Negative-pressure wound treating system based on monitoring and managing of wound treating state

Abstract

This invention discloses a negative-pressure wound treating system based on monitoring and managing of a wound treating state, the system can detect the wound sate and make prompting according to the wound sate, and therefore a user can conveniently evaluate the recovery condition of a wound according to the wound sate to make a more reasonable and effective treating scheme, the user further can timely know abnormal conditions in the treating process according to the wound sate and perform effective processing, and medical negligence can be effectively reduced.

Description

technical field [0001] The embodiments of the present invention relate to the field of medical devices, and in particular to a negative pressure wound treatment system based on wound treatment state monitoring and management. Background technique [0002] Negative Pressure Wound Therapy Devices (NPWT) is a medical device that accelerates wound healing. It promotes wound healing by applying negative pressure to the wound. It has been widely used in the treatment of a series of difficult-to-heal wounds , including acute, chronic, and infected wounds. [0003] Existing negative pressure wound treatment systems usually include negative pressure wound treatment equipment, a wound kit, and a container for collecting exudate from the wound, which may be called a liquid collection bottle. Among them, the negative pressure wound treatment equipment consists of a negative pressure source and a controller, which are used to create the negative pressure required by the wound; the wound...

AI Technical Summary

Problems solved by technology

[0004] Under the condition that the wound does not deteriorate, the existing negative pressure wound treatment system can accelerate wound healing well, but in the process of wound treatment, it is very likely that the wound will deteriorate, which will cause various adverse reactions. Therefore, it is especially important to monitor the wound treatment status during the treatment process. It is best to check the wound status in real time, so as to detect problems as early as possible and deal with them accordingly.

[0005] However, most of the current wound treatment processes are covered with dressings to isolate the air. The doctor can only check the wound when changing the dressing. The normal dressing change cycle is as short as one or two days, and as long as ten and a half months. If the wound deteriorates, it is difficult to be detected in time. After a long time, it will cause symptoms such as wound infection and rot, which will affect the treatment effect and even cause serious consequences.

Moreover, in the treatment, doctors generally rely on their own subjective judgment of the wound treatment effect when examining the wound, which often leads to biased or ambiguous judgments.

Therefore, in the process of modern wound treatment, there is an urgent need for a technology or equipment that can help medical staff solve the problems caused by the inability to accurately monitor the wound treatment status in real time

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