Gear tooth groove multi-gear machining device

Abstract

The invention relates to a gear tooth groove multi-gear machining device which comprises a base. A truss is fixedly arranged on the base, a linear motor is arranged on the truss, a machining mechanism is arranged on the linear motor, a locking mechanism is further arranged on the base, the locking mechanism is driven by a power box, the power box is arranged in the base, the locking mechanism is used for fixing a gear to be machined, and a collecting mechanism is further arranged on the outer side of the locking mechanism. According to the gear tooth groove multi-gear machining device, the gear is locked through the locking mechanism, it is guaranteed that the gear does not move, then the linear motor is controlled to move, and thus the machining mechanism is driven to move to the position corresponding to a tooth groove of the gear, so that the tooth groove is machined; after machining is completed, the linear motor controls the machining mechanism to push out the tooth groove, then the gear is controlled to rotate, and machining of tooth grooves of the gear can be achieved by repeating the process; and the machining efficiency is higher than that of traditional manual grinding, and the machining environment is improved by using the collecting mechanism to collect chippings in a cooperation mode.

Description

technical field [0001] The invention relates to the technical field of gear processing, in particular to a gear tooth groove multi-gear processing device. Background technique [0002] The processing of gears is divided into two major methods in principle: 1) profiling method 2) Fan Cheng method, also known as the development method. The profiling method is processed on a milling machine with a disc milling cutter or finger milling cutter with the same shape as the tooth groove of the gear. The Fancheng method is also called the generating method, which uses the meshing principle of the gear to cut the tooth profile of the gear. This method has high precision in processing gears and is currently the main method for gear teeth processing. There are many types of Fancheng methods, including gear shaping, hobbing, shaving, grinding, etc. Among them, gear shaping and hobbing are the most commonly used, while shaving and grinding are used in occasions that require higher precis...

AI Technical Summary

Problems solved by technology

[0004] In the prior art, a manual grinder is mostly used for grinding the alveolar grooves. The grinding efficiency is low and the grinding effect is not good, and the metal flying chips that appear during the grinding process will lead to an extremely bad working environment, which is harmful to the health of the staff. cause harm

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