Wooden furniture plate machining device

Abstract

A wooden furniture plate machining device comprises a front fixed seat and a rear fixed seat. Multiple horizontal roller wheels are movably mounted between the two fixed seats. Chain wheels are fixedly mounted at the front end and the rear end of a rotary shaft of each roller wheel. The chain wheels are located on the outer sides of the fixed seats. The multiple chain wheels located on the outer side of the same fixed seat are movably connected through a chain. Vertical supporting rods are fixedly mounted on the two sides of the top face of each fixed seat correspondingly. The top ends of thefour supporting rods are fixedly connected through a horizontal supporting plate. Guide grooves with sections in dovetail shapes are formed in the front end and the rear end of the bottom face of thesupporting plate correspondingly. A guide block is arranged in each guide groove. Nuts are fixedly connected with vertical rods, then first screws rotate, the two vertical rods can oppositely move ormove in the reverse directions, and therefore adjustment can be carried out according to different plate widths, and the use requirements of the different plate widths can be met. A plate is fixed through two fixing plates, the plate can be prevented from moving in the lineation process, and inaccurate lineation is avoided.

Description

technical field [0001] The invention relates to a furniture board processing device, in particular to a wooden furniture board processing device. Background technique [0002] In the production process of non-metallic and non-plastic plate parts such as wood and bamboo, in order to fix the size of the cut, the method of marking the surface of the plate is often used to facilitate processing. Lines or sawing shallow grooves instead of scribing methods, and the method of manual scribing requires the operator to be precise when scribing and measuring, and errors are prone to occur during operation, and the operation process is slow and the production efficiency is low. The method of sawing shallow grooves instead of marking lines, the shallow grooves sawn out are often not clear due to the light, and in order to eliminate the original shallow grooves in the processing process, one more process needs to be carried out, which wastes the board and prolongs the working time. It is...

AI Technical Summary

Problems solved by technology

[0002] In the production process of non-metallic and non-plastic plate parts such as wood and bamboo, in order to fix the size of the cut, the method of marking the surface of the plate is often used to facilitate processing. Lines or sawing shallow grooves instead of scribing methods, and the method of manual scribing requires the operator to be precise when scribing and measuring, and errors are prone to occur during operation, and the operation process is slow and the production efficiency is low. The method of sawing shallow grooves instead of marking lines, the shallow grooves sawn out are often not clear due to the light, and in order to eliminate the original shallow grooves in the processing process, one more process needs to be carried out, which wastes the board and prolongs the working time. Inconvenient to use

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