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    • 1. 发明授权
    • Toroidal type continuously variable transmission
    • 环形无级变速器
    • US5885185A
    • 1999-03-23
    • US928432
    • 1997-09-12
    • Hitoshi KidokoroItsuro MuramotoMasahiro Tsukamoto
    • Hitoshi KidokoroItsuro MuramotoMasahiro Tsukamoto
    • F16H15/38F16H61/662
    • F16H61/6648F16H15/38
    • A first and a second power roller supported by trunnions are gripped between an input disc and an output disc disposed on an identical rotation axis. The gyration angles of the power rollers are varied by driving the trunnions in a direction perpendicular to the rotation axis by an oil pressure actuator. The oil pressure of the actuator is controlled based on a target gyration angle, and the gyration angle of the first power roller is fed back to the oil pressure control. Vibration of the first power roller due to external disturbance is prevented from affecting the second power roller via oil pressure control by making a force according to a displacement of the first power roller in the direction perpendicular to the rotation axis, act only on the trunnion supporting the first power roller.
    • 由耳轴支撑的第一和第二动力辊被夹持在输入盘和设置在相同旋转轴线上的输出盘之间。 通过用油压致动器驱动耳轴在与旋转轴垂直的方向上来改变动力辊的回转角度。 基于目标回转角来控制致动器的油压,并且将第一动力辊的回转角反馈到油压控制。 通过根据第一动力辊在与旋转轴线垂直的方向上的位移作用力而通过油压控制来防止第一动力辊由于外部干扰而发生的振动影响第二动力辊,仅作用在耳轴支撑 第一个动力辊。
    • 3. 发明授权
    • Shift control system for troidal continuously variable transmission
    • 变速控制系统,用于连续变速传动
    • US5674145A
    • 1997-10-07
    • US636660
    • 1996-04-23
    • Hitoshi KidokoroItsuro Muramoto
    • Hitoshi KidokoroItsuro Muramoto
    • F16H15/38F16H61/00F16H61/662F16H15/04
    • F16H61/6648
    • A shift control system for a troidal continuously variable transmission, which serves to return power rollers to an initial position by returning a shift control valve to a neutral position through feedback of a power roller tilting angle to the shift control valve via a mechanical feedback system, comprises an electronic feedback system for feeding back, for calculation of a shift command value, a deviation of a speed ratio from a target speed ratio corresponding to a target tilting angle in accordance with a predetermined gain, and a mechanical feedback function cancellation system for canceling, for calculation of the shift command value, the function of the mechanical feedback system through electronic feedback of the power roller tilting angle as detected in accordance with a gain equivalent to that of the mechanical feedback system.
    • 一种用于齿轮式无级变速器的变速控制系统,其用于通过经由机械反馈系统将动力辊倾斜角反馈到变速控制阀将功率辊返回到初始位置,使变速控制阀返回至中性位置, 包括电子反馈系统,用于根据预定增益反馈用于计算变速指令值与速度比与目标倾斜角度对应的目标速度比的偏差,以及用于取消转向指令值的机械反馈功能消除系统 ,用于计算换档指令值,通过根据与机械反馈系统相当的增益检测到的动力滚筒倾斜角度的电子反馈来实现机械反馈系统的功能。
    • 4. 发明授权
    • Speed change controller for continuously variable transmission
    • 变速控制器,用于连续变速传动
    • US06192306B1
    • 2001-02-20
    • US08929886
    • 1997-09-15
    • Hitoshi KidokoroItsuro Muramoto
    • Hitoshi KidokoroItsuro Muramoto
    • B60K4118
    • F16H61/6648F16H59/72
    • In a continuously variable transmission for use with a vehicle comprising an actuator for continuously varying a speed change ratio, a target speed change ratio is set according to the vehicle running conditions and a real speed change ratio of the transmission is detected. A proportional value which is directly proportional to a difference between the target speed change ratio and real speed change ratio, and an integral value of the difference therebetween, are calculated. When the integral value is not within a preset range, the integral value is corrected to a value within the range, and the actuator is driven based on the sum total of the proportional value and the corrected integral value. In this way, a command exceeding the response capability of the actuator is prevented from being output to the actuator, and overshoot of the speed change ratio is prevented.
    • 在用于车辆的无级变速器中,其包括用于连续变化变速比的致动器,根据车辆行驶状况来设定目标变速比,并且检测到变速器的实际变速比。 计算与目标变速比和实际变速比之间的差成正比的比例值和它们之间的差的积分值。 当积分值不在预设范围内时,积分值被校正到该范围内的值,并且基于比例值和校正积分值的总和来驱动致动器。 以这种方式,能够防止超过执行器的响应能力的指令输出到致动器,并且防止变速比的过冲。
    • 7. 发明授权
    • Power device for supplying AC voltage to a load having a discharge part
    • 用于向具有放电部分的负载提供AC电压的功率器件
    • US07957164B2
    • 2011-06-07
    • US11587302
    • 2004-04-21
    • Hitoshi KidokoroMasato MatsubaraAkihiko IwataHiroyasu IwabukiAkihiro Suzuki
    • Hitoshi KidokoroMasato MatsubaraAkihiko IwataHiroyasu IwabukiAkihiro Suzuki
    • H02M5/40
    • H02M7/53871H02M2007/4815Y02B70/1441
    • The present invention provides a power device including a converter part (2) for converting an AC voltage to a DC voltage; an inverter part (3) for converting the DC voltage outputted from the converter part (2) to the AC voltage; and a transformer (4) having an inductance forming a series resonance circuit together with an electrostatic capacity of a load (20) to boost the AC voltage outputted from the inverter part (3). In the power device, an inductance (7) is connected to the output part of the inverter part (3) in parallel with the transformer (4). Thus, in a discharge part 6 provided in the load (20), since when a discharge is not generated, a recovery current is not supplied to a circulating current diode in the inverter part (3), or the quantity of the recovery current is reduced, the heat generation of the circulating current diode can be suppressed without increasing the number of elements of the circulating current diode.
    • 本发明提供了一种功率器件,包括用于将AC电压转换为DC电压的转换器部分(2); 用于将从转换器部分(2)输出的DC电压转换为AC电压的逆变器部分(3); 以及变压器(4),其具有形成串联谐振电路的电感以及负载(20)的静电电容,以升高从逆变器部分(3)输出的交流电压。 在功率器件中,电感(7)与变压器(4)并联连接到逆变器部分(3)的输出部分。 因此,在设置在负载(20)中的放电部6中,由于在不产生放电的情况下,在逆变器部(3)中不向循环电流二极管供给恢复电流,或者恢复电流的量为 减少,可以抑制循环电流二极管的发热,而不增加循环电流二极管的元件数量。
    • 8. 发明授权
    • Gas laser oscillator and gas laser beam machine
    • 气体激光振荡器和气体激光束机
    • US07664154B2
    • 2010-02-16
    • US11587304
    • 2004-04-21
    • Hiroshi KurushimaHitoshi KidokoroMasato Matsubara
    • Hiroshi KurushimaHitoshi KidokoroMasato Matsubara
    • H01S3/22H01S3/223
    • H01S3/134H01S3/036
    • A pressure of a laser gas in an enclosure (7) is detected by a gas pressure sensor (12), and a pressure comparison circuit (13) determines whether the thus-detected pressure is normal or anomalous. An electric current output from an inverter (10) that drives a blower (5) to cause a laser gas to flow back, is detected by a current detection circuit (9). A current comparison circuit (11) determines whether or not the output current is normal or anomalous. A result of a pressure comparison circuit (13) and a result of the current comparison circuit (11) are sent to an AND circuit (15) and performed AND processing. A result of the AND circuit (15), a result of the current detection circuit (9), and a result of the gas pressure sensor (12) are sent to a comparison operation section (17) in a controller (14). A determination is made as to whether or not the blower is anomalous. When the blower is determined to be anomalous, a signal is output to an oscillator and a machine control section (18), to thus stop the oscillator and the machine. Thereby, an anomaly in the blower (5) can be detected regardless of fluctuations in the pressure of the laser gas.
    • 气体压力传感器(12)检测外壳(7)中的激光气体的压力,压力比较电路(13)确定检测到的压力是正常还是异常。 由电流检测电路(9)检测从驱动鼓风机(5)使激光气体回流的逆变器(10)的电流。 电流比较电路(11)确定输出电流是正常还是异常。 压力比较电路(13)的结果和电流比较电路(11)的结果被发送到AND电路(15)并执行AND处理。 AND电路(15)的结果,电流检测电路(9)的结果和气体压力传感器(12)的结果被发送到控制器(14)中的比较运算部(17)。 确定鼓风机是否是异常的。 当鼓风机被确定为异常时,信号被输出到振荡器和机器控制部分(18),从而停止振荡器和机器。 因此,无论激光气体的压力的波动如何,都可以检测到鼓风机(5)中的异常。