A cross-section wood molding polishing device that is pulled and adsorbed by centrifugal pressing in the form of a cone

Abstract

The invention discloses a tapered centrifugal laminating drag absorption cross section type wood molding polishing device. The device structurally comprises a dust deposition chamber, an input support, a smart polishing device, a lifting table and a device housing. High-pressure gas is input through an inner input pipe and simultaneously output through the turning of a concentrically square block,passes the inner part of an air way output device and drags gas in a front absorbing support, and as a result, the absorbing support carries out absorbing work. Plane absorption is carried out in a communicating mode, so that absorption area can be increased, and the absorption effect is improved. Then, the gas carrying wood chips is separated by a separating support and then continuously goes upwards, and the rate of the gas flowing across the gas pipe increases. Finally, a front blade wheel is driven by the gas flow, and the blade wheel rotates and drives a moving shaft below the blade wheel. Through the structure of a polishing support, stable absorptive polishing work is carried out, the disordered fly of the wood chips can be prevented, collecting work is reinforced, and equipment jitter is prevented.

Description

technical field [0001] The invention relates to the field of head wood processing, in particular to a cross-section wood strip polishing device through cone-shaped centrifugal pressing, traction and adsorption. Background technique [0002] Existing wood line cross-section polishing is usually fixed and clamped by a tiger jaw clamp, and then the plate-type parallel tool is powered by electricity or ventilation to make the parallel tool rotate at high speed, and the manual or fixed automatic horizontal Displacement works the surface of the wood back and forth across the finish, but in this way: [0003] 1. During the polishing work, when the internal parallel tool is used for horizontal polishing, the sawdust is easily taken out by the rotating tool centrifugally, and when it is taken out, it will be thrown out in an irregular direction, which is difficult to collect and affects the working environment. At the same time When the parallel tool polishes the wood section, the r...

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Problems solved by technology

[0003] 1. During the polishing work, when the internal parallel tool is used for horizontal polishing, the sawdust is easily taken out by the rotating tool centrifugally, and when it is taken out, it will be thrown out in an irregular direction, which is difficult to collect and affects the working environment. At the same time When the parallel tool polishes the wood section, the raised blocks on the wood surface are used to vibrate and slip when the parallel tool is running in, which affects the polishing effect

[0004] 2. And when working, the polishing equipment usually collects the output sawdust through pipeline negative pressure adsorption. When adsorbing, the sawdust is easy to be pulled by the folding of the pipeline and difficult to output, and the single-tube adsorption Limited area, difficult to collect and output sawdust

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