High-stability medical anti-radiation door with air exchange function

Abstract

The invention discloses a high-stability medical anti-radiation door with an air exchange function. The high-stability medical anti-radiation door with the air exchange function comprises a wall body.An anti-radiation door cavity with a rightward opening is formed in the left side of the wall body, and a channel is formed in the right end of the anti-radiation door cavity in a communicating modeand allows pedestrians to pass through. A rolling wheel cavity is formed in the lower side of the anti-radiation door cavity in a communicating mode, and an anti-radiation door which can be opened andclosed leftwards and rightwards is arranged inside the anti-radiation door cavity. According to the high-stability medical anti-radiation door with the air exchange function, the function that rolling wheels on the lower side of the anti-radiation door jump up and down is utilized, and therefore the phenomenon that due to the obstruction of stones, the opening and closing work of the anti-radiation door is affected can be effectively reduced, and smooth opening and closing operation of the anti-radiation door can be achieved; due to the fact that an observation window is added inside the anti-radiation door, a doctor can observe the state of a patient in real time advantageously, and an accident is prevented from happening; and the indoor air exchange work can be accomplished through an air exchange device and a stone collection device inside the anti-radiation door, and therefore the radiation damage to personnel is reduced.

Description

technical field [0001] The invention relates to the technical field of radiation protection equipment, in particular to a highly stable medical radiation protection door with ventilation function. Background technique [0002] In our daily life, sometimes we need to go to the hospital for CT examination. During CT examination, a large amount of radiation particles will be produced, which will affect people's health. Generally, a kind of radiation-proof door is used in hospitals. When the existing radiation-proof door moves, The rollers at the lower end of the radiation door are usually installed fixedly. When they hit stones, they will block the rollers, which will affect the smooth closing of the radiation protection door. After a long period of use, the radiation protection door will absorb dust on both sides, which is not conducive to health Radiation protection doors are generally fully enclosed, which cannot effectively observe the conditions of inspectors. The present...

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Problems solved by technology

[0003] Technical problem: the ordinary radiation protection door is not conducive to opening and closing when the roller encounters stones, and at the same time it cannot effectively clean both sides of the radiation protection door

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