Environmental protection energy-saving type combined greenhouse

Abstract

The invention relates to an environmental-friendly energy-saving type combined greenhouse, comprising a house end wall, an in-filled wall, a main arch, a plurality of groups of supporting columns and a house membrane, wherein the main arch comprises a plurality of stainless steel in-filled tube skeletons and a plurality of tie bars, the tie bars are supported by a plurality of groups of the supporting columns which are distributed along the spanning direction of the main arch, the stainless steel in-filled tube skeletons are lap-jointed on the tie bars at a certain interval along the length direction of the front surface of the greenhouse, and the stainless steel in-filled tube skeletons and the tie bars are connected in a crossing way by buckles at the connecting points, so as to form anindependent net structure. Compared with the traditional steel skeleton greenhouse, parts are convenient for movement and assembly, steel using amount is reduced by 60 percent, so as to greatly reduce the energy consumption and reduce the carbon-dioxide emissions. Corrosion can not happen, rust water can not be generated and soil and crops can not be damaged in the using process of the greenhouse, so as to effectively protect the environment.

Description

technical field [0001] The invention relates to the field of greenhouses, in particular to an environment-friendly and energy-saving combined greenhouse. Background technique [0002] my country has a vast territory and obvious climate differences. The extensive use of agricultural facilities can effectively solve the problems of multi-season farming, disaster prevention, disaster resistance, and disaster reduction, and improve unit production efficiency. As an agricultural facility, the greenhouse is widely used in my country at this stage. [0003] At present, agricultural greenhouses are mainly made of wood structure, metal structure, plastic structure and bamboo. Greenhouses with bamboo and wood structures have basically been eliminated at this stage due to their low strength, short life, and easy corrosion. Greenhouses using emerging inorganic glass and plastic structures have been tested in practice for their poor rigidity and strength, which cannot meet the needs of...

AI Technical Summary

Problems solved by technology

The Chinese Utility Model Patent No. 98221410.3 discloses a steel-plastic composite material combined column-free greenhouse skeleton device. High strength, high strength, but due to the use of solid steel-plastic composite materials as the arch beams and tie rods supporting the skeleton, resulting in heavy weight, a large amount of steel consumption, slow installation speed, complicated steel skeleton processing technology, rust water and Carbon dioxide has caused serious harm to soil, crops and the environment, which is not conducive to environmental protection and energy saving

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