Self-balance system of lifting type panoramic window and control method of self-balance system

Abstract

The invention discloses a self-balance system of a lifting type panoramic window and a control method of the self-balance system. The self-balance system of the panoramic window comprises an upper window sash, a lower window sash, two storage grooves, two guide rails, a transmission assembly and a drive assembly. The upper window sash and the lower window sash are used for shielding a window opening, the two storage grooves are used for storing the upper window sash and the lower window sash, the two guide rails are used for guiding the upper window sash and the lower window sash into the storage grooves, the transmission assembly is used for pulling the upper window sash and the lower window sash to be synchronously opened or closed, and the drive assembly is connected to a transmission wheel in a drive manner. The upper window sash and the lower window sash are hidden in the storage grooves in the left side and the right side after being opened, the effects that the sight is not shielded, the natural ventilation effect is good, and the opening areas of the window sashes are large are achieved, and large equipment can be transported.

Description

technical field [0001] The invention relates to the technical field of windows, in particular to a self-balancing system of a lifting panoramic window and a control method thereof. Background technique [0002] Projects such as factory buildings and residences have relatively high requirements for lighting and natural ventilation. If ordinary sliding windows and casement windows are used, half of the windows cannot be opened, so that natural ventilation cannot meet the requirements, and the windows are generally small and large-scale equipment. It cannot be transported indoors through the window, and the cost of curtain installation and subsequent maintenance and cleaning is high. If the natural ventilation requirements are to be met, the window needs to be doubled, resulting in a doubled window cost. According to previous window design experience in similar projects, the existing technical solutions are generally to increase the window area or increase the number of windows...

AI Technical Summary

Problems solved by technology

[0002] Projects such as factory buildings and residences have relatively high requirements for lighting and natural ventilation. If ordinary sliding windows and casement windows are used, half of the windows cannot be opened, so that natural ventilation cannot meet the requirements, and the windows are generally small and large-scale equipment. It cannot be transported indoors through the window, and the cost of curtain installation and subsequent maintenance and cleaning is high. To meet the requirements of natural ventilation, the window needs to be doubled, resulting in double the cost of the window

According to previous window design experience in similar projects, the existing technical solutions are generally to increase the window area or increase the number of windows to meet the needs of natural ventilation, or to adopt a flat opening method, which needs to be installed with hinges. After a long time, the hinges will be caused by the weight of the window Deformation, and the window sash area should not be too large to transport equipment through the window, and install curtains to block outdoor strong light and ultraviolet rays

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