Novel infusion monitoring system and monitoring method thereof

Abstract

The invention discloses a novel equipment system for infusion monitoring devices and a monitoring method thereof. The equipment system for the infusion monitoring devices comprises a plurality of infusion monitoring devices, alarm system modules and a management equipment module; the infusion monitoring devices are located on ward beds, the management equipment module is located at a nursing station, a branch single-chip microcomputer of each ward is connected with the corresponding infusion monitoring device, and the alarm modules are located at the wards and the nursing station respectively. According to the monitoring method, the changing conditions of medical liquid and the weight of residual medical liquid are monitored through a pressure sensor, dripping of the medical liquid and the height of the residual medical liquid are monitored through an infrared module, and the temperature change of the hand back surface is monitored through a temperature sensor; the heart rate data of the human body is monitored through a heat rate meter; an alarm is given out according to the monitoring conditions of the pressure sensor, the infrared module, the temperature sensor and the heart rate meter, a signal is transmitted to a cloud server through a wireless network, and a terminal and an app can assess information of the cloud server and obtain the corresponding instruction through the wireless network.

Description

technical field [0001] The invention relates to an infusion monitoring device, in particular to a novel infusion monitoring system and a monitoring method thereof, belonging to the technical field of medical monitoring. Background technique [0002] The infusion devices currently used in hospitals require family members to accompany patients during infusion. Accompanying personnel need to pay close attention to the infusion situation and cannot leave. Once negligent, it is easy to cause blood return or needle swelling, resulting in medical accidents. In the prior art, there is a pressure sensor and infrared detection and measurement method to monitor the infusion situation. The pressure sensor measurement method is to add a pressure sensor to the hook of the infusion bottle to measure whether there is still liquid dripping by sensing the change of the pressure. Using infrared detection technology, the infusion speed is measured at the dropper. After the infrared light-emitti...

AI Technical Summary

Problems solved by technology

The above two technologies have their own advantages, but there are certain errors. For example, if the infusion device shakes due to external reasons, there are misjudgments on the above results.

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