A diagnosis and treatment-integrated physiotherapy device

Abstract

The invention provides a diagnosis and treatment-integrated physiotherapy device. The diagnosis and treatment-integrated physiotherapy device comprises an image collecting system used for collecting human tissue images; a physical factor output control system used for generating physical treatment factors with corresponding intensity and working on human tissue; a master control system which receives the human tissue images collected by the image collecting system, analyzes the images, generates diagnosis results and therapy schemes and outputs the therapy schemes to the physical factor outputcontrol system. The device achieves automatic and quantized diagnosis of patients by using image diagnosis techniques such as visual light and infrared light and automatically generates therapy schemes through a large number of prescription templates stored in the master control system, thereby being highly scientific and objective. The device can provide a personalized therapy scheme according to quantized values of a disease of each patient, thereby improving the accuracy and effectiveness of physiotherapy; the device performs diagnosis and assessment on a patient in each physiotherapy andadjusts the therapy scheme according to the assessment result, thereby improving the flexibility and adaptability of therapy schemes.

Description

technical field [0001] The invention belongs to the technical field of medical equipment, and relates to a physical therapy device, in particular to a physical therapy device integrating diagnosis and treatment. Background technique [0002] On the one hand, imaging diagnostic technologies such as visible light and infrared light have the advantages of no radiation and trauma to the human body, no radiation pollution to the environment, and the ability to quickly obtain the functional status of human tissues in real time. They have been widely studied and applied in clinical medical diagnosis. For example, the Proceedings of the Seventeenth National Rheumatism Academic Conference of the Chinese Medical Association (clinical report column, 415 pages) discloses an application of infrared imaging detection technology in rheumatoid arthritis syndrome differentiation, Chinese Journal of Traditional Chinese Medicine Consultation (2010 In September 2009, Volume 2, No. 17, page 136)...

AI Technical Summary

Problems solved by technology

The existing physical therapy devices generally have the following problems: First, the formulation of physical therapy programs is heavily dependent on the doctor's experience and level, and generally lacks objective evidence. For small and medium-sized hospitals and community clinics where high-level doctor resources are relatively scarce, it cannot be guaranteed. The effectiveness of the physical therapy plan given by the doctor; the second is that doctors usually can only make qualitative judgments on patients and give a more general treatment plan, and it is difficult to accurately determine the level of the patient and give precise treatment parameters (such as laser Third, each treatment plan usually corresponds to a course of treatment, and a course of treatment usually includes multiple physical treatments. From the beginning of the first treatment to the end of the course of treatment, doctors generally do not and cannot grasp it in real time. The recovery status of patients after each physical therapy, so it is difficult to track and evaluate the treatment effect after each physical therapy, and it is also impossible to adjust and optimize the treatment plan in real time

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