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    • 2. 发明授权
    • Method of and apparatus for generating cylinder discriminating signal in
distributor for internal combustion engine
    • 用于在内燃机分配器中产生气缸识别信号的方法和装置
    • US4917064A
    • 1990-04-17
    • US222663
    • 1988-07-21
    • Seiki KodamaShigemi MurataHideki Maruhashi
    • Seiki KodamaShigemi MurataHideki Maruhashi
    • F02P7/00F02P3/04F02P5/07F02P7/06F02P7/067F02P17/00
    • F02P7/0677F02P5/075
    • A method of and apparatus for generating a cylinder discriminating signal in a distributor for an internal combustion engine are disclosed. The cylinder discriminating signal is generated by a combination of a cylinder discriminating reluctor installed on a centrifugal spark advance member and a cylinder discriminating sensor attached to a vacuum spark advance plate to detect approach and passage of the cylinder discriminating reluctor. The width of the cylinder discriminating reluctor in the direction of rotation is set so as to correspond to an angle smaller than the entire range of spark advance of the ignition timing signal. The cylinder discriminating signal is advanced by both centrifugal spark advance and vacuum spark advance so as to overlap the ignition timing signal despite having a relatively narrow width. Since the width of the cylinder discriminating signal is reduced, it is possible to improve the control tolerances of the associated microcomputer.
    • 公开了一种用于在内燃机的分配器中产生气缸识别信号的方法和装置。 气缸鉴别信号是通过安装在离心式火花提前部件上的圆筒鉴别反射器与安装在真空火花提前板上的气缸识别传感器的组合产生的,以检测气缸识别反射器的接近和通过。 气缸判别偏振器在旋转方向上的宽度被设定为对应于小于点火正时信号的整个火花提前范围的角度。 即使具有相对较窄的宽度,气缸识别信号也通过离心式火花提前和真空火花提前进行提升,从而与点火定时信号重叠。 由于气缸识别信号的宽度减小,所以可以提高相关微型计算机的控制公差。
    • 6. 发明授权
    • Housing of a distributor including an ignition coil for an internal
combustion engine
    • 包括用于内燃机的点火线圈的分配器的壳体
    • US4907563A
    • 1990-03-13
    • US259376
    • 1988-10-18
    • Seiki Kodama
    • Seiki Kodama
    • F02P15/00F02P7/00F02P7/02F02P7/04F01P1/00
    • F02P7/022F02P7/026
    • A housing structure of a distributor for an internal combustion engine including an ignition coil is disclosed. The housing structure comprises a cup-shaped base accommodating the ignition coil and a cap fitted thereon and accommodating a distributor rotor. A cap-shaped partitioning cover is disposed between the base and the cap to separate the distributor rotor portion therefrom. The high output voltage of the ignition coil is supplied to the distributor rotor through a hollow cylindrical tower fixed to the ignition coil and an insertion electrode which is integral with the cap and fits into the hollow cylindrical tower. The cover has a cap-shaped side extension having a annular disk-shaped top which passes through the insertion electrode. A sealing member, which is disposed between the side extension of the cover and the top portion of the high-voltage tower, includes a portion tightly held between the top end of the tower and the top annular disk of the cap-shaped side extension, and a surface tightly pressed against the side surface of the insertion electrode.
    • 公开了一种用于包括点火线圈的内燃机的分配器的壳体结构。 壳体结构包括容纳点火线圈的杯形基座和安装在其上并容纳分配器转子的盖。 盖形分隔盖设置在基座和盖之间,以将分配器转子部分从其分离。 点火线圈的高输出电压通过固定到点火线圈的中空圆柱形塔架和与盖子成一体并插入中空圆柱形塔架的插入电极提供给分配器转子。 盖具有帽形侧延伸部,其具有穿过插入电极的环形盘形顶部。 设置在盖的侧延伸部和高压塔的顶部之间的密封构件包括紧密地保持在塔的顶端和盖状侧延伸部的顶部环形盘之间的部分, 以及紧密地压靠插入电极的侧表面的表面。
    • 7. 发明授权
    • Resolver
    • 解决方案
    • US07183952B1
    • 2007-02-27
    • US11346200
    • 2006-02-03
    • Satoru AkutsuShinsuke HemmiShuji IsonoSeiki Kodama
    • Satoru AkutsuShinsuke HemmiShuji IsonoSeiki Kodama
    • H03M1/48
    • H02K24/00G01D5/2046G01D5/2449
    • A resolver can make accurate angle detection in an entire detection range. The resolver includes a resolver stator having an excitation winding of one phase adapted to be excited by a power supply and a first and a second output winding of two phases for outputting a change in the density of magnetic flux as a voltage, a resolver rotor arranged at a central portion of the resolver stator so as to cooperate with the resolver stator for changing a gap permeance between the resolver rotor and the resolver stator in accordance with the rotation of the resolver rotor, and a detection error correction part that corrects an angle detection error of the resolver by using the value of a Lissajous radius of a circular Lissajous waveform obtained from the amplitudes of an output signal Scos from the first output winding and an output signal Ssin from the second output winding.
    • 旋转变压器可以在整个检测范围内进行精确的角度检测。 旋转变压器包括具有适于由电源激励的一相的励磁绕组和用于输出作为电压的磁通密度变化的两相的第一和第二输出绕组的旋转变压器定子, 在分解器定子的中心部分处,以便与旋转变压器定子配合,以根据旋转变压器转子的旋转来改变旋转变压器转子和旋转变压器定子之间的间隙渗透;以及检测误差校正部分,其校正角度检测 以及通过使用从第一输出绕组的输出信号Scos的振幅和来自第二输出绕组的输出信号Ssin获得的圆形利萨如波形的李萨如半径的值来确定旋转变压器的误差。
    • 8. 发明授权
    • Resolver reference position adjustment method
    • 解析器参考位置调整方法
    • US07427858B2
    • 2008-09-23
    • US11346370
    • 2006-02-03
    • Satoru AkutsuShinsuke HemmiShuji IsonoSeiki Kodama
    • Satoru AkutsuShinsuke HemmiShuji IsonoSeiki Kodama
    • G01R35/00
    • G01D5/2046G01D5/24476
    • A resolver reference position adjustment method is capable of minimizing a detection error in the rotation angle of a rotor of a motor. In the resolver reference position adjustment method in which a reference position of a resolver of an axial double angle n mounted on an end of a shaft, to which the rotor of the motor is fixedly attached, for detecting rotation angles of the rotor is adjusted with respect to the rotor, the reference position of the resolver is adjusted by using the rotation angles of the rotor at a first point and at a second point, respectively, which are positions of the rotor apart an angle of (mechanical angle 180/axial double angle n) degrees from each other.
    • 解算器参考位置调整方法能够最小化电动机的转子的旋转角度的检测误差。 在分解器参考位置调整方法中,调整安装在固定安装有电动机的转子的轴的端部上的轴向双角度n的旋转变压器的基准位置用于检测转子的旋转角度的旋转变压器参考位置调整方法, 通过使用转子在第一点和第二点处的旋转角度来分析旋转变压器的参考位置,转子的基准位置分别是(机械角度180°/轴向双重角度)的转子位置 角度n)度。
    • 10. 发明授权
    • Pressure detection apparatus
    • 压力检测装置
    • US6050146A
    • 2000-04-18
    • US876518
    • 1997-06-16
    • Hiroshi NakamuraSeiki KodamaToru ArakiSusumu Nagano
    • Hiroshi NakamuraSeiki KodamaToru ArakiSusumu Nagano
    • G01L9/04G01L9/00G01L19/14G01L9/02
    • G01L19/143G01L19/0084G01L19/147
    • To obtain a pressure detection apparatus capable of changing output characteristics in a large area and changing a received pressure range without largely changing the apparatus in design. The apparatus comprises a pressure sensor including a pressure detection element having a bridge circuit to which a gauge resistor formed around a diaphragm portion formed by decreasing a part of the element in thickness is connected and an amplification circuit body serving as an amplification circuit except for an adjustment resistor, the pressure sensor being airtightly accommodated in a package having a pressure supply portion for supplying a pressure to be measured to the diaphragm portion, and a lead portion being disposed in the pressure sensor; an adjustment resistor part constituting the amplification circuit of the bridge circuit together with the amplification circuit body; a circuit substrate which is mounted by soldering to expose the pressure sensor and the adjustment resistor part and has a terminal portion for leading out an output from the amplification circuit; and a sensor accommodation vessel for accommodating an assembly constituted by the pressure sensor, the adjustment resistor part, and the circuit substrate therein.
    • 为了获得能够在不大幅度地改变设计的装置的情况下,在大面积上改变输出特性并改变接收的压力范围的压力检测装置。 该装置包括压力传感器,该压力传感器包括压力检测元件,该压力检测元件具有桥接电路,连接有通过减少元件的一部分而形成的隔膜部分周围形成的规量电阻器,并且连接有用作放大电路的放大电路体, 调节电阻器,压力传感器气密地容纳在具有用于将被测量的压力供应到隔膜部分的压力供应部分的封装中,以及设置在压力传感器中的引线部分; 与放大电路体一起构成桥接电路的放大电路的调整电阻部; 电路基板,其通过焊接安装以暴露压力传感器和调整电阻器部分,并具有用于引出来自放大电路的输出的端子部分; 以及用于容纳由压力传感器,调节电阻部分和电路基板构成的组件的传感器容纳容器。