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    • 21. 发明授权
    • Clutch assembly cone spring having wear protection means
    • 离合器总成锥形弹簧具有磨损保护装置
    • US5501312A
    • 1996-03-26
    • US291650
    • 1994-08-16
    • Hiroshi MizukamiKoji KajitaniKeisuke FujimotoNorihisa Uenohara
    • Hiroshi MizukamiKoji KajitaniKeisuke FujimotoNorihisa Uenohara
    • F16D13/58F16D13/48
    • F16D13/585
    • A clutch cover assembly 3 having a disk-shaped clutch cover 4, an annular pressure plate 5, a cone spring 6, and a diaphragm spring 7. The pressure plate 5 is disposed in the clutch cover 4 and has a pressing surface 5a. The cone spring 6 is disposed on the opposite side of the pressure plate 5 in the clutch cover 4, and has its radial inner end supported on the clutch cover and its radial outer end biasing the pressure plate 5. Within the clutch cover, a hardened support member coupled to the cover is provided to engage at least one inner portion of the cone spring 6 in order to minimize wear associated with engagement with the spring 6 as it moves in response to movement of the pressure plate 5. The hardened support member is provided in the present invention is a number of forms. In one embodiment the hardened support member is integrally formed with the clutch cover 4. In another embodiment the hardened support member is a ring 10 formed with a lip 10a which engages a displaceable end of the cone spring 6.
    • 具有盘形离合器盖4,环形压板5,锥形弹簧6和膜片弹簧7的离合器盖组件3。压板5设置在离合器盖4中并具有按压面5a。 锥形弹簧6设置在离合器盖4中的压板5的相对侧上,并且其径向内端支撑在离合器盖上,并且其径向外端偏压压板5.在离合器盖内,硬化 提供联接到盖的支撑构件以接合锥形弹簧6的至少一个内部部分,以便在响应于压板5的移动而随着弹簧6的移动而使与与弹簧6的接合相关联的磨损最小化。硬化的支撑构件 在本发明中提供的是多种形式。 在一个实施例中,硬化的支撑构件与离合器盖4一体地形成。在另一个实施例中,硬化的支撑构件是形成有唇部10a的环10,其接合锥形弹簧6的可移位的端部。
    • 22. 发明申请
    • DECODING APPARATUS AND DECODING METHOD
    • 解码设备和解码方法
    • US20130173993A1
    • 2013-07-04
    • US13824152
    • 2012-08-01
    • Keisuke FujimotoYasumori Hino
    • Keisuke FujimotoYasumori Hino
    • G06F11/10
    • G06F11/10G11B20/1833G11B2020/185G11B2220/2537H03M13/1111H03M13/1128H03M13/41
    • A control device (211) inputs reliability information on the same data block a plurality of times into a reliability storage memory (202). A reliability generating device (201) generates anew reliability information by performing computation processing based on a stochastic computation by using reliability information generated in the previous cycle that has been saved in the reliability storage memory (202) and reliability information generated in the present cycle, and saves the reliability information generated anew in the reliability storage memory (202) when the decoding is performed by using reliability information on the data block same as that in the previous cycle. A column processing computation device (204) computes a column processing output value by using the reliability information generated anew and saved in the reliability storage memory (202) and a row processing output value.
    • 控制装置(211)将相同数据块上的可靠性信息多次输入到可靠性存储存储器(202)中。 可靠性生成装置(201)通过使用保存在可靠性存储存储器(202)中的上一个循环中生成的可靠性信息和在本周期中生成的可靠性信息,通过进行基于随机计算的计算处理,生成新的可靠性信息, 并且通过使用与前一周期相同的数据块的可靠性信息来执行解码时,将可靠性信息重新保存在可靠性存储存储器(202)中。 列处理计算装置(204)通过使用重新生成并保存在可靠性存储存储器(202)中的可靠性信息和行处理输出值来计算列处理输出值。
    • 23. 发明授权
    • Optical head device, optical information device, and information processing device
    • 光头设备,光信息设备和信息处理设备
    • US08395980B2
    • 2013-03-12
    • US13391483
    • 2010-07-30
    • Yoshiaki KommaJoji AnzaiYasumori HinoKousei SanoHideki NakataKeisuke FujimotoTakeharu YamamotoTakeshi Shimamoto
    • Yoshiaki KommaJoji AnzaiYasumori HinoKousei SanoHideki NakataKeisuke FujimotoTakeharu YamamotoTakeshi Shimamoto
    • G11B7/00
    • G11B7/1381G11B7/1275G11B2007/0006G11B2007/0013
    • When information is recorded or reproduced on or from an optical information medium having three or more recording layers using blue light, interference by another layer light is reduced and, when information is reproduced from an optical information medium using red light, an S/N ratio is held excellently high.An optical head device includes a first laser light source (1) which emits blue light, a second laser light source (2) which emits red light, an objective lens (11) which focuses the blue light onto a recording layer of a first optical disc (12) or focuses the red light onto a recording layer of a second optical disc (13), a photodetector (9) which receives the blue light reflected by the recording layer of the first optical disc (12) or the red light reflected by the recording layer of the second optical disc (13) and outputs an electric signal in accordance with an amount of the received blue light or red light, and a wavelength selective light blocking region (7x) which blocks a predetermined range of the blue light including an optical axis thereof to prevent the predetermined range from reaching the photodetector (9), and transmits the red light.
    • 当使用蓝光在具有三个或更多个记录层的光信息介质上记录或再现信息时,减少了另一层光的干扰,并且当使用红光从光信息介质再现信息时,S / N比 举办得非常高。 光头装置包括发射蓝光的第一激光光源(1),发出红光的第二激光光源(2),将蓝光聚焦到第一光学记录层上的物镜(11) 盘(12)或将红光聚焦到第二光盘(13)的记录层上,接收由第一光盘(12)的记录层反射的蓝光的光电检测器(9)或反射的红光 通过第二光盘(13)的记录层,并根据所接收的蓝光或红光的量输出电信号,以及阻挡蓝光的预定范围的波长选择性遮光区域(7x) 包括其光轴以防止预定范围到达光电检测器(9),并发送红光。
    • 24. 发明授权
    • Optical scanner and image formation apparatus including the optical scanner
    • 光学扫描器和包括光学扫描仪的图像形成装置
    • US07123395B2
    • 2006-10-17
    • US11001494
    • 2004-12-01
    • Masanori YoshikawaHideo HiroseMasaaki NakanoIkuko KatohKeisuke Fujimoto
    • Masanori YoshikawaHideo HiroseMasaaki NakanoIkuko KatohKeisuke Fujimoto
    • G02B26/08
    • G02B26/123B41J2/473
    • In an overfilled optical scanner in which a plurality of light beams are used, a uniform luminous-energy distribution is achieved on a scanning plane to be scanned. The optical scanner includes: a light source 3 for producing a first light beam L1 and a second light beam L2; a polygon mirror; a first image formation optical system for leading the light beams L1 and L2 to a deflecting plane of the polygon mirror and for forming, on the deflecting plane, a line image whose width is greater than the plane width of the deflecting plane; and a second image formation optical system for leading the light beams L1 and L2 from the polygon mirror to the scanning plane of a photosensitive drum and forming an image on the scanning plane. The first image formation optical system is adjusted so that the optical axes A1 and A2 of the first and second light beams L1 and L2 are approximately symmetrical about the optical axis A0 of the first image formation optical system. The powers of the first and second light beams L1 and L2 are thus balanced with each other on the scanning plane.
    • 在其中使用多个光束的过满的光学扫描仪中,在待扫描的扫描平面上实现均匀的发光能量分布。 光学扫描器包括:用于产生第一光束L 1和第二光束L 2的光源3; 多面镜 用于将光束L 1和L 2引导到多面镜的偏转平面并用于在偏转平面上形成宽度大于偏转平面的平面宽度的线图像的第一图像形成光学系统; 以及用于将光束L 1和L 2从多面镜引导到感光鼓的扫描平面并在扫描平面上形成图像的第二图像形成光学系统。 调整第一图像形成光学系统,使得第一和第二光束L 1和L 2的光轴A 1和A 2关于第一成像光学系统的光轴A 0近似对称。 因此,第一光束L 1和第二光束L 2的光焦度在扫描平面上彼此平衡。
    • 26. 发明申请
    • Optical scanner and image formation apparatus including the optical scanner
    • 光学扫描器和包括光学扫描仪的图像形成装置
    • US20050116155A1
    • 2005-06-02
    • US11001494
    • 2004-12-01
    • Masanori YoshikawaHideo HiroseMasaaki NakanoIkuko KatohKeisuke Fujimoto
    • Masanori YoshikawaHideo HiroseMasaaki NakanoIkuko KatohKeisuke Fujimoto
    • B41J2/44G02B7/00G02B7/02G02B7/198G02B26/10G02B26/12H04N1/036H04N1/113H01J3/14H01J5/16
    • G02B26/123B41J2/473
    • In an overfilled optical scanner in which a plurality of light beams are used, a uniform luminous-energy distribution is achieved on a scanning plane to be scanned. The optical scanner includes: a light source 3 for producing a first light beam L1 and a second light beam L2; a polygon mirror; a first image formation optical system for leading the light beams L1 and L2 to a deflecting plane of the polygon mirror and for forming, on the deflecting plane, a line image whose width is greater than the plane width of the deflecting plane; and a second image formation optical system for leading the light beams L1 and L2 from the polygon mirror to the scanning plane of a photosensitive drum and forming an image on the scanning plane. The first image formation optical system is adjusted so that the optical axes A1 and A2 of the first and second light beams L1 and L2 are approximately symmetrical about the optical axis A0 of the first image formation optical system. The powers of the first and second light beams L1 and L2 are thus balanced with each other on the scanning plane.
    • 在其中使用多个光束的过满的光学扫描仪中,在待扫描的扫描平面上实现均匀的发光能量分布。 光学扫描器包括:用于产生第一光束L 1和第二光束L 2的光源3; 多面镜 用于将光束L 1和L 2引导到多面镜的偏转平面并用于在偏转平面上形成宽度大于偏转平面的平面宽度的线图像的第一图像形成光学系统; 以及用于将光束L 1和L 2从多面镜引导到感光鼓的扫描平面并在扫描平面上形成图像的第二图像形成光学系统。 调整第一图像形成光学系统,使得第一和第二光束L 1和L 2的光轴A 1和A 2关于第一成像光学系统的光轴A 0近似对称。 因此,第一光束L 1和第二光束L 2的光焦度在扫描平面上彼此平衡。
    • 27. 发明授权
    • Decoding apparatus and decoding method
    • 解码装置和解码方法
    • US09244760B2
    • 2016-01-26
    • US13824152
    • 2012-08-01
    • Keisuke FujimotoYasumori Hino
    • Keisuke FujimotoYasumori Hino
    • G11C29/00H03M13/00G06F11/10H03M13/11G11B20/18H03M13/41
    • G06F11/10G11B20/1833G11B2020/185G11B2220/2537H03M13/1111H03M13/1128H03M13/41
    • A control device inputs reliability information on the same data block a plurality of times into a reliability storage memory. A reliability generating device generates a reliability information by performing computation processing based on a stochastic computation by using reliability information generated in the previous cycle that has been saved in the reliability storage memory and reliability information generated in the present cycle, and saves the reliability information generated in the reliability storage memory when the decoding is performed by using reliability information on the data block the same as that in the previous cycle. A column processing computation device computes a column processing output value by using the reliability information generated and saved in the reliability storage memory and a row processing output value.
    • 控制装置将相同数据块上的可靠性信息多次输入到可靠性存储存储器中。 可靠性生成装置通过使用保存在可靠性存储存储器中的上一个循环中生成的可靠性信息和本循环中生成的可靠性信息,通过进行基于随机运算的计算处理来生成可靠性信息,并且保存生成的可靠性信息 在通过使用与前一周期相同的数据块上的可靠性信息来执行解码的可靠性存储存储器中。 列处理计算装置通过使用生成并保存在可靠性存储存储器中的可靠性信息和行处理输出值来计算列处理输出值。
    • 29. 发明授权
    • Ultrasonic vibration tool, fixing device, and heating device
    • 超声波振动工具,定影装置和加热装置
    • US06947697B2
    • 2005-09-20
    • US10054199
    • 2002-01-22
    • Keisuke FujimotoMasahiko HashimotoMasaichiro Tatekawa
    • Keisuke FujimotoMasahiko HashimotoMasaichiro Tatekawa
    • B06B1/02B06B1/06B06B3/00B06B3/04G03G15/20
    • B06B3/00G03G15/2028
    • An ultrasonic vibration tool is made of a block of substantially rectangular parallelepiped form, and has its one end face formed as an output end face, and has its other end face opposite the output end face formed as an input end face. An ultrasonic oscillator is connected to the input end face for transmitting a longitudinal standing wave to the output end face. Peripheries of the input and output end faces of the block constitute mass portions. Between the mass portions are formed slits at a pitch less than a half of an oscillation wavelength, whereby a plurality of elastic portions are obtained. The mass portion on the input end face side has a protrusion having a height equal to or less than a quarter of the oscillation wavelength, thereby obtaining a mass distribution. Hence, a uniform amplitude distribution is achieved in the output end face.
    • 超声波振动工具由大致长方体形状的块构成,其一端面形成为输出端面,其另一端面形成为输入端面。 超声波振荡器连接到输入端面,用于将纵向驻波传输到输出端面。 块的输入和输出端面的周边构成质量部分。 在质量部分之间形成狭缝,其间距小于振荡波长的一半,由此获得多个弹性部分。 输入端面侧的质量部具有高度等于或小于振荡波长的四分之一的突起,从而获得质量分布。 因此,在输出端面实现均匀的幅度分布。