No-electrode ultrathin minitype multifunctional heart rhythm regulation and control device

Abstract

An ultra-thin multifunctional cardiac rhythm regulation and control device without electrode cut wire belongs to the field of medical appliance. The integral ultra-thin pacemaker without electrode cut wire which is provided with a microcomputer cardiac rhythm regulation and control system, has the function of cardiac rhythm regulation and control as well as defibrillation, and takes on foldable soft structure is composed by combining an ultra-thin button cell, an ultra-low loss power supply circuit, a wireless receiving / sending circuit and an application circuit; needle electrodes are arranged at one side / end of the ultra-thin pacemaker to integrally form a small electrode body which can be directly implanted inside the heart or on the outer surface of the heart in a way of insertion or minimal invasion; a multifunctional microcomputer cardiac rhythm regulation and control remote controller is arranged to be communicated and connected with all the pacemakers without electrode cut wires in a wireless way; the pacemaker without electrode cut wire and / or the cardiac rhythm regulation and control remote controller are / is connected with a control base station through a wireless network which is connected with a computer. The multifunctional cardiac rhythm regulation and control device can be widely applied to the field for treating the various patients having symptoms such as arrhythmia and insufficient function on systole.

Description

technical field [0001] The invention belongs to the field of medical equipment, and in particular relates to a device for heart rhythm control. Background technique [0002] Pacemakers have been used for more than half a century, from the initial external pacing to the current internal pacing. [0003] The external pacemaker is bulky. Although the battery can be replaced and the pacing frequency can be adjusted at any time, it is inconvenient to carry and is prone to infection at the entrance of the electrode wire of the human body. Therefore, it is mostly used for temporary pacing in clinical practice. [0004] Internal pacemakers are implanted under the skin, but surgery is required. Although it is easy to carry, is not easy to be infected, and can be used for permanent pacing, when the internal battery is exhausted, surgery is required to replace the entire pacemaker. [0005] Regardless of whether it is an internal or external pacemaker, any pacemaker needs one or more...

AI Technical Summary

Problems solved by technology

[0010] However, the above-mentioned technical solution only refers to the wireless control and information transmission of the console computer to the subcutaneous pacemaker, rather than a real pacemaker without electrode wires, so it still cannot solve the problem of the electrode connection between the pacemaker and the pacing electrodes. Many defects caused by the existence of the line

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