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    • 2. 发明授权
    • METHOD FOR GRINDING SPRING WITH HIGH QUALITY AND HIGH EFFICIENCY
    • 以高质量和高效率磨削弹簧的方法
    • EP3075491B1
    • 2018-04-18
    • EP14876702.3
    • 2014-05-22
    • Zhejiang Jiadu Spring Machine Co.,Ltd.
    • YU, JialinYU, DuHUANG, Huali
    • B24B7/17
    • B24B7/167B24B7/162B24B7/17B24B41/04B24B41/047B24B41/067B24B47/00B24B47/04
    • Disclosed is a method for grinding a spring with high quality and high efficiency, comprising the steps as follows: firstly, at least one of an upper grinding wheel (1) and a lower grinding wheel (2) is configured to comprise an inner grinding wheel (21) and an outer grinding wheel (24), wherein the inner grinding wheel (21) is fitted in the outer grinding wheel (24); the inner grinding wheel (21) or the outer grinding wheel (24) is driven by a transmission mechanism, the inner grinding wheel (21) and the outer grinding wheel (24) rotating in opposite directions; after a complete spring is fed to a space between the upper grinding wheel (1) and the lower grinding wheel (2), the complete spring is moved back and forth in the plane of the grinding wheels; and then the upper grinding wheel (1) is moved downwardly such that two end faces of the spring are ground by the grinding wheels, and when the height of the ground spring meets the requirement, the upper grinding wheel (1) is stopped moving downwardly and is returned to the original point later. Then, the ground spring movement is stopped and it is moved away from the space between the two grinding wheels, i.e., the complete spring is removed. In this way, the spring is ground in a revolving state, which can improve the yield and quality of ground springs, save energy and protect the environment, and result in a low cost of grinding, a simple structure, low cost for manufacturing parts, long persistence in precision of mechanisms, and good stability.
    • 3. 发明公开
    • Linear sander
    • Linearschleifvorrichtung
    • EP1048405A1
    • 2000-11-02
    • EP00303098.8
    • 2000-04-12
    • Tasikas, James
    • Tasikas, James
    • B24B23/04B24B47/00
    • B24B47/00B24B23/04
    • A linear sanding apparatus (10), for providing a linear reciprocating sanding action, and having a support assembly (32, 34), a drive shaft (56), and having a angled drive plate (58) on the shaft, and a motor (22) for rotating the shaft, two transmission devices (52, 54) coupled to the drive plate, and operable by rotation of the drive plate, to reciprocate along linear paths in opposite directions side by side to one another, and first and second sanding plates (30, 32) connected to respective transmission devices (52, 54), and movable in unison with movement of the devices to and fro, side by side to one another along reciprocating linear parallel paths in opposite directions.
    • 一种用于提供线性往复砂磨作用并具有支撑组件(32,34),驱动轴(56),并且在所述轴上具有成角度的驱动板(58)的线性砂磨装置(10)和电动机 (22),用于旋转所述轴,两个传动装置(52,54),其联接到所述驱动板,并且可通过所述驱动板的旋转来操作,沿着彼此并排的相反方向的线性路径往复运动;以及第一和第二 连接到相应的传动装置(52,54)的打磨板(30,32),并且可以沿着相反方向的往复式线性平行路径彼此并排地将装置的移动一致地移动。
    • 5. 发明公开
    • Handwerkzeugmaschine mit einem elektronisch kommutierten Elektromotor
    • 手电筒电动机电动机
    • EP2933063A1
    • 2015-10-21
    • EP14197088.9
    • 2014-12-10
    • ROBERT BOSCH GMBH
    • Esenwein, Florian
    • B25F5/02
    • B24B23/04B24B47/00B25F5/00B25F5/02
    • Die Erfindung betrifft eine Handwerkzeugmaschine (10) mit mindestens einem auf mindestens eine Motorwelle (18) wirkenden elektromotorischen Antrieb (16), der von einem ersten Gehäuseteil (14) aufgenommen ist, mit mindestens einer Abtriebswelle (20) zum oszillierenden Antrieb eines Werkzeugs, wobei die Motorwelle (18) und das erste Gehäuseteil (14) eine erste gemeinsame Achse (19) definieren, sowie mindestens einem zweiten Gehäuseteil (23), das dazu vorgesehen ist, eine wiederaufladbare Batterie (25) aufzunehmen, wobei die wiederaufladbare Batterie (25) und das zweite Gehäuseteil (23) eine zweite gemeinsame Achse (27) definieren. Es wird vorgeschlagen, dass der elektromotorische Antrieb (16) als elektronisch kommutierter Elektromotor (16) ausgeführt ist.
    • 手动电动工具包括至少一个电动机驱动器,其构造成作用在至少一个电动机轴上,并且由电动机轴和第一壳体部分限定第一公共轴线容纳的电动机驱动器。 电动机驱动是电子换向电动机。 所述手动工具还包括至少一个输出轴,所述至少一个输出轴构造成以振荡方式驱动工具;以及至少一个第二壳体部分,其构造成容纳可再充电电池,所述可再充电电池和所述第二壳体部分限定第二公共轴线 。
    • 6. 发明授权
    • VERFAHREN ZUR KALTEN MIKROSCHMIEDETECHNIK VON BELIEBIGEN 3-D-FREIFORMFLÄCHEN
    • EP1915231B1
    • 2010-04-07
    • EP06775830.0
    • 2006-08-09
    • Löcker, Christian
    • Löcker, Christian
    • B23P9/04C21D7/04B24B39/00B24B47/00H02K33/16H01F7/16H01F7/121H02P25/02
    • B23P9/04B24B39/00B24B39/006B24B47/00C21D1/02C21D7/02C21D7/04C21D11/00H01F7/066H01F7/121H01F7/16H02K33/16H02K33/18H02P25/024H02P25/032
    • Electromechanical knocking device and knocking method for working, smoothing and cold-hardening the surface of tools, machine parts and other parts by hammering an impact head onto the surface of the said parts by means of mounting them on a machine tool or a robot. The impact head (1a) is fastened to a support (1b), which has a ferromagnetic part (1c). A magnetic field (B1) keeps the support of the impact head in a defined position of rest. On the support of the impact head (1b) there is at least one coil (4), which is located in the first-mentioned magnetic field (B1) or another magnetic field (B2) and is flowed through by an alternating current or pulsed current (12) with or without a variable direct current component. As a result, the impact head (1a) is made to undergo oscillations with a defined impact frequency, impact amplitude and zero crossing. The combination of this device with an analytical CAM system makes it possible for any three-dimensional workpiece surfaces to be worked with allowance for the geometrical and material-related technical data as well as local dimensional and positional tolerances as a control unit or a fully automatic control system.
    • 机电敲击装置和敲击方法,通过将冲击头安装在机床或机器人上,将冲击头锤击到所述部件的表面上,从而对工具,机器部件和其他部件的表面进行加工,平滑和冷硬化。 冲击头(1a)固定在具有铁磁部件(1c)的支架(1b)上。 磁场(B1)将冲击头的支撑保持在限定的静止位置。 在冲击头(1b)的支撑件上存在至少一个线圈(4),其位于首先提到的磁场(B1)或另一个磁场(B2)中并且通过交流电或脉冲 电流(12)有或没有可变直流分量。 结果,使冲击头(1a)以规定的冲击频率,冲击振幅和过零点进行振动。 该设备与分析型CAM系统的结合使得任何三维工件表面都可以处理,并且可以处理几何和材料相关的技术数据以及局部尺寸和位置公差作为控制单元或全自动 控制系统。
    • 7. 发明公开
    • Actuating device
    • 驱动装置
    • EP1844899A2
    • 2007-10-17
    • EP07105983.6
    • 2007-04-11
    • SCM GROUP S.p.A.
    • Cesaretti, Alberto
    • B24B21/08B24B47/00
    • B24B21/08B24B47/00
    • A driving device for pressing means (3) of a sanding machine (4), said pressing means being arranged for exerting a working pressure (P3) on a workpiece (6), comprises pneumatic actuator means (11) associated with said pressing means (3), electric valve means (35) arranged for inducing said working pressure (P3) on said pneumatic actuator means (11) and electromagnetic driving means arranged for driving said electric valve means (35), said electromagnetic driving means is electromagnetic driving means having a pulse width modulation cycle (100; 100').
    • 一种用于砂光机(4)的加压装置(3)的驱动装置,所述加压装置设置用于在工件(6)上施加工作压力(P3),所述驱动装置包括与所述加压装置 (35),设置用于在所述气动致动器装置(11)上感应所述工作压力(P3)的电动阀装置(35)和设置用于驱动所述电动阀装置(35)的电磁驱动装置,所述电磁驱动装置是电磁驱动装置, 一个脉宽调制周期(100; 100')。