Wound and skin pressure injury auxiliary diagnosis system based on artificial intelligence technology

Abstract

A wound and skin pressure injury auxiliary diagnosis system based on an artificial intelligence technology comprises a hospital pressure sore data system, a pressure sore diagnosis system, an equipment information system, a user information system and a historical pressure sore data system, and the hospital pressure sore data system is in communication connection with the pressure sore diagnosis system. The pressure sore diagnosis system is in communication connection with the equipment information system, the hospital pressure sore data system is further in communication connection with the historical pressure sore data system and the user information system, and the user information system is in communication connection with the historical pressure sore data system. According to the invention, wounds of wounds and skin pressure injury patients can be quickly and timely identified and diagnosed as soon as possible, nursing decisions are accurately and scientifically made, the whole process is monitored and recorded, the diagnosis correctness and scientificity are improved, the standardization of clinical nursing behaviors is improved, and finally the effects of improving the nursing quality and improving the outcome of patients are achieved.

Description

technical field [0001] The present invention relates to the field of physics, in particular to image processing technology, in particular to an auxiliary diagnosis system for wounds and skin pressure injuries based on artificial intelligence technology. Background technique [0002] 1. There are potential safety hazards in the existing perioperative wound care and assessment [0003] With the development of health care and the improvement of medical technology, the range of patients undergoing surgery has been continuously expanded, and the restrictions on the age of patients undergoing surgery are gradually being relaxed. For the complex and unpredictable stress response and complications that may occur after surgery, perioperative care is particularly important. In particular, relevant studies have shown that nearly 20% to 50% of surgical patients are elderly patients among the existing inpatients, and due to the unique physical and psychological characteristics of the el...

AI Technical Summary

Problems solved by technology

There are potential safety hazards in the existing perioperative wound care and assessment methods such as telephone follow-up, postoperative return to the hospital for reexamination, etc.

[0004] 2. There are deficiencies in the existing pressure injury assessment and diagnosis methods

However, in the actual operation process, pressure injury wounds are usually irregular in shape and unmeasurable in depth, and it is difficult to accurately judge and measure manually. Different medical staff have different abilities to identify stages and give different understandings of nursing measures

Studies have found that clinical nurses' judgment accuracy for stage III and non-staging is 87.66% and 87.45%, respectively, which lack accuracy and standardization; lack of knowledge leads to nurses' identification and diagnosis of pressure ulcer staging errors, resulting in excessive prevention and improper prevention It mainly affects the accuracy of pressure ulcer risk assessment and the effectiveness of nursing measures

It can be seen that it is very difficult to simply observe and record with the naked eye. The method of measuring the area by cutting the film along the edge of the wound and weighing it is very cumbersome, and the human error is relatively large. There is also a lack of unified quantitative standards for evaluation records. question

[0006] 3. The problem of aging is serious, which aggravates the problems of wound stoma and pressure injury, which aggravates the pressure of elderly care

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