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    • 13. 发明授权
    • Battery pack
    • 电池组
    • US08486550B2
    • 2013-07-16
    • US12051482
    • 2008-03-19
    • Hiroo Suzuki
    • Hiroo Suzuki
    • H01M2/10H01M2/02
    • H01M2/1055
    • In the present invention, there is provided a battery support mechanism including: a terminal board provided with connection terminals to be connected to terminal portions provided on the battery side; a battery containing portion to which the terminal board is fitted while keeping open at least two mutually opposite side surfaces and one surface adjacent to the two side surfaces, of the terminal board, so as thereby to cause the connection terminals to front on the inside of the battery containing portion; and a support plate fixed to the battery containing portion so as thereby to support the one surface of the terminal board which is fitted in the battery containing portion, wherein the terminal board is swingable in the opening directions of the battery containing portion.
    • 在本发明中,提供了一种电池支撑机构,包括:端子板,设置有连接到设置在电池侧的端子部分的连接端子; 电池容纳部分,其端子板被安装在该端子板的同时保持打开与端子板的两个侧表面相邻的至少两个彼此相对的侧表面和一个表面,从而使连接端子在 电池容纳部; 以及支撑板,其固定到电池容纳部分,从而支撑装配在电池容纳部分中的端子板的一个表面,其中端子板可沿电池容纳部分的打开方向摆动。
    • 14. 发明授权
    • Optical wavelength multiplexing access system
    • 光波长复用接入系统
    • US08014672B2
    • 2011-09-06
    • US11815031
    • 2007-01-26
    • Hiroo SuzukiTakashi YamadaKatsumi Iwatsuki
    • Hiroo SuzukiTakashi YamadaKatsumi Iwatsuki
    • H04J14/00
    • H04J14/0227H04B10/0793H04B10/07957H04J14/0226H04J14/0246H04J14/025H04J14/0282
    • According to the present invention, a star-type wavelength multiplexed communication network using optical TX/RX devices capable of assigning the wavelengths can be provided without using the monitoring light. In an embodiment of the present invention, an optical TX/RX device for transmitting and receiving a wavelength-multiplexed signal light comprises an optical receiver capable of varying the RX wavelength and an optical transmitter capable of varying the TX wavelength. The optical TX/RX device detects RX wavelengths not in use via the optical receiver, and assigns the RX wavelength of the optical receiver to one of the RX wavelengths not-in-use, and assigns the TX wavelength of the optical transmitter to a TX wavelength corresponding to the RX wavelength according to a correspondence table of TX and RX wavelengths in the memory. Then, the optical TX/RX device transmits a signal light on this TX wavelength, and detects the response on the RX wavelength. If the response is detected, communication is initiated using the assigned TX wavelength and the RX wavelength. If the response is not detected, the operation is repeated from the detection of RX wavelengths not in use to the transmission of the signal light on TX wavelength again.
    • 根据本发明,可以在不使用监视光的情况下提供使用能够分配波长的光TX / RX装置的星型波长复用通信网。 在本发明的实施例中,用于发送和接收波分复用信号光的光TX / RX装置包括能够改变RX波长的光接收机和能够改变TX波长的光发射机。 光学TX / RX设备通过光接收器检测未使用的RX波长,并将光接收机的RX波长分配给不使用的RX波长之一,并将光发射机的TX波长分配给TX 根据存储器中的TX和RX波长的对应表,对应于RX波长的波长。 然后,光TX / RX设备在该TX波长上发送信号光,并检测RX波长的响应。 如果检测到响应,则使用分配的TX波长和RX波长启动通信。 如果没有检测到响应,则从检测不使用的RX波长再次发送TX波长的信号光,重复该操作。
    • 15. 发明申请
    • BATTERY PACK
    • 电池组
    • US20080241659A1
    • 2008-10-02
    • US12051482
    • 2008-03-19
    • Hiroo Suzuki
    • Hiroo Suzuki
    • H01M2/02
    • H01M2/1055
    • In the present invention, there is provided a battery support mechanism including: a terminal board provided with connection terminals to be connected to terminal portions provided on the battery side; a battery containing portion to which the terminal board is fitted while keeping open at least two mutually opposite side surfaces and one surface adjacent to the two side surfaces, of the terminal board, so as thereby to cause the connection terminals to front on the inside of the battery containing portion; and a support plate fixed to the battery containing portion so as thereby to support the one surface of the terminal board which is fitted in the battery containing portion, wherein the terminal board is swingable in the opening directions of the battery containing portion.
    • 在本发明中,提供了一种电池支撑机构,包括:端子板,设置有连接到设置在电池侧的端子部分的连接端子; 电池容纳部分,其端子板被安装在该端子板的同时保持打开与端子板的两个侧表面相邻的至少两个彼此相对的侧表面和一个表面,从而使连接端子在 电池容纳部; 以及支撑板,其固定到电池容纳部分,从而支撑装配在电池容纳部分中的端子板的一个表面,其中端子板可沿电池容纳部分的打开方向摆动。
    • 18. 发明申请
    • OPTICAL WAVELENGTH MULTIPLEXING ACCESS SYSTEM
    • 光波长多路复用接入系统
    • US20090016726A1
    • 2009-01-15
    • US11815031
    • 2007-01-26
    • Hiroo SuzukiTakashi YamadaKatsumi Iwatsuki
    • Hiroo SuzukiTakashi YamadaKatsumi Iwatsuki
    • H04J14/02
    • H04J14/0227H04B10/0793H04B10/07957H04J14/0226H04J14/0246H04J14/025H04J14/0282
    • According to the present invention, a star-type wavelength multiplexed communication network using optical TX/RX devices capable of assigning the wavelengths can be provided without using the monitoring light. In an embodiment of the present invention, an optical TX/RX device for transmitting and receiving a wavelength-multiplexed signal light comprises an optical receiver capable of varying the RX wavelength and an optical transmitter capable of varying the TX wavelength. The optical TX/RX device detects RX wavelengths not in use via the optical receiver, and assigns the RX wavelength of the optical receiver to one of the RX wavelengths not-in-use, and assigns the TX wavelength of the optical transmitter to a TX wavelength corresponding to the RX wavelength according to a correspondence table of TX and RX wavelengths in the memory. Then, the optical TX/RX device transmits a signal light on this TX wavelength, and detects the response on the RX wavelength. If the response is detected, communication is initiated using the assigned TX wavelength and the RX wavelength. If the response is not detected, the operation is repeated from the detection of RX wavelengths not in use to the transmission of the signal light on TX wavelength again.
    • 根据本发明,可以在不使用监视光的情况下提供使用能够分配波长的光TX / RX装置的星型波长复用通信网。 在本发明的实施例中,用于发送和接收波分复用信号光的光TX / RX装置包括能够改变RX波长的光接收机和能够改变TX波长的光发射机。 光学TX / RX设备通过光接收器检测未使用的RX波长,并将光接收机的RX波长分配给不使用的RX波长之一,并将光发射机的TX波长分配给TX 根据存储器中的TX和RX波长的对应表,对应于RX波长的波长。 然后,光TX / RX设备在该TX波长上发送信号光,并检测RX波长的响应。 如果检测到响应,则使用分配的TX波长和RX波长启动通信。 如果没有检测到响应,则从检测不使用的RX波长再次发送TX波长的信号光,重复该操作。
    • 19. 发明授权
    • Polishing apparatus
    • US06607426B2
    • 2003-08-19
    • US09986664
    • 2001-11-09
    • Hiroo Suzuki
    • Hiroo Suzuki
    • B24B700
    • B24B53/017
    • A dresser unit including a dresser 20 and a driving shaft 21 for rotationally driving the dresser 20 is operatively mounted to a dresser supporting mechanism so that the dresser unit can be moved up and down freely with respect to the dresser supporting mechanism, wherein a piston-cylinder mechanism 40 is installed between the dresser unit and the dresser supporting mechanism for pushing up the dresser unit by an upward force of fluid pressure, and a fluid at a predetermined pressure level is supplied to the piston-cylinder mechanism 40 from a compressed air source 67 via a pressure control unit 65, the compression force applied to a turntable 10 by the dresser is precisely controlled and adjusted based on a balance between the own weight of the dresser unit and the upward force exerted by the piston-cylinder mechanism 40.
    • 20. 发明授权
    • Wire measuring and cutting apparatus and method of measuring length of wire
    • 线测量和切割设备及测量线长度的方法
    • US06345561B1
    • 2002-02-12
    • US09324806
    • 1999-06-03
    • Hiroo SuzukiNobuaki YamakawaAkihiro Mizuno
    • Hiroo SuzukiNobuaki YamakawaAkihiro Mizuno
    • B26D714
    • B23D33/02B21F11/00Y10S83/907Y10S83/95Y10T83/343Y10T83/728
    • A wire measuring and cutting apparatus 1 is provided with an U-turn guide section 6 which serves to guide a wire W being fed into a guide passage 5b for bending the wire W in a substantially U-shaped manner. In the section 6, a movable guide part 5 is constituted by a pair of guide pieces 5a, 5a which are pivoted so as to open and close together. The U-turn guide section 6 is provided with a displacement mechanism 8. The mechanism 8 can maintain the pair of guide pieces 5a, 5a in the closed position. While, the mechanism 8 can displace the guide pieces 5a, 5a for the opened position together with feeding inertia of the wire W in process of measuring the length of the wire W. With this structure, the guide pieces 5a, 5a can be opened at high speed due to the feeding inertia in addition to the driving force of the mechanism 8 to open the pieces 5a, 5a and there is no need to stop feeding the wire W during the measurement of the wire W.
    • 电线测量切割装置1设置有U形导向部分6,其用于引导馈送到引导通道5b中的线W,以用于将线W弯曲成大致U形的方式。 在部分6中,可动引导部分5由一对枢转以一起打开和关闭的引导件5a,5a构成。 U形导向部6设有移动机构8.机构8可以将一对导向件5a,5a保持在关闭位置。 而在测量线材W的长度的过程中,机构8可以将导线片5a,5a与导线W的馈送惯性一起移位,以便打开位置。通过这种结构,导片5a,5a可以在 除了机构8的驱动力之外,由于进给惯量高的速度打开片5a,5a,并且在测量线W期间不需要停止馈送线W.