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    • 21. 发明授权
    • Flying head slider
    • 飞头滑块
    • US4984114A
    • 1991-01-08
    • US367662
    • 1989-06-19
    • Yoshinori TakeuchiYuzo YamaguchiKatsuyuki TanakaFumitaka MuranushiHiroshi Daito
    • Yoshinori TakeuchiYuzo YamaguchiKatsuyuki TanakaFumitaka MuranushiHiroshi Daito
    • G11B21/21G11B5/60
    • G11B5/6005
    • A flying head slider for supporting a magnetic head operative to transmit information into and out of a recording medium has a slider body having a surface to be disposed in faced relationship to the recording medium. Positive pressure generating portions are formed on the surface of the slider body to generate a positive pressure during rotation of the recording medium relative to the slider body. A bearing is formed in the fluid-inlet end of each positive pressure generating section to enhance a bearing action due to abrupt compression of fluid. A bleed slot is defined between the positive pressure generating sections and has a fluid-inlet end provided with a negative pressure generating means, whereby the slider stably floats a predetermined distance away from the recording medium during rotation thereof to enable the magnetic head to transmit information.
    • 用于支撑操作用于将信息传送到记录介质和从记录介质传出的磁头的飞头滑块具有滑动器主体,其具有与记录介质面对面的表面。 正压力产生部分形成在滑块体的表面上,以在记录介质相对于滑块体旋转期间产生正压力。 在每个正压产生部分的流体入口端形成轴承,以增强由于流体的突然压缩引起的轴承作用。 在正压力产生部分之间限定排放槽,并且具有设置有负压产生装置的流体入口端,由此滑块在其旋转期间稳定地从记录介质浮动预定距离,以使得磁头能够传送信息 。
    • 22. 发明授权
    • Compact magnetic head slider with reduced bearing surfaces
    • 紧凑型磁头滑块,减少轴承表面
    • US07626786B2
    • 2009-12-01
    • US11281707
    • 2005-11-16
    • Yoshinori TakeuchiHidekazu Kohira
    • Yoshinori TakeuchiHidekazu Kohira
    • G11B21/21
    • G11B5/6082
    • A compact slider has a reduced area of bearing surfaces, thus remarkably decreasing a lifting force obtained by an air bearing characteristic. In one embodiment, a shallowly grooved surface is disposed on an inflow side of a bearing surface of a slider, and a pair of inflow side air bearing surfaces are disposed rearward of and adjacently to the shallowly grooved surface. Side shallowly grooved surfaces are disposed on both sides rearward of the air bearing surfaces in such a manner as to extend near an outflow end. A center air bearing surface is disposed at a center in a width direction at the outflow end of the slider. A magnetic head is mounted at the center air bearing surface. A center shallowly grooved surface is disposed on an inflow side of the center air bearing surface. A deeply grooved surface is disposed at a center of the bearing surface surrounded substantially by the air bearing surfaces, the side shallowly grooved surface, and the center shallowly grooved surface. The ratio of a slider length Lx to a slider width Ly satisfies the following inequality: 1.35≦Lx/Ly≦1.8, where the slider width Ly is 0.8 mm or less.
    • 紧凑的滑块具有减小的轴承表面的面积,因此显着地降低了由空气轴承特性获得的提升力。 在一个实施例中,浅槽表面设置在滑块的支承表面的流入侧上,并且一对流入侧空气支承表面设置在浅槽表面的后方并相邻。 侧面浅槽表面设置在空气轴承表面后方的两侧,以便在流出端附近延伸。 中心空气支承面设置在滑块的流出端的宽度方向的中央。 磁头安装在中心空气轴承表面。 中心浅槽表面设置在中心空气轴承表面的流入侧。 深沟槽表面设置在基本由空气轴承表面,侧面浅槽表面和中间浅槽表面围绕的支承表面的中心处。 滑块长度Lx与滑块宽度Ly的比率满足以下不等式:1.35 <= Lx / Ly <= 1.8,其中滑块宽度Ly为0.8mm以下。
    • 23. 发明申请
    • Spline Connection Structure
    • 花键连接结构
    • US20090252549A1
    • 2009-10-08
    • US12418859
    • 2009-04-06
    • Yoshinori TakeuchiNaoyuki OkunoTetsuya SakairiYouichi Iltsuka
    • Yoshinori TakeuchiNaoyuki OkunoTetsuya SakairiYouichi Iltsuka
    • F16B7/04
    • F16D1/087F16D1/10F16D2001/103Y10T403/559
    • A spline connection structure is provided with a shaft spline and a bore spline. The shaft spline is comprised of plural involute teeth formed on a shaft, while the bore spline is comprised of plural involute teeth formed on a hub and maintained in engagement with the teeth of the shaft spline. The hub is provided with at least one cylindrical hole and a thin wall portion facing a lower end portion of the cylindrical hole. The thin wall portion is pressed by a pressing member inserted in the cylindrical hole to widen an interval between at least two of the teeth of the bore spline, said at least two teeth being located in a vicinity of the thin wall portion, such that at least one of the at least two teeth is pressed against at least one associated tooth of the teeth of the shaft spline and is restrained to restrict movement of the hub relative to the shaft. At least one tooth of at least one of the shaft spline and bore spline, said at least one tooth being located in a vicinity of the thin wall portion, is provided with a cutout portion formed by cutting off the at least one tooth at a part thereof such that the cutout portion is located in a neighborhood of an end face of the hub located on a side opposite another end face of the hub located on a side of an end portion of the shaft.
    • 花键连接结构设置有轴花键和孔花键。 轴花键由形成在轴上的多个渐开线齿组成,而孔花键由形成在轮毂上并与轴花键的齿保持接合的多个渐开线构成。 毂设置有至少一个圆柱形孔和面向圆柱形孔的下端部的薄壁部分。 所述薄壁部分被插入所述圆柱形孔中的按压构件按压以加宽所述孔花键的至少两个齿之间的间隔,所述至少两个齿位于所述薄壁部分附近,使得在 所述至少两个齿中的至少一个齿被压靠在所述轴花键的齿的至少一个相关联的齿上并被限制以限制所述轮毂相对于所述轴的运动。 所述至少一个所述轴花键和所述花键的至少一个齿,所述至少一个齿位于所述薄壁部分附近,所述至少一个齿设置有切口部,所述切口部通过在部分 使得切口部位于位于位于轴的端部侧的轮毂的与另一端面相反的一侧的轮毂的端面附近。
    • 24. 发明申请
    • Motor-driven power steering apparatus
    • 电动助力转向装置
    • US20080073144A1
    • 2008-03-27
    • US11716367
    • 2007-03-09
    • Yoshinori TakeuchiShunya Senda
    • Yoshinori TakeuchiShunya Senda
    • B62D5/04
    • B62D5/0463
    • In a motor-driven power steering apparatus, there are provided a reference output characteristic memory previously storing a reference output characteristic expressing a corresponding relation between a driving current of an electric motor and an output torque corresponding to the driving current, a correction coefficient computing circuit computing a ratio TO/TM between an output torque TM of the electric motor detected at a time of applying a predetermined current M to the electric motor, and an output torque TO corresponding to the driving current IM in the reference output characteristic as an output correction coefficient. A current control computing means calculates a corrected current control signal by multiplying a current control signal of the electric motor computed on the basis of a steered condition of a vehicle by the output correction coefficient, and outputs a drive control signal based on the corrected current control sign al to a motor driving means.
    • 在电动动力转向装置中,提供了预先存储表示电动机的驱动电流与对应于驱动电流的输出转矩的对应关系的基准输出特性的基准输出特性存储器,校正系数运算电路 计算在将预定电流M施加到电动机时检测到的电动机的输出转矩TM与参考输出特性中的驱动电流IM相对应的输出转矩TO之间的比率TO / TM作为输出校正 系数。 电流控制计算装置通过将根据车辆的转向条件计算的电动机的电流控制信号乘以输出校正系数来计算校正的电流控制信号,并且输出基于校正电流控制的驱动控制信号 标记为电机驱动装置。
    • 26. 发明授权
    • Adaptive dispersion compensating element
    • 自适应色散补偿元件
    • US06625355B2
    • 2003-09-23
    • US09998931
    • 2001-12-03
    • Shinichi WakabayashiYoshinori Takeuchi
    • Shinichi WakabayashiYoshinori Takeuchi
    • G02B634
    • G02B6/29322G02B6/02085G02B6/02204G02B6/29314G02B6/2932G02B6/29394
    • An object of the present invention is to provide a device that performs dispersive compensation in an optical fiber transmission path, such as performing waveform shaping in optical fiber transmission. This adaptive dispersion compensating element is provided with a chirp Bragg grating 104 formed in an optical fiber, a temperature gradient impressing means 105 that impresses a temperature gradient along the longitudinal direction of the chirp Bragg grating, a spectral resolving means 106 that spectrally resolves the output light from the chirp Bragg grating, a detecting means 107 that detects the output light from the spectral resolving means, and a control means 108 that performs feedback control of the temperature gradient impressing means based on the output from the detecting means and provides a compact and high-stability device that performs the dispersive compensation in the optical fiber transmission path, such as performing the waveform shaping in the optical fiber transmission.
    • 本发明的目的是提供一种在光纤传输路径中进行色散补偿的装置,例如在光纤传输中执行波形整形。 该自适应色散补偿元件设置有形成在光纤中的啁啾布拉格光栅104,沿着线性调频布拉格光栅的纵向施加温度梯度的温度梯度施加装置105,频谱分辨装置106,其频谱地分辨输出 来自啁啾布拉格光栅的光,检测来自光谱分辨装置的输出光的检测装置107,以及基于检测装置的输出执行温度梯度施加装置的反馈控制的控制装置108, 在光纤传输路径中执行色散补偿的高稳定性设备,例如执行光纤传输中的波形整形。
    • 27. 发明授权
    • Hydraulic motor with brake device
    • 液压马达带制动装置
    • US06405835B1
    • 2002-06-18
    • US09743062
    • 2001-01-04
    • Hitoshi SatouKazuyuki InoYoshinori Takeuchi
    • Hitoshi SatouKazuyuki InoYoshinori Takeuchi
    • F16D5536
    • B60T1/065F03C1/0644F03C1/0678F16D55/40F16D2055/0058F16D2121/12
    • A hydraulic motor capable of minimizing a wear caused on a rotating brake disk of a brake device, wherein a rotating brake disk (32) which forms a plurality of arc-shaped grooves (17) apart from each other in circumferential direction and constitutes a brake device (31) is provided on the outer peripheral side of a cylinder block (15), and a plurality of arc-shaped projections (33) engaged with the arc-shaped grooves (17) and a plurality of radial contact parts (34) are provided on the inner peripheral side of the rotating brake disk (32) and the plurality of radial contact parts (34) are allowed to face the outer peripheral surface of the cylinder block (15) so that they can be brought into contact with each other, whereby, at the time of braking of the hydraulic motor (10), the movement of the rotating brake disk (32) in rotating direction is controlled by the arc-shaped projections (33) and the movement of the rotating brake disk (32) in radial direction is controlled by the radial contact parts (34).
    • 一种液压马达,其能够使制动装置的旋转制动盘的磨损最小化,其特征在于,在周向形成有多个弧形槽(17)的旋转制动盘(32)构成制动器 装置(31)设置在气缸体(15)的外周侧,并且与弧形槽(17)接合的多个弧形突起(33)和多个径向接触部分(34) 设置在旋转制动盘(32)的内周侧,并且允许多个径向接触部(34)面对气缸体(15)的外周面,使得它们能够与每个 另一方面,在液压马达(10)的制动时,旋转制动盘(32)沿旋转方向的移动由弧形突起(33)和旋转制动盘(31)的运动控制, 32)径向控制 接触部件(34)。