Escapement system and measuring device comprising said escapement system

1. An escapement system comprising:

a drive axle; and

at least one escape wheel that has multiple impulse teeth, wherein each tooth of the multiple impulse teeth is connected to the drive axle via at least one corresponding spring element, respectively, and has a starting position in which it is fixed such that the at least one corresponding spring element has a preload torque, wherein the starting position is a position in which at least one of the impulse tooth or the at least one corresponding spring element has a lowest tension in a cycle of the at least one escape wheel.

2. The escapement system in accordance with claim 1 , further comprising:

at least one resting element that has at least one tensioning surface that moves the multiple impulse teeth from the starting position into a tensioning position on a rotation of the at least one escape wheel.

3. The escapement system in accordance with claim 2 , wherein the multiple impulse teeth are e pressed against the at least one tensioning surface by rotating the at least one escape wheel such that they are moved out of the starting position into the tensioning position and the preload torque of the at least one corresponding spring element is increased in this process.

4. The escapement system in accordance with claim 2 , wherein the at least one resting element is designed as at least one of: an anchor, a resting lever, or as part of a balance.

5. The escapement system in accordance with claim 1 , wherein the at least one escape wheel has multiple abutments that fix the multiple impulse teeth in their starting position.

6. The escapement system in accordance with claim 1 , wherein the escapement system has one or more resting teeth.

7. The escapement system in accordance with one claim 1 , wherein the at least one escape wheel is designed in two parts, and comprises as a first part an impulse wheel that has the multiple impulse teeth and as a second part a resting wheel, with the impulse wheel and the resting wheel being fixed in a fixed position with respect to one another and with a running off of a drive train at the resting wheel being controllable.

8. The escapement system in accordance with claim 1 , wherein the at least one escape wheel is designed in one part and in two planes, with one of the two planes having the multiple impulse teeth and with the running off of a drive train at a resting wheel being controllable.

9. A measuring device comprising an escapement system, the escapement system comprising:

a drive axle; and

at least one escape wheel that has multiple impulse teeth, wherein each tooth of the multiple impulse teeth is connected to the drive axle via at least one corresponding spring element, respectively, and has a starting position in which it is fixed such that the at least one corresponding spring element has a preload torque, wherein the starting position is a position in which at least one of the impulse tooth or the at least one corresponding spring element has a lowest tension in a cycle of the at least one escape wheel.

10. The measuring device in accordance with claim 9 , further comprising:

a power regulator.

11. The measuring device in accordance with claim 9 , wherein the measuring device is a time measuring device.

12. The measuring device in accordance with claim 11 , wherein the time measuring device is a timepiece.

13. An escapement system comprising:

a drive axle;

at least one escape wheel that includes multiple impulse teeth, wherein each tooth of the multiple impulse teeth is connected to the drive axle via at least one corresponding spring element, respectively, and has a starting position which is fixed such that the at least one corresponding spring element has a preload torque, and wherein the at least one escape wheel has multiple abutments that fix the multiple impulse teeth in their starting position;

a resting element that includes at least one tensioning surface, that moves the multiple impulse teeth from the starting position to a tensioning position on a rotation of the at least one escape wheel, wherein the multiple impulse teeth can be pressed against the at least one tensioning surface by rotating the at least one escape wheel such that the multiple impulse teeth are moved out of the starting position into the tensioning position and the preload torque of the at least one corresponding spring element is increased by the rotation of the at least one escape wheel, and wherein the resting element is at least one of: an anchor a balance lever, or a part of a balance; and

at least one balance tooth.