Full-automatic non-demoulded glove cleaning machine

Abstract

The invention discloses a full-automatic non-demoulded glove cleaning machine, and belongs to the field of glove demoulding equipment. The full-automatic non-demoulded glove cleaning machine is characterized in that a base, a sliding track device, a high-position demoulding assembly, a low-position demoulding assembly and a sliding driving assembly are included; the sliding track device is arranged on the base, the high-position demoulding assembly and the low-position demoulding assembly are arranged on the sliding track device, and each of the high-position demoulding assembly and the low-position demoulding assembly comprises at least one brush function set; the sliding driving assembly can drive the high-position demoulding assembly and the low-position demoulding assembly to get closeto each other, and the brush function sets of the high-position demoulding assembly and the low-position demoulding assembly can conduct opposite clamping and rotating for stripping of a glove on a hand die. According to the full-automatic non-demoulded glove cleaning machine, a plate brush type demoulding plane is arranged, high demoulding strength is provided by increasing the contact area, brushes are fixed to a chain through a plate structure, the density of the brushes on the glove contact face is guaranteed, and the demoulding strength is effectively improved. Equipment can adapt to thehalf demoulding work and can also be applicable to the non-demoulding work, and the demoulding efficiency is higher.

Description

technical field [0001] The invention belongs to the field of glove demoulding equipment, in particular to a demoulding equipment for disposable plastic gloves. Background technique [0002] The plastic glove stripping machine is generally designed in the form of a pneumatic stripping structure or a brush stripping structure. The structure of the pneumatic stripping machine is relatively complicated. It is necessary to set up a crimping mechanism to roll up the wrist of the glove, and then use the manipulator to clamp the crimping outer support, and finally blow the glove from the hand mold by high-pressure airflow. Pneumatic demoulding machines need to use high-pressure compressed air, which not only consumes a lot of energy but also brings about a lot of noise pollution. The advantage of the brush-type mold release structure is that the equipment structure is relatively simple, and the glove is removed from the hand mold by the friction of the rotating brush. But existing...

AI Technical Summary

Problems solved by technology

However, there are still many defects in the actual use of the existing brush-type demoulding machine, and the demoulding effect is not satisfactory

[0003] First of all, the cross-section of the brush of the existing brush-type demoulding equipment is cylindrical, and the contact surface between the brush and the glove is in linear contact during demoulding, and the outer working surface of the brush is curved, resulting in sparse distribution and small contact area , resulting in a smaller demoulding force. Generally, only semi-demolding gloves can be demolded, and often the demoulding is not complete or the demoulding fails.

Secondly, the angle of the demoulding surface of the brush and the distance between the brushes of the existing demoulding equipment cannot be adjusted, and the adaptability of the equipment is poor

[0004] In addition, during the demoulding process of the brushes of the existing equipment, there is also the problem that the demoulding force is too large, resulting in damage caused by swinging and collision between the front and rear hand molds; and, the hand molds cannot accurately enter between the paired brushes, Problems such as inconvenient collection after the gloves are separated from the hand mold

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