Building environment simulation experiment device

Abstract

The invention provides a simulation experiment device for a building environment. The simulation experiment device comprises a case body, wherein the case body is internally provided with a wall body for testing; the wall body for testing is used for dividing the case body into a left-side part and a right-side part; a box body is arranged on a rear side wall of the left-side part of the case body; a connecting column is arranged between the left side of the rear end of the box body and the rear side wall of the case body; one end of the connecting column is fixedly conencted with the case body, and the other end of the connecting column is conencted with the box body in a hinging manner; the box body is internally provided with a transverse motor; the motor is fixedly mounted on a rear-side inner wall of the box body; a tapered transmission roller is fixedly mounted at the end part of an output shaft of the motor; an inclined guide rail is arranged at the right side of the transmission roller; the guide rail is fixedly mounted at the bottom in the box body. According to the simulation experiment device for the building environment, provided by the invention, experiment detection can be carried out on the wall body for a building through simulating different indoor and outdoor environments, conditions that wind speed and wind direction of natural wind are continuously changed can be simulated, and heat conducting conditions of the wall body for testing can be accurately measured under different conditions.

Description

technical field [0001] The invention relates to an environment model experiment device, in particular to a building environment simulation experiment device. Background technique [0002] With the development of society and economy, the country and the government pay more and more attention to the standards of housing construction. The thermal conductivity of different building materials is different, and the difference in thermal conductivity of building materials directly affects whether the building meets the standard. Therefore, it is necessary to test the thermal conductivity of different building materials. Traditional detection methods cannot simulate the real use environment, so The measured data is not representative, and the current building environment simulation system is not sufficient for the simulation of the natural environment. For example, it is difficult to achieve real simulation in terms of the continuous changes of wind direction and wind speed. Conte...

AI Technical Summary

Problems solved by technology

The thermal conductivity of different building materials is different, and the difference in thermal conductivity of building materials directly affects whether the building meets the standard. Therefore, it is necessary to test the thermal conductivity of different building materials. Traditional detection methods cannot simulate the real use environment, so The measured data is not representative. The current building environment simulation system is not sufficient for the simulation of the natural environment.

Images