch, all moving around in different directions.

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Shinzeki Hotels - Discount Rates for all Hotels in Shinzeki-Japan
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Show map Shinzeki	Specializing in Shinzeki hotel reservations, Agoda.com is now a valued member of the Priceline.com family of travel sites. Shinzeki Top Trending Hotels in Shinzeki
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text: Results: 1-5 of 5 | Refined by: Original Format: Map Remove Subject: Gettysburg Region (Pa.) Remove Subject: Pennsylvania Remove Location: Gettysburg National Military Park Remove

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text: Video Playlist1st Quarter1st Quarter 11:00 - LOU 1st and 10 at RUTG 39 1st Quarter 11:00 - LOU 1st and 10 at RUTG 39Senorise Perry rush for 13 yards to the Rutgr 26 for a 1ST down. (0:36)Senorise Perry rush for 13 yards to the Rutgr 26 for a 1ST down.1st Quarter 7:32 - LOU 4th and Goal at RUTG 7 1st Quarter 7:32 - LOU 4th and Goal at RUTG 7John Wallace 24 yard field goal GOOD. (0:21)John Wallace 24 yard field goal GOOD.RUTG 0 LOU 31st Quarter 4:05 - RUTG 2nd and 6 at RUTG 47 1st Quarter 4:05 - RUTG 2nd and 6 at RUTG 47Gary Nova sacked by Marcus Smith for a loss of 4 yards to the Rutgr 43. (0:20)Gary Nova sacked by Marcus Smith for a loss of 4 yards to the Rutgr 43.1st Quarter 3:30 - RUTG 3rd and 10 at RUTG 43 1st Quarter 3:30 - RUTG 3rd and 10 at RUTG 43Gary Nova sacked by Lorenzo Mauldin for a loss of 4 yards to the Rutgr 39. (0:31)Gary Nova sacked by Lorenzo Mauldin for a loss of 4 yards to the Rutgr 39.1st Quarter 2:00 - LOU 3rd and 5 at LOU 20 1st Quarter 2:00 - LOU 3rd and 5 at LOU 20Teddy Bridgewater sacked by Jamil Merrell and Davon Jacobs for a loss of 5 yards to the Lvile 15. (0:17)Teddy Bridgewater sacked by Jamil Merrell and Davon Jacobs for a loss of 5 yards to the Lvile 15.2nd Quarter2nd Quarter 14:50 - RUTG 2nd and 12 at LOU 35 2nd Quarter 14:50 - RUTG 2nd and 12 at LOU 35Gary Nova pass intercepted by James Burgess at the Lvile 26, returned for 39 yards to the Rutgr 35. (0:21)Gary Nova pass intercepted by James Burgess at the Lvile 26, returned for 39 yards to the Rutgr 35.2nd Quarter 14:02 - LOU 2nd and 9 at RUTG 34 2nd Quarter 14:02 - LOU 2nd and 9 at RUTG 34Teddy Bridgewater pass complete to Kai De La Cruz for 34 yards for a TOUCHDOWN. (0:15)Teddy Bridgewater pass complete to Kai De La Cruz for 34 yards for a TOUCHDOWN.RUTG 0 LOU 92nd Quarter 9:10 - LOU 1st and 10 at RUTG 24 2nd Quarter 9:10 - LOU 1st and 10 at RUTG 24Senorise Perry rush for 23 yards to the Rutgr 1 for a 1ST down. (0:17)Senorise Perry rush for 23 yards to the Rutgr 1 for a 1ST down.2nd Quarter 8:08 - LOU 1st and Goal at RUTG 1 2nd Quarter 8:08 - LOU 1st and Goal at RUTG 1Senorise Perry rush for 1 yard for a TOUCHDOWN. (1:26)Senorise Perry rush for 1 yard for a TOUCHDOWN.RUTG 0 LOU 162nd Quarter 2:01 - RUTG 1st and Goal at LOU 1 2nd Quarter 2:01 - RUTG 1st and Goal at LOU 1Gary Nova pass complete to Tyler Kroft for 1 yard for a TOUCHDOWN. (0:13)Gary Nova pass complete to Tyler Kroft for 1 yard for a TOUCHDOWN.RUTG 6 LOU 172nd Quarter 0:36 - LOU 1st and 10 at RUTG 47 2nd Quarter 0:36 - LOU 1st and 10 at RUTG 47Teddy Bridgewater pass intercepted by Jeremy Deering at the Rutgr 0, returned for no gain for a touchback. (0:19)Teddy Bridgewater pass intercepted by Jeremy Deering at the Rutgr 0, returned for no gain for a touchback.2nd Quarter 0:22 - RUTG 1st and 10 at RUTG 40 2nd Quarter 0:22 - RUTG 1st and 10 at RUTG 40Gary Nova sacked by Marcus Smith for a loss of 6 yards to the Rutgr 34. (0:15)Gary Nova sacked by Marcus Smith for a loss of 6 yards to the Rutgr 34.3rd Quarter3rd Quarter 8:21 - LOU 4th and 6 at RUTG 7 3rd Quarter 8:21 - LOU 4th and 6 at RUTG 7John Wallace 24 yard field goal BLOCKED. (0:22)John Wallace 24 yard field goal BLOCKED.3rd Quarter 5:00 - RUTG 1st and 10 at LOU 35 3rd Quarter 5:00 - RUTG 1st and 10 at LOU 35Gary Nova sacked by Hakeem Smith for a loss of 7 yards to the Lvile 42. (0:15)Gary Nova sacked by Hakeem Smith for a loss of 7 yards to the Lvile 42.3rd Quarter 0:01 - RUTG 2nd and 13 at LOU 28 3rd Quarter 0:01 - RUTG 2nd and 13 at LOU 28Gary Nova sacked by Roy Philon for a loss of 8 yards to the Lvile 36. (0:16)Gary Nova sacked by Roy Philon for a loss of 8 yards to the Lvile 36.4th Quarter4th Quarter 14:10 - RUTG 4th and 4 at LOU 19 4th Quarter 14:10 - RUTG 4th and 4 at LOU 19Kyle Federico 36 yard field goal GOOD. (0:20)Kyle Federico 36 yard field goal GOOD.RUTG 10 LOU 174th Quarter 11:12 - LOU 3rd and 9 at RUTG 46 4th Quarter 11:12 - LOU 3rd and 9 at RUTG 46Teddy Bridgewater pass complete to Michaelee Harris for 33 yards to the Rutgr 13 for a 1ST down. (0:12)Teddy Bridgewater pass complete to Michaelee Harris for 33 yards to the Rutgr 13 for a 1ST down.4th Quarter 10:06 - LOU 2nd and 2 at RUTG 5 4th Quarter 10:06 - LOU 2nd and 2 at RUTG 5Teddy Bridgewater sacked by Anthony Cioffi for a loss of 9 yards, fumbled, forced by Anthony Cioffi, recovered by Rutgr David Milewski at the Rutgr 21. (0:24)Teddy Bridgewater sacked by Anthony Cioffi for a loss of 9 yards, fumbled, forced by Anthony Cioffi, recovered by Rutgr David Milewski at the Rutgr 21.4th Quarter 8:30 - RUTG 2nd and 24 at RUTG 27 4th Quarter 8:30 - RUTG 2nd and 24 at RUTG 27Gary Nova pass intercepted by Calvin Pryor at the Lvile 48, returned for no gain to the Lvile 48. (0:28)Gary Nova pass intercepted by Calvin Pryor at the Lvile 48, returned for no gain to the Lvile 48.4th Quarter 5:52 - LOU 4th and 8 at RUTG 28 4th Quarter 5:52 - LOU 4th and 8 at RUTG 28John Wallace 45 yard field goal MISSED. (0:20)John Wallace 45 yard field goal MISSED.4th Quarter 5:29 - RUTG 3rd and 15 at RUTG 23 4th Quarter 5:29 - RUTG 3rd and 15 at RUTG 23Gary Nova pass intercepted by Terell Floyd at the Rutgr 48, returned for a loss of 2 yards to the Lvile 40, RUTGERS penalty -10 yard Illegal Block accepted. (0:32)Gary Nova pass intercepted by Terell Floyd at the Rutgr 48, returned for a loss of 2 yards to the Lvile 40, RUTGERS penalty -10 yard Illegal Block accepted.4th Quarter 4:10 - LOU 2nd and 5 at LOU 45 4th Quarter 4:10 - LOU 2nd and 5 at LOU 45Senorise Perry rush for 42 yards to the Rutgr 13 for a 1ST down. (0:25)Senorise Perry rush for 42 yards to the Rutgr 13 for a 1ST down.4th Quarter 2:27 - LOU 3rd and 3 at RUTG 6 4th Quarter 2:27 - LOU 3rd and 3 at RUTG 6Teddy Bridgewater pass complete to Eli Rogers for 6 yards for a TOUCHDOWN. (0:15)Teddy Bridgewater pass complete to Eli Rogers for 6 yards for a TOUCHDOWN.RUTG 10 LOU 234th Quarter 2:04 - RUTG 2nd and 4 at RUTG 31 4th Quarter 2:04 - RUTG 2nd and 4 at RUTG 31Gary Nova sacked by Marcus Smith for a loss of 7 yards to the Rutgr 24. (0:16)Gary Nova sacked by Marcus Smith for a loss of 7 yards to the Rutgr 24.4th Quarter 1:46 - RUTG 1st and 10 at RUTG 41 4th Quarter 1:46 - RUTG 1st and 10 at RUTG 41Gary Nova sacked by Sheldon Rankins for a loss of 6 yards to the Rutgr 35. (0:16)Gary Nova sacked by Sheldon Rankins for a loss of 6 yards to the Rutgr 35.4th Quarter 0:40 - RUTG 2nd and 10 at LOU 20 4th Quarter 0:40 - RUTG 2nd and 10 at LOU 20Gary Nova sacked by B.J. Dubose for a loss of 4 yards to the Lvile 24. (0:27)Gary Nova sacked by B.J. Dubose for a loss of 4 yards to the Lvile 24.Louisville vs Rutgers HighlightTeddy Bridgewater pass complete to Kai De La Cruz for 34 yards for a TOUCHDOWN.Louisville vs Rutgers Highlight

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Buy LG Large Capacity Washer Washing Machines | eBay
LG Large Capacity Washer Washing Machines
LG F4J6TN2W NFC 8 Kg 1400 Spin Washing Machine-White
Very good shape, used for less than a year.
Ending Today at 1:54AM BST4m 34s
LG WT7600HKA 27 Inch 5.2 Cu-Ft. Top Load Washer
Ending Saturday at 8:21PM BST2d 18h
LG Top Load Washer 5.0 cu.ft
Brand new. Used only 4 times
LG Electronics 4.5 cu. ft. High-Efficiency Top Load Washer in White, ENERGY STAR. Capacity - Washer (cu. Appliance Type: Top Load Washer. Washer Dispensers: Bleach,Fabric Softener,Prewash Detergent. ).
LG LG WT7600HKA 5.2 cu. ft. Mega Capacity Top Load Washer Steam TurboWash BLACK
LG LG WT7600HKA 5.2 cu. Let’s face it—washing king-sized loads can be a royal pain. At 5.2 cu. ft., it’s the world’s largest capacity top load washer available , so you can fit everything from bedding to bath towels without breaking a sweat.
29" W TOP LOAD WASHER Large Capacity 5.7 cu ft Steamer LG WT7700HWA 2018 WHITE
LG LG WT7700HWA 5.7 cu.ft. Top Load Washer w/ TurboWash174 Technology 821., its the largest capacity top load washer in its class , so you can fit everything from bedding to bath towels without breaking a sweat.
27" TOP-LOAD Washer Washing Machine WT1501CW 4.5 cu ft Front Control LG - Whit
6Motion technology combines up to 6 different wash motions to give your clothes the deeeeeeep clean they need. Update your laundry room with the sleek and intuitive LG WT1501CW top load washing machine.
9 bidsEnding Friday at 8:25AM BST1d 6hCollection in personBrand: LG
1 bidEnding Saturday at 2:56PM BST2d 13hCollection in personBrand: LG
LG DIRECT DRIVE WASHING MACHINE - 1400 SPIN - FAMILY 8KG LOAD - AAA ENERGY
LG DIRECT DRIVE WASHING MACHINE - 1400 SPIN SPEED. Care for your washing with the LG F1496TAD Washing machine. 1400 rpm spin speed. A Energy Efficiency, A Wash Efficiency, A Spin Efficiency. You can be ready in a hurry too with the Quick30 wash cycle removing light marks and dirt from your clothes, ideal if you plan to go out that night!
LG F1256QD Washer - White Large 7kg Capacity . Fully Working.
LG washing machine. Direct drum drive technology, quiet and water and energy efficient as it uses the right amount of water to load weight. Excellent condition, hardly ever used as have another washer. 10 year guarantee has been registered , not sure if LG will honour it for new owner. item is just 1.5 years old! Bought new at £399.99 Picture shows item just finished a test wash cycle , so works fine. New price was £399.99. Fully working. Collection only.
Ending Sunday at 11:34AM BST3d 9hCollection in personBrand: LG


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Green Throw Pillows - Overstock Shopping - Decorative & Accent Pillows.
stars (286) & Up stars (352) & Up stars (375) & Up stars (387) & Up More Ways To Shop
Tuscan Garden Mitered Stripe Throw Pillow Love this pillow
I bought these pillows for the color. Not crazy about the filling. Don't know what's inside but it makes a crinkling sort of noise and doesn't seem to have enough filling in it. Not what you would expect from a throw pillow. Would you recommend this to a friend? NO
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It was more blue-green than I expected. otherwise, happy
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Painted Fish 20-inch Throw Pillow (Set of 2)
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Sea Star 20-inch Throw Pillow (Set of 2)