Method, system and control device for controlling a compressed air controlled braking facility
By integrating monitoring sensors and automatic braking functions into the braking facility control device of commercial vehicles, it can identify and respond to abnormal fixing or positioning conditions, solve the safety risks caused by insufficient fixation of loads and incorrect positioning of vehicle components, and achieve The effect of improving road traffic safety without the need for human intervention.
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[0031] figure 1 A commercial vehicle with a tractor 4 and a trailer 3 is shown. The towing vehicle 3 can be designed, for example, as a towbar trailer or as a semi-trailer. A brake system control device 1 , for example in the form of a trailer EBS system, is arranged on the towed vehicle 3 . The EBS system refers to an electronically controlled braking system, which is characterized in that it performs a fully pneumatic brake control in the towed vehicle and is especially designed to be used independently, that is to say also without the driver's intervention, when required. The brakes of the towed vehicle can be actuated if required by the brake pedal.
[0032] Furthermore, the towed vehicle 3 has a cargo surface 5 . Arranged on the loading surface 5 is a roller cargo box 7 in which a load 6 is arranged. The roller case 7 is secured on the cargo surface 5 via locking mechanisms 8,9. The locking mechanism 8 , 9 has a locking element 8 on the load carrier side and a lockin...
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