Tool for clamping electrode in assisted manner to achieve multi-angle deep processing

Abstract

The invention discloses a tool for clamping an electrode in an assisted manner to achieve multi-angle deep processing and relates to the field of mold processing. The tool comprises a first tool bodyand a second tool body, wherein the first tool body is a cylindrical iron block; a rectangular groove is formed in one end of the first tool body along the axis direction; the side face, correspondingto the groove, of the first tool body is a plane, and the plane is as high as the groove; a first screw hole is formed in the plane, and the first screw hole is adaptive to an inner hexagon screw; the integrally formed second tool body is composed of an ellipsoid and a cuboid; a second screw hole is formed in the ellipsoid, and the second screw hole is consistent to the first screw hole of the first tool body in dimension; and a cylindrical groove and a through hole are separately formed in two faces of the cuboid, and the through hole is adaptive to a grub screw. By employing the tool whichis operated in a time- and labor-saving manner, the mold processing efficiency is improved, and meanwhile, safety accidents as the angle of the mold is adjusted are also avoided.

Description

technical field [0001] The invention relates to the field of mold processing, in particular to a tool for assisting clamping electrodes to realize multi-angle deep processing. Background technique [0002] Drilling is often required in the process of mold processing, and the drilling position often appears in special parts such as depressions. If the operator uses a pistol drill for drilling operations, the space around the drilling position is narrow, and the hand-held tool cannot smoothly touch the surface to be processed. If the operator uses machine tools such as ordinary drilling machines and radial drilling machines for drilling operations, the machining of inclined holes becomes difficult due to the limitation of the vertically downward machining direction of the machine tools. If the operator uses electrical discharge machining for hole machining, due to the many slopes and complex angles of some molds, the operator needs to constantly adjust the direction of the mo...

AI Technical Summary

Problems solved by technology

If the operator uses a pistol drill for drilling operations, the space around the drilling position is narrow, and the hand-held tool cannot smoothly touch the surface to be processed

If the operator uses ordinary drilling machines and radial drilling machines for drilling operations, the machining of inclined holes becomes a difficult problem due to the limitation of the vertical downward processing direction of the machine tools.

If the operator uses electrical discharge machining for hole machining, the operator needs to constantly adjust the direction of the mold due to the many slopes and complex angles of some molds, and sometimes even pad the mold to be processed in a vertical direction.

[0003] When using the above method for processing operations, it is time-consuming and labor-intensive; processing the mold at different angles may cause the mold to roll over, bringing greater safety hazards

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