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    • 1. 发明申请
    • Elevator Dispatcher
    • 电梯调度员
    • US20090120726A1
    • 2009-05-14
    • US11908505
    • 2005-12-20
    • Jannah A. StanleyHideyuki HonmaDaniel S WilliamsTheresa ChristyThomas W. Saxe
    • Jannah A. StanleyHideyuki HonmaDaniel S WilliamsTheresa ChristyThomas W. Saxe
    • B66B1/16B66B1/18
    • B66B1/18
    • An elevator system (20) includes a plurality of cars (22) and destination entry devices (40) located some distance from the elevator cars (22). A controller (38) dispatches an elevator car to a requested destination entered by a passenger before the passenger enters an elevator car. In a disclosed example, the controller (38) uses an expected arrival time corresponding to the time it is expected to take for a passenger to travel from the location where the destination request is entered to the location of the elevator car to decide how to dispatch a car to service that request. In a disclosed example, the controller dispatches an elevator car to the requested destination on a next trip of that car if the expected arrival time of the passenger near that car occurs at or before the departure time for that next trip. Otherwise, the controller (38) dispatches the car to the requested destination on a subsequent trip after the next trip.
    • 电梯系统(20)包括位于离电梯轿厢(22)一定距离的多个轿厢(22)和目的地进入装置(40)。 在乘客进入电梯轿厢之前,控制器(38)将电梯轿厢调度到由乘客输入的请求的目的地。 在公开的示例中,控制器(38)使用对应于预期乘客从进入目的地请求的位置行进到电梯轿厢的位置的时间的预期到达时间,以决定如何发送 一辆服务于该请求的汽车。 在公开的示例中,如果在该轿厢附近的乘客的预计到达时间出现在该下一行程的出发时间之前或之前,则控制器在该轿厢的下一行程上将电梯轿厢调度到所请求的目的地。 否则,控制器(38)在下次行程之后的随后的行程中将轿厢发送到所请求的目的地。
    • 3. 发明申请
    • METHOD OF DISPATCHING AN ELEVATOR CAR
    • 分配电梯车的方法
    • US20110056772A1
    • 2011-03-10
    • US12944858
    • 2010-11-12
    • Jannah A. StanleyHideyuki HonmaDaniel S. WilliamsTheresa ChristyThomas W. Saxe
    • Jannah A. StanleyHideyuki HonmaDaniel S. WilliamsTheresa ChristyThomas W. Saxe
    • B66B1/18
    • B66B1/18
    • An elevator system includes a plurality of cars and destination entry devices located some distance from the elevator cars. A controller dispatches an elevator car to a requested destination entered by a passenger before the passenger enters an elevator car. In one example, the controller uses an expected arrival time corresponding to the time it is expected to take for a passenger to travel from the location where the destination request is entered to the location of the elevator car to decide how to dispatch a car to service that request. In one example, the controller dispatches an elevator car to the requested destination on a next trip of that car if the expected arrival time of the passenger near that car occurs at or before the departure time for that next trip. Otherwise, the controller dispatches the car to the requested destination on a subsequent trip after the next trip.
    • 电梯系统包括与电梯轿厢相距一定距离的多个轿厢和目的地进入装置。 在乘客进入电梯轿厢之前,控制器将电梯轿厢发送到由乘客输入的请求的目的地。 在一个示例中,控制器使用对应于预期乘客从进入目的地请求的位置行进到电梯轿厢的位置的时间的预期到达时间,以决定如何发送汽车服务 那个请求。 在一个示例中,如果在该轿厢附近的乘客的预计到达时间出现在该下一行程的出发时间之前或之前,则控制器在该车辆的下一行程上将电梯轿厢分派到所请求的目的地。 否则,控制器在下一次行程之后的随后的行程中将车辆发送到所请求的目的地。
    • 4. 发明授权
    • Method of dispatching an elevator car
    • 调度电梯轿厢的方法
    • US07849974B2
    • 2010-12-14
    • US11908505
    • 2005-12-20
    • Jannah A. StanleyHideyuki HonmaDaniel S. WilliamsTheresa ChristyThomas W. Saxe
    • Jannah A. StanleyHideyuki HonmaDaniel S. WilliamsTheresa ChristyThomas W. Saxe
    • B66B1/18
    • B66B1/18
    • An elevator system (20) includes a plurality of cars (22) and destination entry devices (40) located some distance from the elevator cars (22). A controller (38) dispatches an elevator car to a requested destination entered by a passenger before the passenger enters an elevator car. In one example, the controller (38) uses an expected arrival time corresponding to the time it is expected to take for a passenger to travel from the location where the destination request is entered to the location of the elevator car to decide how to dispatch a car to service that request. In one example, the controller dispatches an elevator car to the requested destination on a next trip of that car if the expected arrival time of the passenger near that car occurs at or before the departure time for that next trip. Otherwise, the controller (38) dispatches the car to the requested destination on a subsequent trip after the next trip.
    • 电梯系统(20)包括位于离电梯轿厢(22)一定距离的多个轿厢(22)和目的地进入装置(40)。 在乘客进入电梯轿厢之前,控制器(38)将电梯轿厢调度到由乘客输入的请求的目的地。 在一个示例中,控制器(38)使用对应于期望乘客从输入目的地请求的位置到达电梯轿厢的位置的时间的预期到达时间,以决定如何发送 车去服务那个请求。 在一个示例中,如果在该轿厢附近的乘客的预计到达时间出现在该下一行程的出发时间之前或之前,则控制器在该车辆的下一行程上将电梯轿厢分派到所请求的目的地。 否则,控制器(38)在下次行程之后的随后的行程中将轿厢发送到所请求的目的地。
    • 7. 发明授权
    • Communicating to elevator passengers re car movement to pit or overhead
    • 沟通电梯乘客将车移动到坑或头顶
    • US07650967B2
    • 2010-01-26
    • US11816316
    • 2005-02-17
    • Cheong SikShinTheresa ChristyArthur HsuHansoo ShimHarry TerryFrank Sansevero
    • Cheong SikShinTheresa ChristyArthur HsuHansoo ShimHarry TerryFrank Sansevero
    • B66B9/00
    • B66B3/02B66B1/24
    • One of a plurality of cars (17, 18) traveling in a hoistway (10) of an elevator system (9) may be diverted to the hoistway overhead (31) or pit (36) to enable another of the cars to gain access to a floor near or at a terminal floor (11, 14). When such car is at its last stop with doors open, visual (40) and audible (41) indicators present (57, 58) messages to the effect that this is the last stop and passengers should exit. After car doors are closed (66), visual and audible messages (68, 69) relate to the car going to the pit or overhead and that passengers may push any button (to reopen doors). Thereafter, the car moves (75, 76) to the overhead (31) or the pit (36) and presents (82, 83) visual and audible messages to the effect that passengers did not exit at the correct floor and must wait while the other car makes a stop. Once the terminal floor is clear, the diverted car will run (87-89) to that floor, presenting (92, 93) visual and audible messages to the effect that passengers should exit once the doors are open and reenter their service requests.
    • 在电梯系统(9)的井道(10)中行进的多个轿厢(17,18)中的一个可以被转移到井道顶部(31)或坑(36),以使另一个轿厢能够进入 靠近或在终端楼层(11,14)处的地板。 当这辆车最后一停,门打开时,视觉(40)和听觉(41)指示器呈现(57,58)信息,表示这是最后一站,乘客应该退出。 汽车门关闭后(66),视觉和听觉信息(68,69)与驶往坑道或头顶的汽车有关,乘客可以按任何按钮(重新打开门)。 此后,汽车将(75,76)移动到顶部(31)或坑(36)并呈现(82,83)视觉和听觉消息,使得乘客没有在正确的楼层处离开,并且必须等待 其他车停了。 一旦终端楼层清晰,转向的汽车将运行(87-89)到该楼层,呈现(92,93)视觉和听觉信息,以使乘客在门打开后退出并重新输入其服务请求。
    • 8. 发明申请
    • Elevator car separation based on response time
    • 基于响应时间的电梯轿厢分离
    • US20060237264A1
    • 2006-10-26
    • US10552266
    • 2003-05-19
    • Theresa ChristyMark Ross
    • Theresa ChristyMark Ross
    • B66B1/16
    • B66B1/20
    • The time required for each car to reach each up hall call and each down hall call is calculated (30, 33). These times are then arranged in categories and the number of landings in each category is identified. From fuzzy sets (FIGS. 7-10), the count of landings in each category determines a fuzzy set membership in a fuzzy category, such as FEW, SOME, MANY. The fuzzy membership of all non-zero memberships are then ANDed together (by multiplication). A relationship value is then determined (FIG. 11) by a metric with as many dimensions as there are categories, each dimension having as many parts as there are fuzzy categories in the fuzzy sets. The membership combination (the fuzzy summation) is then multiplied by a relationship value determined from the multi-dimensional metric to provide a corresponding separation metric of the invention.
    • 计算每个轿厢到达每个上门厅呼叫和每个下门厅呼叫所需的时间(30,33)。 然后将这些时间安排在类别中,并确定每个类别中的着陆数量。 从模糊集(图7-10),每个类别的着陆计数确定模糊类别中的模糊集合隶属度,如FEW,SOME,MANY。 所有非零隶属关系的模糊隶属度随后通过乘法运算(AND)。 然后通过具有与类别相同的维度的度量来确定关系值(图11),每个维度具有与模糊集合中的模糊类别一样多的部分。 然后将会员组合(模糊求和)乘以从多维度量确定的关系值,以提供本发明的对应的分离度量。