A Welding and Forming Technology of House Light Steel Frame Dragon Skeleton

Abstract

The invention relates to a light steel frame keel welding forming process for a house, which mainly includes the following steps: cutting, clamping and positioning, welding and other processes. The keel clamping and positioning equipment used includes a base plate, a positioning device, a clamping holding device and moving device, the present invention can solve the following difficult problems existing in the welding of the existing keel, a, when the traditional keel is welded, it is necessary to manually splice the keel, and the quality of the artificially spliced ​​keel is different. Manual hand keel, because there are many subjective uncertain factors in manual operation, keel misalignment often occurs, affecting the quality of welding, and even affecting the quality of building construction. The workload of laborers is heavy, which reduces the efficiency of keel welding; b The existing keel welding positioning equipment is not accurate enough for the positioning of the keel, which affects the welding efficiency of the keel, and cannot be corrected in time when the keel is misaligned, which improves the welding efficiency and effect of the keel.

Description

Technical field [0001] The present invention relates to the field of housing construction techniques. Specifically, a housing light steel rack dragon skeleton welding forming process. Background technique [0002] Light steel keel is a new type of building materials. With the development of China's modernization, light steel keels are widely used in hotels, terminal buildings, shipping stations, stations, playgrounds, shopping malls, factories, office buildings, old buildings. Reconstruction, interior decoration setting, ceiling and other places, light steel keel hanging top has light weight, high strength, adaptation to waterproof, shockproof, dustproof, sound insulation, sound, constant temperature, etc., and also has the advantages of short construction, simple construction, etc. The keel needs to be welded during installation. After the welding is completed, the operation is made through the crane. [0003] However, the existing keel is presented in the welding, A. Traditiona...

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Problems solved by technology

[0003] However, the existing keels have the following problems during welding. a. When welding traditional keels, it is necessary to manually splice the keels. The quality of the artificially spliced ​​keels varies. There are many subjective uncertain factors, and keel dislocation often occurs, which affects the quality of welding and even the construction quality of houses. The workload of laborers is very heavy, which reduces the efficiency of keel welding; The positioning of the keel is not accurate enough, which affects the welding efficiency of the keel, and cannot be corrected in time when the keel is misaligned, which improves the welding efficiency and effect of the keel

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