Thermal insulation greenhouse capable of being conveniently stacked and transported

Abstract

The invention discloses a thermal insulation greenhouse capable of being conveniently stacked and transported. The thermal insulation greenhouse comprises a top beam piece frame, a side wall plate and a diagonal brace beam, wherein the top end of the side wall plate is hinged with the bottom of the top beam piece frame through a hinged shaft; and two ends of the diagonal brace beam are respectively hinged with the side wall plate and the bottom of the top beam piece frame. The thermal insulation greenhouse capable of being conveniently stacked and transported has the advantages and beneficial effects that compared with the traditional thermal insulation greenhouse, the thermal insulation greenhouse has great mounting convenience, the side wall plate can be downwards turned and stacked below the top beam piece frame in a non-operating state, the thermal insulation greenhouse is supported by a transport bracket during stacking, the transport space is greatly reduced, the transport convenience is improved, and the transport cost is greatly reduced.

Description

technical field [0001] The invention belongs to the technical field of supporting equipment for petroleum drilling rigs, and in particular relates to a thermal insulation shed which is used in conjunction with petroleum drilling rigs in a low-temperature environment and is convenient for stacking and transporting. Background technique [0002] In the oil drilling industry, when drilling operations are carried out in severe cold or extremely cold regions in winter, the low temperature environment has a great influence on the working performance of the drilling rig. The insulation shed is the necessary equipment for the low-temperature drilling rig to keep warm and keep out the cold. As the supporting equipment of the low-temperature drilling rig, it is an important guarantee for the normal operation of the drilling rig in a low-temperature environment. [0003] The traditional thermal insulation shed is generally an integral frame structure, and the wall panels cannot be fold...

AI Technical Summary

Problems solved by technology

[0003] The traditional thermal insulation shed is generally an integral frame structure, and the wall panels cannot be folded or interchanged. The assembly workload is relatively large, and the requirements for assembly and safety are high in the case of high-altitude operations.

At the same time, because the traditional heat preservation shed cannot be folded in the non-working state, it takes up a large space, and it is difficult to move it as a whole during transportation; even if it is stacked, because the roof of the heat preservation shed is mostly triangular, it is not safe and stable to stack, and the transportation cost higher

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