1. Design and implementation of wireless infusion monitoring system based on CC 1 100.

Ma Liming Science and Technology Information No.220 10/0 1 1

This paper mainly introduces a wireless infusion monitoring system based on radio frequency technology, which consists of a monitoring server in a nurse station and multiple infusion collectors in the ward. The collector collects droplet signals through infrared technology and uploads them to the server. When the infusion is over or abnormal, the collector and the server alarm at the same time, which can achieve the purpose of monitoring the infusion process in real time.

References-Similar Documents-Download Index:

2. Intelligent droplet control device

Han Jiang Xue Si Dazhong Technology No.201002

Aiming at the defects and deficiencies of automatic infusion devices in modern hospitals, an intelligent infusion monitoring system is designed. The master-slave computer takes AT89C58 single chip microcomputer as the core, and uses MAX232 to transmit remote data information, thus forming a distributed master-slave local control network. The drop speed of liquid is measured and detected by photoelectric sensing principle, and the height of liquid storage bottle is controlled by stepping motor to realize the automatic adjustment of liquid drop speed. ...

References-Similar Documents-Download Index:

3. Research on Embedded Medical Infusion Monitoring System Based on ZigBee

Published by Wang Nanchang University: 2009- 12-25

3.4.3 Software design scheme of infusion monitoring system The software part of infusion monitoring system includes two parts: one is the node software of infusion monitoring system; The second is the infusion monitoring center software. The node software of infusion monitoring system must realize the following functions: the coordinator node can establish a network, the terminal node can join or leave the network, the coordinator and the terminal node communicate with each other, and the terminal device. ...

References-Similar Documents-Download Index:

4. Design of hospital-oriented infusion monitoring system.

Jiangyong Duan Wenqun Medical EquipmentNo. 12, 2009

Wang Ziting, Wang Ruifeng, Yan Tianfeng. Intelligent liquid dropping speed monitor. Automation and instrumentation, 2004, (5). Li Baolian, Wang Jiangang. Hospital infusion monitoring system based on RS485 interface. Shanxi Electronic Technology, 2004, (5).

References-Similar Documents-Download Index:

5. Design and implementation of infusion monitoring system based on AT89S52.

Published by Shan Wei of Hefei University of Technology: 2009- 12-0 1

Research and implementation of distributed infusion monitoring system. Taiyuan: Taiyuan University of Technology, 200729 ~ 3 ★ Richard Tour. Deploy enterprise wireless infusion pump management system, biomedical instruments and technologies. ...

References-Similar Documents-Download Index:

6. Design of hospital-oriented infusion monitoring system.

Jiangyong Duan Wenqun Sensor WorldNo.11,2009

This paper introduces a hospital infusion monitoring system composed of AT89C5 1 single chip microcomputer. The system includes upper computer (PC) and lower computer (AT89C5 1 MCU). In this paper, how to realize the automatic detection and automatic alarm function of the system is analyzed and studied in detail. The photoelectric sensor is used to collect whether there are droplets, AT89C5 1 is used as the central processor for signal analysis and processing, and RS-485 is used to realize the communication between the upper computer (PC) and the lower computer (single chip microcomputer). ...

References-Similar Documents-Download Index:

7. Development and application of intravenous infusion monitoring system

Wang Ying Diao Huimin Journal of Nursing was the runner-up in the 20th issue in 2009.

2 Composition and function of intravenous infusion monitoring system This intravenous infusion monitoring system consists of two parts: host computer and monitoring center. See schematic diagram 1 and figure 2. 2. 1 mainframe length 148cm, width 97cm, thickness 42cm, and the shell is made of ABS material by injection molding. Relevant information can be set on the host computer, such as bed number (1~99), total infusion volume (10~5000ml) and infusion speed (8~ 180gtt/min). ...

References-Similar Documents-Download Index:

8. Research and design of ultra-low power infusion monitoring system based on M430/OS.

Su Ying Chen Chunhua Science and Technology Information No.28, 2009

This paper introduces the design and implementation of an ultra-low power infusion monitoring system. The system is based on MSP430F 1232 single-chip microcomputer and M430/OS embedded real-time operating system, and adopts upper and lower computer mode to realize local and remote monitoring and management of gravity infusion, which has the advantages of high detection accuracy, convenient operation, low power consumption, small size, modular programming and strong expansibility. ...

References-Similar Documents-Download Index:

9. Design of intelligent infusion monitoring system based on photoelectric technology.

Chen Yu Wang Qian nuclear electronics and Detection Technology, No.5, 2009.

In some hospitals, the design of distributed infusion monitoring system based on patient distress line CAN bus has achieved certain results, but most small and medium-sized hospitals, especially community hospitals, lack such equipment. Therefore, in order to solve these problems, this paper studies and designs a set of distributed intelligence based on photoelectric technology, modulation and demodulation technology, single chip microcomputer technology, wireless network transmission technology and fuzzy control technology. ...

References-Similar Documents-Download Index:

10. Development of low-power unattended infusion monitoring system

Such as Song, Zheng Yushan, Zhang Liping, Xu Xiaohong and Chen Yonghua returned to the army very late ... China Medical Device Journal, No.09, 2009.

Design of infusion monitoring system in nurse station The infusion monitoring system of upper computer in nurse station is written by Visual C++. By calling the existing serial port control, the monitoring results of the lower computer are displayed and an alarm is given in an emergency. The system can monitor the results of hundreds of infusion monitors at the same time, which is convenient for the management of nurses' stations, improves work efficiency and improves the infusion rate of patients.