The invention discloses a portable
osteoporosis treatment instrument based on
Internet of Things. The portable
osteoporosis treatment instrument includes a main body and a treatment pad. According tothe
osteoporosis treatment instrument, a modular
integrated circuit and portable design are adopted, a remote
mobile payment and control technology based on
the Internet of Things is utilized, therefore, realistic requirements of various sites (such as communities and families) and different users (medical institutions at all levels or individuals) on
osteoporosis treatment equipment are met, timeand costs of
medical treatment of patients can also be greatly reduced, risks of fractures associated with going to hospital and back are reduced to the maximum degree, and optimization and allocation of
rehabilitation medical resources of whole society can be promoted. After low-frequency pulse magnetic fields with specific waveforms, frequencies and intensities are sent by the
osteoporosis treatment instrument and act on human-body bones, the activity of osteoblasts can be promoted and improved,
cell behaviors, collagen aggregation and collagen arrangement are influenced, thus, the bones adaptively change, forming and rebuilding of the bones are accelerated, bone microstructures are improved,
bone mineral density is increased, biomechanical characteristics of the bones are enhanced, bone
metabolism is improved,
calcium absorption of the bones is promoted, and therefore significant therapeutic effects are achieved.