Composite roller blind door/window

Abstract

The invention discloses a composite roller blind door / window. The composite roller blind door / window comprises a bridge cutoff aluminum alloy door / window, an aluminum alloy roller blind window and a screen window, and is integrally designed; covers of the aluminum alloy door / window and the roller blind window both prevent heat transfer through an insulation bridge cutoff technology so as to keep the indoor temperature to achieve an energy-saving effect. The roller blind window is mounted outside glass of the aluminum alloy door / window for adjusting the indoor lighting. When the screen window is opened, mosquitoes are prevented from entering inside. The lifting and the overturning of roller blinds are controlled by a driving mechanism; an electric remote controller is prepared; and a controller can enable the roller blinds to be stopped and locked in any position without dropping, so that the stopping is stable. Meanwhile, the composite roller blind door / window further comprises a temperature / humidity induction probe for intelligently controlling the opening and closing of the outer sunshading and energy-saving roller blind window according to the value of external temperature / humidity, so that the composite roller blind door / window is more energy-conserving and environment-friendly.

Description

technical field [0001] The invention relates to a door and window structure, in particular to a composite rolling shutter door and window. Background technique [0002] In addition to the walls of the building envelope, doors and windows are also important components. Doors and windows are not only a key tool to adjust the comfort of the indoor environment, but also an important way to promote building energy conservation. The proposal and development of energy-saving doors and windows have given new connotations to doors and windows. According to statistics, the energy lost through doors and windows is 5-6 times that of walls, 5 times that of roofs, and more than 20 times that of ground, accounting for about 40% to 50% of the total energy consumption of building envelope components. Therefore, although doors and windows occupy a small proportion of the area, they are the weak link in building energy conservation. Energy conservation of doors and windows has become an impo...

AI Technical Summary

Problems solved by technology

[0004] However, in actual construction, the supplier of the window body and the shutter window are often not the same party; the supplier of the window only provides the window, and the supplier of the shutter window then provides the shutter, and even other window accessories, such as The sheer curtain is re-provided in a subsequent process

The problem caused by this is that the window body and the shutter window did not consider the integrated design at the initial stage, which may easily cause incompatibility or even interference between different components, which will affect the performance of each and cause unnecessary losses. , and it may be necessary to excavate the wall many times, which increases the difficulty of construction, and the sealing performance cannot be well realized, which reduces the overall energy saving and heat preservation performance, especially the treatment on the interconnected nodes cannot be properly handled, which limits the energy saving coefficient

At the same time, it also affects the external aesthetics of the building.

[0005] In addition, when the outside temperature and humidity are too high or too low, the current way people control the opening and closing of external sunshade energy-saving roller shutters cannot realize automatic opening and closing, and cannot reach the level of intimate intelligent control

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