An intelligently controllable electromagnetic telescopic injection lamp mold

Abstract

The invention discloses an intelligently-controllable electromagnetic telescopic injection molding car lamp mold. The intelligently-controllable electromagnetic telescopic injection molding car lamp mold comprises a strip bearing base, two sets of supporting stand columns are fixedly connected with the center of the upper surface of the strip bearing base, the upper surface of each supporting stand column is sleeved with an extrusion spring, the injection molding car lamp mold is arranged on the upper surfaces of the two sets of extrusion springs, two sets of L-shaped supporting frames are correspondingly arranged on the edges of the upper surface of the strip bearing base and the upper surface of the injection molding car lamp mold, a strip sliding opening is machined in the upper surfaceinside each L-shaped supporting frame, a sliding block is arranged in each strip sliding opening, an electric control push rod is fixedly connected to the lower surface of each sliding block, and a telescopic extrusion mechanism is arranged at one end of the upper surface of the strip bearing base. The car lamp mold has the beneficial effects that casting is convenient, a casing mold can be conveniently and evenly shaken, bubbles in raw materials can be conveniently removed through control over the extrusion degree, molding is reliable, manual operation intensity is reduced, and moving is convenient.

Description

technical field [0001] The invention relates to the field of moulds, in particular to an intelligently controllable electromagnetic telescopic injection mold for vehicle lamps. Background technique [0002] The mold is a device with a certain shape, which is convenient for carrying liquid raw materials, so that the liquid raw materials have the same shape as the mold after air-drying. [0003] Traditionally, when pouring and molding, the raw materials are directly poured into the designated mold. Since the pouring will be carried out under the air, there may be air bubbles inside during the pouring process. Usually, the pouring mold is sealed. , so you can’t see the internal situation. If there are air bubbles in the poured finished product, it will affect the stability of the finished product. Traditionally, it will be manually shaken or stirred. If a large batch of pouring is performed, the manual operation is intensive and efficient. Low, so in order to solve these probl...

AI Technical Summary

Problems solved by technology

[0003] Traditionally, when pouring and forming, the raw materials are directly poured into the designated mold. Since the pouring will be carried out under the air, there may be air bubbles inside during the pouring process. Usually, the pouring mold is sealed. , so you can’t see the internal situation. If there are air bubbles in the poured finished product, it will affect the stability of the finished product. Traditionally, it will be manually shaken or stirred. If a large batch of pouring is performed, the manual operation is intensive and efficient. Low, so in order to solve these problems, it is necessary to design a device that is reliable in forming and easy to control the degree of extrusion to remove the bubbles inside the raw material

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