Environment-friendly dome for buildings

Abstract

The invention discloses an environment-friendly dome for buildings. The environment-friendly dome comprises a dome framework and several pieces of glass installed on the dome framework, and the dome framework is composed of several longitudinal beams and transverse beams welded together. The environment-friendly dome is characterized in that the bottom of the dome framework is connected with a floor base plate through a lower base, the longitudinal beams are provided with at least one hollow breathable pedaling platform and exhaust holes communicated with the hollow breathable pedaling platforms, and an exhaust port is formed in the end, close to the lower base, of each hollow breathable pedaling platform. According to the environment-friendly dome for the buildings, through vent holes, turbid hot air in a room is introduced into an air inlet chamber, then introduced into an exhaust chamber through inner vent holes, and then exhausted by the exhaust holes via the exhaust ports, and thephenomenon that the turbid hot air is centralized in the dome and cannot be dissipated out is avoided; meanwhile, the use quantity of inner air conditioners can be reduced, the energy-saving effect is achieved, and the ventilation problem in a densely inhabited district is effectively solved at the same time.

Description

technical field [0001] The invention belongs to the field of building domes, and in particular relates to a green and environment-friendly dome for buildings. Background technique [0002] Now some larger office buildings, shopping malls or public halls and other buildings will adopt the dome design. The advantage of the dome design is that it can provide sufficient lighting for the interior and reduce indoor electricity consumption. It is beautiful; but the heat dissipation of the building with the dome design is not ideal in sunny summer, especially in some shopping malls with a lot of people. The heat dissipation can only be adjusted by the central air conditioner. If there are large vents, the heat dissipation effect will increase, but also It is unavoidable that the heat is concentrated near the dome, and the hospital is a closed building with a hall built around the dome. Most of them have a 3-5-story structure. In this structure, the heat around the hall will concentr...

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Problems solved by technology

[0002] Now some larger office buildings, shopping malls or public halls and other buildings will adopt the dome design. The advantage of the dome design is that it can provide sufficient lighting for the interior and reduce indoor electricity consumption. It is beautiful; but the heat dissipation of the building with the dome design is not ideal in sunny summer, especially in some shopping malls with a lot of people. The heat dissipation can only be adjusted by the central air conditioner. If there are large vents, the heat dissipation effect will increase, but also It is unavoidable that the heat is concentrated near the dome, and the hospital is a closed building with a hall built around the dome. Most of them have a 3-5-story structure. In this structure, the heat around the hall will concentrate towards the hall, and the higher the floor, the hotter it is. According to the phenomenon, the air temperature in the lobby is very comfortable for adults, but the temperature on the floor closer to the dome is quite high. This situation is more obvious in summer. Most of the existing solutions are in each floor of the building. Install multiple exhaust outlets on the floor boards around the hall to prevent the hot air from concentrating upwards. However, this method is difficult to solve in some hospitals with a large flow of people and is very dense. Even if this kind of place adopts this direct The way of suppressing hot air has no obvious effect, and it is not conducive to the air flow in these places

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