Leather edge machine

Abstract

The invention discloses a leather edging machine, comprising: an automatic lifting mechanism, an automatic feeding mechanical arm, an adsorption table, a CCD camera, a manipulator, a grease nozzle mechanism, an oil supply mechanism, an oil receiving mechanism, a conveying line and a tunnel furnace. In the invention, the leather is taken and placed on the suction cup by the automatic feeding mechanical arm, and the CCD camera takes pictures of the leather, generates an edge track image and transmits it to the manipulator. The plunger pump evenly spreads the ink on the edge of the leather through the nozzle mechanism, and finally the automatic feeding robotic arm transfers the coated leather to the tunnel furnace for drying and curing. The leather edging machine replaces a lot of labor, saves manpower and improves efficiency. Moreover, the oil nozzle mechanism can adjust the gap between the oil nozzle and the leather edge, so as to achieve the effect of even application.

Description

technical field [0001] The invention relates to the field of leather processing, in particular to a leather edging machine. Background technique [0002] At present, in the leather processing and production industry, after the leather is trimmed, in order to prevent the leather edge from shedding and cracking, the leather edge needs to be oiled and cured. So far, this oiling curing treatment can only be carried out manually, and several major drawbacks of artificial oiling cannot be avoided. First, this process requires a relatively high level of proficiency in human operation, and it must be trained and practiced for a long time to master this process. Second, because the ink has a certain odor in the oiling work, it will have a certain impact on the operator's body and emotions, so many operators cannot persist in this work for a long time. Third, because the work is simple and boring, it has certain requirements on the output, and the operator is prone to fatigue, which...

AI Technical Summary

Problems solved by technology

So far, this kind of oiling and curing treatment can only be done manually, and several major drawbacks of manual oiling cannot be avoided

First, this process requires relatively high proficiency in human operation, and it takes a long time of training and practice to master this process proficiently

Second, due to the oiling work, the ink has a certain smell, which will have a certain impact on the operator's body and emotions, so many operators cannot persist in this work for a long time

Third, because the work is simple and boring, it has certain requirements on the output, and the operator is prone to fatigue, which affects the quality of oiling

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