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    • 4. 发明申请
    • Optical disc drive
    • 光盘驱动器
    • US20060265721A1
    • 2006-11-23
    • US11236056
    • 2005-09-26
    • Mitsutaka ShizuyaIkuo NishidaHisahiro Miki
    • Mitsutaka ShizuyaIkuo NishidaHisahiro Miki
    • G11B33/02
    • G11B33/142G11B17/056
    • In order to improve internal cooling performance and efficiency by means of introducing outside air of an optical disc drive without using a fan, an optical disc drive of the invention includes a tray movable for the sake of mounting and dismounting a disc, a disc rotation mechanism arranged at the center to rotate the disc, and a pickup arranged on a backside of the center to write and read the disc within a housing. The tray has an opening at its center and partitions the housing in a vertical direction. The optical disc drive is arranged with a first opening for inhaling outside air in a height range between the bottom surface of the tray and the proximity to the bottom end of the pickup on a back surface or a side surface around a corner on a right side viewed from the backside of the housing, and a second opening for exhausting internal air, arranged higher than a top surface of the tray on the back surface or a side surface around a corner on a left side viewed from the backside.
    • 为了通过在不使用风扇的情况下引入光盘驱动器的外部空气来提高内部冷却性能和效率,本发明的光盘驱动器包括为了安装和拆卸盘可移动的托盘,盘旋转机构 布置在中心以旋转盘,以及拾取器,布置在中心的后侧以在壳体内写入和读取盘。 托盘在其中心具有开口,并在垂直方向上分隔外壳。 光盘驱动器布置有第一开口,用于在托盘的底表面和拾取器的底端附近的高度范围内吸入外部空气的背面或右侧的拐角附近的侧表面 从壳体的后侧观察,以及用于排出内部空气的第二开口,布置成高于背面的托盘的顶表面或从背面观察的左侧的拐角附近的侧表面。
    • 5. 发明授权
    • Optical disc apparatus
    • 光盘装置
    • US07644419B2
    • 2010-01-05
    • US11668114
    • 2007-01-29
    • Mitsutaka ShizuyaShinya TsubotaYoshiyuki TanakaSojiro Kirihara
    • Mitsutaka ShizuyaShinya TsubotaYoshiyuki TanakaSojiro Kirihara
    • G11B33/12
    • G11B33/142
    • The heat dissipation of a pickup is improved in an optical disc apparatus of a slot-in type.A unit cover 16 on a disc-facing side of a unit mechanism 6 includes a circumferential plate 21, a lever supporting plate 22, a disc guiding plate 23, a flexible printed circuit board holding plate 24, a reinforcing plate 25, a driving part covering plate 27, ventilating openings near sub guiding shaft 28, an extended notch near sub guiding shaft 30, an outer extended notch 31, and an extended notch near main guiding shaft 32. With this configuration, plenty of air flow induced by the rotation of a disc 5 can be introduced to a pickup 9 also through the unit cover 16, greatly improving heat dissipation capability.
    • 在插槽式光盘装置中,拾音器的散热得到改善。 单元机构6的面向盘侧的单元盖16包括圆周板21,杆支撑板22,盘引导板23,柔性印刷电路板保持板24,加强板25,驱动部 覆盖板27,副引导轴28附近的通风开口,副引导轴30附近的延伸槽口,外部延伸槽口31和主导向轴32附近的延伸槽口。由此,由旋转引起的大量空气流动 也可以通过单元盖16将盘5引入拾取器9,大大提高散热能力。
    • 6. 发明授权
    • Optical disc apparatus
    • 光盘装置
    • US08136128B2
    • 2012-03-13
    • US12508819
    • 2009-07-24
    • Mitsutaka ShizuyaShinya TsubotaHiroshi YamagishiSojiro Kirihara
    • Mitsutaka ShizuyaShinya TsubotaHiroshi YamagishiSojiro Kirihara
    • G11B17/04
    • G11B17/056G11B33/08G11B33/148
    • An optical disc apparatus for enabling reduction of fluid noises accompanying with disc rotation, effectively, comprises a tray 5 provided to be able to comes in/out into/from said housing freely, a unit mechanism 5 provided together with the tray, in one body, a turntable 9a provided on the unit mechanism and configured to support a disc thereon, to be rotatable freely, a plural number of wall portions 5b to 5d formed on the tray surrounding the disc supported on the turntable from an outer periphery thereof, each of which has configuration like an arc around a rotation center of the turntable, a pickup 10 for doing straight-line motion within along a radius direction of a disc 4, and an opening 56, which is provided on the wall portion 5e locating at the position on the moving track of the pickup, for maintaining movement of the pickup, wherein the wall portion 5e is moved or stepped back to a side of an outer periphery of the turntable comparing to other wall portions.
    • 一种用于能够有效地减少伴随盘旋转的流体噪声的光盘装置包括:托架5,其设置成能够自由地从所述壳体进入/离开;单元机构5,与托盘一起设置在一体中 设置在单元机构上并被配置为支撑其上可旋转的盘的转台9a,多个壁部分5b至5d,其形成在从其外周围支撑在转台上的盘周围的托盘上, 其具有围绕转台的旋转中心的弧形构造,用于沿着盘4的半径方向进行直线运动的拾取器10和设置在位于所述位置的位置的壁部5e上的开口56 在拾取器的移动轨道上,用于保持拾取器的运动,其中与其它壁部相比,壁部5e移动或倒退到转台的外周侧。
    • 7. 发明申请
    • OPTICAL DISC APPARATUS
    • 光盘设备
    • US20070220535A1
    • 2007-09-20
    • US11668114
    • 2007-01-29
    • Mitsutaka ShizuyaShinya TsubotaYoshiyuki TanakaSojiro Kirihara
    • Mitsutaka ShizuyaShinya TsubotaYoshiyuki TanakaSojiro Kirihara
    • G11B33/12G11B7/00
    • G11B33/142
    • [Problem] The heat dissipation of a pickup is improved in an optical disc apparatus of a slot-in type. [Means of solving the Problem] A unit cover 16 on a disc-facing side of a unit mechanism 6 includes a circumferential plate 21, a lever supporting plate 22, a disc guiding plate 23, a flexible printed circuit board holding plate 24, a reinforcing plate 25, a driving part covering plate 27, ventilating openings near sub guiding shaft 28, an extended notch near sub guiding shaft 30, an outer extended notch 31, and an extended notch near main guiding shaft 32. With this configuration, plenty of air flow induced by the rotation of a disc 5 can be introduced to a pickup 9 also through the unit cover 16, greatly improving heat dissipation capability.
    • [问题]在插槽式光盘装置中,拾音器的散热得到改善。 解决问题的方案单元机构6的面向盘侧的单元盖16包括周向板21,杆支撑板22,盘引导板23,柔性印刷电路板保持板24, 加强板25,驱动部分覆盖板27,副引导轴28附近的通风开口,副引导轴30附近的延伸槽口,外延伸槽31和主引导轴32附近的延伸槽。 利用这种结构,通过盘5的旋转引起的大量空气流也可以通过单元盖16引入拾取器9,大大提高了散热能力。
    • 8. 发明授权
    • Optical disk device with pickup cooling plate
    • 带拾音器冷却板的光盘设备
    • US07844981B2
    • 2010-11-30
    • US11527481
    • 2006-09-27
    • Mitsutaka ShizuyaShinya Tsubota
    • Mitsutaka ShizuyaShinya Tsubota
    • G11B33/14G11B7/00
    • G11B33/12G11B17/056
    • An optical disc drive is fitted with a pickup, a non-contacting cooling plate, and a resinous movable spacer. The cooling plate adjacently faces and is fixed to the under, right, or left side of the pickup. The movable spacer is fitted to one of the facing sides of the pickup and cooling plate and prevents direct contact between the pickup and the plate. This drive structure prevents pickup movement interference due to collision between the pickup and the cooling plate, contamination production, needless electric conduction, etc., so that the clearance between the facing sides of the metallic pickup and metallic non-contacting cooling plate is narrow. The narrow clearance results in an improved heat conduction and radiation characteristic, improving the cooling of the whole pickup.
    • 光盘驱动器配备有拾取器,非接触式冷却板和树脂可移动间隔件。 冷却板相邻地固定在拾取器的下,右或左侧。 可移动间隔件装配到拾取器和冷却板的相对侧中的一个,并且防止拾取器和板之间的直接接触。 该驱动结构防止由于拾取器与冷却板之间的碰撞引起的拾取动作干扰,污染产生,不必要的导电等,使得金属拾取器和金属非接触式冷却板的相对侧之间的间隙较窄。 狭窄的间隙导致改善的热传导和辐射特性,改善整个拾取器的冷却。
    • 9. 发明申请
    • Optical disc drive
    • 光盘驱动器
    • US20070124746A1
    • 2007-05-31
    • US11527481
    • 2006-09-27
    • Mitsutaka ShizuyaShinya Tsubota
    • Mitsutaka ShizuyaShinya Tsubota
    • G11B33/14
    • G11B33/12G11B17/056
    • An optical disc drive is fitted with a pickup, a non-contacting cooling plate, and a resinous movable spacer. The cooling plate adjacently faces and is fixed to the under, right, or left side of the pickup. The movable spacer is fitted to one of the facing sides of the pickup and cooling plate and prevents direct contact between the pickup and the plate. This drive structure prevents pickup movement interference due to collision between the pickup and the cooling plate, contamination production, needless electric conduction, etc., so that the clearance between the facing sides of the metallic pickup and metallic non-contacting cooling plate is narrow. The narrow clearance results in an improved heat conduction and radiation characteristic, improving the cooling of the whole pickup.
    • 光盘驱动器配备有拾取器,非接触式冷却板和树脂可移动间隔件。 冷却板相邻地固定在拾取器的下,右或左侧。 可移动间隔件装配到拾取器和冷却板的相对侧中的一个,并且防止拾取器和板之间的直接接触。 该驱动结构防止由于拾取器与冷却板之间的碰撞引起的拾取动作干扰,污染产生,不必要的导电等,使得金属拾取器和金属非接触式冷却板的相对侧之间的间隙较窄。 狭窄的间隙导致改善的热传导和辐射特性,改善整个拾取器的冷却。