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Partnerships between different app companies are becoming more and more frequent these days. Recently we saw Spotify and Uber team up to provide an enhanced ride service with your favorite songs playing. Now it seems like there are two more high profile companies that want to go into business in 2015. According to a report from Business Insider, Twitter and Foursquare might be going into business together… (more…)
Tweet |
Building your business on Twitter is simple with the right products and resources. We have some insight below which could be of use when developing content for Twitter for your business.
Find your voice – Don't be afraid to let your personality come through, or that of your employees. Of course, business styles vary so you need to find a tone that works for your business and your customers. (more…)
Tweet |
if you needed any more proof that social networks are quickly entering the realm of mobile, peer-to-peer payments, then you need not look further than this latest partnership.
The world's second largest social network, Twitter, has partnered with France's second largest bank – Groupe BPCE – to essentially allow users to transfer money through their tweets.
BPCE made an announcement last month, saying that they will be partnering with Twitter in a new mobile payment service, but that details of how the service will work will all be revealed when it is launched.
And today is that day. At a press conference this morning, the social giant and the bank unveiled how their new service ill work and what it means for French Twitter users.
Firstly, the new service will tie in with BPCE's existing mobile payment system called S-Money. Before the Twitter integration, S-Money allowed users to send money to their peers via text message. Now that service is essentially getting an upgrade with the Twitter integration.
The service is currently only available for users with French cellphone numbers and bank accounts, but is not limited to those who have a bank account with BPCE. (more…)
Tweet |
By the looks of things, Twitter may be going beyond simply being a social network. Recent moves by the company strongly indicates that they are looking to add an e-commerce option to their line-up.
This past week, a couple of Twitter users reported seeing a new option in their Twitter settings menu. The 'payments and shipping' option appeared on the settings menu in Twitter's Android app.
While the option was there, it was not yet functional. Users reported that they could not open or activate the function, but it didn't seem to disappear either.
Could this be a foreshadowing of what Twitter is planning? Probably. Twitter regularly test new features and functions on a select few users before a full scale roll out.
And this latest report isn't the first indication that Twitter is seriously considering a move into e-commerce. (more…)
Tweet |
The 2014 FIFA World Cup was certainly one to remember. Besides the fact that it was held in Brazil, the undisputed home of football, the tournament offered some amazing high's and shocking low's.
It's natural then that World Cup cause quite a stir on social media – a record breaking stir, in fact.
The World Cup seemed to dominate conversation on two of the world's biggest social networks. The event broke records on both Facebook and Twitter as the world became consumed with soccer-madness.
This year's World Cup final is officially the most talked about sporting event on Facebook, ever. According to data released by Facebook, Sunday's final generated a lot of interaction on the site.
88 million people interacted with the site – and they did that 280 million times. This is in the form of posts, comments and likes. It broke the previous record, which centered around last year's Superbowl in the US. (more…)
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With the 2014 FIFA World Cup drawing to a close on Sunday with the epic final between Argentina and Germany, you can make a memorable contribution to whichever team you're supporting – all thanks to Twitter and the Archdiocese in Rio De Janeiro.
While its easy for you to dress in the colours of either Argentina or Germany on Sunday, it probably won't make as much of an impact as seeing on the world's most famous statues 'dressed' in the colours of either Argentina or Germany.
And that's exactly what Twitter wants to do.
Twitter, with the help of the Archdiocese in Rio that manages the famous Christ the Redeemer statue, will give football fans across the globe the chance to have the iconic landmark be lit up in either blue and white Argentinian colours or the black, red and yellow of Germany. (more…)
Tweet |
Last night's World Cup 2014 semi-final between Brazil and Germany was unlike anything we have ever seen before. It almost felt unreal, as Germany absolutely destroyed Brazil and in the process, broke 200 million Brazilian hearts.
But besides breaking hearts and (hopes and dreams), this historical game also broke many a record, including becoming the most tweeted sports game ever.
Some are calling it one of the biggest disasters in football history, as the Germans completely crushed the host nation 7 – 1 in the first of this year's semi-final matches. And while the Brazilians lost terribly, it was clearly a win for Germany – and Twitter.
Not surprising, the previous record for the most tweeted sports game ever also involved Brazil at this year's World Cup. When Brazil took on Chile on the 28th of June, it was a nail biting finale as the game ended in the dreaded penalty shoot-outs.
This game racked up an astonishing 16.4 million tweets. However, last night's unbelievable game more than doubled that of the Brazil, Chile game. Amidst Brazilian humiliation, their shocking loss racked up 35.6 million tweets – officially making it the most tweeted sports game in history. (more…)
Tweet |
Twitter certainly took their time to include one of the most asked for features to their social streams. The GIF support argument has been raging for years with users not understanding why Twitter simply don't allow them to function properly.
The feature is now available on the web, iOS and Android. You'll be able to watch a GIF in your timeline by clicking a play button that shows up on the image.
Tweet |


text:
Warface Videos, Screenshots, Cheats. (PC)
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subset: commoncrawl


text:
Two Bridges, Manhattan
Two Bridges is a neighborhood in the southeastern part of Manhattan in New York City, United States. Although the exact boundaries of the neighborhood are not clearly defined, it is the East River waterfront area, roughly between the Brooklyn Bridge and Manhattan Bridge at the southern end of the Lower East Side.
Two Bridges, with its tenements and a high concentration of public housing projects, including the LaGuardia Houses, has traditionally been an immigrant neighborhood, previously populated by immigrants from Europe, more recently from Latin America, and now from China. The Two Bridges Historic District was listed in the National Register of Historic Places in September 2003.[1]
Although Two Bridges has no exact borders, the neighborhood is roughly bounded by the East River, East River Greenway, FDR Drive, and South Street to the south; Confucius Plaza and Division Street to the north; Montgomery Street to the east; and St. James Place, Pearl Street, and Brooklyn Bridge to the west. However, the Two Bridges Urban Renewal district lies between Manhattan Bridge and Williamsburg Bridge to the north.[2]
Nearby neighborhoods include Lower East Side and Chinatown to the north and east, and Civic Center and Financial District to the west.
The neighborhood had been considered to be a part of the Lower East Side for much of its history. One of the first uses of the term to describe the area was employed by the naming of the Two Bridges Neighborhood Council in 1955.[3]
Two Bridges Historic District[edit]
In September 2003, the Two Bridges Historic District was listed in the National Register of Historic Places. The district is a nine-block area, roughly bounded by East Broadway, Market Street, Cherry Street, Catherine Street, Madison Street, and St. James Place.[4]
The district includes the following landmarks on state and federal historic registers:
- First Cemetery of Congregation Shearith Israel
- Knickerbocker Village housing development
- Mariners Temple
- The Sea and Land Church
- St. James Church
- 51 Market Street
- 25 Oliver Street (house where Governor Al Smith was born)
Little Fuzhou[edit]
Little Fuzhou (小福州, 紐約華埠), or Fuzhou Town (福州埠), a prime destination status for immigrants from the Fujian Province of China, is centered around the street of East Broadway in Two Bridges. It was during the 1980s when an influx of Fuzhou immigrants flooded East Broadway and a Little Fuzhou enclave evolved on the street, it became fully part of Chinatown, also known as the New Chinatown of Manhattan. With a large Fuzhou population, East Broadway is often referred to as Little Fuzhou by Fuzhou immigrants.[5]
The Fuzhou immigrants often speak Mandarin along with their Fuzhou dialect and while all of the other Mandarin speakers were settling in and creating a more Mandarin-Speaking Chinatown or Mandarin Town (國語埠) in Flushing's Chinatown, and an even smaller one in Elmhurst all in Queens because they could not relate to the traditional Cantonese dominance in Manhattan's Chinatown, the Fuzhou immigrants were the only exceptional Non-Cantonese Chinese group to largely settle in Manhattan's Chinatown. This is due to the Mandarin speaking enclaves being too middle class and expensive and since many Fuzhou immigrants came without immigration paperwork and forced into low paying jobs, Manhattan's Chinatown was the only place for them to be around other Chinese people and receive affordable housing despite Manhattan's Chinatown's traditional Cantonese dominance that lasted until the 1990s[6][7][8][9][10]
A considerable number of Fujianese clan associations can be found in and around the street, many of which are even specified by clans from certain villages of Fuzhou region, for example, the members of "Fujian Fuqi Association" are from Fuqi Village, Changle County, Fuzhou, Fujian. The Fukien American Association is also located here. Restaurants, markets and intercity bus lines run by Foochowese concentrate in East Broadway.[5][11][12] A statue of Lin Zexu, who was also a Fuzhouese, was erected in Chatham Square in 1997.[13]
Two Bridges has historically been an Irish and Italian neighborhood, but after the war and the building of public housing high rises in the 1950s, black and Hispanic residents moved into the area. More recently, Two Bridges has been populated by first- and second-generation Chinese immigrants.[2][14] The shortly-lived Two Bridges Model School District was established in 1967 as an experiment in local control of school districts in a neighborhood that was at the time "35% Chinese and Chinese American, 40% Puerto Rican, 12% white and 12% African American."[15]The area remains a home to low- to moderate-income families and maintains a reputation for being gritty. Guns N' Roses guitarist and area resident Richard Fortus called Two Bridges, "the only neighborhood left in Manhattan that doesn't have a Starbucks".
However, families and young professionals are arriving in search of deals, and condos with units going for as much as $1.8 million are being built.[16]
As of 2010, is has been the new home of experimental and fringe music venue Downtown Music Gallery.
See also[edit]
- ^ "National Register of Historic Places Listings September 5, 2003". 2003-09-05. Retrieved 2007-01-25.
- ^ a b McEvers, Kelly (2005-08-24). "Close-Up on Two Bridges, Manhattan". The Village Voice. Retrieved 2007-01-25.
- ^ Administrator. "Two Bridges Neighborhood Council - History". Twobridges.org. Retrieved 2 January 2015.
- ^ "Two Bridges District is designated for State Register of Historic Places". Downtown Express. August 12–18, 2003. Retrieved 2009-08-22.
- ^ a b 近30年来美国华侨华人职业与经济状况的变化及发展态势 (Chinese). Qwgzyj.gqb.gov.cn (October 8, 2011). Retrieved on October 18, 2011.
- ^ The Hong Kong reader: passage to ... – Ming K. Chan, Gerard A. Postiglione Google Books. (July 1, 1997). Retrieved on October 18, 2011.
- ^ God in Chinatown: religion and ... – Kenneth J. Guest Google Books.. Retrieved on October 18, 2011.
- ^ Chinatowns of New York City – Wendy Wan-Yin Tan Google Books.. Retrieved on October 18, 2011.
- ^ Reconstructing Chinatown: ethnic ... – Jan Lin Google Books.. Retrieved on October 18, 2011.
- ^ Surviving the City: the Chinese ... – Xinyang Wang Google Books. Retrieved on October 18, 2011.
- ^ Zhuang Guo-tu, "From sailors of jumping ship to the main actors of East Broadway: Studies on Fuzhou immigrants into U.S. A. in last 20 years", Overseas Chinese History Study, 2003, No. 3, pp 30
- ^ 福州晚报. 66163.com. Retrieved on October 18, 2011.
- ^ The power of urban ethnic places ... – Jan Lin Google Books. Retrieved on October 18, 2011.
- ^ Scheff, Jonathan (2006-09-28). "Two Bridges". AM New York.
- ^ "2014 Student Challenge Grant Winners - Office of Research and Doctoral Studies - NYU Steinhardt". Steinhardt.nyu.edu. Retrieved 2 January 2015.
- ^ Huege, Janet (2006-01-22). "It takes two". New York Post. Retrieved 2009-08-21.
External links[edit]
- Two Bridges Neighborhood Council
- "East River Waterfront Study". New York City Department of City Planning.
Coordinates: 40°42′39″N 73°59′49″W / 40.71083°N 73.99694°W


text:
Free Events This Week: Rumble, Chillin' the Most, Ariana Reines
Categories: Culture
Bikini Jazz play the Van Dyke this Monday |
This week, you've got poetry, surf rock, and collaborative art to satisfy your weekly needs. Read on for when and where to direct yourself for a good time.
- Bikini Jazz: Lead singer Eli la O and crew take over Upstairs at the Van Dyke to perform Latin and jazz standards.
- Rumble: DJ Haitian Hillbilly and crew lay down rock, funk, surf and soul to cool you off at Kill Your Idol.
- P.S. - P.P.S. - Michael Genovese's 60-piece collection of aluminum discs are combined with commentary by the public to create a new art experience at the Frost Art Museum.
- Ghost: We're going to forego the readily available Patrick Swayze jokes and just let you know this pottery-laden movie is screening at SoundScape Park.
- Kid Rock's Third Annual Chillin' the Most Cruise Pre-Party: One helluva name for one helluvan event. Make sure you RSVP to email@example.com and bring the print-out for free entry to catch the John Stone Band and more live. Admission is subject to capacity, so head over to Grand Central early.
- Ariana Reines: As part of its ongoing visiting poet series, the University of Wynwood brings author and UC Berkeley lecturer Reines (below) to B Bar at the Betsy Hotel for a reading and book signing.
Follow Cultist on Facebook and Twitter @CultistMiami.
Location Info
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Just me.
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Play our fun game and find out if the one you like likes you back. Confide in us if you think you'd hit it off by clicking: Yes, No, or Maybe. We'll anonymously find out and let you know if the feeling is mutual. You have nothing to lose!
You've already said YES! If the feeling is mutual, we'll let you both know.
You've already said No. If you've changed your mind, let us know. If you say Yes, we'll anonymously find out if the feeling is mutual. You have nothing to lose!
You've already said Maybe. If you've changed your mind, let us know. If you say Yes, we'll anonymously find out if the feeling is mutual. You have nothing to lose!
You both said YES! The feeling is mutual. Now the rest is up to you! Say Hi and get the conversation started.
I'm funny, intelligent, quirky, non-linear, passionate and loyal to a fault. I see the world as a place to explore but haven't even began to see all that's out there. I love to laugh and find humor on a daily basis and would want someone that sees humor in life in general. I have endless energy and yet can be happy to be curled up on the couch writing and watching movies. I am currently working with two totally cool break through product developers that will have impact on an international level. Also working on an amazing 9/11 documentary that will air for the 10th anniversary in September. My work and career are very non-linear but what is important is that all I do is in the quest to help others heal, transistion to better health and find what is going to make their lives more peaceful. My daughter is the light of my life and I'm extremely proud of her for getting accepted to NYU! I am drawn to intellect, humor and emotional sensitivity. I seek to find someone that is comfortable in their life and yet curious about what's on the other side. I am also a bit of split, I love NYC. the Oregon coast, and the mountain are very alluring, I've lived in CO and did a stint as a mountain guide in Telluride many years ago!. I truly would love to find a passionate...compass ionate mate. Would prefer someone that is literate yet funny and gets "the universal joke"! I hope this helps...would lvoe to connect!


text:
US 3803361 A Abstract available in Claims available in Description (OCR text may contain errors) United States Patent [191 Nugent TELEMETERING SYSTEM [76] Inventor: John A. Nugent, 155 Dale Rd., - Rochester, NY. 14625 [22] Filed: Jan. 11, 1972 [21] Appl. No.: 216,975 {52] U.S. Cl. 179/15FD, 325/30 [51] int. Cl. l-l04j l/ [58] Field of Search 325/30, 40, 47, 48; 178/50; 179/15 FD, 15 BL, 15 PS; 343/200, 208; 340/207, 224, 182, 184 [5 6] References Cited UNITED STATES PATENTS 3,349,182 /1967 vSukehiro 179/15 FD 2,967,908 l/1961 Gray 179/15 FD 2,481,516 9/1949 .lacobsen... 179/15 BM 3,089,920 5/1963 Law 179/15 FS 3,210,747 10/1965 Clynes 179/15 BL Primary E taminer-Ralph D. Blakeslee Attorney, Agent, or Firm-Martin Lukacher [57] ABSTRACT A multi-channel telemetering system is described which is capable of transmitting many channels of information over very narrow bandwidths; the herein described system being adapted to telemeter over 100,000 channels of information utilizing a 2 KHZ band between each of the adjacent broadcase station frequencies over the AM broadcast band. A plurality of channels is included to provide digital signals which phase modulate one of many carrier frequencies which are separated by small frequency increments over the band. When information is not transmitted, a test code generator phase modulates the carrier so that the carrier is continuously phase modulated. Modulation is accomplished at very low data rates by shifting phase of the carrier 90 in one direction to represent a 1 and 90 in the opposite direction to represent a 0. Numerous channels can be received and monitored at a remote monitoring station. The receiver at the monitoring station includes frequency translation circuits for translating each band to a common band andthen separating each carrier of the many carriers which lie in each band by means of a narrow band pass filter. The filtered signals are phase demodulated and decoded to derive the several channels of information transmitted by each carrier signal. The demodulated carriers are monitored for the continuous phase modulation in accordance with the test code signal such that any failure in the system is readily detected. The system also provides for priority channels which operate the encoder to transmit priority information when present ahead of information which may be present in other channels. The encoder and phase modulator are also adapted to operate such that complete messages and test code signals are transmitted at rates compatible with the narrow band operation of the system. T l I I i uzssmz r nzrscmn SENSOR I I 1 r Pmomrv season SEW uzssm: l MESSAGE m L I 64 L mumrv I 3 a suconsn MESSAGE I couuu- 66 REPEAY nnon L comnm. sznson i l I sz UESSABE DR Lm I rest cones TRANSIIYYtR-CNA so Ll l seasons MESSAGE TEST CODES GEN. SSAGE YESY CODES GEN. 1551 con: 7? sin stow communion uzssns: 0R Yisv CODES GENERATOR 1 PATENTEDAPR 91914 3803361 SHEET 1 [If 6 TRANSMITTERRCHANNELS (I-IOI A8 I 26 28 2 Dl-PHASE K 101E? 30 544,020 KHz (b) T M I MESSAGE La 1 PRIORITY I MESSAGE I /70 I 1 I I I 64 L9 SENSOR L; j PRIORITY I ENCODER MESSAGE I COMMU- /6'6' REPEAT L I TATOR L CONTROL SENSOR II-' 1 I I STOP I COMMUTATOR I I I I TEST MESSAGE OR I coDE TEST-CODES I I GENERATOR l L l. TRANSMITTER-CHANNELS (II-20) 52 34 V Q 20 Dl-PHASE M4 POWER 544.040 KHz T MESSAGE I SENSORS OR L I TEST cones GEN. 5z I TRANSMITTER-CHANNELS (sen-moo) I 5 22 f I DI-PHASE N POWER 546.000 KHz 9 if 7 48 ,so I MESSAGE OR SENSORS LIO' TEST cones 1 GEN. i TRANSMITTER-CHANNELS (l04,99ll05,000) 38 58 JQ Dl-PHASE K POWER I,596.000 KHz 1 16- [60 Ll v 50 V MESSAGE I OR SENSORS L TEST CODES GEN. 62 PATENTEDAPR 9 I974 SHEET 3 0F 6 PATENTEB APR 9 i974 SHEET b 0F 6 TELEMETERING SYSTEM The present invention relates to telemetry systems and particularly to multi-channel telemetry systems. The invention is especially suitable for use in radio telemetry systems which transmit digital data and enables the data to be telemetered at low power in the AM broadcast band. Other features of the invention provide for low data rate communications over very narrow bands as, for example, may be only 1 Hz wide. For the most part, telemetry systems are being designed to transmit large quantities of information at higher and higher data rates. The bandwidth required for telemetry systems has therefore increased such that the VHF, UHF and even higher frequency bands have been assigned to telemetry applications. There are, however, needs for reliable telemetry systems capable of transmitting information over narrow bandwidths. It is particularly desirable to facilitate the transmission of many channels of information over a relatively small range of frequency in low frequency bands. Such low frequency bands have the advantage of not requiring special antennas and also allow the propagation of signals in spite of buildings, obstacles and terrain. Forexample, radio telemetry capable of operating in the AM broadcast band (540 to 1,600KHz) is especially adapted for use in cities, since the telemetered signal would be capable of propagating through the walls of buildings to a remote monitoring station where many channels of telemetered information could be monitored. Narrow band telemetry is especially advantageous when the AM broadcast band is used, since many telemetry channels can be transmitted in the band between AM broadcast carriers without causing interference with the broadcast stations or being interfered with by broadcast transmissions. I Inasmuch as telemetry systems may be used to communicate' information respecting the condition of security devices, process controls and the operating condition of machinery which sustains environmental conditions, it is important that the telemetry system continuously be in proper operating condition and ready to transmit and receive information. To this end, it is desirable to continuously self-test the system, but without interference with its normal operating functions and further, without introducing untoward complexity. It is a feature of this invention to provide a radio telemetry system having narrow band operation such thata very large number of channels can be transmitted even in the broadcast band. A further advantage of the invention is that it affords self-test capability and continuously monitors the systems readiness to transmit information without interfering with information tranmission or adding complexity in the design of the system. Accordingly, it is an object of the present invention to provide an improved telemetry system. It is another object of the present invention to provide an improved telemetry system for radio telemetry of a large number of channels over a limited bandwidth. It is a further object of the invention to provide im-" proved telemetering system which combines frequency multiplexing and time multiplexing in a manner such that a very large number of information channels is available for transmission. It is a still further object of the present invention to provide an improved telemetry system having continuous monitoring (self-testing) of the system to signify the system readiness to communicate information. It is a still further object of the present invention to provide an improved narrow bandwidth telemetry system capable of transmitting many channels in a limited spectrum and capable of using the broadcast band without interference with existing transmissions and vice versa. It is a still further object of the present invention to provide an improved telemetry system whereby many transmitting stations can be monitored at a central monitoring station and each channel of information transmitted from each of these stations displayed at the central monitoring station. It is a still further object of the present invention to provide an improved radio telemetry system having transmission characteristics which do not require a special radiator, (viz., a special antenna, antenna tower or antenna site selection). It is a still further object of the present invention to provide an improved radio telemetry system which affords a multiplicity of telemetering channels in the AM broadcast band without the need for obtaining operating licenses from government agencies under present regulations. 1 I It is a still further object of the present invention to provide an improved system for transmitting informa tion in digital form without the need forreference or pilot signals. It is a still further object of the present invention to provide an improved system for transmitting digital data at very low data rates in a manner whereby spectral energy is contained in a very narrow band thus enabling the transmission of data from a large number of channels within'limited bandwidths. It is a still further object of the present invention to provide an improved telemetry system having bandwidth conserving characteristics which enable the transmission of thousands of channels of information in the portion of the spectrum between frequencies allocated to broadcast stations in the AM broadcast band. It is a still further object of the present invention to provide an improved telemetering system which assures that a message is transmitted before a successive message is transmitted. It is a still further object of the present invention to provide an improved telemetry system capable of transmitting messages due to information on certain channels with priority and to provide for repeated transmissions of such priority messages to provide assurances that no such priority messages are lost. Briefly described, a multi-channel telemetering systern embodying the invention includes a plurality of sigmitted to one or more remote receiving stations. Each receiving station is capable of receiving signals from a different plurality of the links. Very narrow band pass filters in each of the receiving stations separate the frequencies from each other. The receivers also contain a plurality of demodulators which separately demodulate the signals and display each channel of information transmitted over each link. Thus, for example, with a frequency separation of 20 Hz, 1,000 channels of information can be telemetered over a 2 KHz bandwidth. A 2 KHZ bandwidth is available between each successive pair of broadcast station frequency allocations in the AM broadcast band, thereby affording the capability for the transmission of over 100,000 channels of information through the use of the broadcast band. The use of phase-modulation and demodulation together with narrow band filtering provides for acceptable radio frequency transmission characteristics in the broadcast band with low (e.g., under 100 milliwatts) power. Accordingly, the telemetering systemmay not require any governmental licenses under present regulations. In the event that the reliability is an important factor, means may be provided for continuously modulating the signals transmitted by each link whenever a link does not transmit a message. Such modulation may readily be provided by a test code generator which modulates the signals to alternately shift their phase in opposite directions thereby representing opposite types of digital information. Upon reception, the absence of alternation between opposite types of digital information is detected'to indicate a possible system failure. The foregoing and other and additional objects, advantages and features of the present invention will become more readily apparent from a reading of the following description when taken in connection with the accompanying drawings in which: FIG. 1 is a block diagram of the transmitter of a telemetry system provided in accordance with the invention; w FIG. 2 is a block diagram of the receiving portion of the telemetry system provided by the invention; FIG. 3 is a block diagram of the processor and display portion of the receiving section of the telemetry system; FIG. 4 is a series of waveforms which are generated in the course of operation of the system illustrated in FIGS. 1, 2 and 3; FIG. 5 is a more detailed block diagram of the message and test code generator including the commutator and encoder of one of the group of transmitter channels shown in FIG. 1; Fig. 6 is a schematic diagram of the di-phase modulator used in the transmitter channel shown in FIG. 1; FIG. 7 is a block diagram of the system status detector which is part of the data detectors and display and is used in each of the channel processor and display systems shown in FIG. 3; and v 0 FIG. 8 is a block diagram of the data detector and displays for each ofthe groups of channels and which is contained in the processor and display units shown in FIG. 3. Referring to FIG. 1 there is shown four'transmitters, I0, 12, 14 and 16. Each of these transmitters transmits channels of telemetry information and is representative of a multi-channel radio telemetry system provided by the invention which is capable of transmitting cluding 1,600 Kl-lz. In order to avoid interference no one locality has stations assigned very closely adjacent to each other. There are usually at least 40 KHZ separations between different stations in each locality. In any 7 event, the center of the band between adjacent stations is generally clear. Accordingly, the 2 K2 band essentially disposed between the broadcast station frequencies is used in this embodiment of the invention. Specifically, frequencies spaced from each other by 20 Hz increments are used; thus affording 100 transmission links each on a separate frequency between each adjacent pair of broadcast stations. Each frequency is capable of transmitting 10 channels of information. Accordingly, 1,000 channels can be transmitted for each 2 KI-Iz bands over the broadcast band from 540 to 1,600 KHZ. There are separate 2 KHz bands available for telemetry channels. The system therefore has the capability, in its herein illustrated form, to transmit 105,000 separate telemetry channels. Signal transmission characteristics inany locality will make certain 2 KHz bands more desirable than others. Inasmuch as there are 105 bands available each adapted to telemeter 1,000 channels, it is to be expected that sufficient clear and substantially interference-free channels will be available for telemetering purposes in accordance with the invention. In order to simplify the illustration, the transmission links for channels 1 to 10, 11 to 20, 991, to 1,000, and 104,991 to 105,000 are shown for purposes of illustration. These transmitter channels utilize different frequencies. The transmitter channels 1 to l0, 11 to 20 and 991 to 1,000 are selected because they all utilize the same 2 KHz band. The transmitter 10 for channels 1 to 10 uses the first available 20 KHz increment which lies at 544.020 KHz. The second transmitter 12 which handles channels ll to 20 is separated by a 20 I-IZ increment and uses a frequency of 544.040 KHz. The 100th channel appears at the upper end of the band and uses 546.000 KHz. The last transmitter 16 is at the end of the last frequency slot from 1,594 to 1,596 KHz at the upper endof the band. Transmitter channels 104,991 to l05,000 use the highestfrequency in this last band which is 1,596.000 KHZ. The frequencies of the signals which are transmitted by each link are generated by a crystal oscillator, thus the crystal oscillator 18 in the first transmitter 10, generates the signal frequency of 544.020 'KI-lz. The crystal oscillator 20, 22 and 24 in the transmitters 12, 14 and 16 generate their respective frequencies which were mentioned above. Each transmission link for each transmitter is similar and includes a diphase modulator 26 which shifts the phase of the signal from the oscillator either 90 in one direction or 90 in the opposite di rection. This phase shift takes place during certain intervals of time/having finite duration and which repeat each other at a slow rate. In order to provide for narrow band communications it is desirablethat the intervals be relatively long, say 2 to 3 seconds in duration. The bit rate is therefore under one half cycle per second. Notwithstanding such slow rate of modulation, the carrier signal which is generated by the oscillator is continuously transmitted. The output of the modulator may be connected by way of a coaxial cable 28 to a power amplifier 30 which is located near an antenna 32 which transmits the telemeter data to the receiving station. It will be noted that each of the other transmitters 12, 14 and 16 has a similar diphase modulator 34, 36 and 38 respectively, connected through coaxialcables 40,- 42 and 44 to power amplifiers 46, 48 and 50 which are located near their respective antennas 52, 56 and 58. The telemetry input for each transmitter is a group of sensors 60. These groups each contain sensors having outputs indicated at L through L in the case of each transmitter. While 10 sensors are indicated, a fewer or greater number of sensors may be provided with compensatory changes in the duration of commutation and encoding cycles. Ten sensors is however, a representative number of sensors for each tranmission link frequency. These sensors may be switching devices or other digital devices which are in one condition or state to represent information and in the opposite state when no information is represented. For example, the sensors may be switches contained in doors, locks or other security devices. When a door is opened, the switch is closed to represent an unsecure condition. Otherwise, the switch is open. Since the door is then shut, no information is to be transmitted. The sensors which provide outputs L and L are designated as priority sensors and provide priority inputs. These sensors may be switches connected to the inner door of asafe, an inner office or to an alarm system, the opening or actuation of which is information which requires priority transmission. The sensors provide the 10 channel inputs to message or test code generators 62, one of which is provided for each transmitter for each group of channels. The generator 62 for the transmitter 10 is representative and includes a commutator 64 which commutates the sensor inputs L to L which do not have priority. These sensor inputs L to L are applied successively to encoder 66. Similarly the priority sensors which provide inputs L, and L are also connected to the encoder. When any of the sensor inputs is closed designating the presence of information, a message detector 68 is actuated and applies a send message command to the encoder. The encoder then converts the message presented to it by the 10 inputs L to L into a series of binary signals which occur successively at the slow bit rate and drives the diphase modulator 26 which transmits the message. The message detector also puts out a stop commutator command which inhibits the commutator until the message is encoded by the encoder and is completely transmitted. In the event that one of the priority inputs is responsible for the message, the message detector 68 enables the priority message repeat control unit 70 which causes the same message to be transmitted at plurality of times, say 3 times. This assures that a priority message will be transmitted and received at the receiving station. So long as input information does not appear in any of the sensor inputs L to L the encoder is not operated to transmit messages. However, a test code generator 72 is provided in each generator 62. This test code generator continuously supplies the encoder with digital information which alternates in value (viz., between binary l and binary O). In the event a message is to be transmitted, that message supplants the test code in the encoder and is transmitted. However, in the absence of a message the test code propagates through the encoder and drives the diphase modulator to continuously modulate the carrier signal with the test code. Accordingly, several thousand signals may be simultaneously transmitted, each carrying multiple channels of telemetry information. The receiving systems may be located remotely from the transmitters, say at a central station, and include a plurality of receivers which are capable of segregating the channels into 1,000 channel groups each corresponding to a different one of the 2 KI-lz bands in the broadcast band. Thus, 105 different receivers are used; two of which 76 and 78 are illustrated in FIG. 2 as being representative. The receivers have antennas 80 and 82. A common antenna may be used for any receivers at the same remote point. It will be appreciated that different groups of channels may be monitored at different points by providing one or more receivers for the same channel each of which is located at a different point. The invention thus affords the feature of diversity reception. Each receiver includes a tuned radio frequency preamplifier 86 and 88 which is desirably located close to its respective antenna and is connected to the remainder of the receiver by a coaxial cable 90 or 92. The preamplifier for the lower frequency band is tuned to pass that band (viz., 544 to 546 KHz). Each band is separated by means including its own tuned preamplifier. Further selectivity is provided by superheterodyne detection as will be explained hereinafter. The highest frequency band is separated by the amplifier 88 which passes from 1,594 to 1,596 KHZ. Each receiver also includes a double conversion superheterodyne system. The signals from the coaxial cable 90, in the case of the receiver 76, are further amplified in RF amplifier 94 which is tuned to pass the same band as the tuned RF preamplifier 86. A mixer 96 mixes the amplified signal with an injection from a local oscillator 98. In this illustrative example, the local oscillator frequency is 262 KHz above the center of the frequency band of interest thus an IF amplifier 100 selects the desired difference frequency from the mixer output. This difference frequency is a band of frequencies 2 KHz wide and centered at 262 KHZ. Another mixer 102 receives an injection from a local oscillator 104 and from the IF amplifier 100. The local oscillator injection frequency is selected to be 267 KHz. A difference frequency selected by an intermediate frequency amplifier 106 thus is in a band 2 KHz wide centered at 5 KHZ. Thus the band of information channels which extends from 544 to 556 KHz is translated to a band from 4 to 6 KI-Iz by the double conversion process. This 4 to 6 KHz is a common band into which all of the broadcast frequency bands are translated. A common band is used for ease of processing and display, since processing and display equipment of the same design can be applied to the output of each receiver. I The receiver 78 has an arrangement of RF amplifiers, mixers, and IF amplifiers similar to the receiver 76. It will be noted, however, that the RF amplifier and local oscillator injections to the first mixer in the receiver 78 are higher to accommodate the higher band of broadcast frequencies which is received by that receiver 78. Each receiver includes an amplifier and limiter 108. Inasmuch as information is transmitted by phase modulation, hard limiting in the amplifier/limiter 108 may be used for noise elimination purposes. Referring to FIG. 3 the processor and display are illustrated for the first group of channels and for the last group of 10 channels in each band. In other words, the processor and display unit 1 10 in the upper part of FIG. 3 is adapted to process and display channels 1 to l0, l,00l to l,0l0, 2,00l to 2,010,- etc. There are 999 additional processor and display units including a processor and display unit 112 for the last group of 10 channels in each band (viz., channels 99l to 1,000, 2,991 to 3,000, etc). The 100 different groups of 10 channels, each of which groups is transmitted by a different carrier frequency are segregated by crystal band pass filters 114 through 116. Each of the crystal filters is adapted to pass a 1 Hz bandwidth at 20 Hz increments. The filter 114 thus is tuned to 4,020 I-IZ and the last of the filters in each of the bands 1 16 is tuned to 6,000I-lz. Each of the filtered signals is signal conditioned by an automatic gain control amplifier 118, in the case of the unit 110, and 120 in the case of the unit 112. The amplified signals are then phase demodulated; phase demodulators 122 and 124 in the units 110 and 112, which demodulators are similar, being provided for the purpose. Each of these phase demodulators contains a phase lock loop including a phase discriminator 126, a low pass filter 128, a variable frequency, preferably voltage controlled, oscillator 130 and a frequency divider 132. The voltage controlled oscillator 130 desirably operates on a frequency which is an integral number of times higher than the frequency of the filter 114 of its respective unit. The divider 132 then divides the oscillator signal by the aforementioned integral multiple. Thus signals of like frequency are applied to the phase discriminator 126. The low pass filter then assures that only the slowly varying electronic signal which contains the phase information is extracted. This low pass filter 128 may have a frequency pass band of less than 1 Hz; thus passing only the phase information. The output of the filter 128 is an analog signal which varies in amplitude in accordance with the phase modulation of the carrier signal extracted by a receiver such as the receiver 76 or 78 and the band pass filter. Accordingly, the analog signal at the output'of the phase demodulator 122, associated with the receiver 76, contains the information from telemetered channels I to 10. If the processing unit 110 were connected to receiver 78 it would transmit the information telemetered in channels lO4,00l through lO4,0l0. It will be appreciated, therefore, that different combinations of receivers and processing and display units may be used depending upon which telemetering channels are of interest and are to be received at any remote point. It is a feature of this invention to provide a high degree of flexibility in the selection and utilization of any combinations of groups of telemetering channels which may be desired. The output of the phase demodulator is coupled to the data detector and display unit, preferably through an alternating current coupling circuit having a very long time constant, such as a large capacitor 134. The data detector and display 136 which is associated with the processor and display unit 1 10 and the data and detector and display 138 in the unit 112 maybe similar. It will be appreciated, of course, that the design of the processor and display unit is the same except for the frequency at which the crystal band pass filters, 114, 1 16, etc, are designed to operate. Data is detected from the analog signal by means of a digital data detector 140. The data detector may be an amplitude sensitive device such as a Schmidt trigger circuiLThe detected data is used to synchronize a clock oscillator 142. A decoder 144 converts the serial stream of digital data into parallel form. A group of indicators 146 is provided, each corresponding to a different one of the telemetry inputs L to L, and may be lamps which areilluminated to indicate a closure of a switching device in the sensor which provides an L to L input. The digital data in parallel form is also routed to an audible alarm 150 which is activated when any of the indicators 146 are activated. It will be recalled that an alternating phase shift first in one directionand then in the opposite direction is always imposed on the signals as a test code. Accordingly the analog signal produced by the phase demodulater will on average be an alternating signal. Should the signal fail to alternate or remain at one level for a period of time, say 2 bit periods, the presence of a system problem is indicated. This is accomplished by a system status detector 152 which is enabled in the absence of an alteration in the phase demodulator output for 2 bit periods as indicated by clock pulse cycles from the clock oscillator 142. Upon detection of a system status problem an inhibit command is applied to the decoder and a system alarm 154 is indicated. The systems and circuits which may be used in accordance with the preferred embodimentof the invention will be discussed in detail in connection with FIG. 5 to Consider now the waveforms of the principal signals which are produced in the operation of the system. FIG. 4 shows the waveforms for a randomly selected sequence of bits 0, 1, 0, 0, 1, etc. Waveform a is the non return to 0 output which this sequence of bits produces at the input to the. diphase modulator (e.g., 26 in FIG. 1). The di-phase modulator progressively shifts the phase of the carrier signal in one direction, say the delay direction, to represent the binary 0 and 90 in the opposite direction to represent the binary l. The modulation is progressive in incremental steps throughout the bit period. This modulation may be continuous or incremental during the bit period. An incremental phase modulator is described hereinafter in connection with FIG. 6. The phase modulated carrier appears at b adjacent to the coaxial line 28 in FIG. lrAfter transmission across the radio link to the receiver and phase demodulation in the phase lock loop demodulator 122, 124 (FIG. 3), an analog signal which varies in amplitude substantially in the same way as the phase modulated carrier is produced except that it returns to zero after each change from 0 to l and from 1 to 0, as shown in waveform c. This waveform is translated into a digital NRZ waveform substantially the same as the modulating signal applied by the encoder (66, FIG. 1) to the di-phase modulator 26, except for adelay due to the detection process. The digital data detector, by deciding that once a level Z is exceeded, the output is a binary 1 until the level falls below Z This is then a binary 0 until Z is again exceeded, therefore, produces the output data waves indicated at d in FIG. 4. It will be apparent that various types of digital data detectors such as comparators and Schmidt trigger circuits could be used to convert the analog wave shown at 0 into the digital signal shown at d. By decoding the digital signal in the decoder 144 a group of outputs is applied to indicators L to L corresponding to the sensors 60 (L to L thus completing the telemetry channels. The message or test code generator 62 is shown in FIG. 5. The sensors 60 which apply information to the generator 62 are shown as being 10 switches S to S Two of these switches S and S are priority sensors. When any of these switches closes it sets its associated one of 10 flip-flops. Only the first, second, third and the 10th sensor switch S S S and S and their associated flip-flops 160, 162, 164 and 166 are shown to simplify the illustration. The commutator 64 provides a succession of commutator pulses C to C The commutator 64 itself may be an integrated circuit which provides these pulses C to C in sequence under the control of a divide by 7 counter 168. This counter receives clock pulses which have a frequency of 7 times the bit rate which is the rate at which individual data bits are transmitted. These clock pulses are supplied by a clock pulse generator not shown. Clock pulses are applied to the counter 168 through an AND gate 170 which is enabled whenever none of the sensors provide information (viz., when all of the switches S to S are open). The priority sensors flip-flops 160 and 162 are connected to a code converter 172. The flip-flops 164 to 166 are successively sampled when the commutator pulses C to C successively enable AND gates 174 through 176 which are associated with the flip-flops 164 through 166. The code converter 172 is essentially a UN to ABCD converter in that it converts the input presented by the one output of the 1 to 10 flip-flops 160-166 which is set into a four bit code ABCD. The coding being such that a different code is provided forv any one of the switches being closed. The S switch has top priority such that the code for the closure of the S switch, namely ABCD equals 0001, is produced notwithstanding that any of the other switches is closed. Similarly the 8- switch has second priority and the S code, namely ABCD equals 0010, is produced when the S switch is closed, notwithstanding that any of the other switches S to S are simultaneously closed. The code converter itself may be a set of gates which is designed in accordance with conventional logic design techniques to provide the codes indicated in the block 172. The code converter also includes logic circuits whereby the presence of an S switch closure and the setting of flip-flop 160 will inhibit all of the other inputs to the converter. Similarly, a closure of the S switch will inhibit the inputs to the converter corresponding to S to S closures. A connection from the output of each of the AND gates 174 to 176 to its associated flipflop 164 to 166 causes their flip-flops to be reset immediately after sampling. It will be apparent that only one output to the code converter will be provided for any closures of the switches S3 to S at any one time due to the successive sampling of the gates by successive commutator pulses C to C If any of the switches are closed the converter will transmit a 1 pulse on at least one of the output lines ABCD, thereby causing atleast one of the flip-flops 178 connected to the output lines ABCD to be set. The 1 output of these flip-flops 178 is applied to an OR gate 180. The OR gate 180 thus will provide an output whenever any of the sensor switches S to S is closed. This output also designates that a message is ready for transmission. The OR gate output pulse is indicated as the SC pulse and is applied to the AND gate through an inverter 182 and inhibits the AND gate 172 from supplying clock pulses to the counter 168. Accordingly, the commutator stops at its last position. An OR gate 184 is also provided which is connected to the one output of the priority flip-flops 160 and 162. Thus if either of the priority inputs exists, an inhibit pulse indicated at P will be applied to the inhibit input of the commutator and also stop the commutator. Accordingly, once a message is stored in the flip-flops 178 and is ready for transmission no further messages will be generated. The system then stops and waits until the message is transmitted. This permits the code generator to provide output data to the modulator so as to drive the modulator at a very slow data rate consistent with the narrow band operation desired of the system. The code converter 172 and a shift register 186 are part of the encoder 66. The shift register has 8 preset inputs F to F andABCD. A serial input is also provided. The test code generator 72 is connected to the serial input. The test code generator 72 is a D type flipflop which is clocked by clock pulse at the data rate which is delayed by a small fraction of the data bit interval. By virtue of a connection between the 6 output of the flip-flop and the D input thereof the 0 output will change state each clock pulse period and apply a succession of 1 followed by 0 bits to the serial input of the flip-flop. The flip-flop also is clocked by the DL- CLK pulses. Accordingly, in the absence of message inputs (viz., inputs to the F to F and ABCD preset inputs of the shift register) the serial input will propagate through the shift register and provide outputs on the data lines W and W=.These data lines are connected to the modulator (i.e., the di-phase modulator 26 shown in FIG. 1). The circuitry of the modulator will be described in greater detail hereinafter in connection with FIG. 6. In the event that either a P or an SC output is provided, one of the AND gates 188 or 190 will be enabled. The other input to the AND gates 188 or 190 is provided by a divide by 8 counter 192. This counter will be full (viz, have a count of 8 stored therein) except during message transmission intervals. Accordingly the AND gates 188 and 190 will be enabled and will pass either the P or SC output through an OR gate 194. This OR gate 194 provides one input to an AND gate 196. The leading edge of the output transmitted by the OR gate l94 is transmitted through a capacitor 198 to reset a flip-flop 200. Similarly the leading edge of the output, which passesthrough the capacitor 198, resets the counter 192. With the flip-flop 200 reset, the AND gate 196 has a second enabling input. It is desired to start a message transmission on a 0 output bit. Accordingly, when the W-output of the shift register is high and AND gate 196 will be ready to pass the next clock pulse. The clock pulse is applied to'both the counter 192 and to an input of the AND gate 196. When the clock pulse propagates through the AND gate 196, it is applied to the clear input of the shift register 186 as well as to the clear input of the D flip-flop test code generator 72. The shift register is then cleared and is ready to receive the message stored in the flip-flops 178. Transfer of the messageto the shift register occurs y when the clock pulse leading edge is capacitively coupled via a capacitor 202 and an amplifier 204 to the preset enable input of the shift register 186. ABCD pulses from the flip-flops 178 then become stored in The F to F bits constitute a synchronizing code which is detected in the receiver so as to enable. the receiver to read out the ABCD message code which immediately succeeds it. The next 8 clock pulses cause the shift register to read out the synchronizing code F to F and the message ABCD which follows the synchronizingcode. Eight clock pulses are also counted in the counter 1 92 and when the counter reaches a count of 8, a reset pulse is applied to the reset inputs of the storage flip-flops 178 through a capacitor 206. The AND gates 188 and 190 are then also enabled to receive-the next message. The flip-flop 200- is also set by the clock pulse which propagates through the AND gate 196 so as to prevent the shift register from being cleared until the next message transmit command'occurs.- V In the event that the message is due to one of the priority sensors S, to S it is desirable that the message be repeated 3 times notwithstanding that the switch S and 8, might have opened sometimes during 3 message transmit intervals. To this end a counter 208, which divides the pulses received each time the divide by 8 counter 192 receives a count of 8, is provided. This counter is reset any time a new P pulse occurs but not if the P pulse persists. Accordingly, a capacitor 210 applies the P pulse output of the OR gate 184 to the reset input of the counter 708. When the counter reaches a count of 3 it also resets itself. The output of the counter is connected to the reset inputs of the flip-flops 160 and 162. These flip-flops are therefore not reset until after 3 message intervals and the priority inputs will appear at the input'of the code converter 172 for at least 3 message intervals and be encoded 3 times into 3 identical messages which are applied to the modulator. The di-phase modulator is shown in. FIG. 6. It includes a ladder type phase shift network containing three amplifiers 220, 222, 224 and an output amplifier 226. The series elements of the network are resistors 228, 230 and 232 which are connected between the amplifiers. The shunt arms are capacitors 234, 236 and 238. Each of these shunt capacitors is connected in series with a separate transistor, switch 240, 242 and 244. The transistors receive operating potentialfrom a battery 246 and are normally biased to cut off. The transistors are switched on in a succession which depends upon the value of the data bits W and W\which appear on data lines 248 and 250. Switchingis accomplished such that the capacitors 234, 236 and 238 are successively and cumulatively switched into the network when the data to be transmitted 'is a C(W- is high) and in the opposite direction when the data to be transmit.- ted is a 1 and W is a high. Such incrementally increas-' ing phase shift is represented also in waveform c in FIG. 4. Switching is controlled by a divide by 7 counter 252 which counts clock pulses having a rate equal to 7 times the data rate. The output of the first stage of this counter indicated at T and T are connected to the base of the transistor 240 by separate AND gates 254 and 256 and via an OR gate 258. The AND gate 254. which receives the 1 counter output also receives the W data output. A similar combination of AND and OR gates is connected in the same manner to the remaining two stages of the counter 252. Thus, when the data bit is zero and the counter is initially reset at the start of each data bit interval all of the transistor switches 240, 242 and 244 will be on thereby inserting maximum phase shift (plus in the carrier signalline. As the count progresses one, then two then all three transistors will be disconnected from the line thereby disconv necting the shunt capacitors 234, 236 and238 from the ladder network. At the end of the bit peroiod all of the capacitors will be disconnected. As the next data bit is a l, the transistors will be switched on but in opposite order to the order in which theywere switched off, thus the phase shift will increase again the same amount, 90 in the opposite direction, to represent the binary 1 bit. The capacitors have progressively increasing values of capacitance which are desirably binarily related in order that the increase in total capacity will vary and approximately equal as steps during each of the 7 incre- .ments'of each data bit period. Referring to FIG. 7 there is shown a pair of operational amplifiers 280 and 282. A reference potential equal to M, as shown in waveform c of FIG. 4 is applied to the inverting input of one of these amplifiers and M to the direct input of the other amplifier 283. The analog data from the output of the phase demodulator (122 FIG. 3) is applied to the direct input of one of the operational amplifiers 280 and to the inverting input of the other 282. The operational amplifiers thus act as a slicer circuit which producesan output voltage across a resistor 284 so long as the analog data has an amplitude more than M and below. M It will be recalled that the analog output produced by the phase demodulator must, if the system is operating properly, return to zero every data bit interval. This is because the voltage controlled oscillator catches up in phase with received signal during the time of one bit, producing a zero error signal. Accordingly, the absence of an output having a value .is excess of M or below M for a period of 2 data bit periods is taken as a criterion of improper system I operation. To this end, a counter 286 which is cleared by way of a capacitor 288 by the voltage across the resistor 284 whenever a transition in that voltage occurs, such a transition corresponding to a data bit changing from 1 to O or viceversa, receives clock pulses at 4 times the receiver clock rate, as can be obtained from the variable frequency oscillator 306 (FIG. 8), which are applied thereto by way of two AND gates 290 and 292. TheAND gate 290 receives an input through an inverter 294 from a decoder 296 which is connected to the counter stages. When the decoder detects that a count of Tisfstored in the counter 286, the AND gate 290 is inhibited thus preventing further clock pulses from being applied to the counter, and a system alarm indicator 298 is actuated. Otherwise, clock pulses continue to pass through the AND gate 290. As noted above, so long as the analog data does not have an amplitude greaterthan M or less than M,, an output voltage will not appear across the resistor 284 thereby enabling AND gate 293 via inverter 295. If the condition of the analog data level lying between the amplitude levels M and M persists for 17 data rate times, or 4.25 data bit periods, another counter 299 which counts the VFO pulses causes anoutput to be produced by .a decoder 301 which actuates the alarm indicator 290 such as may be a lamp or buzzer. A change in the data from 1 to 0 or vice versa provides a reset pulse to the reset input of the input 296. The system status detector is therefore reset, when data is again properly flowing through the system. Referring to FIG. 8, the data detector 140 may be a Schmidt trigger or as illustrated in FIG. 8, a pair of operational amplifiers having reference levels Z, and Z applied thereto. The magnitudes of these levels'Z, and Z is indicated in waveform c or FIG. 4. An output is applied to the set input of a flip-flop 304 when the amplitude of the analog input data exceeds Z, and to the reset input of the flip-flop when the magnitudeof the analog data is less than Z Thefiip-flop will then be set and reset to represent 1 and bits respectively. The receiving system is self clocking through the use of a variable frequency oscillator 306 which desirably has a nominal frequency equal to 4 times the expected data rate. This oscillator is controlled by being synchronized by the transitions in the data signal appearing at the one output of the flip-flop 304. Clock signals at the data rate are obtained by dividing the variable frequency os-' cillator output by 4 in a counter 308. The data from the flip-flop 304 is shifted into the serial input of a shiftregister 310 by clock pulses from the counter 308 which clocks the shift register 310. A sync code detector 312 produces an output when four successive -.bits in the shift register correspond to the sync code F,, F F and F The sync code detector clears the shiftregister and also clears another divide by 4 counter 314. The counter 314 counts the 'next 4 'clock pulses. During these next four clock pulsesthe 4 bit message ABCD will be shifted into the shift register. These 4 bits are applied to a decoder 316 which provides 10 outputs L through L corresponding to the 10 data inputs at the transmitting end of the system. Indicators may be 10 lamps L, through L, which are applied with DC power from a battery 320 through individual silicon control rectifiers (SCRs) 322. When the counter 314 reaches a count of 4 transfer gates 324 are enabled and a trigger pulse will be applied to the-control input of one of the SCRs 322. Accordingly one of the lamps L, to L, will be illuminated. The SCRs will remain conductive untl manually until by means of a reset button 326. The pulses transferred through the gate 324 are applied by way of an OR gate 328 to flip-flop 330. The flip-flop may be reset manually when the push button 326 is actuated, since actuation of the push button generates a pulse which is transmitted to a capacitor 332 through the reset input of the flip-flop 330. The flip-flop, when triggered, actuates an audible alarm 334 until manually reset. From the foregoingdescription, it will be apparent that there hasbeen provided an improved telemetry system. The systemas describedherein has the capacity of handling 105,000 channels of telemetry information. Various systems and circuits for permitting the system to operate at low data rates so as to transmit information over so many channels'in a limited bandwidth have been described. Variations and modifications in the'herein described system and circuits will undoubtedly suggest themselves to those skilled in the art. Accordingly, the foregoing description should be taken as illustrative and not in any limiting sense. What is claimed is: i I 1. A multi-channel telemetering system which comprises I i a. a plurality of signal transmission links, each for separately transmitting a signal having a different frequency, b. means for separately modulating each of said signals in accordance with the information from a different plurality of input channels, 0. a plurality of receiving means, each for receiving signals from a different plurality of said links which transmit differentgroups of said signals which lie in different frequency bands, d. a plurality of differentfiltering means in each of said receiving means, each of said filtering means .being separately responsive to a frequency which corresponds to a different one of the signals in each of said bands for separating said different signals from each other, e. a plurality of demodulating means for separately demodulating each of said separated signals to provide the information modulated on said signals by said different pluralities of input channels, eachin a different plurality of output channels corresponding thereto, 7 i said signalswhich 'lie in each of said bands being separated from each other by small increments of frequency, I V g. said receiving means each including means for translating said different frequency bands to a common frequency band, I v h. said filtering means includes a plurality of filters having frequency passbands separated by said small increments of frequency, ; each of said bands being located at IOKHZ increments between the frequencies assigned -to AM broadcast station, and i ing said signals to a common frequency band having a center frequency of 5 KHz. v 2. The invention as set forth in claim 1 wherein said small increments of frequency are about 20' Hz and said passband of each of said filters is l- Hz at each of a plurality of frequencies separated by 20 Hz over said common frequency band. i i s 3. A multi-channel telemetering system'which comprises I p a. a plurality of signal transmission links, each for separately transmitting a signal having a different .frequency, b. means for separately modulating each of said signals in accordance with the information from a different plurality .of input channels, c. a plurality of receiving means, each forreceiving signals from a different plurality of said links which transmitdifferent groups of said signals which lie in different frequency bands, t V d. a plurality of different filtering means in each'of V said'receiving means, each of sai d'filtering means being separately responsive to a frequency which corresponds to adifferent one of the signals in each of said bands for separating said different signals from each other, e. a plurality of demodulating means for separately demodulating each of said separated signals to pro vide the information modulated on said signals by said, different pluralities of input channels, each in a, different plurality of output channels corresponding thereto, . said translating means including'means for translatf. each of said transmission links including means for continuously transmitting its respective frequencysignal, t g. means for operating said each of modulating means to modulate each of said signals with a test signal in the absence of information in the different means for continuously generating said test signal, a means for detecting the presence of information on any of said plurality of input channels, means for generating a message corresponding to the information on said plurality of input channels when said information'is present, and means for substituting said message for "said test signal when said information is detected and operating said modulating means with said substituted message. i 5. The invention as set forth'in claim 4 wherein said detecting means includes means for separately detecting the pres'ence of information on at least one of said channels, and means for operating said modulating means a plurality oftimes to transmit the message generated by said generating means which corresponds to the information on said one channel. 6. The invention as set forth in claim 1 wherein said modulating means are phase modulators, means for encoding the information for each of the different pluralities of channels associated with each of said modulators into digital signals, and means for applying said signals sequentially to said modulators to shift the phase of said signals in one direction to represent a digitai l and in the opposite direction to represent a digital 0. 7. The. invention as set forth in claim 6 including test code generators for operating said modulators to successively shift the phase of said signals in opposite directions in the absence of information for their associated pluralities of input channels whereby to transmit a succession of ls followed by OS when information is not present, and wherein said demodulating means generating means from generating a new message until the preceding message is transmitted whereby to enable said messages tobe transmitted at a very low data rate. v i 9. The invention as set forth in claim 7 wherein each of said filtering means includes a narrow bandpass filter I having a passband at said frequency to which it is separately responsive which is about 1 Hz wide, and wherein said phase demodulator includes a loop having a phase discriminator output connected to a low pass filter having an upper frequency cut-off of less than 1 Hz, a variable frequency osciilator controlled by said low pass filter output and said narrow band filter output being coupled to the input of said phase discriminator, and means responsive to the amplitude of said low pass filter output for converting said low pass filter output into said succession of 1s and 0s. Referenced by
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How would you like a pet robot? Y'know, the kind that doesn't try to murder you? The PlayStation Home team showed a work-in-progress pet robot that can befriend you in your virtual apartment. According to IGN, the robot would be able to freely move around the environment and respond to your calls.
The prototype (seen above) won't necessarily make it to the service, but it's something that Home is considering for future updates. This emotive box-robot was made in just five days, and given more time we're certain the Home team can come up with something really creative.
[Thanks, Jack!]
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text: Send page by e-mail Your email: * Your name: * Send to: * Enter multiple addresses separated by commas and/or different lines. Subject: * Page to be sent: What dental procedures do you recommend for puppies during their first year? (6:30) Your message: * Leave this field blank: Hot topics on dvm360Veterinarians: Your clients are going to Google with these cat questions Vetcetera: The complex topic of canine fear-related aggression Reality TV and the veterinarian: Discussing mainstream dog training advice with clients Blog: Election results pose obstacles for veterinary prescription law 7 steps to a better relationship between veterinarians and rescue groups


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Anant Deboor March 30, 2010 10:22 AM F1 » Hamilton: I understand what the team was doing Lewis - had a dressing-down eh? So how long till we wait for the next outburst? Will you be able to control yourself at least till China? In the meantime, go Jense! Reply Report abuse 16 agree 8 disagree
Anant Deboor March 08, 2010 10:54 AM F1 » Lewis Hamilton: Integrity is very important to me Really, Lewis? Only time will tell. You need to walk the talk about integrity the next time you are in a crunch situation. Not say you were misled and let someone be the fall guy. Reply Report abuse 22 agree 12 disagree
Anant Deboor February 04, 2010 4:28 AM F1 » Piquet 'excited' by prospect of 'rubbing paint' "he already knows how to rub paint with a concrete wall" Hahhahahaha! Let him try the same stunt over there and watch the rednecks tear him asunder limb from limb. Reply Report abuse 0 agree 3 disagree
Anant Deboor November 18, 2009 8:19 AM F1 » Raikkonen manager reveals F1 2010 decision made @Chris - Suzuka 05 What about Turkey 2006? From 22nd and last on the grid to 3rd!! Reply Report abuse 4 agree 2 disagree
Anant Deboor November 18, 2009 8:02 AM F1 » Raikkonen manager reveals F1 2010 decision made What a pity! Thank you, Kimi for some unforgettable drives. Reply Report abuse 21 agree 6 disagree
Anant Deboor November 18, 2009 7:21 AM F1 » Haug hints at 'some surprises' in Mercedes GP line-up @rob01 Do u read finnish? autosport is now announcing the same thing - kimi off on a sabbatical for 2010. Oh dear oh dear... Reply Report abuse 1 agree 0 disagree
Anant Deboor November 13, 2009 9:22 AM F1 » Raikkonen, McLaren deal back on track? Both very capable and pragmatic parties - both with a burning desire to put Ferrari back in the box. They'll find a way... Reply Report abuse 17 agree 2 disagree
Anant Deboor November 06, 2009 2:25 PM MotoGP » Valencia MotoGP - Friday practice times. I think Stoner is going to make it three in a row. On his best lap, he was 3/10ths inside his own fastest by the 3rd split, but was then held up by Tony Elias so ended up improving less than a tenth. He was on course to beat Lorenzo by over half a second. Stoner was rountinely over 2/10ths faster than anyone else in the last sector. Reply Report abuse 2 agree 0 disagree
Anant Deboor November 04, 2009 6:19 AM F1 » Raikkonen: Sad to end my time with Ferrari like this Speaking of racing mentality, if Kimi had backed off 3 races in 2005 to cruise and collect the points allowing Alonso to win, he'd have picked up the WDC. He won the prestigious Driver of the Year 2005 from the F1 journalists despite FA becoming champion. Something that has never happened. He's provided some of the most memorable drives in recent history - his epic win at Suzuka 2005 moved "RD to tears" it seems. If he only wants a winning car, I for one says yeah! Would love to see that terrifying pace back again. Reply Report abuse 8 agree 0 disagree
Anant Deboor November 04, 2009 6:14 AM F1 » Raikkonen: Sad to end my time with Ferrari like this Here's an interesting bit of statistics that illustrate what Kimi's been pulling from that F60. Points tally since Hungary: JB 27 SV 37 RB 33 MW 24 LH 40 KR 38 Lewis the only one ahead but in a car that has been continuously developed. Kimi in a dog of a car which as other posters have pointed out should rightly be behind Toyota and Williams. Chris Dyer (Ferrari Chief Mechanic?) said previewing the Japanese GP this year: "We hope Kimi can continue to put the car in places it does not belong." In another piece elsewhere, even Ferrari engineers say Kimi can do things with that steering wheel's functionality that even Michael couldn't. Reply Report abuse 8 agree 0 disagree


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Pronunciation: Aston Clinton House
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Elvis: "There'll be no crying in the chapel today because we got a hunk, a hunk of burning love right here before us, ya'll. I now pronounce you Drake and Hen. Thank you, thank you very much."
By 2g1c2 girls 1 cup
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I figured since we were already on the subject of football, I'd post a little funny video of the Oregon Duck. Enjoy!
Like the Oregon Ducks? You can get your very own Oregon Duck on CelebriDucks by clicking here.
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A couple of days ago my friend Ingid saw the LOLDucks parody I created (of LOLcats) and suggested I do another one. She thought it would be funny to make a parody of "Sh#t Girls Say." "Sh#t Girls Say" is popular trend on the internet (like the LOLCats). So popular in fact, that many others have copied with videos and pictures with such titles as "Sh#t Guys Say," "Sh#t Baby Mamas Say," "Sh#t Suburban Moms Say," "Sh#t Vegans Say," "Sh#t Sh#t says,"……etc, etc, etc. In the true spirit of Duckshow, I thought it was only fair to represent the rubber duck community with "Sh#t Rubber Ducks Say"…….
Rubber Duck (in Vegas): "What happens in the Vegas bathtub stays in the Vegas bathtub."
Rubber Duck: "If you drop the soap, I'm not picking it up."
Rubber Duck: "It appears the swimming hole has dried up."
Rubber Duck: "Rose petals for moi? Why, thank you."
Tweet |
I'm amazed at how popular "I can has cheezburger" has become. So popular, in fact, that a dog version was created called "I has a hotdog." These popular websites take funny cat or dog pictures and put goofy quotes on them. I thought I would do a little parody of these funny websites….with rubber ducks, of course…….
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Tomorrow is National Pie Day! And since tomorrow is also Chinese New Year, I decided to start the Pie Day celebration a little early When's the last time you had yourself a big ol' piece of down home apple pie? Well, that's too long! Ha! For this little duck, National Pie Day takes on a whole new meaning…..
It's a good thing this little duck started a day early because I have a feeling it's going to take a while to finish that pie!


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He is very large 90lb lab-Im somewhat scared of it hurting me since his penis is so big.I seen dogs get stuck together,will this happen to me,for how long if it will happen.
4 Answers
Dec 1, 2012
im still trying to figure out how to get my dogs to **** me but yes the dogs knot will get stuck inside of you until his penis goes down and one way you can provent him from him tying into u is keep his knot out of you
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I'm not shore but I would like to hear if you do **** your dog
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How can I get a male dog ;-)
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- County,
- Winter Weather Advisory issued February 20 at 3:17PM CST until February 21 at 9:00AM CST by NWS
- Effective: 3:17 p.m. on Friday, Feb. 20, 2015
- Expires: 9 a.m. on Saturday, Feb. 21, 2015
This alert has expired- See more at NOAA
Point of View
What do you think about a proposed ban on smoking in public places such as restaurants, bars and workplaces?
As much as I hate government interfering with our lives, I love the smoking ban. Going out in Lawrence is so nice without smelling cigarette smoke at your table while eating.
— Roberta Lehmann


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About Us
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We, Soon Grow Enterprise Limited, established in 2000, We are a printing company and have owned factory in Xi' Xiang, Bao' An district, Shenzhen.
We are Original Equipment Manufacturer (OEM) and Original Design Manufacturer (ODM) factory. We owned Roland and Heidelberg printing equipments, and also full set of printing machineries imported from Germany, Japan and Taiwan. Now the company have an effective team including designers, typist, text editors, printing, coating, binding and die cutting. Because we have our owned factory and design department, we can provide one continuous line service for customer for more convenient. Also, we can good control the quality during production since we have enough machineries and manpower to access all procedures.
Our product include packing boxes, gift boxes, stationery box sets, spiral notebooks, booklets, wire-o books, card games, paper bags and greeting cards etc. We also engage in the manufacturing of plastics, toys, electronics, crafts etc. At present, the company has passed the authentication of ISO 9001:2008 and ISO 14001:2004.
We sincerely welcome customers to visit our company. See some of our latest products in our online showroom. Or contact us at email
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National Security
Rep. Scott Peters - Supporting San Diego's role in America's National Security
In Congress, Scott serves as a member of the House Armed Services Committee (HASC) and sits on two subcommittees: Seapower & Projection Forces; and Intelligence, Emerging Threats, & Capabilities. The 52nd District is home to a large military presence, including Naval Air Station North Island, Naval Air Base Coronado, Naval Base Point Loma, Naval Base San Diego, Marine Corps Recruit Depot San Diego, Coast Guard Sector San Diego, and Marine Corps Air Station Miramar. As a member of HASC, Scott is responsible for the oversight and legislation pertinent to our national defense.
As a member of HASC, Scott advocates for defense priorities that are important to our armed forces and to San Diego, including supporting our region's military presence and the jobs that go along with it.
National Defense Authorization Act (NDAA)
The National Defense Authorization Act (NDAA) annually provides the necessary authorities and funding for America's military, including procurement, operations and maintenance, and personnel matters. As part of the NDAA process, Scott advocated for numerous issues that affect the San Diego region and its economy including a strong naval fleet, robust funding for research and development, a more streamlined acquisition process, and an increased focus on DoD energy security and efficiency.
Scott also led a successful effort in 2014 to transfer $120 million that had been unnecessarily appropriated to a dead project in South Carolina, a so-called 'zombie earmark,' to instead pay for 8 additional Unmanned Aerial Vehicle (UAV) MQ-9s that were an unfunded priority of the Air Force. These UAVs are developed in Poway, CA, and support high-skilled jobs in the district.
Strong Naval Fleet and Maritime Industry
Scott is strong supporter of a robust naval fleet capable of meeting the global demands placed on the Navy. He supports a fleet of eleven aircraft carriers and sent a bipartisan letter to Secretary of Defense Chuck Hagel to affirm it. He has also advocated for continued funding of the Maritime Security Program, a public-private partnership which guarantees that America flag commercial vessels and American crews will be available to 'answer the call' for enhanced sealift to transport supplies and equipment required by our military.
DoD Energy Security
In April 2014, Scott, along with Senator Mark Udall, introduced the bicameral Department of Defense Energy Security Act (DODESA), which will help the U.S. Department of Defense reduce energy use, boost combat effectiveness, and speed up the development of advanced military technologies. Scott introduced this legislation because energy security is a national security imperative, and taking measures to improve energy efficiency and reduce fuel consumption means a more capable and ready military.
Scott is also a strong supporter of the development of biofuels for our military. He is cosponsor of the Biofuels Development Act, which establishes a $25 million pilot program for the Air Force to make competitive grants to support research and development, education, and training to produce a bio-based aviation fuel for use by the Air Force. He also supports the biofuel efforts of the Departments of Defense, Energy, and Agriculture through the Defense Production Act to process military biofuel supplies, which supports energy independence of the U.S. military.
As a tireless advocate for veterans and their transition out of the military, Scott is a cosponsor of Incentives for our Nation's Veterans in Energy Sustainability Technologies (INVEST) Act. The bill expands the Work Opportunity Tax Credit (WOTC) to employers who hire veterans with a certification for renewable energy technology or have used their Montgomery GI bill to complete vocational training in renewable energy fields.
Fighting Terrorism
Scott is committed to preventing a nuclear-armed Iran. He has voted to strengthen sanctions and is a co-sponsor of the Nuclear Iran Prevention Act of 2013 which designates Iran's Revolutionary Guard Corps as a "foreign terrorist organization," and imposes stiff economic sanctions on Iran.
Scott is also a co-sponsor of the Hezbollah International Financing Prevention Act, which curtails Hezbollah's global logistics and financial network, and is a cosponsor of the Iron Dome Support Act which authorizes the President to provide assistance for the procurement, maintenance, enhancement, and sustainment of additional Iron Dome defense systems for Israel.
More on National Security
Bridget Naso - San Diego became home to the 16th chapter of the Truman National Security Project - a national think tank that joins together post-9/11 veterans, civilians and policy makers.
Representatives from the organization gathered with local leaders Monday to make the announcement on the USS Midway.
Congressman Scott Peters, County Supervisor Dave Roberts and council members Todd Gloria and David Alvarez were among those local leaders present.
DPR: Before working in Congress, you were President of the San Diego City Council. What's been the biggest change and adjustment between these two roles?
After last November's election, Democrats in Congress are at our lowest numbers since President Herbert Hoover. This week's House Democratic Caucus retreat offers us a chance to take a hard look at ourselves to see why.
Democratic turnout was even lower than many expected in an off year. It's clear that the plans and positions our party was selling weren't compelling enough to get our own core constituencies out of the house to vote. And we failed to convince independents that we are the party they can trust to grow the economy and keep high-quality jobs here at home.
Chris Jennewein - As the 114th Congress convened on Tuesday, Rep. Scott Peters issued a list of 10 New Year's resolutions ranging from creating jobs and supporting the military to comprehensive action on immigration.
The Democrat from La Jolla, who narrowly won a second term by beating challenger Carl DeMaio in November, was sworn in by House Speaker John Boehner.


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Barska® Monopod
Item # WX2-209225
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This item is shipped directly from the factory. To see the expected shipping date, please add to your Shopping Cart. Sorry, no express shipping available. We are unable to ship factory direct items to Alaska, Hawaii, Puerto Rico or APO or FPO addresses.
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Barska® Monopod.
Used to help support cameras, video cameras and binoculars in the field. Extendable leg with spiked foot that holds tight on uneven ground. Rubberized grip. Wrist strap. 24 ozs. Adjustable height: 21" to 5 1/2'.
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Nightmare Pro Wrestling Issue 5 Page15! The conclusion to the epic match between Grim and Devastator Dragon! The winner of the match.…
Nightmare Pro Wrestling Issue 5 Page15! The conclusion to the epic match between Grim and Devastator Dragon! The winner of the match.…
Finn Balor! I'm going to be putting together a sketchbook inspired by NXT and it's amazing roster! Here's a sketch of Finn Balor…if his body paint was more of a Venom type symbiote. The book will consist of a few sketches of wrestlers with one full color sketch of a wrestler, like this one. I'm hoping to finish it in time for Comicpalooza. After that you will also be able to pick one up on the Nightmare Pro Wrestling Shop!
Finn Balor, the former Prince Devitt, is quickly becoming one of my favorite Wrestlers on the show. Here's hoping he changes up his body paint more often since it's been a little similar the last couple of times. I've said before and I'll say it again, I'm really enjoying NXT and it's by far the best product WWE is currently putting out. I'm pretty much just paying for the WWE Network to see NXT.
NXT R EVOLUTION! The best thing going on in WWE right now is NXT! Great wrestlers. Great characters. Great wrestling. And something I really appreciate, it has great but simple storytelling. Nothing embodied all of those things than NXT's special event, NXT: R-EVOLUTION. That show along with WrestleKingdom 9, got me excited about Pro Wrestling again. It inspired me to start doing NXT sketches every week in place of the Monday Night Draw sketches I do of Raw. This is the beginning of that, a print of pretty much every wrestler involved in NXT: R-Evolution.
The Art Print is available for Pre-Order over on the Nightmare Pro Wrestling Shop!
Boulder and Fleet! Here's some fanart I did of Boulder and Fleet: Adventurers for Hire, a really fun web comic done by one of my favorite artist and creators, Jerzy Drozd. I had a blast doing this one! Go check out the comic on Instagram and Tapastic!


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Latest News
How H1Z1 takes an internet hoax and makes it real
Sony Online Entertainment is adding a grand lore to H1Z1, centered around ancient and recent historical events. Shacknews dives deep into the story of the upcoming MMO survival game.
READ MORE >"I should say, dayz the mod had this better covered. there was more of an end game when tents ..."
see all 7 commentsThe Elder Scrolls Online PS4 & Xbox One delayed [Update]
The upcoming console release of The Elder Scrolls Online may have been delayed. Bethesda's official FAQ mentioned a six month delay.
READ MORE >Latest Videos
The Elder Scrolls Online 'Announcement' Trailer
Posted Jun 05, 2012 12:28pm PDT - 32,061 viewsBethesda's world of The Elder Scrolls goes MMORPG for PC and Mac.
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Posted Jun 01, 2012 5:25am PDT - 79 downloadsRift: Storm Legion announce trailer
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Posted May 04, 2012 7:08am PDT - 552 downloadsBethesda's world of The Elder Scrolls goes MMORPG for PC and Mac.


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There's an ATM around every corner in Panama. Easy access to your money and accounts. Read more about opening accounts and other financial matters at ThinkPanama.com
art_garcia10, Ada Harverd, and 3 other people added this photo to their favorites.
Nice shot! can we have your permission to use this photo for our book cover? the title is "Light on Finances". Looking forward to hear from you. Thanks


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PALM BEACH GARDENS, Fla. (AP) - The last time Tiger Woods quit in the middle of a round because of an injury, he won his next tournament. And then he followed that with his highest score ever in the Masters, the ultimate measure of Woods these days.
SCOTTSDALE, Ariz. (AP) - Challenged for the first time under Major League Baseball's expanded replay system, umpires got it right.
SAN JOSE (AP) - Just making it back to the NHL after a freakish accident nearly ended his career was accomplishment enough for San Jose Sharks goaltender Alex Stalock.
NEWARK, N.J. (AP) - Two days after being a healthy scratch against Buffalo, Matt Nieto had the perfect response for San Jose Sharks coach Todd McLellan.
TORONTO (AP) - DeMar DeRozan scored 32 points, Kyle Lowry had 13 and the Toronto Raptors beat Golden State 104-98 on Sunday, their first victory in eight tries against Warriors guard Stephen Curry.
AVONDALE, Ariz. (AP) - Kevin Harvick charged to the front early and dominated the rest of the way Sunday for his second straight Sprint Cup victory at Phoenix International Raceway.
CHICAGO (AP) - Jimmer Fredette wanted to start over. The Chicago Bulls wanted to improve their outside shooting.
SACRAMENTO (AP) - Having played six seasons with the Kings, Kevin Martin is very comfortable at Sleep Train Arena in Sacramento.
TORONTO (AP) - Jermaine O'Neal's misplaced passport has left the Golden State Warriors one man short Sunday against the Toronto Raptors.
ARLINGTON, Texas (AP) - Texas cowboy Richmond Champion earned $1.1 million Sunday in The American, the richest one-day rodeo ever with a $2 million purse.
SCOTTSDALE, Ariz. (AP) - Right-hander Tim Hudson made his first start since breaking his ankle on July 24, pitching two no-hit innings, and the San Francisco Giants beat the Arizona Diamondbacks 5-3 Sunday.
TEMPE, Ariz. (AP) - Yoenis Cespedes hit a two-run double and the Oakland Athletics defeated the Los Angeles Angels 3-2 Sunday.
PALM BEACH GARDENS, Fla. (AP) - Russell Henley chipped in for birdie and then hit into the water on his next shot for double bogey. He watched Rory McIlroy throw away a lead with a double bogey and a bogey, only to stand over a 12-foot eagle putt on the next hole with a chance to win.
PALM BEACH GARDENS, Fla. (AP) - The road to the Masters got off to a bumpy start Sunday for Tiger Woods when he withdrew from the Honda Classic with what he said was a lower back injury.
SINGAPORE (AP) - Paula Creamer sank a 75-foot eagle putt on the second playoff hole against Azahara Munoz to win the HSBC Women's Champions on Sunday for her first LPGA title since the 2010 U.S. Women's Open.
The main question for the NFL's weekend of wild-card games is who will advance, of course. The next big query: Who do you trust?
PASADENA . (AP) - Touchdown. Turnover. Touchdown. Turnover. Touchdown.
ALAMEDA (AP) - The Oakland Raiders head into another long offseason with questions about who will coach the team and who will pick the players for next season.
NEW YORK (AP) - The Seattle Seahawks finished the regular season where they started it: as the top team in the NFL.
OAKLAND (AP) - Marreese Speights has provided a big lift for Golden State as a scorer off the bench. So it was only natural that as a starter, the 6-foot-10 center wanted some recognition for his passing.
BOSTON (AP) - Meb Keflezighi strode alone down Boylston Street, past the patched-up sidewalks and re-opened restaurants that line the path to the Boston Marathon finish line. On his race bib he had the names of those killed there by a pair of homemade bombs, and on his shoulders he would soon drape an American flag.
NEW YORK (AP) - The NFL's troubles with domestic violence were selected the sports story of the year Tuesday in an annual vote conducted by The Associated Press.
SANTA CLARA (AP) - The San Francisco 49ers expect to be right back competing for a Super Bowl with a new coach following the frustration of a lost year that saw coach Jim Harbaugh depart for Michigan.
SAN FRANCISCO (AP) - Madison Bumgarner sat in the outfield alongside Jake Peavy before Game 7 of the World Series and told his teammate exactly what needed to happen: Tim Hudson would work a few innings and get the ball to Bumgarner, who would hand it off to the bullpen to finish the championship.
SAN JOSE (AP) - Jannik Hansen angered the San Jose Sharks with his hit to Tommy Wingels' head. They got even more upset when he scored immediately after leaving the penalty box.
PHILADELPHIA (AP) - No one in the sports world had heard of the 2014 Associated Press Female Athlete of the Year until August.