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    • 6. 发明授权
    • Linear solenoid valve control device
    • 线性电磁阀控制装置
    • US06874525B2
    • 2005-04-05
    • US10912281
    • 2004-08-06
    • Yusuke KimuraTatsuo OchiaiTateki JozakiYoshinori IshimoriHideshi Wakayama
    • Yusuke KimuraTatsuo OchiaiTateki JozakiYoshinori IshimoriHideshi Wakayama
    • F16K31/06F16H9/00F16H61/00F16H61/02F16H61/12F16K51/00
    • F16H61/0251Y10T137/4245Y10T137/4358
    • Disclosed is a control device for controlling a two-way linear solenoid valve (60) including a pressure regulating port (60p) which communicates with a hydraulic circuit side, a drain port (60d) which communicates with a drain side, a plunger (61) which controls the state of communication between the pressure regulating port and drain port, and a coil (70) which drives the plunger in accordance with an exciting current. The control device has a current generator (65) which supplies the coil with the exciting current corresponding to a duty signal; and a microcomputer (1). The microcomputer determines whether or not a preset foreign matter removal starting condition for removing foreign matter accumulated in the ports has been established. When the foreign matter removal starting condition is established, the microcomputer sets a variation pattern for a current command value in the form of a rectangular wave having a preset maximum current command value (A1) and a preset minimum current command value (A0), and transmit to the current generator a first duty signal corresponding to the maximum current command value and a second duty signal corresponding to the minimum current command value. The microcomputer further determines whether or not a preset foreign matter removal completion condition has been established. When the foreign matter removal completion condition is established, the microcomputer terminates the setting of the rectangular wave variation pattern.
    • 公开了一种用于控制双向线性电磁阀(60)的控制装置,其包括与液压回路侧连通的压力调节口(60p),与排水侧连通的排出口(60d),柱塞(61 ),其控制压力调节口和排出口之间的连通状态,以及根据励磁电流驱动柱塞的线圈(70)。 控制装置具有电流发生器(65),其向线圈提供与占空比信号相对应的励磁电流; 和微计算机(1)。 微型计算机确定是否建立了用于去除在端口中累积的异物的预设异物去除开始条件。 当异物去除开始条件成立时,微型计算机以具有预设最大电流指令值(A1)和预设最小电流指令值(A0)的矩形波形式形成电流指令值的变化模式,以及 向电流发生器发送对应于最大电流指令值的第一占空比信号和对应于最小电流指令值的第二占空比信号。 微型计算机进一步确定是否建立了预设的异物去除完成条件。 当异物去除完成条件成立时,微计算机终止矩形波变化模式的设置。
    • 7. 发明授权
    • Driving force control device
    • 驱动力控制装置
    • US06482122B2
    • 2002-11-19
    • US09861018
    • 2001-05-18
    • Tatsuo OchiaiHiroyuki AshizawaAkira Higashimata
    • Tatsuo OchiaiHiroyuki AshizawaAkira Higashimata
    • B60K4112
    • F16H61/0213B60K31/0008F16H59/24F16H59/44F16H61/66259Y10T477/6223Y10T477/623Y10T477/65Y10T477/676Y10T477/693
    • A driving force control device, which controls a driving force by changing a gear ratio of an automatic transmission, comprises: a virtual throttle opening converter for converting a target driving force into a virtual throttle opening by using a target driving force characteristic and a detected vehicle speed; a throttle opening information selector for selecting the virtual throttle opening from the virtual throttle opening converter as throttle opening information when the driving force is controlled, and selecting an actual throttle opening from the throttle opening sensor as throttle opening information when the driving force is not controlled; and a target input revolutionary speed calculator 123d that calculates the target input revolutionary speed according to the selected throttle opening information, the detected vehicle speed and one shift map. The Continuously variable transmission determines an achievable gear ratio according to the target input revolutionary speed.
    • 通过改变自动变速器的变速比来控制驱动力的驱动力控制装置包括:虚拟节气门开启转换器,用于通过使用目标驱动力特性将目标驱动力转换成虚拟节气门开度,并且检测车辆 速度; 节气门开度信息选择器,用于在控制驱动力时选择虚拟节气门开度作为节气门开度信息,并且当驱动力未被控制时从节气门开度传感器选择实际节气门开度作为节气门开度信息 ; 以及目标输入革命速度计算器123d,其根据所选择的节气门开度信息,检测到的车速和一个换档图来计算目标输入革命速度。 连续可变变速器根据目标输入转速决定可实现的变速比。