A case glass lifting structure with high heat dissipation effect

Abstract

This utility model discloses a chassis glass lifting structure with high heat dissipation effect. It includes a chassis side panel frame for support, with a support frame nested on the inner surface of the side panel frame, and a glass plate nested between the support frame and the side panel frame. The structure includes a buckle installed on the lower surface of the support frame, with an upper moving member attached to the lower surface of the support frame, and the buckle passing through the lower surface of the upper moving member. This chassis glass lifting structure with high heat dissipation effect, featuring a chassis side panel frame for support and a nested support frame, stably controls the stability of the glass plate. The stable engagement of the support frame and the upper moving member controls the replacement of the glass plate on the support frame. Furthermore, the use of a cross bracket between the upper moving member and the lower positioning plate controls the vertical movement of the glass plate. In conjunction with a nested temperature detector, the height of the glass plate is controlled for vertical adjustment.

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