An assembled intelligent office space and commercial space quick-loading system and a quick-loading method

Abstract

An assembled intelligent office space and commercial space quick loading system and quick loading method are disclosed. A spatial modeling module, a spatial splitting module, a material proces moduleand a material splicing module are connected in turn. The spatial modeling module is used for collecting and establishing 3D model of spatial basic information, the space splitting module is used forsplitting the whole space into a plurality of independent spaces, the material processing module is used for processing the separated independent space based on the collected information, and at the same time, each material generates a two-dimensional code for later material splicing, and the material splicing module is used for field material installation and connection. Customer cost is greatlysaved, the intelligent lighting and a socket system are arranged, mobile phone cloud operation is available, technicians and designers traditional decoration experience constantly update conventionalproducts, the space can be dismantled and installed at will, and the cost of a building restoration project is reduced.

Description

technical field [0001] The invention relates to the field of decoration, in particular to a prefabricated intelligent office space and commercial space quick-installation system and quick-installation method. Background technique [0002] Nowadays, many interior decoration designs generally use 3DMAX and AutoCAD software to build the model scene and output some static renderings, and then organize the construction and decoration according to the renderings. Static renderings are inconvenient to modify, and only those professionals can do it. Proficiency in operating software, so this method is not practical for ordinary home decorators. Moreover, this method does not fully understand the actual purchase price of each decoration material during design, which may cause the actual cost to exceed the cost budget and cause economic losses. Moreover, it is inconvenient to modify the design on 3D software such as 3DMAX, which is not a real-time calculation. Every time a small modi...

AI Technical Summary

Problems solved by technology

[0002] Nowadays, many interior decoration designs generally use 3DMAX and AutoCAD software to build the model scene and output some static renderings, and then organize the construction and decoration according to the renderings. Static renderings are inconvenient to modify, and only those professionals can do it. Proficiency in operating software, so this method is not practical for ordinary home decorators

Moreover, this method does not fully understand the actual purchase price of each decoration material during design, which may cause the actual cost to exceed the cost budget and cause economic losses.

Moreover, it is inconvenient to modify the design on 3D software that is not real-time calculation, such as 3DMAX. Every time a small modification is made, it takes several hours to re-render to see the new effect, which seriously affects the work efficiency.

It has a great impact on the communication and modification of the design plan between the head of the household and the designer

[0003] For the technology of traditional office and commercial decoration, the traditional decoration mode is: most of the work is done by manpower, and the cost, progress, and quality cannot be well controlled. Using manpower to carry out decoration projects on the construction site may also be due to manpower experience and Differences in technology lead to different degrees of construction loopholes

Randomness is relatively large, and it is relatively difficult to control risks

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