Intelligent sunshade canopy

Abstract

The invention relates to a sunshade canopy. The sunshade canopy comprises a supporting frame, a route driving system, a canopy body and a guiding device. The guiding device comprises a sliding rail installed on the supporting frame, a roller installed on the sliding rail, and a synchronous belt driving the roller to move on the sliding rail, the router driving system comprises two route driving devices and a bracing wire connected with the two route driving devices, each route driving device comprises a driving motor or a tubular driving motor, an external beam pipe, an internal beam pipe, a motor rotating shaft, a bearing, a roller body, a reversing nut, an internal clutch and an external clutch. The sunshade canopy has the advantage that the pulling stability of a to-be-pulled object is ensured, the to-be-pulled object is not limited by length, the structure is reliable, the service life is long, meanwhile, the route driving system is precisely controlled, the canopy body can be controlled at will, and the sunshade canopy has the advantages of being easy to operate, convenient to use and the like.

Description

technical field [0001] The invention relates to a sun-shading canopy, in particular to a sun-shading canopy suitable for various glass sun roofs, atriums and high-rise building glass. Background technique [0002] Most modern buildings adopt lighting systems with glass roofs. The application of glass roofs enhances the architectural beauty, modernity and transparency. The price is that the heat insulation and heat preservation are not very good, which increases a lot of energy consumption. With the increasing awareness of modern environmental protection, shading and energy saving has become an indispensable design concept for modern buildings. In order to achieve the purpose of shading the interior of the glass house and reducing the indoor temperature, sunshade products such as daylighting roof sunshade curtains, electric sunshade canopy, glass roof sunshade canopy and so on have appeared. [0003] There are three problems in the current single-motor power system control:...

AI Technical Summary

Problems solved by technology

[0003] There are three problems in the current single-motor power system control: the first is that the tension system is unstable (because the tension of the sunshade fabric or the shutter door is basically realized by the tension spring force, and the tension spring is relatively easy to fatigue) and the abnormal noise is relatively high. Large, troublesome installation and debugging

The second is the spring. The zipper is a vulnerable part and has a short service life. Since the sunshade canopy needs to be installed on an outdoor high-rise building, it is not only inconvenient to install and disassemble for the installation and maintenance workers, but also has a very high risk factor. The third is the current The single-motor power system cannot achieve the specification of a single canopy stretching over 7 meters due to insufficient tension. Fourth, the current single-motor cannot completely roll up or roll out the sunshade fabric or rolling door sheet horizontally.

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