Human body vertebra and skeleton balancing correction method capable of determining affected part based on thought test

Abstract

The invention discloses a human spine balance correction method based on idea testing and positioning, which can accurately detect the subluxation of the spine or bone, and the location of the finger can be measured; the doctor can edit his own according to his own habits and convenience. The subconscious display mode (target) quickly and accurately finds the exact position of the affected part that needs to be corrected, and simply, quickly and accurately judges the direction of the patient's affected part that needs to be treated and corrected, and performs corrective treatment immediately, and achieves good pain improvement effect.

Description

technical field [0001] The invention belongs to the technical field of human spine treatment, and more specifically relates to a method for correcting the balance of the human spine based on idea testing and positioning. Background technique [0002] There are a lot of treatment methods for relieving soreness in human meridians; for example: ordinary meridian massage, cupping, scraping, acupuncture, small needle knife, manual chiropractic and instrumental chiropractic, etc., with different effects, various techniques Both require very professional training and clinical experience in order to allow patients to achieve better therapeutic efficacy. However, many people are afraid of the treatments that need to go inside the body (such as acupuncture, small needle knife) or the methods that cause bleeding and pain on the skin surface (such as massage, cupping, scraping). [0003] Our human body has a very fine self-healing system. As long as our spine and bones reach the origin...

AI Technical Summary

Problems solved by technology

However, many people are afraid of the treatments that need to enter the body (such as acupuncture, small needle knife) or the methods that cause bleeding and pain on the skin surface (such as massage, cupping, scraping).