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    • 1. 发明申请
    • UNIVERSAL JOINT AND PROPELLER SHAFT
    • 通用接头和螺旋桨轴
    • US20130053154A1
    • 2013-02-28
    • US13552088
    • 2012-07-18
    • Keigo YOSHIDAHideaki AokiHiromichi KomaiShinichi KondoYoshimichi Takano
    • Keigo YOSHIDAHideaki AokiHiromichi KomaiShinichi KondoYoshimichi Takano
    • F16D3/44
    • F16D3/41F16N9/00
    • In a universal joint, a cross shaft member includes four shaft parts forming a cross-shape. Each of four bearing cups corresponding respectively to the shaft parts has a hollow-cylindrical shape having a bottom and is rotatably mounted to the corresponding shaft part through a roller disposed between an inner peripheral surface of the each bearing cup and an outer peripheral surface of the corresponding shaft part. Each bearing cup includes an inner bottom surface in sliding contact with a distal end surface of the corresponding shaft part, wherein the sliding contact is in an annular region encompassing a central axis of the corresponding shaft part. The distal end surface of each shaft part is formed with an annular groove encompassing the central axis of the first shaft part for storing oil.
    • 在万向接头中,横轴构件包括形成十字形的四个轴部。 分别与轴部对应的四个轴承杯中的每一个具有中空圆柱形状,具有底部,并且通过设置在每个轴承杯的内周表面和滚子轴承的外周表面之间的辊可旋转地安装到相应的轴部分 相应的轴部分。 每个轴承杯包括与相应轴部分的远端表面滑动接触的内底表面,其中滑动接触处于包围相应轴部分的中心轴线的环形区域中。 每个轴部分的远端表面形成有环形槽,该环形槽围绕第一轴部分的中心轴线,用于储存油。
    • 2. 发明授权
    • Universal joint and propeller shaft
    • 万向接头和传动轴
    • US08777759B2
    • 2014-07-15
    • US13552088
    • 2012-07-18
    • Keigo YoshidaHideaki AokiHiromichi KomaiShinichi KondoYoshimichi Takano
    • Keigo YoshidaHideaki AokiHiromichi KomaiShinichi KondoYoshimichi Takano
    • F16D3/41
    • F16D3/41F16N9/00
    • In a universal joint, a cross shaft member includes four shaft parts forming a cross-shape. Each of four bearing cups corresponding respectively to the shaft parts has a hollow-cylindrical shape having a bottom and is rotatably mounted to the corresponding shaft part through a roller disposed between an inner peripheral surface of the each bearing cup and an outer peripheral surface of the corresponding shaft part. Each bearing cup includes an inner bottom surface in sliding contact with a distal end surface of the corresponding shaft part, wherein the sliding contact is in an annular region encompassing a central axis of the corresponding shaft part. The distal end surface of each shaft part is formed with an annular groove encompassing the central axis of the first shaft part for storing oil.
    • 在万向接头中,横轴构件包括形成十字形的四个轴部。 分别与轴部对应的四个轴承杯中的每一个都具有中空圆柱形,具有底部,并且通过设置在每个轴承杯的内周表面和滚子轴承的外周表面之间的辊可旋转地安装到相应的轴部分 相应的轴部分。 每个轴承杯包括与相应轴部分的远端表面滑动接触的内底表面,其中滑动接触处于包围相应轴部分的中心轴线的环形区域中。 每个轴部分的远端表面形成有环形槽,该环形槽围绕第一轴部分的中心轴线,用于储存油。
    • 3. 发明授权
    • Support device for supporting propeller shaft and propeller shaft itself
    • 用于支撑传动轴和传动轴本身的支撑装置
    • US08628250B2
    • 2014-01-14
    • US12126233
    • 2008-05-23
    • Masanori OinumaHidekazu AokiTakahiro KurohaTakayuki YokotaHiromichi KomaiYoshimichi Takano
    • Masanori OinumaHidekazu AokiTakahiro KurohaTakayuki YokotaHiromichi KomaiYoshimichi Takano
    • F16C27/04F16C33/76
    • F16C27/066F16C19/06F16C33/76F16C35/047F16C2326/06
    • A support device of a propeller shaft comprises an annular bracket fixed to a floor member of a vehicle body; an annular elastic member disposed in the annular bracket; an annular supporting structure disposed in the annular elastic member and rotatably supporting a cylindrical given portion of the propeller shaft through a ball bearing unit; and an annular seal member intimately disposed in an annular space defined between the annular supporting structure and the cylindrical given portion of the propeller shaft. One of outer and inner cylindrical surfaces of the annular seal member is in slidable contact with either one of an inner cylindrical surface of the annular supporting structure and an outer cylindrical surface of the cylindrical given portion of the propeller shaft. A rust-proofing member is further provided, which is disposed on either one of the inner cylindrical surface of the annular supporting structure and the outer cylindrical surface of the cylindrical given portion of the propeller shaft, to which the outer or inner cylindrical surface of the annular seal member directly and slidably contacts. The rust-proofing member is made of a rust-resistant material.
    • 传动轴的支撑装置包括固定在车体的地板部件上的环形支架; 设置在所述环形支架中的环状弹性部件; 环形支撑结构,设置在环形弹性构件中,并通过滚珠轴承单元可旋转地支撑传动轴的圆柱形给定部分; 以及环形密封构件,密封地设置在限定在环形支撑结构和螺旋桨轴的圆柱形给定部分之间的环形空间中。 环形密封构件的外圆柱形表面和内圆柱形表面中的一个与环形支撑结构的内圆柱形表面和螺旋桨轴的圆柱形给定部分的外圆柱形表面之间的滑动接触。 进一步设置防锈构件,该防锈构件设置在环形支撑结构的内圆柱形表面和传动轴的圆柱形给定部分的外圆柱形表面中的任何一个上, 环形密封件直接滑动接触。 防锈构件由防锈材料制成。
    • 4. 发明授权
    • Power transmission shaft and propeller shaft for vehicle
    • 用于车辆的传动轴和传动轴
    • US08142294B2
    • 2012-03-27
    • US12437701
    • 2009-05-08
    • Yasushi AkitaYoshimichi TakanoNoriyuki OnihashiHiromichi Komai
    • Yasushi AkitaYoshimichi TakanoNoriyuki OnihashiHiromichi Komai
    • F16C3/02
    • F16D3/387F16D1/0852
    • A power transmitting shaft includes a coupling member, a cylindrical intermediate member, a tube member and an increased diameter portion. The coupling member connects to a counterpart. The cylindrical intermediate member is on a side of one end of the coupling member and has a mechanical strength larger than that of the coupling member. The tube member has one end portion connected to either one of an inner circumferential portion of the intermediate member and an outer circumferential portion of the intermediate member. The increased diameter portion is on one end portion of the intermediate member which is opposed to the one end of the coupling member in an axial direction of the power transmitting shaft. The increased diameter portion is connected with the one end of the coupling member in the axial direction.
    • 动力传递轴包括联接构件,圆柱形中间构件,管构件和增大直径部分。 联接构件连接到对应物。 圆柱形中间构件位于联接构件的一端的一侧,并且具有大于联接构件的机械强度的机械强度。 管构件具有连接到中间构件的内周部分和中间构件的外周部分中的任一个的一个端部。 所述直径增大部分在所述中间构件的与所述联接构件的一端在所述动力传递轴的轴向方向相对的一端部上。 增大的直径部分在连接件的一端沿轴向连接。
    • 5. 发明申请
    • SUPPORT DEVICE FOR SUPPORTING PROPELLER SHAFT AND PROPELLER SHAFT ITSELF
    • 支撑螺旋桨轴和螺旋桨轴的支撑装置
    • US20080293502A1
    • 2008-11-27
    • US12126233
    • 2008-05-23
    • Masanori OinumaHidekazu AokiTakahiro KurohaTakayuki YokotaHiromichi KomaiYoshimichi Takano
    • Masanori OinumaHidekazu AokiTakahiro KurohaTakayuki YokotaHiromichi KomaiYoshimichi Takano
    • F16D3/84F16D3/02
    • F16C27/066F16C19/06F16C33/76F16C35/047F16C2326/06
    • A support device of a propeller shaft comprises an annular bracket fixed to a floor member of a vehicle body; an annular elastic member disposed in the annular bracket; an annular supporting structure disposed in the annular elastic member and rotatably supporting a cylindrical given portion of the propeller shaft through a ball bearing unit; and an annular seal member intimately disposed in an annular space defined between the annular supporting structure and the cylindrical given portion of the propeller shaft. One of outer and inner cylindrical surfaces of the annular seal member is in slidable contact with either one of an inner cylindrical surface of the annular supporting structure and an outer cylindrical surface of the cylindrical given portion of the propeller shaft. A rust-proofing member is further provided, which is disposed on either one of the inner cylindrical surface of the annular supporting structure and the outer cylindrical surface of the cylindrical given portion of the propeller shaft, to which the outer or inner cylindrical surface of the annular seal member directly and slidably contacts. The rust-proofing member is made of a rust-resistant material.
    • 传动轴的支撑装置包括固定在车体的地板部件上的环形支架; 设置在所述环形支架中的环状弹性部件; 环形支撑结构,设置在环形弹性构件中,并通过滚珠轴承单元可旋转地支撑传动轴的圆柱形给定部分; 以及环形密封构件,密封地设置在限定在环形支撑结构和螺旋桨轴的圆柱形给定部分之间的环形空间中。 环形密封构件的外圆柱形表面和内圆柱形表面中的一个与环形支撑结构的内圆柱形表面和螺旋桨轴的圆柱形给定部分的外圆柱形表面之间的滑动接触。 进一步设置防锈构件,该防锈构件设置在环形支撑结构的内圆柱形表面和传动轴的圆柱形给定部分的外圆柱形表面中的任何一个上, 环形密封件直接滑动接触。 防锈构件由防锈材料制成。
    • 8. 发明授权
    • Method of printing colored image and apparatus suitable therefor
    • 打印彩色图像的方法和适合其的设备
    • US5369421A
    • 1994-11-29
    • US016089
    • 1993-02-10
    • Hidenori TomonoYasuo KatanoHiromichi Komai
    • Hidenori TomonoYasuo KatanoHiromichi Komai
    • B41M5/00B41C1/00B41C1/10B41L19/00B41M5/34B41M5/398
    • B41M5/398B41C1/1041B41M5/345
    • A recording method in which a liquid adhesion region and a liquid non-adhesion region of a surface of a material are utilized in a recording process. A latent image is formed by applying a heat onto portions of recording material. The recording material includes a surface having a receding contact angle, which receding contact angle decreases either when a temperature of the surface becomes more than a predetermined temperature in a condition where the surface is in contact with a liquid or when the surface is made to come in contact with a liquid in a condition where the temperature of the surface is at or exceeds a predetermined temperature. A plurality of visible color images corresponding to the latent image are formed by causing the surface come into contact with a recording agent containing a coloring agent and a fine powder of the recording material, each color image except for the color image formed first being formed on a layer formed of fine powder contained in a previously applied recording agent. The visible color images on the recording material are transferred onto a recording paper.
    • 一种记录方法,其中在记录过程中利用材料表面的液体粘附区域和液体非粘附区域。 通过在记录材料的部分上施加热而形成潜像。 记录材料包括具有后退接触角的表面,当表面与液体接触的状态或当表面与液体接触时,当表面的温度变得超过预定温度时,后退接触角减小 在表面温度等于或超过预定温度的条件下与液体接触。 通过使表面与包含着色剂和记录材料的细粉末的记录剂接触来形成与潜像对应的多个可见彩色图像,除了首先形成的彩色图像之外的每个彩色图像形成在 由预先使用的记录剂中所含的细粉末形成的层。 记录材料上的可见彩色图像被转印到记录纸上。