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    • 3. 发明授权
    • Method and apparatus for inspecting vehicles
    • 检查车辆的方法和装置
    • US4441359A
    • 1984-04-10
    • US354449
    • 1982-03-03
    • Mitsuhiko Ezoe
    • Mitsuhiko Ezoe
    • G01M15/04G01M15/10G01M17/00G01M17/007G01M15/00
    • G01M15/044G01M15/102G01M17/00G01M17/0072
    • Different types of automotive vehicles having differing age and mileage parameters are automatically inspected. The different types of vehicles are variables such as vehicle maker, model, and engine type. A programmed digital computer responds to outputs of measuring instruments for inspected engine, steering and braking responses of the vehicles. For each vehicle, the computer is supplied with data indicative of the vehicle type, the parameters and with signals indicative of the vehicle engine, steering, and braking responses. The computer responds to the program, signals and data to (a) derive extreme values for a range of acceptable values for each of the inspected engine, steering and braking responses, (b) compare the outputs of the measuring instruments indicative of the vehicle engine, steering, and braking responses, and (c) derive a malfunction signal for each engine, steering and braking response outside of the range of values therefor.
    • 自动检查具有不同年龄和里程参数的不同类型的汽车。 不同类型的车辆是变量,如车辆制造商,型号和发动机类型。 编程的数字计算机响应于测量仪器的输出,用于车辆的检查发动机,转向和制动响应。 对于每个车辆,向计算机提供指示车辆类型,参数和表示车辆发动机,转向和制动响应的信号的数据。 计算机响应程序,信号和数据,以(a)为每个被检查的发动机,转向和制动响应获得可接受的值的范围的极值,(b)比较指示车辆发动机的测量仪器的输出 ,转向和制动响应,以及(c)在每个发动机,转向和制动响应之外的值范围内导出故障信号。
    • 6. 发明授权
    • Automatic anti-skid braking system
    • 自动防滑制动系统
    • US3958834A
    • 1976-05-25
    • US488413
    • 1974-07-15
    • Yasuhisa TakeuchiHaruhiko IizukaMitsuhiko Ezoe
    • Yasuhisa TakeuchiHaruhiko IizukaMitsuhiko Ezoe
    • B60T8/1763B60T8/66B60T8/70B60T8/02
    • B60T8/17633
    • An unbraked condition sensor is incorporated in an automatic anti-skid braking system for use with a wheeled vehicle. The unbraked condition sensor comprising a timer, a comparator and an AND gate senses an unbraked condition and functions in such a manner that the AND gate produces a brake re-application output signal for reapplying braking force to the vehicle wheels in response to both a time-delayed output signal which is produced from the timer after a given time delay and a wheel deceleration output signal which is produced from the comparator when the wheel acceleration does not exceed a predetermined threshold value after releasing of the braking force. The predetermined time delay is adjustable.
    • 无刹车状态传感器被结合在与轮式车辆一起使用的自动防滑制动系统中。 包括定时器,比较器和“与”门的无制动条件传感器检测未制动状态,并以这样的方式起作用,使得与门产生一个制动重新施加输出信号,用于响应于时间两者重新施加制动力到车轮 在给定时间延迟之后由定时器产生的延迟输出信号和当释放制动力之后车轮加速度不超过预定阈值时从比较器产生的车轮减速输出信号。 预定的时间延迟是可调节的。
    • 7. 发明授权
    • Plasma jet ignition system for internal combustion engine
    • 内燃机用等离子喷射点火系统
    • US4369756A
    • 1983-01-25
    • US223086
    • 1981-01-07
    • Mitsuhiko Ezoe
    • Mitsuhiko Ezoe
    • F02N11/08F02P9/00F02P15/12F02P1/00F02P3/04F02P7/02F02P19/02
    • F02P15/12F02P9/007F02N11/08
    • A plasma jet ignition system for an internal combustion engine has a plasma jet spark plug which receives ignition energy from two energy sources, one for a spark ignition and the other for a plasma jet ignition, and performs a plasma jet ignition as well as a spark ignition. There are further provided various control circuits to control the ignition energy to reduce energy consumption and to promote the functions of the plasma jet ignition. One of these circuits is arranged to stop the plasma jet ignition during a cranking period while cranking is continued after duration of a plasma jet ignition for a predetermined time period. Another control circuit is arranged to control the plasma jet ignition energy corresponding to the engine temperature.
    • 用于内燃机的等离子体喷射点火系统具有等离子喷射火花塞,其接收来自两个能量源的点火能量,一个用于火花点火,另一个用于等离子喷射点火,并且执行等离子体射流点火以及火花 点火。 还提供了各种控制电路来控制点火能量以减少能量消耗并促进等离子体射流点火的功能。 这些电路中的一个被布置成在启动期间停止等离子体射流点火,同时在等离子体喷射点火持续一段预定时间段之后继续启动。 另一个控制电路被设置为控制对应于发动机温度的等离子体喷射点火能量。