Data information platform based on medical system

Abstract

The invention discloses a data information platform based on a medical system, which comprises an infusion auxiliary system and is characterized in that the infusion auxiliary system comprises a data acquisition module, a feature analysis module and an operation judgment module, the data acquisition module is electrically connected with the feature analysis module, and the operation judgment module is electrically connected with the feature analysis module. The data acquisition module is electrically connected with the feature analysis module, the feature analysis module is electrically connected with the operation judgment module, the data acquisition module is used for acquiring hand information of a patient, the feature analysis module is used for analyzing hand features according to the hand information of the patient, and the operation judgment module is used for selecting a proper injection point according to an analysis result. The data acquisition module comprises an image acquisition module, a scanning module, a contour display module and a data storage module, the image acquisition module is used for acquiring a hand back image of a patient, and the contour display module is used for displaying contours of the acquired hand back image and the finger joint concave-convex part image. The method has the characteristics of low price and high safety.

Description

technical field [0001] The invention relates to the technical field of information platforms, in particular to a data information platform based on a medical system. Background technique [0002] When you are sick, infusion is a common and effective treatment. According to public information, my country is the country with the largest amount of infusion every year in the world, and most diseases can be effectively relieved after a period of infusion. [0003] However, while being efficient, infusion is also accompanied by certain risks. For example, when the back of the patient's hand is thick, the blood vessels are not obvious, and it is easy to have multiple needles that still fail to penetrate the blood vessels. According to clinical experience, the infusion needle for normal patients The insertion angle is 30 degrees, and the insertion depth of patients with a lot of hand fat needs to be greater than 30 degrees. When the patients are women or children, because their bloo...

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Problems solved by technology

[0003] However, while being efficient, infusion is also accompanied by certain risks. For example, when the back of the patient's hand is thick, the blood vessels are not obvious, and it is easy to have multiple needles that still fail to penetrate the blood vessels. According to clinical experience, the infusion needle for normal patients The insertion angle is 30 degrees, and the insertion depth of patients with a lot of hand fat needs to be greater than 30 degrees. When the patients are women or children, because their blood vessels are often thinner, it is more difficult to puncture, and it is easy to puncture during infusion. The phenomenon of blood vessels greatly increases the difficulty of infusion, which not only brings the pain of multiple needle injections to patients, but also hits the self-confidence of medical staff

[0004] At present, the infusion is still performed manually, and the infusion operation still needs to rely on the experience and observation of medical staff. The thickness of veins in the hands of different people, the degree of obesity, and the color of the skin will increase the difficulty of infusion. Reduce the difficulty in the infusion process. However, for people with thick hand fat and thin blood vessels, this type of vein display device cannot work well, and this type of vein display device can only display The outline of the blood vessels on the back of the patient's hand cannot accurately prompt the medical staff on the insertion angle and depth of the infusion needle. Therefore, it is necessary to design a data information platform based on the medical system with high practicability and high security.

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