Hanging ventilation type anti-radiation system

Abstract

The invention discloses a hanging ventilation type anti-radiation system. The hanging ventilation type anti-radiation system comprises a guide rail mechanism (1) and hook mechanisms (3). The hanging ventilation type anti-radiation system is characterized by also comprising balance regulators (2) and anti-radiation clothes (4), wherein the first connecting end of each balance regulator (2) is in rolling connection with the guide rail mechanism (1); the second connecting end of each balance regulator (2) is connected with the first connecting end of the corresponding hook mechanism (3); and thehook end of each hook mechanism (3) is detachably connected with the corresponding anti-radiation clothes (4). The hanging ventilation type anti-radiation system disclosed by the invention has the advantage of alleviating the weight of protective clothes, and the flexibility of medical personnel can also not be influenced; besides, the hanging ventilation type anti-radiation system can be used bya plurality of people simultaneously, so that resources are saved, and the medical personnel can also conveniently and quickly exchange positions; and the medical personnel can bow or bend the waist,so that the burden in an operation of a doctor is alleviated, and the doctor can more easily complete intervening operative procedures.

Description

technical field [0001] The invention relates to the field of medical radiation protection, in particular to a hanging ventilation type radiation protection system. Background technique [0002] In recent years, with the rapid development of interventional radiology, radiation has been used to perform many medical diagnoses, treatment checks and treatment operations, greatly improving the probability of diagnosis and treatment of diseases, but the rays produced by radiation sources and radiation devices are harmful to the human body. Health hazard, healthcare workers will be exposed to scattered radiation while performing their jobs, the long-term effects of this exposure are not fully understood, but are considered serious enough to warrant mandatory protection of operators . [0003] At present, the main equipment involved in radiation protection is lead products, including lead clothing, lead caps, lead pants, etc. These protective devices can protect the human body, but ...

AI Technical Summary

Problems solved by technology

[0002] In recent years, with the rapid development of interventional radiology, radiation has been used to perform many medical diagnoses, treatment checks and treatment operations, greatly improving the probability of diagnosis and treatment of diseases, but the rays produced by radiation sources and radiation devices are harmful to the human body. Health hazard, healthcare workers will be exposed to scattered radiation while performing their jobs, the long-term effects of this exposure are not fully understood, but are considered serious enough to warrant mandatory protection of operators

[0003] At present, the main equipment involved in radiation protection is lead products, including lead clothing, lead caps, lead pants, etc. These protective devices can protect the human body, but due to the heavy weight of lead materials, it is difficult for medical staff to wear lead devices. When the operator is wearing a bulky suit, leaning forward puts pressure on their spine. The operator can bend or bend, but often only slightly. It is because the workplace with patients restricts vertical movement, which limits the flexibility of medical staff, and the lead uniforms are thick and airtight, and medical staff will feel stuffy when wearing them. For operators in a radiation environment, providing a A personal radiation protection system that can properly protect the operator while allowing the operator to move freely and comfortably, and can solve the problem of hot and sweaty medical staff, is very necessary

Images