Wound surface drying method

Abstract

The invention provides a wound surface drying method. The wound surface drying method comprises the following steps: by using a controller, controlling a wound surface drying device to move to a patient through a moving component; taking a photo of the patient by using image identifying equipment and identifying whether the patient is a to-be-treated patient or not; taking a photo of the to-be-treated patient and identifying the position of a wound surface by using the image identifying equipment; by using the controller, controlling a mechanical arm to move air exhaust equipment to a positionabove the wound surface; and by using control equipment, controlling the air exhaust equipment to exhaust air to dry the wound surface. The wound surface drying equipment provided by the invention automatically identifies the position of the wound surface through the image identifying equipment, controls the device to automatically work so as to dry the wound surface, automatically controls the air volume and cold and hot air according to the conditions of the wound surface and automatically stops working and returns to a specified position after drying is ended.

Description

technical field [0001] The invention relates to the field of medical equipment, in particular to a wound drying method. Background technique [0002] The wounds of burn patients are often in a continuously moist state due to a large amount of exudation. However, according to research, the rapid sealing and healing of the wound surface needs to keep it in a state that is neither too dry nor too moist. If the wound surface is too dry, it will slow down the crawling of the epidermis, and if it is too humid, it will increase the risk of infection such as Pseudomonas aeruginosa and Acinetobacter baumannii, making it more difficult for the wound to heal. Therefore, it is necessary to give appropriate blowing to the wet wound of the patient to keep it in a relatively dry state, which can not only effectively avoid the colonization and reproduction of the above-mentioned microorganisms, but also promote the rapid healing of the wound. At present, there is no related blowing equipme...

AI Technical Summary

Problems solved by technology

At present, there is no related air blowing equipment specially used for drying burn wounds on the market. Burning lamps and infrared equipment used for drying wounds are placed on the wound for too long, which may lead to deepening of local burns.

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