Patents
04.06.2007
DE102007026164A1
Start-Stop and regenerative braking system
Basic patent for Start-Stop systems with UltraCap
17.06.2011
DE102011106626A1
Electrohydraulic actuators
The patent DE102011106626A1 describes an innovative, high-dynamic, compact drive with an electric motor and...
11.04.2013
US10250098B2
Electrohydraulic actuators
Piston pump with motor/spindle drive and one-sided bearing
16.09.2014
WO2015036623A3
Electrohydraulic actuators
Pressure supply unit with double-acting pistons and driven by a motor and spindle drive...
16.03.2016
WO2016146692A1
Electrohydraulic actuators
Further development of the pressure supply unit with outlet valves that connect the dual-action...
21.04.2005
DE102005018649B4
IBS Basics
Basic patent for more modern Brake-By-Wire braking system with pedal feel simulator and PPC/MUX...
21.04.2005
DE102005063659B3
IBS Basics
Basis for the operation of electric brake boosters or 1-Box braking systems for the...
26.04.2006
EP1907253B1
IBS Basics
Basic patent for multiplexing with pressure control using a piston-cylinder system and switch valve
21.11.2005
DE102005055751B4
IBS Basics
Basic patent for high precision and dynamic pressure control using a piston-cylinder system
21.11.2005
DE102005063658
IBS Basics
Basic patent for variable pressure control using a piston-cylinder system for the purpose or...
DE112009004636B4
Brake booster
Basic patent for control of an electric brake booster with simple differential movement measurements...
13.02.2009
DE102008049739A1
IBS Basics
Central pressure supply device for braking and various hydraulic actuators (e.g. clutch, damping system,...
30.09.2009
DE102009043484B4
Brake booster
Basic patent for a regenerative braking 2-box system (comprising an electric brake booster and...
15.07.2011
US9278679B2
Brake booster
Basic patent for a safety circuit for blocking drive of a 2-Box system brake...
06.09.2011
US9878697B2
IBS - Automated driving
Basic patent for the serial assembly of an integrated braking system with an auxiliary...
06.09.2011
US9878697B2
X-Boost
Basic patent for the serial assembly of an integrated braking system with an auxiliary...
06.09.2011
US9878697B2
IBS - Automated driving
Diagnostic method to check for weakness in a braking system, in particular the solanoid...
09.01.2012
US20120198959A1
IBS Basics
Procedure for a haptic feedback operation of the brake pedal, in order to communicate...
18.04.2011
DE102011017436A1
IBS Basics
Sensor module as a part of the HCU/ECU unit in terms of cost optimisation
16.09.2014
US10112592B2
IBS - Automated driving
Braking system in serial design with double stroke piston. Double stroke pistons are hydraulically...
20.05.2015
EP3145771B1
IBS - Automated driving
Braking system in parallel design with power supply and master cylinder. Master cylinder without...
13.08.2015
WO2016023995A1
IBS - Automated driving
Braking system in parallel design with power supply and master cylinder without separation valve....
20.04.2016
US10059321B2
IBS - Automated driving
Diagnostic method for detecting failures in electrohydraulic braking systems, in particular incipient failures. Critical...
14.03.2016
WO2016150746A1
IBS - Automated driving
Actuation device of vertical design for a motor vehicle brake
30.12.2015
WO2016146222A2
IBS - Automated driving
Innovative braking system with floating piston-master brake cylinder unit with a new type of...
30.12.2015
WO2016146223A2
IBS - Automated driving
MUX 2.0. pressure control including further development of the 2006 MUX version with 2...
30.12.2015
WO2016146224A1
IBS - Automated driving
Special valve assembly and hydraulic line to the power supply and wheel brake. A...
20.03.2017
WO2017162593A1
IBS - Automated driving
Basic patent for a future actuation unit with a parallel pressure supply device (used...
28.06.2018
WO2019002475A1
IBS - Automated driving
Modular unit system with actuation unit on the splashboard and 1 or 2 pressure...
30.08.2017
WO2018233854A1
X-Boost
Basic patent for the innovative X-Boost brake booster system that will be used in...
31.10.2018
WO2019086502A1
IBS - Automated driving
Fail-safe design of the master cylinder with redundant seals
08.03.2005
US7683515B2
Double Air Gap Technology
Pre-destined for motors that require low inertia but, at the same time, a compact...
15.07.2006
US7872389B2
Double Air Gap Technology
Motor as an enabler for new MUX technology for highly dynamic pressure control of...
08.11.2007
US8038229B2
Double Air Gap Technology
Highly dynamic motor with high torque density and a degree of efficiency pre-destined for...
Dr. Thomas Leiber
CSO & Innovator
CSO & Innovator at ipgate AG since 2006
News & PR
Impact of automated driving on future brake systems
The automotive industry faces disruptive changes with the growing importance of automated driving. The authors compare the requirements on passenger car brake systems at increasing SAE levels of driving automation and present a new and innovative electromechanical brake booster solution.
ipgate receives Innovation Award 2020/2021
ipgate is thrilled to have been awarded the Swiss Institute for Quality Testing (SIQT) Innovation Award 2020/2021 for its achievements as top innovator in section “Vehicles in General”! We are proud and honored to work with top-of-the-class inventors providing the foundation for our cutting-edge brake systems!
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