Seat belts are highly effective in reducing the likelihood of severe or fatal occupant injuries in vehicle collisions. As vehicle occupants occasionally forget to buckle up, Seat Belt Reminder (SBR) warning signals help increase the belt wearing rates, saving lives.

Feb 25, 2022 · AEW is the leading supplier in car seat safety and comfort market, providing professional design and production of SBR, OCS, HOD, SEW, WEW, Vent, Lumbar, Massage, Flex, Harness and ECU etc. AEW’s reputation has been widely recognized in the industry by our advanced technology, rigorous process control procedure and quality assurance policy.

In car seats FORCIOT® stretchable electronics solution measures place, movement, and pressure on the seat and back rest. Based on the sensor data child presence (CPD), seat occupancy and number of passengers can be defined.

Our seat belt reminder (SBR) sensors detect occupant presence on the front passenger seat and on the rear seat. Should one of the occupants be unbelted, the vehicle can then trigger an audio-visual reminder signal. We offer solutions that can classify seat …

Our SBR (Seat Belt Reminder) is a safety & patented switch that detects accurately the presence of an occupant in a seat or of the driver on his/her seat in order to monitor seat belt systems.

Richer data supporting occupant detection and classification now enables enhanced Seat Belt Reminders (SBR) that cover all rear seats and avoid false alarms caused by heavy objects or children in CRS.

Occupant detection for Seat Belt Reminder (SBR) When used correctly, wearing a seat belt reduces the risk of fatal injury to front seat occupants by an estimated 50%.

In the event of a crash, safety belts reduce the risk of fatal injury to front seat occupants by 45% in cars and by 60% in light trucks. Considering 80% of unbuckled occupants put on their seat belt thanks to an SBR, it if one of the most effective ways of preventing death or injury in a car crash. Could be custom-made

Advanced rear seat SBR systems with occupant presence detection have started to enter the market. Capable of triggering an audio-visual alert at the start of the journey, they can be expected to positively influence the seat belt wearing rates on the rear seats.

The new low-power 79 GHz RF sensing unit is used as Occupant Detection Sensor (ODS) while driving, and makes this information available to the vehicle, as input for advanced seat belt reminder (SBR) systems.