Hotel room partition wall prefabricated structure

Abstract

The invention discloses a hotel room partition prefabricated structure. The hotel room partition prefabricated structure comprises a core component, a left half side component and a right half side component, wherein the left half side component and the right half side component are located on two sides of the core component. The core component comprises a vertical keel and a horizontal keel, andthe top and the bottom of the vertical keel are separately and fixedly connected with an along-roof keel and an along-bottom keel. The along-roof keel and the building top are connected through top fixing bolts, the along-bottom keel and the building bottom are connected through bottom fixing blots, and GRC bases are arranged on two sides of the bottom fixing blots and fixed between the along-bottom keel and the building bottom. A plurality of pipeline holes and fixing bolt holes are formed in the along-bottom keel and the along-roof keel. Dumbbell-shaped hanging connecting groove holes are formed in two side faces of the horizontal keel, and the hanging connecting groove holes comprises strip-shaped sections and round sections at two ends. The left half side component and the right half side component both comprise rectangular wallboards, and transferring pieces are arranged on the inner sides of the wallboards. The transferring pieces are provided with hanging connecting pieces extending horizontally inwards, the hanging connecting pieces are in an umbrella shape and provided with hanging connecting round pipes and hanging connecting discs with tail ends in a round disc shape.

Description

technical field [0001] The invention relates to a partition wall structure, in particular to an assembled structure of a hotel guest room partition wall. Background technique [0002] Indoor partition walls, as an important part of the indoor enclosed space, mainly include structural partition walls, masonry partition walls, prefabricated slatted partition walls without keel, light steel keel sheets (paper gypsum board, glass magnesium board, cement pressure board, calcium silicate board) partition wall, etc. [0003] Since the masonry partition wall involves a large number of wet operations such as planting, masonry, setting of structural beams, column reinforcement, formwork and its casting, maintenance, surface plastering, etc., the forming process of the partition wall is relatively complicated, except for the corresponding process itself. In addition to time-consuming, there is also the age required for its maintenance to reach a certain strength and its moisture conte...

AI Technical Summary

Problems solved by technology

[0007] 1. Although light steel keels and thin plate partition walls are used in the current building interior, the base at the lower end is still the traditional cast-in-place concrete construction technology and construction method, which belongs to the traditional construction technology and method of wet work. Due to the technical relationship of wet work, In addition to the time-consuming process itself, there is also the age necessary for maintenance to reach a certain strength and the natural aging period for its moisture content to reach the corresponding regulations. Obviously, wet operation is the most time-consuming process; how to get rid of the traditional wet operation belt Many troublesome construction procedures such as planting bars, supporting formwork, pouring concrete, curing, plastering, etc. have not been solved yet, so we will stay and continue to use traditional construction techniques, construction methods and construction techniques;

[0008] 2. As far as the overall height of the indoor prefabricated partition wall is concerned, its upper and lower ends are basically "upright", and there is basically no space for moving up and down, which limits the way it cannot be moved up and down for plug-in installation. There is no precedent for how to solve the problem of how to assemble the indoor prefabricated partition wall in the vertical direction or longitudinal direction of two sides;

[0009] 3. Since there are professional pipelines laid in the partition wall, this determines that the prefabricated partition wall cannot be customized as a whole in the thickness direction, otherwise the professional pipelines pre-laid on the site partition wall will hinder the subsequent partition wall assembly and cannot be carried out. There is no precedent for how to solve the integration of the pre-laid professional pipelines at the indoor prefabricated partition wall and the assembly of the partition wall;

[0010] 4. For the prefabricated partition wall composed of light steel keel, because the wall thickness of the light steel keel is too thin and the rigidity is too small, the prefabricated partition wall has uncontrollable deformation during transportation and installation, and the quality is difficult to control;

[0011] 5. For the prefabricated partition wall composed of relatively rigid steel keel, although its rigidity and deformation problems have been solved, due to its rigidity strengthening, the sound bridge phenomenon has been correspondingly improved, reducing the sound insulation of the partition wall system, A new problem has been added, and how to solve this problem is challenging;

[0012] 6. How to solve the interface, sealing and sound insulation problems at the upper and lower ends of the indoor prefabricated partition wall; how to solve the interface and sound insulation problems between the prefabricated partition wall unit plates, etc., there is no precedent

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