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    • 3. 发明授权
    • MIMO wireless communication
    • MIMO无线通信
    • US08125942B2
    • 2012-02-28
    • US11871962
    • 2007-10-12
    • Hideto HorikoshiKohei ShibataKozo Matsunaga
    • Hideto HorikoshiKohei ShibataKozo Matsunaga
    • H04W4/00
    • H04B7/0817
    • There are provided methods and arrangements for communication in which, even in a case where an antenna that is not correctly connected is present in a wireless module provided with a plurality of antennas, high-performance data communication can be performed without using such antennas. RSSI values are detected from a plurality of receiving circuits of a wireless module, respectively, and a computer judges whether or not there is a significant difference between a first RSSI value detected from one receiving circuit and a second RSSI value detected from another receiving circuit. In a case where it is judged that there is the significant difference, the computer recognizes that the receiving circuit from which a larger RSSI value has been detected is connected to an antenna and the receiving circuit from which a smaller RSSI value has been detected is not connected to the antenna, and the receiving circuit recognized to be unconnected to the antenna is set to operation stop.
    • 提供了用于通信的方法和布置,其中即使在设置有多个天线的无线模块中存在未正确连接的天线的情况下,也可以不使用这样的天线来执行高性能数据通信。 分别从无线模块的多个接收电路检测RSSI值,并且计算机判断从一个接收电路检测到的第一RSSI值与从另一个接收电路检测到的第二RSSI值之间是否存在显着差异。 在判断出存在显着差异的情况下,计算机识别到已经检测到更大的RSSI值的接收电路被连接到天线,并且已经从其检测到较小的RSSI值的接收电路不是 连接到天线,并且识别为与天线未连接的接收电路被设置为操作停止。
    • 6. 发明授权
    • Method for prohibiting unauthorized access in a non-contacting data carrier system
    • 用于在非接触式数据载体系统中禁止未授权访问的方法
    • US06823459B1
    • 2004-11-23
    • US09510573
    • 2000-02-22
    • Hideto HorikoshiNaoki AbeJun TanakaTomoki Maruichi
    • Hideto HorikoshiNaoki AbeJun TanakaTomoki Maruichi
    • G06F1130
    • G06F21/35
    • To provide a method whereby unauthorized data access by an RFID data processing system is prohibited without any degradation of performance being incurred. An RFID data processing system 30 comprises a CPU 35, a EEPROM 34, communication devices 31 and 32, and power controllers 40 and 41. When an RFID data processing system 30 in the power-ON state that does not have access authorization passes through a portal gate located at the entrance to an unauthorized data access protection area, the portal gate transmits a signal to set ON a tamper bit 44 in the EEPROM 34. When the tamper bit 44 has been set ON, a tamper bit interrupt request signal is output by the EEPROM 34. Upon receiving this signal, the power controllers 40 and 41 power off the RFID data processing system 30.
    • 提供一种可以防止RFID数据处理系统的未经授权的数据访问而不会导致性能下降的方法。 RFID数据处理系统30包括CPU35,EEPROM34,通信设备31和32以及功率控制器40和41.当处于不具有访问授权的电源接通状态的RFID数据处理系统30通过 门禁门位于未授权数据访问保护区域的入口处,门户门传输信号以将EEPROM 34中的篡改位44设置为ON。当篡改位44已经设置为ON时,输出篡改位中断请求信号 在接收到该信号时,功率控制器40和41关闭RFID数据处理系统30。
    • 8. 发明授权
    • Method and computer for remote communication while operating in a power-saving mode
    • 在省电模式下进行远程通信的方法和计算机
    • US07502635B1
    • 2009-03-10
    • US09625762
    • 2000-07-26
    • Hideto HorikoshiMitsuhiro YamazakiTomoki MaruichiMasaki OieKeiji Suzuki
    • Hideto HorikoshiMitsuhiro YamazakiTomoki MaruichiMasaki OieKeiji Suzuki
    • H04B1/38
    • G06F1/3209
    • A computer and a method for enabling remote communication to a computer operating in a power-saving mode in which one or more one power sources to internal devices are disabled. The computer is equipped with a power management control circuit which is responsive to a first signal indicating that a device used to receive remote communication is to receive power while operating in a power-saving mode. In the event that a remote communications is detected which is targeted for the computer, a second signal is asserted by the remote communications device. The power management control circuit responds by exiting the power-saving mode and restoring power to the disabled power source to enable the computer to process the incoming communication. The remote communication may be through a wireless source such as a radio frequency channel or through a fixed wire such as a telephone network or LAN. Other aspects of the invention enable communication through an option card installed in a option slot or a notebooks docking station such as a radio device, modem, or LAN adapter.
    • 一种计算机和方法,用于使得能够以功率保存模式工作的计算机进行远程通信,其中禁用了一个或多个内部设备的电源。 计算机配备有电源管理控制电路,其响应于指示用于接收远程通信的设备在以功率节省模式操作的同时接收电力的第一信号。 在检测到针对计算机的远程通信的情况下,由远程通信设备断言第二信号。 电源管理控制电路通过退出省电模式并恢复到禁用电源的电源来响应,以使计算机能够处理进入的通信。 远程通信可以通过诸如射频信道的无线源或者通过诸如电话网络或LAN的固定线路。 本发明的其他方面能够通过安装在选项槽中的选项卡或诸如无线电设备,调制解调器或LAN适配器的笔记本对接站进行通信。
    • 10. 发明授权
    • Computer with security function and method therefor
    • 具有安全功能的电脑及其方法
    • US07024700B1
    • 2006-04-04
    • US09619331
    • 2000-07-19
    • Hideto HorikoshiMitsuhiro YamazakiJun Tanaka
    • Hideto HorikoshiMitsuhiro YamazakiJun Tanaka
    • G06F11/30G06F12/14H04L9/00H04L9/32
    • G06F21/88G06F2221/2139
    • When the computer is powered on, a POST program is executed, and in the setting for enabling a security function, an RFID chip 33 makes Removal Detect Enable a high level and outputs it to the control side of an analog switch 67 and one input of a NAND element 63. The removal of an RF antenna 37 causes a first short-circuit element 36 to be disconnected for shutting off a terminal 71 and a terminal 73, and an INTR signal for prohibiting the keyboard input is outputted by the high-level signal of the element 63 to prohibit access to the computer. If the RF antenna is removed while the power is off, the analog switch 67 is disconnected and the power supplied from a lithium battery to a CMOS memory 50 is shut off, whereby access to the computer can be prohibited.
    • 当计算机通电时,执行POST程序,并且在用于启用安全功能的设置中,RFID芯片33使得去除检测使能成为高电平并将其输出到模拟开关67的控制端,并将一个输入 NAND元件63。 去除RF天线37使得第一短路元件36被断开以关闭端子71和端子73,并且用于禁止键盘输入的INTR信号由元件63的高电平信号输出 禁止访问计算机。 如果在电源关闭时去除RF天线,则断开模拟开关67,并且从锂电池供应到CMOS存储器50的电力被切断,从而可以禁止对计算机的访问。