This content is not included in
your SAE MOBILUS subscription, or you are not logged in.
Smart Booster-New Key Element for Brake Systems with Enhanced Function Potential
Annotation ability available
Sector:
Language:
English
Abstract
The Smart Booster is a new vacuum booster, which allows - in addition to the today's standard function remote controlled active braking without or in superposition to the driver. This active braking is proportionally controllable and extremly silent under operation. This new functionality allows a redefination of todays brake system layout by combining the Smart Booster with a standard ABS hydraulic control unit to create a new system configuration which is unique in hardware, independent of the amount of function potential requested. This solution is inexpensive and is able to cope with the brake requirements of today and those which results from new emerging systems like:
-
traction control
-
full range stability regulation
-
deceleration control
-
intelligent cruise control
-
hill holder
-
all other control systems which require remote brake intervention.
Recommended Content
| Technical Paper | Development of an Adaptive Cruise Control System with Brake Actuation |
| Technical Paper | An Introduction to Electric Trailer Brake Systems |
| Ground Vehicle Standard | Brake Hydraulic Component Flow Rate Measurement for High Differential Pressure (>5 bar) |
Authors
Citation
Bill, K., Balz, J., Böhm, J., Semsch, M. et al., "Smart Booster-New Key Element for Brake Systems with Enhanced Function Potential," SAE Technical Paper 950760, 1995, https://doi.org/10.4271/950760.Also In
References
- Voy, Ch. Hamm, L. Panik, F. Reister, D. “Prometheus, ein europäisches Forschungsprojekt zur Gestaltung des Straβenverkehrs der Zukunft” VDI-Berichte 612 1986
- Remfrey, J. Weise, L. “Das neue Teves Antiblockiersystem Mark IV und die Erweiterung auf Antriebsschlupfregelung BASR/ASR” product-description ITT Automotive Europe 9 1991
- Bremsen-Handbuch Teves GmbH Alfred Bartsch Verlag Ottobrunn bei München 3-89059-008-XC 1986
- PROFI Engineering, 1992
- Deleker, J. “Mit voller Kraft” Zeitschrift MOT 25 1994 106 107