Light combined metal greenhouse for coke oven construction

Abstract

The invention discloses a light combined metal greenhouse for coke oven construction. The light combined metal greenhouse comprises a plurality of structural stand columns arranged on the two sides ofthe metal greenhouse in the span direction in pairs, and a roof cross beam is fixedly connected to the top between the structural stand columns arranged on the two sides in pairs; the roof cross beamcomprises cross beam common joints with the two ends connected with the middle of the span of the metal greenhouse and cross beam standard joints arranged between the cross beam common joints, and the cross beam standard joints and the cross beam common joints are detachably connected through bolts; and a common joint roof plate is detachably connected with a standard joint roof plate, a purlinestandard joint is detachably connected with a purline common joint, and a wind-resistant truss standard joint is detachably connected with a wind-resistant truss common joint. After the greenhouse anda crane steel structure adopt a standard joint combining and assembling form, conversion between different spans can be achieved, and thus the effects that one machine has two purposes and one greenhouse has two purposes are achieved; and similarly, the height of the greenhouse structure stand columns is also composed of multiple joints, height conversion is facilitated, and the light combined metal greenhouse is suitable for different working environments.

Description

technical field [0001] The invention relates to the technical field of coke oven greenhouse construction, in particular to a light-duty combined metal greenhouse for coke oven construction. Background technique [0002] In recent years, due to the strengthening of the implementation of domestic environmental protection laws and regulations, a large number of soil coke ovens have been transformed into mechanical coke ovens, and the volume of the original mechanical coke ovens has continued to expand (the height of the carbonization chamber has increased from 4.3 meters to 6 meters, and the number of holes in the carbonization chamber has also increased. greatly increased). The technological transformation of various coking plants has been rolled out on a large scale, and the construction period of coke ovens has been shortened from the original 6 months to 3 months. Most of the coke oven construction in the same industry in China is invested by the front project department t...

AI Technical Summary

Problems solved by technology

Most of the coke oven construction in the same industry in China is invested by the front project department to prepare simple greenhouses without driving cars. Coke oven feeding relies on backward crowd tactics, low degree of mechanization, high material loss rate, and no guarantee for construction period and quality.

Due to the simplicity of the greenhouse, the strength and rigidity of the components are relatively weak, and it is easy to be damaged after being installed and dismantled once or twice, which is not convenient for repeated turnover

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