Abstract: The invention is directed to a reboard system comprising a steeply inclined backrest for transporting infants and toddlers approximately in a half-lying, half-sitting posture, particularly in a car opposite the direction of travel thereof, it being possible to vary the length of the backrest in the direction of the spine of an infant sitting in the reboard system when a child is in the reboard system and/or when the reboard system is fastened to a seat of a car opposite the direction of travel thereof, by a guided parallel shift of an extendible part of the backrest relative to said seat surface along a straight line, which is inclined by a constant acute angle ? against the horizontal plane in the direction of travel, whereby the extendible part (10) of the backrest (6) is provided with upper lateral body rests (12) for substantially guiding the shoulders and/or upper arms of the infant during the travel in a car.

Abstract: The invention is directed to a reboard system comprising a steeply inclined backrest for transporting infants and toddlers approximately in a half-lying, half-sitting posture, particularly in a car opposite the direction of travel thereof, it being possible to vary the length of the backrest in the direction of the spine of an infant sitting in the reboard system when a child is in the reboard system and/or when the reboard system is fastened to a seat of a car opposite the direction of travel thereof, by a guided parallel shift of an extendible part of the backrest relative to said seat surface along a straight line, which is inclined by a constant acute angle ? against the horizontal plane in the direction of travel, whereby the extendible part (10) of the backrest (6) is provided with upper lateral body rests (12) for substantially guiding the shoulders and/or upper arms of the infant during the travel in a car.

Abstract: In the case of a vehicle seat, in particular a sports seat, with at least one seat component (4), a frame shell (10) is provided as the supporting structure thereof, the frame shell integrating the shape of a frame and the function of an adapter for optionally receiving/attaching a comfort-enhancing additional subassembly into a single shell of integral design.

Abstract: The invention relates to a reboard system for transporting infants and toddlers in a posture approximately half-lying, half-sitting, particularly in a car facing against the direction of travel thereof, comprising a seat surface and a very even, only slightly inclined backrest, whereby it is possible to vary the length of the backrest in the direction of the spine of an infant sitting in the reboard system, when a child is in the reboard system and/or when the reboard system is fastened to a seat of a car opposite the direction of travel thereof.

Abstract: A sensor device (11) for a vehicle seat, in particular a motor vehicle seat, has at least one sensor (15) for the detection of forces inside the vehicle seat. The vehicle seat has at least one bearing area between two components that are mobile relative to one another, and the sensor device (11) is installed in the bearing area.

Abstract: A sensor device (11) for a vehicle seat, in particular a motor vehicle seat, has at least one sensor (15) for the detection of forces inside the vehicle seat. The vehicle seat has at least one bearing area between two components that are mobile relative to one another, and the sensor device (11) is installed in the bearing area.