Shaft cutting tool edge grinder

Abstract

The invention relates to a shaft cutting tool edge grinder which comprises a base plate, a grinding assembly and a tool feeding assembly. The grinding assembly is connected onto the base plate and comprises a translation towing platform, a vertical inclinable carriage, a motor and a grinding wheel, the tool feeding assembly comprises an eccentric journal rotating carriage combination, a tool clamping head and a tool setter, the motor on the vertical inclinable carriage on the translation towing platform drives the grinding wheel to run, front and back parallel movement and up and down height adjustment of the grinding wheel are realized along with the inclinable carriage tilting by maximum 90-degree angles, and a journal deflection carriage matched with the tool feeding assembly is moved in a circulating manner by a worm drive journal deflection carriage to grind the edge of a shaft cutting tool by taking a shaft through hole in a vertical rotating shaft connecting seat plate on the journal deflection carriage and by taking opposite 90-degree arc track projecting layers on the seat plate as rotating strokes. The shaft cutting tool edge grinder is small in size, simple to operate, accurate and rapid, and can easily grind the shaft rotary-cutting tool without profession.

Description

Technical field [0001] The invention relates to a small grinding device that is simple to operate, accurate and fast, and can easily grind shaft-type rotary cutting machine tools, such as ball-end milling cutters, twist drills or engraving knives, without special expertise, in particular to a shaft-type cutting Tool sharpening machine. [0002] Background technique [0003] Shaft-type rotary cutting tools, such as end mills, ball end mills, twist drills and engraving knives, are widely used. They are not only used in mechanical processing, construction, decoration, electronics and other industries. The traditional Grinding shaft rotary cutting tools such as ball end milling cutters and twist drills or engraving knives are generally obtained manually based on the experience of the operator, but there are uneven grinding edges and asymmetrical two-way end faces, which affects To processing accuracy and work efficiency. Especially the current ball-end tools used in CNC machine tool...

AI Technical Summary

Problems solved by technology

[0003] Shaft-type rotary cutting tools, such as end mills, ball end mills, twist drills and carving knives, are widely used, not only in mechanical processing, but also in construction, decoration, electronics and other industries. Traditional Grinding shaft rotary cutting tools such as ball end milling cutters, twist drills or carving knives are generally obtained by manual operation based on the experience of operators, but there are phenomena of uneven grinding edges and asymmetrical two-way end face margins, which affect to machining accuracy and work efficiency

Especially the ball-end cutters currently used in CNC machine tool processing, due to the poor precision of the sharpening equipment, the cutting tools are frequently sharpened due to cutting wear, which directly affects the processing efficiency and quality, or the tools can only be scrapped in advance, resulting in waste

[0004] Although there are special sharpening equipment for knives, the professional nature requires professional technicians to operate, high cost and high expenses, and most processing companies are difficult to accept, such as Chinese patents ZL94245769.2, 200910221826.X, 201020112285.5, etc. Patented technical solution, but the actual working state has not reached the multi-purpose performance and processing accuracy described in the technique, or the operation process is too complicated and difficult to operate, so the current equipment that can grind shaft-type rotary cutting tools needs to be improved

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