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    • 2. 发明申请
    • ELECTRIC SPARK MACHINING ELECTRODE AND METHOD OF PRODUCTION THEREOF
    • 电火花加工电极及其生产方法
    • WO1990014918A1
    • 1990-12-13
    • PCT/JP1990000730
    • 1990-06-05
    • CUSP DENTAL SUPPLY CO., LTD.NOGUCHI, HakujuNISHIMURO, SatoshiHORI, TakeoBAN, Kiyoko
    • CUSP DENTAL SUPPLY CO., LTD.NOGUCHI, Hakuju
    • B23H01/04
    • B23H1/06B23H1/04B23H9/06
    • An electrode for engraving electric spark machining which is produced by using a mixture of gypsum hemihydrate powder serving as both a principal material and a binder with a conductive metal powder as a filler, transferring, shaping and hardening the mixture into a desired shape to form electrode material and plating the electrode with the conductive metal. Gypsum hemihydrate powder, gypsum dihydrate powder of less than 1 vol % on the basis of the former and the conductive metal powder are kneaded in a vacuum. Water is added to the kneaded matter, which is again kneaded in a vacuum, poured into a mold to which a predetermined shape is transferred, shaped and hardened by hydration to obtain an electrode material. Then the electrode material is dried and plated with the conductive metal so as to reinforce electrical connection with the metal powder. Since the electrode is made of gypsum as the principal material, even an electrode for electric spark machining to which a precise and complicated shape is transferred can be produced easily, economically, and precisely by the use of a simple mold of, e.g. a silicone rubber, and hence it is particularly suitable for producing dental crowns one by one. Furthermore, gypsum hemihydrate as the principal body of the electrode material and the conductive metal film increase the strength of the electrode by virtue of their synergistic effect. The present invention makes possible machining of a hard material such as titanium for which precise electric spark machining at a desired speed has been difficult by the use of a conventional electrode subjected to impregnation treatment of a conductive solution in which graphite or the like is dispersed in place of plating treatment.
    • 3. 发明申请
    • PORTABLE EDM SYSTEM FOR MAKING CALIBRATION STANDARDS
    • 便携式电火花系统制作校准标准
    • WO2011112306A1
    • 2011-09-15
    • PCT/US2011/024487
    • 2011-02-11
    • ALSTOM TECHNOLOGY LTDAKRIN, Stewart J.
    • AKRIN, Stewart J.
    • B23H9/00B23H9/06G01N29/30
    • B23H9/06B23H9/00
    • A portable EDM device and system thereof for producing calibration reflectors on a pipe includes a base mountable on the pipe, a motor mounted on the base, a cutting tool operably connected to the motor, an electrode operably connected to the cutting tool, a power source mounted on the base and operably connected to the electrode and operably connectable to the pipe, and a source of dielectric fluid mounted on the base. The power source is configured to electrically discharge a voltage from the electrode to the pipe to remove material from the pipe. The source of dielectric fluid is in fluid communication with the pipe to remove the material removed from the pipe.
    • 用于在管道上产生校准反射器的便携式EDM设备及其系统包括可安装在管道上的基座,安装在基座上的马达,可操作地连接到马达的切割工具,可操作地连接到切割工具的电极,电源 安装在基座上并且可操作地连接到电极并且可操作地连接到管道,以及安装在基座上的介质流体源。 电源被配置为将电压从电极放电到管道以从管道移除材料。 介质流体源与管道流体连通,以去除从管道中取出的材料。
    • 4. 发明申请
    • METHOD FOR PRODUCING A ROTARY EMBOSSING CYLINDER AND A CYLINDER MADE ACCORDING TO SAID METHOD
    • 用于生产旋转冲压缸的方法和根据该方法制造的气缸
    • WO2009113909A3
    • 2009-11-05
    • PCT/RU2009000091
    • 2009-02-25
    • OBSCHESTVO S OGRANICHENNOY OTVPYZHOV ANDREY IVANOVICHSHVEDOV SERGEY ALEKSANDROVICHTIMCHENKO PAVEL VLADIMIROVICHRAGULIN ALEKSANDER EVGENJEVICH
    • PYZHOV ANDREY IVANOVICHSHVEDOV SERGEY ALEKSANDROVICHTIMCHENKO PAVEL VLADIMIROVICHRAGULIN ALEKSANDER EVGENJEVICH
    • B41F13/08B23H9/04
    • B23H9/04B23H9/06B44B5/026
    • The invention relates to mechanically processing sheet, roll or composite materials, in particular, to means for mechanically shaping a material without removal thereof, namely to the structural design of the rotary embossing cylinders which can be used for producing packing materials, wall-paper etc. The aim of the invention is to accelerate the process for producing a rotary embossing cylinder, since the used tool is designed in the form of electrodes which are easily produced and have an extended service life in comparison with cutting tools. The cylinder produced according to the inventive method has projections of different shape, thereby making it possible to extend the range of functionalities thereof. The method for producing a rotary embossing cylinder involves forming a contoured surface by means of projections which alternate at a specified pitch in the longitudinal and transverse directions and narrow and/or do not narrow towards the top, and grooves. The contoured surface is formed on the surface of a cylindrical blank by machining it in a transverse direction by means of a cutting tool, and the longitudinal grooves are made by electroerosion or electrochemical processing, wherein the pitch of the projections in the longitudinal and transverse directions can be constant or variable.
    • 本发明涉及机械加工片材,辊或复合材料,特别是用于机械地成型材料而不去除的装置,即可用于生产包装材料,墙纸等的旋转压花滚筒的结构设计 本发明的目的是加速旋转压花圆筒的制造工艺,因为所使用的工具设计成与切割工具相比容易制造并具有延长使用寿命的电极的形式。 根据本发明的方法制造的圆筒具有不同形状的突起,从而可以延长其功能的范围。 用于生产旋转压花圆筒的方法包括通过在纵向和横向方向以特定间距交替的凸起形成轮廓表面,并且朝向顶部和凹槽变窄和/或不窄。 轮廓表面通过利用切削工具在横向上进行加工而形成在圆柱形坯料的表面上,纵向槽由电蚀或电化学加工制成,其中突起在纵向和横向上的间距 可以是常数或变量。