Dynamically adjustable high-performance window and operation control method thereof

Abstract

The invention discloses a dynamically adjustable high-performance window and a control method thereof. The window includes a window frame. An inner layer window body and an outer layer window body areintegrated on one window frame. When the inner layer window body and the outer layer window body are fully opened or partially opened, when the inner layer window body and the outer layer window bodyare in a closed state, the inner layer window body and the outer layer window layer are sealed to form an air layer with a certain distance, and a movable sunshade curtain is arranged between the inner layer window body and the outer layer window body. The dynamically adjustable high-performance window adopts the structural design of an inner window body and an outer window body on the window frame, the movable sunshade curtain is arranged between the inner window body and the outer window body, the contradiction problem that an existing window has a large total solar transmittance during theday and a small heat transfer coefficient at night is effectively solved, moreover, while noise controllability is achieved, windows are installed conveniently, the cost is reduced, and an effectivesunshade effect can be achieved especially in summer.

Description

technical field [0001] The invention belongs to the technical field of building windows, in particular to a dynamically adjustable high-performance window and an operation control method thereof. Background technique [0002] In plateau areas, the sun is irradiated strongly during the day and the temperature is cold at night. Due to the fixed thermal parameters of the envelope structure of traditional windows, the total solar transmittance and heat transfer coefficient are fixed, such as figure 1 As shown, the traditional windows cannot solve the contradiction between the large total solar transmittance required for solar heat gain during the day and the small heat transfer coefficient expected to prevent heat loss at night, resulting in poor application effects in actual engineering projects. At the same time, for buildings close to the road, such as plains, they are often disturbed by noise control when sleeping at night. For this reason, two independent windows are often...

AI Technical Summary

Problems solved by technology

Because the existing internal shading cannot isolate the heat to the outside, the actual shading effect is poor, and the external shading is often difficult to install due to the influence of the building facade effect

[0004] In addition, for the large-area floor-to-ceiling windows of high-rise buildings, for the sake of safety, it is often necessary to set up safety guardrails indoors, which causes inconvenience to building decoration. big cost investment

Images