Leather piece coloring equipment with rapid air drying mechanism

Abstract

The invention relates to the field of rubber ball production, and discloses leather piece coloring equipment with the rapid air drying mechanism, which comprises a supporting frame. Four supporting rods are fixedly connected to the top face of a bottom plate of the supporting frame. The invention aims to solve the problem that some existing devices are low in dyeing efficiency. Air is blown to the leather pieces, so that the leather pieces are easy to turn over; when the device blows air to air the leather pieces, the time that the leather pieces located on the front side are blown by wind is long, part of water vapor remains in the wind on the rear side, and the drying effect of the leather pieces on the rear side is prone to being poor. The equipment is composed of a coloring mechanism and an air guide mechanism. According to the leather piece coloring equipment with the rapid air-drying mechanism, the C-shaped frame is stretched to move downwards through the air cylinder, after the top face of the inner wall of the C-shaped frame is in contact with a leather piece, the air cylinder continues to stretch to promote the two pressing rollers to move downwards to abut against the top face of the C-shaped frame and roll towards the front side and the rear side at the same time, dye in the C-shaped frame is smeared to the leather piece on the conveying belt, and the coloring efficiency is higher.

Description

technical field [0001] The invention relates to the field of leather ball production, in particular to a leather sheet coloring device with a fast air-drying mechanism. Background technique [0002] The quality of leather is the most important in the production of footballs. Leather is made from animal hides through very complex physical and chemical processes. According to tradition, the tanning process is generally divided into three stages: preparation stage, tanning stage and finishing stage , The leather finishing stage process includes spraying. [0003] When the existing device is processing the skin, it is necessary to manually place the skin on the coloring board, and then press down on the coloring board to complete the dyeing of the skin. The operation is more troublesome and the efficiency is low; After the dyeing of the skin sheet is completed, the skin sheet is directly dried by blowing air, but directly blowing air on the surface of the skin sheet will easily...

AI Technical Summary

Problems solved by technology

[0003] When the existing device is processing the skin, it is necessary to manually place the skin on the coloring board, and then press down on the coloring board to complete the dyeing of the skin. The operation is more troublesome and the efficiency is low; After the dyeing of the skin sheet is completed, the skin sheet is dried directly by blowing air, but directly blowing air on the surface of the skin sheet will easily cause the skin sheet to turn over, and it is easy to affect the effect of the device on the dyeing of the skin sheet; the device is blowing the skin sheet When the air is dry, the skin on the front side will be blown by the wind for a long time, and some water vapor remains in the wind on the back side, which will easily lead to poor drying effect of the skin on the back side and affect the device’s air-drying effect on the skin

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