A fully automatic tenoning equipment

Abstract

The invention discloses full-automatic dowel feeding equipment. The full-automatic dowel feeding equipment comprises a base platform for bearing workpieces. A shaking screen is arranged on the base platform and communicates with a dowel channel. The tail end of the dowel channel communicates with multiple dowel sliding ways. The shaking screen shakes and vibrates so that dowels can slide into the dowel channel and can be conveyed along the channel. The dowels penetrate the dowel sliding ways along the tail end of the dowel channel and enter the workpieces. Glue injection pipes are arranged on the side portion of each dowel sliding way. Glue for bonding the dowels is injected into the workpieces dropwise through the glue injection pipes. The full-automatic dowel feeding equipment further comprises mounting pressing plates for pressing the workpieces. The mounting pressing plates are arranged below the dowel sliding ways. The portions, corresponding to the lower positions of the corresponding dowel sliding ways, of the mounting pressing plates are provided with hole portions. Slidable baffles are arranged below the hole portions. The full-automatic dowel feeding equipment can solve the technical problems of low production efficiency and large time consumption caused by a production manner of manual dowel feeding in the prior art.

Description

technical field [0001] The invention relates to the field of woodworking machinery, in particular to a fully automatic tenoning device. Background technique [0002] Mortise and tenon joint is a very common connection method in modern wooden furniture, and its structure is simple and firm, so it is widely used. In the prior art, one by one wooden tenons are generally inserted into the board and fixed with glue, and then the board with the wooden tenon and another board with the mortise are spliced ​​together, and the wooden tenon is fixedly connected to the board, etc. For workpieces, the wooden tenons are generally inserted into the holes of the board by manual operation and glued to fix them. Since there are many places where the wooden tenons need to be applied on the workpieces, and there are many workpieces in the flow-processed factory, the manual operation The production efficiency of wooden tenons is low, it takes a long time, and it does not conform to the economic...

AI Technical Summary

Problems solved by technology

[0004] The purpose of the present invention is to provide a fully automatic tenoning equipment to solve the technical problems of low production efficiency and long time consumption caused by the manual tenoning production method in the prior art

Images