Full-automatic machining production line for bamboo tubes

Abstract

The invention relates to a full-automatic machining production line for bamboo tubes. The full-automatic machining production line comprises a conveying rack, wherein a row of conveying wheels are arranged on the conveying rack; the conveying wheels are connected with a conveying motor; the front side and the rear side of the conveying rack are separately provided with an oblique side baffle plate; the front side of the conveying rack is provided with an object storage shelf; a group of object storage rods are arranged on the object storage shelf; the rear ends of the object storage rods are located above the side baffle plates are connected onto the object storage shelf in a rotatable manner; the front end of each object storage rod is provided with a baffle rod; the front ends of the object storage rods are connected through a fixing rod; the fixing rod is arranged on a supporting cylinder; the outlet of the conveying rack is provided with a bamboo tube fixing rack; the bamboo tube fixing rack comprises a fixed base; V-shaped supporting blocks are arranged on the fixed base; a V-shaped hold-down block is arranged above each V-shaped supporting block; a side assembly rack is fixedly arranged on the rear part of the fixed base; the top of the side assembly rack is provided with hold-down cylinders; each V-shaped hold-down block is arranged on the corresponding hold-down cylinder; and a cutting machine is arranged between the conveying rack and the bamboo tube fixing rack.

Description

technical field [0001] The invention relates to the technical field of bamboo and wood processing, in particular to a fully automatic processing line for bamboo tubes. Background technique [0002] At present, bamboo products are more and more widely used. For example, more and more bamboo cutting boards are made of whole bamboo flattened. Before the bamboo is flattened, it is necessary to cut the bamboo into bamboo tubes, and then remove the outer bamboo nodes. and removing inner bamboo joints, in the process of the prior art, cutting, removing outer bamboo joints and removing inner bamboo joints are divided into three processes, which are processed on two machines respectively, so multiple positioning and processing are required to improve work efficiency. Low, and the broken way is used to remove the inner slub, so the inner slub cannot be completely removed, and the remaining inner surface is not smooth. [0003] And at present the bamboo green removal of the bamboo out...

AI Technical Summary

Problems solved by technology

[0002] At present, bamboo products are more and more widely used. For example, more and more bamboo cutting boards are made of whole bamboo flattened. Before the bamboo is flattened, it is necessary to cut the bamboo into bamboo tubes, and then remove the outer bamboo nodes. and removing inner bamboo joints, in the process of the prior art, cutting, removing outer bamboo joints and removing inner bamboo joints are divided into three processes, which are processed on two machines respectively, so multiple positioning and processing are required to improve work efficiency. Low, and the method of removing the inner slub is broken, so the inner slub cannot be completely removed, and the remaining inner surface is uneven

[0003] And at present the bamboo green removal of the bamboo outer layer is planed after the bamboo is flattened. Before the flattening, the bamboo needs to be baked to make it soft, and then flattened. The green part is difficult to remove; at the same time, the flattened bamboo board is not very smooth. When planing the outer surface of the bamboo board, the thickness of the green bamboo board is not uniform, which has a great impact on the quality of the finished bamboo board after final processing. The impact of reducing the quality of the whole bamboo cutting board

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