Long-distance digital electrical-stimulation prescription system

Abstract

The invention provides a long-distance digital electrical-stimulation prescription system which comprises an authentication managing platform, a prescription server, a standby server, a prescription access device and an electrical-stimulation device. A user can request the authentication managing platform for transmitting a digital electrical-stimulation prescription through the prescription access device anytime and anywhere, and carry out electrical-stimulation treatment under the online or offline circumstance. The space-time use limitation is greatly broken through by the system, the system has the better use flexibility and the application support, the frequency for treating patients can be really increased, and the medical quality is improved.

Description

technical field [0001] The present invention relates to a digital electrical stimulation prescription server, system and device, in particular to a digital electrical stimulation prescription system that can provide real-time remote treatment for specific needs. Background technique [0002] In the early days, most of the patients who received electrotherapy in major medical centers, medical institutions, regional hospitals, and private clinics were hemiplegic or physically handicapped. In order to avoid the deterioration of the condition caused by muscle atrophy or muscle weakness, most patients need long-term and regular electrotherapy. However, most of the patients have limited mobility and do not have the ability to take care of themselves to a certain extent. Therefore, when seeking medical treatment, patients often spend several times and energy for tens of minutes of treatment, and even give up treatment for this reason, which is even a pity. Furthermore, each patien...

AI Technical Summary

Problems solved by technology

[0002] In the early days, most of the patients who received electrotherapy in major medical centers, medical institutions, regional hospitals, and private clinics were hemiplegic or physically handicapped. In order to avoid muscle atrophy or muscle weakness from deteriorating the condition, most patients need long-term and regular electrotherapy. However, most patients have limited mobility and do not have the ability to take care of themselves to a certain extent. Therefore, when seeking medical treatment, patients often spend several times the time and energy for tens of minutes of treatment, and even give up treatment for this reason, which is even a pity.

Furthermore, each patient has different symptoms, so each patient will have different treatment prescriptions. Even if the patient has the same symptoms but different affected areas, the depth of treatment required will be different; traditional electrical stimulation prescription generation devices include micro The combination of a processor, an electrical stimulation signal waveform generator, and a prescription signal output device generates treatment prescriptions. This simple hardware design and limited treatment prescriptions have long been unable to provide current treatments for various diseases. This problem is even more prominent with the existing medical functions. lack of

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