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    • 31. 发明申请
    • Device for generating pulsating movements
    • 用于产生脉动运动的装置
    • US20060166612A1
    • 2006-07-27
    • US10552648
    • 2003-04-10
    • Markus Fritschi
    • Markus Fritschi
    • B02B5/02B24B31/00
    • B01F11/0097F16H21/46F16H2035/003
    • A device generating pulsed motions comprises: (A) two parallel shafts (3; 4) each having a longitudinal axis (5; 6), a rear end (7; 8) and a front end (9; 10), (B) a gear unit (2) comprising at least two gears (20; 21) where at least two gears (20) are oval gears and each gear (20; 21) is connected to a rear end (7; 8) of the two shafts (3; 4), (C) two arcuate drive levers (30; 31) each having a first end (32; 33) and at least one second end (34; 35), where each first end (32; 33) of the drive levers (30; 31) is connected to one front end (9; 10) of the two shafts (3; 4) in rotatable manner about a first axis of rotation (11; 12), and (E) a drive body (40) which is connected to the second ends (34; 35) of the drive levers (30; 31) in rotatable manner about two second axes of rotation (13; 14), where (F) the drive body (40) is a polysomic body.
    • 产生脉冲动作的装置包括:(A)两个平行的轴(3; 4),每个具有纵轴(5; 6),后端(7; 8)和前端(9; 10) 包括至少两个齿轮(20; 21)的齿轮单元(2),其中至少两个齿轮(20)是椭圆形齿轮,并且每个齿轮(20; 21)连接到两个轴的后端(7; 8) (3; 4),(C)两个分别具有第一端(32; 33)和至少一个第二端(34; 35)的弓形驱动杆(30; 31),其中每个第一端(32; 33) 驱动杆(30; 31)围绕第一旋转轴线(11; 12)以可旋转的方式连接到两个轴(3; 4)的一个前端(9; 10),(E)驱动体 (40)是以可旋转的方式连接到所述驱动杆(30; 31)的第二端(34; 35)上的,围绕两个第二旋转轴线(13; 14)的驱动体(40),其中(F) 多体体。
    • 32. 发明授权
    • Barrel polishing device
    • 桶抛光装置
    • US06962522B1
    • 2005-11-08
    • US10844207
    • 2004-05-12
    • Shuji KawasakiNaomichi OtaniKazuo YamaguchiAkira Yokoyama
    • Shuji KawasakiNaomichi OtaniKazuo YamaguchiAkira Yokoyama
    • B24B19/00B24B31/00
    • B24B31/003
    • A barrel polishing device for polishing a workpiece having a relatively complicated shape such as a vehicle wheel. The barrel polishing device comprises a polishing medium storage tank for storing polishing media, a base, a workpiece supporting shaft mounted on the base, and a workpiece detachably mounted on a tip part of the workpiece supporting shaft, the polishing media stored in the polishing medium storage tank being flowed by an appropriate means, and the workpiece supporting shaft being disposed so that a front side of the workpiece opposes the flow of the polishing media, the workpiece supporting shaft being rotated about an axis thereof, and a baffle member being placed in the vicinity of a back side of the workpiece.
    • 一种用于抛光具有相对复杂形状的工件的滚筒抛光装置,例如车轮。 滚筒抛光装置包括用于存储抛光介质的抛光介质储罐,基座,安装在基座上的工件支撑轴以及可拆卸地安装在工件支撑轴的尖端部分上的工件,抛光介质存储在抛光介质中 存储罐通过适当的装置流动,并且工件支撑轴被设置成使得工件的前侧与抛光介质的流动相对,工件支撑轴绕其轴线旋转,并且挡板构件被放置在 工件背面附近。
    • 35. 发明授权
    • Hand-held endless belt abrading machine
    • 手持式无端带磨床
    • US06916235B2
    • 2005-07-12
    • US10885836
    • 2004-07-07
    • Toshio MikiyaTakashi ChibaAtsushi MiuraKeiichi Murakami
    • Toshio MikiyaTakashi ChibaAtsushi MiuraKeiichi Murakami
    • B24B21/20B24B23/06B24B31/00
    • B24B21/20B24B23/06
    • A hand-held endless belt abrading machine comprises a base portion and a main portion, which portion is rotatable relative to the base portion around an axis extending in a forward and rearward direction of the abrading machine. The main portion comprises an air motor having a rotational shaft extending in a direction transverse to the abrading machine and projecting from the left end of the air motor, so that an abrading endless belt assembly drivingly connected to the output shaft is positioned to the left relative to the motor and the base portion which is held by a hand of an operator. When a left-handed person uses the abrading machine, the main portion is turned 180° relative to the base portion to shift the abrading endless belt assembly to the right relative to the base portion, thereby enabling the operator to readily observe the abrading belt assembly in operation.
    • 手持式环形带研磨机包括基部和主要部分,该部分相对于基部围绕沿研磨机的前后方向延伸的轴线可旋转。 主要部分包括具有旋转轴的气动马达,旋转轴沿横向于研磨机的方向延伸并从空气马达的左端突出,使得驱动地连接到输出轴的研磨环形带组件位于左侧相对 通过操作者的手握住马达和基座部分。 当左撇子使用研磨机时,主部分相对于基部转动180°,使研磨的环形带组件相对于基部向右移动,从而使操作者能够容易地观察研磨带组件 在运行。
    • 38. 发明授权
    • Machine for finishing nonmagnetic components
    • 非磁性零件整理机
    • US6080052A
    • 2000-06-27
    • US186709
    • 1998-11-05
    • Juan Gaig RenterJose Gimenez VidalJavier Gaig Gomez
    • Juan Gaig RenterJose Gimenez VidalJavier Gaig Gomez
    • B24B31/00
    • B24B31/00
    • On a conventional chassis (10) forming a rigid structure there is mounted an electromotor (12) whose rotary shaft is coupled to a reducer (13) whose output end (14) is secured via suitable means to a flat (23); on this chassis (10) there is a stationary cylinder (15) on whose lateral surface (15a) there are magnets (16-17); inside (15) there is tank (18) which rotates through the action of the shaft of the reducer (13), small flanges (30) being located on the end wall (18a) of (18), a support (25) with arms (24), from which iron chains (32) hang, being arranged on the threaded column (27), the machine being intended for the polishing and cleaning of nonmagnetic materials of the type used in jewelry, such as gold, silver, alloys thereof and the like.
    • 在形成刚性结构的常规底架(10)上安装有电动机(12),其旋转轴联接到减速器(13),其减速器(13)的输出端(14)通过合适的装置固定到平板(23)上; 在该底盘(10)上有一个固定圆筒(15),其侧表面(15a)上有磁铁(16-17); 在内部(15)中存在通过减速器(13)的轴的作用旋转的罐(18),位于(18)的端壁(18a)上的小凸缘(30),具有 铁杆(32)挂在其上的臂(24)布置在螺纹柱(27)上,该机器用于抛光和清洁用于珠宝的类型的非磁性材料,例如金,银,合金 其等。
    • 40. 发明授权
    • Abrasive polished canalicular implant
    • 研磨抛光小管植入物
    • US5766243A
    • 1998-06-16
    • US690052
    • 1996-07-31
    • James Marlow ChristensenWillis Joseph Bruns
    • James Marlow ChristensenWillis Joseph Bruns
    • A61F9/007B24B31/00A61F2/14
    • B29C37/02A61F9/00772B24B31/00Y10S623/90
    • A canalicular implant for insertion through the punctum of the eye and the method of manufacture. The implant is fabricated by cutting suture-like material, such as catgut, of the appropriate diameter to the desired length. The ends of the implant are rounded and polished after cutting by abrasive polishing to remove any sharp edges and burrs formed by the cutting process. This produces an implant with various degrees of rounding at the ends depending on the duration and type of abrasive polishing used. The method of abrasive polishing may comprise tumble polishing, vibratory polishing, or other methods of agitation utilizing dry or wet media comprised of beads, forms, abrasive powders, or other similar substances or combinations of these media.
    • 用于插入眼泪的小管植入物和制造方法。 通过将具有适当直径的缝合线材料(例如肠)切割成所需长度来制造植入物。 植入物的端部通过研磨抛光切割后进行圆角和抛光,以消除由切割过程形成的任何尖锐边缘和毛刺。 根据使用的研磨抛光的持续时间和类型,在端部产生具有不同程度的圆化的植入物。 研磨抛光的方法可以包括使用由珠,形式,磨料粉末或其它类似物质或这些介质的组合构成的干或湿介质的滚筒抛光,振动抛光或其它搅拌方法。