Splicing tool used for splicing decoration panel to glass faceplate

Abstract

The invention relates to a splicing tool used for splicing decoration panels to glass faceplates. The splicing tool comprises a rack body provided with a table top and an upper mounting plate. At least one splicing structure is arranged on the rack body. The splicing tool is characterized in that each splicing structure comprises a left shelf, a right shelf, an elastic supporting structure, pressing blocks and a positioning structure, wherein the left shelf is fixed to the table top, the right shelf is constrained on the table top and can slide left and right; the elastic supporting structure acts on the right shelf, so that the right shelf is kept moving outwards to the outermost end state; the pressing blocks are located on the table top and driven by pressing air cylinders mounted on the upper mounting plate to vertically move up and down; the pressing block is further provided with the positioning structure; the positioning structure comprises front positioning blocks, rear positioning blocks, left positioning blocks, rear clamping blocks and right clamping blocks; and in the state that the pressing blocks move downwards to press the panels, the pressed right clamping blocks push the left shelf to move rightwards, and finally the right end faces of the glass faceplates are flush with the right end faces of the decoration panels. The splicing tool can ensure that the outer edges of the decoration panels are flush with the left end and the right end of the glass faceplates correspondingly.

Description

technical field [0001] The invention relates to a bonding tool for bonding a certain part to another part, in particular to a bonding tool for bonding a decorative panel to a glass panel. Background technique [0002] In order to make the overall appearance of the range hood more beautiful and generous, glass panels with decorative panels are installed on the surface of some high-end range hood shell components. The decorative panels are supported by stainless steel. Due to the particularity of the glass panel material, the decorative panels need to pass The way of bonding can be fixed on the glass panel. [0003] At present, there are mainly two ways to bond the decorative panel to the back of the glass panel: one is the traditional bonding, which uses manual bonding of the decorative panel to the glass panel one by one. Under the premise of increased pressure, the processing cost will increase significantly, and because there is no pressure-holding step, the bonding will ...

AI Technical Summary

Problems solved by technology

[0003] At present, there are mainly two ways to bond the decorative panel to the back of the glass panel: one is the traditional bonding, which uses manual bonding of the decorative panel to the glass panel one by one. Under the premise of increased pressure, the processing cost will increase significantly, and because there is no pressure-holding step, the bonding will not be reliable, and the decorative panel will easily detach from the rear end surface of the glass panel, and due to manual bonding, the bonding of the decorative panel to the glass panel will The position is not accurate, and the technical requirements for workers are high

The other is to use simple bonding tooling to bond the decorative panels. At present, the simple tooling has the following defects. First, because there are certain errors in the processing of the glass panels, the size of each glass panel cannot be guaranteed to be consistent, so The relative position of the decorative panel on the glass panel is not easy to guarantee, and the precision is low, that is, the alignment of the decorative panel and the side edge of the glass panel after bonding cannot be guaranteed, and the position between the decorative panel and the glass panel is easy to be misaligned after bonding, and The bonding gap between the decorative panel and the glass panel is uneven; the second is that only one set of glass panel components can be bonded at a time, and the bonding efficiency is low

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