Ultrathin laptop air outlet forming die

Abstract

The invention provides an ultrathin laptop air outlet forming die. The ultrathin laptop air outlet forming die comprises a casting tube, a rotating ring, a bolt, a spring I, a base, a telescopic rod,a sleeve rod, a spring II, a sliding block, a sliding rod and a protection cover, wherein the rotating ring is arranged on the casting tube, the casting tube is arranged on the base, the bolt is installed on the rotating ring, the spring I is arranged on the bolt, the bolt is arranged at the left end of the casting tube, and the rotating ring is arranged at the upper end of the base, thus, free rotation of the casting tube is achieved; and the spring II is assembled at the lower end of the telescopic rod, the spring II is sleeved at the inner bottom end of the sleeve rod, the sliding block isarranged on the protection cover, and the sliding rod is assembled at the right end of the sliding block, thus, the effect that the protection cover is used for protecting a die cavity of a lower diewhen an upper die is lifted. The forming die is convenient to use, convenient to operate, long in service life and high in using effect.

Description

technical field [0001] The invention relates to a mold for forming an ultra-thin notebook air outlet, which belongs to the field of notebook production mold equipment. Background technique [0002] In the existing technology, the mold is simply the injection mold, stamping mold, etc. used to produce the shell, and the material used for the mold is more engineering plastics, magnesium-aluminum alloy, and carbon fiber materials. Generally speaking, the actual value of engineering plastics is relatively low, and it is also the most commonly used material for some low-cost books; aluminum-magnesium alloys are higher than ABS engineering plastics, and their actual value is relatively high. [0003] Most of the pouring tube and the upper mold on the existing notebook forming mold are connected by threads. This fixing method prevents the pouring tube from rotating freely, and the direction of the pouring port is fixed. The staff can only pour materials from one direction, and the u...

AI Technical Summary

Problems solved by technology

[0003] Most of the pouring tube and the upper mold on the existing notebook forming mold are connected by threads. This fixing method prevents the pouring tube from rotating freely, and the direction of the pouring port is fixed. The staff can only pour materials from one direction, and the use effect is poor. The notebook forming mold lacks a protective device and cannot protect the cavity of the lower mold, resulting in foreign objects often falling into the cavity of the lower mold, damaging the lower mold and reducing the service life

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