会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 12. 发明授权
    • Voltage measuring apparatus for sheathed power cable
    • 护套电力电缆电压测量装置
    • US06768315B2
    • 2004-07-27
    • US09984436
    • 2001-10-30
    • Masahiro WatanabeKazuo KatoMasayuki TaniIkurou Masuda
    • Masahiro WatanabeKazuo KatoMasayuki TaniIkurou Masuda
    • H04B346
    • G01R15/16
    • The measuring precision of an electric power measuring apparatus is improved. A voltage measuring apparatus for sheathed power cable is disclosed as including; a first conductive member arranged to contact the sheathing material for sheathing a power cable conductor, a second conductive member for forming a capacitance between the ground and itself, current voltage converting operation for converting a current signal flowing between the first conductive member and the second conductive member into a voltage signal having a waveform proportional to the current signal, and a voltage value calculating operation for calculating the voltage value applied to the power cable from the signal converted by the current voltage converting operation.
    • 提高了电力测量装置的测量精度。 公开了一种用于护套电力电缆的电压测量装置,包括: 布置成接触护套材料以覆盖电力电缆导体的第一导电构件,用于在地与本身之间形成电容的第二导电构件,用于转换在第一导电构件和第二导电体之间流动的电流信号的电流电压转换操作 成为具有与电流信号成比例的波形的电压信号,以及电压值计算动作,用于根据由电流电压转换操作转换的信号计算施加到电力电缆的电压值。
    • 14. 发明授权
    • EL driving circuit, control method and electronic apparatus
    • EL驱动电路,控制方法和电子设备
    • US06674243B2
    • 2004-01-06
    • US10187563
    • 2002-07-02
    • Kazuo Kato
    • Kazuo Kato
    • G09G310
    • H05B33/08Y02B20/32
    • To provide an EL driving circuit, a control method and an electronic apparatus for suppressing counter electromotive force of a coil generated by rapid voltage fluctuation in case of turning off an EL element. In the IC chip, main circuits such as an oscillating circuit, flip-flops as a dividing circuit and a switched H-bridge circuit are provided. The oscillating circuit is connected to a capacitor through PIN and connected to the flip-flop inside the IC chip. The oscillating circuit generates a high frequency clock and outputs the clock to the flip-flop. The flip-flop outputs its output to the flip-flop and one of input terminals of an AND circuit. The flip-flop divides the clock outputted from the flip-flop by 16 to generate a lower frequency clock. The flip-flop makes the two low frequency clocks in reversal phase each other to output them to one of input terminals of an AND circuit and one of input terminals of an AND circuit respectively. The switched H-bridge circuit is constituted by main elements such as AND circuits, transistors, diodes and thyristors.
    • 提供一种用于在关闭EL元件的情况下抑制由快速电压波动产生的线圈的反电动势的EL驱动电路,控制方法和电子设备。 在IC芯片中,提供诸如振荡电路,作为分频电路的触发器和开关H桥电路等主电路。 振荡电路通过PIN连接到电容器,并连接到IC芯片内的触发器。 振荡电路产生高频时钟并将时钟输出到触发器。 触发器将其输出输出到触发器和AND电路的输入端之一。 触发器将从触发器输出的时钟分频16以产生较低频率时钟。 触发器使两个低频时钟彼此反相,将它们分别输出到AND电路的输入端和AND电路的一个输入端。 开关H桥电路由主要元件如AND电路,晶体管,二极管和晶闸管构成。
    • 16. 发明授权
    • Electronic azimuth meter and electronic time piece having electronic azimuth meter
    • 电子方位计和具有电子方位计的电子时计
    • US06606799B2
    • 2003-08-19
    • US09737902
    • 2000-12-15
    • Kazuo Kato
    • Kazuo Kato
    • G01C1738
    • G01V3/40G01C17/28
    • An electronic azimuth meter includes an electronic azimuth meter main body and X-direction and Y-direction magnetic sensors for detecting magnetic field components in orthogonal two directions of the main body, the main body includes a magnetic part magnetized by geomagnetism B0 for forming a magnetic field having components in oblique directions relative to directions of the geomagnetism at locations of the magnetic sensors, approximate equation storing means for storing pluralities with regard to respective directions X, Y, of approximate equations calculated based on magnetic field detected values Vx and Vy of the magnetic sensors with regard to a number of azimuths of the azimuth meter in geomagnetism having magnetic field components Bx and By, which are approximate equations representing relationships between the detected values Vx and Vy of the magnetic sensors and the magnetic field components Bx and By of the geomagnetism, and azimuth calculating means for calculating azimuth by selecting specific approximate equations in the pluralities of approximate equations with regard to the respective directions X, Y based on the detected values Vx, Vy of the magnetic sensors.
    • 电子方位计包括电子方位计主体和用于检测主体正交两个方向上的磁场分量的X方向和Y方向磁传感器,主体包括由地磁B0磁化的磁性部分,用于形成磁 具有相对于磁传感器位置处的地磁方向的倾斜方向的分量的场;近似方程式存储装置,用于存储关于根据磁传感器的磁场检测值Vx和Vy计算的各个方向X,Y的各个方向 相对于具有磁场分量Bx和By的地磁计数方位角的磁传感器,其是表示磁传感器的检测值Vx和Vy与磁传感器的磁场分量Bx和By之间的关系的近似等式 地磁场和方位计算装置,用于计算方位角b y基于磁传感器的检测值Vx,Vy,选择关于各个方向X,Y的多个近似方程式中的特定近似方程。
    • 17. 发明授权
    • Electronic device and manufacturing method thereof
    • 电子装置及其制造方法
    • US06563313B2
    • 2003-05-13
    • US09975822
    • 2001-10-12
    • Kazuo Kato
    • Kazuo Kato
    • G01R3300
    • G01R31/2829G01R31/046
    • To precisely and easily detect a disconnection failure in a bonding connection of a flip coil of a magnetic sensor, wiring patterns for connecting switching devices to a +FL terminal of an X-axis sensor and a +FL terminal of a Y-axis sensor are arranged on a circuit wiring board. After MOS transistors are mounted to the board, the wiring patterns are connected to each other by wiring in the MOS transistors. The MOS transistors are mounted to the circuit board so that a flip coil of the X-axis sensor and a flip coil of the Y-axis sensor are connected in parallel to each other. Before the MOS transistors are mounted on the circuit board, the resistance of each of the flip coils and is measured. The disconnection failure in bonding connection of the flip coils can be inspected based on the fact that a difference between a measured value in a case of good bonding connection and that in a case of bad bonding connection is large.
    • 为了精确且容易地检测磁传感器的翻转线圈的接合连接中的断开故障,将开关器件连接到X轴传感器的+ FL端子和Y轴传感器的+ FL端子的布线图案是 布置在电路布线板上。 在MOS晶体管安装到电路板之后,通过MOS晶体管中的布线将布线图案彼此连接。 MOS晶体管安装在电路板上,使得X轴传感器的翻转线圈和Y轴传感器的翻转线圈彼此并联连接。 在MOS晶体管安装在电路板上之前,每个翻转线圈的电阻被测量。 可以基于以下事实来检查翻盖线圈的接合连接中的断开故障:在良好的接合连接的情况下的测量值与接合不良连接的情况下的测量值之间的差异大。
    • 18. 发明授权
    • Rack and pinion steering device with split roller rack bar support
    • US5983742A
    • 1999-11-16
    • US18863
    • 1998-02-05
    • Christopher J. MorrisKazuo KatoVernon H. Bryant
    • Christopher J. MorrisKazuo KatoVernon H. Bryant
    • B62D3/12F16H55/28F16H57/12
    • F16H55/283B62D3/123F16H55/285Y10T74/1967
    • A steering gear for a motor vehicle includes a housing, a rack bar, a pinion, a support yoke, a spring, a split roller, and a plurality of bearings. The rack bar is slidably supported within the housing for transverse displacement therein along an axis. The rack bar has teeth on a first side. The pinion has teeth drivingly engaging the teeth of the rack bar. The pinion is rotatably supported within the housing. Rotation of the pinion transversely displaces the rack bar along the axis. The support yoke is slidably disposed in the housing for movement toward a side of the rack bar substantially opposite the teeth of the rack bar. The support yoke has an opening which is open toward the rack bar, with the opening defining two opposed bearing surfaces. The spring is disposed between the housing and the support yoke, and biases the support yoke toward the rack bar. The split roller includes a first split roller section and a second split roller section. The first split roller section is substantially conical in shape and has a large diameter side located proximate to one of the bearing surfaces. The first split roller section is rotatably disposed on and axially slidable toward the one of the bearing surfaces and tangentially engages the rack bar. The second split roller section is also substantially conical in shape with a large diameter side located proximate to an other of the bearing surfaces. The second split roller section is rotatably disposed on and axially slidable toward the other of the bearing surfaces and tangentially engages the rack bar. Low friction radial bearings are disposed between the dowel pins and the roller sections. Low friction thrust bearings are axially disposed between the roller sections and the bearing surfaces of the support yoke. The spring acts against the support yoke to press the roller sections against the rack bar, causing the rollers to separate from each other and thereby defining a gap therebetween and pressing the washers against the bearing surfaces of the support yoke.
    • 20. 发明授权
    • Complementary transistor circuit and amplifier and CRT display device
using the same
    • 互补晶体管电路和放大器和CRT显示器件使用相同
    • US5757233A
    • 1998-05-26
    • US483844
    • 1995-06-07
    • Kazuo KatoHideo SatoTakashi SaseKenkichi Yamashita
    • Kazuo KatoHideo SatoTakashi SaseKenkichi Yamashita
    • H03F1/34H03F3/19H03F3/343H03G1/00H03G3/30H04N5/14H03F3/45
    • H03G3/3036H03F1/34H03F3/19H03F3/343H03G1/0023H04N5/148
    • The present invention relates to a complementary transistor circuit and, an amplifier using it, and in particular, to a video amplifier for amplifying video signals and a high-definition CRT display device. In amplifying inputted video signals by using a multiplexer, a gain controller and a current mirror amplifier, each element circuit is formed by using complementary transistor circuits. Circuit simplification is thus attained. In addition, higher precision and band broadening has been realized owing to adoption of a current operation. Further, the present invention makes it possible to eliminate direct from the high voltage output completely by providing a low-voltage output circuit for feedback having a similar relationship with respect to the high-voltage video output stage of the video amplifier, thereby performing negative feedback via a sample-and-hold circuit. This also serves to broaden the bandwidth and reduce power dissipation.
    • 互补晶体管电路及其使用的放大器技术领域本发明涉及互补晶体管电路及其使用的放大器,特别涉及用于放大视频信号的视频放大器和高分辨率CRT显示装置。 通过使用多路复用器,增益控制器和电流镜放大器来放大输入的视频信号,通过使用互补晶体管电路形成每个元件电路。 因此实现了电路简化。 此外,由于采用了当前的操作,已经实现了更高的精度和频带扩展。 此外,本发明通过提供与视频放大器的高电压视频输出级具有相似关系的用于反馈的低压输出电路,可以完全消除高压输出的直接,从而执行负反馈 通过采样和保持电路。 这也有助于扩大带宽并降低功耗。