会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 42. 发明申请
    • Optical DVI cable, optical signal transmission equipment and optical signal transmission system which have the cable, and method of transmitting optical signal using the cable
    • 光纤DVI电缆,光信号传输设备和具有电缆的光信号传输系统,以及使用电缆传输光信号的方法
    • US20060246772A1
    • 2006-11-02
    • US11411225
    • 2006-04-26
    • Hideki YamaguchiHideya Konda
    • Hideki YamaguchiHideya Konda
    • H01R11/00
    • G02B6/4416
    • The present invention provides an optical DVI cable and optical signal transmission equipment which can prevent the leakage of laser light to the outside. The optical DVI cable includes (1) a transmission side unit having a laser light emitting element unit, and configured and arranged to convert input electrical signals into optical signals and to transmits the optical signals, (2) a reception side interface unit configured and arranged to receive the optical signals transmitted from the transmission side interface unit, and (3) a connecting cable having metal wires to supply power to the laser light emitting element unit, and optical fibers to transmit optical signals. The transmission side unit may include a power supply terminal. In this case, the metal wires supply power to the laser light emitting element unit from the transmission side unit via the reception side unit.
    • 本发明提供了一种可以防止激光向外部泄漏的光学DVI电缆和光信号传输设备。 光学DVI电缆包括:(1)具有激光发射元件单元的发送侧单元,被配置和布置成将输入电信号转换为光信号并发送光信号;(2)配置和布置的接收侧接口单元 以接收从发送侧接口单元发送的光信号,以及(3)具有用于向激光发光元件单元供电的金属线的连接电缆以及发送光信号的光纤。 发送侧单元可以包括电源端子。 在这种情况下,金属线经由接收侧单元从发送侧单元向激光发光元件单元供电。
    • 43. 发明授权
    • Storage device adjusting tilt angle of spindle motor against replaceable storage medium
    • 存储装置调整主轴电机对可更换存储介质的倾斜角度
    • US06951026B2
    • 2005-09-27
    • US10696422
    • 2003-10-29
    • Kazuhiko KageyamaHideo NasuHideki YamaguchiTakao Shinoda
    • Kazuhiko KageyamaHideo NasuHideki YamaguchiTakao Shinoda
    • G11B17/028G11B7/22G11B17/035G11B17/04G11B17/043G11B19/20G11B25/04G11B17/03
    • G11B17/0438G11B7/22G11B25/043
    • A compact inexpensive optical disk drive adaptable to high-density optical disks is provided by improving a loading mechanism for an optical disk. A mechanism for loading an optical disk, in or from which information is optically recorded or reproduced, into the body of an optical disk drive is mounted on a chassis. The loading mechanism consists of a spindle motor, a lift plate, and a sheet loader. The spindle motor rotates an optical disk. The spindle motor is placed on the lift plate. The sheet loader moves the lift plate vertically to the chassis so as to attach or detach the spindle motor to or from the optical disk. In the storage device, the tilt of the lift plate relative to the chassis is adjusted at three points on the lift plate. Blade springs for constraining the lift plate to move towards the optical disk are interposed between the chassis and lift plate. The points to which spring forces exerted by the blade springs are applied are located on a surface of the lift plate opposite to the optical disk.
    • 通过改善光盘的加载机制,提供了适用于高密度光盘的紧凑型廉价光盘驱动器。 用于将信息被光学记录或再现的光盘加载到光盘驱动器的主体中的机构安装在底盘上。 装载机构由主轴电机,升降板和片式装载机组成。 主轴电机旋转光盘。 主轴电机放置在升降板上。 片式装载机将升降板垂直地移动到底盘,以将主轴电机附接到光盘或从光盘拆下。 在存储装置中,升降板相对于底盘的倾斜度在升降板上的三点被调节。 用于限制升降板朝向光盘移动的叶片弹簧插入在底盘和提升板之间。 施加由叶片弹簧施加的弹簧力的点位于提升板的与光盘相对的表面上。
    • 44. 发明授权
    • Optical storage device including a stable cartridge holding mechanism
    • 光存储装置包括稳定的盒保持机构
    • US06469973B1
    • 2002-10-22
    • US09425555
    • 1999-10-22
    • Kazuhiko KageyamaHideo NasuHideki Yamaguchi
    • Kazuhiko KageyamaHideo NasuHideki Yamaguchi
    • G11B1704
    • G11B17/0436
    • A cartridge holding mechanism for a storage device, including a pair of cartridge pressure springs each extending in a longitudinal direction of a cartridge holder corresponding to a direction of insertion of a cartridge into the storage device. The cartridge pressure springs are pivotably mounted to opposite side portions of the cartridge holder in the vicinity of the opposite sides of the cartridge holder. A pair of projections are formed at opposite end portions of each cartridge pressure spring to make pressure contact with the cartridge inserted in the storage device. Each cartridge pressure spring has a weight balance such that a front portion thereof corresponding to a front end of the storage device from which the cartridge is inserted is lighter in weight than a rear portion thereof with respect to the corresponding pivotal axis.
    • 一种用于存储装置的盒保持机构,包括一对盒式压力弹簧,每个盒压力弹簧沿着盒保持器的纵向延伸,与盒的插入方向对应于存储装置。 墨盒压力弹簧可旋转地安装到墨盒保持器的相对侧部分在墨盒保持器的相对侧附近。 在每个盒式压力弹簧的相对端部形成有一对凸起,以与插入存储装置中的盒体压力接触。 每个盒式压力弹簧具有重量平衡,使得其相对于插入盒的存储装置的前端的前部部分的重量比其相对于相应的枢转轴线的后部重量轻。