Intelligent control movable electron beam irradiation device and application thereof
A technology of irradiation device and intelligent control, applied in the field of intelligent movable electron beam irradiation device and its sterilization technology, can solve the problems of inability to kill frozen virus, reduced sterilization efficiency, etc. Secondary pollution, blocking the transmission chain, high efficiency
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Embodiment 1
[0048] Embodiment 1 Irradiation sterilization of tomb chamber space and murals
[0049] In this embodiment, taking tomb murals as an example, there are a large number of ancient tombs excavated across the country, with different internal structures, tomb passages are narrow and tortuous, and the tomb space is cramped, so there is a high demand for the mobile operation of equipment in them. In the environment where cultural relics such as tombs and caves are located, ground stones or bricks are also cultural relics, so special attention should be paid to the load-bearing of the ground. And the air humidity and gas composition in the tomb cannot be changed at will, so as not to affect the cultural relics in the tomb. Therefore, it is necessary to choose the mobile bearing plate that comes with the equipment, lay it well before moving, and turn on the ozone treatment system.
[0050] The structure of the tomb is complex, the building area is small, and many of them have a vault ...
Embodiment 2
[0060] Embodiment 2 Irradiation Sterilization of Low-Temperature Cold Storage, Cold Chain Carriage, and Outer Packaging of Frozen Items
[0061] In this example, cold storage, cold chain carriages, and outer packaging of frozen items contaminated by microorganisms such as the new coronavirus that can be transmitted from person to person are taken as examples. The temperature of the two is low and the air humidity is relatively high. It is easy to condense and cannot diffuse in the space or condense directly on the wall to form ice, resulting in poor sterilization effect. And there will be a thin layer of ice in a small number of places in the cold storage. Taking the new coronavirus as an example, it has been confirmed that the virus carried by the outer packaging of frozen items can be transmitted through contact. The virus in the ice layer cannot be killed by conventional sterilization methods. Therefore, there is an urgent need for radiation sterilization technology to tho...
Embodiment 3
[0072] Example 3 Irradiation Sterilization of Infected Wards and Infected Material Transfer Carriages
[0073] In this example, take the infected wards and infected transfer compartments contaminated by microorganisms such as the new coronavirus that can be transmitted from person to person as examples. Both of them are contagious due to contact with patients and medical waste or daily necessities used by infected patients. When the commonly used alcohol and hydrogen peroxide are sprayed for disinfection, a large number of multiple sprays are required, causing pollution to the environment, and the use of a large amount of chemical reagents is also not conducive to the health of the staff. And it is corrosive to walls and compartment walls, so it is not a cost-effective sterilization method. Therefore, radiation sterilization technology is urgently needed to completely sterilize such virus transmission vectors and block the chain of transmission.
[0074] Infection wards and i...
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