专利检索_ 不包含在H04B3/00至H04B13/00单个组中的传输系统的部件;不以所使用的传输媒介为特征区分的传输系统的部件专利检索_ 不包含在H04B3/00至H04B13/00单个组中的传输系统的部件;不以所使用的传输媒介为特征区分的传输系统的部件专利检索查询_ 不包含在H04B3/00至H04B13/00单个组中的传输系统的部件;不以所使用的传输媒介为特征区分的传输系统的部件专利检索查询分析平台

子分类：

序号	专利名	申请号	申请日	公开（公告）号	公开（公告）日	发明人
161	リーダおよびRFIDリーダ	JP2015182773	2015-09-16	JP2016082581A	2016-05-16	張忠平; 劉坤松; 劉嘉展; 莊俊雄
【課題】送信端と受信端との間に良好な絶縁を提供しながら、受信端の感度を向上させるRFIDリーダを提供する。【解決手段】第1の無線周波(RF)送信信号を出力するように構成されたパワーアンプ、第1のRF送信信号に対応した第1のRF応答信号を送信するように構成された低ノイズアンプ、パワーアンプと低ノイズアンプとの間に接続され、第1のRF送信信号をRF接続ノードに送信するように構成されるか、第1のRF応答信号をRF接続ノードから受信するように構成されるサーキュレータ、サーキュレータに接続され、RF接続ノードとサーキュレータとの間のインピーダンス整合を行うように構成される自動整合同調回路、および自動整合同調回路に接続され、自動整合同調回路を調整してRF接続ノードとサーキュレータとの間のインピーダンス整合を行うように構成される制御回路を含むリーダ。【選択図】図2
162	複数のアンテナを有する多帯域ワイヤレス電話機	JP2014247438	2014-12-05	JP2015092691A	2015-05-14	ランドルフ・イー・スタンク; ジョセフ・ピー・バーク; ピーター・ハイドマン
【課題】単一外部アンテナを有する単一装置に、ワイヤレス電話機、GPS及びブルートゥース(登録商標)能力を提供する。【解決手段】電話機アンテナ110は外部であり、ブルートゥースアンテナ120は内部である。GPS受信機106は電話機アンテナにより信号分離器116を通して駆動される。GPS受信機はブルートゥースアンテナ、あるいは内部GPSアンテナのいずれかを通して駆動されてもよい。【選択図】図1
163	Audio stream mixing with a digital level normalization	JP2013530164	2011-09-06	JP2013543599A	2013-12-05	グローチェル，アレクサンダー; エイウィリアムズ，フィリップ; エイクーパー，ジャレット; アーシュイルドバッハ，ウォルフガング
支配的信号に対する非支配的信号の音響レベルを調節することによって支配的信号の音響レベルを混合定数に保持することによって、混合信号のために一定の知覚音響レベルを維持することを可能にする音声信号のミキシングのための方法。それはミキシングバランス入力を受け取ることを更に含み、ミキシングバランス入力は主信号と関連信号との間の調節可能なバランスを示す。それはミキシングバランス入力及びミキシングメタデータからの支配的信号の特定を更に含み、そこから、混合されるべき音声信号の如何なる分析又は測定も必要とせずに、スケーリング情報から直接的に、非支配的信号のための適切な換算係数も決定し得る。それは支配的信号に対して非支配的信号をスケーリングすること及びスケーリング後の非支配的信号を支配的信号と組み合わせて混合信号にすることを更に含む。
164	Interpolation circuit and receiving circuit	JP2012098205	2012-04-23	JP2013225821A	2013-10-31	SHIBAZAKI TAKAYUKI
PROBLEM TO BE SOLVED: To suppress a circuit scale.SOLUTION: An interpolation circuit includes: a generating circuit that generates interpolation data from a plurality of data of input data inputted in time series; a first ADC 40 that converts the interpolation data of a data point into digital data; and a second ADC 42 that converts the interpolation data of a change point into the digital data and has a quantization bit number smaller than that of the first ADC.
165	Data multiplex transmission system, multiplex transmission signal receiver, multiplex transmission signal reception module, and multiplex transmission signal transmitter	JP2011199911	2011-09-13	JP2013062687A	2013-04-04	TOYODA HIDEHIRO; KONO MASASHI
PROBLEM TO BE SOLVED: To provide a data multiplex transmission system capable of transmitting a plurality of digital signals having different frequency information at high speed regardless of their data contents, and capable of reproducing and separating the plurality of digital signals with keeping each of the frequency information at reception side.SOLUTION: A transmitter divides transmission data, associated with each of input channels having different frequency information, into data blocks each of which has fixed length as effective data, then multiplexes the plurality of data blocks, associated with the plurality of input channels, and outputs them on a transmission channel. Meanwhile, a receiver separates a data sequence received through the transmission channel into data flows with the same number of the input channels at transmitter side, then reproduces and stores effective transmission data from consecutive data blocks in each data flow, and outputs transmission data associated with each data flow synchronously to clock generated for each data flow.
166	Method and apparatus get a satellite positioning system signal	JP2000588618	1999-07-15	JP5128732B2	2013-01-23	クラスナー、ノーマン・エフ

167	Method and device for acquiring satellite positioning system signals	JP2012023280	2012-02-06	JP2012163563A	2012-08-30	KRASNER NORMAN F
PROBLEM TO BE SOLVED: To provide a method and a device for acquiring satellite positioning system (SPS) signals which can reduce time to acquire SPS signals from a SPS satellite.SOLUTION: A first pseudo-range to a first SPS satellite is determined, and an approximate position of a SPS receiver is determined. An estimated pseudo-range for a second SPS pseudo-range to a second SPS satellite is determined from an approximate position and a satellite position of the second SPS satellite. The SPS receiver then searches for SPS signals from the second SPS satellite in a range determined by the estimated pseudo-range. The estimated pseudo-range is not based on a pseudo-range determined in advance for the second SPS satellite. The approximate position is determined from a cell-based information source which correlates an identification of each of various wireless cell sites with an approximate position for objects within a cell of a wireless cell-based communication system, such as a cellular (or cell-based) telephone system.
168	Portable terminal and hydrophone for performing human body communications, and data control method therefor	JP2011547794	2010-01-28	JP2012516610A	2012-07-19	キム，ドン−ウーク; ソン，ジョン−ケウン
携帯用端末機と通信する聴音器において、ユーザによる携帯用端末機の操結果によって携帯用端末機と通信し、該聴音器と携帯用端末機との間で通信されたデータを再生する聴音器である。【選択図】図２
169	Power supply and communication equipment	JP2007016995	2007-01-26	JP4935379B2	2012-05-23	清司三好; 義人古山; 詠史宮近
A power supply device of the invention includes: a supply section that supplies power to a second processing device which processes data in response to processing execution by a first processing device which processes data; a load detection section that detects a load of processing execution by the first processing device; and a power control section that causes the supply section to increase or decrease power supply according to the magnitude of load detected by the load detection section. The load of processing execution by the first processing device disposed in the upstream side relative to the second processing device is detected, and power supply to the second processing device is increased or decreased according to the detected magnitude of load. Accordingly, even when the amount of processing data sharply increases, sufficient power can be unfailingly supplied to the second processing device.
170	Receiving sensitivity detection device and a receiving device	JP2007549074	2006-11-27	JP4650847B2	2011-03-16	尚菅沼

171	Reprogrammable digital wireless communication device and its method of operation	JP2000617569	2000-05-05	JP4518675B2	2010-08-04	ラヴィサブラマニアン

172	Method for determining time for gps receiver	JP2010013509	2010-01-25	JP2010145413A	2010-07-01	KRASNER NORMAN F
<P>PROBLEM TO BE SOLVED: To determine a time for a Global Positioning System (GPS) receiver used for determining the position of a moving unit. <P>SOLUTION: A timing signal derived from a communication system such as a cellular phone transmission signal is received by the GPS receiver and decoded, and accurate time information is provided by the moving unit. The time information is determined from time information in a cellular communication signal in a form of a synchronized phenomenon marked by a timing indicator on in a form as system time information, and from a satellite signal received by the GPS receiver. <P>COPYRIGHT: (C)2010,JPO&INPIT
173	Dual-mode communication device and method	JP20272298	1998-07-02	JP4494541B2	2010-06-30	ステファニー・エス・ホーローラン; デュアン・シ−・レイブ; ポール・アール・クリスチャン

174	Dual-mode communication device and method	JP2006046430	2006-02-23	JP4490381B2	2010-06-23	ステファニー・エス・ホーローラン; デュアン・シー・レイブ; ポール・アール・クリスチャン

175	Method of processing a Gps receiver and gps signal	JP2005214920	2005-07-25	JP4435720B2	2010-03-24	クラスナー，ノーマン・エフ

176	Gps receiver and method for producing gps signal	JP2009237604	2009-10-14	JP2010008431A	2010-01-14	KRASNER NORMAN F
<P>PROBLEM TO BE SOLVED: To calibrate a local oscillator existing in a GPS receiver. <P>SOLUTION: The receiver generates a reference signal while automatically locking to a highly precise carrier frequency wave signal, and the local oscillator is calibrated by the reference signal. <P>COPYRIGHT: (C)2010,JPO&INPIT
177	Telecommunication system with channel sharing	JP2009032576	2009-02-16	JP2009189015A	2009-08-20	MOULSLEY TIMOTHY J
PROBLEM TO BE SOLVED: To improve utilization efficiency of a dual mode channel for transmitting real-time data and non-real time data. SOLUTION: The telecommunication system uses at least one dual mode channel capable of corresponding to variable-rate real-time data (e.g. speech) and non-real-time packet data. The packet data are queued in a buffer and transmitted when a data rate of a real-time data stream is less than a full data capacity of the channel. COPYRIGHT: (C)2009,JPO&INPIT
178	デジタル放送受信機	JP2007542197	2005-11-02	JPWO2007052350A1	2009-04-30	結佳藤田; 晃一平松
受信状態の良好時に視聴中のデジタル放送番組のデータを、トランスポート、データ放送コンテンツのパケットあるいはデータ放送コンテンツのファイル、または画面静止画の形式で一時的に格納しておき、受信状態が劣化した場合にその格納データを代替画像として再生する。
179	Configuration of wireless communication device that performs encrypted communication	JP2003431924	2003-12-26	JP4200897B2	2008-12-24	克之古賀

180	Setting of wireless communication apparatus for performing encryption communication	JP2008070712	2008-03-19	JP2008219907A	2008-09-18	KOGA KATSUYUKI
<P>PROBLEM TO BE SOLVED: To make compatible reduction of a work burden on a user and ensuring of security. <P>SOLUTION: A manager of a wireless local area network (LAN) 100 uses a personal computer PC1 to change a WEP key. The personal computer PC1 judges whether a memory card MC is legal one managed by a manager and if it is legal, modified setting information is written onto the memory card MC. At such a time, the non-modified WEP key is written onto the memory card MC together with the modified setting information. Then, the manager mounts the memory card MC into a memory card slot that a printer PRT1 comprises. The printer PRT1 judges whether or not the memory card MC is legal one managed by the manager and updates the setting information if it is legal. <P>COPYRIGHT: (C)2008,JPO&INPIT

4 5 6 7 8 9 10 11 12 13

该功能需要专业版企业版VIP权限，您可以：