Numerical control automatic alloy saw blade gear grinding machine

Abstract

The invention provides a numerical control automatic alloy saw blade gear grinding machine and relates to the technical field of saw blade gear grinding machines. The technical defects that an existing full-manual machine is not uniform in saw blade grinding amount, a semi-automatic machine cannot automatically swing according to a sawtooth inclination angle, and a special full-automatic machine is large in weight, expensive and high in maintaining cost are overcome. The numerical control automatic alloy saw blade gear grinding machine comprises a body and is characterized in that the body comprises a base and sheet pressing mechanism provided with movable wheels; one end of the upper face of the base and sheet pressing mechanism is provided with a saw blade adjusting mechanism; the other end of the base and sheet pressing mechanism is provided with a millstone cutter entering and swinging mechanism; a control cabinet and a hydraulic assembly are arranged on the upper portion of the millstone cutter entering and swinging mechanism; a gear pushing mechanism is arranged between the saw blade adjusting mechanism and the millstone cutter entering and swinging mechanism; and a saw blade thickness adjusting mechanism is arranged on the saw blade adjusting mechanism. The numerical control automatic alloy saw blade gear grinding machine is convenient to use, capable of saving labor and time, longer in service life, low in using cost, convenient to maintain and capable of saving cost, and a program can run more stably.

Description

technical field [0001] The invention relates to the technical field of saw blade grinding machines. Background technique [0002] There are many products of gear grinding machines on the market, which can be roughly divided into: full manual gear grinding machines, semi-automatic gear grinding machines, and professional automatic gear grinding machines. [0003] Fully manual machine, because of the design structure of the machine and full manual operation, there are a series of problems such as uneven sawtooth grinding, large deviation of sawtooth inclination angle, and large waste of human resources. [0004] The semi-automatic machine has been equipped with an automatic tooth shifting and tooth feeding device, but it still has not solved the problem of automatic swinging of the sawtooth inclination angle, so that when the machine is in use, it is necessary to first adjust the head to the left, grind the left helical tooth, and finish grinding the left After the teeth, you...

AI Technical Summary

Problems solved by technology

[0003] Fully manual machine, because of the design structure of the machine and full manual operation, there are a series of problems such as uneven sawtooth grinding, large deviation of sawtooth inclination angle, and large waste of human resources.

[0004] The semi-automatic machine has been equipped with an automatic tooth shifting and tooth feeding device, but it still has not solved the problem of automatic swinging of the sawtooth inclination angle, so that when the machine is in use, it is necessary to first adjust the head to the left, grind the left helical tooth, and finish grinding the left After the teeth, you need to adjust the machine head to be inclined to the right, and then grind the right helical teeth. There is a flat tooth sandwiched between the two teeth of the same bevel angle. The tooth distance is different, and the automatic gear shifting device cannot work.

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