Deburring and chamfering device of gear hobbing machine

Abstract

The invention discloses a deburring and chamfering device of a gear hobbing machine. The deburring and chamfering device comprises a cleaning tool, a driving device, four locking mechanisms and an elastic damper, wherein the cleaning tool is provided with a first through hole allowing a gear hobbing machine rotary shaft to penetrate through and two sets of symmetric cutting edges; the top end of the cleaning tool is provided with a flange extending upwards in the radial direction; the driving device is used for driving the cleaning tool to move back and forth and is detachably provided with atool mounting base; the flange is connected with the tool mounting base through the two sets of locking mechanisms; and the elastic damper is movably arranged on the tool mounting base. According to the deburring and chamfering device, the flange is adjusted to incline by a certain angle relative to the tool mounting base; the flange and the tool mounting base are locked through the upper and lower two sets of locking mechanisms, and then the cutting edges are inclined by a certain angle relative to a blank; the driving device drives the cleaning tool to be attached to one end of the blank, sothat the cutting edges conduct deburring and chamfering on the blank; there is no need to arrange special staff to manually clean the blank or clean the blank through the machine after completion ofmachining; and the working efficiency is improved, and the cost is reduced.

Description

technical field [0001] The invention relates to the technical field of gear hobbing, in particular to a deburring and chamfering device on a gear hobbing machine. Background technique [0002] According to the market survey, in the production process of stationery, toys, and home appliances, pinion gears are essential parts. When the blanks are processed into gears on the gear hobbing machine, the end of the blanks will stick to residues and have burrs, which seriously affects Subsequent assembly, there are situations where the assembly does not go in or the assembly is not in place. At the same time, after the blank is processed, it is easy to scratch and cut the human hands during the loading and unloading or switching process of the gear hobbing machine and during the assembly process. Therefore, it needs to be manually cleaned and removed or It is necessary to purchase other auxiliary equipment for cleaning. The production efficiency of manual cleaning is slow, and equip...

AI Technical Summary

Problems solved by technology

[0002] According to the market survey, in the production process of stationery, toys, and home appliances, pinion gears are essential parts. When the blanks are processed into gears on the gear hobbing machine, the end of the blanks will stick to residues and have burrs, which seriously affects Subsequent assembly, there are situations where the assembly does not go in or the assembly is not in place. At the same time, after the blank is processed, it is easy to scratch and cut the human hands during the loading and unloading or switching process of the gear hobbing machine and during the assembly process. Therefore, it needs to be manually cleaned and removed or It is necessary to purchase other auxiliary equipment for cleaning, the production efficiency of manual cleaning is slow, and equipment cleaning will generate additional equipment investment and personnel input

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