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    • 3. 发明授权
    • Luggage door unlocking device
    • 行李箱门解锁装置
    • US4580136A
    • 1986-04-01
    • US538576
    • 1983-10-03
    • Sotoo KitamuraShigeyuki AkitaJunji Kitagawa
    • Sotoo KitamuraShigeyuki AkitaJunji Kitagawa
    • E05B49/00E05B65/19G07C9/00H04Q1/00
    • G07C9/00182G07C2009/00769G07C2009/0096G07C2209/63
    • A luggage door unlocking device for a vehicle by which a luggage door of vehicle can be unlocked without using an unlocking key is disclosed. The device includes a portable transmitter for generating an unlocking signal, a receiver which is mounted on a vehicle for receiving and discriminating the unlocking signal when the transmitter approaches the receiver and a luggage door unlocking mechanism for operating an unlocking mechanism of the vehicle when the receiver receives the unlocking signal. The transmitter has a walk detector for detecting the periodical vibrations when the person carrying the transmitter is walking which generates a walk detecting signal. Also, a switch turns on or off upon receiving the walk detecting signal from the walk detector. In the luggage door unlocking device, the transmitter having the switch which is turned off upon receiving the walk detecting signal, the transmitter begins to generate the unlocking signal just after the person carrying the transmitter stops walking so that the luggage door is automatically unlocked just after he stops walking.
    • 公开了一种用于车辆的行李箱门解锁装置,通过该行李车门解锁装置可以在不使用解锁钥匙的情况下解锁车辆行李箱门。 该装置包括用于产生解锁信号的便携式发射器,安装在车辆上的接收器,用于当发射器接近接收器时接收和鉴别解锁信号;以及行李箱门解锁机构,用于当接收器操作车辆的解锁机构时 接收解锁信号。 发射机具有步行探测器,用于当携带发射机的人步行时检测周期性振动,其产生步行探测信号。 此外,当从步行检测器接收步行检测信号时,开关接通或断开。 在行李箱门解锁装置中,发送器具有接收步行检测信号时被切断的开关,发送器刚刚在携带发射器的人停止行走之后开始产生解锁信号,使得行李箱门刚刚被解锁 他停止走路。
    • 4. 发明授权
    • Liquid quantity detecting device
    • 液量检测装置
    • US4512189A
    • 1985-04-23
    • US403481
    • 1982-07-30
    • Junji KitagawaShigeyuki AkitaSotoo Kitamura
    • Junji KitagawaShigeyuki AkitaSotoo Kitamura
    • G01F23/20G01F23/34G01F23/36G01G17/04G01F23/00
    • G01G17/04G01F23/20G01F23/34
    • A liquid quantity detecting device includes a float-type liquid-quantity meter and a torsion bar-type liquid meter. In the float-type liquid-quantity meter, the liquid quantity is detected by a float in a tank and the position of the float is converted to an electric signal by a variable resistor. The torsion bar-type liquid meter includes housings fixed to the tank, torsion bars, one end of each being fixed to the tank by the housings and the other end of each being fixed to a supporting member so that the torsion bars are twisted by weight of the tank, twisted angle detection means for detecting the twisted angle of the torsion bars, and an electrical processor for supplying a signal corresponding to the quantity of liquid in the tank after receiving a signal from the twisted angle detector. When the liquid quantity in the tank is larger than a predetermined quantity, the liquid quantity, for example, the quantity of gasoline in a gasoline tank, is measured by the floating-type liquid-quantity meter. When the liquid quantity in the tank is smaller than a predetermined quantity, the liquid quantity is displayed precisely and accurately by the torsion bar-type liquid meter.
    • 液体量检测装置包括浮子式液量计和扭杆式液体计。 在浮子式液量计中,通过罐中的浮子检测液体量,通过可变电阻将浮子的位置转换为电信号。 扭杆式液体计包括固定到罐的壳体,扭杆,其一端通过壳体固定到罐,另一端固定到支撑构件,使得扭杆以重量的方式被扭转 ,用于检测扭杆的扭转角度的扭转角检测装置,以及用于在从扭转角度检测器接收到信号之后提供与罐中的液体量相对应的信号的电子处理器。 当罐中的液体量大于预定量时,通过浮式液量计测量液体量,例如汽油罐中的汽油量。 当罐中的液体量小于预定量时,通过扭杆型液体计精确地和准确地显示液体量。
    • 7. 发明授权
    • Liquid level monitoring device
    • 液位监控装置
    • US4373388A
    • 1983-02-15
    • US212275
    • 1980-12-03
    • Sotoo KitamuraSigeyuki AkitaJunji Kitagawa
    • Sotoo KitamuraSigeyuki AkitaJunji Kitagawa
    • G01F23/18
    • G01F23/18
    • A liquid level monitoring device includes a casing arranged to be immersed in liquid stored within a container, the casing having first and second ports and being integrally provided with a support member to be attached to the inner wall of the container. A flexible diaphragm is assembled to form first and second chambers in the casing, the first chamber being communicated with the atmospheric air through the first port from which an elongated tube extends into the exterior of the container, and the second chamber permitting the immerse of liquid through the second port thereinto such that an amount of the atmospheric air is compressed within the second chamber in dependence upon an amount of the stored liquid to flex the diaphragm by a pressure difference between the chambers. A pressure transducer is provided to detect the rate of flexure of the diaphragm so as to generate an electric signal indicative of the liquid surface level from a control circuit. An indicator is responsive to the electric signal from the control circuit to indicate the stored liquid surface level.
    • 液位监视装置包括:壳体,被布置成浸入存储在容器内的液体中,所述壳体具有第一和第二端口,并且一体地设置有要附接到容器的内壁的支撑构件。 柔性隔膜被组装以在壳体中形成第一和第二室,第一室通过第一端口与大气连通,细长管从该第一端口延伸到容器的外部,并且第二室允许浸入液体 通过其中的第二端口使得大量空气的量在第二室内被压缩,这取决于存储的液体的量,以通过室之间的压差使膜片弯曲。 提供压力传感器以检测隔膜的弯曲速率,以产生指示来自控制电路的液面表面电平的电信号。 指示器响应于来自控制电路的电信号以指示所存储的液体表面水平。