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

A technology of integrated wiring and experimental platform, which is applied in the direction of educational appliances, instruments, teaching models, etc., can solve the problems of not being able to understand the integrated wiring system, disconnection between the experiment and the construction site, and the inability to visually display the six subsystems, so as to reduce the secondary Training costs, the effect of improving employment opportunities

Active Publication Date: 2009-01-28
江西国鼎科技有限公司
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  • Abstract
  • Description
  • Claims
  • Application Information

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 l

Method used

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

Examples

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Example Embodiment

[0074] Example 1 figure 1 Shown in -7: A simulation experiment platform for a building integrated wiring system. Its isolated front vertical board 501 and back vertical board 502 are installed in parallel on the bracket 101, and the isolated front vertical board 503 and back vertical board 504 Installed in parallel on the bracket 102, the bracket 101 and the bracket 102 in the same straight line are connected into one body by the vertical separation bridge 15 between them; the middle partition 34 is set in the middle of the vertical separation bridge 15 and the vertical separation bridge 15 is divided by Compartment A and Compartment B are separated by a middle partition 34. Compartment A is equipped with a voice or data horizontal twisted pair 35, an information point horizontal optical cable 37, a video monitoring line 36, a cable TV line 43, and a backbone optical cable 37. The trunk twisted pair 42 and the large number of pairs of twisted pair 38, the audio line 39 and the eq...

Example Embodiment

[0079] Example 2 such as figure 1 Shown in -7: A method of using the simulation experiment platform described in Example 1 to simulate the building's integrated wiring system, which is to integrate the building's integrated wiring system including voice, data, cable TV, monitoring, background music and related The equipment integrated simulation simulation of the integrated wiring system simulation experiment platform, the simulation simulation method is as follows;

[0080] [1] The integrated wiring system simulation experiment platform is divided into front and back sides, left and right sides, the front side simulates the building work area, the back side simulates the building corridor, horizontally divided into three layers, each layer represents the first floor of the building; the simulation building is vertical The vertical separation bridge 15 of the cable shaft divides the experiment platform into left and right sides. The front vertical plate 501 and the reverse vertic...

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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 ...

Claims

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Application Information

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IPC IPC(8): G09B25/00G09B25/04
Inventor 吴方国
Owner 江西国鼎科技有限公司
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