Medical blood irradiation system and blood irradiation treatment method

Abstract

The invention discloses a medical blood irradiation system and a blood irradiation processing method. The medical blood irradiation system comprises a medical irradiation device which is used for carrying out x ray irradiation on the bagged blood, a conveying device which is used for conveying the bagged blood to the irradiation device to accept the irradiation, an industrial computer which is used for communicating with the conveying device, and an electric control cabinet which is used for supplying power for the whole medical blood irradiation system, wherein the industrial computer is connected with a display. The medical blood irradiation system uses an industrial computer-oriented management system and the conveying device-oriented control system together, and however, the management system and the control system are divided, so that the operator is far away from the irradiation device when processing the bagged blood at one side of the industrial computer, the manual delivery is substituted by the conveying device, the problem of complex operation of the prior irradiator is solved, and the operation is safer and more reliable.

Description

technical field [0001] The invention relates to the technical field of medical equipment, in particular to a medical blood irradiation system and a blood irradiation treatment method. Background technique [0002] Blood irradiation refers to the inactivation of immunologically active lymphocytes in the blood after a certain dose of γ-ray irradiation, while maintaining the functional activity of other cells. This technology was applied abroad in the 1970s, and its usage reached 10.1% in 1989, and it is increasing year by year. In order to make clinical blood transfusion safer, after repeated demonstrations, Qingdao Central Blood Station introduced this equipment at the end of 2005 to provide clinically inactivated lymphocyte blood and blood components to meet the blood transfusion needs of patients with special needs and prevent blood transfusion-related transplants Drug-versus-host disease occurs. With the improvement of blood transfusion medical technology in Qingdao, the...

AI Technical Summary

Problems solved by technology

Because the radioactive source emits radiation continuously, the operator next to the device will often be injured by radiation when the screen door is opened. For this reason, some medical irradiation devices adopt a very complicated structure. After the object to be irradiated is irradiated, the The radioactive source is shielded before allowing the object to be irradiated to enter and exit the irradiator

Moreover, the design of the existing irradiation system is to design the control system and the irradiating body together. Every time when irradiating, it must be close to the irradiating body. At the same time, the protection of the irradiating body cannot achieve complete protection, so every time it will Harmful to persons close to the irradiated body

This irradiator product has the following defects or deficiencies: First, because the bagged blood must first be manually input into the blood bag barcode bag by bag for each irradiation, and then the blood bag is put into the irradiation window for irradiation , and then take out the bagged blood that has been irradiated. This requires people to be close to the radiation source. Too many times will cause different degrees of damage to the operators. , the radiation records are read into the computer first, and then other processing can be performed, which makes the operation too cumbersome; third, the system maintenance is too complicated and requires professional and technical personnel

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