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    • 23. 发明授权
    • Disc recording/reproducing apparatus and disc container casing used therein
    • 其中使用的盘记录/再现装置和盘容器壳体
    • US06754164B2
    • 2004-06-22
    • US09886978
    • 2001-06-25
    • Kiyoshi GotoTomohiro WatanabeToru Hama
    • Kiyoshi GotoTomohiro WatanabeToru Hama
    • G11B1704
    • G11B17/30
    • A disc reproducing apparatus having a disc exchange function includes a housing section, a reproducing unit, a movement unit and a pull-out unit. The housing section holds plural optical discs and is detachably mounted on a main body portion of the apparatus. The housing section includes plural trays on which to set optical discs. These trays are mounted for movement between a pull-out position out of the housing section and a housed position in the housing section. The reproducing unit reproduces an optical disc. The movement unit moves one of the housing section and the recording and/or reproducing unit relative to the other. The movement unit moves the housing section and the recording and/or reproducing unit relative to the arraying direction of plural trays housed in the housing section. The movement mechanism includes a positioning mechanism for positioning the recording and/or reproducing unit relative to a sole tray housed in the housing section. The pull-out unit pulls out one of the plural trays housed in the housing section from the housing section towards the recording and/or reproducing unit.
    • 具有盘交换功能的盘再现装置包括壳体部分,再现单元,移动单元和拉出单元。 壳体部保持多个光盘,并且可拆卸地安装在装置的主体部分上。 壳体部分包括多个托盘,用于设置光盘。 这些托盘安装成在从壳体部分出来的拉出位置和在壳体部分中的容纳位置之间移动。 再现单元再现光盘。 移动单元相对于另一个移动壳体部分和记录和/或再现单元中的一个。 移动单元相对于容纳在容纳部中的多个托盘的排列方向移动收纳部和记录和/或再现单元。 移动机构包括用于相对于容纳在壳体部分中的底部托盘定位记录和/或再现单元的定位机构。 拉出单元将容纳在壳体部分中的多个托盘中的一个从壳体部分拉向记录和/或再现单元。
    • 24. 发明授权
    • Recording and/or reproducing device for disks
    • 用于磁盘的记录和/或再现装置
    • US06751181B1
    • 2004-06-15
    • US09831912
    • 2001-05-25
    • Tomohiro WatanabeKazuyuki TakizawaTakayuki IshibashiYoshiteru TakaToru Hama
    • Tomohiro WatanabeKazuyuki TakizawaTakayuki IshibashiYoshiteru TakaToru Hama
    • G11B1722
    • G11B17/021G11B17/221G11B17/223G11B17/26
    • A pair of pins 2c, 2d is arranged on the left and right of each of a plurality of trays 2 placed vertically movably so as to protrude laterally, whereas separating cams 82 are arranged on both sides of the trays 2 in a protrudable and withdrawable way. The separating cams 82 are formed with four first separating control parts 82c1 for moving upward the pins 2c, 2d of the selected tray 2 and the tray(s) 2 thereabove, four second separating control parts 82c2 for moving upward only the pins 2c, 2d of the tray(s) 2 above the selected tray 2, and four third separating control parts 82d each for engaging with only a pair of pins 2c, 2d of the selected tray 2. Movement of the separating cam 82 forms spaces above and below the selected tray 2 to hold a disc on the selected tray 2 from above and below for reproduction on the spot.
    • 一对销2c,2d布置在多个托盘2的左右两侧,托盘2垂直移动以便横向突出,而分离凸轮82以可伸出的方式布置在托盘2的两侧 。 分离凸轮82形成有四个第一分离控制部分82c1,用于向上移动所选择的托盘2的销2c和2d以及上面的托盘2,四个第二分离控制部分82c2仅向上移动销2c,2d 的托盘2,以及四个第三分离控制部分82d,每个用于仅与所选择的托盘2的一对销2c,2d接合。分离凸轮82的运动在其上方和下方形成空间 选择的纸盘2从上方和下方将盘子保持在所选纸盘2上,以便现场再现。
    • 26. 发明授权
    • Disc changing apparatus for disc player including improved translating
chassis and eject mechanism for disc magazine
    • 用于光盘播放器的盘片更换装置,包括改进的盘片的翻转底盘和弹出机构
    • US5481513A
    • 1996-01-02
    • US95915
    • 1993-07-23
    • Ryoji TakamatsuTomohiro WatanabeKoichi Nojima
    • Ryoji TakamatsuTomohiro WatanabeKoichi Nojima
    • G11B17/26G11B17/30G11B17/22
    • G11B17/26G11B17/30
    • A disc changer player comprises a disc loading unit into which there is loaded a disc accommodating magazine in which a plurality of discs are accommodated in a stacked condition, a translating chassis having a disc reproducing operation mechanism mounted thereon and translating in a stacking direction of the discs relative to the disc loading portion, a selecting operation member for selecting a desired disc by controlling a translation of the translating chassis, and an eject mechanism for ejecting the disc accommodating magazine from the disc loading unit, wherein the disc accommodating magazine is ejected by controlling operation of the eject mechanism by the selecting operation member. Further, the disc changer player comprises a pair of opposing chassis, a plurality of feed screw shafts supporting the pair of opposing chassis, and a gear member through which the translating chassis is translated by a rotation of the plurality of feed screw shafts, wherein the gear member that is meshed with at least one feed screw shaft engages the translating chassis so that the gear member can be meshed with the feed screw shaft and the movable gear member is translated in accordance with an operation of the disc reproducing operation mechanism so as to be strongly meshed with the feed screw shaft.
    • 盘式换碟机包括一个盘装载单元,其中装有一个盘容纳盒,其中多个盘以堆叠状态容纳在其中;一个平移底盘,具有安装在其上的盘重放操作机构, 通过控制平移机架的平移来选择期望的盘的选择操作构件和用于从盘装载单元弹出盘容纳盒的弹出机构,其中盘容纳盒被弹出, 通过选择操作构件控制弹出机构的操作。 此外,换盘机包括一对相对的底盘,支撑一对相对的底盘的多个进给螺杆轴和一个齿轮构件,平移底盘通过多个进给螺杆轴的旋转而平移, 与至少一个进给螺杆轴啮合的齿轮构件与平移底盘接合,使得齿轮构件可以与进给螺杆轴啮合,并且可动齿轮构件根据盘再现操作机构的操作平移,从而 与进料螺杆轴牢固地啮合。
    • 27. 发明授权
    • Pressure sensor
    • 压力传感器
    • US5000047A
    • 1991-03-19
    • US316647
    • 1989-02-28
    • Yukihiro KatoMasahiro AsaiYosihumi WatanabeTomohiro Watanabe
    • Yukihiro KatoMasahiro AsaiYosihumi WatanabeTomohiro Watanabe
    • G01L9/00
    • G01L19/003G01L19/0084G01L19/0645G01L19/143
    • This pressure sensor comprises a housing having a cavity at at least one end portion thereof, a pressure detecting element provided with the cavity and generating an electric signal corresponding to the pressure detected, a transmitter for transmitting the signal to the outside of the housing, and hermetically sealed with one end thereof connected to the pressure detecting element, a sealed medium provided within the cavity to prevent deterioration of the pressure detecting element, a diaphragm provided to cover the surface of the cavity, and a sealing element for sealing the sealed medium within the cavity and provided in a portion connected to the cavity of the housing, and further, a sealing ability of either the hermetic seal portion of the transmitter or of the sealing element is improved by utilizing a back pressure of a pressure medium. The sealing ability is improved by either making both surfaces of a diaphragm and of a sealing element form a common surface of the housing, by forming a grooved portion surrounding the hermetic terminal, or by attenuating the diameter of the top end portion of the housing. Leakage of the sealing liquid from the hermetic terminal or the sealing element is thus effectively prevented, and the reliability of the mechanical strength of the connecting portion of the housing and the device on which the housing is installed is improved, and thus a high reliability semiconductor pressure sensor to be used for detecting the pressure of a high pressure medium can be obtained.
    • 该压力传感器包括在其至少一个端部处具有空腔的壳体,设置有空腔并产生对应于所检测的压力的电信号的压力检测元件,用于将信号传输到壳体的外部的发射器,以及 气密密封,其一端连接到压力检测元件,密封介质,设置在腔内以防止压力检测元件的劣化,设置成覆盖空腔表面的隔膜;以及用于密封密封介质的密封元件 并且设置在与壳体的空腔相连的部分中,并且通过利用压力介质的背压来改善发射器或密封元件的气密密封部分的密封能力。 通过将隔膜的两个表面和密封元件形成外壳的共同表面,通过形成围绕密封端子的开槽部分,或者通过减小外壳的顶端部分的直径来提高密封能力。 因此,能够有效地防止来自密封端子或密封元件的密封液的泄漏,并且壳体的连接部和安装壳体的装置的机械强度的可靠性提高,因此高可靠性半导体 可以获得用于检测高压介质的压力的压力传感器。
    • 28. 发明申请
    • METHOD OF EJECTING FAULTY ABSORBENT ARTICLE
    • 喷射非吸收性物品的方法
    • US20140197079A1
    • 2014-07-17
    • US14130155
    • 2012-06-29
    • Kazuhiko TakahashiTomohiro WatanabeMasanobu Miyaki
    • Kazuhiko TakahashiTomohiro WatanabeMasanobu Miyaki
    • A61F13/15
    • A61F13/15764A61F13/15772B07C5/342
    • A method of ejecting a faulty absorbent article which includes a step of detecting a failure region of an absorbent article in which a failure location of the absorbent article exists, and a type of a failure in the failure region, by identifying a shape of the absorbent article in the course of the manufacturing line, a step of deciding the absorbent article to be ejected based on the detection result of the failure region and the type of failure in the step of detecting, and a step of disengaging, from the manufacturing line, the absorbent article decided in the step of deciding, and then ejecting the absorbent article in the course of the manufacturing line. In the step of deciding, the number of absorbent articles to be ejected in the step of ejecting is decided according to the failure region and the type of the failure.
    • 一种排出有缺陷的吸收性物品的方法,其包括检测存在吸收性物品的故障位置的吸收性物品的失效区域的步骤,以及破坏区域的失效类型,通过识别吸收性物品的形状 在制造过程中的制品,基于故障区域的检测结果和检测步骤中的故障类型来决定要排出的吸收性物品的步骤,以及从生产线脱离的步骤, 所述吸收性物品在制造过程中决定,然后喷射吸收性物品的步骤中决定。 在决定步骤中,根据故障区域和故障类型来决定喷射步骤中要喷射的吸收性物品的数量。