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    • 1. 发明授权
    • Hydraulic inching control responsive to vehicle tilt
    • 液压开关控制对车辆倾斜的响应
    • US3631948A
    • 1972-01-04
    • US3631948D
    • 1970-06-19
    • AISIN SEIKI
    • ISHIKAWA KAZUO
    • B60K23/02F16H45/00F16H47/06F16D67/04B60K29/00
    • F16H45/00F16H47/06F16H2045/005
    • A transmission control system for a vehicle having a transmission with fluid-actuated clutch means connected to a torque converter and a hydraulic brake means for arresting movement of the vehicle comprising, a source of pressurized fluid, a first fluid passageway means communicating said pressurized fluid to the clutch means, inching valve means disposed within said first passageway and responsive to operation of the brake means, manual means selectively to regulate the passage of pressurized fluid to the clutch means, a second passageway means interposed between said source of pressurized fluid and said manual means, and means interconnecting said inching valve means with the brake means. The transmission control system further includes normally closed valve means disposed within said second passageway means for interrupting pressurized fluid to flow into said manual means, and sensing means for controlling opening operation of said normally closed valve means responsive to inclination of the vehicle.
    • 一种用于车辆的变速器控制系统,其具有连接到变矩器的流体致动离合器装置的变速器和用于阻止车辆运动的液压制动装置,该液压制动装置包括加压流体源,将所述加压流体连通到第一流体通道装置 所述离合器装置,设置在所述第一通道内并响应于所述制动装置的操作的微动阀装置,选择性地调节加压流体到所述离合器装置的通道的手动装置;插入所述加压流体源和所述手动 装置,以及将所述微动阀装置与制动装置相互连接的装置。 变速器控制系统还包括设置在所述第二通道装置内用于中断加压流体流入所述手动装置的常闭阀装置,以及响应于车辆倾斜来控制所述常闭阀装置的打开操作的感测装置。
    • 5. 发明专利
    • SOLENOID VALVE
    • JPH07248069A
    • 1995-09-26
    • JP4157994
    • 1994-03-11
    • AISIN SEIKI
    • ISHIKAWA KAZUO
    • F16K51/00F16K31/06
    • PURPOSE:To prevent the penetration of foreign matter by providing a core situated on one side of the central part of a nonmagnetic bobbin and energized on the other side, a plunger energized in the direction leaving the core, and a passage one end of which is opened in the radial outer circumferential side, and providing a ring cover on the passage outer circumferential side. CONSTITUTION:A coil 10 is wound on a bobbin 11 consisting of a nonmagnetic resin, and a magnetic core 12 and a magnetic plunger 13 are arranged on one end side of the bobbin 11 center and on the other end side, respectively. The both are energized by the mutually separating directions by a spring 14. When a current is carried to the coil 10, a magnetic path is formed to generate an attracting force between the core 12 and the plunger 12. When the attracting force overcomes the energizing force of the spring 14, the plunger 13 is moved on the core 12 side to separate a ball valve element 23 from the valve seat part 20a of a passage forming member 20, and a first passage 19a is allowed to communicate with a second passage 19b. When the current carrying is interrupted, the ball valve element 23 makes contact with the valve seat part 20a to interrupt the first passage 19a from the second passage 19b. The penetration of foreign matter into the passages and reduction in strength can be prevented by a ring cover 15a.
    • 9. 发明专利
    • HYDRAULIC CONTROLLER FOR AUTOMATIC TRANSMISSION
    • JPS62233548A
    • 1987-10-13
    • JP7370686
    • 1986-03-31
    • AISIN SEIKI
    • YOSHIKAWA NORINARIISHIKAWA KAZUO
    • F16H61/00
    • PURPOSE:To enable 3-4 speed change only with a hydraulic signal by adding another shift valve to an advance 3-speed transmission having two shift valves and functioning with a hydraulic relay signal for the latter. CONSTITUTION:A shift valve 300 for 3-4 speed change is added to the shift valves 100, 200 for 1-2 and 2-3 speed change. First speed is achieved by turning a solenoid 37 off while turning a solenoid 38 on, second speed is achieved by turning said solenoids 37, 38 on and third speed is achieved by turning the solenoid 37 on while turning the solenoid 38 off. When both solenoids 37, 38 are turned off, the shift valve 100 is shifted upward while the shift valve 200 is shifted downward and 3-4 shift valve 300 is subjected to a line pressure from an oil path 21 of the shift valve 100 to move downward thereby an oil path 32 is communicated with C3 clutch 30 to provide the fourth speed. In such a manner, when providing a shift valve additionally, 3-4 speed change can be executed without requiring an additional solenoid, resulting in a highly reliable speed change control.