Portable intelligent transfusion management device

Abstract

The invention provides a portable intelligent transfusion management device. The portable intelligent transfusion management device comprises a transfusion center manager, a plurality of transfusion monitors and a plurality of nurse handheld terminals, wherein the transfusion monitors and the nurse handhold terminals are connected with the transfusion center manager respectively. A groove-shaped infrared photoelectric switch is taken as a transfusion tube liquid level detection sensor, and is not contacted with a liquid medicament. The transfusion center manager is used for coordinating comprehensively and managing scientifically. An intelligent and user-friendly design is adopted, the situation is reported to the transfusion center manager automatically when a transfusion alarm is made, and nurses are allocated intelligently for nursing, thereby increasing the nursing efficiency of the nurses and enhancing the working order of a hospital. At the end of transfusion, liquid is blocked automatically, and blood return is prevented, thereby achieving safety and reliability. Place limitation is eliminated, wiring is not needed, and operation is easy. An information storage function is provided, making information inquiry available. The portable intelligent transfusion management device is easy to operate, is low in cost and high in anti-jamming capability, and can be widely applied to transfusion rooms in the industry of medical treatment and public health.

Description

technical field [0001] The invention relates to a medical infusion management device, which is a portable intelligent infusion management device capable of wirelessly receiving patient infusion and alarm information, and intelligently dispatching nurses for processing according to the infusion and alarm information. Background technique [0002] At present, the known infusion alarm devices all send an alarm signal to the nurse's station or the nurse's hand-held terminal through the infusion monitor in a wired or wireless manner after the patient's infusion is completed, and the nurse performs corresponding processing according to the received alarm signal. This method is passive processing. Taking the nurse station as the center to receive alarms as an example, every time the nurse needs to return to the nurse station to know if there is a new alarm, it is impossible to deal with the next situation immediately after handling one situation. Taking the case where the nurse'...

AI Technical Summary

Problems solved by technology

Taking the nurse’s hand-held terminal as the center to receive the alarm as an example, sometimes several nurses may deal with a situation at the same time, and a certain nurse cannot be designated to deal with it

Neither of the above scenarios maximized nurse care efficiency

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