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    • 1. 发明申请
    • Resource relocation method, base station, and radio network control device
    • 资源重定位方法,基站和无线网络控制装置
    • US20060285523A1
    • 2006-12-21
    • US10556379
    • 2004-05-12
    • Hidenori IshiiToshiaki NagasawaKenji TakagiGo Nakano
    • Hidenori IshiiToshiaki NagasawaKenji TakagiGo Nakano
    • H04B7/216
    • H04W16/10H04W28/08
    • Based on traffic that includes a plurality of types of calls and varies with time, resources are located efficiently in a base transceiver station that has a plurality of cards that perform baseband signal processing, and prevention of the occurrence of call loss is contrived. There are provided signal processing cards that perform baseband signal processing and so forth, a radio resource monitoring section that monitors the state of signal processing cards, a radio resource control section that performs signal processing card resource allocation and shifting, and a traffic recording section that records the traffic generated in different time periods; and call loss when accommodating a most frequently generated call in each time period can be prevented by, as far as possible, determining a threshold value for the number of vacant resources from the call that is to be accommodated, activating relocation processing when the number of vacant resources in the base transceiver station becomes lower than the threshold value, and varying the threshold value based on the number of required resources of the most frequently generated calls in each time period.
    • 基于包括多种类型的呼叫并随时间变化的流量,资源有效地位于具有执行基带信号处理的多个卡的基站收发台中,并且防止发生呼叫丢失。 提供执行基带信号处理等的信号处理卡,监视信号处理卡的状态的无线电资源监视部分,执行信号处理卡资源分配和移位的无线电资源控制部分,以及业务记录部分, 记录在不同时间段内生成的流量; 并且在每个时间段内容纳最频繁生成的呼叫时的呼叫损失可以通过尽可能地确定来自待容纳的呼叫的空闲资源的数量的阈值来确定,当数量为 基站中的空闲资源变得低于阈值,并且基于每个时间段中最频繁生成的呼叫的所需资源的数量来改变阈值。
    • 9. 发明授权
    • Method of teaching welding robot
    • 焊接机器人教学方法
    • US5898285A
    • 1999-04-27
    • US28774
    • 1998-02-24
    • Toshiaki NagasawaNobuo KobayashiHisaya OhiwaMitsugu KanekoIsao Bundou
    • Toshiaki NagasawaNobuo KobayashiHisaya OhiwaMitsugu KanekoIsao Bundou
    • B23K11/31G05B19/423B23K11/11
    • G05B19/423B23K11/315B23K11/317B23K2201/18
    • A welding robot has a gun main body, a stationary electrode tip which is immovable relative to the gun main body, and a movable electrode tip which is mounted on the gun main body and is opened and closed by a pressing source. The gun main body is movable by a driving source in a direction in which both the electrode tips lie opposite to each other. In teaching the welding robot by the movement thereof to each weld spot position of a workpiece, the movable electrode tip is moved in a closing direction relative to the gun main body by the pressing source in a state in which the gun main body is kept stationary at a predetermined position relative to the gun support bracket. The stationary electrode tip is moved in the closing direction by a relative movement of the gun main body relative to the movable electrode tip after the movable electrode tip has come into contact with the workpiece. A position at which the stationary electrode tip contacted the workpiece is detected. This position is stored as teaching data.
    • 焊接机器人具有枪主体,相对于枪主体不可动的固定电极头,以及安装在枪主体上并通过按压开关闭合的可动电极头。 枪主体可以通过驱动源沿两个电极头彼此相对的方向移动。 在焊接机器人通过其移动到工件的每个焊点位置的情况下,可动电极头在枪主体保持静止的状态下通过按压源相对于枪主体在关闭方向上移动 在相对于枪支撑支架的预定位置处。 在可动电极头与工件接触之后,固定电极尖端通过枪主体相对于可动电极尖端的相对运动而在关闭方向上移动。 检测固定电极头与工件接触的位置。 该位置存储为教学数据。