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    • 1. 发明授权
    • Boring device
    • 镗孔装置
    • US4820088A
    • 1989-04-11
    • US82351
    • 1987-08-06
    • Yasumasa OokiOsamu AsanoToshio Mikiya
    • Yasumasa OokiOsamu AsanoToshio Mikiya
    • B23B47/34B23B47/00
    • B23B47/34Y10T408/23Y10T74/18024
    • A boring device includes a casing and an upwardly biased tool spindle supported in the casing so as to move in a feed direction and a return direction opposite thereto. A first thrust ring with a track surface is disposed coaxial with the tool spindle and is fixed thereto. A second thrust ring with a track surface is also disposed coaxial with the tool spindle and fixed to the casing such that the track surfaces of the first and second thrust rings face each other. A rolling element retaining ring is provided coaxially with the tool spindle between the first and second thrust rings and has bores circumferentially arranged at predetermined angular intervals. Rolling elements are fitted in the bores of the rolling element retaining ring such that the rolling elements roll on the track surfaces of the first and second thrust rings. Receptacles complementary to the bores are formed in the track surface of the first thrust member. A coupling mechanism is provided to allow the rolling element retaining member to directly or operatively engage with the second thrust ring and disengage therefrom.
    • 钻孔装置包括壳体和支撑在壳体中的向上偏置的工具主轴,以便沿进给方向和与其相反的返回方向移动。 具有轨道表面的第一推力环与工具主轴同轴设置并固定在其上。 具有轨道表面的第二推力环也与工具主轴同轴设置并固定到壳体,使得第一和第二推力环的轨道表面彼此面对。 滚动元件保持环与第一和第二止推环之间的工具主轴同轴地设置并且具有以预定的角度间隔周向地布置的孔。 滚动元件安装在滚动元件保持环的孔中,使得滚动元件在第一和第二推力环的轨道表面上滚动。 与第一推动构件的轨道表面形成与孔相互补充的插座。 提供联接机构以允许滚动元件保持构件与第二止推环直接或可操作地接合并与其分离。
    • 2. 发明授权
    • Boring device
    • 镗孔装置
    • US4854787A
    • 1989-08-08
    • US203292
    • 1988-06-02
    • Yasumasa OokiOsamu AsanoToshio Mikiya
    • Yasumasa OokiOsamu AsanoToshio Mikiya
    • B23B47/34
    • B23B47/34Y10T408/23Y10T74/18024
    • A boring device has a spindle moving mechanism which retards a tool spindle when the spindle rotates through a predetermined angle. The mechanism has coaxial first and second thrust rings. Thrust balls are disposed between the thrust rings in rolling contact therewith. A retaining element holds the thrust balls such that they keep constant circumferential spaces therebetween. The first thrust ring is fixed to the tool spindle and has recesses in the surface facing the second thrust ring. The second thrust ring is fixed to the casing of the boring device. As the first thrust ring is rotated by the tool spindle, the thrust balls are fitted in the respective recesses, whereby the tool retards by the amount equal to the depth of the recesses. Then, cutting edges of a cutter is separated from the face of a workpiece which is being cut, and a continuous chip is broken into pieces having a predetermined length and is removed from a hole being formed.
    • 镗孔装置具有主轴移动机构,当主轴旋转预定角度时,主轴移动机构延迟工具主轴。 该机构具有同轴的第一和第二推力环。 推力球设置在与其滚动接触的推力环之间。 保持元件保持推力球,使得它们之间保持恒定的周向空间。 第一推力环固定在工具主轴上并且在面向第二推力环的表面中具有凹槽。 第二止推环固定在钻孔装置的外壳上。 当第一推力环由工具主轴旋转时,推力球装配在相应的凹部中,由此工具延迟等于凹槽深度的量。 然后,切割器的切割刃与被切割的工件的表面分离,并且将连续的切屑分解成具有预定长度的片,并从形成的孔中移除。
    • 3. 发明授权
    • Boring device
    • 镗孔装置
    • US4770569A
    • 1988-09-13
    • US82339
    • 1987-08-06
    • Yasumasa OokiOsamu AsanoToshio Mikiya
    • Yasumasa OokiOsamu AsanoToshio Mikiya
    • B23B47/34
    • B23B47/34Y10T408/23Y10T74/18024
    • A boring device has a spindle moving mechanism which retards a tool spindle when the spindle rotates through a predetermined angle. The mechanism has coaxial first and second thrust rings. Thrust balls are disposed between the thrust rings in rolling contact therewith. A retaining element holds the thrust balls such that they keep constant circumferential spaces therebetween. The first thrust ring is fixed to the tool spindle and has recesses in the surface facing the second thrust ring. The second thrust ring is fixed to the casing of the boring device. As the first thrust ring is rotated by the tool spindle, the thrust balls are fitted in the respective recesses, whereby the tool retards by the amount equal to the depth of the recesses. Then, cutting edges of a cutter is separated from the face of a workpiece which is being cut, and a continuous chip is broken into pieces having a predetermined length and is removed from a hole being formed.
    • 镗孔装置具有主轴移动机构,当主轴旋转预定角度时,主轴移动机构延迟工具主轴。 该机构具有同轴的第一和第二推力环。 推力球设置在与其滚动接触的推力环之间。 保持元件保持推力球,使得它们之间保持恒定的周向空间。 第一推力环固定在工具主轴上并且在面向第二推力环的表面中具有凹槽。 第二止推环固定在钻孔装置的外壳上。 当第一推力环由工具主轴旋转时,推力球装配在相应的凹部中,由此工具延迟等于凹槽深度的量。 然后,切割器的切割刃与被切割的工件的表面分离,并且将连续的切屑分解成具有预定长度的片,并从形成的孔中移除。
    • 4. 发明授权
    • Boring device
    • 镗孔装置
    • US4793746A
    • 1988-12-27
    • US186228
    • 1988-04-26
    • Yasumasa OokiOsamu AsanoToshio Mikiya
    • Yasumasa OokiOsamu AsanoToshio Mikiya
    • B23B47/34
    • B23B47/34Y10T408/23Y10T74/18024
    • A boring device includes a casing and an upwardly biased tool spindle supported in the casing so as to move in a feed direction and a return direction opposite thereto. A first thrust ring with a track surface is disposed coaxial with the tool spindle and is fixed thereto. A second thrust ring with a track surface is also disposed coaxial with the tool spindle and fixed to the casing such that the track surfaces of the first and second thrust rings face each other. A rolling element retaining ring is provided coaxially with the tool spindle between the first and second thrust rings and has bores circumferentially arranged at predetermined angular intervals. Rolling elements are fitted in the bores of the rolling element retaining ring such that the rolling elements roll on the track surfaces of the first and second thrust rings. Receptacles complementary to the bores are formed in the track surface of the first thrust member. A coupling mechanism is provided to allow the rolling element retaining member to directly or operatively engage with the second thrust ring and disengage therefrom.
    • 钻孔装置包括壳体和支撑在壳体中的向上偏置的工具主轴,以便沿进给方向和与其相反的返回方向移动。 具有轨道表面的第一推力环与工具主轴同轴设置并固定在其上。 具有轨道表面的第二推力环也与工具主轴同轴设置并固定到壳体,使得第一和第二推力环的轨道表面彼此面对。 滚动元件保持环与第一和第二止推环之间的工具主轴同轴地设置并且具有以预定的角度间隔周向地布置的孔。 滚动元件安装在滚动元件保持环的孔中,使得滚动元件在第一和第二推力环的轨道表面上滚动。 与第一推动构件的轨道表面形成与孔相互补充的插座。 提供联接机构以允许滚动元件保持构件与第二止推环直接或可操作地接合并与其分离。
    • 7. 发明授权
    • Fluid coupler
    • 流体耦合器
    • US06792974B2
    • 2004-09-21
    • US10690640
    • 2003-10-23
    • Toshio MikiyaHiroyuki Kitagawa
    • Toshio MikiyaHiroyuki Kitagawa
    • F16L3734
    • F16L37/34Y10T137/87949
    • In a second stage of the insertion of a male coupler 1 into a female couple 2, a stationary valve member 5 of the female coupler 1 moves a secondary movable valve member 47 of the male coupler 2 rearwards relative to a primary movable valve member 38 of the same so that the front end portion of the stationary valve member 5 advances into the front end portion of the primary movable valve member 38 and, thus, the interior surface of the front end portion of the primary movable valve member 38 covers and sealingly engages a first sealing ring 13 provided on an outer peripheral portion of the front end portion of the stationary valve member 5 and, simultaneously, a front end portion of a cylindrical coupler body 31 of the male coupler overlaps the exterior surface of the front end portion of the movable valve member 15 of the female coupler so that a second sealing ring 36 provided on the interior surface of the cylindrical coupler body is covered and sealingly engaged by the exterior surface of the movable valve member 15. In a final stage of the insertion, the female and male couplers are connected with each other with the first and second sealing rings being kept covered by the front end portions of the primary movable valve member 38 and the movable valve member 15, respectively.
    • 在将阳联接器1插入阴联接件2的第二阶段中,阴联接器1的固定阀构件5相对于主可动阀构件38向后移动阳连接器2的辅助可动阀构件47 相同,使得固定阀构件5的前端部前进到主可动阀构件38的前端部,因此,主可动阀构件38的前端部的内表面覆盖并密封地接合 设置在固定阀构件5的前端部的外周部上的第一密封环13,同时,阳连接器的圆筒形联接器主体31的前端部与第二密封环13的前端部的外表面重叠 阴联接器的可移动阀构件15,使得设置在圆柱形联接器主体的内表面上的第二密封环36被外部覆盖和密封地接合 在可移动阀构件15的表面上。在插入的最后阶段,阴和阳耦合器彼此连接,第一和第二密封环保持被主可动阀构件38的前端部分覆盖,并且 可移动阀构件15。
    • 10. 发明授权
    • Massage-action shower head and massaging/shower apparatus
    • 按摩动作花洒和按摩/淋浴设备
    • US4933999A
    • 1990-06-19
    • US281751
    • 1988-12-09
    • Toshio MikiyaKuniaki Shibuya
    • Toshio MikiyaKuniaki Shibuya
    • B05B1/16B05B1/18B05B3/04B05B15/06
    • B05B3/04B05B1/1636B05B1/18B05B15/061
    • A massage-action shower head comprising a housing provided with a hot water entrance, a plurality of bores through which hot water is showered and a hole through which mixture of hot water and air is jetted, a first passage line formed in said housing and being capable of communicating the hot water entrance with the plural hot water showering bores, a second passage line formed in said housing and being capable of communicating the hot water entrance with the hot water jetting hole, an air introducing means provided in said housing to supply air from outside to said second passage line, and a changeover means provided under water for communicating said hot water entrance with at least one of the first and second passage lines.
    • 一种按摩动作式淋浴喷头,其特征在于,具有设置有热水入口的壳体,喷射有热水的多个孔和喷射有热水和​​空气的混合物的孔,形成在所述壳体中的第一通道, 能够将热水入口与多个热水淋浴孔连通,形成在所述壳体中并且能够将热水入口与热水喷射孔连通的第二通道线,设置在所述壳体中以供应空气的空气引入装置 以及设置在水下的切换装置,用于使所述热水入口与所述第一和第二通道中的至少一个相通。