Inventor

BONNET JEAN-LUC

FR44 patents

⚠️ This page may combine multiple inventors who share the name “BONNET JEAN-LUC”. Patents are grouped by organization below to help distinguish them — per-person disambiguation is on the roadmap.

BONNET JEAN-LUC

ELA MEDICAL SA

Active medical device able to diagnose a patient respiratory profile

Active implantable medical device for treating sleep apnea syndrome by electrostimulation

Method and apparatus for determination of a criterion of activity of a rate modulation parameter sensor in an active implantable medical device

Process of controlling a dual chamber cardiac pacemaker

Active implantable medical device having a sophisticated automatic DDD/AAI mode switching

Rate responsive active implantable medical device such as a pacemaker, defibrillator and/or cardiovertor, including the multisite type

Method and apparatus for advanced tachyarrhythmia discrimination

Apparatus and method of control for an implanted anti-tachycardia device

Methods and apparatus for improved tachycardia discrimination in an active medical device

Automatic adjustment of the control function for a rate adaptive pacemaker

Enslaved active implantable medical device with reduced power consumption

Active implantable medical device, in particluar a pacemaker, defibrillator and/or cardiovertor, capable of eliminating detection event artifacts

Enslaved active implantable medical device protected from the effects of brady-and/or tachy-dependent extrasystoles

Implantable active medical device enslaved to at least one physiological parameter

Method and apparatus for controlling the pacing rate of a metabolic demand pacemaker

Method and apparatus for controlling the change of an escape interval in an active implantable medical device

Active implantable medical device having a control function responsive to at least one physiological parameter

Active implantable medical device for the reduction of cardiac arrhythmias by modifying the escape interval and methods therefor

Methods and apparatus for processing troubles of the atrial rhythm

Method and apparatus for controlling the base frequency of a cardiac pacemaker

Supraventricular tachycardia detection apparatus and methods

Detection and confirmation of cross-sensing phenomenon in active implantable medical devices

Active implantable medical device, in particular pacemaker, defibrillator or cardioverter having automatic adjustment of the stimulation pulse amplitude

Active implantable medical devices with refractory period management

Determining the rhythm of the spontaneous depolarization of the myocardium

Methods and apparatus for providing a criterion of extra-systole frequency and gravity

Detection of late atrial extrasystoles in an active implantable medical device such as pacemaker defibrillator, cardiovertor and/or multisite device

SORIN CRM SAS

System for stimulation therapy of the vagus nerve by implementation of a self-adaptive state transition model based on physical or physiological levels

Active implantable medical device for nerve stimulation therapy with dynamic adjustment of stimulation periods

System for stimulation therapy of the vagus nerve by implementation of a state transition model

Active implantable medical device for the treatment of heart failure with vagus nerve stimulation

Active implantable medical device for nerve stimulation therapy with dynamic adjustment of stimulation periods

Active electrical nerve stimulation medical device, with automatic charge compensation control

Active implantable medical device for the treatment of heart failure with vagus nerve stimulation

Active implantable medical device that can perform a frequential analysis

Implantable device including a stimulation lead for bioimpedance measurement

Active implantable medical device for the treatment of heart failure with vagus nerve stimulation in synchrony with cardiac activity

System with kinesthetic stimulation medical device for the non-invasive assessment of the sympathovagal balance of a patient

System for stimulation therapy of the vagus nerve by implementation of a state transition model operating at multiple temporal or spatial resolutions

System for stimulation therapy of the vagus nerve by implementation of a state transition model with a learning phase

Active implantable medical device for heart failure treatment by stimulation of the vagus nerve

CAIRDAC

Autonomous cardiac implant of the “leadless capsule” type, with detection of atrial activity by analysis of the charging electric signal delivered by an energy harvesting module

Leadless-capsule autonomous cardiac implant comprising an energy harvester providing physiological or activity information about the patient

Autonomous cardiac implant of the leadless capsule type with energy harvester and controlled-charge energy storage buffer