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    • 1. 发明授权
    • Selectable notification time indicating elevator car arrival
    • 可选择通知时间表示电梯轿厢到达
    • US5271484A
    • 1993-12-21
    • US683141
    • 1991-04-10
    • Zuhair S. BahjatJoseph Bittar
    • Zuhair S. BahjatJoseph Bittar
    • B66B1/18B66B3/00
    • B66B1/18
    • The present invention is directed to notifying a user of an arriving elevator car in response to a hall call registered by the user, wherein notification occurs a threshold time value before elevator car arrival. In the preferred embodiment, an elevator car is assigned to a floor in response to a hall call. The amount of time required for the assigned elevator car to arrive at the floor is determined and compared with the threshold time value. If the arrival time is greater than the threshold time value, the system reexamines assignment, possibly reassigning a different elevator car to respond to the hall call. The arrival time of the assigned (or newly assigned) elevator car is again determined, and this process continues until the arrival time is less than or equal to the threshold time value. When the arrival time is less than or equal to the threshold time value, the hall lantern at the door of the assigned elevator car is energized, e.g., illuminated and/or sounded. Additionally, the hall call is removed from further consideration regarding reassignment to another elevator car, thereby fixing the elevator car assignment. In the preferred embodiment, the threshold time value can be a constant value determined by, e.g., the building manager. Alternatively, the threshold time value can be variable by the system, e.g., based on the intensity of the traffic as measured by user waiting time or user boarding and/or deboarding rates, whether actual or predicted.
    • 本发明旨在响应于用户登记的门厅呼叫来通知到达电梯轿厢的用户,其中在电梯轿厢到达之前通知发生阈值时间值。 在优选实施例中,响应于门厅呼叫将电梯轿厢分配给楼层。 确定所分配的电梯轿厢到达地面所需的时间量并将其与阈值时间值进行比较。 如果到达时间大于阈值时间,则系统重新进行分配,可能重新分配不同的电梯轿厢来响应门厅呼叫。 再次确定分配(或新分配的)电梯轿厢的到达时间,并且该过程继续,直到到达时间小于或等于阈值时间值。 当到达时间小于或等于阈值时间值时,所分配的电梯轿厢的门上的门厅灯被激励,例如照亮和/或发出声音。 此外,从另一个电梯轿厢再分配的进一步的考虑中去除门厅呼叫,由此固定电梯轿厢分配。 在优选实施例中,阈值时间值可以是例如由建筑物管理者确定的常数值。 或者,阈值时间值可以由系统变化,例如,基于通过用户等待时间或用户登机和/或登机率(无论是实际还是预测)测量的业务强度。
    • 2. 发明授权
    • Variable elevator door dwell time based upon time of notification of
assigned car
    • 根据分配车辆的通知时间,可变电梯门停留时间
    • US5286930A
    • 1994-02-15
    • US907727
    • 1992-07-02
    • Joseph BittarZuhair S. Bahjat
    • Joseph BittarZuhair S. Bahjat
    • B66B13/14
    • B66B13/143
    • Elevator door dwell time is varied as a function of arrival time so that a show-and-go time is met. The show-and-go time is the time from when the passengers are shown which elevator to board to the time when the elevator door is ready to close after the pasengers have entered the elevator. The arrival time is a function of the distance of the elevator from the floor of the hall call signal and is the time remaining after an elevator reaches a stop control point where a hall call assignment is fixed to a car until the door of said elevator begins to open. Door opening time, door dwell time, and arrival time are subtracted from a show-and-go time. If the difference is greater than or equal to zero, the door dwell time is increased by the difference, but if the difference is less than zero the door dwell time is decreased by the difference, and the doors are then held open at a landing for the door dwell time.
    • 电梯门停留时间随着到达时间的变化而变化,从而达到了展现时间。 出行时间是当乘客进入电梯之后乘客显示哪个电梯到电梯门准备关闭时的时间。 到达时间是电梯从门厅呼叫信号的地板距离的函数,并且是电梯到达停车控制点之后剩余的时间,其中门厅呼叫分配被固定在汽车上,直到电梯的门开始 打开。 开门时间,门停留时间和到达时间从展示时间中减去。 如果差值大于或等于零,则门停留时间增加差值,但如果差值小于零,则门停留时间减小差异,然后门在着陆时保持打开 门停留时间。
    • 8. 发明授权
    • Automatic selection of different motion profile parameters based on
average waiting time
    • 根据平均等待时间自动选择不同的运动曲线参数
    • US5290976A
    • 1994-03-01
    • US508322
    • 1990-04-12
    • Zuhair S. BahjatGerald B. Fried
    • Zuhair S. BahjatGerald B. Fried
    • B66B1/16B66B1/20B66B1/24B66B1/28
    • B66B1/28B66B1/2408B66B2201/211B66B2201/404
    • An elevator system (FIG. 1) employing a microprocessor-based group controller (FIG. 2) communicating with elevator cars (3,4, . . . ) to affect the assignment of cars to hall calls at a plurality of floors in the building, using different, speedier car motion profiles and system motion parameters when the average waiting time is increasing beyond an acceptable delta (.DELTA.) [e.g. .+-.15% or .+-.5 sec.] or exceeds a specific pre-set limit (e.g. thirty-five seconds), indicating high traffic intensity (FIG. 3). This causes each of the assigned car(s) going to the relevant floor(s) to be given a higher jerk rate and acceleration & deceleration rates for reduced waiting time and improved service time. When relatively high intensity traffic conditions are no longer present, the relevant cars are changed back to a profile with a lower jerk rate and acceleration & deceleration rates for enhanced passenger comfort. To measure the average waiting time, the number and the time entered of all hall calls placed is collected, along with the floors involved in the calls, during an interval, and the average waiting time for the calls computed. In the first approach the computed average waiting time is compared to the previous computed average waiting time and, if it equals or exceeds an unacceptable delta (.DELTA.) or difference, the profile is increased. In the other approach, if the computed average waiting time exceeds the pre-set limit, the profile is increased. The highest available profile is also preferably used whenever the car is empty.
    • 使用与电梯轿厢(3,4 ...)通信的基于微处理器的组控制器(图2)的电梯系统(图1),以影响轿厢在建筑物的多个楼层处的门厅呼叫的分配 当平均等待时间增加超过可接受的增量((Delta))(例如+ -15%或+ -5秒)或超过特定的预设限制时,使用不同的,更快的汽车运动曲线和系统运动参数 例如三十五秒),表示高交通强度(图3)。 这使得分配到相关楼层的每个分配车辆被给予更高的加加速度和加速和减速率,以减少等待时间和改善的服务时间。 当相对高强度的交通状况不再存在时,相关的汽车将被更改为具有较低的冲击速率和加速和减速率的轮廓,以提高乘客舒适度。 为了测量平均等待时间,收集所有门厅呼叫输入的号码和时间,以及间隔期间呼叫涉及的楼层以及计算的呼叫的平均等待时间。 在第一种方法中,将计算的平均等待时间与先前计算的平均等待时间进行比较,并且如果其等于或超过不可接受的增量((Delta))或差异,则轮廓增加。 在另一种方法中,如果计算出的平均等待时间超过预设限制,则轮廓增加。 当汽车是空的时,也可以使用最高的可用轮廓。