CN201524302U - Automatic infusion device real-time monitoring system - Google Patents

Abstract

The utility model discloses a real-time monitoring system of a full-automatic infusion set, which comprises a full-automatic infusion set. The full-automatic infusion set is connected with a monitoring device through a communication interface, the monitoring device is connected with a background central data base module, and the monitoring device is connected with a data entry module, a real-time monitoring module and a data report module. The utility model has reasonable structure, adopts advanced means of communication, achieves seamless butting between the terminal of a full-automatic infusion apparatus and a central nurse station message processor, has the characteristics of safety, reliability, simple operation, fast communication, clear information report and the like, can reduce the work intensity of nurses to a great extend, can achieve real-time monitoring to patients under infusion states to a great extend, can protect the patients safe during infusion to a great extend, and can reduce medical disputes to a great extend.

Description

Automatic infusion device real-time monitoring system

Technical field:

The utility model relates to a fully automatic infusion real-time monitoring system.

Background technique:

At present, in the domestic medical infusion, disposable infusion sets and electronic infusion sets are usually used, but the disposable infusion set itself lacks infusion monitoring, and cannot effectively remind the air bubbles, alarms, and end of infusion during the infusion process. Manual monitoring by nurses or family members of patients; even if electronic infusion sets are used, due to the lack of effective monitoring means, the infusion set and the central nurse station cannot be connected in real time, which cannot meet the needs of modern nursing.

Invention content:

The purpose of the utility model is to provide a real-time monitoring system of an automatic infusion device with reasonable structure, safety and reliability, simple operation, fast communication, and real-time monitoring of the patient's infusion status.

The technical solution of the utility model is:

A full-automatic transfusion device real-time monitoring system is characterized in that: it includes a fully automatic infusion device, the fully automatic infusion device is connected to the monitoring device through a communication interface, the monitoring device is connected to the background central database module, the monitoring device is connected to the data entry module, and the real-time monitoring module, data report module connection.

The utility model has a reasonable structure, adopts advanced communication means, realizes the seamless connection between the terminal of the automatic infusion set and the information processor of the central nurse station, has the characteristics of safety, reliability, simple operation, fast communication, clear information reporting, etc., and can maximize Reduce the work intensity of nurses, realize the real-time monitoring of the patient's infusion status to the greatest extent, protect the patient's infusion safety to the greatest extent, and reduce doctor-patient disputes to the greatest extent.

The whole system is composed of three parts: the infusion device, the monitoring software and the background central database. , Fast communication technology, through the USB 2.0 interface to realize the seamless connection between the PC and the infusion device, and through the installation of monitoring software, to realize the real-time monitoring of the patient's infusion. The monitoring software adopts the operating system based on WIN XP, which is composed of the underlying communication handshake layer, data link layer, and data processing layer. The operation interface consists of three parts: data entry, real-time monitoring, and data reporting. Data entry mainly enters patient information, including patient name, gender, hospital bed number, and infusion parameters; parameter monitoring mainly monitors and records the patient's infusion status in real time through data communication; the data report mainly summarizes the patient's infusion information, including infusion volume , flow rate, when to start the infusion, the status of the infusion process and when it ends, etc., for hospital nurses to query and print.

Description of drawings:

Below in conjunction with accompanying drawing and embodiment the utility model is further described.

Fig. 1 is a structural diagram of an embodiment of the utility model.

Detailed ways:

A real-time monitoring system for a fully automatic infusion device, comprising a fully automatic infusion device 1, the fully automatic infusion device is connected with a monitoring device 2 through a communication interface, the monitoring device is connected with a background central database module 3, the monitoring device is connected with a data entry module 4, real-time monitoring Module 5 and data report module 6 are connected.

The data import and entry system mainly includes the basic information of a patient, including name, gender, age, address, and contact information. These data can be imported through the HIS system; The elderly and other intensive care patients; the third includes infusion information, including the name of the liquid medicine, the total amount of the liquid medicine, the infusion flow rate, and the maximum input limit; the fourth includes the information of dispensing and nursing staff.

The real-time monitoring is mainly responsible for collecting the infusion volume, monitoring whether there are bubbles, blockages, etc. during the infusion process, and monitoring events such as the end of the infusion, and reminding the medical staff in real time through interface prompts and sound alarms.

The data report is mainly responsible for the query of all patient infusion information, the query of alarm events during the infusion process, and supports printing and other operations.

Throughout the system, the background central database is the center of data storage, which puts forward high requirements for the reliability, security and real-time performance of data storage. Therefore, this system uses SQL Server developed by Microsoft as the data service center. Through the standard ODBC interface, the seamless connection between the database and the monitoring software is realized.

Claims (1)

1. full-automatic infusion device real-time monitoring system, it is characterized in that: comprise the full-automatic infusion device, the full-automatic infusion device is connected with supervising device by communication interface, supervising device is connected with backstage central data library module, and supervising device is connected with data typing module, real-time monitoring module, data sheet module.

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