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    • 1. 发明专利
    • Method, device and program for generating stream data
    • 方法,用于生成流数据的设备和程序
    • JP2011059967A
    • 2011-03-24
    • JP2009208820
    • 2009-09-10
    • Hitachi Ltd株式会社日立製作所
    • TANAKA KAZUOYOKOYAMA TAKAHIROHANAI TOMOHIROWATANABE SATOSHIHANDA ATSURO
    • G06F12/00G06F17/30
    • G06F17/30017
    • PROBLEM TO BE SOLVED: To reduce input of stream data into a stream data processing system.
      SOLUTION: In a stream data generation method of a computer system for generating stream data having time information attached thereto in time series, and performing stream data processing based on a registered query relative to the generated stream data, the computer system includes a storage part for storing query information showing a constitution element corresponding to the query from the query and a stream definition showing a plurality of kinds of constitution elements constituting the stream data, a data generation part for generating and transmitting the stream data, and a stream data processing part for processing the stream data transmitted from the data generation part. The data generation part generates less stream data from stream data transmitted to the stream data processing part based on the query information.
      COPYRIGHT: (C)2011,JPO&INPIT
    • 要解决的问题:将流数据的输入减少到流数据处理系统。 解决方案:在用于生成具有时间序列附加到其上的时间信息的流数据的计算机系统的流数据生成方法中,并且基于相对于生成的流数据的注册查询执行流数据处理,计算机系统包括: 存储部分,用于存储示出与来自查询的查询对应的构成要素的查询信息,以及流定义,其示出构成流数据的多种构成要素;数据生成部,用于生成和发送流数据;流数据 处理部分,用于处理从数据生成部分发送的流数据。 数据生成部基于查询信息,从流数据处理部发送的流数据生成较少的流数据。 版权所有(C)2011,JPO&INPIT
    • 6. 发明专利
    • SEMICONDUCTOR INTEGRATED CIRCUIT
    • JPS63122315A
    • 1988-05-26
    • JP26754086
    • 1986-11-12
    • HITACHI LTD
    • TANAKA KAZUO
    • H03K19/003H03K17/60H03K19/00H03K19/018
    • PURPOSE:To prevent the decrease in an output voltage by disconnecting a power voltage line of a Darlington output stage and a power voltage line of its pre-stage to other circuit, providing them in a chip so as to device that the power voltage of the circuit of the pre-stage is not decreased even if the power voltage is decreased due to a large current flowing to the Darlington type output stage. CONSTITUTION:The power voltage of the Darlington output stage and the power voltage of the circuit including an inverter INV are divided into two, output stages of plural cable drivers are connected to a common power voltage line VCC2 and a voltage is supplied to the circuit of the pre-stage including the inverter INV from a power voltage line VCC1. Thus, output signals of the plural drivers are changed to a high level at the same time and a large current such as 70mA flows to each output stage. Then even if the power voltage VCC2 is lowered, the power voltage VCC1 of the circuit of the pre-stage is not subjected to voltage drop. Thus, the base voltage of a transistor Q2 is made stable and a high level VOH of an output voltage VOUT decided based thereupon is not decreased.
    • 7. 发明专利
    • SYNCHRONIZING SIGNAL DETECTION SYSTEM
    • JPS62139180A
    • 1987-06-22
    • JP28142185
    • 1985-12-11
    • HITACHI LTD
    • TANAKA KAZUOOKA TAKASHI
    • G11B20/10
    • PURPOSE:To obtain a synchronizing signal reproduction circuit with high reliability by supplying a timing pulse generated at a timing generation means to a synchronizing signal detection means, and detecting one synchronizing signal out of plural synchronizing signals. CONSTITUTION:A timing generation circuit 6 monitors a timing, and outputs a gate signal 15 for an SYNC detection, and supplies it to an SYNC detection circuit 8. One additional timing pulse is generated by adding a counter 62, an AND circuit 64, and an OR circuit 65, and when it is impossible to detect an original SYNC, a backup SYNC can be detected. By adding both timing pulses 15 to the SYNC detection circuit 8, either one of an SYNC 2 or an SYNC 2' can be detected at the SYNC detection circuit 8. The output of a demodulation circuit 9 is inputted to an error control circuit, and after an error is corrected, it is outputted to an output device, such as a display device or a printer. Thereby, the synchronizing signal reproduction circuit with high reliability can be obtained.
    • 8. 发明专利
    • SEMICONDUCTOR INTEGRATED CIRCUIT
    • JPS6271329A
    • 1987-04-02
    • JP20996385
    • 1985-09-25
    • HITACHI LTD
    • TANAKA KAZUOUSAMI MITSUOENOMOTO MINORU
    • H03K19/018
    • PURPOSE:To prevent the output of a post-stage output circuit from being inverted by providing a clamp means fixing a potential when it is low in level to an output node of an emitter follower circuit. CONSTITUTION:When an input signal Vin higher than a reference voltage VBB in level is inputted and a potential of an output node n1 of a current switch circuit CS goes to a low level, an output node n3 of an emitter follower circuit EF is brought into a potential such as nearly 0.2V lower than a base potential 0.8V of a transistor (TR) Q10 by a forward voltage VF (nearly 0.6V) of a Schottky diode of a Schottky clamp TR Q10. Thus, the potential of the node n1 at the current switch circuit CS is brought into a potential such as nearly 1.0V higher than the potential of the node n3 by the base-emitter voltage VBE of the emitter follower TR Q4. As a result, when the potential of the output node n1 is at a low level, even if the power voltage Vcc rises due to the fluctuation of power supply, the potential at node n1 is clamped to nearly 1.0V.
    • 9. 发明专利
    • SEMICONDUCTOR DEVICE
    • JPS6271241A
    • 1987-04-01
    • JP20996185
    • 1985-09-25
    • HITACHI LTD
    • TANAKA KAZUO
    • H01L23/522H01L21/60H01L21/768
    • PURPOSE:To construct many types of circuits having different functions by providing a function altering dummy wiring pattern and/or circuit element at least to one of an LSI chip and a mother chip, and selectively providing salient electrodes on the terminals thereof. CONSTITUTION:Assume, for example, that a TTL level is converted to an ECL level. Assume that the input/output level of an LSI chip placed on a mother chip 5 is TTL level. When the LSI chip is connected with a salient electrode 2, the input/output level as a multichip module becomes the TTL level. When the LSI chip is connected with a salient electrode 3, the input/output level as a multichip module becomes the ECL level. Accordingly, if a level converter 6 is associated in the chip 5, the input/output level of the multichip module can be freely switched by the position for placing the LSI chip. Thus, many types of circuits having different functions can be composed.