Implanted and programmable electrostimulator for stimulating organs and tissues of an organism

本发明涉及医学技术，特别涉及用于有机体器官和组织的植入式和可编程电刺激器。发明的植入式和可编程刺激器包括被安排于主体(1)内的自备电源单元、由生物传感器(3a和3b)所发射信号的模拟到数字转换器、用于形成输出脉冲的可编程块、被置于主体(1)外并被用于对器官和组织进行脉冲的线电极(2)。依照本发明，所述电刺激器包括用于与外部编程和电源装置(5)进行通信并被置于主体(1)内的射频单元，控制呼吸输出的生物传感器(3a)和用于控制心血管输出的生物传感器(3b)被安装于覆盖主体(1)和线电极(2)的壳上。发明的电刺激器可由自备单元或由外部编程和供电装置(5)来供电。 The invention relates to medical technology. Implanted programmable electrostimulator comprises an autonomous power supply unit, an A/D converter of signals emitted by biosensors (3a, 3b), a programmable unit for forming output pulses arranged in body (1), wire-electrode (2) placed outside body (1) and used for pulsing the organs and tissues. According to the invention the electrostimulator comprises a radio-frequency unit for communicating with external programming and power supplying device (5) placed inside body (1) and biosensors (3a) controlling the functional condition of respiratory system (respiratory output) and biosensors (3b) for controlling the functional condition of cardio-vascular system (cardio-vascular output). The electrostimulator can be powered by autonomous unit and by external programming and power supplying device (5).