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    • 5. 发明申请
    • Detecting elevator brake and other dragging by monitoring motor current
    • 通过监测电机电流来检测电梯制动器和其他拖动
    • US20060175153A1
    • 2006-08-10
    • US10523608
    • 2002-10-15
    • James HubbardArmando Servia-ReymundoMichael Mann
    • James HubbardArmando Servia-ReymundoMichael Mann
    • F16D66/00
    • B66B5/0018B66B5/0037
    • Elevator brake or other drag is checked by establishing (10-13) baseline motor currents at plural determined positions as the car is moved up and down both empty and with full load. In a normal run (21), the load is recorded (22) and the motor current required to drive the load at rated speed at the next determined position is both predicted (28) and measured. If the difference between the predicted and actual current exceeds a tolerance (33, 34), the car stops at the next floor (35), the system is shut down (39) and a message generated (40). When the brake is in proper operating condition, baseline motor current required to move a car with the brake engaged is recorded. Thereafter, a high fraction (such as 90%) of baseline motor current is applied to attempt to move the car. If the car moves, the system is shut down (101) and a message generated (102).
    • 电梯制动器或其他拖曳是通过在多个确定的位置建立(10 - 13)基准电动机电流来检查的,因为汽车在空载和满载时上下移动。 在正常运行(21)中,记录负载(22),并且预测(28)并测量在下一个确定位置处以额定速度驱动负载所需的电动机电流。 如果预测电流和实际电流之间的差超过公差(33,34),则汽车在下一层停止(35),系统关闭(39)和产生的消息(40)。 当制动器处于正常工作状态时,记录在制动器接合时移动汽车所需的基准电机电流。 此后,施加基准电动机电流的高分数(例如90%)来试图移动汽车。 如果汽车移动,则关闭系统(101)并生成消息(102)。
    • 9. 发明授权
    • Detecting elevator brake and other dragging by monitoring motor current
    • 通过监测电机电流来检测电梯制动器和其他拖动
    • US07350883B2
    • 2008-04-01
    • US10523608
    • 2002-10-15
    • James L. HubbardArmando Servia-ReymundoMichael Mann
    • James L. HubbardArmando Servia-ReymundoMichael Mann
    • B60T8/32
    • B66B5/0018B66B5/0037
    • Elevator brake or other drag is checked by establishing (10-13) baseline motor currents at plural determined positions as the car is moved up and down both empty and with full load. In a normal run (21), the load is recorded (22) and the motor current required to drive the load at rated speed at the next determined position is both predicted (28) and measured. If the difference between the predicted and actual current exceeds a tolerance (33, 34), the car stops at the next floor (35), the system is shut down (39) and a message generated (40). When the brake is in proper operating condition, baseline motor current required to move a car with the brake engaged is recorded. Thereafter, a high fraction (such as 90%) of baseline motor current is applied to attempt to move the car. If the car moves, the system is shut down (101) and a message generated (102).
    • 电梯制动器或其他拖曳是通过在多个确定的位置建立(10 - 13)基准电动机电流来检查的,因为汽车在空载和满载时上下移动。 在正常运行(21)中,记录负载(22),并且预测(28)并测量在下一个确定位置处以额定速度驱动负载所需的电动机电流。 如果预测和实际电流之间的差异超过公差(33,34),则汽车停在下一层(35),系统关闭(39)并生成消息(40)。 当制动器处于正常工作状态时,记录在制动器接合时移动汽车所需的基准电机电流。 此后,施加基准电动机电流的高分数(例如90%)来试图移动汽车。 如果汽车移动,则关闭系统(101)并生成消息(102)。