序号 专利名 申请号 申请日 公开(公告)号 公开(公告)日 发明人
1 用于传输装置的电路装置 CN89109769.4 1989-11-29 CN1043237A 1990-06-20 英戈·赖克特
一种提供拨号脉冲的电路装置,它具有简单的结构,而且在传输期间不会引入衰减,该电路装置被用于传输装置,该传输装置的阻抗不应被减小。在闭合环路中,电路的交流阻抗是高阻值的,而对于直流电流,该电路则具有尽可能小的电阻。为此目的,建议一条连接线路的导线与传输装置并联连接,一个开关装置被安排为一个双极晶体管与一个MOS场效应晶体管式的开关元件串联连接。传输装置是用于通信系统的。
2 字符发号盘 CN93105637.3 1993-05-20 CN1095875A 1994-11-30 樊凌涛
字符发号盘是用于通讯设备(电话机、交换机、传真机、通讯机等)中的新型发号装置。它利用单片计算机系统将通常的数字码发号转换为字符代码发号、字符代码由一到三个与电话号码(传真号码等)的主人有关联的字符表示,比如为姓名的拼音字首或英文字母表示的字形代码等。这样可以使拨号变得简单且不用记忆。
3 用于移动纸带的,可沿两相反方向作选择的步进装置 CN85109374 1985-12-26 CN85109374A 1986-09-17 阿拉克斯·库恩
本装置包括:带有可转动地装在从动轴上的卡摆(8a,8b)的棘轮机构(6,7,8a,8b);位于连续转动的驱动轴和所述卡摆(8a,8b)之间的传动装置(13-16);用来选择卡摆转向的装置,含有分别与可能运动方向对应的两个电磁(25a,25b),和由电磁铁支承的可动板(24a,24b),于操作中的预定时间与电磁铁的衔铁接触;以及只容许在预定时间给电磁铁(25a,25b)之一通电的同步装置(28a,28b,29)。
4 车(船)运行数据发送装置 CN99256134.5 1999-12-28 CN2403182Y 2000-10-25 程俊; 韩立青; 张菁; 郑磊
本实用新型为配合监控中心工作的车(船)运行数据发送装置。它由采集车(船)行程的行程传感器,采集车(船)停、行状态的车(船)停、行传感器,采集车(船)开、关状态的门开、关传感器,以单片机构成的控制器和无线电接收、发射电路组成。它将传感器采集数据经控制器处理后,将车(船)行程,所处位置等数据通过接收、发射电路传送至监控中心,实现车(船)运行数据自动传送。该装置还可接收监控中心指令,调整其控制器的工作程序。
5 机电一体电键 CN93238798.5 1993-05-29 CN2169252Y 1994-06-15 姚进; 蔺惠敏
一种机电一体电键,包括键盘,其特征在于:键盘28为四行五列,共二十个键,在键盘上还设有应急键8,底面设有垫26,在键盘一侧依次设有电源开关1,稳压充电插口2,电传入输入口3,监听输出口4,电键输出/电传输出口5、扣按钮6、极性转换开关7。避免了现有电子键排列规律差,不利于单手盲发,错码误码率高,耐压性能弱的不足。
6 COMMUNICATION SYSTEM FOR ELECTRONIC MESSAGES PCT/EP1998/002570 1998-04-30 WO98051051A1 1998-11-12
Communication system for electronic messages with a plurality of data processing devices and a data network for a data transmission of electronic messages between two data processing devices. Data of an electronic message includes an assignment data block, besides, image data, text data, audio data and the like, which includes specific assignments between particular data segments of said image, text or audio data, such that with the assignement data block interrelations between particular segments of the message can be transmitted in a simple manner and can be used for a subsequent display or reproduction of the message.
7 SYSTEM AND METHOD FOR PROVIDING DISTRIBUTED ONLINE SERVICES EP14158414.4 2009-10-01 EP2741474B1 2019-01-16 Makavy, Ran; Berdichevsky, Micha; Naveh, Barak, R.; Artzi, Yoav
8 SYSTEM AND METHOD FOR PROVIDING DISTRIBUTED ONLINE SERVICES EP09818875.8 2009-10-01 EP2347338B1 2018-04-25 MAKAVY, Ran; BERDICHEVSKY, Micha; NAVEH, Barak, R.; ARTZI, Yoav
A system comprises a server (22, 24, 26) for running applications. The server configured to: receive a request for content from a client installed in a mobile device (2, 4,6) whereby the mobile device is configured to communicate and interact with the server for obtaining access to content provided by the server. The server is configured to receive device parameters for the mobile device (2, 4,6) from the client, retrieve content in response to the received content request from the client, simulate a virtual device (84) corresponding to the mobile device, wherein the virtual device comprises a set of data structures and/or operations in the server which acts as the mobile device and which is configured according to some or all of the device parameters of the corresponding mobile device, adapt the retrieved content and commands to comport with the parameters for the virtual device, and transmit the device specific adapted content to one or more client layers (40) used together with one or more server layers (42) for the communication between the server and the mobile device.
9 Keyboard verification system and method EP79104688.1 1979-11-26 EP0011840B1 1983-03-30 Miller, Donald Eugene; Painter, John Phillip
10 Keyboard verification system and method EP79104688.1 1979-11-26 EP0011840A1 1980-06-11 Miller, Donald Eugene; Painter, John Phillip

Keyboard key movement is verified with a high degree o accuracy in a manner largely immune to ambient noise or other electronic or electromagnetic interference. A pulse signal in the form of a train of pulses, is periodically applied to the circuit associated with each key. The signal coupled through the key-controlled circuit is reconstructed only if it exceeds a predetermined reference level. A test, which depends on the previously verified key state, is made to determine the existing key state. The test for the active key state is conditioned on multiple true comparisons of a reconstructed signal with the originally applied signal throughout the duration of the test. The test for the inactive key state is conditioned on the absence of a reconstructed signal throughout the test. In both instances the newly indicated key state is compared with the state to which the key is assumed to have changed from its previsouly verified state. If the test fails, the key is considered to have remained in its previously verified state.

Immunity to noise is enhanced by making the pulse signal a pseudo-random signal which is successively applied across the key-controlled circuits in a timing sequence out of synchronism with the generation of the pulse signal. The system disclosed avoids the requirements for massive shielding, for selective routing of conductors, or for the assignment of special, physical key locations in the electronic scanning sequence, while providing fully verified key actuation at reduced overall system cost.

11 Bediengeräteanordnung mit Tastaturen für Verteil- und Dialogdienste EP79730007.6 1979-11-20 EP0011593A1 1980-05-28 Beldie, Ion-Paul, Dr.; Gold, Herbert; Günther, Peter; Hunger, Jürgen; Mahnkopf, Peter; Mühlbach, Lothar

Die Anordnung der Bediengeräte mit den Tastaturen für elektronisch steuerbare und für Verteil- und Dialogdienste eingerichtete Fernsehapparate besteht aus einem Handapparat und einem Tischgerät. Der Handapparat enthält im Tastenfeld (A) die Griffteile für Grundfunktionen und kann auf seiner gegenüberliegenden Fläche ein zweites Tastenfeld mit den Griffteilen für Kommandofunktionen besitzen, die sich in gleicher Gestaltung im rechten Teil der Tastatur (B) des Tischgerätes befinden. Den größten Anteil der Tastatur (B) des Tischgerätes nehmen die Griffteile für alphanumerische Zeichen ein. Die übrigen Griffteile sind für Editierfunktionen, Sonderzeichen und in der linken oberen EckefürUmschaltfunktionen zu umfangreichen Dialogdiensten vorgesehen. Der Handapparat kann für Verteil- und einfache Dialogdienste allein benutzt werden. Das Tischgerät ist nur zusammen mit dem angeschlossenen Handapparat betriebsfähig. Funktionsmäßig zusammengehörige, insbesondere auf die Tastaturen (A) und (B) aufgeteilte Griffteile für Umschaltfunktionen, sind unter anthropotechnischen Gesichtspunkten zusammengefaßt, angeordnet und ausgeführt. 1

12 고속 직렬 데이타 전송 회로 KR2019890009329 1989-06-30 KR2019910001765U 1991-01-25 김동희
13 벡터 성분 어드레싱을 갖는 디지탈 송신기 KR1019820004227 1982-09-18 KR1019840001977A 1984-06-07 헨리하워드패리쉬-1
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14 전송시스템,송신기,이동라디오세트,음성신호전송방법 KR1019940033839 1994-12-13 KR1019950022502A 1995-07-28 디트마르로렌즈; 칼헬비그
소위 CELP코팅(부호화)방법에 있어, 프로세서를 강화한 고가의 코드북 룩업법이 사용된다. 음성 중단시 송신기와 음성 부호기는 완전히 턴오프되며, 본질적으로 음성 신호의 LPC 해석이 행해진다. 그런 음성 신호 개시시 음성 코더의 필터는 완전한 강도로 우선 구축된다. 이 때문에 본 발명에 의하면 음성 중단시 필터를 턴오프하는 것이 아니라 프로세스 음성 신호와 함께 코드북 여기 백터에 의해서 트리거된 필터를 직접 구동한다. 따라서 음성 중단 재개시 편안한 노이즈와 음성 신호간 완만한 거의 인지할수 없는 전이가 있게 된다. 인공의 백그라운드 노이즈, 소위 안락한 노이즈가 턴 오프 시간동안 수신기에서 발생된다.
15 데이터 통신 제어방법 KR1019880000062 1988-01-08 KR100043975B1 1991-08-30 이시가와마사다까
16 데이터 통신 제어방법 KR1019880000062 1988-01-08 KR1019890001323A 1989-03-20 이시가와마사다까
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17 스마트 그리드 데이터 집중장치 콘솔 모니터링 무선 시스템 KR1020180157602 2018-12-07 KR102076126B1 2020-02-11
18 전송시스템,송신기,이동라디오세트,음성신호전송방법 KR1019940033839 1994-12-13 KR100356971B1 2003-01-24 디트마르로렌즈; 칼헬비그
In the GSM half-rate encoding method, a complicated code book search method is used which is very intensive in terms of processing. In speech pauses it is known to switch off virtually completely not only the sender but also the speech encoder and still to carry out essentially only the LPC analysis of the speech signal. However, when the speech signal resumes, the filters of the speech encoder must first go through a transient process. For this reason, according to the invention, it is proposed not to switch off the filters even in speech pauses but to drive the filter, which is driven by excitation vectors from the code book, directly with the correspondingly processed speech signal. As a result, upon introducing the speech signal there occurs a more gentle, hardly noticeable transition between the comfort noise and the speech signal. During this switch-off time an artificial background noise, the so-called comfort noise, is generated in the receiver. <IMAGE>
19 데이터 통신 제어방법 KR1019880000062 1988-01-08 KR1019910002326B1 1991-04-11 이시가와마사다까
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20 Smart tags with multiple interactions US16155546 2018-10-09 US10541731B2 2020-01-21 Thomas Calabrese
A method for Near Field Communication (NFC) based interactions can be implemented by a device when it is placed near an NFC tag and receives an electromagnetic signal associated with the NFC tag. The device retrieves the identifier of the NFC tag from the electromagnetic signal and, based on the identifier, the device can generate a first command. Furthermore, the device can identify a qualifying event, such as a predetermined orientation of the device. The device then generates a second command in response to the identification of the qualifying event. Each of the first and second command can cause a change in settings of the device, switching an operating mode of the device, activating/deactivating an application, enabling/disabling a feature of an application, and sending an instruction to a remote electronic device.
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