A material transfer method in the production process of a venous compounding room

Abstract

The invention relates to a material transmission method for a production process in an intravenous admixture room. The method comprises the following steps of (1) numbering personnel, workbenches and material baskets; (2) automatically generating a station identification code through a platform; (3) automatically generating a basketing identification code through the platform; (4) feeding back material quantity information to an information management platform; (5) correlating and corresponding numbers through the information management platform; (6) linking material basket numbers to a code reader; (7) reading the passing material baskets one by one through a code reading device of a sorting device on each workbench; (8) transmitting the material baskets to a temporary material storage bracket for standby application; (9) verifying and admixing; (10) putting a finished product to a raw material basket; (11) transmitting unidentified material baskets to an inspection bench; (12) treating wrongly operated materials. The material transmission method disclosed by the invention has the advantages that the automation degree of the material for entering into and exiting from the admixture room is improved, and the labor intensity of operating personnel is relieved; the inside and the outside of the room can be isolated from each other, so that cross contamination caused by mutual flowing between indoor air and outdoor air is prevented; a safe, reliable and efficient working environment is provided; the method can be widely applied to the fields of medical appliances, food packaging, electric equipment production and the like.

Description

technical field [0001] The invention relates to a material transmission technology, in particular to a material transmission method in the production process of a venous compounding chamber. Background technique [0002] The purpose of material transportation is to transport raw materials, semi-finished products and finished products from one process to another. The materials to be transported are fixed (block, granular and powder) and liquid (including gas and liquid) materials. Therefore, they can also be delivered according to According to the different material forms, the conveying machinery is classified into solid material conveying machinery, liquid material conveying machinery, and gaseous material conveying machinery. The transportation of a large amount of materials needs to use different conveying equipment to complete the conveying of materials, especially after the use of advanced technical equipment and stand-alone automation in production, it is even more nece...

AI Technical Summary

Problems solved by technology

At present, most of the production process of drug dispensing adopts manual transfer or handling of materials. The prepared drugs are first placed in the transfer cabinet by outdoor operators, and then taken out from the transfer cabinet by indoor operators and placed in transport vehicles. , and then pushed to the biosafety cabinet or workbench for preparation, the prepared medicine is then pushed to the transfer cabinet by transport cart, and then passed out through the transfer cabinet. This production mode requires a large number of transport carts to be placed in the deployment room, requiring operators to The dispensing room frequently walks back and forth to take medicine and deliver medicines. This kind of material transmission mode, which is delivered by carts and carts, not only greatly disturbs the airflow organization in the dispensing room, but also becomes the biggest source of pollution in the dispensing room. It also increases the workload of the operators and greatly Affected work efficiency

[0005] In addition, drug safety is one of the most important management contents in the entire production process, and the existing manual mode is not easy to clarify job responsibilities, and it is difficult to track responsibilities in place

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