High-precision embedded part reinforcing and mounting device and method and purpose

Abstract

The invention discloses a high-precision embedded part reinforcing and mounting device and method and a purpose. The high-precision embedded part reinforcing and mounting device comprises fixing units which are connected with one another. Each fixing unit is mainly composed of a supporting device, a connecting device, a limiting device, a locking device and a pressing device. The connecting devices in the fixing units are connected. The supporting devices are arranged below embedded parts. The pressing device and the connecting devices are arranged above the embedded parts. The pressing devices are arranged between the embedded parts and the connecting devices. The limiting devices are fixed to the supporting devices after penetrating through the connecting devices. The locking devices are arranged above the connecting devices and arranged on the limiting devices in a sleeving mode. The multiple embedded parts are connected into an integral embedded part fixing unit, and the embedded parts can be mounted and adjusted integrally; and compared with a method for mounting and adjusting the embedded parts independently, the mounting speed is high, construction operation is easy and convenient, the mounting efficiency of the embedded parts is greatly improved, and the problem that an existing embedded reinforcing technique cannot meet the requirements for high-precision mounting and construction of the embedded parts is solved.

Description

technical field [0001] The invention belongs to the technical field of building construction, and in particular relates to a device, method and application for reinforcing and installing high-precision embedded parts. Background technique [0002] In nuclear power plants, embedded parts for the subsequent installation of electrical panels need to be installed on the floor, which are widely distributed, large in number, and high in density. The positioning accuracy of such embedded parts is required to be very high. Since the profiled steel plate concrete slab is thin, with a thickness of 203 mm, the embedded parts have a large aspect ratio, the slab surface is thin, and the rigidity is small. Considering the thickness of the concrete slab, the reinforcement measures for the embedded parts are limited, and the subsequent concrete work Disturbance to embedded parts will affect the accuracy of embedded parts. In order to ensure that the installation accuracy of the embedded pa...

AI Technical Summary

Problems solved by technology

[0004] The technical problem to be solved by the present invention is that the embedded parts installed in the construction of the existing nuclear power plant are easy to cause damage to the embedded parts themselves when they are buried, thereby affecting the fixed state and causing construction difficulties. Therefore, a high-precision embedded part is designed. Reinforced installation device, method, and use, which connect multiple embedded parts into an embedded part fixing unit to form a whole, and can install and adjust the entire embedded part, compared with the installation and adjustment of a single embedded part method, the installation speed is fast, and the construction operation is simple, which greatly improves the installation efficiency of embedded parts and solves the problem that the existing embedded parts reinforcement technology cannot meet the high-precision installation and construction requirements of embedded parts

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