Ultrathin display frame integrated molding and demolding mechanism

Abstract

The invention relates to the technical field of integrated molding and demolding, and discloses an ultrathin display frame integrated molding and demolding mechanism. The mechanism comprises a body, wherein supporting rods are fixedly connected to the top end of the body, an injection molding cavity is movably connected to the inner sides of stabilizing rods, and an acting head is movably connected to the top end of the injection molding cavity. According to the ultrathin display frame integrated molding and demolding mechanism, the acting head is powered on to rotate anticlockwise and drive aspiral part to press downwards, the stabilizing rods operate from top to bottom due to vibration force generated by the spiral part, a connecting rod is provided with a thread corresponding to the spiral part, and the connecting rod operates along with the stabilizing rods and forms a downward operation trend; and a strong spring moves downwards along a groove in a mounting base and extrudes a sodium hydroxide solution in flowing pipes to convey the sodium hydroxide solution into the injection molding cavity, so that the device has the effects of saving energy and protecting the environment,pungent smells are reduced, respiratory tract health is not influenced, and the situation that people are scalded is avoided.

Description

technical field [0001] The invention relates to the technical field of integral molding demoulding, in particular to an integrated molding demoulding mechanism for an ultra-thin display frame. Background technique [0002] The ejection mechanism refers to a series of operations for removing the steel ingot from the ingot mold, which can be mainly divided into three categories: manual ejection mechanism, motorized ejection mechanism, hydraulic and pneumatic ejection mechanism; among them, the motorized ejection mechanism is the most commonly used, relying on the mold opening of the injection machine The action drives the ejection mechanism on the mold to realize the automatic demoulding of plastic parts. It is mostly used in the case of large production batches. It is the most widely used ejection mechanism at present. [0003] During the pressing and molding process of traditional plastic molecular materials, the finished product is often stuck in the mold groove due to the ...

AI Technical Summary

Problems solved by technology

[0003] During the pressing and molding process of traditional plastic molecular materials, the finished product is often stuck in the mold groove due to the strong thermoplasticity and high temperature of the plastic, which is very inconvenient to take out. The traditional method requires manual cooperation. The clamping tool removes the finished product, and the manual operation process leads to low demoulding efficiency, and this kind of thermoplastic material is easy to produce irritating odor when demoulding, which affects the health of the respiratory tract and often burns people. Therefore, An integrated demoulding mechanism for ultra-thin display frame came into being

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