A method of 3D printing building thermal insulation and sound insulation wall

A technology of 3D printing and building thermal insulation, applied in the processing of building materials, thermal insulation, construction, etc., can solve the unfavorable green construction technology update and progress needs, space utilization, high material loss rate, increased cost, process time, etc. problems, to achieve the effect of saving construction procedures, improving construction accuracy, and improving space utilization

Active Publication Date: 2019-12-24
NANJING XINGHUA ARCHITECTURE DESIGN & RES INST CO LTD
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

The non-load-bearing components of the masonry unit are secondary structures in the building structure. During the construction process, the quantity is large and the area is wide. It requires a large amount of labor such as masonry workers, plasterers, scaffolders, and small workers. The work intensity is relatively high and the operation cycle is long. , there is more pollution and waste, which is not conducive to the technological update and progress needs of building industrialization and green construction
Especially when the traditional building walls want to achieve the multi-functional requirements of thermal insulation and sound insulation, the method of masonry plus thermal insulation and sound insulation is generally adopted, which not only increases the cost and process time, but also has a very high space utilization rate and material loss rate

Method used

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  • A method of 3D printing building thermal insulation and sound insulation wall
  • A method of 3D printing building thermal insulation and sound insulation wall
  • A method of 3D printing building thermal insulation and sound insulation wall

Examples

Experimental program
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Effect test

Embodiment 1

[0033] Combine below figure 1 - image 3 , Taking a multi-story concrete structure house as an example, the method of 3D printing building insulation and sound insulation wall is used to complete the construction of indoor partition walls and internal partition walls. The standard structural layer height is 3.0m, the wall height is 2.5m, and the wall thickness is 120-200mm. The maximum length of the wall in the implementation case is 4.8m.

[0034] The main steps of implementation are as follows:

[0035] Step 1: 3D printing wall scheme design and path determination, combining construction, structure, water and electricity, facility construction drawings, dividing the scope of 3D printing, building a model through BIM information, determining the printing path diagram, and formulating the 3D printing operation technical plan.

[0036] In the implementation case, the wall scheme design is attached figure 2 , The wall design includes:

[0037] (1) The strength of the wall is determined...

Embodiment 2

[0060] Combine below figure 1 , Figure 4 , Figure 5 , Take a multi-story concrete structure house as an example, adopt 3D printing method of building insulation and sound insulation wall to complete the construction of indoor partition walls and internal partition walls. The height of the structural layer is 4.5m, the net height of the wall is 3.8m, and the wall thickness is 190mm. The maximum length of the wall in the implementation case is 3.9m.

[0061] In the implementation case, the wall scheme design is attached Figure 4 , Wall section thickness is 190mm, square hole, wall volume opening rate is between 25%-65%, wall outer wall 1, 2 thickness ≥ 25mm, wall support 3 thickness ≥ 50mm.

[0062] In the implementation case, see the attachment for the path of the wall Figure 5 . Each layer is printed by a combination of "concave" and "convex" printing to form a trajectory. Concave and convex combination, circular printing, can form single-row holes, double-row holes and other ...

Embodiment 3

[0065] Combine below figure 1 , Image 6 Take a multi-layer concrete shear wall structure as an example. The post-masonry wall has a cross-section thickness of 120-150mm, with straight, curved, and broken line types. The height of the structural layer is 3.3m, the net height of the wall is 2.8m, and the length of the wall in the implementation case is 900-2600mm. The method of 3D printing building insulation and sound insulation wall is used to complete the construction of indoor partition walls and internal partition walls.

[0066] In the implementation case, the wall scheme design is attached Image 6 , Wall section thickness is 150mm, elliptical hole, wall volume opening rate is between 35%-50%, wall thickness ≥25mm, wall support thickness ≥25mm.

[0067] In the implementation case, see the attachment for the path of the wall Image 6 . Each layer is printed in the form of "inverted S" or "sine wave" and "cosine wave" to form a trajectory. The printed cavity is filled with...

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Abstract

The invention discloses a 3D printing method for a building heat preservation and sound insulation wall and belongs to the new technical field of 3D concrete printing of buildings. The method includesthe steps of design of a 3D printing wall scheme and determination of a path; preparation of 3D printing concrete raw materials; 3D printing concrete proportioning verification and performance tests;debugging of 3D printing concrete samples and determination of operation parameters; 3D printing construction; construction of heat preservation and sound insulation fillers; quality inspection of the 3D printing heat preservation and sound insulation wall. According to the provided 3D printing method for the building heat preservation and sound insulation wall, multifunctional requirements of the building wall for space separation, heat preservation and energy saving, sound insulation and environmental protection, decoration integration and digital control can be met at the same time, construction of complicated cross sections, non-modular walls, multi-segment walls, curved walls and walls with openings can be achieved, and the method has the technical advantages of a high industrialization degree, high construction precision and remarkable environmental and ecological benefits.

Description

Technical field [0001] The invention belongs to the field of 3D concrete printing new technology and new materials, and more specifically relates to a method for 3D concrete printing of building thermal insulation and sound insulation walls. Background technique [0002] As a rapid prototyping technology, 3D printing involves multiple disciplines and disciplines such as mechanics, electronics, chips, information technology, materials science, and precision mechanics. The main feature of this technology is that it can be directly based on calculation and numerical simulation, and through reasonable selection of materials, products of various shapes can be manufactured. 3D printing can not only improve material utilization, but also make more complex products more efficient. The most prominent advantage of 3D printing technology is that it can directly generate the required component products based on the calculation simulation graphics without machining or any molds, which is ext...

Claims

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Application Information

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Patent Type & Authority Patents(China)
IPC IPC(8): E04B2/00E04B1/88B33Y10/00B33Y30/00
CPCB33Y10/00B33Y30/00E04B1/88E04B2/00E04B1/3505E04G21/0463
Inventor 王军强黄国斌黄勇
Owner NANJING XINGHUA ARCHITECTURE DESIGN & RES INST CO LTD
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