Adjustable intelligent electric roof grid aluminium shutter

Abstract

The invention belongs to an adjustable intelligent electric roof grid aluminium shutter of a fixed building roof or building roof peripheral shield composition; the adjustable intelligent electric roof grid aluminium shutter comprises an aluminium section framework and a water tank arranged in the framework; the special structure is that waterproof shutter sheets are in a geometric body symmetrically rotating around a central shaft and provided with a waterproof channel cover; a plurality of waterproof shutter sheets are arranged on the aluminium section framework through a spring shaft, and can rotate around the spring shaft; two side faces of each waterproof shutter sheet are respectively provided with a rocking arm; a drive motor can apply linear motion forces on a link round rod, and the force is transferred to the plurality of rocking arms through a transmission connecting piece, so linear motions of a motor push rod is transferred to the plurality of waterproof shutter sheets so as to realize rotation angular displacement, thus intelligently adjusting and controlling the waterproof shutter. The adjustable intelligent electric roof grid aluminium shutter is simple in structure, solid and reliable, and can provide sunshade, rainproof, ventilation and adjustable lighting functions.

Description

technical field [0001] The invention belongs to a covering structure for the outer periphery of the top of a fixed building, in particular to a louver device for connecting indoors and outdoors on the top of a building, which can realize sunshade, rainproof, ventilation and daylighting. Background technique [0002] Conventionally, on the roof of the building, people use the idle space on the roof to do some production and living activities such as planting flowers and plants, raising animals, drying clothes, and gathering. The more common practice is to build awnings or cover tiles here. It can be known from many years of experience that such devices have brought considerable economic and social benefits, especially in the southern region, where this type of application of rooftop space has long been widely accepted by the public. However, many of these awnings and tiles have many deficiencies, and cannot fully meet the needs of users. For example, if the purpose of the...

AI Technical Summary

Problems solved by technology

However, many of these awnings and tiles have many deficiencies, and cannot fully meet the needs of users.

For example, if the purpose of the building is to dry clothes and bedding, when the weather is fine, the user hopes that the sun can fully illuminate the clothes and bedding and provide sufficient ventilation, then the sealed canopy cannot meet this demand, even if the canopy If it is made into a transparent color, the evaporated moisture will still stay in the space under the awning, and the drying effect is still not ideal. However, if the awning is not built, the clothes and bedding are directly exposed to the roof, and the user is worried that once it rains, the clothes will be exposed. Drying things are wet

And often the user will still cause losses due to the large number of clothes and bedding or the lack of time to take back the large bedding.

[0003] For another example, the users who plant plants will be affected by the light because of the growth of the plants, so they need different amounts of sunlight incident. Like some shade plants, they don’t need very strong sunlight, but they can’t completely avoid sunlight. Therefore, conventional Awnings limit the development of this demand. Even if there are special plastic film tents for agricultural planting at present, due to the limited roof space, plastic film tents are really not a suitable method. Therefore, it is obviously neither economical nor practical to use plastic film tents on the roof

It is difficult for current products to meet the four-in-one needs of sunshade, rainproof, ventilation and lighting

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