Wooden bar transporting, connecting, saw-cutting and outputting integrated machine for wood processing machine

Abstract

The invention relates to a wooden bar transporting, connecting, saw-cutting and outputting integrated machine for a wood processing machine. The wooden bar transporting, connecting, saw-cutting and outputting integrated machine comprises a wooden bar following mechanism for performing transport and movement along with a wooden bar, a wooden bar cutting mechanism for performing saw-cutting on the wooden bar, a self-adaption positioning mechanism for positioning the wooden bar and a damping and braking mechanism for controlling the wooden bar to be output, wherein the wooden bar following mechanism, the wooden bar cutting mechanism, the self-adaption positioning mechanism and the damping and braking mechanism are arranged on a machine seat. The wooden bar following mechanism, the self-adaption positioning mechanism and the damping and braking mechanism are arranged on a conveyer line of the wooden bar correspondingly, and the wooden bar passes through the wooden bar following mechanism,the self-adaption positioning mechanism and the damping and braking mechanism in sequence when being transported. The wooden bar cutting mechanism is arranged on the wooden bar following mechanism asa whole and performs transport and movement along with the wooden bar under the drive of the wooden bar following mechanism so as to realize the effect that the wooden bar is subjected to saw-cuttingwhile being transported. By means of the wooden bar transporting, connecting, saw-cutting and outputting integrated machine, the effect that the wooden bar is cut while being transported can be realized, the wooden bar is pressed and positioned so that the cutting quality can be effectively improved and smooth production can be guaranteed, and the wooden bar transport efficiency is guaranteed by changing the wooden bar transport speed at proper time.

Description

technical field [0001] The invention relates to a wood processing machine, in particular to an all-in-one machine for the wood processing machine that uses wooden strips for transmission, connection, sawing, and output. Background technique [0002] Existing wood strip cutters generally have the following problems: [0003] 1. The existing wood cutting operation is to stop the wood in the transmission, and then use the saw blade to cut the wood; this operation method needs to be carried out when the wood is still, so the transmission speed of the wood is reduced; [0004] 2. The existing cutting discs used for cutting wood strips are generally single-sided saw wheels, that is, the cutting work can only be realized in one direction; when working, the system controls the cutting disc to move in one direction to complete one cutting process at a time. For the next cutting process, it needs Control the cutting piece to return to the original position to repeat the above action,...

AI Technical Summary

Problems solved by technology

[0003] 1. The existing wood cutting operation is to stop the wood in the transmission, and then use the saw blade to cut the wood; this operation method needs to be carried out when the wood is still, so the transmission speed of the wood is reduced;

[0004] 2. The existing cutting discs used for cutting wood strips are generally single-sided saw wheels, that is, the cutting work can only be realized in one direction; when working, the system controls the cutting disc to move in one direction to complete one cutting process at a time. For the next cutting process, it needs Control the cutting piece to return to the original position to repeat the above action, the reset action of the cutting piece greatly reduces the cutting efficiency;

[0005] 3. During the cutting process of the wood strips, the parts that are not in the cutting range will often vibrate or swing violently, which will affect the cutting of the wood strips, and the vibration or swing will make the wood strips deviate from the original transmission position, affecting the smooth progress of the next process;

[0006] 4. During the production process of wooden sticks, the transmission speed of wooden sticks is often constant, but this transmission method can only be applied to the traditional wooden stick production system, because in the traditional wooden stick production, every process of wooden sticks It is necessary to remove the wooden strips from the transmission line for corresponding processing, which leads to a decrease in the transmission efficiency of the wooden strips and a decrease in the overall production efficiency

A new wood strip production system has gradually appeared on the market, which can process wood strips while conveying, effectively improving the production efficiency of wood strips, but for this production method, the transmission speed needs to be adaptively changed. The existing technology The transmission speed is controlled by controlling the output efficiency of the servo motor, but this method is inefficient and has a large loss on the servo motor

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