Intelligent frequency conversion low-voltage pulsed electric field processor

Abstract

The invention relates to an intelligent frequency conversion low-voltage pulsed electric field processor, which comprises a signal generator and a water treatment pipeline device. The signal generator is connected to the water treatment pipeline device and is used for outputting a generated square wave low-voltage pulse signal to the water treatment pipeline device. The water treatment pipeline device is a closely wound coil on a rigid nonferromagnetic water pipe. Two ends of the coil are connected to output terminals of the signal generator to receive square wave low-voltage pulse signals, so that a square wave low-voltage pulsed electric field can be formed around the water treatment pipeline device. The signal generator performs scanning at a rate of 20 per second, and the frequency conversion range is 1000Hz-12000Hz. The total length of the rigid nonferromagnetic water pipe is not less than 1m, and the coil diameter is 1mm or the cross-sectional area is more than 0.8mm<2>. According to the invention, by adopting the frequency conversion resonance technology, water molecules change from macromolecular groups into single water molecules, thereby improving water activation characteristics and achieving the purpose of controlling calculus.

Description

technical field [0001] The invention relates to the field of treatment equipment for body mineralization diseases in the field of human health, and is related to the field of water treatment, in particular to an intelligent variable frequency low-voltage pulse electric field processor. Background technique [0002] Kidney stones are a common, multiple, and complex disease of body mineralization caused by environmental dietary factors and genetic factors. At present, there are mainly four types of treatment methods to the treatment of kidney stone disease: general treatment (plenty of drinking water, intramuscular injection of straight-through medicine, medicine to expel stones), extracorporeal shock wave lithotripsy, intracavitary surgery and open surgery. Surgical treatment causes great damage to the patient, and the scope of treatment is narrow; lithotripsy has a relatively narrow scope of application and some damage; although the general treatment method does not cause da...

AI Technical Summary

Problems solved by technology

Surgical treatment causes great damage to the patient, and the scope of treatment is narrow; lithotripsy has a relatively narrow scope of application and some damage; although the general treatment method does not cause damage, the effect is not good, especially for calcium oxalate stones, which account for the majority of urinary stones , so far there is no ideal way to expel stones

On the other hand, there is no ideal method of prevention and treatment before the onset of kidney stones and during the recurrence process.

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