Method and system for monitoring wound state

Abstract

The invention discloses a method and a system for monitoring a wound state. According to the method, related physiological data of a wound surrounding area and a reference area are extracted from image data, further processed and then input into a wound state classification prediction model for wound state judgment, and wound state monitoring is achieved. The system comprises a wound monitoring device and a wound state detection server, the wound monitoring device comprises a double-camera video image acquisition unit, a temperature measurement and calculation unit, a physiological data extraction unit, a first communication unit and a display unit; the wound state detection server comprises a second communication unit, a wound state classification prediction model construction unit, a wound state evaluation unit and a storage unit. The physiological data of the skin around the wound are monitored through a non-contact method to judge the wound state, on the premise that wound exposure is reduced, abnormal wounds can be found as soon as possible, especially the problems of early infection of the wounds, poor blood circulation of the wounds and the like, and medical staff can conveniently adjust a treatment scheme in time.

Description

technical field [0001] The invention relates to the field of wound monitoring, in particular to a method and system for monitoring the state of a wound. Background technique [0002] The healing of wounds is directly related to the formulation of treatment and nursing programs. Early detection of abnormal wounds can help medical staff to intervene earlier, adjust the treatment plan in time according to the wound conditions, and prevent wound healing from being blocked or even further deteriorated. Conversely, if the wound is infected, delayed healing, or non-union of necrosis, it will not only prolong the patient's pain and discomfort, affect the patient's quality of life, but also increase the risk of various surgical complications, such as peri-prosthetic infection, complicated by toxic blood. Symptoms, and even systemic inflammatory response syndrome, increase the economic and mental burden on both doctors and patients. [0003] The most common problem in wound healing ...

AI Technical Summary

Problems solved by technology

Because new dressings can not only monitor wound infection, but also monitor other physiological conditions of wounds, they have become research hotspots. However, these new dressings can only be used as disposable dressings due to short service life and limited response time. , or the detection material itself has the risk of having a certain negative impact on the wound, or it is necessary to place multiple sensors, which are subject to many interference factors and are likely to cause a certain burden on the wound skin

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