Support structure of housing unit, loading and unloading method and house with same

Abstract

The invention discloses a support structure of a housing unit, a loading and unloading method thereof, and a house with the same and belongs to the related technical field of fabricated building. Thesupport structure of the housing unit, the loading and unloading method thereof and the house with the same are characterized in that with the arrangement of the support structure with an outer frame,accommodation and support of the housing unit are completed; with at least a slideway disposed at the bottom of the support structure along the longitudinal direction and a plurality of lifting unitsarranged at intervals on the slideway along the loading and unloading direction of the housing unit, abutment and separation of the bottom of the building unit and the bottom of the outer frame are realized through the lifting of the lifting units, and then rollers on the top of the lifting units can then be used to assist in the loading and unloading of the housing unit. The support structure ofthe housing unit has the advantages of having simple structure and easy operation, effectively providing support and protection for the housing unit, improving the efficiency of loading and unloadingof housing unit, simplifying the process of housing unit maintenance, reducing maintenance costs, greatly reducing the application cost of the housing unit thereby, and having a fairly important promotion and application value.

Description

Technical field [0001] The invention belongs to the related technical field of prefabricated buildings, and specifically relates to a supporting structure of a house unit, a loading and unloading method and a house with the supporting structure. Background technique [0002] Houses are indispensable items in people's lives, with various forms and structures. With the continuous improvement of people's living standards and the continuous improvement of housing ecological and environmental protection requirements, traditional building structures have become increasingly unable to meet people's actual needs. [0003] Traditional house building structures mainly include brick-wood structure, brick-concrete structure, reinforced concrete structure, steel structure, etc. The raw materials are mostly non-renewable resources, high energy consumption, not environmentally friendly, cumbersome construction procedures, long construction period, low efficiency, and cost. High; In addition, the...

AI Technical Summary

Problems solved by technology

With the continuous improvement of people's living standards and the continuous improvement of housing ecological and environmental protection requirements, the traditional housing structure has become increasingly unable to meet people's actual needs.

[0003] Traditional building structures mainly include brick-wood structure, brick-concrete structure, reinforced concrete structure, and steel structure. Most of the raw materials are non-renewable resources and high energy consumption. They are not environmentally friendly. High; moreover, it is inconvenient to dispose of construction waste after the demolition of traditional building structures, which has a great impact on the ecological environment and is not conducive to energy conservation, environmental protection and sustainable use of resources.

[0004] In view of the above-mentioned shortcomings that traditional building structures exist, various emerging materials have been used to make building structures in the prior art, and corresponding improvements have been made in the construction forms of building structures, such as housing units made based on bamboo materials and / or Or housing construction, which prefabricated bamboo strips into housing units with a tubular structure, and then used them as modules to make housing, which was described in the applicant's previous applications CN 206545261 U, CN 206396901 U, or CN206154787 U It is recorded accordingly; with the continuous development of the above-mentioned unitization or modular housing technology, the types and performance of modular housing have also been continuously improved, and the scope of application has become more and more extensive. However, when multiple housing units are combined During the application process of the completed housing, some housing units will inevitably be deformed or damaged, which requires repair or replacement of the corresponding housing units, and the way of replacement is often by splitting the housing into multiple housing units, and then Take out and replace the corresponding housing units, and finally recombine each housing unit into a housing structure. The above-mentioned replacement forms are cumbersome to operate, labor-intensive, and costly to assemble and replace, which greatly increases the application cost of the housing units and affects the modules. The loading and unloading efficiency of the optimized housing restricts the development of housing units and even modular housing based on them

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