Glove demolding machine

Abstract

The invention discloses a glove demolding machine, which comprises a driving unit, a demolding unit, a guiding unit and a side blowing unit, wherein the demolding unit comprises a gripper assembly capable of seizing or loosening a hand mold or glove; the driving unit comprises a driven sprocket, a first chain disc pair and a second chain disc pair, the driven sprocket is driven by a main shaft of a glove machine, the first chain disc pair and the second chain disc pair are in chain driving connection by a chain respectively, and a plurality of pairs of guide bars are arranged between two chains; the guiding unit comprises a circular translation rail and a circular lifting and descending rail, the circular translation rail is used for controlling the gripper assembly to move along a pair of guide bars, the circular lifting and descending rail is used for controlling the gripper assembly to seize or loosen the hand mold or glove, and one segments, which are used for controlling the gripper assembly to move toward the direction close to a glove conveying line, are respectively arranged at ends of the upper parts of the circular translation rail and the circular lifting and descending rail, so that semi-falling glove is separated from a gripper and a blow-falling mechanism in the prior art is replaced. The device is more stable in operation, eliminates the unpredictable influencing factors caused by the gas blow-falling mechanism, reduces the outage maintenance frequency and improves the production efficiency.

Description

technical field [0001] The invention relates to an online glove demoulding machine for a glove machine. Background technique [0002] The traditional glove stripping machine must use a blow-off mechanism to blow off the glove from the hand mold or stripping machine after the gloves are semi-molded or stripped. There are many unpredictable factors in the use of such a blow-off mechanism, and the air pressure is unstable. Or the accidental blockage of the air nozzle will have a negative impact on demoulding, resulting in forced shutdown for repairs, which not only increases the frequency of maintenance, but also restricts the improvement of production efficiency. Contents of the invention [0003] The object of the present invention is to provide a glove demoulding machine which can realize the detachment of the mechanical claw assembly from the glove without using a blow-off mechanism. [0004] In order to solve the problems of the technologies described above, the present...

AI Technical Summary

Problems solved by technology

[0002]Traditional glove strippers use a blow-off mechanism to blow off gloves from the hand mold or stripper after semi-demolding or stripping the gloves. There are many unpredictable factors in the use of such a blow-off mechanism. Unstable air pressure or accidental blockage of the air nozzle will have an adverse effect on demoulding, resulting in forced shutdown for repairs, which not only increases the frequency of maintenance, but also restricts the improvement of production efficiency. improve

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