会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 1. 发明授权
    • Automatic running control method for a vehicle
    • 车辆自动运行控制方法
    • US4506752A
    • 1985-03-26
    • US430607
    • 1982-09-30
    • Kiyoshi HaraYozo InoueMunetaka Noda
    • Kiyoshi HaraYozo InoueMunetaka Noda
    • G05D13/62B60K20/00B60K31/06B60K31/10F16H61/02F16H61/14F16H63/44B60K31/00
    • B60K31/107B60W2550/142F16H61/14Y10T477/6407Y10T477/676
    • A running control system for vehicles includes a control unit, a plurality of control switches for selecting various operations, a throttle actuator, and an automatic transmission having a lock-up clutch solenoid. An automatic cruise control operation and transmission control operation is performed by the output control signals from the control unit through the throttle actuator, the lock-up clutch, and the solenoids in accordance with the set conditions of the control switches and detected signals from a vehicle speed sensor and a throttle valve sensor. With this construction, when the vehicle speed is above a predetermined value and automatic cruising is instructed, the lock-up clutch is compulsorily operated and this locked up condition of the clutch is maintained during the automatic cruising condition, thus enabling improved fuel comsumption as well as power transmission efficiency.
    • 用于车辆的行驶控制系统包括控制单元,用于选择各种操作的多个控制开关,节气门致动器和具有锁止离合器螺线管的自动变速器。 根据控制开关的设定条件和来自车辆的检测信号,通过控制单元通过节气门执行器,锁止离合器和螺线管的输出控制信号执行自动巡航控制操作和变速器控制操作 速度传感器和节气门传感器。 通过这种结构,当车速超过预定值并且指示自动巡航时,锁定离合器被强制操作,并且在自动巡航状态期间保持离合器的这种锁定状态,从而也可以改善燃油消耗 作为输电效率。
    • 3. 发明授权
    • Method and system for controlling a vehicle-mounted air conditioner
    • 用于控制车载空调的方法和系统
    • US4365663A
    • 1982-12-28
    • US223083
    • 1981-01-07
    • Yozo InoueKiyoshi HaraYoji Ito
    • Yozo InoueKiyoshi HaraYoji Ito
    • B60H1/00B60H1/32F24F11/02G05D23/20F25B29/00B60H3/00
    • B60H1/00835G05D23/1917G05D23/1925G05D23/20
    • A vehicle-mounted air conditioner includes a compressor which, when powered by the vehicle engine, supplies pressurized refrigerant to an evaporator to increase its cooling capacity, a heating unit located downstream of the evaporator and partially occupying the passage of air cooled and directed toward vehicle interior by the evaporator, and a mixing damper pivoted at a point upstream of the heating unit to adjust the amount of cool air presented thereto in relation to the air directed toward the vehicle interior. The compressor is coupled to the engine when the temperature in the vehicle interior indicates a demand for a temperature decrement, or decoupled from the engine when the interior temperature indicates a demand for a temperature increment. A control system detects when the compressor is switched from a first operating state to a second state and initiates a timing action to measure the elapse of time from the time of detection of the occurrence of the transient condition. A time-varying signal is generated when the measured amount of time reaches a predetermined value for controlling the mixing damper to gradually vary the amount of air presented to the heating unit in relation to the air directed to the vehicle interior.
    • 一种车载空调器,包括:压缩机,其由车辆发动机供电时,将加压的制冷剂供应到蒸发器以增加其冷却能力;加热单元,其位于蒸发器的下游,部分地占据冷却并朝向车辆的空气通过 通过蒸发器的内部,以及在加热单元上游的点处枢转的混合阻尼器,以调节相对于朝向车辆内部的空气呈现的冷空气的量。 当内部温度指示温度增量的需求时,当车辆内部的温度指示温度降低的需求或者与发动机分离时,压缩机联接到发动机。 控制系统检测压缩机何时从第一操作状态切换到第二状态,并且启动定时动作以从检测到瞬态状态的发生时间开始测量时间的消逝。 当测量的时间量达到预定值时,产生时变信号,用于控制混合阻尼器,以相对于被引导到车辆内部的空气逐渐改变对加热单元的空气量。
    • 4. 发明授权
    • Electric control method and apparatus for air conditioners
    • 空调电气控制方法及装置
    • US4358936A
    • 1982-11-16
    • US191814
    • 1980-09-26
    • Yoji ItoYozo InoueKiyoshi Hara
    • Yoji ItoYozo InoueKiyoshi Hara
    • B60H1/00B60H1/32F24F11/02G05D23/20F25B1/00B60H3/00
    • B60H1/3205G05D23/1917G05D23/20B60H2001/3255B60H2001/327
    • In control of the cooling ability of an automobile air conditioner, an electric control method comprises the steps of detecting a deviation between the actual in-car temperature and a desired value upon each lapse of a predetermined period of time, comparing the detected deviation with a predetermined value and maintaining the cooling ability of the air conditioner when the detected deviation is larger than the predetermined value, comparing the detected deviation with the preceding detected deviation when the detected deviation is smaller than or equal to the predetermined value and maintaining the cooling ability of the air conditioner when the detected deviation is larger than or equal to the preceding detected deviation, decreasing the cooling ability of the air conditioner when the detected deviation is smaller than the preceding detected deviation, and increasing the cooling ability of the air conditioner when the detected deviation is larger than each of the predetermined value and the preceding detected deviation, thereby to reduce unnecessary engine power torque losses caused by operation of the air conditioner.
    • 在控制汽车空调器的冷却能力方面,电气控制方法包括以下步骤:在经过预定时间段后检测实际车内温度与期望值之间的偏差,将检测到的偏差与 预定值,并且当检测到的偏差大于预定值时保持空调的冷却能力,当检测到的偏差小于或等于预定值时将检测到的偏差与先前检测的偏差进行比较,并保持冷却能力 当检测到的偏差大于或等于先前检测到的偏差时,空调器在检测到的偏差小于先前检测到的偏差时降低空调器的冷却能力,并且当检测到的偏差小于先前检测到的偏差时,提高空调机的冷却能力 偏差大于预定值的每一个 和上述检测到的偏差,从而减少由空调器的操作引起的不必要的发动机功率转矩损失。