A double lamination mechanism

Abstract

The invention discloses a double-lamination mechanism. The double-lamination mechanism comprises a support, wherein two sheet conveying lines are arranged above the support; two parallel lateral support plates with adjustable spaces are arranged on the support outside the two sheet conveying lines; a middle support plate parallel to the lateral support plates are arranged on the support which is positioned on the central line part of the two sheet conveying lines; long slots are formed in the faces opposite to the two lateral support plates in the directions of the sheet conveying lines; first clamping plates which bounce in and bounce out toward one side are arranged in the long slots; long gaps are formed in one position where the middle support plate is opposite to the long slots; bidirectional clamping plates which bounce in and bounce out toward the two sides are arranged in the long gaps; when the first clamping plates bounce out toward one side and the bidirectional clamping plates bounce out toward the two sides, the first clamping plate and the bidirectional clamping plates are respectively protruded on the lateral support plates and the middle support plate so as to form two bearing surfaces for supporting the sheets. According to the double-lamination mechanism, the simultaneous lamination of double production lines for plastic adsorption, cutting and molding of a plastic adsorbing machine can be realized, so that the working efficiency of the lamination is greatly improved; the double-lamination mechanism has a simple structure and a good application prospect.

Description

technical field [0001] The invention relates to a double lamination mechanism, which belongs to the technical field of machinery. Background technique [0002] The sheets cut by the blister machine are usually picked and placed manually, and the sheets are stacked and stacked, arranged neatly, and after the stack reaches a certain number, they are packaged, stored, and shipped out. However, the traditional manual stacking stacking wastes manpower, and the arrangement is not neat, which affects subsequent packaging, fails to meet the standard of delivery, and cannot realize automatic stacking of sheets, resulting in low work efficiency and waste of manpower. [0003] In order to solve the above problems, the patent number "201310212286.5" provides a lamination mechanism, which realizes automatic lamination and neat lamination. However, the efficiency of lamination is very low, and it cannot meet the requirements of double lamination for blister cutting and forming. Simultane...

AI Technical Summary

Problems solved by technology

[0004] The purpose of the present invention is to overcome the problem that the lamination mechanism of the prior art cannot satisfy the simultaneous lamination of the double assembly line formed by the blister cutting and forming of the blister machine, and is not suitable for the double assembly line lamination process

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