Ward full-automatic medicine distributing nursing system

Abstract

The invention discloses a ward full-automatic medicine distributing nursing system. The ward full-automatic medicine distributing nursing system comprises a ward full-automatic medicine distributing nursing subsystem, a cloud medical treatment information platform and an expansion layer, wherein the cloud medical treatment information platform is connected with the expansion layer through a network. The ward full-automatic medicine distributing nursing subsystem comprises a bedside subsystem and a medical treatment comprehensive information subnet; the bedside subsystem is formed by connecting a solid medicine distributing nursing machine and extensible equipment through standard wired or wireless communication protocols; the extensible equipment is monitoring, treatment and life sustaining equipment related to patient treatment and nursing; the solid medicine distributing nursing machine comprises a main controller and functional modules; both-way communications between the medical treatment comprehensive information subnet, a terminal and the bedside subsystem are achieved by a system server through the network; both-way communications between the cloud medical treatment information platform and the ward full-automatic medicine distributing nursing subsystem are achieved through the network; the ward full-automatic medicine distributing nursing subsystem is connected with the expansion layer through the network. By using the ward full-automatic medicine distributing nursing system, hospital ward nursing automation and networking are achieved.

Description

technical field [0001] The invention relates to the field of medical devices, in particular to a fully automatic medicine dispensing and nursing system for wards. Background technique [0002] At present, in the care of inpatients in medical institutions, nursing staff need to dispense medicines according to the doctor's orders every day, and distribute them to each patient's bed one by one in multiple times, and explain to the patients to take them on time in a verbal manner. There are at least three problems in this process: (1) Due to the different types of medicines taken by each patient, the time of taking them, the frequency of taking them, and the way they take them, it places high demands on the meticulousness and labor intensity of the nursing staff. At the same time, it also increases the risk of human error and even medical accidents; (2) After the drug is distributed, whether the patient takes the drug on time and in the correct amount according to the doctor's a...

AI Technical Summary

Problems solved by technology

There are at least three problems in this process: (1) Due to the different types of medicines taken by each patient, the time of taking them, the frequency of taking them, and the way they take them, it places high demands on the meticulousness and labor intensity of the nursing staff. At the same time, it also increases the risk of human error and even medical accidents; (2) After the drug is released, whether the patient takes the drug on time and in the correct amount according to the doctor's advice lacks effective management and monitoring. Lack of system and timeliness

(3) Due to the lack of strict control and management measures for the patient's medication situation, the efficacy of the drug on the individual patient cannot be comprehensively counted

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