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    • 1. 发明授权
    • Position correcting control system for servomechanism device
    • 伺服机构位置校正控制系统
    • US4788482A
    • 1988-11-29
    • US75987
    • 1987-07-21
    • Kyozo TachibanaToshihiko SakaiHisaaki HirabayashiKoichi SugimotoHiroshi SugaiHisakazu Ninomiya
    • Kyozo TachibanaToshihiko SakaiHisaaki HirabayashiKoichi SugimotoHiroshi SugaiHisakazu Ninomiya
    • G05D3/12B25J9/16G05B19/19G05B5/01
    • G05B19/19B25J9/1633G05B2219/37357
    • The present invention relates to a control system for a servomechanism device such as robot, and more particularly to a position correcting control system for a servomechanism device which is well suited to perform high-precision positioning or high-perfomance operations on the basis of a sensor feedback control system such as force detection feedback control. It is characterized in that a plurality of algorithms for correcting a position target value on the basis of a sensor signal are prepared and are switchedly used so as to readily switch functions, depending upon whether the purpose of a sensor control is a high-precision control or any other high-performance control, that the position target value is corrected through a threshold characteristic element or a dead band element so as to make effective the correction of the position target value based on the sensor signal, and that a correcting signal is applied through a response lag element so as to attain stabilization owing to a viscous effect bestowed on the position correcting operation based on the sensor signal.
    • 本发明涉及一种用于诸如机器人的伺服机构的控制系统,更具体地涉及一种适用于基于传感器执行高精度定位或高性能操作的伺服机构的位置校正控制系统 反馈控制系统如力检测反馈控制。 其特征在于,根据传感器控制的目的是否是高精度控制,准备用于基于传感器信号校正位置目标值的多种算法,并且切换使用以便容易地切换功能 或任何其他高性能控制,通过阈值特征元件或死区元素校正位置目标值,以便基于传感器信号有效地校正位置目标值,并且应用校正信号 通过响应滞后元件,由于基于传感器信号的位置校正操作产生的粘性效果而实现稳定化。
    • 2. 发明授权
    • Electric power converter apparatus for an a.c. electric rolling stock
    • 电力电力转换装置 电动车辆
    • US4245291A
    • 1981-01-13
    • US41886
    • 1979-05-23
    • Yoshio TsutsuiKyozo TachibanaHiroaki Ishikawa
    • Yoshio TsutsuiKyozo TachibanaHiroaki Ishikawa
    • H02M7/19H02P13/16
    • H02M7/19
    • A power converter apparatus for an a.c. electric rolling stock comprising two transformers, each including a primary winding and a plurality of secondary windings generating the same output voltages but having different internal reactances; a pair of phase-controlled bridge rectifier circuits, each being connected to one secondary winding of each transformer; and diode bridge rectifier circuits connected to the other secondary windings, wherein the windings connected to the pair of phase-controlled bridge rectifier circuits have different internal reactances, and the phase-controlled bridge rectifier circuits are simultaneously controlled, and when the maximum output voltages from the phase-controlled bridge rectifier circuits are reached, the output voltages from the diode bridge rectifier circuits (non-phase-controlled) are increased to their maximum values, then the output voltages from the phase-controlled bridge rectifier circuits are decreased to their minimum values.
    • 一种电源转换装置。 电动车辆包括两个变压器,每个变压器包括初级绕组和产生相同输出电压但具有不同内部电抗的多个次级绕组; 一对相控桥式整流电路,分别连接到每个变压器的一个次级绕组; 以及连接到其他次级绕组的二极管桥式整流电路,其中连接到该对相控桥式整流电路的绕组具有不同的内部电抗,同时控制相控桥式整流电路,并且当最大输出电压从 达到相控桥式整流电路,二极管整流电路(非相控)的输出电压增加到最大值,则相控桥式整流电路的输出电压降至最小 价值观。
    • 4. 发明授权
    • AC-to-DC converter
    • AC到DC转换器
    • US4021721A
    • 1977-05-03
    • US595730
    • 1975-07-14
    • Kyozo Tachibana
    • Kyozo Tachibana
    • H02M7/17H02M7/12H02M7/155
    • H02M7/1552Y10S388/917
    • A controlled AC-to-DC converter comprising a transformer having at least three taps including a center tap and first and second taps, a first thyristor whose cathode is connected to said first tap of said transformer, a second thyristor whose cathode is connected to said second tap of said transformer, a diode whose cathode is connected to said center tap of said transformer, a first output terminal connected to said cathode of said diode, a second output terminal connected to anodes of said first thyristor, said second thyristor and said diode, a D.C. output being produced across said first and second output terminals, and a retardation coil incorporated between said center tap and an electrical juncture between said cathode of said diode and said first output. In such converter, high harmonic frequency components generated in the A.C. current on the power source side are reduced without the disadvantage of the lowering of the efficiency.
    • 一种受控AC-DC转换器,包括具有至少三个抽头的变压器,包括中心抽头和第一和第二抽头,其阴极连接到所述变压器的所述第一抽头的第一晶闸管,其阴极连接到所述变压器的第二晶闸管 所述变压器的第二抽头,其阴极连接到所述变压器的所述中心抽头的二极管,连接到所述二极管的所述阴极的第一输出端子,连接到所述第一晶闸管的阳极的第二输出端子,所述第二晶闸管和所述二极管 在所述第一和第二输出端子之间产生的直流输出,以及结合在所述中心抽头和所述二极管的所述阴极与所述第一输出之间的电接合点之间的延迟线圈。 在这种转换器中,在电源侧的交流电流中产生的高谐波频率分量减小,而不会降低效率。
    • 6. 发明授权
    • Power converter control system
    • 电源转换器控制系统
    • US4144559A
    • 1979-03-13
    • US829476
    • 1977-08-31
    • Yoshio OkumuraKyozo TachibanaHiroshi SatoGenichi Matsumoto
    • Yoshio OkumuraKyozo TachibanaHiroshi SatoGenichi Matsumoto
    • H02M7/19H02M7/12H02M7/162H02M7/155
    • H02M7/162H02M7/1626Y10S388/912
    • A power converter control system for use with a power converter of the type which comprises a plurality of cascade-connected converter units of which at least one converter unit is subjected to continuous control of its conduction phase angle and the remaining converter units are subjected to on-off control of their conductivity is arranged to include a master controller for instructing the number of the converter units to be rendered operative, a reversible counter operative to change its content in response to a phase controlling command applied to the continuously controlled converter unit indicating a maximum or minimum conduction phase angle or delayed phase angle in conduction, a unit change control unit for producing unit changing operation signals to be applied to the respective converter units for controlling the operation of the same, by using one of the binary bits derived from the counter without modification and decoding the remaining bits, and a comparing and identifying circuit which compares the content of the reversible counter with the output of the master controller and causing the reversible counter to operate in response to the aforementioned phase control command until the content of the same becomes identical to the output of the master controller.
    • 一种与功率转换器一起使用的电力转换器控制系统,该电力转换器包括多个级联连接的转换器单元,其中至少一个转换器单元经受其导通相位角的连续控制,并且其余转换器单元经受 其控制电导率被设置为包括主控制器,用于指示转换器单元的数量可操作,可逆计数器可操作以响应于施加到连续受控的转换器单元的相位控制命令来改变其内容,指示一个 最大或最小导通相位角或导通的延迟相位角;单位变更控制单元,用于产生要施加到各个转换器单元的单元改变运算信号,以控制其运行,通过使用从 计数器不修改和解码剩余的位,以及比较和识别 电路,其将可逆计数器的内容与主控制器的输出进行比较,并使可逆计数器响应于上述相位控制命令而工作,直到其内容变得与主控制器的输出相同。
    • 9. 发明授权
    • Power converter system
    • 电源转换器系统
    • US4045722A
    • 1977-08-30
    • US678175
    • 1976-04-19
    • Kyozo Tachibana
    • Kyozo Tachibana
    • G05F1/56H02M1/12H02M5/27H02M7/12H02M7/155H02M7/162
    • H02M1/12
    • A power converter system comprises a connection of a plurality of controlled rectifiers and a plurality of uncontrolled rectifiers, or a connection of only a plurality of controlled rectifiers. With an AC power supply as an input, the firing phase of the controlled rectifiers is controlled for conversion into a desired power. The commutating operation of the rectifiers is performed by utilizing the AC power supply. A retardation coil is connected to each of the rectifiers connected in series in the same polarity and making up an arm of the connection. The thus connected retardation coils are magnetically coupled with each other. The inductance of the commutating circuit is smaller when the output of the power converter is substantially maximum or minimum than the inductance when the output of the system is not maximum or minimum, thereby effectively reducing the higher harmonics components of the AC input current of the system at the time of commutating operation of the rectifiers without reduction of the utility of the converter.