Energy absorption system

1. An energy absorption system comprising:

a movable carriage movable between a rest position and an operative position during an energy absorption event;

a fixed bearing;

a U-shaped deformable material strip being arranged in a gap defined between the movable carriage and the fixed bearing, the U-shaped deformable material strip having first and second legs defining a bending radius therebetween, wherein the first leg of the U-shaped deformable material strip is fixedly connected to the moveable carriage and the second leg of the U-shaped deformable material strip is at least areally connected with the fixed bearing;

a first sheet and a second sheet, wherein the first and second sheets are arranged in the gap defined between the movable carriage and the fixed bearing; and

coupling elements configured to define

as a first setting, an uncoupled setting in which the first and second sheet are decoupled from the movable carriage,

as a second setting, a coupled setting in which the second sheet is coupled to the moveable carriage and the first sheet is decoupled from the moveable carriage, and

as a third setting, a further coupled setting in which the first and second sheet are coupled to the moveable carriage;

wherein, when an energy absorption event causes the movable carriage to move from the rest position to the operative position, in the first setting, none of the first and second sheet is moved with the moveable carriage, and in the second and third setting, the second and the first and second sheet, respectively, are moved with the movable carriage between the U-shaped deformable material strip and the movable carriage to reduce the bending radius between the first and second legs of the U-shaped deformable material strip, and wherein the first, second, and third settings correspond to weight ranges of the users of the energy absorption system.

2. The energy absorption system according to claim 1 , wherein the one or more coupling elements comprise a first piston element and a second piston element.

3. The energy absorption system according to claim 2 , wherein in a first setting the first piston element engages into an opening in the first sheet and wherein in a second setting the second piston element engages into an opening in the first sheet and into an opening in the second sheet.

4. The energy absorption system according to claim 2 , wherein the first piston element and the second piston element are actuated via a bowden cable by means of a lever mechanism.

5. The energy absorption system according to claim 4 , wherein the bowden cable is anchored in the first piston element.

6. The energy absorption system according to claim 4 , wherein the lever mechanism includes at least two different latching stages.

7. The energy absorption system according to claim 2 , wherein the first piston element and the second piston element are arranged in a connector housing.

8. The energy absorption system according to claim 2 , wherein the first piston element is arranged within the second piston element.

9. The energy absorption system according to claim 2 , wherein the first piston element is held by a first spring within the second piston element and wherein the second piston element is held within the connector housing by a second spring.

10. The energy absorption system according to claim 2 , wherein the first piston element interacts with a bushing which protrudes through a bore into the connector housing.

11. The energy absorption system according to claim 10 , wherein the bushing comprises a circumferential projection.

12. The energy absorption system according to claim 1 wherein the first and second sheets are rippably mounted to the fixed bearing before the energy absorption event.