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    • 3. 发明申请
    • Safety arrangement of an elevator
    • 电梯的安全布置
    • US20120031707A1
    • 2012-02-09
    • US13317252
    • 2011-10-13
    • Seppo KetoviitaJuha Panula
    • Seppo KetoviitaJuha Panula
    • B66B5/00B66B1/48
    • B66B5/0043B66B5/0056B66B5/0062B66B5/28B66B5/284B66B5/288B66B13/22B66B19/007
    • The invention relates to a safety arrangement of an elevator, which safety arrangement comprises a mechanical safety device (3, 4, 11) that ensures the safety of the elevator hoistway (2) and that can be moved into a use position (2), and which safety arrangement of an elevator comprises a detector (5) of intrusion into the elevator hoistway, which detector is fitted to receive measuring data (6) from the sensors (7) that determine the status of the entrances (9, 10) of the elevator hoistway, and also to determine intrusion into the elevator hoistway (2) from the measuring data received, and after verifying an intrusion to switch into an operating mode (8) in which driving with the elevator is prevented.
    • 本发明涉及一种电梯的安全装置,该安全装置包括一个机械安全装置(3,4,11),其确保电梯井道(2)的安全并且可以移动到使用位置(2), 并且电梯的哪个安全装置包括侵入电梯井道的检测器(5),该检测器被安装成从传感器(7)接收测量数据(6),该传感器确定入口(9,10)的状态 电梯井道,并且还根据接收的测量数据确定侵入电梯井道(2),并且在验证入侵之后切换到其中防止利用电梯进行驾驶的操作模式(8)。
    • 5. 发明授权
    • Elevator speed sensor
    • 电梯速度传感器
    • US3814216A
    • 1974-06-04
    • US35626873
    • 1973-05-01
    • WESTINGHOUSE ELECTRIC CORP
    • PISATOWSKI A
    • B66B1/46B66B1/36B66B1/48B66B5/06
    • B66B5/06
    • An elevator system including an elevator car mounted for movement in a building to serve the floors therein, including upper and lower terminal floors. The speed of the elevator car is checked or monitored at predetermined positions of the elevator car as it is approaching either terminal to insure that the car is slowing down within the limits of a predetermined deceleration schedule. A new and improved low inertia, fast acting car speed sensor insures that the speed indication used by the supervisory control is correct and timely at each car position check point, within a predetermined small tolerance.
    • 一种电梯系统,包括安装成用于在建筑物内运动以服务于其中的楼层的电梯轿厢,包括上部和下部终端楼层。 电梯轿厢的预定位置在电梯轿厢正在接近任一端子时检查或监视电梯轿厢的速度,以确保轿厢在预定的减速时间表的限制范围内变慢。 一种新的改进的低惯性,快速作动的车速传感器确保在预定的小​​公差范围内,在每个汽车位置检查点使用的监控控制使用的速度指示是正确和及时的。
    • 9. 发明授权
    • Floor selector system for elevator system
    • 电梯系统地板选择系统
    • US4375249A
    • 1983-03-01
    • US200336
    • 1980-10-24
    • Ryuichi Kajiyama
    • Ryuichi Kajiyama
    • B66B1/46B66B1/16B66B1/24B66B1/48B66B1/50B66B1/52B66B3/02
    • B66B1/52
    • A floor selector comprises a first and a second switch on an elevator car, a vertical array of first switch actuators each disposed between each pair of adjacent floors in a hoistway, and another vertical array of second switch actuators located below the first actuators in the hoistway. When the first switch engages each of the first actuators, a synchronized floor is renewed by adding one floor to the preceding synchronized floor read out from an RAM by a micro-processor and written into the RAM. When the second switch engages each of the second actuators, an advanced floor in advance of the synchronized floor is renewed by adding two floors to the preceding advanced floor read out from the RAM by the micro-processor and written into the RAM.
    • 地板选择器包括电梯轿厢上的第一和第二开关,垂直阵列的第一开关致动器,每个第一开关致动器设置在井道中的每对相邻楼板之间,另一垂直阵列的第二开关致动器位于井道中的第一致动器下方 。 当第一开关接合每个第一致动器时,通过将一个楼层添加到由微处理器从RAM读出的先前同步楼层并写入RAM来更新同步楼层。 当第二开关接合每个第二致动器时,通过将两个楼层添加到由微处理器从RAM读出的先前高级楼层并写入RAM来更新同步楼层之前的高级楼层。
    • 10. 发明授权
    • Elevator system
    • 电梯系统
    • US4019606A
    • 1977-04-26
    • US560460
    • 1975-03-21
    • William R. CaputoAlbert J. Pisatowski
    • William R. CaputoAlbert J. Pisatowski
    • B66B1/06B66B1/36B66B1/46B66B1/48B66B1/50B66B3/00B66B1/40
    • B66B1/50
    • An elevator system including an elevator car mounted in a structure to serve the landings therein, and an opto-electronic position detector for determining when the elevator car is within a predetermined distance from a selected landing. The position detector includes a source of electromagnetic radiation which is pulsed at a predetermined rate, such as a light emitting diode, and a photovoltaic device which provides an output current having a magnitude responsive to the level of the electromagnetic radiation it is subjected to, such as a photo transistor. The source of electromagnetic radiation and photovoltaic device are mounted in a common housing with a beam splitter, such as a half-silvered mirror, and this assembly is preferably mounted on the elevator car. A control device or target is mounted adjacent each landing to be served by the elevator car, with the control device including a retrodirective reflective surface or retroreflector. The housing is oriented such that the angle of incidence of a beam of electromagnetic radiation provided by the source of electromagnetic radiation strikes the retrodirective surface with an angle other than 90.degree.. The photovoltaic device is electrically biased to provide an output current regardless of the level of the electromagnetic radiation applied to the photovoltaic device. When the photovoltaic device receives electrical radiation, such as from the retrodirective surface, its output current changes, and means responsive to changes in the output current energizes a translating device when the output current changes at a rate indicating the photovoltaic device is receiving the pulsed electromagnetic radiation from the source thereof.
    • 一种电梯系统,包括安装在其中用于着陆的结构的电梯轿厢;以及光电位置检测器,用于确定电梯轿厢何时位于距所选择的着陆点预定距离内。 位置检测器包括以预定速率例如发光二极管脉冲的电磁辐射源和提供具有响应于其受到的电磁辐射的电平的幅度的输出电流的光伏器件, 作为光电晶体管。 电磁辐射源和光伏器件安装在具有诸如半镀银镜的分束器的公共壳体中,并且该组件优选地安装在电梯轿厢上。 控制装置或目标装置安装在靠近电梯轿厢的每个着陆点附近,其中控制装置包括逆向反射表面或后向反射器。 壳体被定向成使得由电磁辐射源提供的电磁辐射束的入射角以不同于90°的角度撞击逆向表面。 光电器件被电偏置以提供输出电流,而不管施加到光伏器件的电磁辐射的水平。 当光电器件例如从逆向表面接收电辐射时,其输出电流改变,并且当输出电流以指示光伏器件正在接收脉冲电磁波的速率变化时,响应于输出电流变化的装置激励平移装置 来自其源的辐射。