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    • 1. 发明授权
    • Radio access terminal, base station controller, and handoff control method in radio communication system
    • 无线电接入终端,基站控制器和无线电通信系统中的切换控制方法
    • US08160587B2
    • 2012-04-17
    • US12423049
    • 2009-04-14
    • Dan XuYuichiro KatsuTsutomu UchidaShiro Mazawa
    • Dan XuYuichiro KatsuTsutomu UchidaShiro Mazawa
    • H04W36/00
    • H04W36/32H04W36/30H04W84/045
    • In a radio communication system wherein radio frequencies for communicating with a radio terminal are different in radio base stations, a table in which positional information, information on the frequency used for transmission/reception to/from the terminal, and a decision condition in a handoff operation are stored as to each base station is prepared in a base station controller beforehand. When the positional information is received from the radio terminal, the base station controller selects the base station being a handoff candidate, on the basis of the positional information of the radio terminal, the positional information of each base station and the decision condition of the handoff operation with reference to the table, and it transmits a handoff request message which contains the information on the frequency of the base station being the handoff candidate, to the radio terminal through the base station communicating with the radio terminal.
    • 在无线基站中与无线终端进行通信的无线电频率不同的无线通信系统中,存在位置信息,用于发送/接收终端的频率的信息和切换中的判定条件的表 预先在基站控制器中准备每个基站的操作。 当从无线终端接收到位置信息时,基站控制器基于无线终端的位置信息,每个基站的位置信息和切换的判定条件,选择作为切换候选的基站 并且通过与无线终端通信的基站向无线终端发送包含关于作为切换候选的基站的频率的信息的切换请求消息。
    • 2. 发明申请
    • RADIO ACCESS TERMINAL, BASE STATION CONTROLLER, AND HANDOFF CONTROL METHOD IN RADIO COMMUNICATION SYSTEM
    • 无线电接入终端,基站控制器和无线通信系统中的手动控制方法
    • US20090264134A1
    • 2009-10-22
    • US12423049
    • 2009-04-14
    • Dan XuYuichiro KatsuTsutomu UchidaShiro Mazawa
    • Dan XuYuichiro KatsuTsutomu UchidaShiro Mazawa
    • H04W36/00
    • H04W36/32H04W36/30H04W84/045
    • In a radio communication system wherein radio frequencies for communicating with a radio terminal are different in radio base stations, a table in which positional information, information on the frequency used for transmission/reception to/from the terminal, and a decision condition in a handoff operation are stored as to each base station is prepared in a base station controller beforehand. When the positional information is received from the radio terminal, the base station controller selects the base station being a handoff candidate, on the basis of the positional information of the radio terminal, the positional information of each base station and the decision condition of the handoff operation with reference to the table, and it transmits a handoff request message which contains the information on the frequency of the base station being the handoff candidate, to the radio terminal through the base station communicating with the radio terminal.
    • 在无线基站中与无线终端进行通信的无线电频率不同的无线通信系统中,存在位置信息,用于发送/接收终端的频率的信息以及切换中的判定条件的表 预先在基站控制器中准备每个基站的操作。 当从无线终端接收到位置信息时,基站控制器基于无线终端的位置信息,每个基站的位置信息和切换的判定条件,选择作为切换候选的基站 并且通过与无线终端通信的基站向无线终端发送包含关于作为切换候选的基站的频率的信息的切换请求消息。
    • 4. 发明授权
    • Steel shape stacking apparatus
    • 钢制成型装置
    • US4184800A
    • 1980-01-22
    • US916044
    • 1978-06-14
    • Tsutomu UchidaZenichi OnoMakoto NagashimaEiji TasakaShigeo MitsuiKeiichi Nomura
    • Tsutomu UchidaZenichi OnoMakoto NagashimaEiji TasakaShigeo MitsuiKeiichi Nomura
    • B65G57/18B65G57/04
    • B65G57/183
    • An apparatus for automatically stacking steel shapes, preferably, steel angles, comprises an endless conveyor running obliquely towards the traveling direction, a member provided above the conveyor at a proper distance to form a passage, this member serving to prevent steel shapes from overlapping, a stand-by stop lever for keeping steel shapes stopped at an intermediate part of the conveyor, assorting stop levers disposed so as to project from a part of the passage upstream from the stand-by stop lever, a take-out stop member for stopping the steel shapes being conveyed upon retraction of the stand-by stop lever, a stacking lifter located downstream of the conveyor with a certain distance therebetween, a stacking lever for transferring the steel shapes stopped on the conveyor by the take-out stop member to the stacking lifter, a magnet lever for stacking up-side-down the steel shapes on the lifter as the occasion demands, and a guide plate for stacking positively and in order the steel shapes from the lever on the stacking lifter.
    • 用于自动堆叠钢形状的装置,优选钢角度,包括向行进方向倾斜运行的环形输送机,在适当距离处设置在输送机上方以形成通道的构件,该构件用于防止钢材重叠, 备用停止杆,用于保持钢形状停止在输送机的中间部分,分别设置成从待机停止杆上游的通道的一部分突出设置的止动杆,用于停止 钢制形状在备用停止杆退回时被输送,堆叠升降器位于输送机下游一段距离的位置,一个堆放杆,用于将停止在输送机上的钢形状转移到堆放 升降器,用于根据需要在升降机上向上堆叠钢板形状的磁力杆,以及用于积极地并且依次堆积钢板的导向板 l形状从堆叠升降器上的杠杆。
    • 5. 发明授权
    • Wireless communication system and test method thereof, and access terminal for testing wireless communication system
    • 无线通信系统及其测试方法,以及无线通信系统测试接入终端
    • US07996004B2
    • 2011-08-09
    • US12359925
    • 2009-01-26
    • Tsutomu UchidaKoji HayataHideo Aoe
    • Tsutomu UchidaKoji HayataHideo Aoe
    • H04W24/00
    • H04W24/06H04W8/245
    • A wireless communication system and its test method capable of executing a test of the wireless communication apparatus from a remote place by using a terminal generally used in wireless communication systems are implemented with a low-cost configuration and a simple procedure. A terminal obtained by installing a test AP on a general terminal that is used in general wireless communication systems and that can execute APs via a communication network is placed in a coverage area of a wireless communication apparatus. A maintenance center for the wireless communication system activates the terminal. The terminal executes the test AP and conducts communication with the maintenance center by using control signals and test signals for testing wireless communication system. A test is executed by measuring an actual communication state of the wireless communication system.
    • 通过使用通常在无线通信系统中使用的终端,能够从远程地方执行无线通信装置的测试的无线通信系统及其测试方法以低成本配置和简单的过程来实现。 通过在通用无线通信系统中使用并且可以经由通信网络执行AP的通用终端上安装测试AP而获得的终端被放置在无线通信设备的覆盖区域中。 无线通信系统的维护中心激活终端。 终端执行测试AP,并通过使用控制信号和测试信号进行与维护中心的通信,以测试无线通信系统。 通过测量无线通信系统的实际通信状态来执行测试。