loadpatents
name:-0.28780484199524
name:-0.093899965286255
name:-0.011591911315918
Bonnet; Jean-Luc Patent Filings

Bonnet; Jean-Luc

Patent Applications and Registrations

Patent applications and USPTO patent grants for Bonnet; Jean-Luc.The latest application filed is for "leadless-capsule autonomous cardiac implant comprising an energy harvester providing physiological or activity information about the patient".

Company Profile
11.34.20
  • Bonnet; Jean-Luc - Massy FR
  • Bonnet; Jean-Luc - Olivet FR
  • Bonnet; Jean-Luc - Monrouge FR
  • Bonnet; Jean-Luc - Montrouge FR
  • Bonnet; Jean-Luc - Vanves FR
  • Bonnet; Jean-Luc - Paris FR
*profile and listings may contain filings by different individuals or companies with the same name. Review application materials to confirm ownership/assignment.
Patent Activity
PatentDate
Active implantable medical device for the treatment of heart failure with vagus nerve stimulation
Grant 11,433,239 - Bonnet September 6, 2
2022-09-06
Active implantable medical device for nerve stimulation therapy with dynamic adjustment of stimulation periods
Grant 11,389,656 - Bonnet , et al. July 19, 2
2022-07-19
Leadless-capsule autonomous cardiac implant comprising an energy harvester providing physiological or activity information about the patient
Grant 11,045,657 - Bonnet , et al. June 29, 2
2021-06-29
Autonomous cardiac implant of the leadless capsule type with energy harvester and controlled-charge energy storage buffer
Grant 10,905,890 - Bonnet February 2, 2
2021-02-02
Leadless-capsule Autonomous Cardiac Implant Comprising An Energy Harvester Providing Physiological Or Activity Information About The Patient
App 20200391038 - BONNET; Jean-Luc ;   et al.
2020-12-17
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
Grant 10,821,291 - Bonnet November 3, 2
2020-11-03
Active electrical nerve stimulation medical device, with automatic charge compensation control
Grant 10,744,327 - Bonnet , et al. A
2020-08-18
Implantable device including a stimulation lead for bioimpedance measurement
Grant 10,420,941 - Bonnet , et al. Sept
2019-09-24
Active Implantable Medical Device For The Treatment Of Heart Failure With Vagus Nerve Stimulation
App 20190247663 - Bonnet; Jean-Luc
2019-08-15
Active implantable medical device for the treatment of heart failure with vagus nerve stimulation
Grant 10,300,280 - Bonnet
2019-05-28
Autonomous Cardiac Implant Of The "leadless Capsule" Type, With Detection Of Atrial Activity By Analysis Of The Charging Electri
App 20190151666 - Bonnet; Jean-Luc
2019-05-23
Active Implantable Medical Device For Nerve Stimulation Therapy With Dynamic Adjustment Of Stimulation Periods
App 20190126048 - Bonnet; Jean-Luc ;   et al.
2019-05-02
Autonomous Cardiac Implant Of The Leadless Capsule Type With Energy Harvester And Controlled-charge Energy Storage Buffer
App 20190091479 - BONNET; Jean-Luc
2019-03-28
Active implantable medical device for heart failure treatment by stimulation of the vagus nerve
Grant 10,166,393 - Bonnet , et al. J
2019-01-01
Active implantable medical device for nerve stimulation therapy with dynamic adjustment of stimulation periods
Grant 10,159,840 - Bonnet , et al. Dec
2018-12-25
Active Electrical Nerve Stimulation Medical Device, With Automatic Charge Compensation Control
App 20180353760 - Bonnet; Jean-Luc ;   et al.
2018-12-13
System for stimulation therapy of the vagus nerve by implementation of a self-adaptive state transition model based on physical or physiological levels
Grant 10,124,173 - Bonnet , et al. November 13, 2
2018-11-13
System for stimulation therapy of the vagus nerve by implementation of a state transition model operating at multiple temporal or spatial resolutions
Grant 10,099,056 - Bonnet , et al. October 16, 2
2018-10-16
System for stimulation therapy of the vagus nerve by implementation of a state transition model
Grant 10,092,756 - Bonnet , et al. October 9, 2
2018-10-09
Active Implantable Medical Device That Can Perform A Frequential Analysis
App 20180271452 - Bonnet; Jean-Luc ;   et al.
2018-09-27
System for stimulation therapy of the vagus nerve by implementation of a state transition model with a learning phase
Grant 9,981,132 - Bonnet , et al. May 29, 2
2018-05-29
System with kinesthetic stimulation medical device for the non-invasive assessment of the sympathovagal balance of a patient
Grant 9,782,117 - Bonnet , et al. October 10, 2
2017-10-10
Active implantable medical device for the treatment of heart failure with vagus nerve stimulation in synchrony with cardiac activity
Grant 9,770,594 - Bonnet , et al. September 26, 2
2017-09-26
System For Stimulation Therapy Of The Vagus Nerve By Implementation Of A State Transition Model Operating At Multiple Temporal Or Spatial Resolutions
App 20160375252 - BONNET; Jean-Luc ;   et al.
2016-12-29
System For Stimulation Therapy Of The Vagus Nerve By Implementation Of A Self-adaptive State Transition Model Based On Physical Or Physiological Levels
App 20160375250 - BONNET; Jean-Luc ;   et al.
2016-12-29
System For Stimulation Therapy Of The Vagus Nerve By Implementation Of A State Transition Model With A Learning Phase
App 20160375251 - BONNET; Jean-Luc ;   et al.
2016-12-29
System For Stimulation Therapy Of The Vagus Nerve By Implementation Of A State Transition Model
App 20160375249 - BONNET; Jean-Luc ;   et al.
2016-12-29
Active Implantable Medical Device For Heart Failure Treatment By Stimulation Of The Vagus Nerve
App 20160136428 - Bonnet; Jean-Luc ;   et al.
2016-05-19
Implantable Device Including A Stimulation Lead For Bioimpedance Measurement
App 20160082264 - Bonnet; Jean-Luc ;   et al.
2016-03-24
Active Implantable Medical Device For Nerve Stimulation Therapy With Dynamic Adjustment Of Stimulation Periods
App 20160022997 - Bonnet; Jean-Luc ;   et al.
2016-01-28
System With Kinesthetic Stimulation Medical Device For The Non-invasive Assessment Of The Sympathovagal Balance Of A Patient
App 20150223746 - Bonnet; Jean-Luc ;   et al.
2015-08-13
Active Implantable Medical Device For The Treatment Of Heart Failure With Vagus Nerve Stimulation In Synchrony With Cardiac Activity
App 20140324116 - Bonnet; Jean-Luc ;   et al.
2014-10-30
Active Implantable Medical Device For The Treatment Of Heart Failure With Vagus Nerve Stimulation
App 20140316490 - Bonnet; Jean-Luc
2014-10-23
Active medical device able to diagnose a patient respiratory profile
Grant 6,830,548 - Bonnet , et al. December 14, 2
2004-12-14
Detection of late atrial extrasystoles in an active implantable medical device such as pacemaker defibrillator, cardiovertor and/or multisite device
Grant 6,738,665 - Poezevara , et al. May 18, 2
2004-05-18
Active implantable medical device for treating sleep apnea syndrome by electrostimulation
Grant 6,574,507 - Bonnet June 3, 2
2003-06-03
Active medical device able to diagnose a patient respiratory profile
App 20030078619 - Bonnet, Jean-Luc ;   et al.
2003-04-24
Active implantable medical device having a sophisticated automatic DDD/AAI mode switching
Grant 6,397,105 - Bouhour , et al. May 28, 2
2002-05-28
Detection of late atrial extrasystoles in an active implantable medical device such as pacemaker defibrillator, cardiovertor and/or multisite device
App 20020010493 - Poezevara, Yann ;   et al.
2002-01-24
Implantable active medical device enslaved to at least one physiological parameter
Grant 6,336,048 - Bonnet January 1, 2
2002-01-01
Active implantable medical device, in particular a pacemaker, defibrillator and/or cardiovertor, capable of eliminating detection event artifacts
App 20010016693 - Bonnet, Jean-Luc ;   et al.
2001-08-23
Rate responsive active implantable medical device such as a pacemaker, defibrillator and/or cardiovertor, including the multisite type
Grant 6,246,910 - Bonnet , et al. June 12, 2
2001-06-12
Active implantable medical device for the reduction of cardiac arrhythmias by modifying the escape interval and methods therefor
Grant 6,078,836 - Bouhour , et al. June 20, 2
2000-06-20
Method and apparatus for advanced tachyarrhythmia discrimination
Grant 5,891,170 - Nitzsche , et al. April 6, 1
1999-04-06
Methods and apparatus for improved tachycardia discrimination in an active medical device
Grant 5,868,793 - Nitzsche , et al. February 9, 1
1999-02-09
Enslaved active implantable medical device with reduced power consumption
Grant 5,766,228 - Bonnet , et al. June 16, 1
1998-06-16
Active implantable medical device having a control function responsive to at least one physiological parameter
Grant 5,722,996 - Bonnet , et al. March 3, 1
1998-03-03
Process of controlling a dual chamber cardiac pacemaker
Grant 5,713,928 - Bonnet , et al. February 3, 1
1998-02-03
Method and apparatus for controlling the change of an escape interval in an active implantable medical device
Grant 5,702,424 - Legay , et al. December 30, 1
1997-12-30
Method and apparatus for determination of a criterion of activity of a rate modulation parameter sensor in an active implantable medical device
Grant 5,622,428 - Bonnet April 22, 1
1997-04-22
Supraventricular tachycardia detection apparatus and methods
Grant 5,540,726 - Bonnet , et al. July 30, 1
1996-07-30
Apparatus and method of control for an implanted anti-tachycardia device
Grant 5,350,406 - Nitzsche , et al. September 27, 1
1994-09-27
Automatic adjustment of the control function for a rate adaptive pacemaker
Grant 5,303,702 - Bonnet , et al. April 19, 1
1994-04-19
Method and apparatus for controlling the pacing rate of a metabolic demand pacemaker
Grant 5,249,572 - Bonnet October 5, 1
1993-10-05

uspto.report is an independent third-party trademark research tool that is not affiliated, endorsed, or sponsored by the United States Patent and Trademark Office (USPTO) or any other governmental organization. The information provided by uspto.report is based on publicly available data at the time of writing and is intended for informational purposes only.

While we strive to provide accurate and up-to-date information, we do not guarantee the accuracy, completeness, reliability, or suitability of the information displayed on this site. The use of this site is at your own risk. Any reliance you place on such information is therefore strictly at your own risk.

All official trademark data, including owner information, should be verified by visiting the official USPTO website at www.uspto.gov. This site is not intended to replace professional legal advice and should not be used as a substitute for consulting with a legal professional who is knowledgeable about trademark law.

© 2024 USPTO.report | Privacy Policy | Resources | RSS Feed of Trademarks | Trademark Filings Twitter Feed