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    • 4. 发明申请
    • Tapered roller bearing
    • 圆锥滚子轴承
    • US20070047865A1
    • 2007-03-01
    • US11508139
    • 2006-08-23
    • Eiichi NakamizoJunichi HattoriHideshi NishiwakiTatsuya OmotoMichio Hori
    • Eiichi NakamizoJunichi HattoriHideshi NishiwakiTatsuya OmotoMichio Hori
    • F16C33/58
    • F16C33/4635F16C19/364F16C33/4676F16C33/585F16C43/04F16C2220/04F16C2240/30F16C2240/34F16C2240/40F16C2240/70F16C2326/20
    • A plurality of tapered rollers are retained between an outer ring and an inner ring by a retainer so as to be circumferentially spaced apart from each other. The inner ring is formed with a raceway on its outer surface and includes a small-diameter flange and a large-diameter flange at the small- and large-diameter ends of the raceway, respectively. The retainer includes two annular portions and crossbars extending between the annular portions. Its radially inner surface is located radially inwardly of the pitch cone of the tapered rollers (conical surface defined by the axes of the tapered rollers) to increase the thickness of the crossbars as well as the axial thickness of the small-diameter annular portion. The rigidity of the retainer thus increases. The conical surface defined by the outer surfaces of the crossbars has an inclination angle that is greater than the central angle of the bearing to increase the volume of the crossbars, thereby further increasing the rigidity of the retainer, and also to increase the contact length between the tapered rollers and the crossbars, thereby stabilizing the rotation of the tapered rollers about the axis of the bearing.
    • 多个圆锥滚子通过保持器保持在外圈和内圈之间,以便彼此周向间隔开。 内圈在其外表面上形成有滚道,分别在滚道的小直径端部处包括小直径凸缘和大直径凸缘。 保持器包括在环形部分之间延伸的两个环形部分和横杆。 其径向内表面位于圆锥滚子的俯仰锥体的径向内侧(由圆锥滚子的轴线限定的圆锥形表面),以增加十字杆的厚度以及小直径环形部分的轴向厚度。 因此,保持器的刚性增加。 由十字杆的外表面限定的锥形表面具有大于轴承的中心角的倾斜角,以增加十字杆的体积,从而进一步提高保持器的刚性,并且还增加了保持器的刚度 圆锥滚子和十字杆,从而使圆锥滚子围绕轴承的轴线的旋转稳定。
    • 7. 发明授权
    • Artificial palate for use in dynamic palatographical speech researches
and improvements and method of fabricating the same
    • 用于动态口述语言研究和改进的人造腭及其制造方法
    • US4175338A
    • 1979-11-27
    • US837039
    • 1977-09-27
    • Kiyotoshi TakinishiJunichi Hattori
    • Kiyotoshi TakinishiJunichi Hattori
    • G09B21/00A61B5/042A61B5/053A61B5/11A61F5/58G09B19/04G09B23/32H05K1/00H05K3/00
    • A61B5/6852A61B5/0422A61B5/0534A61B5/682A61F5/58G09B23/32A61B2562/0209A61B2562/046H05K1/0393H05K3/0058Y10T29/49162Y10T29/49165
    • Improved artificial palate for use in dynamic palatographical speech researches and improvements in the method of fabricating such artificial palate are provided. The artificial palate comprises a shell body mold-formed with an electrically insulative plastic material in conformity with individual user's palate. A flexible insulative circuit board includes a plurality of sensing electrodes provided in the board over the area thereof and lead wires printed on both surfaces of the board for connecting the respective electrodes to terminals arranged on both surfaces of the board adjacent an edge thereof. The circuit board is embedded in the shell body exposing the sensing electrodes on the inner surface of the body to be in contact with user's tongue during the use. Insulation coated wires connect the electrode terminals to the exterior and form means for mounting the artificial palate in user's mouth when embedded in the plastic material contiguous to the shell body. In the fabricating method, the circuit board is preliminarily prepared in different sizes, a proper size of the circuit board is selected to be joined to the mold-formed shell body, and the plastic material is applied over the board to embed it in the body but exposing the sensing electrodes on the tongue contacting surface.
    • 提供了用于动态口述语言研究的改进的人造腭和制造这种人造腭的方法的改进。 人造腭包括壳体,其模具形成有电绝缘塑料材料,其符合个人用户的口味。 柔性绝缘电路板包括设置在其上的板上的多个感测电极和印刷在板的两个表面上的引线,用于将各个电极连接到布置在板的两个表面上的接近其边缘的端子。 电路板嵌入壳体内,使用时将身体内表面上的感应电极暴露在与使用者舌头接触的位置。 绝缘涂层线将电极端子连接到外部,并形成用于将人造腭安装在用户口腔中的装置,当嵌入与壳体相邻的塑料材料中时。 在制造方法中,电路板预先制备成不同的尺寸,选择适当尺寸的电路板与模制壳体接合,并将塑料材料涂覆在板上以将其嵌入本体 但是将感测电极暴露在舌接触表面上。
    • 9. 发明申请
    • Angular Contact Ball Bearing and Joint Assembly for a Robotic Arm
    • 角接触球轴承和机器臂的接头组件
    • US20090129713A1
    • 2009-05-21
    • US11988429
    • 2006-07-12
    • Junichi Hattori
    • Junichi Hattori
    • F16C33/58F16C33/32F16C33/66
    • F16C19/166B25J9/108B25J19/0062F16C19/183F16C19/184F16C19/505F16C19/548F16C33/585F16C2240/30F16C2240/34F16C2240/76
    • It is aimed to increase the rigidity of an angular contact ball bearing of the type in which each ball contacts at least one of the raceways at two points, improve the lubricating environment of the balls, reduce the weight of the bearing while maintaining wear resistance and rigidity of the balls, reduce the weight of the bearing while maintaining wear resistance of the balls, improve the radial rigidity and axial rigidity of the bearing in a balanced manner, or to supply a sufficient amount of lubricating oil into an internal area between the two contact points between each ball and the raceway.A counter portion 7 is formed. With each ball 6 in contact with the raceway at two points, a gap is present between the portion of the bearing ring at the bearing centerline C and each ball 6. The balls 6 may be ceramic balls. A coating for improving wear resistance may be applied to the balls. The contact angle of the contact point close to the bearing center line is set at 15 to 25°, while the contact angle of the contact point remote from the centerline C is set at 40 to 50°.
    • 其目的在于增加每个滚珠在两点与至少一个滚道接触的类型的角接触球轴承的刚度,改善滚珠的润滑环境,减小轴承的重量同时保持耐磨性, 球的刚性,同时保持滚珠的耐磨性,同时保持轴承的径向刚度和轴向刚度,平衡地提高轴承的重量,或者在两个内部区域之间提供足够量的润滑油 每个球和滚道之间的接触点。 形成有对置部7。 在每个球6在两点处与滚道接触的情况下,在轴承中心线C处的轴承环的部分和每个球6之间存在间隙。球6可以是陶瓷球。 用于改善耐磨性的涂层可以应用于球。 接触点接近轴承中心线的接触角设定为15〜25°,而远离中心线C的接触点的接触角设定为40°〜50°。
    • 10. 发明申请
    • Tapered roller bearing for a planetary rotary member
    • 用于行星旋转部件的圆锥滚子轴承
    • US20080193067A1
    • 2008-08-14
    • US12010633
    • 2008-01-28
    • Junichi HattoriMichio HoriEiichi NakamizoTsukasa Toyoda
    • Junichi HattoriMichio HoriEiichi NakamizoTsukasa Toyoda
    • F16C33/36
    • F16C33/46F16C19/364F16C19/543F16C33/565F16C33/6696F16C2361/61
    • A tapered roller bearing is proposed for supporting each of planetary rotary members that rotate about a common axis and their own axes. The tapered roller bearing includes an inner ring spacer provided adjacent to the small-diameter flange of the inner ring. The retainer retaining the tapered rollers in position includes small- and large-diameter annular portions and bridges connecting the two annular portions together. The retainer further includes a disk portion extending radially inwardly from the axially outer end of the small-diameter annular portion, and a third annular portion extending axially outwardly from the radially inner end of the disk portion. The third annular portion has a radially inner guided surface guided by the radially outer guiding surface of the inner ring spacer. A hardened surface layer and a lubricating film are formed on the radially outer guiding surface of the inner ring spacer.
    • 提出了一种圆锥滚子轴承,用于支撑围绕公共轴线和它们自己的轴线旋转的每个行星旋转部件。 圆锥滚子轴承包括邻近内圈的小直径凸缘设置的内圈隔离件。 将锥形滚子保持就位的保持器包括将两个环形部分连接在一起的小直径和大直径的环形部分和桥。 保持器还包括从小直径环形部分的轴向外端径向向内延伸的盘部分和从盘部分的径向内端轴向向外延伸的第三环形部分。 第三环形部分具有由内环间隔件的径向外部引导表面引导的径向内部引导表面。 在内环间隔件的径向外部引导表面上形成硬化表面层和润滑膜。