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    • 1. 发明申请
    • Elevator system
    • 电梯系统
    • US20060124399A1
    • 2006-06-15
    • US10538307
    • 2003-11-21
    • Takuo KugiyaTakaharu UedaKen-ichi OkamotoTatsuo Matsuoka
    • Takuo KugiyaTakaharu UedaKen-ichi OkamotoTatsuo Matsuoka
    • B66B1/28
    • B66B5/06
    • In an elevator apparatus, a car ascends and descends based on a running speed pattern generated by a control panel. Destination floor buttons and landing buttons are connected to an over speed monitoring portion without the intervention of the control panel. The over speed monitoring portion has an over speed setting portion for setting first and second over speeds based on car position information obtained from a car position detector and call registration information obtained from the destination floor buttons and the landing buttons. In the over speed setting portion, a running speed pattern different from the running speed pattern generated by the control panel is independently generated without depending on information from the control panel. The first and second over speeds are set based on the running speed pattern generated by the over speed setting portion.
    • 在电梯装置中,轿厢基于由控制面板产生的行驶速度图案上升和下降。 目的地楼层按钮和着陆按钮连接到超速监视部分,无需控制面板的干预。 超速监视部具有用于基于从轿厢位置检测器获得的轿厢位置信息和从目的地楼层按钮和着陆按钮获得的呼叫登记信息来设定第一和第二超速的超速设定部。 在超速设定部中,不依赖于来自控制面板的信息独立地生成与控制面板产生的行驶速度图案不同的行驶速度图案。 基于由超速设定部生成的行驶速度图案来设定第一和第二超速。
    • 2. 发明授权
    • Elevator apparatus that detects an accurate running speed of an elevator car that operates over speed
    • 检测高速运转的电梯轿厢的运转速度的电梯装置
    • US07575100B2
    • 2009-08-18
    • US12285467
    • 2008-10-06
    • Takuo KugiyaTakaharu UedaKen-Ichi OkamotoTatsuo Matsuoka
    • Takuo KugiyaTakaharu UedaKen-Ichi OkamotoTatsuo Matsuoka
    • B66B5/04
    • B66B5/06
    • In an elevator apparatus, a car ascends and descends based on a running speed pattern generated by a control panel. Destination floor buttons and landing buttons are connected to an over speed monitoring portion without the intervention of the control panel. The over speed monitoring portion has an over speed setting portion for setting first and second over speeds based on car position information obtained from a car position detector and call registration information obtained from the destination floor buttons and the landing buttons. In the over speed setting portion, a running speed pattern different from the running speed pattern generated by the control panel is independently generated without depending on information from the control panel. The first and second over speeds are set based on the running speed pattern generated by the over speed setting portion.
    • 在电梯装置中,轿厢基于由控制面板产生的行驶速度图案上升和下降。 目的地楼层按钮和着陆按钮连接到超速监视部分,无需控制面板的干预。 超速监视部具有用于基于从轿厢位置检测器获得的轿厢位置信息和从目的地楼层按钮和着陆按钮获得的呼叫登记信息来设定第一和第二超速的超速设定部。 在超速设定部中,不依赖于来自控制面板的信息独立地生成与控制面板产生的行驶速度图案不同的行驶速度图案。 基于由超速设定部生成的行驶速度图案来设定第一和第二超速。
    • 4. 发明授权
    • Elevator apparatus that detects an accurate running speed of an elevator car that operates over speed
    • 检测高速运转的电梯轿厢的运转速度的电梯装置
    • US07448472B2
    • 2008-11-11
    • US10538307
    • 2003-11-21
    • Takuo KugiyaTakaharu UedaKen-Ichi OkamotoTatsuo Matsuoka
    • Takuo KugiyaTakaharu UedaKen-Ichi OkamotoTatsuo Matsuoka
    • B66B5/04
    • B66B5/06
    • In an elevator apparatus, a car ascends and descends based on a running speed pattern generated by a control panel. Destination floor buttons and landing buttons are connected to an over speed monitoring portion without the intervention of the control panel. The over speed monitoring portion has an over speed setting portion for setting first and second over speeds based on car position information obtained from a car position detector and call registration information obtained from the destination floor buttons and the landing buttons. In the over speed setting portion, a running speed pattern different from the running speed pattern generated by the control panel is independently generated without depending on information from the control panel. The first and second over speeds are set based on the running speed pattern generated by the over speed setting portion.
    • 在电梯装置中,轿厢基于由控制面板产生的行驶速度图案上升和下降。 目的地楼层按钮和着陆按钮连接到超速监视部分,无需控制面板的干预。 超速监视部具有用于基于从轿厢位置检测器获得的轿厢位置信息和从目的地楼层按钮和着陆按钮获得的呼叫登记信息来设定第一和第二超速的超速设定部。 在超速设定部中,不依赖于来自控制面板的信息独立地生成与控制面板产生的行驶速度图案不同的行驶速度图案。 基于由超速设定部生成的行驶速度图案来设定第一和第二超速。
    • 6. 发明授权
    • Elevator apparatus
    • 电梯设备
    • US07703578B2
    • 2010-04-27
    • US10578565
    • 2004-04-28
    • Takuo KugiyaKen-Ichi OkamotoTakashi YumuraTatsuo Matsuoka
    • Takuo KugiyaKen-Ichi OkamotoTakashi YumuraTatsuo Matsuoka
    • G08B21/00
    • B66B5/12
    • An elevator apparatus has a car suspended by a main rope through the intermediation of a shackle spring. The car is equipped with a displacement sensor for measuring the displacement amount of the main rope with respect to the car. The displacement sensor is electrically connected to an abnormality control device mounted on the car. The abnormality control device obtains the magnitude of the tension of the main rope based on information from the displacement sensor, and selectively outputs a braking command signal to one of the following devices: an operation control device, a brake device, and an emergency stop device, according to the magnitude of the tension of the main rope.
    • 电梯装置具有通过钩环弹簧由主绳悬吊的轿厢。 汽车配备有用于测量主绳相对于轿厢的位移量的位移传感器。 位移传感器电连接到安装在轿厢上的异常控制装置。 异常控制装置根据来自位移传感器的信息获得主绳索张力的大小,并且选择性地向以下装置之一输出制动指令信号:操作控制装置,制动装置和紧急停止装置 ,根据主绳的张力的大小。