Visual intelligent wound surface monitoring and repairing system

Abstract

The invention discloses a visual intelligent wound surface monitoring and repairing system. The system comprises a wound surface repairing device used for sealing and covering a wound surface of a patient and a monitoring device installed in the wound surface repairing device; the wound surface repairing device comprises a hemispherical shell and a dressing body located on the inner side of the shell; and the monitoring device comprises a temperature and humidity sensor, a pressure sensor, a micro camera, an endoscope probe, a controller module, a wireless transmission module, an intelligent terminal module and a background server module. According to the intelligent wound surface monitoring and repairing system, image information of the wound surface can be collected in real time, the obtained information is sent to an intelligent terminal such as a smart phone through the controller module and the wireless transmission module, at the moment, medical staff can monitor the wound surface condition of the wounded in real time through the smart phone, the wound surface condition of the wounded in batches can be monitored at the same time, timely and accurate disposal is guided, the disability rate is reduced, and the system has great significance in wartime.

Description

technical field [0001] The application belongs to the technical field of wound repair, and in particular relates to a visual intelligent wound monitoring and repair system. Background technique [0002] The traditional wound monitoring method is mainly to observe with the naked eye and make judgments based on the physical and chemical forms of wound tissue. However, during field operations or during wartime, there will be a large number of wounded and sick, and the injuries are complicated. The damage caused by the explosion is huge, the muscles are torn, and the bones are severely shattered. The deep injury area is often larger than the superficial entry wound, and may be accompanied by thermal damage to the skin and subcutaneous tissue. [0003] The current wartime wound treatment methods mostly use bandages and gauze, but there are the following disadvantages: the wound cannot be monitored at any time; the wounds of batches of wounded cannot be monitored at the same time...

AI Technical Summary

Problems solved by technology

[0003] The current wartime wound treatment methods mostly use bandages and gauze dressings, but there are the following disadvantages: the wounds cannot be monitored at any time; the wounds of batches of wounded cannot be monitored at the same time; Washing, hemostasis, and anti-infection drugs; cannot dynamically regulate pressure, temperature, and humidity, and cannot guarantee the steady state of wound microcirculation

[0004] However, any injured soldier may develop rapidly spreading fatal diseases such as compartment syndrome and necrotizing fasciitis during the evacuation process. In order to reduce the death rate of the wounded, early detection and early treatment are necessary

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