A self-sealing medical buffer type anti-radiation sliding door

Abstract

The invention discloses a self-sealing medical buffer type anti-radiation sliding door which primarily comprises an anti-radiation door body. The anti-radiation door body comprises a traction pull-back device, protecting devices, a window frame device and a lock catch device. The anti-radiation door body is arranged in a sliding manner and is provided with a storage room correspondingly, horizontal slide rails are arranged above and below the anti-radiation door body and the storage room, pulleys move in the horizontal slide rails under the action of the traction pull-back device, the protecting devices are of V-shaped structures, the protecting devices opposite to the open position of the anti-radiation door body are arranged in the horizontal slide rails of the anti-radiation door body,the window frame device is arranged in the center position of the anti-radiation door body in a penetrating manner, the lock catch device is located on the left end surface of the anti-radiation doorbody, the lock catch device is of a triangular convex structure, the triangular convex structure is arranged corresponding to the wall, and the anti-radiation door body is controlled to open and closethrough an electromagnet. Generally, the self-sealing medical buffer type anti-radiation sliding door is reasonable in structure and space-saving, and the sealing property of the anti-radiation doorbody is guaranteed.

Description

Technical field [0001] The invention belongs to the technical field of medical general equipment, and particularly relates to an automatically sealed medical buffer type radiation-proof sliding door. Background technique [0002] With the rapid development of society and the access to modern technology, more and more radioactive equipment is needed in medicine, such as X-ray machines, CT, operating rooms, etc., which are all located in closed rooms. There is more and more awareness of radiation, and radiation protection measures are required for people entering and exiting places with radiation, and the requirements for radiation protection doors are also increasing. In the prior art, there are many types of radiation protection doors, but only the material of the radiation protection door body is improved to prevent the leakage of radioactive materials in the room. Most of the existing radiation protection doors are open and close, which is suitable for medical staff or patients...

AI Technical Summary

Problems solved by technology

In the prior art, there are many types of radiation protection doors, but only the materials of the radiation protection doors are improved to prevent the leakage of radioactive substances in the room. When opening the radiation protection door, due to the excessive force, the opening and closing angle of the radiation protection door cannot be well controlled, resulting in excessive opening and closing of the radiation protection door, resulting in a small amount of radioactive material leakage, which will damage the health of the body. , there is a greater potential safety hazard, and at the same time the opening and closing radiation protection door will also occupy a large amount of space and the sealing effect of the four sides of the radiation protection door is not enough

[0003] With the development of technology, the push-pull radiation protection door also develops accordingly, which will save space and control the opening and closing distance of the door. However, most of the sliding doors in the prior art cannot control the opening and closing strength. The track groove is on the outside, and there is a gap between the radiation protection door body and the track groove, which will cause debris to fall in, affect the movement of the radiation protection door body, and when the radiation protection door is closed, the radioactive substances in the room will pass through The track groove leaks to the outside world, and when the radiation protection door is opened, due to the existence of the track groove, it will affect the walking of medical staff and the entry and exit of medical equipment. When opening and closing, it is necessary for medical staff and patients to control the strength, which will cause the radiation protection door to be opened too large or too small, and when it is too large, the contact area between the indoor radioactive material and the outside world will be too large, which is why people are exposed to too much radiation

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