High-rigidity dust-free assembled laboratory

Abstract

The invention relates to the technical field of precision equipment laboratories, in particular to a high-rigidity dust-free assembled laboratory which comprises a wall and a ground. The ground comprises two side edge buckling beams and a unit plate located between the two side edge buckling beams, first arc-shaped long grooves are formed in the side faces, close to the unit plate, of the two side edge buckling beams correspondingly, and second arc-shaped long grooves are formed in the two side faces, close to the side edge buckling beams, of the unit plate correspondingly. Cylindrical long grooves are formed between the first arc-shaped long grooves and the corresponding second arc-shaped long grooves, and core columns used for fixing the side edge buckling beams and the unit plates are arranged in the cylindrical long grooves. A fixing piece used for fixing the two wall plates is arranged between the two adjacent wall plates. The assembled type floor is adopted, consumables are saved, the construction period is greatly shortened, and cyclic disassembly and utilization can be achieved; in addition, the laboratory wall body is a prefabricated semi-finished product field assembly type, so that the field installation time is greatly saved, procedures are few in interpenetration, and construction is convenient; and meanwhile, the possibility of environmental pollution to a laboratory in the construction process is reduced.

Description

technical field [0001] The present application relates to the technical field of precision equipment laboratories, in particular to a high-rigidity dust-free assembly laboratory. Background technique [0002] In order to ensure the good performance of precision equipment, its precision equipment laboratory requires the functions of fire prevention, shock resistance, electromagnetic interference prevention, noise prevention, moisture resistance, corrosion resistance, dust prevention and harmful gas intrusion prevention, and the room temperature should be kept as constant as possible. [0003] At present, the walls of the precision equipment laboratory are mainly made of composite plates, and the ground is designed with concrete and terrazzo. [0004] However, the construction period for pouring concrete and polishing the terrazzo floor is long, the consumables are many and cannot be recycled, and the installation of the wall also requires the connection of various types of wo...

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Problems solved by technology

[0004] However, the construction period for pouring concrete and polishing the terrazzo floor is long, and the consumables are too much and cannot be recycled. The installation of the wall also requires various types of work to be connected with each other. , causing environmental pollution to the laboratory, which is inconsistent with the clean environment required by the precision equipment laboratory

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