Full-automatic edge grinder for hard alloy saw blades

Abstract

A full-automatic edge grinder for hard alloy saw blades consists of a motor, a flywheel, a pinion, a gearwheel, clutch, a bent axle, a sliding block and an electromagnet, and is characterized in that a spindle of the motor is connected with the flywheel through a transmission belt; the other end of a transmission shaft on the flywheel is connected with the pinion; the flywheel is meshed with the gearwheel; the electromagnet controls the clutch, so that the bent axle and the gearwheel move synchronously; and the bent axle drives bars on the sliding block to move transversely, so that the bars are automatically ground. The full-automatic edge grinder which is connected with a machine tool in parallel has the advantages of simple structure, high rigidity, high speed, high positional accuracy and the like. The full-automatic edge grinder is mainly researched by people in the direction of developing flexible and novel production equipment; and the full-automatic edge grinder can be connected with a numerically-controlled edge grinding machine tool in parallel to form a novel parallel machine tool, the working space and the flexibility of the machine are increased, and the function diversification and the manufacture flexibility of the machine tool are realized.

Description

technical field [0001] The invention relates to a fully automatic sharpening machine, in particular to a fully automatic sharpening machine for cemented carbide saw blades. Background technique [0002] At present, cutting tools seem to only account for a small proportion of the entire manufacturing cost. But in terms of overall processing efficiency, it is precisely the tool that plays a decisive role. With the improvement of processing precision requirements, the requirements for cutting tools are also higher. The precision, service life and structure of cutting tools are becoming more and more key factors affecting processing capacity and production efficiency. component. For this reason, the sharpening machine industry used for alloy saw blade tooth cutting and tool grinding has been more and more recognized by the processing and manufacturing industry. Due to the increasingly complex structure of the sawtooth developed according to different cutting needs, these sawt...

AI Technical Summary

Problems solved by technology

In addition to a few domestic aviation, automobile and cutting tool manufacturers who have imported expensive alloy saw blade sharpening machines from abroad, other companies include large-scale machine tool companies, and the grinding of their alloy saw blades is done manually, which greatly affects the quality of the alloy saw blade. Affected work efficiency and cutting quality

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