Adjusting and controlling type heat collecting ventilating window with fanlights capable of being opened

Abstract

The invention discloses an adjusting and controlling type heat collecting ventilating window with fanlights capable of being opened. The ventilating window is characterized by being composed of ventilating openings, an electric shutter, a window frame, a high-reflection coating, external single glass, internal two-layer glass, a high-absorption coating, the fanlights capable of being opened, a controller and ventilating valves. The ventilating openings are formed in the upper portion, the lower portion, the inner portion and the outer portion of the window frame, so that indoor and outdoor ventilation of transition seasons is achieved. The electric shutter can be vertically folded or unfolded and can rotate in an unfolded state, orientations of high-reflection layers and high-absorption layers of shutter vanes are switched, and therefore the functions of lighting, sunshading and heat collecting are switched. The fanlights capable of being opened are located on the upper portion and thelower portion of the indoor side, the fanlights are opened in a flat opening or push-and-pull mode, air heated after heat collecting of the shutter is guided indoors, and internal circulation heat collecting is formed. The controller is arranged on the indoor side of the window frame, the controller can control the ventilating valves to switch off or on circulation of the ventilating openings andindoor and outdoor space, and it can also be controlled that the electric shutter is folded and unfolded, and the shutter vanes rotate when the electric shutter is in the unfolded state.

Description

technical field [0001] The invention belongs to the application field of building energy conservation, and in particular relates to an adjustable heat-collecting and ventilating window which can be opened by a bright part. Background technique [0002] In recent years, my country is actively conducting research on passive energy-saving buildings. Since the research on passive buildings is still in the exploratory stage, among the seven major climate regions in my country, the passive energy-saving design of buildings, different switch windows, etc. Researches on building ventilation under the model and a small number of engineering demonstrations, and an effective system has not yet been formed. As the third largest climatic region, hot summer and cold winter regions have not had good research results. In hot summer and cold winter regions, summers are hot, winters are humid and cold, and the humidity in transitional seasons is high. The solution to the structure is very tro...

AI Technical Summary

Problems solved by technology

As the third largest climatic region, hot summer and cold winter regions have not had good research results. In hot summer and cold winter regions, summers are hot, winters are humid and cold, and the humidity in transitional seasons is high. The solution to the structure is very troublesome, especially for the external windows of the building. Due to the lack of scientific design and corresponding technical measures, the energy consumption of building heating in winter and building air conditioning in summer in this area has risen sharply, and energy waste is serious. Substantial increase, living and working conditions have not been better improved

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