Intelligent analysis system for vital sign detection and pulse diagnosis

Abstract

The invention belongs to the technical field of health care and medical treatment and discloses an intelligent analysis system for vital sign detection and pulse diagnosis. The intelligent analysis system comprises a high sampling pulse blood oxygen acquisition end capable of carrying out signal transmission and a control terminal, wherein the high sampling pulse blood oxygen acquisition end comprises a pulse oximeter body, a blood oxygen sensor arranged in the pulse oximeter body, a front-end processing circuit and a first chip, one end of the front-end processing circuit is electrically connected with the blood oxygen sensor, the other end of the front-end processing circuit is electrically connected with the first chip, the first chip executes signal transmission with the blood oxygen sensor, the first chip is further integrated with a first wireless transmission module, and the control terminal is provided with a data analysis module electrically connected with the control terminal. An existing finger-clip type pulse oximeter can only achieve single acquisition and display and cannot execute remote control and data analysis and processing, therefore, for solving the problems, the pulse diagnosis system integrating traditional Chinese medicine and western medicine is developed and is convenient and fast.

Description

technical field [0001] The invention belongs to the technical field of health care and medical care, and in particular relates to an intelligent analysis system for detecting vital signs and pulse diagnosis. Background technique [0002] Diagnosing the pulse is an original diagnostic method of traditional Chinese medicine, because the pulse contains rich physiological and pathological information of the human body. Chinese medicine applies different pressures, and uses three fingers to press the pulse at the radial artery of the wrist, which is called "cun, guan, chi". The patient's pulse frequency, rhythm, shape, The comprehensive image (pulse condition) of changes such as depth and strength, and then to diagnose the patient's condition. In recent years, the objectification and scientization of TCM pulse diagnosis has been a research hotspot in the industry. Using electronic technology to measure pulse is not only an important content of pulse theory research, but also an...

AI Technical Summary

Problems solved by technology

Blood oxygen saturation and pulse rhythm are important indicators to measure human health. Therefore, hospitals are equipped with equipment for real-time measurement of human blood oxygen saturation and pulse rhythm. However, the above-mentioned devices are usually large in size and inconvenient to carry. problem, does not apply to home care use

The finger-clip pulse oximeter is relatively small in size, and it can conveniently collect and display blood oxygen saturation and pulse rhythm when it is clamped on the patient's finger. However, the existing finger-clip pulse oximeter can only achieve a single Acquisition and display, unable to perform remote control and data analysis and processing, therefore, it is necessary to propose further solutions to the above problems

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