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    • 8. 发明申请
    • COLLISION PREVENTION IN HOISTWAY WITH TWO ELEVATOR CARS
    • 与两台电梯车厢的防撞预防
    • WO2006088456A1
    • 2006-08-24
    • PCT/US2005/005057
    • 2005-02-17
    • OTIS ELEVATOR COMPANYTERRY, HaroldSCHIENDA, GregSANSEVERO, Frank
    • TERRY, HaroldSCHIENDA, GregSANSEVERO, Frank
    • B66B1/16
    • B66B5/0031B66B5/286
    • An elevator system (8) includes a hoistway (9) having a plurality of cars (10, 11) traveling therein, the hoistway includes a steel tape (14), each car having two tape readers (20, 21; 22, 23) which feed corresponding position detectors (29, 30: 31, 32) to provide independent position signals (35, 26: 37, 38). A group controller (52) assigns calls in a fashion to avoid collisions. Controllers (45, 46) for each car communicate with each other and when deemed necessary, either lower the speed, acceleration, deceleration of one or both of the cars, or stop (with or without reversing) one or both of the cars. Independent processors (41, 42) will drop the brake (49, 50) of either or both cars if they come within a first distance of each other, or will engage the safeties (18, 19) of either or both cars if they come within a lesser distance of each other.
    • 电梯系统(8)包括具有在其中行进的多个轿厢(10,11)的井道(9),井道包括钢带(14),每个轿厢具有两个磁带读取器(20,21; 22,23) 其馈送对应的位置检测器(29,30,31,32)以提供独立的位置信号(35,26:37,38)。 组控制器(52)以一种方式分配呼叫以避免冲突。 每个轿厢的控制器(45,46)彼此通信,并且当需要时,降低一个或两个轿厢的速度,加速度,减速度,或停止(有或没有反转)一个或两个轿厢。 独立处理器(41,42)如果一个或两个车辆的制动器(49,50)彼此进入第一距离,或者如果他们来到这两个车辆的两个或两个车厢的安全(18,19) 在彼此的较小距离内。
    • 10. 发明申请
    • SPEED AND POSITION DETECTION SYSTEM
    • 速度和位置检测系统
    • WO2012008944A1
    • 2012-01-19
    • PCT/US2010/041710
    • 2010-07-12
    • OTIS ELEVATOR COMPANYTERRY, HaroldADIFON, Leandre
    • TERRY, HaroldADIFON, Leandre
    • B66B1/24B66B1/36
    • B66B1/285B66B1/34B66B1/3492
    • An elevator (20) associated within a hoistway (22) and having a speed and position detection system (62, 64, 70) is disclosed. The elevator (20) may include an elevator component (60) associated within the hoistway (22), an optical sensor (62) associated within the hoistway (22), an object (64) associated within the hoistway (22) in such a manner to be aligned in a path of the optical sensor (62), and a processor (70) operatively coupled to the optical sensor (62). The optical sensor (62) may be capable of emitting a signal (66) and receiving a reflected signal (68) of the emitted signal (66). The object (64) may have surface features (64a) that may reflect the signal (66). The processor (70) may be capable of processing the reflected signal (68) to provide an output indicative of a speed and position of the elevator component (60).
    • 公开了一种在井道(22)内相关并且具有速度和位置检测系统(62,64,70)的电梯(20)。 电梯(20)可包括与升降道(22)相关联的电梯部件(60),与井道(22)相关联的光学传感器(62),在井道(22)内相关联的物体(64) 在光学传感器(62)的路径中对准的方式,以及可操作地耦合到光学传感器(62)的处理器(70)。 光学传感器(62)可能能够发射信号(66)并接收发射信号(66)的反射信号(68)。 物体(64)可以具有可以反射信号(66)的表面特征(64a)。 处理器(70)可以能够处理反射信号(68)以提供指示电梯部件(60)的速度和位置的输出。