Medicine sorting, taking and delivering equipment for vein configuration center

Abstract

The invention discloses a medicine sorting, taking and delivering device for a vein configuration center, which comprises a bee cylinder module, a grabbing module, a light detection module and a transfer module, a central rotating shaft is mounted in the middle of a honeycomb cylinder, the honeycomb cylinder is mounted on one side of a detection box, and two retaining rings are mounted in a built-in cylinder. According to the technetium-dicysteine injection fixing device, the bee cylinder module can lock and adjust the technetium-dicysteine injection, position transfer can be automatically conducted on the technetium-dicysteine injection, meanwhile, follow-up detection on the technetium-dicysteine injection is facilitated, and the detection efficiency is improved. The grabbing module can take out the technetium bicysteine injection from the sealing box or the storage box, human body contact is reduced, harm of radioactivity of the technetium bicysteine injection to the human body is reduced, and the light detection module can detect whether the technetium bicysteine injection can still be used or not. And the problem that the radiopharmaceutical fails to achieve the effect or causes other harms to the human body is avoided.

Description

technical field [0001] The invention relates to the field of medical equipment, in particular to a medicine sorting and transporting equipment used in an intravenous configuration center. Background technique [0002] Technetium double cysteine ​​injection is used as a radioactive therapeutic drug to be taken and placed in the intravenous drug distribution center. Medical staff need to wear lead coats to resist the radioactivity of the drug, and at the same time protect their personal safety. The acid injection is radioactive, and itself will be affected by the external environment, and it will appear turbidity or precipitation and other deterioration behaviors. The drugs in this state cannot be used for patients. To this end, we propose a drug sorting and delivery device for intravenous distribution centers, which can automatically pick up and deliver Technetium Biscysteine ​​Injection, and at the same time sort out the deteriorated Technetium Biscysteine ​​Injection. , to...

AI Technical Summary

Problems solved by technology

[0002] When technetium dicysteine ​​injection is used as a radiotherapy drug in the intravenous drug dispensing center, the medical staff need to wear lead clothing to resist the radioactivity of the drug and protect their own personal safety. Because technetium dicysteine Acid injection is radioactive, and it will also be affected by the external environment, and it will appear turbid or precipitated and other deterioration behaviors. The drug in this state cannot continue to be used on patients.

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