Efficient double-layer leather oscillation staking machine

Abstract

The invention relates to the technical field of leather treatment processes, and discloses an efficient double-layer leather oscillation staking machine. The machine comprises a base; damping springsare movably connected with the upper portion of the base; spring shafts are movably connected with the upper portion of the base; inclined rods are hinged to the upper parts of the spring shafts; anda fixing plate is hinged to the upper portions of the inclined rods. A vertical shaft driven by a rotating wheel is in one reciprocating stroke; upper and lower groups of leather can be subjected to staking operation at the same time; and the leather is repeatedly engaged, jacked, stretched, bent and rubbed in the staking process, and formed at once, so that repeated staking operation is avoided,and the working efficiency is greatly improved. Through the combined damping effect of two sets of damping devices, vibration and noise generated when the machine works are reduced, so that the metalfatigue of the machine is reduced, the service life is prolonged, and a better working environment is provided. Dust particles and fluff generated after vibration are absorbed through dust collectingdraught fans on the two sides, so that the product surface quality is improved, and the environment is protected.

Description

technical field [0001] The invention relates to the technical field of leather treatment technology, in particular to a high-efficiency double-layer leather oscillating softening machine. Background technique [0002] Leather oscillating softening equipment is suitable for the softening process of various natural leather, artificial leather, synthetic leather, etc. in the production process. Improve the quality of finished products and increase the yield of leather. [0003] Most of the softening machines used in leather processing now have the same structure in the oscillating part, that is, during the leather conveying process, the top and bottom of the top and bottom repeatedly undergo the same kind of top stretching and bending, resulting in poor softening effect of the leather, and even requires multiple stretches. Only softness can achieve the ideal effect, and the softening machine works according to the principle of oscillation, and the vibration and noise are large...

AI Technical Summary

Problems solved by technology

[0003] Most of the softening machines used in leather processing now have the same structure in the oscillating part, that is, during the leather conveying process, the top and bottom of the top and bottom repeatedly undergo the same kind of top stretching and bending, resulting in poor softening effect of the leather, and even requires multiple stretches. Only softness can achieve the ideal effect, and the softening machine works according to the principle of oscillation, so the vibration and noise are large

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