A low-rise fully assembled concrete shear wall structure system

Abstract

The invention discloses a low-rise fully-fabricated concrete shear wall structure system. The low-rise fully-fabricated concrete shear wall structure system comprises precast independent foundations,precast ground beams mounted on the precast independent foundations, precast bottom plates mounted on the precast ground beams, precast shear walls vertically mounted on the precast bottom plates, precast beams which are each erected between the two corresponding precast shear walls arranged oppositely, and precast floor slabs laid on the precast shear walls and the precast beams. First pre-embedded steel bars are pre-embedded at the top ends of the precast independent foundations, and first pouring holes allowing the first pre-embedded steel bars to penetrate are formed in the two ends of theprecast ground beams; and a plurality of second pre-embedded steel bars are pre-embedded at the top ends of the precast ground beams, and second pouring holes allowing the second pre-embedded steel bars to penetrate are formed in the precast bottom plates. According to the low-rise fully-fabricated concrete shear wall structure system, the problems that an existing fabricated concrete structure is low in fabrication rate and large in site wet operation amount are solved, site construction mainly refers to site fabrication between precast structural members, connection is safe and reliable, and the construction efficiency can be greatly improved.

Description

technical field [0001] The invention belongs to the technical field of prefabricated building structures and construction thereof, and in particular relates to a low-rise fully assembled concrete shear wall structure system. Background technique [0002] At present, my country's construction industry is mainly operated in the way that the design unit conducts architectural and structural design, and the construction unit conducts on-site construction, and the links between all aspects of project construction are poor. This leads to low construction efficiency, poor product quality, high energy consumption in the industry as a whole, and great damage and waste to the environment, resources, and energy. Therefore, the only way to solve the above problems is to replace the traditional scattered, low-efficiency, and low-level handicraft production methods of the construction industry through modern large-scale industrial production methods of design, production, transportation, ...

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Problems solved by technology

[0004] The technical problem to be solved by the present invention is to provide a low-rise fully assembled concrete shear wall structure system for the above-mentioned deficiencies in the prior art. The low assembly rate of concrete structures and the large amount of wet work on site. The prefabrication rate of structural components in this structural system can reach more than 95%. The on-site construction is mainly on-site assembly between prefabricated structural components, and there is only a small amount of wet work in the on-site construction. , the connection is safe and reliable, can greatly improve construction efficiency, greatly shorten the construction period, reduce energy consumption, and can be widely used in low-rise urbanization residences, high-end villas, tourist resorts, etc.

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