Emulation experiment platform of buildings integrative wire laying system and emulation method thereof

Abstract

The invention relates to a simulation test platform for a building comprehensive wiring system and a simulation method thereof. A front-side vertical plate and a back-side vertical plate which are in parallel are arranged on a bracket; two brackets arranged on the same straight line are connected into a whole by a vertical separation bridge; the front side of the simulation test platform simulates offices or work areas of a building with three storeys, the back side simulates building corridors, the simulation test platform is horizontally divided into three layers, and each layer represents one storey of the building; on the right side, the front-side vertical plate and the back-side vertical plate represent right corridor walls of the building, and a three-way simulation horizontal bridge frame on the back side panel represents horizontal bridge frames of three storeys. The invention is the simulation test platform with mini simulation for a building comprehensive wiring system and a simulation method thereof, in which the theoretical knowledge is combined with the social practice, the wiring system is combined with the equipment system, and the test platform is combined with the design platform.

Description

technical field [0001] The invention relates to a wiring simulation experiment platform and a simulation method thereof, in particular to a building integrated wiring system simulation experiment platform and a simulation method thereof. Background technique [0002] The integrated wiring system (PDS) is composed of six subsystems according to international standards (work area subsystem, horizontal subsystem, backbone subsystem, management subsystem, equipment room subsystem, and building group subsystem). The "design and construction" application of the integrated wiring system has been really moved into the school laboratory, which has always troubled the school's integrated wiring teachers and experimental instructors. The existing integrated wiring system laboratory or experimental platform has the following defects: [0003] 1. Existing experimental products can only implement a few of the subsystems, and cannot visually display all six subsystems, so students cannot ...

AI Technical Summary

Problems solved by technology

[0003] 1. Existing experimental products can only implement a few of the subsystems, and cannot visually display all six subsystems, so students cannot organically combine the integrated wiring system theory learned in textbooks with the actual building integrated wiring system. one body

[0004] 2. The integrated wiring system of the actual building cannot be displayed intuitively in the laboratory, so students cannot have a comprehensive understanding of the integrated wiring system in the laboratory

[0005] 3. The experiments done by students in the laboratory cannot be closely combined with the on-site integrated wiring in real work, so that the experiments done by students in the laboratory are out of touch with the construction site

[0006] 4. No consideration is given to associating the integrated wiring system experiment with the integrated wiring system design

[0007] 5. The integrated wiring system and equipment system integration are not closely combined, making the integrated wiring system an isolated system, so that students cannot fully grasp a complete network system from integrated wiring to system integration; there is no connection with it The cable TV system, monitoring system, and background music system are integrated into one, and a complete integrated wiring system and equipment system integration in reality are fully simulated in the laboratory

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