Epilepsy treatment instrument and control method thereof

Abstract

The invention provides an epilepsy treatment instrument and a control method thereof. The epilepsy treatment instrument comprises an electroencephalogram monitoring module, a current perfusion module,an analysis and control module and a power module; the electroencephalogram monitoring module comprises potential detection electrodes, each potential detection electrode is correspondingly providedwith a voltage amplification circuit, and the output ends of the potential detection electrodes are connected with the input ends of the voltage amplification circuits; the current perfusion module comprises direct current perfusion devices, each direct current perfusion device comprises a first electrode, a second electrode and a direct current microcurrent generation device, the first electrodesare connected with the positive poles of the direct current microcurrent generation devices, and the second electrodes are connected with the negative poles of the direct current microcurrent generation devices; the output ends of the voltage amplification circuits are connected with the input end of the analysis and control module, and the output end of the analysis and control module is in control connection with the direct current microcurrent generation devices; the power module supplies power to the electroencephalogram monitoring module, the current perfusion module and the analysis andcontrol module. The epilepsy treatment instrument is used for treating the epilepsy disease and can reduce the damage of epilepsy treatment to the brain nervous system.

Description

technical field [0001] The present application relates to the technical field of medical devices, and in particular to an epilepsy therapeutic apparatus and a control method thereof. Background technique [0002] Epilepsy is a typical and multiple central nervous system disease. It is a chronic disease of transient brain dysfunction caused by the sudden abnormal discharge of brain neurons. The so-called sudden abnormal discharge of neurons is also called massive Neurons fire synchronously. [0003] Neurons are the basic units that make up the structure and function of the nervous system. Excitement in neurons spreads and conducts through action potentials; information is exchanged between neurons through chemical synapses and electrical synapses. Due to the uneven distribution of ions inside and outside the neuron cell membrane and the cell membrane is only permeable to K+ in a quiet state, there is a difference in ion concentration inside and outside the cell. Physiologic...

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Problems solved by technology

While antiepileptic drugs inhibit epilepsy, they also inhibit the prominent conduction of normal neurons, thereby affecting the normal function of the brain; surgical treatment of epilepsy usually uses methods such as resection or damage to the affected brain area, not only the wounds caused by general large-scale surgery are susceptible to infection , Difficult to recover after surgery, etc., may also cause the patient to irreversibly and permanently lose the function of the corresponding brain area. When the epileptic focus is located in an important functional area, surgical resection or damage will lead to the loss of functions, such as memory, language ability, visual ability, sensory ability etc.

In this way, although antiepileptic drug therapy and surgical resection of epileptic focus can treat epilepsy to a certain extent, it will bring many side effects

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