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    • 1. 发明公开
    • Machine with automatic assembling station for the installation of handles
    • Vorrichtung mit automatischer Montagestation zum Zusammenbauen von Griffen
    • EP1060828A2
    • 2000-12-20
    • EP00112639.0
    • 2000-06-15
    • Mei s.r.l.
    • Sonzogni, Stefano
    • B23P19/04B23P21/00E05B3/06
    • B23P21/006B23P19/04E05B3/06E05B17/0004
    • The invention is new handle assembly station comprising an expanding-inserting means provided with a square traction pin, a spring preloader, an excursion cam centering device, a snap ring opener. The snap ring opener opens the spring, the cam centering device makes it possible to position the cam as required, while the spring preloader brings the central end of the spring to the correct position and rotates the outer end of the spring, thus preloading the spring itself until it is coupled to a pin, the expanding-inserting means starts operating with the central conical pin opening the square traction pin, and immediately afterwards the pin is lowered to introduce the handle through the plate until it is inserted in the central end of the spring, in the excursion cam and in the snap ring, and finally the snap ring is released, so that it gets into the apposite groove provided on the handle and holds the plate, the spring and the cam onto the handle.
    • 本发明是一种新的手柄组装工位,包括一个设有方形牵引销,弹簧预加载器,偏移凸轮定心装置,卡环开启装置的扩展插入装置。 卡环开启器打开弹簧,凸轮定心装置可以根据需要定位凸轮,而弹簧预紧器将弹簧的中心端带到正确的位置并旋转弹簧的外端,从而预加载弹簧 本身直到其联接到销,扩张插入装置开始操作,打开方形牵引销的中心锥形销,然后立即将销降低以将手柄通过板引入,直到其插入到中心端 弹簧,偏移凸轮和卡环,最后释放卡环,使其进入设置在手柄上的相对槽中,并将板,弹簧和凸轮保持在手柄上。
    • 6. 发明公开
    • Boring unit, particularly for door handles, with differential gear for radial tool adjustment
    • Bohreinheit,insbesonderefürTürgriffe,mit Differentialgetriebe zur radialen Werkzeugeinstellung
    • EP1380371A1
    • 2004-01-14
    • EP03015340.7
    • 2003-07-08
    • Mei s.r.l.
    • Sonzogni, Stefano
    • B23B3/26
    • B23Q1/76B23B3/26B23B29/248B23B31/4006Y10T82/16442Y10T82/2512Y10T82/2527Y10T82/2543
    • The invention is a new boring unit for complex parts, comprising a fixing pin (A), suitable for holding the piece (O) in its hole, and two concentric cylinders (Ci, Ce) coaxial with said pin (A) that are set rotating in the same direction by two electric motors (Mi, Me). The inner cylinder (Ci) is provided, at its end facing the grip (Ae) of the pin (A), with a conical toothing (Cie), and the outer cylinder (Ce) is provided, at its end facing the grip (Ae) of the pin (A), with a tool-holder (P) with radial translation mechanisms (Pm) of the tools (U) and a bevel gear wheel (Pie) meshing with the conical toothing (Cie) of the inner cylinder (Ci) and connected with the radial translation mechanism (Pm) of the tools (U). The radial translation of the tools (U) is obtained by rotating said cylinders (Ci, Ce) at different speeds by means of the electric motors (Mi, Me), that is, by generating a relative motion between them.
    • 本发明是用于复杂部件的新的钻孔单元,包括适于将零件(O)保持在其孔中的固定销(A)和与所述销(A)同轴的两个同心圆筒(Ci,Ce) 由两台电动机(Mi,Me)沿同一方向旋转。 内圆筒(Ci)在其端部面向销(A)的把手(Ae)的端部处设置有锥形齿(Cie),并且外筒(Ce)在其面向手柄的端部 A),具有工具(U)的径向平移机构(Pm)的工具架(P)和与内筒(U)的圆锥齿轮(Cie))啮合的锥齿轮(Pie) (Ci)并与工具(U)的径向平移机构(Pm)连接。 通过利用电动机(Mi,Me)以不同速度旋转所述气缸(Ci,Ce),即通过产生它们之间的相对运动来获得工具(U)的径向平移。
    • 7. 发明公开
    • POLISHING TOOL, POLISHING SYSTEM AND METHOD OF POLISHING
    • EP4129569A1
    • 2023-02-08
    • EP21189546.1
    • 2021-08-04
    • Mei S.R.L.
    • SONZOGNI, Stefano
    • B24B13/01B24B57/02B24B1/00
    • The invention relates to a polishing tool (100) for polishing a spectacle lens (L) in a surface machining process, which comprises a tool body (110) for being rotatably supported about a rotational axis (RA1). The tool body (110) comprises a polishing surface (130) being outwardly exposed at a first axial end (101) of the tool body (110). Therein, the polishing surface (130) is axially bulged convexly or concavely with respect to the rotational axis (RA1) for polishing an optical surface (Li, L2) of the spectacle lens (L). The tool body (110) further comprises a channel (140) that extends axially through the tool body (110) from an inlet (142) to an outlet (141) to supply the polishing surface (130) with a polishing agent. The inlet (142) is provided at a second axial end (102) being opposite to the first axial end (101) with respect to the rotational axis (RA1). The outlet (141) is provided at the first axial end (101). The polishing surface (130) comprises at least one groove (150) that extends radially away from the outlet (141) to the perimeter of the polishing surface (130) to distribute the polishing agent across the polishing surface (130). The invention also relates to a system (200) and a method for polishing a spectacle lens (L) in a surface machining process with said polishing tool (100).