X-ray protection electromagnetic shielding translation door

Abstract

The invention belongs to the technical field of protective doors, and particularly relates to an X-ray protection electromagnetic shielding translation door. The X-ray protection electromagnetic shielding translation door comprises a door body arranged on a wall body and a rail connected with the door body; the door body can move along the rail; the rail is provided with a concave structure, and the door body can move downwards through the concave structure; when the door body moves to the concave structure arranged on the rail, under gravity, the door body can move downwards along the concavestructure, and therefore sinking of the door body is achieved, a gap between the bottom of the door body and the ground is reduced, and leakage is avoided. The rail is obliquely arranged, so that thewhen the door body move downwards and is close to the wall body, a gap between the door body and the wall body is reduced, and protection effect is further improved. The structure of the X-ray protection electromagnetic shielding translation door can be applied to an automatic door or a manually operated door.

Description

technical field [0001] The invention belongs to the technical field of protective shielding doors, in particular to an X-ray protective electromagnetic shielding translational door. Background technique [0002] Anti-radiation doors play a vital role in medical treatment, and the setting of its structure directly affects normal use and anti-radiation effects. The common structure is a translational structure, and the translational structure is divided into ground rails or suspension rails. When the ground rail structure is used, it will be deformed after long-term use due to frequent rolling, which will affect normal use; at the same time, its concave groove is not convenient for staff and patients to walk. Using the suspension rail structure, although it can avoid the damage of the rail and the problem of affecting people's walking, there will be a large gap between the bottom of the door body and the ground, which is prone to leakage. [0003] In some occasions, both X-r...

AI Technical Summary

Problems solved by technology

When the ground rail structure is used, it will be deformed after long-term use due to frequent rolling, which will affect normal use; at the same time, its concave groove is not convenient for staff and patients to walk

Using the suspension rail structure, although it can avoid the damage of the rail and the problem of affecting people's walking, there will be a large gap between the bottom of the door body and the ground, which is prone to leakage

[0003] In some occasions, both X-ray protection and electromagnetic shielding are required. In this case, a screen door needs to be installed on one side of the wall, and a protective door needs to be installed on the other side; Open or close two doors, resulting in inconvenient operation and occupying space

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