Remote-monitoring peristaltic pump transfusion system

Abstract

The invention provides a remote-monitoring peristaltic pump transfusion system which mainly consists of a computer host, a wireless routing and switching host, peristaltic pump transfusion instruments, high-definition cameras and the like, wherein each peristaltic pump transfusion instrument consists of main parts such as a peristaltic pump, a lithium battery, a micro computer main circuit board, a transfusion bag, a transfusion bag fixing rack, a weight sensor, a bubble monitoring device, a dripping speed monitoring device, a charging socket, a liquid crystal display screen, a micro speaker, an alarm indicating lamp, a functional key, an LED (Light-Emitting Diode) illuminating lamp, a transfusion (blood transfusion) pipe and a plastic shell. The remote-monitoring peristaltic pump transfusion system has the following beneficial effects: one computer host is connected with the multiple peristaltic pump transfusion instruments by virtue of the wireless routing and switching host and is used for monitoring and controlling, so that manpower source is greatly saved, the transfusion condition of patients can be monitored at any timely, and the use safety is improved; and the remote-monitoring peristaltic pump transfusion system is simple and convenient in fixation, convenient to carry, and particularly suitable for blood transfusion and transfusion on the way of slavaging and transferring patients during wartime, natural disaster and pre-hospital rescue processes.

Description

Technical field [0001] The invention relates to the technical field of medical equipment, monitors the patient's infusion status and the operation status of medical staff through the network monitoring technology, and is especially suitable for remote guidance during rescue of emergency, critical and severe patients or pre-hospital first aid. It is a remote monitoring peristaltic pump infusion system that can safely inject liquid into the human body without raising the height of the infusion bag. Background technique [0002] The commonly used infusion method at present is to use an infusion stand, a hook or temporarily raise the height of the infusion bottle (bag) by hand, so that it produces a pressure higher than the venous pressure of the human body to complete the liquid infusion. This brings a lot of inconvenience to the pre-hospital first aid, especially the rescue of patients under field conditions (such as the treatment of the wounded caused by traffic accidents or ...

AI Technical Summary

Problems solved by technology

This brings a lot of inconvenience to the pre-hospital first aid, especially the rescue of patients under field conditions (such as the treatment of the wounded caused by traffic accidents or natural disasters, the treatment of war wounds caused by the war, etc.); more important What is more serious is that no matter whether the treatment plan is appropriate and effective, it cannot get the guidance of experts in time, and the quality of rescuing patients may also be affected.

Hospitals and higher-level departments cannot grasp the patient's condition and other relevant information in time, which will affect the next step of treatment.

In addition, in the process of transporting the sick and wounded, the high-hanging infusion bags (bottles) and infusion tubes swing due to the bumps and shakes of vehicles (vehicles, airplanes) or human stretchers, which can easily loosen the infusion connection and even cause the infusion to be broken. Needle brought out

The current commonly used infusion methods often limit the range of activities of infusion patients. In many hospital outpatient infusion halls and clinical departments, especially in pediatrics, it is common for some infusion patients or their family members to walk back and forth holding the infusion bag in various ways. In other scenarios, some are to relieve the hardship of bed-ridden infusion for a long time; some need to go to the toilet; and children are more unable to cooperate because of pain and fear; these not only bring inconvenience to the patient, but also increase safety hazards to the infusion treatment

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