Portable automatic quick opening four-sided enclosed screen

Abstract

A portable automatic quick opening four-sided enclosed screen comprises single screens each composed of a screen skeleton and a screen cloth surface, a screen top reinforcement ring, a ground fixed part, a zipper part, a locking and fastening part and a storage bag. The main body of the screen can achieve the opening and storage through the natural extension and simple folding of the screen skeleton. In the process of needing to use the screen in mobile workplaces, by using the portable automatic quick opening four-sided enclosed screen instead of a traditional screen, the portable mobility ofthe screen can be increased, and transportation cost is saved; and the convenience of site installation, use and storage is improved, labor cost is saved and the privacy of a required sight line partition area is ensured by adding a door curtain which can be opened and closed.

Description

technical field [0001] The invention relates to a portable automatic quick-opening four-sided closed screen. Background technique: [0002] The screen is a device placed indoors to block the wind or cut off the line of sight. In our daily life and work, there are many scenarios where we use screens to cut off our sight, such as photographing and changing clothes; medical examinations: such as B-ultrasound, internal medicine, surgery, electrocardiogram, etc. However, in the process of mobile operations, such as filming activities in different locations, and hospitals conducting diagnosis and treatment or physical examination activities in temporary locations, the use of traditional screens is large, heavy, and difficult to transport and move, and lack portability. The splicing is cumbersome at times and the sorting and recycling process is difficult; the doors that cannot be opened and closed in the screen partition range lead to inconvenient access or privacy is not guarant...

AI Technical Summary

Problems solved by technology

However, in the process of mobile operations, such as carrying out shooting activities in different locations, and when hospitals carry out diagnosis and treatment or physical examination activities in temporary locations, the use of traditional screens has the disadvantages of large size, heavy weight, difficulty in transportation and movement, and lack of portability; on-site use The splicing is cumbersome and the recycling process is difficult; there are no doors that can be opened and closed in the partition area of ​​the screen, which makes it difficult to enter and exit or privacy cannot be guaranteed.

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