Transfusion remaining time intelligent detection system

Abstract

The invention discloses a transfusion remaining time intelligent detection system which comprises a weight monitoring and processing module and a data summarization module. The weight monitoring and processing module comprises a weight sensor, a microprocessor, a display screen and a wireless data transmitter. The data summarization module comprises a wireless data receiver. The upper end of the weight monitoring and processing module is hung on a transfusion hanger hook, and a transfusion bottle is hung at the lower end. The transfusion bottle hung at the lower end transfers the total weight of the bottle to the weight sensor in the module; the weight sensor transfers the acquired data to the microprocessor; and the microprocessor calculates the time for completely transfusing the remaining liquid and transfers the time to the display screen for outputting and the wireless data transmitter for transmitting the time to the data summarization module respectively. The display screen displays the current transfusion progress and predicted remaining time. The data summarization module is connected with other data processing equipment to display the transfusion progress and predicted remaining time at different data acquisition points.

Description

technical field [0001] The invention relates to a medical device, in particular to an intelligent detection system for the remaining time of infusion, which can accurately calculate the time required to infuse the remaining liquid during the infusion process, and realize unified monitoring of the infusion progress of multiple infusion stands. Background technique [0002] In the current medical market, a hospital usually has dozens or even hundreds of infusion levels, and the personnel on duty are often unable to observe the progress of all the infusion levels at all times. In the case of a large number of infusion personnel, the infusion may not be processed in time. Case. On the other hand, the infusion process takes a long time, and the factors affecting the dripping velocity of the liquid in the infusion process are relatively complicated. The infusion completion time can usually only be judged based on experience, and the infusion personnel and medical staff cannot obt...

AI Technical Summary

Problems solved by technology

[0002] In the current medical market, a hospital usually has dozens or even hundreds of infusion levels, and the personnel on duty are often unable to observe the progress of all the infusion levels at all times. In the case of a large number of infusion personnel, the infusion may not be processed in time. Case

On the other hand, the infusion process takes a long time, and the factors affecting the dripping speed of the infusion process are more complicated.

The infusion completion time can usually only be judged based on experience, and the infusion personnel and medical staff cannot get a more accurate time for the infusion to finish.

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