Low-carbon plywood machining assembly line

Abstract

The invention provides a low-carbon plywood machining assembly line. The low-carbon plywood machining assembly line comprises a prepressing device located on the upstream portion and used for carrying out prepressing on template blanks, a hot pressing device located on the downstream portion and used for carrying out hot pressing forming on the template blanks, a feeding device located on the upstream portion of the prepressing device and used for feeding, and a transfer device located between the prepressing device and the hot pressing device and used for transferring the template blanks on the prepressing device onto the hot pressing device. According to the low-carbon plywood machining assembly line, the structure form of traditional plywood machining equipment is broken through; and in the actual working process, the feeding device carries out feeding on the prepressing device, the prepressing device carries out prepressing on the template blanks, the pre-pressed template blanks are put on a movable bearing rack of the transfer device, and the multiple layers of template blanks are put into all layers of heating press plates of the hot pressing device one by one through the movable bearing rack. Therefore, by means of the low-carbon plywood machining assembly line, the template blanks can be conveyed to the hot pressing device efficiently, stably and accurately, the forming quality and efficiency of plywood are improved, high efficiency and low carbon are achieved, and practicality is high.

Description

technical field [0001] The invention relates to the field of plywood processing machinery, in particular to a low-carbon plywood processing line. Background technique [0002] In the production process of plywood, the template blanks of each layer are first coated with glue, and after pre-pressing with a pre-pressing machine for preliminary shaping, the hot-pressing machine is used to heat-compress and compound the template blanks coated with glue. Due to the large number of layers of hot press equipment, the formwork blanks coated with glue need to be quickly pressed and compounded after entering the hot plate of the press. The traditional process is to manually feed one by one into the hot plate of the press. This operation requires workers to move very fast, labor-intensive, and a slight delay will cause the first few template embryos to dry out, seriously affecting the pass rate. [0003] In view of this, the inventor of this case conducted in-depth research on the abov...

AI Technical Summary

Problems solved by technology

The traditional process is manually fed one by one into the hot plate of the press. This operation requires workers to move very fast, labor-intensive, and a slight delay will cause the first few pieces of template embryos to dry out, seriously affecting the pass rate.

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