An integrated instrument and method for blood viscosity optical diagnosis and treatment for family medicine

Abstract

The invention relates to a blood viscosity optical diagnosis and treatment integrated instrument oriented to family medicine and a method, and belongs to the technical field of human body blood viscosity detection and treatment. The instrument comprises a pulse wave blood viscosity detecting sensor, an infrared treatment module, a signal conditioning circuit, a microcontroller and a display system. The pulse wave blood viscosity detecting sensor comprises a 660-nm light transmitter, a 660-nm light receiver and a corresponding photoelectric driving circuit. The microcontroller is connected to the 660-nm light transmitter. The pulse wave blood viscosity detecting sensor, a photoelectric converting circuit, the signal conditioning circuit, the microcontroller and the display system are sequentially connected. The infrared treatment module is used for receiving the mode selected by the microcontroller. The 660-nm light receiver is activated for illumination treatment on a treated part. Byadding a blood viscosity monitoring and evaluating part, through a model analysis method and a mathematical statistical analysis method, a user can know the body conditions in real time, and the bloodviscosity detection and treatment convenience is greatly improved.

Description

technical field [0001] The invention belongs to the technical field of human blood viscosity detection and treatment, and relates to a blood viscosity optical diagnosis and treatment integrated instrument and method for family medical care. Background technique [0002] With the intensification of population aging trend and the improvement of people's living standards, middle-aged and elderly families in my country are paying more and more attention to their own health problems, while my country's medical institutions are facing very difficult tasks of medical diagnosis and health care. In order to alleviate the burden of large medical institutions, the status of daily detection and treatment at home is becoming more and more important. Through daily home health care, users can gradually realize home rehabilitation, self-diagnosis, and self-treatment have become a new trend. The development of a convenient and quick home-use, portable health electronic product integrating d...

AI Technical Summary

Problems solved by technology

[0006] Most of the current blood viscosity irradiation therapy instruments are open-loop structures, which cannot achieve the integrated operation of detection-treatment-evaluation, that is, only artificially set treatment-related parameters in the treatment part, such as irradiation intensity, treatment duration, etc., and cannot perform real-time blood treatment of users. Viscosity detection, and targeted treatment cannot be carried out according to the user's blood viscosity, which greatly affects the user's treatment effect

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