Injection management system with multi-parameter configuration

Abstract

The invention relates to an injection management system with multi-parameter configuration, and the system at least comprises a monitoring module which is used for monitoring the dropping state of liquid medicine, a processing module which can be used for calculating infusion related parameters, a display module which is used for outputting basic information and / or related parameters, and an operation module which is used for controlling the system to start and stop and inputting information. The monitoring module and / or the processing module can at least acquire standardized liquid drop dropping images according to the dropping state of the liquid drops, and the processing module can at least calculate recommended values about the infusion state parameter and / or based on the infusion state parameters based on the liquid drop dropping images and at least according to the physicochemical property of the liquid medicine and / or the specification of the infusion apparatus. An intelligent mode is adopted, the working mode of medical staff is improved, the accuracy or precision of dropping speed measurement is improved, the utilization efficiency of the medical staff is improved, the universality is high, multi-party management can be achieved, and the management efficiency and quality are improved.

Description

technical field [0001] The invention relates to the technical field of medical auxiliary equipment, in particular to an injection management system with multi-parameter configuration. Background technique [0002] Intravenous infusion is one of the most common nursing contents in clinical practice. During the infusion process, nurses need to regularly inspect the drip rate of the infusion to ensure the speed of drug infusion, and regularly inspect the completion of the infusion to replace the infusion or end the intravenous infusion in time. This is the clinical nursing work. One of the heaviest tasks in the [0003] In the past, during the infusion inspection process, nurses mostly used manual measurement methods to measure the drip rate of infusion, and used infusion pumps for infusion when accurate infusion was required. The measurement error of manual measurement of infusion drip rate is relatively large, but all infusions are infused using infusion pumps, which not onl...

AI Technical Summary

Problems solved by technology

[0007] Although the drop rate measurement device provided by the above-mentioned prior art can measure and calculate the drop rate of infusion to a certain extent, there may still be problems that the device used is low in intelligence, does not have versatility, and has a single function. Secondly, most devices The accuracy and precision are low, the calculation efficiency is low, and the image acquisition process is ideal. Moreover, the operation of medical staff is time-consuming and laborious, and the infusion supervision and management of multiple patients cannot be realized.

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