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    • 1. 发明授权
    • Method and apparatus for transmitting and receiving control information and packet data in downlink
    • 用于在下行链路中发送和接收控制信息和分组数据的方法和装置
    • US08184581B2
    • 2012-05-22
    • US12434302
    • 2009-05-01
    • Tae-Joong KimGi-Yoon ParkOk-Sun ParkJae-Kyung LeeHyeong-Jun ParkSeung-Chan Bang
    • Tae-Joong KimGi-Yoon ParkOk-Sun ParkJae-Kyung LeeHyeong-Jun ParkSeung-Chan Bang
    • H04W4/00
    • H04B7/2637H04B7/12
    • Provided are a method and apparatus for transmitting control information and packet data. The method includes generating control channels which transmit the control information; generating control indication channel which indicates whether the control channels are transmitted or not; generating data channels in order to transmit the packet data based on the control information; multiplexing the control channels, the control indication channels, and the data channels; and transmitting the control channels, the control indication channels, and the data channels. According to the present invention, when control information and packet data are transmitted in downlink, by transmitting additional information indicating whether control channels are transmitted or not, resources not actually allocated to control channels can be allocated to data channel and the mobile station can receive data channel using the control indication information.
    • 提供了一种用于发送控制信息和分组数据的方法和装置。 该方法包括产生发送控制信息的控制信道; 产生指示是否发送控制信道的控制指示信道; 产生数据信道以便根据控制信息发送分组数据; 多路复用控制信道,控制指示信道和数据信道; 以及发送控制信道,控制指示信道和数据信道。 根据本发明,当在下行链路中发送控制信息和分组数据时,通过发送指示是否发送控制信道的附加信息,可以将不实际分配给控制信道的资源分配给数据信道,并且移动站可以接收数据 通道使用控制指示信息。
    • 4. 发明授权
    • Robot mechanism for inspection of live-line suspension insulator string
    • 活动悬挂绝缘子串检查机器人机构
    • US08239064B2
    • 2012-08-07
    • US12254014
    • 2008-10-20
    • Joon-Young ParkByung-Hak ChoJae-Kyung LeeKi-Yong Oh
    • Joon-Young ParkByung-Hak ChoJae-Kyung LeeKi-Yong Oh
    • G05B15/00G05B19/00
    • G01R31/1245
    • Disclosed herein is a robot mechanism for inspection of a live-line suspension insulator string. A robot body of the robot mechanism reciprocates along the live-line suspension insulator string and includes upper and lower robot frames configured to encircle the insulator string, a battery module provided to either end of the robot body, an actuation module for moving the robot body along the insulator string, an inspection module for electrically inspecting an insulator, a connection module for coupling the robot body to an installation/dismantlement mechanism, a wing opening/closing module for manually separating the robot body from the insulator string, a measurement module for measuring electrical properties of the insulator, a controller for controlling operation of the robot body, and a crack detection unit for detecting cracks formed in the insulator.
    • 本文公开了一种用于检查活动悬挂绝缘子串的机器人机构。 机器人机构的机器人本体沿着带电悬挂绝缘子串往复运动,并且包括构造成环绕绝缘体串的上下机器人框架,设置在机器人主体的任一端的电池模块,用于使机器人主体移动的致动模块 沿着绝缘体串,用于电绝缘体的电气检查的检查模块,用于将机器人主体连接到安装/拆除机构的连接模块,用于将机器人主体与绝缘体串手动分离的机翼打开/关闭模块,用于 测量绝缘体的电性能,用于控制机器人主体的操作的控制器,以及用于检测在绝缘体中形成的裂纹的裂纹检测单元。
    • 5. 发明授权
    • Automatic channel memory and selection method for a television set
    • 电视机的自动通道存储和选择方法
    • US06734804B1
    • 2004-05-11
    • US09516936
    • 2000-03-01
    • Jae-Kyung Lee
    • Jae-Kyung Lee
    • H04Q100
    • H04N5/44H03J1/0008H04N21/42204H04N21/4221H04N21/4383H04N21/4622H04N21/482
    • An automatic channel memory and selection method for a TV set for automatically memorizing each channel having a broadcast signal with a single input of an automatic channel set-up key regardless of a wireless broadcast mode or a cablecast mode, and sequentially increasing or decreasing the memorized channels regardless of whether a wireless broadcast channel or a cablecast channel is presently selected whenever a signal from a channel increase/decrease key is inputted and, in a case where a viewer directly inputs a desired number by using a number key, for distinguishing whether the inputted channel number belongs to a wireless broadcast channel or a cablecast channel and then outputting corresponding tuning data, whereby anyone can easily select a desired channel between the wireless broadcast channels and the cablecast channels and use of a broadcast mode selection key of a remote control is not necessary, whereby the production cost of a TV set can be reduced.
    • 一种用于电视机的自动频道存储器和选择方法,用于使用具有自动频道建立键的单个输入的广播信号自动存储每个频道,而不管无线广播模式或有线播放模式如何,并且顺序地增加或减少所记忆的 无论是否输入来自频道增减键的信号,无论当前是否选择无线广播频道或有线电视频道,并且在观众通过​​使用数字键直接输入期望的号码的情况下,用于区分是否 输入的频道号属于无线广播频道或有线电视频道,然后输出相应的调谐数据,由此任何人都可以容易地选择无线广播频道和有线电视频道之间的期望频道,并且使用遥控器的广播模式选择键 不必要,能够降低电视机的制作成本。
    • 10. 发明申请
    • HANDLING SYSTEM FOR IN-CORE DETECTOR THIMBLE TUBE OF REACTOR
    • 用于内核检测器的反应器管状管的处理系统
    • US20090052605A1
    • 2009-02-26
    • US12176053
    • 2008-07-18
    • Jae-Kyung LeeByung-Hak ChoJoon-Young ParkSeung-Hyun ByunMyung-Ju ShimByung-Tae Rho
    • Jae-Kyung LeeByung-Hak ChoJoon-Young ParkSeung-Hyun ByunMyung-Ju ShimByung-Tae Rho
    • G21C17/108
    • G21C19/02G21C17/108G21C19/207
    • A handling system for an in-core detector thimble tube of a reactor is disclosed. The handling system serves to withdraw and retract a thimble tube so as to provide a movement path of a movable detector used to measure a neutron flux within a reactor. For this, the handling system basically includes a thimble tube withdrawing/retracting device, which grips the thimble tube using a plurality of synthetic resin pinch rollers to withdraw and retract the thimble tube without any damage to the thimble tube, a thimble tube tensioning device, which applies a constant tensile force to the thimble tube to prevent the thimble tube from shaking or bending upon withdrawing/retracting operations, and a thimble tube platform, which temporarily keeps the withdrawn thimble tube at a fixed position without a risk of shaking of the thimble tube and provides a movement path of the thimble tube tensioning device. With automatic withdrawal/retraction of the thimble tube without damage provides advantages of an extended thimble tube exchange interval, improved safety of system facilities, reduced labor costs and working time, and reduced worker radiation exposure, shortened precaution/maintenance period, and enhanced reactor use efficiency.
    • 公开了一种用于反应堆的核心检测器套管的处理系统。 处理系统用于撤回和缩回套管,以便提供用于测量反应器内的中子通量的可移动检测器的运动路径。 为此,处理系统基本上包括套管抽出/收回装置,其使用多个合成树脂夹送辊来夹住套管,以使套管回缩并没有任何损坏套管,套管张紧装置, 其对套管施加恒定的张力,以防止套管在抽出/缩回操作时摇摆或弯曲;以及套管平台,其暂时将取出的套管保持在固定位置,而不会有套筒的晃动的风险 并提供套管张紧装置的运动路径。 随着套管的自动提取/缩回而不损坏,可提供延长套管交换间隔的优点,提高系统设施的安全性,降低人工成本和工作时间,减少工作人员辐射暴露,缩短预防/维护周期,增强反应堆使用 效率。