A multi-layer superimposed high-strength ladle wood production equipment

Abstract

The invention discloses a multilayer-overlaid high-strength steel wrapping wood production facility. The multilayer-overlaid high-strength steel wrapping wood production facility comprises a machine body. A working cavity which is upwards opened and is through in the front-and-rear direction is formed in the machine body, and a top cover can be installed at the top end of the machine body. A firstsliding hole which is upwards opened is formed in the bottom wall of the working cavity, and an extrusion rod which stretches into the working cavity is arranged in the first sliding hole in a sliding mode. According to the multilayer-overlaid high-strength steel wrapping wood production facility, multiple layers of thin steel can wrap long-strip-shaped wood in a C-shaped mode to form steel wrapping wood through the mechanical kinetic energy, the wood is automatically conveyed out of the facility after the multiple layers of thin steel wrap the wood, the degree of automation of the productionprocess is high, manual taking of products is not required, and utilization is convenient and fast. In addition, the multiple layers of thin steel and the surface of the wood are closely attached, and therefore the produced steel wrapping wood is compact in structure, high in strength and good in quality. Meanwhile, the facility only uses a single motor, the utilization rate of the kinetic energyis high, the production cost of the facility is low, and the facility is economical and practical.

Description

technical field [0001] The invention relates to the field of construction factories, in particular to a multi-layer superimposed high-strength steel-clad wood production equipment. Background technique [0002] As we all know, wood beams are the main turnover materials in construction projects, so wood beams have certain requirements for the strength of wood structures, ordinary wood cannot be used as wood beams, and with the development of society, the demand for forestry resources has increased. The increasing price of traditional wooden beams has greatly increased the cost of construction projects; therefore, people use steel to wrap ordinary wood to produce steel-clad wood to reduce material costs; traditional steel-clad wood production equipment needs to use already bent C-shaped steel, and then insert wood from the C-shaped steel. The quality of the steel-clad wood produced by this method is uneven, the gap between the steel and the wood is large, and the overall struc...

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Problems solved by technology

[0002] As we all know, wood beams are the main turnover materials in construction projects, so wood beams have certain requirements for the strength of wood structures, ordinary wood cannot be used as wood beams, and with the development of society, the demand for forestry resources has increased. The increasing price of traditional wooden beams has greatly increased the cost of construction projects; therefore, people use steel to wrap ordinary wood to produce steel-clad wood to reduce material costs; traditional steel-clad wood production equipment needs to use already bent C-shaped steel, and then insert wood from the C-shaped steel. The quality of the steel-clad wood produced by this method is uneven, the gap between the steel and the wood is large, and the overall structural strength of the steel-clad wood is low. Once the wood is inserted, the force will not be strong. All will lead to the scrapping of the whole piece of wood, and the economic benefit is poor; at the same time, the production of traditional steel-clad wood production equipment requires workers to manually add or take out goods, which has a low degree of automation and low production efficiency; therefore, it is necessary to design a multi-layer superimposed high-strength steel-clad wood production equipment to solve the above problems

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