A kind of ∧-shaped building gas building and its construction method

Abstract

The invention provides an inverted-V-shaped building clerestory and a construction method of the inverted-V-shaped building clerestory. The inverted-V-shaped building clerestory comprises an inverted-V-shaped main stand, wingceltis bars and combined steel tiles fixed on the wingceltis bars. The inverted-V-shaped main stand is fixedly connected with a roof beam. The wingceltis bars are arranged on the inverted-V-shaped main stand through wingceltis trays in a fixed connection mode. Each combined steel tile comprises a tile stand, an upper tile and a lower tile, wherein the upper tile and the lower tile are matched with the tile stand. A gap is arranged between the upper tile and the lower tile. The vertex angle of the inverted-V-shaped stand ranges from 90 degrees to 120 degrees. By designing an inverted-V-shaped clerestory, high wind can easily blow along a ridge of the clerestory, opposite negative air pressure is formed, air is taken out from inside to outside, and the condition that the high wind blows through the clerestory in a traditional clerestory is avoided, so that the phenomenon that the high wind brings rainwater inside is avoided. The inverted-V-shaped building clerestory has the advantages that the structure is simple, the installation is convenient, materials are saved, the upper tiles and the lower tiles are fixed by adopting the fixing measure, the structure is stable, and the wind-resisting and snow-resisting capability is strong.

Description

technical field [0001] The invention relates to a ∧-shaped building gas tower and a construction method thereof. Background technique [0002] There are very obvious defects in the traditional gas building, the biggest disadvantage of which is that in rainy days, strong winds will bring rainwater from the gas building into the factory building, causing loss of equipment and products in the factory building, and affecting the normal production and operation of the factory. In addition, the cost of traditional gas towers is relatively high. Although the non-powered ventilators that are more commonly used now can also replace the air tower, there are still problems such as small ventilation, easy damage, and easy water leakage. The traditional tile itself does not have the performance of ventilation and ventilation. Therefore, the ventilation and ventilation of the air building is completely determined by the shape of the main structure of the air building. In this case, the a...

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Problems solved by technology

The traditional tile itself does not have the performance of ventilation and ventilation. Therefore, the ventilation and ventilation of the air building is completely determined by the shape of the main structure of the air building. In this case, the air building cannot Ensure that rainwater does not enter the room in windy weather, or the structure of the air tower needs to be designed more complicated, which not only increases the difficulty of production and installation, but also increases the construction cost

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