Modularized integration work system and method for diagnosing and treating osteoporosis

Abstract

A small-sized low cost modularized integration work system for diagnosing and treating osteoporosis integrates the diagnosis and the treatment; each functional module may work and be sold alone or integrally. A complete configuration has four functional modules: a dry-type supersonic wave bone density instrument, a low-frequency pulse magnetic field osteoporosis therapeutic instrument, an intelligent manpower sunbath lamp and a magnetic suspension vibration bone amount filliping instrument. Four functional modules share a common DSP or a microprocessor, a real time clock chip, LCD, a keyboard,a stabilized voltage supply and a cabinet. The supersonic wave bone density instrument measures an supersonic wave quantification parameter QUS of calcaneus; the low-frequency pulse magnetic field osteoporosis therapeutic instrument has a therapeutic chair / therapeutic bed structure, and generates a uniform strong pulse magnetic field to treat the osteoporosis by using four or five circular or square magnetic field coils; the intelligent manpower sunbath lamp accelerates human body to absorb calcium by using a medium wave ultraviolet health-care lamp tube; and the magnetic suspension vibrationfillips the increase of bone amount. The integrated work system has an inapproachable curative effect and a sexual valence ratio.

Description

Technical field [0001] The invention relates to a small-scale low-cost modular osteoporosis diagnosis and treatment integrated work system, in particular to a low-frequency pulsed magnetic field osteoporosis treatment instrument, an intelligent artificial sunbathing lamp, a magnetic levitation vibration bone mass stimulator and a dry ultrasonic bone mass stimulator. An integrated working system composed of density meters. Background technique [0002] Osteoporosis is recognized by the World Health Organization (WHO) as one of the three diseases that have the greatest impact on humans. In the United States, this disease causes 1.5 million fractures every year, and the annual cost reaches 10 billion U.S. dollars; the annual mortality rate of fractures caused by osteoporosis is about 12% to 20%, and it has become one of the 12 major causes of death in the United States. In China, it is estimated that there are more than 90 million osteoporosis patients. With the development o...

AI Technical Summary

Problems solved by technology

[0012] 2. Single function, uneven treatment effect

Most of the current commercial pulsed magnetic field osteoporosis treatment instruments use a single coil, which produces a limited uniform magnetic field space; some new products use two coils (Helmholtz coils), and the uniformity of the magnetic field is improved to a certain extent, but still There is a need for improvement

[0016] 3. Bulky

[0017] Many low-frequency pulsed magnetic field osteoporosis treatment instruments have a treatment bed structure, with one or two treatment coils, and the patient needs to lie in the treatment coils during treatment, which results in a bulky system

If you want to reduce the volume of the therapeutic device, in addition to changing the structure of the treatment bed, you must reduce the diameter of the coil, but two problems arise from this: one is that the uniformity of the magnetic field decreases, which affects the curative effect; Facilitates patient movement into and out of the coil

[0018] Therefore, how to increase the function of the device, reduce the cost of the device, and reduce the volume of the therapeutic device under certain conditions, for example, for the low-frequency pulsed magnetic field osteoporosis therapeutic device, without sacrificing the uniformity and curative effect of the magnetic field; It is a great challenge to reduce the cost of the portable ultrasonic bone densitometer under the premise that its accuracy is sufficient to meet the general screening of bone density and osteoporosis in ordinary medium and small hospitals.

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