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    • 1. 发明授权
    • Tape guide structure of rotary head drum in recording/reproduction
apparatus and method of machining the same
    • 记录/再现装置中旋转磁头鼓的磁带引导结构及其加工方法
    • US5734537A
    • 1998-03-31
    • US652271
    • 1996-05-23
    • Seiji OnoKenmei MasudaHidekazu TakedaAtsushi InoueNobuo MasuokaNoboru KatohnoMakoto IbeKuniaki HirayamaKiyokazu Watanabe
    • Seiji OnoKenmei MasudaHidekazu TakedaAtsushi InoueNobuo MasuokaNoboru KatohnoMakoto IbeKuniaki HirayamaKiyokazu Watanabe
    • G11B15/61
    • G11B15/61
    • In a rotary head drum of a recording/reproduction apparatus, for smoothly holding a magnetic tape over a guide step provided on a lower drum to guide the magnetic tape, part of a chamfer formed in the guide step is formed as a large chamfer in which a chamfered amount is larger than that of the remaining part of the chamfer. With the provision of the large chamfer, even if the lower edge of the magnetic tape deviates from the guide step when the tape is wound over or unwound from the drum, damages of the magnetic tape can be prevented. Therefore, the position and attitude control of tape withdrawing members can be greatly simplified and the magnetic tape can always run stably while being restricted in its position by the guide step. In the process of machining a tape running surface on the drum, by increasing the feed distance of a blade in the part of the chamfer where the large chamfer is to be formed by chamfering the guide step with a large chamfered amount, in comparison with the feed distance set in the remaining part of the chamfer, the large chamfer and the small chamfer can be both machined at the same time, resulting in simplified machining steps.
    • 在记录/再现装置的旋转磁头鼓中,为了平滑地将磁带保持在设置在下磁鼓上的引导台上以引导磁带,形成在引导步骤中的倒角的一部分形成为大倒角,其中 倒角量大于倒角剩余部分的倒角量。 通过设置大倒角,即使当磁带从磁鼓卷绕或退绕时磁带的下边缘偏离引导步骤,也可以防止磁带的损坏。 因此,能够极大地简化卷取装置的位置和姿势控制,并且通过引导步骤限制在其位置,磁带总是可以稳定地运行。 在加工滚筒上的带子运行表面的过程中,通过在倒角部分中增加叶片的进给距离,通过以较大的倒角量倒角引导台阶,形成大倒角的部分,与 在倒角的剩余部分设置的进给距离,大倒角和小倒角可以同时加工,从而简化了加工步骤。
    • 3. 发明授权
    • Multiplex rotating magnetic head system for multiply recording and
erasing audio and video signals
    • 用于多重记录和擦除音频和视频信号的多路旋转磁头系统
    • US5057944A
    • 1991-10-15
    • US232935
    • 1988-08-16
    • Shinji OzakiJuichi MorikawaHideo ZamaMashanori KochiMakoto Ibe
    • Shinji OzakiJuichi MorikawaHideo ZamaMashanori KochiMakoto Ibe
    • G11B5/024G11B5/008G11B15/12H04N5/7826
    • G11B15/125G11B5/0086H04N5/7826
    • A multiplex recording/reproducing system with at least four video signal recording/reproducing magnetic heads mounted on a rotating body with a predetermined interval in the direction of rotation of the rotating body. At least four audio signal recording/reproducing magnetic heads are mounted on the rotating body, alternately with the video signal recording/reproducing magnetic heads. The magnetic tape is forwarded while being wrapped on the rotating body over a region extending at least a multiple of the predetermined interval. Recording/reproducing circuits record and reproduce the video signal and the audio signal while switching over the video signal and the audio signal recording/reproducing magnetic heads in a predetermined order for every predetermined period. An erase signal is supplied to at least one of the audio signal recording/reproducing magnetic heads, which is disposed preceding to the video signal recording/reproducing magnetic head, which records the video signal on a magnetic tape track, during a period of time where no audio signal is supplied thereto.
    • 一种复用记录/再现系统,具有至少四个视频信号记录/再现磁头,其以旋转体的旋转方向以预定的间隔安装在旋转体上。 至少四个音频信号记录/再现磁头与视频信号记录/再现磁头交替地安装在旋转体上。 当磁带被卷绕在旋转体上并延伸至少预定间隔的倍数的区域时,磁带被转送。 记录/再现电路在每隔预定时间以预定顺序切换视频信号和音频信号记录/再现磁头时,记录和再现视频信号和音频信号。 擦除信号被提供给在视频信号记录/再现磁头之前设置的音频信号记录/再现磁头中的至少一个,该磁头将视频信号记录在磁带上,在一段时间内 没有提供音频信号。
    • 4. 发明授权
    • Spindle motor attachment structure for a disc drive apparatus
    • 用于盘驱动装置的主轴电机附接结构
    • US08495668B2
    • 2013-07-23
    • US12540431
    • 2009-08-13
    • Yoshiaki YamauchiTakayuki FujimotoShinya TsubotaMakoto IbeNozomu HaradaSeiji HamaieShinya Asano
    • Yoshiaki YamauchiTakayuki FujimotoShinya TsubotaMakoto IbeNozomu HaradaSeiji HamaieShinya Asano
    • G11B17/03
    • G11B19/2009
    • A disc drive apparatus comprises: a spindle motor 20 for hold a disc 2 and for rotate it; an optical head 7 for conducting either one of recording or reproducing of information onto/from the disc; a driver unit for moving the optical head in a radial direction of the disc; and a unit mechanism chassis 8 for supporting those thereon, fixedly, wherein the spindle motor is constructed with a rotational drive means made of a magnetic circuit, a rotor portion and a rotation shaft, which define a rotation body, and a spindle motor attachment plate to hold those thereon, and the spindle motor attachment plate has a semi-circular shaped plate configuration in a part thereof, nearly fitting to an outer diameter the rotor portion, in a direction where the optical head is provided, and has a step-like structure in thickness direction of the plate thereof, within a semi-circular shaped region with respect to a line connecting between corner portions on both ends of that semi-circular shape, and also bridging over that line.
    • 盘驱动装置包括:用于保持盘2并旋转的主轴电动机20; 光头7,用于进行信息到盘上的记录或再现; 驱动单元,用于沿光盘的径向方向移动光学头; 以及固定地支撑其的单元机构底盘8,其中所述主轴电动机由具有旋转体的磁路,转子部分和旋转轴构成的旋转驱动装置构成,所述旋转驱动装置限定旋转体,以及主轴电机安装板 将其保持在其上,并且主轴电动机安装板在其一部分上具有半圆形板结构,其在设置有光学头的方向上几乎与转子部分的外径配合,并且具有阶梯状 相对于连接在该半圆形两端的角部之间的线的半圆形区域内,并且还跨越该线,在其板的厚度方向上的结构。
    • 5. 发明申请
    • Optical disc apparatus
    • 光盘装置
    • US20080271062A1
    • 2008-10-30
    • US11986224
    • 2007-11-20
    • Shinya AsanoNozomu HaradaMakoto IbeShinya Tsubota
    • Shinya AsanoNozomu HaradaMakoto IbeShinya Tsubota
    • G11B17/04G11B17/03G11B33/02
    • G11B33/08G11B17/056
    • To prevent deformation of a chassis due to an impact force in an optical disc apparatus, there is provided a tray for inserting/ejecting an optical disc into/from an apparatus body, with the chassis connected thereto through vibration proof materials in plural portions in a surface opposite a disc placing surface. The tray has projecting portions projecting in a chassis direction in positions facing the chassis in peripheral portions of the plural connecting portions. The projecting portion is located at a position higher than a tray plane with which the vibration proof material comes into contact, and lower than the surface of a chassis facing the tray. When the vibration proof material is compressed and deformed due to the impact force, the projecting portion comes into contact with the chassis facing surface, to reduce the amount of deformation of the vibration proof material and thereby prevent deformation of the chassis.
    • 为了防止由于光盘装置中的冲击力引起的底盘变形,提供了一种用于将光盘插入/从设备主体插入/卸载的托盘,其中底盘通过防振材料在多个部分中与 表面与盘放置表面相对。 所述托盘具有在所述多个连接部的周边部分中朝向底盘的位置在底盘方向上突出的突出部。 突出部分位于比防振材料接触的托盘平面高的位置,并且比面向托盘的底盘的表面低。 当防振材料由于冲击力而被压缩和变形时,突出部分与面向底盘的表面接触,以减少防振材料的变形量,从而防止底盘变形。
    • 6. 发明申请
    • DISC DRIVE APPARATUS
    • DISC驱动装置
    • US20100053806A1
    • 2010-03-04
    • US12540431
    • 2009-08-13
    • Yoshiaki YamauchiTakayuki FujimotoShinya TsubotaMakoto IbeNozomu HaradaSeiji HamaieShinya Asano
    • Yoshiaki YamauchiTakayuki FujimotoShinya TsubotaMakoto IbeNozomu HaradaSeiji HamaieShinya Asano
    • G11B17/02
    • G11B19/2009
    • A disc drive apparatus comprises: a spindle motor 20 for hold a disc 2 and for rotate it; an optical head 7 for conducting either one of recording or reproducing of information onto/from the disc; a driver unit for moving the optical head in a radial direction of the disc; and a unit mechanism chassis 8 for supporting those thereon, fixedly, wherein the spindle motor is constructed with a rotational drive means made of a magnetic circuit, a rotor portion and a rotation shaft, which define a rotation body, and a spindle motor attachment plate to hold those thereon, and the spindle motor attachment plate has a semi-circular shaped plate configuration in a part thereof, nearly fitting to an outer diameter the rotor portion, in a direction where the optical head is provided, and has a step-like structure in thickness direction of the plate thereof, within a semi-circular shaped region with respect to a line connecting between corner portions on both ends of that semi-circular shape, and also bridging over that line.
    • 盘驱动装置包括:用于保持盘2并旋转的主轴电动机20; 光头7,用于进行信息到盘上的记录或再现; 驱动单元,用于沿光盘的径向方向移动光学头; 以及固定地支撑其的单元机构底盘8,其中所述主轴电动机由具有旋转体的磁路,转子部分和旋转轴构成的旋转驱动装置构成,所述旋转驱动装置限定旋转体,以及主轴电机安装板 将其保持在其上,并且主轴电动机安装板在其一部分上具有半圆形板结构,其在设置有光学头的方向上几乎与转子部分的外径配合,并且具有阶梯状 相对于连接在该半圆形两端的角部之间的线的半圆形区域内,并且还跨越该线,在其板的厚度方向上的结构。
    • 7. 发明申请
    • OPTICAL DISC DRIVE
    • 光盘驱动器
    • US20080295123A1
    • 2008-11-27
    • US12104719
    • 2008-04-17
    • Takayuki FUJIMOTOMakoto IbeNozomu Harada
    • Takayuki FUJIMOTOMakoto IbeNozomu Harada
    • G11B33/14
    • G11B7/12G11B7/08582G11B7/127G11B2007/0013
    • For the purpose of suppressing an increase of temperature of a laser element, in an optical disc drive, even in case when recording/reproducing at such a low double speed that almost no expectation can be made upon the effect of the convection cooling due to circulating flow of an air, which is generated by rotation of a disc, and in particular, the structure for fixing both end portions of a main shaft, which is engaged with a transfer mechanism for moving an optical pickup into the disc radial direction, through the optical pickup, between two (2) pieces of shafts for supporting the optical pickup, onto connector portions to be engaged with the both end portions of the main shaft, upon a mechanical chassis, on which is mounted at least a disc rotation mechanism, etc., has structures for enlarging a contacting area defined between the both end portions of the main shaft and the connector portions or pressure plates, each building up the connector portion (for example, a comb-like configuration).
    • 为了抑制激光元件的温度上升,在光盘驱动器中,即使在以低速的速度进行记录/再现的情况下,由于循环对流冷却的效果几乎不能期待 特别是用于固定主轴的两个端部的结构,该主轴与用于使光学拾取器向盘径向移动的传送机构接合,通过该传送机构 在用于支撑光学拾取器的两(2)个轴之间的光学拾取器上,连接到与主轴的两个端部接合的连接器部分上,其上安装有至少一个盘旋转机构等的机械底盘 具有用于扩大在主轴的两个端部和连接器部分或压板之间限定的接触区域的结构,每一个构成连接器部分(例如,梳状conf iguration)。
    • 10. 发明授权
    • Optical disc drive with main shaft having end portion of particular configuration
    • 具有主轴的光盘驱动器具有特定构造的端部
    • US08127322B2
    • 2012-02-28
    • US12104719
    • 2008-04-17
    • Takayuki FujimotoMakoto IbeNozomu Harada
    • Takayuki FujimotoMakoto IbeNozomu Harada
    • G11B33/14G11B7/00
    • G11B7/12G11B7/08582G11B7/127G11B2007/0013
    • For the purpose of suppressing an increase of temperature of a laser element, in an optical disc drive, even in case when recording/reproducing at such a low double speed that almost no expectation can be made upon the effect of the convection cooling due to circulating flow of an air, which is generated by rotation of a disc, and in particular, the structure for fixing both end portions of a main shaft, which is engaged with a transfer mechanism for moving an optical pickup into the disc radial direction, through the optical pickup, between two (2) pieces of shafts for supporting the optical pickup, one of which forms the main shaft, onto connector portions to be engaged with the both end portions of the main shaft, upon a mechanical chassis, on which is mounted at least a disc rotation mechanism, etc., has structures for enlarging a contacting area defined between the both end portions of the main shaft and the connector portions or pressure plates, each building up the connector portion (for example, a comb-like configuration).
    • 为了抑制激光元件的温度上升,在光盘驱动器中,即使在以低速的速度进行记录/再现的情况下,由于循环对流冷却的效果几乎不能期待 特别是用于固定主轴的两个端部的结构,该主轴与用于使光学拾取器向盘径向移动的传送机构接合,通过该传送机构 光拾取器,用于将其中一个形成主轴的两个(2)轴用于支撑在与主轴的两个端部接合的连接器部分上的机械底盘上,该机械底盘上安装有 至少一个盘旋转机构等具有用于扩大在主轴的两个端部和连接器部分或压板之间限定的接触区域的结构,每一个构成连接器孔 (例如,梳状配置)。