Diabetes Therapy Apparatus

Abstract

The invention provides a diabetes therapeutic instrument, comprising a power supply module, a control module, a display module, an operation module, a pulse generation module, a bidirectional magnetic field generator L1, and a magnetic field generator S1. The control module controls the pulse generation module based on the arrangement of the operation module to generate pulse signals of different frequencies and controls two pulse generation units to work alternatively base on time set by a timer. The diabetes therapeutic instrument can simultaneously generate a bidirectional pulse magnetic field and a pulse magnetic field to act on a patient, thereby not only being substantial in therapeutic effect of diabetes, but also being capable of simultaneously generating positive therapeutic effects on a series of complications brought by diabetes. Moreover, the two pulse generation units are controlled to work alternatively so that the life of the diabetes therapeutic instrument is prolonged and the therapeutic cost is reduced for the patient. An alarm is given timely when the therapeutic effects of the instrument are weakened and the patient is informed about the real-time state of the therapeutic instrument so that the therapeutic delay is prevented.

Description

technical field [0001] The invention relates to the technical field of medical equipment, in particular to a diabetes treatment instrument. Background technique [0002] There are several diabetes treatment devices on the market, but they can be classified into four types: medium and low frequency electric stimulation, compound magnetism, laser, and electric heating drug introduction in terms of technology and treatment methods. Due to the relative backwardness of the above several technologies, it cannot generate a magnetic field compatible with human biomagnetism and repair damaged islet cells. Electric heating only changes the way of drug introduction into extracutaneous administration, which does not meet the essence of treatment; while medium and low frequency electric stimulation, compound magnetism, and laser only stimulate acupoints. Due to defects, the above technologies cannot repair damaged genes and transcribe specific ribonucleic acid (mRNA), which cannot achie...

AI Technical Summary

Problems solved by technology

Due to defects, the above technologies cannot repair damaged genes and transcribe specific ribonucleic acid (mRNA), which cannot achieve the purpose of lowering blood sugar

[0003] Existing diabetes treatment devices reach the end of their life after being used for a period of time, and the circuit will leak, which not only greatly reduces the treatment effect, but also causes harm to the human body. In order to ensure the treatment effect, parts must be replaced, which increases the economic burden of the patient and delay in treatment

[0004] In fact, complications are also the main cause of disability and death for diabetic patients. Diabetes treatment devices on the market do not have the function of treating complications and cannot completely relieve the pain of patients.

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