Drainage monitoring system and method based on image recognition

Abstract

The invention relates to a drainage monitoring system and method based on image recognition. According to an exemplary embodiment, the drainage monitoring system comprises at least one video acquisition device, an image processing module, and a monitoring module, wherein the video acquisition device is used for acquiring video stream data of a drainage liquid; the image processing module is connected with the at least one video acquisition device, and is used for receiving the video stream data and processing the video stream data to obtain drainage data of the drainage liquid; and the monitoring module is connected with the image processing module, and is used for receiving and monitoring the drainage data; and meanwhile, a central monitoring module is arranged on the monitoring system, and is used for monitoring monitoring data of a plurality of the monitoring modules in real time. The monitoring device can centrally monitor multiple drainage data such as drainage volume, color, turbidity and the like of the drainage liquid, monitor relevant data and start alarm, so that the work burden of medical staff is effectively reduced, and the medical risks are reduced.

Description

technical field [0001] The present invention generally relates to the field of medical devices, and more specifically, relates to a drainage monitoring system and method based on image recognition. Background technique [0002] Body fluid drainage devices are one of the most common medical devices in the medical field, and are widely used in various clinical departments. The most commonly used drainage devices in existing medical applications are mainly drainage bottles or drainage bags. In the process of clinical diagnosis and treatment, the drainage device relies on gravity or negative pressure for drainage, and is mostly placed at the bottom of the hospital bed. [0003] During the drainage process, the indicators that characterize the changes of the disease include the drainage volume, color, and turbidity of the drainage fluid. The degree reflects the condition of the drainage site tissue. Because the current medical drainage devices generally still rely on manual ins...

AI Technical Summary

Problems solved by technology

Because the current medical drainage devices generally still rely on manual inspection for monitoring, automatic monitoring of the liquid in the drainage device cannot be realized, and patients generally need drainage treatment for a long time, sometimes up to several days or even weeks, so it will consume a lot of manpower , especially at night or when there is a shortage of personnel, it is not convenient to observe and monitor the drainage volume, color, turbidity, etc. of the drainage fluid

Moreover, it often happens that the patient's condition deteriorates, resulting in a sudden increase in the drainage fluid or a change in its properties, such as blood vessel rupture causing massive bleeding, or drainage fluid mixed with abnormal substances and changing from clear and thin to turbid, all of which require medical attention It is difficult for the conventional manual observation and monitoring mode to detect this change in time, and it is easy to delay the disease, causing serious consequences and even endangering the life of the patient.

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