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Patent US6549311 - Wave division multiplexing channel telemetry by phase modulation - Google PatentsSearch Images Maps Play YouTube News Gmail Drive More »Sign inAdvanced Patent SearchPatentsA wave division multiplexing system in which low frequency intensity modulation of the optical channels is avoided in order to reduce or substantially prevent inter-channel cross-talk of low frequency telemetry signals by phase modulating the low frequency telemetry signal so as to recover the transmitted...http://www.google.com/patents/US6549311?utm_source=gb-gplus-sharePatent US6549311 - Wave division multiplexing channel telemetry by phase modulationAdvanced Patent SearchPublication numberUS6549311 B1Publication typeGrantApplication numberUS 09/353,716Publication dateApr 15, 2003Filing dateJul 14, 1999Priority dateJul 14, 1999Fee statusPaidPublication number09353716, 353716, US 6549311 B1, US 6549311B1, US-B1-6549311, US6549311 B1, US6549311B1InventorsBasil Wahid Hakki, Robert W. SmithOriginal AssigneeLucent Technologies Inc.Export CitationBiBTeX, EndNote, RefManPatent Citations (7), Non-Patent Citations (3), Referenced by (17), Classifications (7), Legal Events (4) External Links: USPTO, USPTO Assignment, EspacenetWave division multiplexing channel telemetry by phase modulation
US 6549311 B1Abstract
A wave division multiplexing system in which low frequency intensity modulation of the optical channels is avoided in order to reduce or substantially prevent inter-channel cross-talk of low frequency telemetry signals by phase modulating the low frequency telemetry signal so as to recover the transmitted signal at the receiver. The system includes multiple transmitters and receivers. Each transmitter includes an optical source, such as a laser, a radio frequency generator having a low frequency telemetry signal impressed thereon, and an optical phase modulator. The phase modulated low frequency telemetry signal generated by each transmitter is combined using a multiplexer before being amplified and transmitted through a single optical fiber. A demultiplexer receives the transmitted signal and separates it into respective optical channels based on the particular frequency of each transmitter. Respective signals for each optical channel are transmitted to an associated receiver. Each receiver includes a splitter for tapping off a portion of power into a first portion and a second portion. A data recovery device reestablishes data information from the first portion of power, while an interferometer and detector are used to recover the low frequency telemetry information from the second portion of power.
What is claimed is: 1. A wave division multiplexing system comprising:
a plurality of transmitters, each transmitter comprising an optical source which generates an optical signal, a radio frequency generator having a low frequency telemetry signal impressed thereon, said radio frequency generator producing a generated radio frequency signal, and an optical phase modulator which receives the optical signal produced by an optical source and said generated radio frequency signal, said optical phase modulator generating a phase modulated optical signal at a particular modulation frequency; a multiplexer which receives and combines said phase modulated optical signal generated by each of said transmitters; a demultiplexer for isolating the output optical signal of each transmitter; and a plurality of receivers, each of which receives a respective optical signal of a transmitter, each receiver comprising a splitter for tapping off from the output optical signal of a respective transmitter a second portion of power from a first portion of power, a data recovery device receiving the first portion of power and recovering the data information, an interferometer receiving the second portion of power, and a detector receiving the output of said interferometer and detecting the particular frequency of the associated transmitter. 2. A wave division multiplexing system in accordance with claim 1, wherein said optical source is a laser.
3. A wave division multiplexing system in accordance with claim 1, wherein each transmitter further comprises a polarization controller disposed between said optical source and said optical phase modulator, said polarization controller operating on the optical signal to substantially prevent polarization rotation and spurious intensity modulation.
4. A wave division multiplexing system in accordance with claim 1, wherein said radio frequency generator comprises:
a radio frequency signal source for generating a radio frequency signal; a radio frequency switch which receives said radio frequency signal; and a pulse generator for driving said radio frequency switch. 5. A wave division multiplexing system in accordance with claim 4, wherein said radio frequency generator further comprises:
an amplifier for amplifying the output of said radio frequency switch and generating an amplified signal; and a low pass filter for filtering the amplified signal. 6. A wave division multiplexing system in accordance with claim 1, wherein the particular frequency of modulation and a phase shift are selected to substantially avoid phase modulation/amplitude modulation conversion in a dispersive filter.
7. A method of using a wave division multiplexing system that substantially eliminates inter-channel cross-talk among low frequency telemetry, comprising the steps of:
generating an optical signal for each of a plurality of transmitters; producing a radio frequency signal for each of said plural transmitters using a radio frequency signal generator; applying a low frequency telemetry signal to each of the radio frequency signals and generating radio frequency output signals; phase modulating the optical signal of each of said plural transmitters using said generated radio frequency output signal to produce phase modulated output signals; multiplexing said phase modulated output optical signals generated by each of said plural transmitters; demultiplexing the multiplexed signal into isolated optical channels for each of the plural transmitters; and recovering said low frequency telemetry signal and the data information by tapping off a portion of power of each isolated optical channel for each of the plural transmitters into a first portion of power and a second portion of power, reestablishing data information from the first portion of power using a data recovery device, and reestablishing the low frequency telemetry signals from the second portion of power using an interferometer and a detector. 8. A method in accordance with claim 7, further comprising the step of amplifying the multiplexed signal.
The present invention relates to optical transmissions, and in particular, reducing inter-channel cross-talk among low frequency telemetry signals in a wave division multiplexing (WDM) system.
Wave division multiplexing (WDM) systems are used to transmit multiple channels independently of one another through an optical fiber. Each channel has a unique optical frequency. At a receiving device the transmitted channels are demultiplexed based on the particular optical frequencies associated with the individual channels.
A problem encountered in conventional WDM systems is inter-channel cross-talk among low frequency telemetry signals, that is, telemetry signals having a frequency of approximately less than 100 kHz. Inter-channel cross-talk occurs in the optical amplifier as a result of mixing of the low frequencies. Mixing occurs when one or more optical signals are used as pumps to provide gain in the optical amplifier. In particular, if the low frequency telemetry optical signal intensity modulates the optical data channel it effectively modulates the gain of the amplifier, thereby resulting in mixing of the low frequency signals carried by the various channels. Because of mixing of the low frequency telemetry signals, the optical channels can not be isolated by the demultiplexer at the receiving end.
It is therefore desirable to avoid low frequency intensity modulation of the data channels in order to reduce or prevent inter-channel cross-talk of low frequency telemetry signals.
The wave division multiplexing system in accordance with the present invention solves the above noted inter-channel cross-talk problems associated with intensity modulated low frequency telemetry signals in conventional WDM systems, by phase modulating the low frequency telemetry signals.
The wave division multiplexing system includes a plurality of transmitters. Each transmitter has an optical source, such as a laser, for generating an optical signal and a radio frequency signal generator for producing a radio frequency signal having a low frequency telemetry signal impressed thereon. An optical phase modulator receives the optical signal and the radio frequency signal carrying the low frequency telemetry signal, and generates a phase modulated output optical signal. The phase modulated output signal generated by each of a plurality of transmitters are combined using a multiplexer and amplified before being transmitted over a single optical fiber. The frequency of modulation and phase shift of the optical signal are preferably selected to substantially. avoid phase modulation/amplitude modulation (PM/AM) conversion in a dispersive filter. After being transmitted over the optical fiber, a demultiplexer isolates the optical channels of each respective transmitter which are transmitted to respective receivers. Each receiver includes a splitter for tapping off from each demultiplexed optical channel a second portion of power from a first portion of power. A data recovery device reestablishes the data information based on the first portion of power, while an interferometer receives the second portion of power and together with a detector recovers the low frequency telemetry signal for the optical channel of the respective transmitter.
In addition, the present invention is directed to a method for using the wave division multiplexing system described above. A radio frequency signal is generated and a low frequency telemetry signal is impressed thereon, thereby generating a radio frequency output signal. The optical signal of each transmitter is phase modulated using the respective radio frequency output signal to produce phase modulated output optical signals that are multiplexed into a single signal before being transmitted over an optical fiber. A demultiplexer receives the multiplexed signal and separates it into respective optical channels. Then the data information and low frequency telemetry signal for each particular frequency is recovered. Specifically, a portion of the power is split off into a first portion and a second portion. The data information is reestablished from the first portion power using a data recovery device, while the low frequency telemetry signal is reestablished using an interferometer and detector.
FIG. 1 is an exemplary wave division multiplexing system in accordance with the present invention;
FIG. 2 is an exemplary radio frequency generator of the wave division multiplexing system in FIG. 1; and
FIG. 3 is an exemplary flow chart of the method of using the wave division multiplexing system in FIG. 1.
In accordance with the present invention inter-channel cross-talk of low frequency telemetry signals, that is, telemetry signals having a frequency less than approximately 100 kHz, can be prevented or substantially reduced by carrying the low frequency telemetry as an optical phase modulation superimposed on an optical carrier.
An exemplary wave division multiplexing system in accordance with the present invention is shown schematically in FIG. 1. The system 100 includes a plurality of transmitters 110 a, . . . , 110 n, a multiplexer 115, an amplifier 120, a demultiplexer 125, and a plurality of receivers 130 a, . . . , 130 a, where n is a positive integer greater than or equal to two. Each transmitter 110 a, . . . , 110 a preferably has the same construction, and thus the configuration of only one transmitter 110 a will be described in detail. Transmitter 110 a includes a laser source 135 a, operating at some wavelength λ and carrying high speed information in either digital or analog format. The lasers used in each transmitter may be the same or different from one another. A low frequency telemetry signal is applied to a radio frequency (RF) signal generator 140. Modulator 145 phase modulates the optical signal with the RF signal to which the low frequency telemetry signal has been applied. The frequency of modulation and the phase shift amplitude of the optical signal are preferably selected to avoid phase modulation/amplitude modulation (PM/AM) conversion in a dispersive fiber. In one embodiment, a polarization controller 165 a may be interposed between the laser 135 a and optical phase modulator 145 a to launch the optical signal along the c-axis of the modulator so as to avoid polarization rotation and spurious intensity modulation. A polarization maintaining fiber may alternatively be used to connect the laser and the phase modulator, thereby eliminating the need for the polarization controller 165 a. The optical signals or channels produced by each transmitter 110 a, . . . , 110 a are combined via a multiplexer 115 into a single signal and amplified by an amplifier 120 before being transmitted over an optical fiber 122.
Demultiplexer 125 receives the transmitted signal and separates the optical channels based on their particular optical frequencies. The respective output optical channels are processed by receivers 130 a, . . . , 130 a. All of the receivers preferably have the same construction, and thus the configuration of only one receiver 130 a will be described in detail. Receiver 130 a includes a splitter 175 a, a data recovery device 170 a, an interferometer 150 a, such as an HP 11980 fiber Mach-Zehnder interferometer, a detector 155 a, and an electrical amplifier 160 a. Splitter 175 a splits off a portion of the power. The first portion is received by the data recovery device 170 a that recovers the data information, while the second portion passes through the interferometer 150 a and detector 155 a to recover the telemetry information. Specifically, telemetry information is recovered at the interferometer 150 a by delaying the phase of one arm relative to the other by a period τ. Detector 155 a receives the signal at the modulated frequency that carries the low frequency telemetry signal and detects the specific frequency of the associated transmitter. The amplified signal output from the amplifier 160 a can be displayed on a monitor. Interferometer 150 a preferably employs a conventional self-homodyne technique to down convert the optical PM signal back to the original base-band signal. Detector 155 may contain filtering elements that are tuned to the frequency of the RF signal source that drives the modulator, as is known to those in the field.
As long as the optical phase is modulated sinusoidally, the microwave spectrum of the detector can be understood in terms of the uncorrelated homodyne interference of a sinusoidally phase modulated optical signal, as described in the publication by D. M. Baney and P. B. Gallion, �Power Spectrum Measurement of a Modulated Semiconductor Laser Using an Interferometric Self Homodyne Technique: Influence of Quantum Phase Noise and Field Correlation�, IEEE Journal of Quantum Electronics, vol. 25 (October 1989), pp. 2106-2112, incorporated herein by reference. The uncorrelated homodyne interference of a sinusoidally phase modulated optical signal produces a spectrum represented as P  ( f ) = P B + C  ∑ N = 0 ∞   J N  ( β ) 2   δ   v 2  δ   v 2 + ( f - Nf m ) 2 ( 1 ) where,
PB is the background noise power;
JN(β) are Bessel functions;
C is a constant that depends on the optical power level and the measurement bandwidth;
fm is the phase modulation frequency of the optical source;
β is the phase modulation index; and
δV is the line width of the laser.
In order for the interference to be uncorrelated, the coherence length of the laser must be less than the difference in lengths of the two arms of the interferometer. For instance, if an HP11980 interferometer is used having a length of 724 meters and a distributed feedback laser with a line width of 2.8 MHz generating a coherence length of 23 meters is produced, since the coherence length is significantly less than the differential lengths of the interferometer, the microwave spectrum is represented by the uncorrelated homodyne interference pattern in equation (1). On the other hand, an external cavity laser having a line width of 80 kHz, and a coherence length of 940 meters in the fiber, produces a sharp interference pattern that can not be interpreted based on equation (1).
FIG. 2 is a circuit diagram of an exemplary RF signal generator 140 a. An RF signal source 200 carrying a low frequency telemetry signal is connected to an RF switch 210, which is driven by a pulse generator 205. The signal output from the RF switch 210 is amplified in an electrical amplifier 215 and passed through an optical low pass filter 220 to eliminate harmonics due to distortions in the amplifier.
FIG. 3 is an exemplary flow chart of the operation of the wavelength division multiplexing system in FIG. 1. Initially, in steps 300, 305 each transmitter 110 a, . . . ,110 n generates an optical signal and an RF signal. In steps 310, 315 a low frequency telemetry signal is impressed on the generated RF signal and each modulator 145 a, . . . , 145 n modulates the optical phase of the respective optical signal by the RF generated signal to which the low frequency telemetry signal is applied. Then, in steps 320-330, the output optical signal from each transmitter 110 a, . . . , 110 n is multiplexed and amplified by multiplexer 115 and amplifier 120, respectively, before being transmitted over the optical fiber 122. After transmission the signal is demultiplexed, in step 335, by the demultiplexer 125 into separate optical channels. Each optical channel signal is received by a respective receiver 130 a, . . . , 130 n. In step 340, the power in each of the receivers 130 a, . . . , 130 n is split off by respective splitters 175 a, . . . , 175 n into a first portion of power from which data information is recovered, in step 345, by respective data recovery devices 170 a, . . . , 170 n, and a second portion of power from which low frequency telemetry signals are recovered, in step 350, via respective interferometers 150 a, . . . , 150 n and detectors 155 a, . . . , 155 n. Therefore, in the WDM system in accordance with the present invention, a low frequency telemetry signal can be impressed on the optical signal with negligible, if any, intensity modulation of the optical power that could otherwise give rise to low frequency inter-channel cross-talk in the optical amplifier. As a result, the low frequency telemetry signal may be readily recovered at the receiver.
Patent CitationsCited PatentFiling datePublication dateApplicantTitleUS4933929 *Jun 27, 1988Jun 12, 1990Nec CorporationWavelength multiplexed optical transmitter for generating constant-amplitude angle-modulated beams to eliminate phase noise in adjacent transmission channelsUS5953139 *Jun 21, 1996Sep 14, 1999Cfx Communications Systems, LlcWavelength division multiplexing systemUS5963567 *Feb 13, 1997Oct 5, 1999Lucent Technologies, Inc.Multi-wavelength laser sourceUS6005702 *Feb 19, 1997Dec 21, 1999Kokusai Denshin Denwa Kabushiki-KaishaOptical transmission device, WDM optical transmission apparatus, and optical transmission system using return-to-zero optical pulsesUS6023362 *May 8, 1997Feb 8, 2000Lucent Technologies Inc.Optical transmitter having pre-modulation amplificationUS6252693 *Dec 21, 1999Jun 26, 2001Ortel CorporationApparatus and method for reducing impairments from nonlinear fiber effects in 1550 nanometer external modulation linksUS6310709 *Dec 29, 1995Oct 30, 2001Tyco Submarine Systems Ltd.Synchronous polarization and phase modulation using a periodic waveform with complex harmonics for improved performance of optical transmission systems* Cited by examinerNon-Patent CitationsReference1"Phase Modulation to Amplitude Modulation Conversion of CW Laser Light in Optical Fibers", Electronics Letters, Apr. 10, 1986, vol. 22 No. 8, pp. 409-411.2Baney, Douglas M. et al., "Power Spectrum Measurement of a Modulated Semiconductor Laser Using an Interferometric Self-Homodyne Technique: Influence of Quantum Phase Noise and Field Correlation", IEEE Journal of Quantum Electronics, Oct. 1989, vol. 25 No. 10, pp. 2106-2112.3Hakki, Basil W., "Dispersion of Microwave-Modulated Optical Signals", IEEE Journal of Lightwave Technology, Mar. 1993, vol. 11 No. 3, pp. 474-480.Referenced byCiting PatentFiling datePublication dateApplicantTitleUS6941078May 10, 2001Sep 6, 2005Fujitsu LimitedMethod and system for communicating a clock signal over an optical linkUS7035543May 10, 2001Apr 25, 2006Fujitsu LimitedMethod and system for demultiplexing non-intensity modulated wavelength division multiplexed (WDM) signalsUS7099592 *Feb 2, 2001Aug 29, 2006Oyster Optics, Inc.Telecommunications card for secure optical data transmission and installation methodUS7200338May 4, 2005Apr 3, 2007Fujitsu LimitedMethod and system for communicating a clock signal over an optical linkUS7200344 *May 10, 2001Apr 3, 2007Fujitsu LimitedReceiver and method for a multichannel optical communication systemUS7215383 *Jan 29, 2004May 8, 2007Intel CorporationCoherent light despecklingUS7362972Sep 28, 2004Apr 22, 2008Jds Uniphase Inc.Laser transmitter capable of transmitting line data and supervisory information at a plurality of data ratesUS7483639 *May 10, 2001Jan 27, 2009Fujitsu LimitedMethod and system for transmitting information in an optical communication system using distributed amplificationUS7573902Aug 28, 2003Aug 11, 2009The Boeing CompanyFibre channel interface unitUS7620327Jul 3, 2002Nov 17, 2009Oyster Optics, Inc.Fiber optic telecommunications card with energy level monitoringUS7653096 *Sep 1, 2006Jan 26, 2010Nikon CorporationLaser light source device, exposure device, and mask inspection device using this laser light source deviceUS7729374Aug 31, 2004Jun 1, 2010The Boeing CompanyFibre channel interface apparatus and methodsUS7953129Dec 3, 2009May 31, 2011Nikon CorporationLaser light source device, exposure device, and mask inspection device using this laser light source deviceUS8374511Nov 4, 2009Feb 12, 2013Tq Gamma, LlcFiber optic telecommunications card with security detectionUS8923702 *Mar 6, 2013Dec 30, 2014Huawei Technologies Co., Ltd.Signal receiving method based on microwave photonics technologiesUS20130156436 *Sep 10, 2012Jun 20, 2013Electronics And Telecommunications Research InstituteTerahertz receiver and method of receiving terahertz band signal thereofUS20130183041 *Mar 6, 2013Jul 18, 2013Huawei Technology Co., Ltd.Signal receiving method based on microwave photonics technologies* Cited by examinerClassifications U.S. Classification398/79International ClassificationH04B10/08, H04B10/02Cooperative ClassificationH04B2210/074, H04B10/0775European ClassificationH04B10/0775, H04B10/00Legal EventsDateCodeEventDescriptionOct 9, 2014FPAYFee paymentYear of fee payment: 12Oct 8, 2010FPAYFee paymentYear of fee payment: 8Sep 22, 2006FPAYFee paymentYear of fee payment: 4Jul 14, 1999ASAssignmentOwner name: LUCENT TECHNOLOGIES INC, NEW JERSEYFree format text: ASSIGNMENT OF ASSIGNORS INTEREST;ASSIGNORS:HAKKI, BASIL WAHID;SMITH, ROBERT W.;REEL/FRAME:010108/0255Effective date: 19990629RotateOriginal 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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Published December 11, 2012Houzz
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Blinds or drapes? Cafe curtains or shades? Your biggest priority in choosing window treatments should be deciding whether you need privacy or light -- or both! These professional tips can help you make the right decision. Traditional Living Room design by New York Interior Designer Lauren Ostrow Interior Design, Inc
Semisheer window treatments. A common space such as a family room or living room doesn't usually require much privacy, but depending on the number of windows, it may always need light. Natural light helps brighten this living room, so the designer chose a beautiful semisheer fabric window treatment that offers light and subtle privacy even when it's lowered. Tip: Choose the thickness of your fabric based on the amount of light you want in the space -- a thick fabric lets less light through than an ultrasheer fabric. Contemporary Bathroom design by Chicago Interior Designer Claudia Martin, ASID
Cellular shades. Many bathrooms, especially those on the first floor, need maximum privacy. This bathroom has a hard window treatment called a cellular shade. Referred to as a top-down/bottom-up shade, this shade allows you to walk around without being seen and still lets a lot of light in. Tip: It's constructed with a honeycomb design to keep the cold out and the heat in. Contemporary Bedroom design by Atlanta Interior Designer Habachy Designs
Draperies. Bedrooms on the first floor usually need more privacy than bedrooms on the second floor, but both may require natural light. This very contemporary floor-to-ceiling drapery offers light as well as privacy. When it's closed, an entire wall of fabric still allows light in. Tip: The drapery rod or track for floor-to-ceiling draperies can be installed on the wall or the ceiling, depending on what suits the room the best. Contemporary Bathroom design by New York Interior Designer Thom Filicia Inc.
Roller shades. Whether you have a bathroom on the first floor or on the second, closely situated neighbors can require privacy. This easy-to-install roller shade is perforated, allowing light to filter through. Tip: Since window treatments at the back of tubs may be hard to reach, hardwire a roller shade so that you can conveniently manipulate it from a control panel or remote. Traditional Kids design by Kansas City Interior Designer McCroskey Interiors
Blackout curtains. Getting baby to sleep in the middle of the day can prove difficult with the sun blaring in -- but not with blackout shades. Have a blackout lining -- a very dense fabric that light can't penetrate -- sewn onto the back of any drapery fabric. Tip: For absolute darkness, install floor-to-ceiling drapes 18 inches past each side of the window. This will ensure that as little light as possible seeps in through cracks. Traditional Spaces design by Hawaii Architect Smith Brothers Construction
Shutters. If your guests come for total relaxation, that may require sleeping in after the sun comes up. This bedroom has shutters installed with solid center panels to block out all light. This window treatment also blends seamlessly into the creativity of the overall theme of the room. Bravo! Tip: These shutters were painted red for high impact, but if you want a more toned-down look, paint them the same color as your walls and watch them disappear. Eclectic Entry design by San Francisco Architect Mahoney Architects & Interiors
Stained glass. Should you have a great number of windows on or around your front door but want a little privacy, consider installing stained glass. This will turn your foyer into a focal point and prevent passersby from getting a full look into your home. Tip: A similar effect can be created with vinyl to save on cost. Contact a local sign company to create this look for your home. Traditional Media Room design by Los Angeles Architect Tim Barber LTD Architecture & Interior Design
Layered treatments. Blackout curtains or shades are often necessary in a TV or media room. This media room goes the extra mile in achieving total movie theater darkness by layering a Roman shade and floor-to-ceiling draperies. Tip: The more fabric you add to your windows in your theater or media room, the better the acoustics will be. Related: Photos: Get inspired by thousands of window treatments Home design help: Find an interior designer in your area Browse hundreds of window treatments from Venetian blinds to curtain poles Houzz is the leading online platform for home remodeling and design, providing people with everything they need to improve their homes from start to finish -- online or from a mobile device. From decorating a room to building a custom home, Houzz connects millions of homeowners, home design enthusiasts and home improvement professionals around the world. Shane Inman is a contributor to Houzz. Click to view original post.

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COWART, Dax S. 12/16/47-04/28/19 Dax S. Cowart slipped into heaven from his home, the evening of April 28, 2019. Dax celebrated 33 years as a Texas Trial Lawyer, and as a Patient Right’s Advocate. He had his...
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Erin Alayne Zeimis (née McManus) passed from this life into the presence of her loving Savior, Jesus, on December 17, 2017. She succumbed to Glioblastoma Brain Cancer. She was in the Wheaton class of 1983 as a...
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Ila Fern Callaway Driver died on Tuesday, May 14th. She was born in Fallbrook, California in 1921, the youngest child and only daughter of Grover Cleveland Callaway and Della Mae Taff Callaway. Her childhood was...
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Kyung Hi "Kimmie" Yu passed away peacefully at her Fallbrook home on May 10, 2019. She was born in Pusan, Korea on February 25, 1933 and graduated from Kyung-Gi Girls High School in Seoul in 1951. She worked with...
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Richard Montgomery Bledsoe, born, July 1, 1922 in Petoskey, Michigan, passed away from pancreatic cancer on May 2, 2019 in La Mesa, CA. He is survived by two sons, Gregg M Bledsoe of Campo, California and Garry R...
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The Lonely Hearts of Yesterday: Love & Mischief in 19th Century Personal Ads - Kindle edition by Laura Schaefer. Health, Fitness & Dieting Kindle eBooks @ Amazon.com.
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This book kept me entertained all the way through. The personal ads were all very different styles, some writers almost poetic while others may well have been enquiring if anyone had a robust bull they wished to part with. I liked that the book was set out in time line order, the differences in the writing so evident between the first and last pages. This collection would be amusing for anyone with an interest in historical romances, and we had a lot of laughs in the nursing home where I work with the residents speculating about the stories begind the short snippets of information.**The author of this book provided a copy of this ebook to me for an honest and unbiased review**
Amusing little tid bits of a time gone by. A little pricey as the book is not many pages. But other than that it was a good quick read.
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P. 1Proiectarea in AutoCad 2009Proiectarea in AutoCad 2009Ratings: (0)|Views: 125
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In Randolph County, US 62 passes by cotton fields until Pocahontas, when the route meets US 67.[6] The route concurs with US 67 east until Corning in Clay County.[7] The route runs east to Piggott and enters Missouri near St. Francis.[7]
US-62 west – Muskogee
AR 59 north – Siloam Springs
AR 59 south – Van Buren
I-49 south (US 71) / AR 180 east (Martin Luther King Jr. Boulevard / AR 16 east) to US 71B – Fort Smith, University of Arkansas, Fayetteville National Cemetery
west end of I-49 / US 71 / AR 16 overlap; US 62 west follows exit 62
I-49 north (US 71) / AR 102 west (Southeast 14th Street) – Bella Vista, Bentonville, Centerton
north end of I-49 / US 71 overlap; US 62 east follows exit 86
AR 12 east / AR 94 west (North Second Street) – Little Flock, Pea Ridge, Historic District, Hobbs State Park Conservation Area, Prairie Creek Park, Rogers Historical Museum
east end of AR 12 / AR 94 overlap
Historic Loop - Eureka Springs Business District
former US 62B east
AR 23 north – Holiday Island, Beaver
AR 23 south – Huntsville
AR 221 south (West Carl Avenue)
west end of AR 221 overlap
AR 21 north / AR 221 north
east end of AR 221 overlap; west end of AR 21 overlap
AR 21 south – Kingston, Boxley
US 412 west – Huntsville, Springdale
West end of US 412 overlap
US 65 north – Branson, MO, Springfield, MO
interchange; west end of US 65 overlap
North Main Street - Business District
former US 65B south
AR 7 north – Bergman, Lead Hill, Diamond City
US 65B south / AR 7 south – Jasper, Russellville, Business District
US 65 south – Little Rock
East end of US 65 overlap
AR 125 south – Eros, Bruno
west end of AR 125 overlap
AR 125 north – Dodd City
east end of AR 125 overlap
AR 14 west – Summit, Lead Hill
west end of AR 14 overlap
AR 14 east – Ozark Folk Center State Park, Blanchard Springs Caverns, Buffalo National River Buffalo Point
east end of AR 14 overlap
AR 175 south (Stone Creek Road) to AR 289 – Cherokee Village
west end of AR 175 overlap
US 63B south – Hardy, Historic District
west end of US 63B overlap
US 63 north – Mammoth Spring
east end of US 63B overlap; west end of US 63 overlap
AR 175 north – Wirth
east end of AR 175 overlap
US 63 south / US 412 east – Imboden Business District, Black Rock, Hoxie
east end of US 63 / US 412 overlap
US 67 south – Walnut Ridge
US 67 north – St. Louis, MO
US 49 south / AR 1 south – Paragould
west end of AR 1 overlap
AR 1 north – Holcomb, MO
east end of AR 1 overlap
US 62 east – Malden
Missouri state line (St. Francis River)
^ Paul Gabriel, ed. (January 1924). "Before you, Citizens of the "Wonder State", are your "Arkansas Highways"" (PDF). Arkansas Highways. Little Rock, AR: Arkansas Highway Department. 1 (1): 11. Retrieved 2010-12-07. ^ "Culture and history of Eureka Springs, Arkansas." In Eureka. Retrieved December 7, 2010.
^ "NRHP nomination for Old US 62, Busch Segment" (PDF). Arkansas Preservation. Retrieved 2015-03-10. U.S. Route 62
Retrieved from "https://en.wikipedia.org/w/index.php?title=U.S._Route_62_in_Arkansas&oldid=737597009"	Categories: U.S. Route 62U.S. Highways in ArkansasTransportation in Washington County, ArkansasTransportation in Benton County, ArkansasTransportation in Carroll County, ArkansasTransportation in Boone County, ArkansasTransportation in Marion County, ArkansasTransportation in Baxter County, ArkansasTransportation in Fulton County, ArkansasTransportation in Sharp County, ArkansasTransportation in Lawrence County, ArkansasTransportation in Randolph County, ArkansasTransportation in Clay County, ArkansasNational Register of Historic Places in Carroll County, ArkansasRoads on the National Register of Historic Places in ArkansasHidden categories: Infobox road maps for Wikidata migrationArticles using KML from Wikidata	Navigation menu

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Handbook of Alcoholic Beverages: Technical, Analytical and Nutritional Aspects by Alan J. Buglass (Editor) - New, Rare & Used Books Online at Alibris Marketplace
Alan J. Buglass (Editor)
About this title: A comprehensive two- volume set that describes the science and technology involved in the production and analysis of alcoholic beverages. At the heart of all alcoholic beverages is the process of fermentation, particularly alcoholic fermentation, whereby sugars are converted to ethanol and many other minor products. The Handbook of Alcoholic Beverages tracks the major fermentation process, and the major chemical, physical and technical processes that accompany the production of the world's most familiar alcoholic drinks. ...
Your search: Home » Books » Handbook of Alcoholic Beverages: Technical, Analytical and Nutritional Aspects (0 available copies)

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


text:
WONDERFUL Hotel -- Highly Recommend - close to Biltmore - Review of Country Inn & Suites By Carlson, Asheville West (Biltmore Estate), Asheville, NC - TripAdvisor
WONDERFUL Hotel -- Highly Recommend... - Country Inn & Suites By Carlson, Asheville West (Biltmore Estate)
“WONDERFUL Hotel -- Highly Recommend - close to Biltmore”
1,284 - 1,290 of 2,024 reviews
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value: This website is an American online travel company that operates a website and mobile app with user-generated content and a comparison shopping website.


text:
Easter on Pinterest | Baby Chicks, Easter Eggs and Paper Plates
Easter: cheetos carrots
Easter Parties, Crafts Ideas, For Kids, Easter Crafts, Easter Baskets, Jelly Beans, Easter Treats, Easter Ideas, Ice Cream Cones
Easter Basket Crafts | Craft Ideas:: Favorite Easter Craft Ideas
Easter Egg Wreath! ... I wish those cadbury mini eggs came wrapped so I could do a wreath with those. Maybe I can invent edible glue..
Chocolate Easter Egg Wreath - such a great idea (and edible too!)
Easter Crafts, Easter Spr, Chocolates Easter, Easter Wreaths, Easter Eggs, Hot Glue Guns, Chocolates Candies, Eggs Wreaths, Chocolates Eggs
DIY Foil Wrapped Easter Egg Wreath from Craftster #easter #wreath
Easter Egg Wreath Glued the wrapped chocolate eggs with a hot glue gun on a straw wreath. Craftster
Rice Krispie treats for #Easter! #Recipe
Holiday Ideas, Breads Recipe, Braids Easter, Bread Recipes, Eggs Breads, Food Cooking, Easter Eggs, Food Recipe, Easter Breads
Braided Easter Egg Bread | This decorative Easter bread has whole eggs baked into it. The eggs can also be dyed for extra color.
Braided Easter Egg Bread Recipe |The Bread Makers
#recipe #food #cooking Braided Easter Egg Bread
Quick and Easy Easter Bunny Treats -made from water bottles....directions are included.
Pull-apart bunny cake.
Baby chick made from paper plate, hand, and pipe cleaners! :)
Butterflies Crafts, Easter, Bing Image, Kids Crafts, Paper Plate Crafts, Paper Plates Crafts, Animal Crafts, Baby Chicks, Crafts Ducks
Baby chick made from paper plate, hand, and pipe cleaners! :) Easter project for David!
paper plate butterfly crafts - Bing Images
paper plate crafts - Bing Images
paper plate craft duck
Easter Centerpieces, Adorable Ideas, Cute Ideas, Kitchens Tables, Easter Tables, Easter Decor, Tables Decor, Sweets Peep, Easter Ideas
Cute little Easter decorations
Cute idea for table and edible!!
Easter eggs! I have to remember to do this this year!
Rice Krispy Bunny Peep Treats
this is a cute way to decorate for Easter - you know, to get in the spirit for Ems - without being too over-the-top
So Cute! Styrafoam eggs, modge podge, and pretty paper napkins! Would be fun to do on large styrafoam eggs too!
mod podge napkin eggs
Decor Ideas, Mod Podge, Easter Crafts, Egg Decorating, Modpodge, Easter Eggs, Crafts Parties, Eggs Decor, Easter Ideas
Mod podge Easter eggs- with all these different egg decorating ideas to try, I might need to give them as gifts :)
Paper napkins and modpodge egg decorating.

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text:
Patent US7296282 - Interactive optical cards and other hand-held devices with increased ... - Google PatentsSearch Images Maps Play YouTube News Gmail Drive More »Sign in<nobr>Advanced Patent Search</nobr>PatentsA system for deriving benefits from the reception and processing of composite video signals by a hand-held device, such as a smart card. Video signals are modulated with auxiliary data creating composite video signals. The composite video signals are then transmitted to and received by a hand-held device....http://www.google.com/patents/US7296282?utm_source=gb-gplus-sharePatent US7296282 - Interactive optical cards and other hand-held devices with increased connectivityAdvanced Patent SearchPublication numberUS7296282 B1Publication typeGrantApplication numberUS 09/489,373Publication dateNov 13, 2007Filing dateJan 21, 2000Priority dateJan 22, 1999Fee statusPaidAlso published asUS7552456, US7627879, US8020181, US20080034387, US20080037992, US20080208642, US20100014869Publication number09489373, 489373, US 7296282 B1, US 7296282B1, US-B1-7296282, US7296282 B1, US7296282B1InventorsEdward J. Koplar, Daniel A. CiardulloOriginal AssigneeKoplar Interactive Systems International LlcExport CitationBiBTeX, EndNote, RefManPatent Citations (51), Non-Patent Citations (8), Referenced by (9), Classifications (29), Legal Events (3) External Links: USPTO, USPTO Assignment, EspacenetInteractive optical cards and other hand-held devices with increased connectivityUS 7296282 B1Abstract A system for deriving benefits from the reception and processing of composite video signals by a hand-held device, such as a smart card. Video signals are modulated with auxiliary data creating composite video signals. The composite video signals are then transmitted to and received by a hand-held device. The auxiliary data is then detected in the modulated video signal by circuitry of the hand-held device. The user receives benefits resulting from the reception of the auxiliary data.
CROSS-REFERENCE TO RELATED APPLICATIONS This application is based upon Provisional Patent Application entitled Hotel Smart Key, Ser. No. 60/116,866, Filed 22 Jan. 1999 by Edward J. Koplar and upon Provisional Patent Application entitled Interactive Cards and Other Hand-Held Devices for Receiving Veiled Optical Data and Other Signals, Ser. No. 60/151,840, Filed 1 Sep., 1999 by Edward J. Koplar, both of which are herein incorporated by reference; and continued preservation of which is requested.
DESCRIPTION OF INVENTIVE EMBODIMENTS Referring to FIGS. 1�3, in a system of the invention, and in accordance with the various methods herein described, composite video signals are received and projected by a display device 10, to be received by a first embodiment of an interactive hand-held card-like device of the invention 12A. Display device 10 is representative of a television screen, video monitor or other video display, movie screen, computer monitor, video-converted display or video-like display, capable of receiving analog or digital video or video-representative signals from a suitable source, such as a television transmitter, a videotape, streaming video servers, a Digital Versatile Disc (�DVD�), or the computerized display representation of such a source of image content. For present purposes, however, it will be assumed that display device 10 is a kinescope or other conventional type of television display or monitor (which may, of course, include multiple or single-beam types of projector displays).
Patent CitationsCited PatentFiling datePublication dateApplicantTitleUS4656342Jan 21, 1986Apr 7, 1987Cii Honeywell Bull(Societe Anonyme)Method and apparatus for authorizing the holder of a portable object such as a card to gain access to at least one service provided by at least one authorizing entityUS4745468Mar 10, 1986May 17, 1988Kohorn H VonSystem for evaluation and recording of responses to broadcast transmissionsUS4789371 *Sep 29, 1987Dec 6, 1988The Quaker Oats CompanySimulated toy flash cameraUS4807031Oct 20, 1987Feb 21, 1989Interactive Systems, IncorporatedInteractive video method and apparatusUS4851651 *Mar 25, 1987Jul 25, 1989Electronique Serge DassaultAutomatic programmer and dispenser of microcircuit cardsUS4876592May 10, 1988Oct 24, 1989Henry Von KohornSystem for merchandising and the evaluation of responses to broadcast transmissionsUS4926255May 10, 1988May 15, 1990Kohorn H VonSystem for evaluation of response to broadcast transmissionsUS5034807Oct 19, 1989Jul 23, 1991Kohorn H VonSystem for evaluation and rewarding of responses and predictionsUS5057915Oct 25, 1990Oct 15, 1991Kohorn H VonSystem and method for attracting shoppers to sales outletsUS5070404 *May 15, 1990Dec 3, 1991Bullock Communications, Inc.Method and apparatus for contemporaneous delivery of dataUS5128752Oct 25, 1990Jul 7, 1992Kohorn H VonSystem and method for generating and redeeming tokensUS5136644Sep 19, 1989Aug 4, 1992TelecashPortable electronic device for use in conjunction with a screenUS5233423 *Nov 26, 1990Aug 3, 1993North American Philips CorporationEmbedded commericals within a television receiver using an integrated electronic billboardUS5249044 *May 5, 1992Sep 28, 1993Kohorn H VonProduct information storage, display, and coupon dispensing systemUS5283734Sep 19, 1991Feb 1, 1994Kohorn H VonSystem for conducting a forgery-resistant gameUS5285278 *May 21, 1992Feb 8, 1994Holman Michael JElectronic redeemable coupon system via televisionUS5287181 *Aug 20, 1992Feb 15, 1994Holman Michael JElectronic redeemable coupon system and televisionUS5301353 *Jul 29, 1993Apr 5, 1994Motorola, Inc.Communication system and apparatusUS5343239 *Nov 20, 1991Aug 30, 1994Zing Systems, L.P.Transaction based interactive television systemUS5410326Dec 4, 1992Apr 25, 1995Goldstein; Steven W.Programmable remote control device for interacting with a plurality of remotely controlled devicesUS5483276 *Aug 2, 1993Jan 9, 1996The Arbitron CompanyCompliance incentives for audience monitoring/recording devicesUS5488423 *Nov 17, 1994Jan 30, 1996U.S. Narrow Networks, Inc.Home communication method and apparatusUS5500681May 24, 1994Mar 19, 1996Jones; Charles P.Apparatus and method for generating product coupons in response to televised offersUS5523794Apr 16, 1993Jun 4, 1996Mankovitz; Roy J.Method and apparatus for portable storage and use of data transmitted by television signalUS5594493 *Jan 19, 1994Jan 14, 1997Nemirofsky; Frank R.Television signal activated interactive smart card systemUS5675395 *Jan 4, 1995Oct 7, 1997Sony CorporationRemote receiver that coordinates command signals from differing sources including radio frequency and infrared sourcesUS5697844Mar 8, 1996Dec 16, 1997Response Reward Systems, L.C.System and method for playing games and rewarding successful playersUS5734413Nov 30, 1993Mar 31, 1998Thomson Multimedia S.A.Transaction based interactive television systemUS5742845 *Jun 22, 1995Apr 21, 1998Datascape, Inc.System for extending present open network communication protocols to communicate with non-standard I/O devices directly coupled to an open networkUS5761601Aug 9, 1993Jun 2, 1998Nemirofsky; Frank R.Video distribution of advertisements to businessesUS5764275 *Jun 7, 1995Jun 9, 1998Thomson Multimedia S.A.Method for preventing cheating on an interactive presentation systemUS5767896Sep 7, 1995Jun 16, 1998Smart Tv LlcTelevision signal activated interactive smart card systemUS5789732 *Jun 7, 1996Aug 4, 1998Mcmahon; Steven A.Portable data module and system for consumer transactionsUS5880769Apr 10, 1995Mar 9, 1999Smarttv Co.Interactive smart card system for integrating the provision of remote and local servicesUS5907350Apr 23, 1997May 25, 1999Smart T.V. LlcTelevision signal activated interactive smart card systemUS5946635 *Aug 12, 1997Aug 31, 1999Dominguez; David C.Sporting event configurable radio receiver/scannerUS5953047Oct 21, 1996Sep 14, 1999Smart Tv LlcTelevision signal activated interactive smart card systemUS6016338 *Mar 22, 1999Jan 18, 2000At&T Corp.Lottery method and apparatus having a tiered prize schemeUS6024288 *Dec 24, 1997Feb 15, 2000Graphic Technology, Inc.Promotion system including an ic-card memory for obtaining and tracking a plurality of transactionsUS6068183 *Apr 17, 1998May 30, 2000Viztec Inc.Chip card systemUS6076069 *Sep 25, 1998Jun 13, 2000Oneclip.Com, IncorporatedMethod of and system for distributing and redeeming electronic couponsUS6094228Mar 23, 1998Jul 25, 2000Ciardullo; Daniel AndrewMethod for transmitting data on viewable portion of a video signalUS6177950 *Jan 17, 1997Jan 23, 2001Avt Audio VisualMultifunctional portable telephoneUS6229572Mar 27, 2000May 8, 2001Koplar Interactive International, LlcMethod for transmitting data on viewable portion of a video signalUS6278499 *Jul 6, 1999Aug 21, 2001Evolve Products, Inc.Two-way remote control with advertising displayUS6327573 *Dec 31, 1998Dec 4, 2001Walker Digital, LlcMultiple party reward system utilizing single accountUS6592044 *May 15, 2000Jul 15, 2003Jacob Y. WongAnonymous electronic card for generating personal coupons useful in commercial and security transactionsUS6661905Mar 27, 2000Dec 9, 2003Koplar Interactive Systems International LlcMethod for transmitting data on a viewable portion of a video signalUS6681393 *Jun 3, 1998Jan 20, 2004Nds LimitedViewer interaction feedback method and system for use with an interactive telecommunication systemEP0713335A2 *Nov 6, 1995May 22, 1996AT&T Corp.System and method for wireless capture of encoded data transmitted with a television, video or audio signal and subsequent initiation of a transaction using such dataGB2161629A Title not available* Cited by examinerNon-Patent CitationsReference1"The Source" of information in and around the nation's leader in interactive televisions; Transactions, Jun. 1993.2Interactive Systems, Inc., Core Technology.3Interactive Television, Prospects for Two-Way Services on Cable, R-888-MF, Nov. 1971, Walter S. Baer, The John and Mary R. Markle Foundation.4Proceedings from Eleven Technical Sessions, 42<SUP>nd </SUP>Annual Convention and Exposition of the National Cable Television Association, Jun. 6-9, 1993, San Francisco, California Published by NCTA, the National Cable Television Association.5St. Louis Post Dispatch BUSINESS, Jul. 26, 2000, Motorola device would connect instantly to Net.6The International Journal of TV, Interactive Systems Worldwide, Inc., Summer 1993.7TV Answer, Applications, Apr. 1993.8USA Today Money, Jun. 21, 2000, Cellphones could be secret decoder rings of future.Referenced byCiting PatentFiling datePublication dateApplicantTitleUS7552456Apr 10, 2007Jun 23, 2009Koplar Interactive Systems International, L.L.C.Interactive optical cards and other hand-held devices with increased connectivityUS7627879Oct 22, 2007Dec 1, 2009Koplar Interactive Systems International L.L.C.Interactive optical cards and other hand-held devices with increased connectivityUS7840975 *Apr 29, 2004Nov 23, 2010Microsoft CorporationSystem and method for encouraging viewers to watch television programsUS8468052Jan 17, 2011Jun 18, 2013Vegas.Com, LlcSystems and methods for providing activity and participation incentivesUS8468565Jul 14, 2008Jun 18, 2013Digital Network Shopping, LlcMethod and apparatus for displaying information in response to motion picture programmingUS8543458 *May 7, 2012Sep 24, 2013Saban Digital Studios LlcMethods and systems for facilitating electronic commerce using a child-oriented computer network applicationUS8715083Jun 18, 2009May 6, 2014Koplar Interactive Systems International, L.L.C.Methods and systems for processing gaming dataUS20070237106 *Mar 28, 2007Oct 11, 2007Vaibhav RajanSystems and methods for delivering contents using broadcast networksUS20090111584 *Oct 31, 2008Apr 30, 2009Koplar Interactive Systems International, L.L.C.Method and system for encoded information processing* Cited by examinerClassifications U.S. Classification725/23, 725/113, 348/E07.061, 725/142International ClassificationH04N7/16Cooperative ClassificationH04N7/163, H04N21/4185, H04N21/8133, G06Q30/0268, H04N21/4126, H04N21/43637, H04N21/4183, H04N21/4784, G06Q30/0601, G06Q10/02, H04N21/4782, H04N21/4722European ClassificationH04N21/4185, H04N21/418P, H04N21/81D1, H04N21/4363W, H04N21/4784, H04N21/41P5, H04N21/4782, H04N21/4722, G06Q30/0268, G06Q30/0601, G06Q10/02, H04N7/16E2Legal EventsDateCodeEventDescriptionJan 11, 2011FPAYFee paymentYear of fee payment: 4May 13, 2008CCCertificate of correctionOct 20, 2003ASAssignmentOwner name: KOPLAR INTERACTIVE SYSTEMS INTL LLC, MISSOURIFree format text: ASSIGNMENT OF ASSIGNORS INTEREST;ASSIGNORS:KOPLAR, EDWARD J.;CIARDULLO, DANIEL A.;REEL/FRAME:014056/0866Effective date: 20031015RotateOriginal ImageGoogle Home - Sitemap - USPTO Bulk Downloads - Privacy Policy - Terms of Service - About Google Patents - Send FeedbackData provided by IFI CLAIMS Patent Services©2012 Google


text:
Free store pickupas soon as 8/28with •Free store pickupas soon as 8/28with Ready-Set-Mount Triple Wall-Mount Shelf System, CC-S3 Black
Free store pickupas soon as 8/28with •Free store pickupas soon as 8/28with Creative Concepts Ready Set Mount A3770BPK for 37" to 70" Flat …
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text:
SMB Home Improvement
Phone: (203) 262-1099
38 Blueberry Ln.,
File a Complaint against SMB Home Improvement
See Trends in Customer Reviews on SMB Home Improvement
BBB knows of no government actions involving the marketplace conduct of SMB Home Improvement.
BBB has nothing to report concerning SMB Home Improvement's advertising at this time.
Steve Bardeli, Owner
Principal: Steve Bardeli, Owner
See trends in Customer Reviews for SMB Home Improvement Associated Searches

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Between 10th and 11th music by The Charlatans UK | Available on CD | Alibris Music
A few songs aside, the Charlatans generally regard this release as their least successful album, considering it was recorded at a personal and professional crossroads (Baker's departure, Rob Collins' conviction, and so forth). Criticism within and without settled on Flood's production style as well, his crisp, technically sharp abilities seem to go against the band's natural flow. In hindsight, though, Between is much stronger than its reputation, with many fans proclaiming it their favorite. It's partly due to Burgess' ... Read More
A few songs aside, the Charlatans generally regard this release as their least successful album, considering it was recorded at a personal and professional crossroads (Baker's departure, Rob Collins' conviction, and so forth). Criticism within and without settled on Flood's production style as well, his crisp, technically sharp abilities seem to go against the band's natural flow. In hindsight, though, Between is much stronger than its reputation, with many fans proclaiming it their favorite. It's partly due to Burgess' more up-front vocals -- his singing is still some of the calmest one will ever hear at the front of such a band, but his performance maintains Some Friendly's loose flow while sounding more compelling. Similarly, Blunt's bass sounds stronger and Rob Collins' keyboards stand out more, either shading or leading the songs perfectly. "Weirdo," the album's lead single and strongest point, has a brilliant lead organ break from Collins and series of great funk stabs that became his strongest performance ever. Equally fine is the electric piano start to "Tremolo Song," leading to a deep Blunt bass and sassy flow of a song. Brookes and Mark Collins also fill out their parts equally well, with Flood's production strengthening and creating excellent arrangements for everyone as a whole. His numerous touches are really something, from the sudden shift to buried/flanged production on "Ignition" to "Subtitle"'s atmospheric mixing and burbling bass. Other highlights include the string-laden charge of "Can't Even Be Bothered" and the concluding "No One (Not Even the Rain)." ~ Ned Raggett, Rovi Read Less
UPC: 078636110820
1998, Beggars UK-Ada
UPC: 607618003722
UPC 078636110820
Alibris ID 13824965452
Alibris ID 13824953316
06/23/1998, Beggars UK-Ada
UPC 607618003722
Label Beggars UK-Ada
Alibris ID 11797540133
Alibris ID 12661985726
Alibris ID 12583908286
Fine. 078636110820 100% Guaranteed.
Alibris ID 13231771014
Very Good. 078636110820 SHIPS IMMEDIATELY 100% GUARANTEED.
Alibris ID 10699053514
Fine in fine packaging. Originally released: 1992.
Alibris ID 13428096027
Alibris ID 13255732902
Alibris ID 14083394809
Very Good. 078636110820 Ships from Southern California. 100% Satisfaction guaranteed!


text:
Amazon.com: Spectracide 95833 Weed Stop For Lawns, 1-Gallon Spray: Patio, Lawn & Garden
Allhardwaresupply
+ $29.13 shipping
Spectracide Weed Stop For Lawns
Ships from and sold by Ozbo. Size:
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Kills over 200 types of weeds
Won't harm lawns
+ Price for both: $21.02
This item: Spectracide 95833 Weed Stop For Lawns, 1-Gallon Spray $14.55
Spectracide 95834 Weed Stop for Lawns, 32-Ounce Concentrate $6.47
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Roundup 5003410 Weed and Grass Killer Ready-to-Use Spray, 30-Ounce 3.4 out of 5 stars (37)
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$5.84Prime
Ortho 0438580 Grass-B-Gon Ready to Use Garden Grass Killer, 24-Ounce 3.9 out of 5 stars (58)
B000BPAVBW,B0037AOVTQ,B0039VFSI6,B000OWCPXY,B000GRNOS2,B001693OLQ,B0002FZAV2,B002ITJH82,B002RBD322,B001P3R45A,B005LD2CMU,B00384X44Y,B000P0FHQ2,B000BPF27A,B005LD2IK6,B001H1GPKU,B000A0LFHW,B001EWL0H0,B000P6QYJK,B00AUO5Y7A,B00B7EKXKK,B000BO7EMM,B0035H276K,B002XTP3OO,B000HJBKMQ,B000BQY7XO,B005W1QXQW,B00192FZ1C,B000BQUH0G,B001JTS6UC,B004GVYXKC,B002YNSADU,B000B6Q6BA,B000I1PM0O,B000S6TN8G,B003UHVVX0,B001PCEMZQ,B001B1KH1Y,B000E28UQU,B001EDDWJI,B000R0WXI0,B004HZCI2M,B003TJ9G40,B000BZ6MD8,B009ZU3VAC,B001GJ3FIS,B001BTFXBA,B000GXQMEE,B0015I11TK,B001RPT3KK,B001OSH5P0,B0007UQ2LO,B006MVMGSA,B004RUH7Z0,B00002N67I,B001H1HHGQ,B002ITKYT8,B002UO4FAK,B004RUJ2S0,B002PIY7QS,B000UGPK9U,B000G9YMCW,B00192G4H6,B000V3O0ZC,B007L0CBZO,B008CH3Y9C,B000XTH2FY,B001ZXNDNM,B004D33V3I,B000RUIFJQ,B0008JGSD6,B0030MIHAU,B0001MQHI6,B000NCWP44,B0002APQ6G,B0000VM18I,B00AV5K7TI,B0007UQ2N2,B00813ZQVQ,B0000BYDKO,B002PY7P4I,B0026FCFQE,B0015I4M8M,B00422KWU0,B00BB5DJU6,B007UZNS5W,B003UEMOWA,B00422KWTQ,B004EXPKHW,B0049PJSMS,B00005202H,B0002IKUE6,B000QR931O,B00004RAGL,B002YPS1KK,B002ZVOLXE,B001D1H9MM,B0000CBIFG,B004V3FX9K,B000BOCDXW
Size: 1-Gallon Spray
Product Dimensions: 4.5 x 7.5 x 12 inches ; 9 pounds
ASIN: B003V5NNM8
Item model number: 95833
Amazon Best Sellers Rank: #134,790 in Patio, Lawn & Garden (See Top 100 in Patio, Lawn & Garden)
Spectracide weed stop for lawns plus crabgrass killer ready-to-use is a selective herbicide formulated to kill more than 250 weed types, including crabgrass
Scotts Company 0406010 Ortho Weed B Gon Max Spray, 32-Ounce 3.7 out of 5 stars (14)
Bayer Advanced 704140A All-In-One Lawn Weed and Crabgrass Killer Concentrate,  3.4 out of 5 stars (64)
B0037AOVTQ,B0039VFSI6,B000BPAVBW,B001693OLQ,B005LD2CMU,B001OSH5P0,B000OWCPXY,B000GRNOS2,B002RBD322,B00ARKS23A,B0035H276K,B00002N67I,B008RH9LLM,B0049PNEO6,B001EES684,B000S6TN8G,B000E28UQU,B002ITKYT8,B0015I11TK,B000PKTPP6,B002ITJH82,B0008309SW,B00B7EKXKK,B000H98TC0,B0018YC0LO,B002PIY7QS,B000H1U1SS,B001H1HHGQ,B000R0WXI0,B001P3R45A,B00C4TQ2KC,B0072289CA,B004YDD85I,B007ZDZYFG,B000X4N2DU,B000IJRKWO,B000A0LFHW,B0035H0RA8,B000P0FHQ2,B00AZSH884,B000HCUK38,B004VWSFU0,B000BO7EMM,B00ARYS25E,B000P6QYJK,B00AUO5Y7A,B002BP12LI,B004OEUDLE,B0044FX1TO,B000OP5VDC,B004X75MRM,B000P0DK1Q,B002YNSADU,B001ACMBZO,B005BLQ8N6,B001D1H9MM,B005LD2IK6,B00710B5SI,B00178OB6I,B004V3FX9K
4 of 4 people found the following review helpfulgets the weeds but not the grass---REALLY
TOP 50 REVIEWER on July 31, 2011Size Name: 24-ounce Spray
Nothing I've used has worked as well for me. I'm no expert. A portion of my lawn had been taken over with clover and creeping charlie. I applied Spectracide Weed Stop. It took a couple of weeks but the weeds are gone, completely. And I was pleasantly surprised to find that I still had grass. The grass was just covered with the clover and creeping charlie. I know of nothing else that kills creeping charlie without doing a complete kill.You do need to be careful and make sure you are not using it on a form of grass that it will harm. there are some lawn grasses that can't take the punishment this product doles out to weeds. As always read and follow the label. I like the concentrate and use my own sprayer, not those bottles that hook up to a hose. I've never had any luck with those products. I'm sure others have, however. Like I said, I'm no lawn expert. But am I happy to see my creeping charlie dead.This small spray bottle is good for spot weeding the lawn, but get the concentrate bottle for the big job. Keep the plastic squirt bottle to refill with your own mix, then for the small jobs.
Wile E. Cayote
VINE VOICE on September 20, 2012Size Name: 24-ounce Spray
I've never used weed killer of any kind. I have used pest sprays with varying affect. I had no expectations for this product. It worked awesomely! Had some Dandelions and other unidentified weeds in the lawn and zapped 'em with this this spray. Badda bing...they were dead and gone in a week and no harm to the lawn. I sprayed this stuff on some plants that were spreading from an adjacent area (planted by a previous "green thumb" resident of my home) and they died...but the grass did not. I don't know how to otherwise recommend a product such as this other than to say I sprayed it on the weeds and they died and my lawn did not.
2 of 2 people found the following review helpfulIt REALLY is a WEED STOP for the hard-to-kill weeds
TOP 50 REVIEWER on July 31, 2011Size Name: 1-Gallon Spray
Nothing I've used has worked as well for me. I'm no expert. A portion of my lawn had been taken over with clover and creeping charlie. I applied Spectracide Weed Stop. It took a couple of weeks but the weeds are gone, completely. And I was pleasantly surprised to find that I still had grass. The grass was just covered with the clover and creeping charlie. I know of nothing else that kills creeping charlie without doing a complete kill.You do need to be careful and make sure you are not using it on a form of grass that it will harm. there are some lawn grasses that can't take the punishment this product doles out to weeds. As always read and follow the label. I like the concentrate and use my own sprayer, not those bottles that hook up to a hose. I've never had any luck with those products. I'm sure others have, however. Like I said, I'm no lawn expert. But am I happy to see my creeping charlie dead.This is the big gallon size. It will do big lawns, commercial size, or the cheaper way to buy and then have it last for 2-3 years for smaller yards. Larger is cheaper (per oz) for this product when it comes to concentrate. Mix yourself and spray to a clean lawn. It is amazing stuff. Works for my grass. I thought I'd have to do a complete kill and reseed for a do-over. No so after 2 weeks with this product. Saved me hours and hours of work.
1 of 1 people found the following review helpfulWorks, but slower or not as strong as other products.
on May 26, 2013Size Name: 24-ounce Spray
This is my first year using this product and yes it does work, just a little slower than Bayer and Ortho products. Sometimes you made need to double spray the weed for a faster or more deadlier kill on the weeds roots. Three days after applying this stuff did notice the weeds losing their green color and starting to wilt. Some weeds I used it on are dead after 3 weeks some appear to be still partially alive.
Violets no more
William Peyton, Jr.
on August 10, 2013Size Name: 24-ounce Spray
This is the only product I have found which, in addition to the usual weeds, also gets rid of wild violets from my lawn without harming the grass.
It works, but takes time
It killed most of the weeds I sprayed it on within a few weeks and some of the stronger ones didnt die just wilted and still remain.
Published 4 months ago by Scott K
didnt work on crabgrass , clover and few other weeds. i bought this with great expectation but didnt work at all. i wont recommend this.
Published 5 months ago by Flaming Spaz
I basically used the whole bottle on my weeds and it didn't do a thing. Waste of money don't bother.
Published 7 months ago by Hannah H
Good for Just a Few Weeds
This worked really well on about 3 large weeds. I had to spray them all a couple of times before they were really gone and I gave up on any more.
Published 7 months ago by noxdeatacita


text:
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Fund Type SICAV Objective European Region Asset Class Focus Fixed Income Geographic Focus European Region NAV (on -) - Total Assets (m EUR) (on 07/25/2017) 752.703 Inception Date 08/16/2017 Last Dividend (on -) - Dividend Indicated Gross Yield - Fund Managers LYNDON MAN Front Load Fee - Back Load Fee - Redemption Fee - 12b-1 Fee - Current Mgmt Fee - Expense Ratio - Top Fund Holdings Name Position Value % of Fund BTAH7:COM MidTerm Euro-OAT Mar17 0.00 35.55 m 4.49 UBH7:COM EURO BUXL 30Y BND Mar17 145.00 25.30 m 3.19 JK584882:COR BTPS 0.45 06/01/21 25.00 k 24.99 m 3.15 STEURIC:ID Short-Term Investments Co Glob 24.90 m 24.90 m 3.14 RXH7:COM EURO-BUND FUTURE Mar17 144.00 23.66 m 2.99 EJ283942:COR EIB 2 ¾ 09/15/25 15.00 k 18.20 m 2.30 EI307750:COR FRTR 3 ½ 04/25/26 12.76 k 16.17 m 2.04 EH378395:COR BTPS 2.35 09/15/19 13.00 k 15.70 m 1.98 EK533179:COR SPGBEI 0.55 11/30/19 15.00 k 15.64 m 1.97 LW934973:COR SPGB 1.3 10/31/26 15.25 k 15.21 m 1.92 Profile Invesco Funds SICAV - Invesco Euro Bond Fund is a SICAV incorporated in Luxembourg. The objective of the Fund is to achieve long-term capital growth, together with income. The Fund will invest primarily in debt instruments denominated in Euro. The Fund will invest in debt instruments (including contingent convertibles) issued worldwide by governments or companies. Address Registered Office:2-4 Rue Eugene RuppertL-2453 LuxembourgLuxembourg Phone - Website www.invesco.com Terms of Service Trademarks Privacy Policy ©2017 Bloomberg L.P. All Rights Reserved Careers Made in NYC Advertise Ad Choices Website Feedback Help

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Patent US7065556 - Method and system for logging event data and persistently downloading the same - Google PatentsSearch Images Maps Play YouTube News Gmail Drive More »Sign inAdvanced Patent SearchPatentsA method and system for logging event data from at least one operable application program or at least one peripheral device operably connected to a server using a log manager device driver. The method includes the steps of registering the log manager device driver with the server to receive all the event...http://www.google.com/patents/US7065556?utm_source=gb-gplus-sharePatent US7065556 - Method and system for logging event data and persistently downloading the sameAdvanced Patent SearchPublication numberUS7065556 B1Publication typeGrantApplication numberUS 09/661,360Publication dateJun 20, 2006Filing dateSep 14, 2000Priority dateSep 14, 2000Fee statusPaidAlso published asEP1189138A2Publication number09661360, 661360, US 7065556 B1, US 7065556B1, US-B1-7065556, US7065556 B1, US7065556B1InventorsJames P. Hickey, Zamaneh MowzooniOriginal AssigneeHewlett-Packard Development Company, L.P.Export CitationBiBTeX, EndNote, RefManPatent Citations (15), Referenced by (15), Classifications (10), Legal Events (5) External Links: USPTO, USPTO Assignment, EspacenetMethod and system for logging event data and persistently downloading the same
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functionality within a device and facility manager* Cited by examinerClassifications U.S. Classification709/217, 714/E11.204, 709/224, 709/202, 714/25, 714/47.1International ClassificationG06F15/16, G06F11/34Cooperative ClassificationG06F11/3476European ClassificationG06F11/34T4Legal EventsDateCodeEventDescriptionNov 25, 2013FPAYFee paymentYear of fee payment: 8Dec 21, 2009FPAYFee paymentYear of fee payment: 4Aug 11, 2009CCCertificate of correctionSep 30, 2003ASAssignmentOwner name: HEWLETT-PACKARD DEVELOPMENT COMPANY L.P., TEXASFree format text: ASSIGNMENT OF ASSIGNORS INTEREST;ASSIGNOR:HEWLETT-PACKARD COMPANY;REEL/FRAME:014061/0492Effective date: 20030926Owner name: HEWLETT-PACKARD DEVELOPMENT COMPANY L.P.,TEXASFree format text: ASSIGNMENT OF ASSIGNORS INTEREST;ASSIGNOR:HEWLETT-PACKARD COMPANY;US-ASSIGNMENT DATABASE UPDATED:20100203;REEL/FRAME:14061/492Free format text: ASSIGNMENT OF ASSIGNORS INTEREST;ASSIGNOR:HEWLETT-PACKARD COMPANY;US-ASSIGNMENT DATABASE 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Costs and effects of the Tanzanian national voucher scheme for insecticide-treated nets. - PubMed - NCBI
1 selected item: 18279509
Malar J. 2008 Feb 15;7:32. doi: 10.1186/1475-2875-7-32.
Mulligan JA1, Yukich J, Hanson K.
Health Economics and Financing Programme, Department of Public Health and Policy, London School of Hygiene and Tropical Medicine, Keppel Street, London, WC1E 7HT, UK. jo.mulligan@lshtm.ac.uk
PMC2279140
10.1186/1475-2875-7-32
Malar J. 2008;7:32-32.

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1991–92 Hartford Whalers season - Wikipedia
1991–92 Hartford Whalers
10th Wales
26-41-13
John Cullen (26)
John Cullen (51)
John Cullen (77)
Pat Verbeek (243)
John Cullen (+28)
Kay Whitmore (14)
Frank Pietrangelo (2.35)
The 1991–92 Hartford Whalers season saw the Whalers finish in fourth place in the Adams Division with a record of 26 wins, 41 losses, and 13 ties for 65 points. They lost the Adams Division semi-finals in seven games to the Montreal Canadiens, with Russ Courtnall scoring in overtime of Game 7 at the Montreal Forum to end Hartford's season. This was the last time that the Whalers made the playoffs before moving to North Carolina.
11–12–3
15–18–5
15–19–5
15–22–5
15–22–7
15–25–8
15–26–8
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15–26–10
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26–41–13
Brown, RobRob Brown
Black, JamesJames Black
Cyr, PaulPaul Cyr
Shank, DanielDaniel Shank
Sidorkiewicz, PeterPeter Sidorkiewicz
Whitmore, KayKay Whitmore
Baca, JergusJergus Baca
Richards, ToddTodd Richards
Tancill, ChrisChris Tancill
Tomlak, MikeMike Tomlak
August 26, 1991 – Hartford's 1992 sixth round draft pick (Joel Bouchard) traded to the Calgary Flames for Paul Fenton.
September 8, 1991 – Sylvain Cote traded to the Washington Capitals for their 1992 second round draft pick (Andrei Nikolishin).
September 17, 1991 – Hartford's 1992 second round draft pick (Valeri Bure) traded to the Montreal Canadiens for Andrew Cassels.
October 2, 1991 – Dean Evason traded to the San Jose Sharks for Dan Keczmer.
October 3, 1991 – Future considerations traded to the New Jersey Devils for Lee Norwood. Hartford later sent their 1993 fifth round draft pick (John Guirestante) to New Jersey to complete the deal.
October 4, 1991 – Todd Krygier traded to the Washington Capitals for their 1993 fourth round draft pick (later traded to Calgary who selected Jason Smith).
October 18, 1991 – Paul Fenton traded to the San Jose Sharks for Mike McHugh.
November 13, 1991 – Kevin Dineen traded to the Philadelphia Flyers for Murray Craven and Vancouver's 1992 fourth round draft pick (Kevin Smyth).
November 13, 1991 – Lee Norwood traded to the St. Louis Blues for future considerations. St. Louis later sent their 1993 fifth round draft pick (Nolan Pratt) to Hartford to complete the deal.
November 14, 1991 – Future considerations traded to the Boston Bruins for Barry Pederson.
December 18, 1991 – Chris Tancill traded to the Detroit Red Wings for Daniel Shank.
January 24, 1992 – Rod Brown traded to the Chicago Blackhawks for Steve Konroyd.
January 27, 1992 – Future considerations traded to the Chicago Blackhawks for Paul Gillis.
March 10, 1992 – Future considerations traded to the Pittsburgh Penguins for Frank Pietrangelo. Hartford later sent their 1994 third round draft pick (Sven Butenschon) and their 1994 seventh round draft pick (Serge Aubin) to Pittsburgh to complete the deal.
30 – Peter Sidorkiewicz 35 – Kay Whitmore 40 – Frank Pietrangelo Defensemen
3 – Zarley Zalapski 4 – Dan Keczmer 5 – Steve Konroyd 6 – Adam Burt 23 – Lee Norwood 25 – Marc Bergevin 27 – Doug Houda 29 – Randy Ladouceur – C
32 – Brad Shaw 40 – Jergus Baca 45 – John Stevens 46 – Todd Richards Wingers
7 – Randy Cunneyworth 11 – Kevin Dineen 16 – Pat Verbeek 17 – Mark Greig 18 – Paul Cyr 20 – Yvon Corriveau 22 – Ed Kastelic 24 – Bobby Holik 26 – Mark Hunter 33 – Jim McKenzie 34 – Mikael Andersson 36 – Daniel Shank 37 – Patrick Poulin 41 – Joe Day 47 – Michel Picard Centers
8 – Geoff Sanderson 12 – Murray Craven 15 – John Cullen 21 – Andrew Cassels 23 – James Black 25 – Barry Pederson 28 – Mike Tomlak 37 – Chris Tancill 38 – Terry Yake 44 – Rob Brown 44 – Paul Gillis Coach: Jim Roberts
GM: Ed Johnston
^ "1991-1992 Division Standings". National Hockey League. Retrieved March 25, 2012. ^ "1991–92 Hartford Whalers Games". Hockey-reference.com. Retrieved 2009-06-03. ^ "1991-92 Hartford Whalers Statistics - Hockey-Reference.com". hockey-reference.com. Retrieved 2009-06-02. 1991-92 Hartford Whalers at Hockey Reference
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