Multifunctional automatic dispensing device for clinical pharmaceutical infusion

Abstract

The invention provides a multifunctional automatic dispensing device for clinical pharmaceutical infusion. The multifunctional automatic dispensing device comprises an operation table, an infusion bottle groove, a powder bottle containing groove, an ampoule bottle containing groove and two sets of dispensing frames. A square through groove is formed in one end of the operation table, and the infusion bottle groove is erected in the square through groove through an oscillation device and oscillated through the oscillation device. The two groups of dispensing frames are erected on two sides of the rear part of the infusion bottle groove respectively. A main shaft is rotationally arranged at the top of the operation table and driven by a rotating device to rotate. A bottom plate is erected below a fixed plate through a vertical moving device and is driven by the vertical moving device to move up and down. A long-strip-shaped through groove is formed in the top of the bottom plate in the length direction, and a U-shaped moving block is erected at the top of the bottom plate through a horizontal moving device and driven by the horizontal moving device to move. Movable plates are erectedon the two sides in a groove of the U-shaped moving block through springs. An n-shaped plate is erected above the U-shaped moving block through a first air cylinder and is fixedly provided with a limiting plate through a fixing shaft. The device can automatically dispense medicines.

Description

technical field [0001] The invention relates to the technical field of automatic dispensing, in particular to a multifunctional automatic dispensing device for clinical pharmacy infusion. Background technique [0002] Usually, before the infusion is performed to the patient, it is necessary to mix the medicinal liquid in the ampoule, the medicinal powder or the liquid in the powder bottle with the mother liquor, and finally form the transfusion medicine. When mixing the liquid in the ampoule with the mother liquor, most of the syringes are used to manually extract the medicine in the ampoule, and then the powder in the powder bottle is mixed with the mother liquor. The process is very complicated. In addition, the mother liquor needs to be mixed first Inject into the powder bottle, shake and then extract the liquid mixed with the powder in the powder bottle and inject it into the mother liquid container. [0003] The current infusion dispensing is carried out manually, whic...

AI Technical Summary

Problems solved by technology

When mixing the liquid in the ampoule with the mother liquor, most of the syringes are used to manually extract the medicine in the ampoule, and then the powder in the powder bottle is mixed with the mother liquor. The process is very complicated. In addition, the mother liquor needs to be mixed first Inject into the powder bottle, shake and then extract the liquid mixed with the powder in the powder bottle and inject it into the mother liquid container

[0003] The current infusion dispensing is done manually, which is likely to cause contamination of the liquid medicine

Moreover, the dispensing environment with high bacterial dust content may contaminate the liquid medicine, affect the therapeutic effect, and even cause adverse reactions of patients in serious cases; in addition, the workload of dispensing infusions is huge, taking up a lot of human resources, namely nursing resources, Thereby reducing the quality of nursing work, and the operation of medical staff is prone to fatigue, especially in the case of crowded patients, it is easy to produce dispensing errors, resulting in doctor-patient disputes

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