Cover locking device for a vehicle
View Patent ↗A folding top clamp for a vehicle has a connecting-link-controlled locking hook which can be displaced by guiding devices from a closed position to an open position. The locking hook interacts with at least one hook guide which is in an operative connection with a motor gearing unit. A folding top clamp having a simple structure and a compact construction is provided in that the motor gearing unit extends only on a longitudinal side of the locking hook and has an electric motor oriented transversely with respect to a longitudinal center plane of the vehicle, which electric motor interacts by way of a triple-geared-down gearing unit with a hook guide of the locking hook.
1. Folding top clamp for a vehicle comprising:
a connecting-link-controlled locking hook extending in a direction along a vehicle longitudinal center plane, guiding devices associated with the locking hook for displacing the latter from a closed position to an open position, and at least one hook guide operatively connected with a motor gearing unit and the locking hook,
wherein the motor gearing unit extends only on a longitudinal side of the locking hook and comprises an electric motor oriented transversely with respect to the vehicle longitudinal center plane and a triple-geared-down gearing unit provides an operative association of the electric motor with a hook guide of the locking hook,
the gearing unit comprises a bevel gearing, a worm gearing connected with the bevel gearing, and a planetary gearing connected on an output side of the worm gearing, all gearings being accommodated in a common multi-part gearbox, the bevel gearing comprises a bevel drive pinion arranged on an output shaft of the electric motor and an output bevel gear shrunk onto a worm shaft of the worm gearing, and
the bevel drive pinion and output bevel gear are configured to cause a 90° deflection of the flux of force.
2. Folding top clamp according to claim 1 , wherein the worm shaft is supported in the gearbox by way of two non-rotatable bearings, and
wherein a worm is arranged at an end of the worm shaft opposite the output bevel gear, which worm drives a worm gear of the worm gearing.
3. Folding top clamp according to claim 2 , wherein the worm and worm gear of the worm gearing transmits torque to a sun gear of the planetary gearing which is disposed in a freely rotating manner on a gearing output shaft.
4. Folding top clamp according to claim 3 , wherein a ring gear of the planetary gearing is stopped in a normal operation of the folding top clamp by means of an emergency operating worm.
5. Folding top clamp according to claim 1 , wherein the output of the planetary gearing takes place by way of a planet carrier which transmits torque directly to the hook guide.
6. Folding top clamp according to claim 2 , wherein the output of the planetary gearing takes place by way of a planet carrier which transmits torque directly to the hook guide.
7. Folding top clamp according to claim 3 , wherein the output of the planetary gearing takes place by way of a planet carrier which transmits torque directly to the hook guide.
8. Folding top clamp according to claim 4 , wherein the output of the planetary gearing takes place by way of a planet carrier which transmits torque directly to the hook guide.
9. Folding top clamp according to claim 3 , wherein the hook guide is connected with the gearing output shaft by way of a polygon.
10. Folding top clamp according to claim 4 , wherein the hook guide is connected with the gearing output shaft by way of a polygon.
11. Folding top clamp according to claim 1 , wherein the hook guide is connected with the gearing output shaft by way of a polygon.
12. Folding top clamp according to claim 7 , wherein the hook guide is connected with the gearing output shaft by way of a polygon.
13. Folding top clamp according to claim 8 , wherein the hook guide is connected with the gearing output shaft by way of a polygon.
14. Folding top clamp according to claim 1 , wherein the connecting-link-controlled locking hook is pressed by way of a double leg spring and a pressure roller from below against a connecting link path.
15. Folding top clamp according to claim 2 , wherein the connecting-link-controlled locking hook is pressed by way of a double leg spring and a pressure roller from below against a connecting link path.
16. Folding top clamp according to claim 3 , wherein the connecting-link-controlled locking hook is pressed by way of a double leg spring and a pressure roller from below against a connecting link path.
17. Folding top clamp according to claim 9 , wherein the connecting-link-controlled locking hook is pressed by way of a double leg spring and a pressure roller from below against a connecting link path.