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    • 64. 发明授权
    • Data bus for vehicles with a plurality of subscribers
    • 具有多个用户的车辆的数据总线
    • US06320685B1
    • 2001-11-20
    • US09060962
    • 1998-04-16
    • Robert GriessbachPeter Bachmaier
    • Robert GriessbachPeter Bachmaier
    • H04B1000
    • B60R16/0315B60R2016/0322
    • In a data bus for vehicles with a plurality of subscribers, said subscribers operating through peripheral S/E modules and an optical transmission line on a central bus, said bus having associated S/E bus modules connected to one another, said modules receiving a light signal emitted by a peripheral S/E module and passing it as a control signal to the other S/E bus modules and through these modules as a light signal to the corresponding peripheral S/E modules, the S/E bus modules switch off the corresponding peripheral S/E module when they receive a light signal over the transmission line that is longer than the maximum admissible signal length.
    • 在具有多个用户的车辆的数据总线中,所述用户通过外围S / E模块和中央总线上的光传输线路进行操作,所述总线具有彼此连接的相关联的S / E总线模块,所述模块接收光 由外围S / E模块发出的信号,并将其作为控制信号传递给其他S / E总线模块,并通过这些模块作为相应的外围S / E模块的光信号,S / E总线模块关闭 相应的外围S / E模块,当它们通过传输线接收比最大允许信号长度长的光信号时。
    • 66. 发明授权
    • Control device for hydraulic drive machine
    • 液压驱动机控制装置
    • US06173573B1
    • 2001-01-16
    • US09125691
    • 1998-08-24
    • Seiji Kamada
    • Seiji Kamada
    • F15B11042
    • F15B11/163B60R16/0315B60R2016/0322F15B11/166F15B21/087F15B2211/20546F15B2211/20553F15B2211/3111F15B2211/327F15B2211/6309F15B2211/6313F15B2211/633F15B2211/6346F15B2211/665F15B2211/6651F15B2211/6652F15B2211/6654F15B2211/67F15B2211/7053F15B2211/71F15B2211/75F15B2211/78
    • A first object of the present invention is to make do with a simple hydraulic circuit, which does not utilize a pressure compensation valve, and to enable the use of an inexpensive, low-precision pressure detector, to enable the maintenance of continuous control at all times using simple controls, and to get by without shocking the operator or the mechanical parts, and to cancel the load dependency of a hydraulic actuator flow during combined operation without limiting the control system of the hydraulic pump. In a device according to the present invention, a correction factor for correcting an control input of a operating member corresponding to a pertinent operating valve is calculated for each operating member on the basis of a ratio between a detected differential pressure across an operating valve, and a minimum differential pressure selected from among detected differential pressures across a plurality of operating valves. Then, a control input of a corresponding operating member is corrected using this calculated correction factor. Further, a second object of the present invention is to enhance work efficiency by enabling changing of pressure compensation characteristics of an hydraulic actuator in accordance with a operating lever operating state and load pressure. In a device according to the present invention, an upper limit value or lower limit value of a correction factor is set for each operating member in accordance with control input of the operating member, and this correction factor is used to correct the control input of a corresponding operating member so that a correction factor obtained in accordance with a detected differential pressure does not exceed the above-mentioned set upper limit value or lower limit value.
    • 本发明的第一个目的是为了利用不使用压力补偿阀的简单的液压回路,并且能够使用便宜的低精度压力检测器,以使得能够完全维持连续的控制 使用简单的控制,并且不会使操作者或机械部件受到震动,并且在组合操作期间取消液压致动器流的负载依赖性,而不限制液压泵的控制系统。 在根据本发明的装置中,针对每个操作构件,基于检测到的操作阀的差压与第二操作阀之间的比率来计算用于校正与相关操作阀相对应的操作构件的控制输入的校正因子,以及 从跨越多个操作阀的检测到的差压中选择的最小压差。 然后,使用该计算出的校正因子校正对应的操作构件的控制输入。 此外,本发明的第二个目的是通过根据操作杆操作状态和负载压力改变液压致动器的压力补偿特性来提高工作效率。 在根据本发明的装置中,根据操作构件的控制输入,为每个操作构件设定校正系数的上限值或下限值,并且该校正系数用于校正操作构件的控制输入 使得根据检测到的差压获得的校正因子不超过上述设定的上限值或下限值。
    • 68. 发明授权
    • Automobile multiplex communication system
    • 汽车多路通讯系统
    • US5852613A
    • 1998-12-22
    • US633037
    • 1996-04-16
    • Yuji NagataniHiroshi Hashimoto
    • Yuji NagataniHiroshi Hashimoto
    • H04B15/00B60R16/02B60R16/03H03H7/01
    • B60R16/0315B60R2016/0322
    • An automobile multiplex communication system has a plurality of control units mounted on an automobile and interconnected by a communication cable for multiplex communications therethrough between the control units. The communication cable has a uniform characteristic impedance and comprising a plurality of communication cable segments. A plurality of modified-impedance units, each having an impedance different from the uniform characteristic impedance, are each connected between adjacent two of the communication cable segments. The modified-impedance units are positioned in such locations on the communication cable that frequency bands of external noises tuned to the communication cable segments depending on their lengths are higher than a frequency band of a signal transmitted between the control units, and frequency bands of radiant noises tuned to the communication cable segments depending on their lengths are higher than a frequency band of a signal received by an electronic device mounted on the automobile.
    • 汽车多重通信系统具有安装在汽车上的多个控制单元,并且通过通信电缆互连,用于在控制单元之间进行多路通信。 通信电缆具有均匀的特征阻抗并且包括多个通信电缆段。 每个具有不同于均匀特性阻抗的阻抗的多个修改阻抗单元分别连接在相邻的两个通信电缆段之间。 修改后的阻抗单元位于通信电缆的这样的位置,根据其长度调整到通信电缆段的外部噪声的频带高于在控制单元之间传输的信号的频带,以及辐射的频带 根据其长度调整到通信电缆段的噪声高于由安装在汽车上的电子设备接收的信号的频带。
    • 70. 发明授权
    • Electrical equipment control system for a vehicle utilizing one central
processing unit
    • 一种使用一个中央处理单元的车辆的电气设备控制系统
    • US5673192A
    • 1997-09-30
    • US703834
    • 1996-08-27
    • Morio Sato
    • Morio Sato
    • B60R16/02B60R16/023B60R16/03H04Q9/00B60K31/02
    • B60R16/0315B60R2016/0322
    • A centralized electrical equipment control system controls the electrical equipment of a vehicle and provides the capability of reducing the manufacturing cost while facilitating the modification and development of the electrical system of the vehicle. The electrical equipment control system has a central control unit including a microcomputer and a communication circuit. The microcomputer exchanges data through the communication circuit via a communication network with respective communication circuits of an ignition I/O unit, a meter I/O unit and a flasher I/O unit to control the I/O units. The electrical equipment control system utilizes only a single microcomputer and a simple I/O port and is thus capable of reducing the manufacturing costs of the electrical equipment.
    • 集中的电气设备控制系统控制车辆的电气设备,并提供降低制造成本的能力,同时促进车辆的电气系统的改进和开发。 电气设备控制系统具有包括微型计算机和通信电路的中央控制单元。 微型计算机通过通信网络通过通信网络与点火I / O单元,仪表I / O单元和闪烁器I / O单元的各个通信电路交换数据,以控制I / O单元。 电气设备控制系统仅使用单个微型计算机和简单的I / O端口,因此能够降低电气设备的制造成本。