Wheel Dressing Parts

Abstract

The invention discloses a grinding wheel dressing component. The grinding wheel dressing component is characterized by comprising a grinding wheel top face dressing tool and two side face dressing tools, wherein the top face dressing tool is arranged at the bottom of a tool apron through a first pin shaft in a rotating mode, the first pin shaft is connected with an upper swing block, a front swing block is arranged in front of the tool apron of the top face dressing tool and arranged on the tool apron of the top face dressing tool through a second pin shaft in a rotating mode and further connected with an upper swing block through a ball pin, the tool apron of the top face dressing tool is connected to a vertical sliding plate, the side face dressing tools are arranged on tool aprons of the side face dressing tools through third pin shafts in a rotating mode, and the third pin shafts are connected with side swing blocks; the tool aprons of the side face dressing tools is arranged on the front face of the vertical sliding plate in a rotatable and adjustable mode and can be fastened, the front swing block is pushed by a handle to swing, the two ends of the front swing block are provided with transverse rods, and the transverse rods are connected with the side swing blocks through push rods. The grinding wheel dressing component is simple in structure, intelligent in design, high in grinding wheel dressing speed, high in dressing accuracy and capable of dressing of grinding wheels of different outer diameters and different pressure angles.

Description

[0001] 【Technical field】 [0002] The invention relates to a thread grinding mechanism used in conjunction with lathe equipment for thread grinding, in particular to a grinding wheel dressing part of the thread grinding mechanism. [0003] 【Background technique】 [0004] The threads of high-precision screws are generally ground, and the thread grinding includes grinding the bottom surface of the thread and the two sides of the thread. At present, thread grinding is mostly done by grinding equipment. The grinding equipment has a large shape and complex structure, and the purchase cost is high. Moreover, the shaping of the grinding wheel can only be carried out step by step, and the shaping efficiency is low. Although some manufacturers design simple thread grinding mechanisms for thread grinding, there are generally the following deficiencies: usually there is no grinding wheel dressing function, even if there is, the top surface and both sides of the grinding wheel need to be d...

AI Technical Summary

Problems solved by technology

At present, the thread grinding process is mostly done by grinding equipment, which has a large shape and complex structure, high purchase cost, and the shaping of the grinding wheel can only be carried out step by step, and the shaping efficiency is low

Although some manufacturers design simple thread grinding mechanisms for thread grinding, there are generally the following deficiencies: usually there is no grinding wheel dressing function, even if there is, the top surface and both sides of the grinding wheel need to be dressed separately, and the dressing speed is slow. , Dressing accuracy is not easy to guarantee, and cannot quickly meet the dressing of grinding wheels with different outer diameters and different pressure angles

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