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    • 1. 发明授权
    • Brake fluid pressure retaining unit
    • 制动液压力保持单元
    • US06336689B1
    • 2002-01-08
    • US09517524
    • 2000-03-02
    • Takahiro EguchiHirotoshi InoueToshiya KandaMasakazu ShiraishiShouji SuzukiYoichi Sugimoto
    • Takahiro EguchiHirotoshi InoueToshiya KandaMasakazu ShiraishiShouji SuzukiYoichi Sugimoto
    • B60T862
    • B60T17/16B60T7/122B60T13/686Y10S188/02Y10S303/90
    • A brake fluid pressure retaining unit for a vehicle comprises a solenoid valve SV arranged in a brake fluid passage FP between a master cylinder MC and a wheel cylinder WC so as to shut off or communicate the brake fluid passage FP. In the case that a transmission of the vehicle is shifted to a driving position, the solenoid valve SV is switched to a shut-off position when the vehicle stops with a brake pedal BP depressed. The solenoid valve SV is switched to a communicating position when driving force is exerted on the vehicle. Brake fluid pressure is retained within the wheel cylinder WC when the solenoid valve SV is in the shut-off position. The brake fluid pressure within the wheel cylinder is retained after releasing the brake pedal so that braking force continues to act on the vehicle. The brake fluid pressure retaining unit comprises control means CU such that when the solenoid valve is in the shut-off position and the transmission is shifted to a non-driving position, the solenoid valve SV is returned to the communicating position on condition that depression of the brake pedal BP is released.
    • 一种用于车辆的制动液压力保持单元包括:在主缸MC和轮缸WC之间布置在制动流体通道FP中的电磁阀SV,以便切断或连通制动流体通道FP。 在车辆的变速器转移到驾驶位置的情况下,当制动踏板BP压下时车辆停止时,电磁阀SV切换到关闭位置。 当驱动力施加在车辆上时,电磁阀SV切换到连通位置。 当电磁阀SV处于关闭位置时,制动液压力保持在轮缸WC内。 在释放制动踏板之后,保持轮缸内的制动液压力,使得制动力继续作用在车辆上。 制动液压力保持单元包括控制装置CU,使得当电磁阀处于关闭位置并且变速器移动到非驱动位置时,电磁阀SV返回到连通位置, 制动踏板BP被释放。
    • 4. 发明申请
    • WIRE ELECTRIC DISCHARGE MACHINING APPARATUS
    • 电线放电加工设备
    • US20140008329A1
    • 2014-01-09
    • US14005826
    • 2012-03-23
    • Yuzo DohiHirotoshi Inoue
    • Yuzo DohiHirotoshi Inoue
    • B23H1/10
    • B23H1/10B23H7/102B23H7/30
    • A wire electric discharge machining apparatus is provided to equip with an automatic wire threader more reliably threading a wire electrode through an start hole. The wire electric discharge machining apparatus includes an automatic wire threader including: a feed roller disposed higher than the start hole and feeding a wire electrode toward the start hole; and a vertical drive device disposed between the feed roller and the start hole, and supplying compressed air in the upward and downward directions to vertically move the wire electrode slightly. The vertical drive device includes wire guides having guide holes through which the wire electrode is passed. The wire guides are constructed so that upward movement by the compressed air is possible.
    • 一种电线放电加工装置,其装配有一个更可靠地将线电极穿过启动孔的自动穿线机。 线材放电加工装置包括:自动线穿线器,包括:馈送辊,其设置在比起始孔高的位置,并将线电极朝向起始孔供电; 以及设置在进给辊和起动孔之间的垂直驱动装置,并且向上和向下方向供应压缩空气以稍微垂直移动线电极。 垂直驱动装置包括具有引导孔的线引导件,线电极通过该引导孔。 导线器的构造使得可以通过压缩空气向上运动。
    • 5. 发明授权
    • Control device of gas sensor
    • 气体传感器控制装置
    • US07096717B2
    • 2006-08-29
    • US10938297
    • 2004-09-10
    • Hidetoshi OishiHirotoshi InoueTakashi SasakiTakashi Saito
    • Hidetoshi OishiHirotoshi InoueTakashi SasakiTakashi Saito
    • G01N25/00
    • H01M8/04462G01N27/16H01M8/04156H01M8/04231H01M8/04514H01M8/04679H01M8/04738H01M8/04955
    • When the ignition switch of a vehicle is turned OFF, a purging process for increasing the flow of an off-gas fluidizing in each of the outlet side pipings of a fuel cell and discharging water remaining in a fuel cell system to an outside is started to be executed, and the amount of current conductance to the heater of the gas sensor is increased synchronously with the start of the execution of the purging process. With the completion of the purging process, the fluidization of the off-gas in each of the outlet side pipings stops, and the amount of current conductance to each of the units of the gas sensor (for example, an electrifying voltage) is gradually decreased depending on a predetermined current conductance reducing amount which is preset, thereby stopping the current conductance to each of the units and the amount of current conductance to the heater is gradually decreased, thereby stopping the current conductance to the heater.
    • 当车辆的点火开关关闭时,开始用于增加在燃料电池的每个出口侧管道中流出的废气的流动并将残留在燃料电池系统中的水排放到外部的净化处理 并且与开始执行清洗处理的同时,增加与气体传感器的加热器的电流的量。 随着清洗过程的完成,每个出口侧管道中的废气的流化停止,并且气体传感器的每个单元(例如,通电电压)的电流的量逐渐减小 取决于预先设定的预定电流电导减少量,从而停止对每个单元的电流,并且逐渐减小加热器的电流量,从而停止对加热器的电流。
    • 7. 发明申请
    • CIRCUIT SYSTEM INCLUDING FIRST CIRCUIT SUB-SYSTEM, SECOND CIRCUIT SUB-SYSTEM AND BIDIRECTIONAL BUS, CIRCUIT SUB-SYSTEM AND METHOD
    • 包括第一电路子系统,第二电路子系统和双向总线,电路子系统和方法的电路系统
    • US20100164546A1
    • 2010-07-01
    • US12719944
    • 2010-03-09
    • Atsushi UCHIDAHirotoshi Inoue
    • Atsushi UCHIDAHirotoshi Inoue
    • H03K19/0175
    • G06F13/4217
    • A circuit system has a first and a second circuit sub-system, and a bidirectional bus, the first circuit sub-system having a first control circuit that receives a control signal for controlling the direction of the bidirectional bus, and controls the first sub-system to be either of a transmitting or a receiving state based on a state of the control signal, a first sending unit that receives the control signal, and outputs as a first control signal, and a second sending unit that receives the control signal, and outputs as a second control signal, the second circuit sub-system having a first receiving unit that receives the first control signal, a second receiving unit that receives the second control signal, and a second control circuit that controls the second sub-system to assume either the transmitting or the receiving state on the basis of the first and the second control signal.
    • 电路系统具有第一和第二电路子系统和双向总线,第一电路子系统具有接收用于控制双向总线的方向的控制信号的第一控制电路,并且控制第一子系统, 系统基于控制信号的状态成为发送状态或接收状态,接收控制信号的第一发送单元,作为第一控制信号输出的第一发送单元和接收控制信号的第二发送单元,以及 输出作为第二控制信号,第二电路子系统具有接收第一控制信号的第一接收单元,接收第二控制信号的第二接收单元和控制第二子系统呈现的第二控制电路 基于第一和第二控制信号发送或接收状态。
    • 8. 发明授权
    • Discharge electrode for laser device
    • 激光器放电电极
    • US06628693B1
    • 2003-09-30
    • US09663940
    • 2000-09-18
    • Takanobu IshiharaHirotoshi InoueTsukasa Hori
    • Takanobu IshiharaHirotoshi InoueTsukasa Hori
    • H01S3097
    • H01S3/038H01S3/0385H01S3/225
    • A discharge electrode for a laser device which can cause stable main discharge to occur is provided. To this end, the discharge electrode includes a cathode base (8) made of an insulating material for sealing up a chamber opening (7) provided in a laser chamber (2) for containing laser gases, a cathode (5) attached to the cathode base (8) with a bottom surface (5A) of the cathode (5) in contact therewith, and a plurality of high-voltage feeder rods (12) disposed in a longitudinal direction, penetrating through the cathode base (8) from an outside of the laser chamber (2) which supplies a high-voltage current to the cathode (5), in which an O-ring groove (22) for sealing in the laser gases is formed on the bottom surface of the cathode (5) to surround a plurality of holes (24) for fixing the high-voltage feeder rods (12) disposed on the bottom surface of the cathode (5).
    • 提供一种用于能够引起稳定的主放电的激光装置的放电电极。 为此,放电电极包括由绝缘材料制成的用于密封设置在用于容纳激光气体的激光室(2)中的室开口(7)的阴极基体(8),附着到阴极的阴极(5) 基底(8)与阴极(5)的底面(5A)接触,以及沿纵向方向设置的多个高压馈电棒(12),从外部穿透阴极基座(8) 向阴极(5)供给高压电流的激光室(2),其中在阴极(5)的底面上形成用于密封激光气体的O形环槽(22)至 围绕多个用于固定设置在阴极(5)的底表面上的高压馈电棒(12)的孔(24)。