Sequential material supply device for building steel pipe machining equipment

Abstract

The invention discloses a sequential material supply device for building steel pipe machining equipment. The sequential material supply device comprises steel pipe feed conveying devices, a buffer material chute, a rotating material supply wheel and a material supply belt unit. The two steel pipe feed conveying devices are located on the two sides of the buffer material chute correspondingly and connected with steel pipe cutting devices. A seam slot is formed in the middle of the buffer material chute. The rotating material supply wheel is located under the seam slot and can carry steel pipes dropping down from the seam slot onto the material supply belt unit below the rotating material supply wheel. The material supply belt unit is connected with the steel pipe machining equipment. According to the sequential material supply device for the building steel pipe machining equipment, the material supply device is in butt joint with the steel pipe machining equipment and is provided with the rotating material supply wheel, the club-shaped steel pipes can be grabbed one by one, carried to a material supply belt and conveyed to the machining equipment through the material supply belt unit. The situation that the efficiency of manual feeding is low can be avoided by using the material supply device.

Description

Technical field: [0001] The invention relates to the technical field of steel pipe processing equipment, in particular to a sequential feeding device for construction steel pipe processing equipment. Background technique: [0002] Steel structure building is a new type of energy-saving and environment-friendly building system, known as the "green building" of the 21st century. Steel structure building is a building structure with light weight, high strength, good seismic performance, energy saving and environmental protection, and can be recycled, which meets the requirements of developing energy-saving buildings and sustainable and healthy economic development. The biggest advantage of the steel pipe structure is that it can perfectly combine people's functional requirements, sensory requirements and economic benefit requirements for buildings. With its own superior performance, the application of steel pipe structure has developed rapidly in recent years, and its applicat...

AI Technical Summary

Problems solved by technology

[0003] After steel pipes for construction are rolled and cut into bars of equal length, they still need to go through multiple processing processes. In the subsequent processing process, the steel pipes need to be transferred to the processing equipment one by one. This process is cumbersome and difficult to carry out.

At present, the sequential feeding process of steel pipes is manually delivered to the processing equipment one by one. This method has low feeding efficiency and is difficult to adapt to the high-efficiency processing capacity of the processing equipment, which will cause low efficiency of the processing equipment.

Images