Interactive handheld human body therapeutic apparatus

Abstract

The invention provides interactive handheld human body therapeutic apparatus which comprises a controller and an electrical stimulation mechanism. The controller is in wireless communication with the electrical stimulation mechanism. The controller comprises a micro processor, wherein the micro processor is connected with a remote wireless communication module and a near-field wireless communication module, and the micro process is further connected with a display screen, an option key, a storage and a battery power supply. The electrical stimulation mechanism comprises a pair of electrical stimulator ends, wherein a control mechanism is arranged in one electrical stimulator end, a battery power supply is embedded in the other electrical stimulator end, the electrical stimulator ends are connected through a linkage wire, the electrical stimulator ends are respectively provided with a button port, the electrical stimulator ends are connected with electrode slices through the button ports respectively, the control mechanism in one electrical stimulator end comprises a micro processor, a near-filed wireless communication module and a human body signal sensor, the human body signal sensor is connected with the micro processor through an analog-digital conversion module, and the micro processor is further connected with the battery power supply embedded in the other electrical stimulator end through a linkage wire.

Description

Technical field [0001] The invention relates to an interactive handheld human body treatment instrument. Background technique [0002] At present, the existing human electrical stimulation treatment devices on the market mainly release milliampere currents higher than the human sympathetic nerves to trigger enkephalins and endorphins to achieve analgesic effects, and play a temporary relief effect, or like acupoints. Massage-based physiotherapy equipment also combines low-frequency pulses with meridian and nerve theory, and uses electrical stimulation to temporarily relieve muscle relaxation and promote blood circulation. Several parameters are needed to use a human body electrical stimulation therapy device, such as current intensity, waveform, frequency, duration, location, etc. For different human bodies such as race, age, gender, etc., and different pathological conditions, the parameters required for electrical stimulation treatment should be adjusted accordingly for target...

AI Technical Summary

Problems solved by technology

In fact, it is difficult to use one or several preset fixed programs to treat different pathological conditions of different races, ages, and genders and achieve the best curative effect, and it is also difficult to expect the correct use of users to make the product play its role. Best Efficacy

These limitations make it difficult for these products to perform targeted personalized treatment and advanced complex multi-faceted treatment

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