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    • 3. 发明申请
    • Screw Device And Method Of Manufacturing The Same
    • 螺丝装置及其制造方法
    • US20070209465A1
    • 2007-09-13
    • US11547804
    • 2005-04-08
    • Takeki ShiraiYuji Tachikake
    • Takeki ShiraiYuji Tachikake
    • F16H25/22
    • F16H25/2223B23G1/02B23G2210/04F16H25/24F16H2025/2481Y10T74/19702
    • A screw device is provided with a screw shaft 5 formed, on an outer peripheral surface thereof, with a ball member rolling groove 6 in form of spiral, a nut 1 formed, on an inner peripheral surface thereof, with at least single one-turn of groove 4 constituted by a loaded ball rolling groove 2 having a partial circle less than one circle of groove and corresponding to the ball rolling groove 6 of the screw shaft and a ball circulation groove 3 connecting one and other ends of the loaded ball rolling grove 2, and a plurality of balls arranged and accommodated between the ball rolling groove 6 of the screw shaft 5 and the loaded ball rolling groove 2 and the ball circulation groove 3 of the nut 1. The loaded ball rolling groove 2 and the ball circulation groove 3 of the nut 1 are formed by cutting the inner peripheral surface of the nut which was preliminarily heat-treated. According to the screw device thus formed, the positional relationship between the loaded ball rolling groove and the ball circulation groove can be precisely set.
    • 螺杆装置具有在其外周面上形成有螺旋形的滚珠构件滚动槽6的螺杆轴5,在其内周面上形成有至少一个单圈的螺母1 槽4由具有小于一个圆的部分圆的负载滚珠滚动槽2构成,并且对应于螺杆轴的滚珠滚动槽6以及连接加载的滚珠滚筒的一端和另一端的滚珠循环槽3 螺杆轴5的滚珠滚珠6与滚珠滚珠滚珠2的滚珠滚珠槽6和螺母1的滚珠循环槽3之间形成多个滚珠。 螺母1的负载滚珠滚动槽2和滚珠循环槽3通过切割预先进行了热处理的螺母的内周面而形成。 根据这样形成的螺丝装置,可以精确地设定负载滚珠滚珠槽与滚珠循环槽之间的位置关系。
    • 4. 发明申请
    • SCREW THREAD CUTTING APPARATUS AND METHOD
    • 螺丝切割设备和方法
    • US20060150393A1
    • 2006-07-13
    • US11372530
    • 2006-03-10
    • Gary WeiseRichard Kesl
    • Gary WeiseRichard Kesl
    • B23P13/04B23C3/32
    • B23G5/182B23G2200/10B23G2200/145B23G2210/04B23G2210/08B23Q3/067Y10T29/49995Y10T407/1906Y10T408/906Y10T409/300112Y10T409/300504Y10T409/30056Y10T409/303808
    • A thread cutting milling tool comprises a shank with a working portion formed with a recess for receiving a thread cutting insert. The thread cutting insert has one edge formed with a line of thread-form teeth of identical profile. The thread cutting teeth project laterally for cutting engagement with a work-piece while the tool spins about its axis. The tool also orbits within or about a work piece, and in one orbit of the tool in a helical cutting path relative to the work piece a number of complete turns of the screw-thread are formed which is equal to the number of teeth of the insert in engagement with the work-piece. A secondary cutter carried on the thread cutting milling tool provides for formation of a pilot portion or counter bore on the work piece at an end of the screw thread. The pilot portion or counter bore provides for alignment of a threaded member which is to engage the screw thread. Also, the secondary cutter provides for formation of a blunt or scalloped full-thread starting end for the screw thread at the pilot portion. The blunt starting end for the screw thread is robust, resists damage, and resists cross threading.
    • 螺纹切削铣刀包括具有形成有用于接收螺纹切削刀片的凹部的工作部分的柄。 螺纹切削刀片具有形成有相同轮廓的线形齿线的一个边缘。 螺纹切割齿横向突出,用于在工具绕其轴线旋转时与工件切割接合。 该工具还在工件内或周围轨道运动,并且在相对于工件的螺旋切割路径中的工具的一个轨道中,形成多个螺纹的完整匝数,其等于 插入与工件接合。 螺纹切削铣刀上承载的二次切割刀具可在螺纹端部形成工件上的先导部分或反向孔。 导向部分或反向孔提供与螺纹接合的螺纹部件的对准。 此外,二次切割器提供在导向部分处形成用于螺纹的钝的或扇形的全螺纹起始端。 螺纹的起始端钝,坚固耐磨损,防止交叉螺纹磨损。
    • 6. 发明授权
    • Method of tapping on a press, and apparatus for implementing the method
    • 在压机上敲击的方法,以及用于实施该方法的装置
    • US4761100A
    • 1988-08-02
    • US907814
    • 1986-09-16
    • Jacques Maillard
    • Jacques Maillard
    • B23G1/48B23G3/00
    • B23G1/48B23G3/005B23G2210/04Y10T29/50Y10T408/03Y10T408/65Y10T408/6757
    • Tapping apparatus comprising: a body (5) suitable for being mounted on a moving element (4) of a press; a system of multiplying gears (14) having their axes parallel to the direction (F) of motion of said element, and placed on said body; a motion transforming device having a large pitch screw (26) and nut (27) for transforming the linear stroke of said element into a rotary motion which is applied to a first gear wheel of the system; and a tapping head (18) which is rotated by the last gear wheel (17) of the system and which is driven in translation by the body, said head comprising a fixed casing (32), a spindle (36) which pivots in said casing and is rotated by the last gear wheel (17) and a tool-carrying clamp (51) which is rotated by the spindle and which is capable of longitudinal displacement against pneumatic return means (F.sub.d) of adjustable force.Applicable to machine tools.
    • 攻丝装置包括:适于安装在压机的移动元件(4)上的主体(5) 将其轴线平行于所述元件的运动方向(F)并放置在所述主体上的齿轮(14)的系统; 具有大节距螺钉(26)和螺母(27)的运动变换装置,用于将所述元件的线性行程转换成施加到系统的第一齿轮的旋转运动; 和由所述系统的最后一个齿轮(17)旋转并由主体平移的攻丝头(18),所述头部包括固定壳体(32),主轴(36),其在所述主体 并且由最后的齿轮(17)和由主轴旋转的工具承载夹具(51)旋转,并且能够与可调力的气动返回装置(Fd)纵向移动。 适用于机床。
    • 8. 发明授权
    • Tapping tool
    • 打包工具
    • US3653780A
    • 1972-04-04
    • US3653780D
    • 1969-12-10
    • SALVATORE AMMATUNA
    • AMMATUNA SALVATORE
    • B23G1/48B23G1/00B23B23/04
    • B23G1/48B23G2210/04Y10T82/2568Y10T408/96
    • A manually actuatable tapping tool for use with a conventional threading tap, polysided at one end for a common hand stock having the usual conical sided recess or point on the axially facing surface of said end, said tool having a tubular sleeve for clamping within a chuck on a milling machine, drill press, lathe, and the like. A spindle reciprocable within said sleeve has a projecting end complementarily formed relative to said recess or point for engagement therewith for holding and aligning said tap and spindle, and a compressible spring around said spindle reacts between a radial projection on said tap and said sleeve to yieldably maintain said alignment and the engagement between said tap and spindle, when said sleeve is clamped within said chuck and the cutting end of the tap is in a hole to be threaded and when said spring is compressed.
    • 一种用于常规螺纹丝锥的可手动致动的攻丝工具,其一端在一端聚合用于普通的手柄,其具有在所述端部的轴向面向的表面上的通常的圆锥形侧面凹部或点,所述工具具有用于夹紧在卡盘内的管状套筒 在铣床,钻床,车床等上。 在所述套筒内可往复运动的主轴具有相对于所述凹部或点互补形成的突出端,用于与其接合以保持和对准所述丝锥和心轴,并且围绕所述心轴的可压缩弹簧在所述丝锥上的径向突起与所述套筒之间起反应 当所述套筒夹在所述卡盘内时,保持所述对准和所述龙头和所述主轴之间的接合,并且所述龙头的切割端处于要被螺纹的孔中以及当所述弹簧被压缩时。
    • 9. 发明申请
    • Screw thread cutting apparatus and method
    • 螺纹切割装置及方法
    • US20050286984A1
    • 2005-12-29
    • US10877854
    • 2004-06-25
    • Gary WeiseRichard Kesl
    • Gary WeiseRichard Kesl
    • B23C3/32B23G5/18B23Q3/06
    • B23G5/182B23G2200/10B23G2200/145B23G2210/04B23G2210/08B23Q3/067Y10T29/49995Y10T407/1906Y10T408/906Y10T409/300112Y10T409/300504Y10T409/30056Y10T409/303808
    • A thread cutting milling tool comprises a shank with a working portion formed with a recess for receiving a thread cutting insert. The thread cutting insert has one edge formed with a line of thread-form teeth of identical profile. The thread cutting teeth project laterally for cutting engagement with a work-piece while the tool spins about its axis. The tool also orbits within or about a work piece, and in one orbit of the tool in a helical cutting path relative to the work piece a number of complete turns of the screw-thread are formed which is equal to the number of teeth of the insert in engagement with the work-piece. A secondary cutter carried on the thread cutting milling tool provides for formation of a pilot portion or counter bore on the work piece at an end of the screw thread. The pilot portion or counter bore provides for alignment of a threaded member which is to engage the screw thread. Also, the secondary cutter provides for formation of a blunt or scalloped full-thread starting end for the screw thread at the pilot portion. The blunt starting end for the screw thread is robust, resists damage, and resists cross threading.
    • 螺纹切削铣刀包括具有形成有用于接收螺纹切削刀片的凹部的工作部分的柄。 螺纹切削刀片具有形成有相同轮廓的线形齿线的一个边缘。 螺纹切割齿横向突出,用于在工具绕其轴线旋转时与工件切割接合。 该工具还在工件内或周围轨道运动,并且在相对于工件的螺旋切割路径中的工具的一个轨道中,形成多个螺纹的完整匝数,其等于 插入与工件接合。 螺纹切削铣刀上承载的二次切割刀具可在螺纹端部形成工件上的先导部分或反向孔。 导向部分或反向孔提供与螺纹接合的螺纹部件的对准。 此外,二次切割器提供在导向部分处形成用于螺纹的钝的或扇形的全螺纹起始端。 螺纹的起始端钝,坚固耐磨损,防止交叉螺纹磨损。
    • 10. 发明授权
    • Shank removal tool for a carburetor
    • 用于化油器的柄卸除工具
    • US06643904B1
    • 2003-11-11
    • US10173090
    • 2002-06-17
    • James D. Hedspeth
    • James D. Hedspeth
    • B23P1904
    • B25B27/06B23G1/48B23G2210/04B25B27/062Y10T29/53883Y10T29/53943Y10T29/53952
    • A shank removal tool for removing a shank from a carburetor includes a sleeve having a substantially closed back end, a substantially open front end, and a perimeter wall defining an interior. The back end has a hole. A threading member has a front end portion being positioned in the sleeve and a back end portion extending from the interior of the sleeve through the hole. Tapping threads are formed on the threading member. An engaging structure is mounted on the back end portion of the threading member. The black end portion is rotatable in the hole with respect to the sleeve for permitting rotational movement of the threading member with respect to the sleeve by the engaging structure. Also, the back end portion of the threading member is axially slidable through the hole of the sleeve for permitting axial movement of the threading member with respect to the sleeve.
    • 用于从化油器移除柄的柄卸除工具包括具有基本封闭的后端,基本上敞开的前端和限定内部的周边壁的套筒。 后端有一个洞。 穿线构件具有定位在套筒中的前端部分和从套筒内部延伸穿过孔的后端部分。 在螺纹构件上形成攻丝。 一个接合结构安装在该螺纹构件的后端部分上。 黑色端部可相对于套筒在孔中旋转,以允许穿线构件通过接合结构相对于套筒的旋转运动。 此外,穿线构件的后端部分可以通过套筒的孔轴向滑动,以允许穿线构件相对于套筒的轴向移动。