High efficient installation construction method for rowed cable boxes in hollow brick filled wall

Abstract

The invention discloses a high efficient installation construction method for rowed cable boxes in a hollow brick filled wall and the method requires low cost and has great formation contour quality. On the basis of researches and analysis on deficiencies of a traditional installation construction method for the cable boxes in hollow brick-made walls, and with considerations of simple manufacturing, easy installation and detachment, firm installation and easy hole filling and repeated practice, two different processes, namely cable box installation and template support conduction are effectively combined to create a die suitable for installation of rowed installation of the cable boxes and a construction method for the same. Construction quality can be improved, construction efficiency can be increased and labor cost can be lowered; the construction die designed according to the method requires low manufacturing cost and can be circularly used; and foundation is laid for modularized construction for installation of the rowed cable boxes in grooves of the hollow brick wall.

Description

technical field [0001] The invention relates to the installation technology of building line boxes, in particular to a construction method for efficient installation of line boxes formed by filling walls with hollow bricks. Background technique [0002] With the improvement of the intelligent level of buildings, people use more and more electrical appliances, and the functional requirements of electrical appliances are getting higher and higher, which requires more and more switches and sockets to be installed in buildings. Multiple wire boxes are installed in rows, usually manually slotted in the hollow brick infill masonry of the building. [0003] The installation method of the existing row of wire boxes is as follows: each wire box is installed separately, first a slot is artificially opened in the hollow brick-filled masonry, the wire box is placed in the groove, and wood chips are filled between the periphery of the wire box and the groove to fix the wire box , Carry ...

AI Technical Summary

Problems solved by technology

The above operations often have the following problems: 1. The line boxes are installed one by one, which cannot be operated in a modular manner. The slotting process is performed by one group of workers, and the concrete pouring is performed by another group of workers. Not only the construction efficiency is low, but also the labor cost is increased; 2. .When the wire box is installed, it is only filled and fixed with wood chips, and the filling is not dense. It is easy to cause the wire box to shift due to collision with the wire box during installation. It is extremely difficult to ensure the levelness of each wire box itself and the wall after installation; 3. Each The wire boxes are installed separately, so it is extremely difficult to ensure that the horizontal and vertical lines of the wire boxes are in a straight line, and it is impossible to ensure that the plane of each wire box opening is flush with the plaster layer, that is, it is impossible to ensure that the wall height of each wire box is consistent. Resulting in poor appearance and construction quality of line boxes; 4. In the process of pouring concrete during construction, it is necessary to set up corresponding formwork, which increases the process

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