Multi-segment folding-unfolding lower hung window structure assembly

Abstract

The invention provides a multi-segment folding-unfolding lower hung window structure assembly which comprises a folding-unfolding inner window that comprises a main window body, two side window bodiesand an upper window body. The two side window bodies are connected with two sides of the main window body and has two lower combining parts at one end. A connecting window sleeves the folding-unflowing inner window and comprises two side window boards and an upper window board. The two side window boards are arranged outside the two side window bodies and have two lower connecting parts which arelaminated outside the two lower combining parts, and an assembling outer window which sleeves the connecting window and comprises two side window sheets and an upper window sheet. The two side windowsheets are arranged outside the two side window boards and have two lower pivot parts which are laminated outside the two lower connecting parts. The two lower pivot parts, the two lower connecting parts and the two lower combining parts are set to share the same pivot axis and support the folding-unfolding inner window for swing and extend to the outer side of the connecting window. Furthermorethe folding-unfolding inner window drives the connecting window to swing and extend to outside of the assembling outer window.

Description

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AI Technical Summary

Benefits of technology

This technology allows for an enclosed area where there are two rooms: one inside another while still being able to open or close freely without interferring from outside things like windows on either side. It improves air circulation by allowing people within both areas to breathe more easily through their own window-sided design. Additionally, this system prevents insect attacks when they enter into these spaces during daytime hours due to glare caused by direct solar rays hitting them instead of relying solely upon natural convection.

Problems solved by technology

This technical problem addressed in this patented technology relates to improving the design for ceiling systems used in industrial facilities without compromising their functionality. Specifically, it addresses issues related to large openings between two ends of these types of windows which may result in insufficiently effective cooling during certain times while also reducing energy consumption compared to smaller ones where there was no issue.

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