Edge sealing method of L-shaped four-machine connecting edge sealing machine

Abstract

The invention discloses an edge sealing method of an L-shaped four-machine connecting edge sealing machine. The four-machine connecting edge sealing machine comprises a first edge sealing machine body, a second edge sealing machine body, a third edge sealing machine body and a fourth edge sealing machine body which are in an L-shaped connecting shape. The edge sealing method comprises the following steps that (1) a lifting table ascends to the height of the feeding face of the first edge sealing machine body, and a plate is placed on an automatic feed mechanism; (2) the automatic feed mechanism conveys the plate to the first edge sealing machine body, and the edge a is sealed; (3) the plate with the edge a sealed is conveyed to the second edge sealing machine body through a first conveying device set, and the edge b is sealed; (4) the plate with the edge b sealed is conveyed to the third edge sealing machine body through a second conveying device set, and the edge c is sealed; and (5) the plate with the edge c sealed is conveyed to the fourth edge sealing machine body through a third conveying device set, and the edge d is sealed. According to the edge sealing method of the L-shaped four-machine connecting edge sealing machine, the edge sealing efficiency is high, the requirement for the shape of the plate is not high, a special-shaped plate (such as an L-shaped plate) with two sets of edges parallel can be sealed, and meanwhile the situation that edge sealing is adjusted through rotation for the plate in the edge sealing process is not needed.

Description

technical field [0001] The invention relates to an edge banding method for an edge banding machine, in particular to an edge banding method for an L-shaped four-machine connection edge banding machine. Background technique [0002] The traditional edge banding machine is usually a single machine, a single machine circulation line, two machines or four machines connected in line. The efficiency of the single machine operation is low and the labor intensity is high. It needs to repeat the operation four times to complete the edge banding operation; although the single machine circulation line solves the handling problem , but the number of panels flowing on the single-machine circulation line is limited; although the connection of two or four machines greatly improves the efficiency of edge banding operations and reduces labor intensity, there is a strict requirement for the shape of the panels to be rectangular, and other There are two sets of special-shaped panels whose oppo...

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Problems solved by technology

[0002] The traditional edge banding machine is usually a single machine, a single machine circulation line, two machines or four machines connected in line. The efficiency of the single machine operation is low and the labor intensity is high. It needs to repeat the operation four times to complete the edge banding operation; although the single machine circulation line solves the handling problem , but the number of panels flowing on the single-machine circulation line is limited; although the connection of two or four machines greatly improves the efficiency of edge banding operations and reduces labor intensity, there is a strict requirement for the shape of the panels to be rectangular, and other There are two sets of special-shaped panels with parallel opposite sides that cannot be operated on the machine

At the same time, the traditional two-machine or four-machine connection operation edge banding machine is arranged in a straight line, and the transmission device in the middle is very long and occupies a large area. When the four-machine connection operation is performed, the second and third edge banding machines The transmission device between them needs to install a rotating mechanism to realize the rotation of the plate, and then realize the edge banding operation of the c side, the structure is complex, and the work efficiency is low

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