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    • 1. 发明授权
    • Display device and method for driving display device
    • 用于驱动显示装置的显示装置和方法
    • US07499006B2
    • 2009-03-03
    • US10794673
    • 2004-03-05
    • Tomoyuki ShirasakiKazuhito SatoTsuyoshi OzakiManabu Takei
    • Tomoyuki ShirasakiKazuhito SatoTsuyoshi OzakiManabu Takei
    • G09G3/30
    • G09G3/32G09G2300/0809G09G2310/0267G09G2310/027
    • A driver circuit for driving optical elements which is applied to a pixel driver circuit of the display device in this invention comprises a first current path with one end connected to the optical elements and the other end connected to a drive power supply; a second current path electrically connected to the first current path; a write-in control circuit which flows the write-in current having a predetermined current value in the direction of the other end side from the one end side of the first current path via the second current path; a charge storage circuit which stores the electric charge accompanying the write-in current flowing in the first current path; a drive control circuit which supplies the drive current to the optical elements via the first current path has a current value corresponding to the current value of the write-in current and drives these optical elements based on the electric charge stored in the charge storage circuit; and has a first timing operation in which the electric charge of the write-in current flowing in the first current path is stored by the write-in control circuit according to the write-in current in the charge storage circuit; and a second timing operation which supplies the drive current to the optical elements which does not overlap the time period of the first timing operation.
    • 在本发明中,应用于显示装置的像素驱动电路的驱动光学元件的驱动电路包括:一端与光学元件连接的第一电流路径,与驱动电源连接的另一端; 电连接到所述第一电流路径的第二电流通路; 写入控制电路,其通过第二电流路径从第一电流路径的一端侧在另一端侧的方向上流过具有预定电流值的写入电流; 电荷存储电路,其存储伴随流过第一电流路径的写入电流的电荷; 通过第一电流路径将驱动电流提供给光学元件的驱动控制电路具有与写入电流的当前值相对应的电流值,并且基于存储在电荷存储电路中的电荷驱动这些光学元件; 并且具有第一定时操作,其中通过写入控制电路根据电荷存储电路中的写入电流来存储在第一电流路径中流动的写入电流的电荷; 以及第二定时操作,其将驱动电流提供给不与第一定时操作的时间段重叠的光学元件。
    • 6. 发明授权
    • Method for injection compression molding
    • 注射压缩成型方法
    • US4855095A
    • 1989-08-08
    • US140145
    • 1987-12-29
    • Kazuhito Sato
    • Kazuhito Sato
    • B29C45/56B29C45/76
    • B29C45/76B29C45/561B29C2045/565
    • In a method of operating an injection compression molding machine having a stationary metal mold, a movable metal mold, an oil pressure actuator for advancing the movable metal mold toward the stationary metal mold to form a mold cavity therebetween with a predetermined compression clearance .delta. left between the movable and stationary metal molds, a heating cylinder adapted to engage with the stationary metal mold, a hopper for supplying a thermoplastic resin into the heating cylinder, a screw contained in the heating cylinder for injecting molten metal into the mold cavity, an oil pressure motor for rotating the screw and a piston cylinder unit for reciprocating the screw through the heating cylinder, the molten resin is filled in the mold cavity by advancing the screw and the advancement of the movable metal mold is started when the screw reaches a predetermined set position during an injection stroke so as to reduce the compression clearance .delta. and to increase the pressure acting upon the molten resin injected into the mold cavity.
    • 在操作具有固定金属模具的注射压缩成型机的方法中,可移动的金属模具,用于使可动金属模具朝向固定金属模具前进以在其间形成模腔的油压致动器,其间具有预定的压缩间隙δ 可移动和固定的金属模具,适于与固定金属模具接合的加热缸,用于将热塑性树脂供应到加热缸中的料斗,包含在用于将熔融金属注入到模腔中的加热缸中的螺杆, 用于旋转螺杆的电动机和用于使螺杆往复运动的活塞气缸单元,熔融树脂通过推进螺杆而被填充在模具腔中,并且当螺杆达到预定的设定位置时开始推动可动金属模具 在喷射冲程期间,以减小压缩间隙δ并增加压力 在注入模腔中的熔融树脂上。
    • 7. 发明申请
    • ROTATING DOOR MECHANISM AND ELECTRONIC APPLIANCE
    • 旋转门机构和电子设备
    • US20080184624A1
    • 2008-08-07
    • US11924106
    • 2007-10-25
    • Yutaka OGASAWARAHidetoshi KawabeKazuhito Sato
    • Yutaka OGASAWARAHidetoshi KawabeKazuhito Sato
    • E05D15/58E05F1/12
    • G06F1/181Y10T16/538
    • A rotating door mechanism includes: a front door member having a door panel part having a nearly cylindrical side surface which is opened and closed on a side surface of a cabinet; a base member; and a rotating member, wherein the rotating member is rotatably mounted on the base member, the front door member is movably mounted on the rotating member from a direction of the door front side to a depth direction while the front door member is energized to the door front side, the base member is formed with a guiding part guiding the movement of the front door member, and the door panel part is slid to rotate the rotating member and the front door member is moved with movements in a front/depth direction and in the rotating direction by the rotating member and the guiding part, whereby the door panel part is opened and closed.
    • 旋转门机构包括:前门构件,其具有门面板部,该门板部具有在机壳的侧面开闭的近似圆筒形的侧面; 基地会员 以及旋转构件,其中所述旋转构件可旋转地安装在所述基座构件上,所述前门构件从所述旋转构件从所述门前侧的方向到所述深度方向可移动地安装在所述旋转构件上,同时所述前门构件被通电到所述门 前侧,基部构件形成有引导前门构件的运动的引导部,并且门板部滑动以使旋转构件旋转,并且前门构件以前/深方向的运动而移动, 通过旋转构件和引导部分的旋转方向,从而门板部件被打开和关闭。
    • 8. 发明申请
    • TRAY EJECTING MECHANISM AND MEDIUM DRIVE DEVICE
    • 托盘输出机构和介质驱动装置
    • US20080134222A1
    • 2008-06-05
    • US11933733
    • 2007-11-01
    • Hidetoshi KAWABEYutaka OgasawaraKazuhito Sato
    • Hidetoshi KAWABEYutaka OgasawaraKazuhito Sato
    • G11B17/03
    • G11B17/0405G11B17/056
    • A tray ejecting mechanism includes a stationary bezel mounted to a front surface of an ejectable tray included in a medium drive device, and a movable bezel movably attached to the stationary bezel in a front-back direction while being biased in a front-surface direction. The movable bezel serves as an outer housing of the medium drive device contained in an electronic apparatus. The stationary bezel includes a detection component positionally shiftable in accordance with an open/close position of the tray, and a switch component having a pressing portion for pressing an ejection switch on the tray and being positionally shiftable in conjunction with the detection component. The movable bezel includes a pressing rib that applies a pressing force to the pressing portion to press the ejection switch. When the tray is closed, the switch component is positioned such that, as the movable bezel is pushed inward toward the stationary bezel, the pressing rib applies the pressing force to the pressing portion so that the pressing portion presses the ejection switch. When the tray is open, the switch component is positioned such that the ejection switch is prevented from being pressed by the pressing portion even if the movable bezel is pushed inward toward the stationary bezel.
    • 托盘排出机构包括安装在包括在介质驱动装置中的可排出托盘的前表面的固定边框,以及沿着前表面方向偏置地沿前后方向可移动地附接到固定边框的可动边框。 可动表圈用作包含在电子设备中的介质驱动装置的外壳。 固定的边框包括根据托盘的打开/关闭位置可位移地移动的检测部件和具有用于将排出开关按压在托盘上并与检测部件一起位置移位的按压部分的开关部件。 可动边框包括对按压部按压排出开关的按压力的加压肋。 当托盘关闭时,开关部件被定位成使得当可动边框向内朝向固定边框推动时,按压肋将按压力施加到按压部分,使得按压部分按压排出开关。 当托盘打开时,开关组件被定位成使得即使可动表圈向内朝向固定表圈推动,也可以防止排出开关被按压部分按压。
    • 10. 发明授权
    • Rotating door mechanism and electronic appliance
    • 旋转门机构和电子设备
    • US08100485B2
    • 2012-01-24
    • US11924106
    • 2007-10-25
    • Yutaka OgasawaraHidetoshi KawabeKazuhito Sato
    • Yutaka OgasawaraHidetoshi KawabeKazuhito Sato
    • A47B96/00
    • G06F1/181Y10T16/538
    • A rotating door mechanism includes: a front door member having a door panel part having a nearly cylindrical side surface which is opened and closed on a side surface of a cabinet; a base member; and a rotating member, wherein the rotating member is rotatably mounted on the base member, the front door member is movably mounted on the rotating member from a direction of the door front side to a depth direction while the front door member is energized to the door front side, the base member is formed with a guiding part guiding the movement of the front door member, and the door panel part is slid to rotate the rotating member and the front door member is moved with movements in a front/depth direction and in the rotating direction by the rotating member and the guiding part, whereby the door panel part is opened and closed.
    • 旋转门机构包括:前门构件,其具有门面板部,该门板部具有在机壳的侧面开闭的近似圆筒形的侧面; 基地会员 以及旋转构件,其中所述旋转构件可旋转地安装在所述基座构件上,所述前门构件从所述旋转构件从所述门前侧的方向到所述深度方向可移动地安装在所述旋转构件上,同时所述前门构件被通电到所述门 前侧,基部构件形成有引导前门构件的运动的引导部,并且门板部滑动以使旋转构件旋转,并且前门构件以前/深方向的运动而移动, 通过旋转构件和引导部分的旋转方向,从而门板部件被打开和关闭。