Intelligent venous transfusion monitoring system

Abstract

The invention provides an intelligent venous transfusion monitoring system, which comprises a PC, a ward-level controller, sickbed-level controllers, infusion supports and a handheld alarming device, wherein the ward-level controller is arranged according to a ward number; the ward-level controller performs wireless communication with the sickbed-level controllers correspondingly arranged in the ward with the ward number; the ward-level controller is connected with the PC by an Ethernet for communication; and each infusion support is provided with a sickbed-level controller correspondingly. The system has the advantages of realizing 24 hour monitoring, avoiding errors made by medical-care personnel due to mistake or fatigue, reducing the labor intensity of the medical-care personnel and making up for the disadvantage of incapability of the medical-care personnel for 24 hour monitoring. In the invention, the real-time monitoring of the whole infusion state as well as abnormal condition alarming and management is realized, and the combination of infusion and ward emergency call and ward management systems. The monitoring system has high feasibility and is built on the basis of mature technology of sensors, electromagnetic valves, wireless communication, Ethernet communication, singlechips and the like.

Description

【Technical field】 [0001] The invention relates to an optical-mechanical-electrical integrated intelligent device, in particular to an intelligent intravenous infusion monitoring system. 【Background technique】 [0002] Intravenous infusion is an important and commonly used therapeutic method in clinic, and it has been controlled manually for a long time. In traditional infusion, some abnormal situations are prone to occur, such as pipeline blockage, abnormal drip speed and no prompt after infusion, etc., which make the medical staff labor intensive and prone to errors due to negligence or fatigue of medical staff. If these abnormal conditions cannot be discovered in time, it will cause harm to the patient, and even serious medical accidents. Intravenous infusion needs to be carried out frequently in outpatient clinics and wards, but there are few management measures and the management level is low. Except relying on nurses, there are few relevant technical measures. [000...

AI Technical Summary

Problems solved by technology

Devices that facilitate infusion are rarely used due to inconvenient use and possible side effects

[0004] The existing technology has the following defects: the automatic infusion alarm based on infrared remote control technology is clamped on the infusion tube, and the infrared direct-to-tube installation is installed on both sides of the monitoring tank, at a position 0.2mm-0.3mm close to the inner wall of the infusion tube to be tested To form a photometric channel, there are high requirements for the thickness of the infusion tube, the thickness of the tube wall, and the installation position of the infusion tube

[0009] 2) It is necessary to change the original structure of the infusion set, which increases the workload and links that cause mistakes

[0010] 3) It is troublesome for medical staff to change the liquid medicine, and it is inconvenient to use

[0011] 4) It can only alarm the state that the infusion is about to end, and cannot realize the real-time monitoring of the entire infusion state

[0012] 5) There are links that may have side effects on medicines

[0013] 6) The labor intensity of medical staff is high

[0014] 7) Single function

[0015] 8) Expensive

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