Structure with ejection and core-pulling functions and injection mold

Abstract

The invention discloses a structure with ejection and core-pulling functions and an injection mold. The structure with the ejection and core-pulling functions comprises push rods, a push block, sliding blocks and inclined guide pillars, and the push rods penetrate through a lower mold plate of the injection mold and are connected with the push block. The push block is used for pushing and ejecting out an injection product, sliding grooves penetrating through the inner side and the outer side of the push block are concavely formed in the upper end face of the push block, and avoiding holes penetrating through the bottoms of the sliding grooves are formed; the sliding blocks are accommodated in the sliding grooves in a matched mode and can slide outwards along the sliding grooves; each sliding block is provided with a core pulling hole which obliquely extends outwards from the lower end face of the sliding block to the upper end face of the sliding block from bottom to top; the lower ends of the inclined guide pillars are fixed to the lower mold plate, and the upper ends of the inclined guide pillars penetrate through the corresponding avoiding holes and then penetrate into the core pulling holes in a matched mode; the extending direction of the inclined guide pillars is consistent with the extending direction of the core pulling holes. By means of the technical scheme, while the push block is used for ejecting out the injection product, core pulling of buckling positions of the side faces of the injection product through the sliding blocks is achieved.

Description

Technical field [0001] The invention relates to the technical field of injection molds, in particular to a structure with ejection and core pulling functions and an injection mold. Background technique [0002] In the design of traditional injection molds, for large cap products, when designing the ejector structure, the lower template usually has a push block or a pusher corresponding to the edge of the injection product to ensure that the injection product is ejected when the force surface is sufficient. In order to avoid the phenomenon of ejection deformation or bursting of the product. As the assembly type of injection molded products changes, buckles are often set on the side of the injection molded product to reduce the assembly gap, simplify the assembly process, and improve assembly efficiency; such injection molded products require a slider structure on the edge of the injection molded product Core pulling. However, in the design of traditional injection molds, once th...

AI Technical Summary

Problems solved by technology

However, in the design of traditional injection molds, once the slider structure is set to realize the buckle core pulling on the side of the injection molded product, it will not be

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