Efficient wood cutting machine for constructional engineering and cutting method

Abstract

The invention discloses an efficient wood cutting machine for constructional engineering and a cutting method. The efficient wood cutting machine comprises a hanging bracket, a hoisting device, a positioning and clamping device, side plates, a cutting device, a feeding device and a material conveying device, the feeding device is arranged close to the right side, and the material conveying device is tightly connected with the end of the left side of the feeding device and arranged close to the lower side; the hoisting device is installed in the center of the hanging bracket, the positioning and clamping device is installed in the hoisting device and used for positioning, clamping and lifting wood in the feeding device, and the horizontally-arranged side plates are fixed to the lower ends of a left side end plate and a right side end plate of the hanging bracket and located at the foremost end of the hoisting device; and a cutting device which transversely moves left and right is installed on the side plates and used for cutting the wood fixed in the positioning and clamping device, and the cut wood is output through the material conveying device.

Description

technical field [0001] The invention relates to the technical field of building material production equipment, in particular to a high-efficiency wood cutting machine and a cutting method for construction engineering. Background technique [0002] In construction projects, a large amount of wood needs to be used, and wood of different thicknesses and sizes needs to be prepared and cut to achieve the desired shape. When the existing wood cutting machine is in use, it usually relies on the manual support of the wood in the shape of the bar to cut the saw blade that rotates near a fixed position. In the process, the cutting methods such as corner cutting, slicing, and cutting of the wood, as well as the fixed positioning of the wood, are not accurate enough, and the cutting is difficult. It is also necessary to manually estimate the position of the wood to adjust and mark, not only the cutting of the wood. The operation is cumbersome, the operator cannot be guaranteed a safe w...

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Problems solved by technology

When the existing wood cutting machines are in use, they usually rely on artificially supporting the wood in the shape of a strip to cut with the saw blade rotating close to a fixed position. In the process, the cutting methods such as chamfering, slicing, and cutting of the wood, as well as the fixed positioning of the wood, are not accurate enough, and the cutting is difficult. It also needs manual estimation to adjust and mark the position of the wood. Not only the cutting of the wood The operation is cumbersome, and the operator cannot be guaranteed to be in a safe working environment, and the cutting efficiency is extremely low

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