Electrical stimulator system with charging function
An electrical stimulator and charging function technology, applied in the field of electrical stimulator systems, can solve problems such as people who are not suitable for narrow QRS waves, and achieve the effects of reducing hospitalization rates and mortality rates and enhancing pumping capacity.
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Embodiment 1
[0065] The electrical stimulation system of this embodiment is used to treat chronic heart failure with high-energy electrical stimulation during the myocardial refractory period;
[0066] The electrical stimulator system includes an implanted stimulator and electrodes located inside the body, and a processor and charger located outside the body;
[0067] Implant stimulators include:
[0068] a stimulation unit, used to generate a stimulation voltage source;
[0069] A set of bipolar pacemaker electrodes placed in the right atrium to detect electrical signals from the heart;
[0070] One or two sets of bipolar pacemaker electrodes placed in the right ventricle to detect electrical signals from the heart and generate high-energy electrical stimulation;
[0071] Sensors, including accelerometer sensors fixed on the stimulator shell for sensing human body movements and pressure sensors fixed on the target organ for sensing muscle movement on the surface of the organ or blood flow...
Embodiment 2
[0084] The electrical stimulation system of this embodiment is an implantable electrical stimulation system for treating obesity and type 2 diabetes.
[0085] The electrical stimulator system includes an implanted stimulator and electrodes located inside the body, and a processor and charger located outside the body;
[0086] Implant stimulators include:
[0087] a stimulating unit, used to generate a stimulating current source;
[0088] One or two sets of bipolar bipolar electrodes on the gastric antrum to detect gastric slow wave signals and release high-energy stimulation and / or low-energy stimulation;
[0089] A 3D dynamic sensor on the stomach near the esophagus, which detects eating events by detecting changes in the relative position of the muscles at the top of the stomach;
[0090] An accelerometer sensor fixed on the stimulator shell for sensing human motion;
[0091] The perception unit is used to adaptively amplify the information collected by the sensor;
[00...
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