Electric control lifting skylight structure of steel-structure industrial plant

Abstract

The invention discloses an electric control lifting skylight structure of a steel-structure industrial plant. The electric control lifting skylight structure is formed by a lifting skylight platfond, skylight guide rails and wind screen plates, wherein the skylight guide rails are vertically arranged at two sides of a central opening of a house cover of the steel-structure plant, the lifting of the lifting skylight platfond on the skylight guide rails is realized through a transmission device, the wind screen plates are arranged at two sides of the house cover of the steel-structure plant, and the opening/closing connection between the wind screen plates and the house cover of the steel-structure plant is realized through a rotating shaft. Compared with the prior art, the electric control lifting skylight structure disclosed by the invention has the advantages that structure is compact and firm, the use is convenient, not only can good lighting and ventilating effects be provided for the steel-structure industrial plant, but also the safety of the steel-structure industrial plant can be ensured under a strong breeze condition.

Description

technical field [0001] The invention relates to an electric-controlled lifting skylight structure for steel structure industrial workshops, in particular, it relates to a structure that provides good lighting and ventilation effects for steel structure industrial workshops such as machinery, electronics, chemical industry, and metallurgy under normal conditions. The electronically controlled lifting sunroof structure guarantees safety. Background technique [0002] In recent years, steel structure industrial plants have been favored by various industries because of their fast construction speed, environmental protection and beautiful appearance. Skylights are one of the important components of steel structure industrial plants, generally used for natural ventilation and natural lighting. However, the skylight of the steel structure industrial factory building with the traditional structure is not suitable for strong wind areas. Because of its high factory buildings and man...

AI Technical Summary

Problems solved by technology

[0003] In order to prevent such accidents from happening again, some users remove the skylights, but the result is that the natural ventilation and natural lighting of the factory building cannot be guaranteed

Especially in mechanical foundry workshops, indoor hot air cannot be discharged in summer, resulting in high temperature and poor working conditions for workers; and in electronic industrial workshops, water vapor in the air cannot be discharged, concentrated on the top of the workshop, and the temperature drops at night After that, the water vapor will condense and drop, and dew will form on the surface of the electronic equipment, which will affect the use of electronic equipment

Moreover, the factory buildings without skylights do not comply with the design principle of "utilizing natural conditions as much as possible to save energy" stipulated in the design of industrial buildings

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