Continental, the international automotive supplier, aims to contribute to further reductions in the number of accidents and the injuries they cause by introducing scalable safety technologies and by interlinking safety relevant components and functions.
Under the slogan "Safety for everyone", the Continental Automotive Group's Chassis & Safety Division is concentrating on offering safety technologies not just to satisfy the requirements of various customers and markets but to allow these technologies to be installed in all vehicle categories. "In view of these globally available technologies, safety is a non-negotiable topic. We are making the price of safety technologies attractive and, as a result, see them being increasingly installed in all vehicle categories and markets. Safety systems are no longer for privileged premium models", stressed Dr. Ralf Cramer, President of the Chassis & Safety Division, at a press conference in
"So we think that today is just the right time to press on with marketing safety systems such as the city version of Emergency Brake Assist for installation in smaller model series. We need to put more effort into telling consumers about the benefits of driver assistance systems. Whether it's Adaptive Cruise Control, Blind Spot Detection or Emergency Brake Assist, it's ultimately always a matter of protecting lives".
Scalable and inexpensive: driving safely even in an economic crisis:
It is an undisputed fact that driver assistance systems offer great safety potential and can save lives; however, they can also reduce repair costs. "Safety is non-negotiable", said Ralf Cramer. It is precisely now, when economies are under great strain, that small and compact vehicles are increasingly in demand both in Europe and in the
Flexible technologies for different safety requirements:
Electronic Stability Control (ESC) can be used as the basis for many control functions related to vehicle dynamics, thus making vehicles safer. The basic function of ESC is to prevent the vehicle skidding, when carrying out an avoidance maneuver for example, and its installation will be mandatory in
Short and long-range sensors: early hazard detection:
Lasers, radar, video cameras - these are some of the wide range of sensors now available for monitoring a vehicle's immediate surroundings, many of them now in their third generation of development. They allow tailor-made solutions for all vehicle categories, for whatever purpose they are used, and are significantly cheaper than complete system packages. The example given by Ralf Cramer was the proximity sensor for the Emergency Brake Assist (EBA) city version, developed by Continental and installed in the Volvo XC60, which can prevent rear-end collisions in the speed range up to 30 km/h.
Fitted level with the inside mirror in the area cleaned by the windshield wiper, this sensor uses laser beams to monitor a distance of up to about eight meters ahead of the vehicle. The sensor picks up vehicles which are stationary or traveling in the same direction. If the gap is less than the distance which must be regarded as critical at the current speed, the system causes the brakes to be applied automatically.
The proximity sensors used are less expensive than the currently available radar sensors, which are designed to provide driver assistance in the whole speed range up to more than 200 km/h and must therefore be able to "see" for 200 meters. For lower speed ranges, for example for small vehicles or for trucks or vans, lower range requirements apply to most driver assistance systems. For these applications, so-called "mid-range" radar sensors are being developed, which provide an appropriate alternative at less cost.
Scalable airbag system for greater passive safety:
A very high standard has now been achieved in the field of passive safety. In addition to the crash safety features incorporated into vehicle design, this achievement is mainly thanks to the high proportion of vehicles equipped with airbags. However, high-performance airbag systems also need to be available in cost-sensitive markets. Continental has been using SPEED (Safety Platform for Efficient & Economical Design) to develop a scalable cost-optimized airbag control unit in order to satisfy different customer and market requirements. All three design versions of the modular airbag control unit meet the highest safety standards and, because they are scalable, can be flexibly adapted to different vehicle manufacturer and market requirements.
Continental's ContiGuard safety concept - the new dimension to driving safety:
ContiGuard integrates active and passive safety systems, making them more comprehensively effective through the coordinated interaction of environmental sensors. Together, the three function clusters - driver assistance systems, global chassis control and integrated occupant protection - provide the best possible protection in all driving and traffic situations. "We can integrate safety components, making them even more effective", says Dr. Peter Rieth, Senior Vice President, Systems & Technology in the Chassis & Safety Division. This modular, scalable approach adopted by ContiGuard, depending on the relevant vehicle category and customer requirement, makes safety available worldwide. ContiGuard is, consequently, an important element of the Chassis & Safety "Safety for everyone" approach.
Courtesy: Continental AG
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