Radiation-protection operating system

Abstract

The invention discloses a radiation-protection operating system, which belongs to the technical field of radiation protection. The radiation-protection operating system is characterized by comprising a movable radiation protector, the radiation protector made of radiation-protection materials comprises a work face, a base and a moving device, wherein the work face is mounted on the base and provided with an observation portion and an operating portion, and the moving device is mounted under the base. The radiation-protection operating system is applied to multiple fields involving radiation, such as industry, medical treatment and the like, and is capable of providing the most effective radiation protection to staff had to work in radiation, and thereby effectively protecting the staff against being hurt by ray or reducing hurt to the staff due to rays while having no affection onto operation.

Description

Technical field: [0001] The invention relates to a radiation protection operating system, which belongs to the technical field of radiation protection and can be applied to industry, medical treatment, nuclear power and other fields involving radiation. Background technique: [0002] During the period from the discovery of radiation and radioactive substances to the present, many scientists, people in various fields involved in radiation, and the public are promoting and enjoying the convenience brought by this new method, but at the same time paying the price of health and even life. Radiation mainly includes electromagnetic wave radiation and particle radiation. Electromagnetic wave radiation can be divided into long wave, short wave, infrared, visible light, ultraviolet, X-ray, gamma ray according to different wavelengths; particle radiation can be divided into alpha particle, beta particle, neutron and so on according to different particles. Radiation is divided into in...

AI Technical Summary

Problems solved by technology

[0004] 1. Anti-radiation clothing: including various anti-radiation clothing, lead clothing, lead glasses and other equipment, which are suitable for close-range operations on the human body. The disadvantages are that these equipment have heavy weight and poor ventilation conditions, and because they are directly equipped on the human body, The human body bears weight for a long time, which affects the working hours, is prone to fatigue, and due to the limited weight-bearing ability of the human body, it affects the protective effect and many other deficiencies.

[0005] 2. Radiation protection devices suitable for specific environments, such as Chinese utility model patents with patent numbers 200620057187.X and 201020517517.5, radiation protection devices specially designed for medical examinations. This radiation protection device does not need to be worn by the human body, and is simple and practical. But its defects are also very obvious: (1), it must be suitable for specific occasions and environments; (2), it is not suitable for occasions that require frequent movement, (3) it is not suitable for the operator to work closely with the operating object

[0006] 3. Use unmanned technologies such as robots to replace the human body for operation, but it is not yet possible to completely replace the complicated work of humans

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