Driver for a vehicle window regulator and vehicle window regulator
A driver for a vehicle window regulator, having a pane holder for fastening to a window pane, and a rail slider with a guide region and a sliding insert lying therein. The pane holder has an approximately cylindrical connecting section which is inserted along an axial direction into a holder section of the rail slider and is surrounded by said holder section at least in sections along a circumferential direction, and the connecting section has a receptacle and the holder section has a passage opening, which receptacle and passage opening are arranged aligned with each other along a radial direction, and a joining pin is inserted into the passage opening and the receptacle.
1. A driver for use in a vehicle window lifting mechanism, the driver comprising:
a glass holder configured to be fastened to a window glass and including a connecting portion having an approximately cylindrical shape extending in an axial direction and defining a receptacle;
a rail slider including a holder portion defining a through opening, a guiding region, and a sliding insert lying in the guiding region, wherein the connecting portion is inserted into the holder portion so that the holder portion at least partially circumferentially surrounds the connecting portion; and
a joining pin inserted into the receptacle and the holder portion, wherein the receptacle and the holder portion each extend in a radial direction so that receptacle is aligned with the holder portion.
2. The driver of claim 1 , wherein the joining pin formed of a rubber-elastic material.
3. The driver of claim 1 , wherein the joining pin is oriented perpendicular to a longitudinal direction of the sliding insert.
4. The driver of claim 1 , wherein the joining pin is at least partially covered by the sliding insert.
5. The driver of claim 1 , wherein the joining pin protrudes from the through opening.
6. The driver of claim 1 , wherein a free end of the joining pin is configured to exert a preload force to the sliding insert.
7. The driver of claim 1 , wherein the guiding region of the rail slider includes two molded guide claws spaced apart from one another and wherein the sliding insert is releasably secured by a snap-fit connection between the two molded guide claws.
8. The driver of claim 1 , wherein the through opening, the receptacle, and the joining pin are each disposed on the connecting portion and the holder portion so that the through opening, the receptacle, and the joining pin are each are approximately centric along an axial axis defining the axial direction.
9. The driver of claim 1 , wherein the joining pin completely penetrates the receptacle and engages a mating receptacle defined by the holder portion, and wherein the mating receptacle is disposed diametrically opposite to the through opening.
10. A vehicle window lifting mechanism configured to adjust a window glass of a motor vehicle, vehicle window lifting mechanism comprising:
an actuator;
an actuating mechanism including,
a guide rail,
a cable drum, and
a cable, wherein the cable drum is operatively connected to the actuator; and
a driver connected to the cable and including,
a glass holder configured to be fastened to a window glass and including a connecting portion having an approximately cylindrical shape extending in an axial direction and defining a receptacle,
a rail slider including a holder portion defining a through opening, a guiding region, and a sliding insert lying in the guiding region, wherein the connecting portion is inserted into the holder portion so that the holder portion at least partially circumferentially surrounds the connecting portion, and
a joining pin inserted into the receptacle and the holder portion, wherein the receptacle and the holder portion each extend in a radial direction so that receptacle is aligned with the holder portion.
11. The vehicle window lifting mechanism of claim 10 , wherein the sliding insert is configured to move along the guide rail as the window glass is adjusted.
12. The vehicle window lifting mechanism of claim 10 , wherein the driver includes a first clamping leg disposed on a first side of the driver and a second clamping leg disposed on a second side of the driver, and the second side opposes the first side, wherein the sliding insert is disposed on the second side and the joining pin extends from the first side to the second side and engages the sliding insert.
13. The vehicle window lifting mechanism of claim 12 , wherein the sliding insert includes a base region configured to deflect as a force is applied to the base region by the joining pin.
14. The vehicle window lifting mechanism of claim 12 , further comprising:
a helical gear lying along the first clamping leg; and
a fastener extending through the helical gear and engaging at least one of the first clamping leg and the second clamping leg.
15. The vehicle window lifting mechanism of claim 12 , wherein the rail slider includes first guide claw and a second guide claw spaced apart from the first guide claw, wherein the sliding insert is disposed between the first guide claw and the second guide claw.
16. The vehicle window lifting mechanism of claim 15 , wherein the first guide claw is positioned closer to the first clamping leg than the second guide claw.
17. The vehicle window lifting mechanism of claim 16 , wherein the first guide claw and the second guide claw engage the sliding insert to form a snap-fit connection.
18. A driver for use in a vehicle window regulator and configured to carry a windowpane, the driver comprising:
a glass holder including a pair of legs connected at a connecting portion and configured to receive the windowpane, the connecting portion having an approximately cylindrical shape extending in an axial direction and defining a receptacle;
a rail slider including a holder portion, a guiding region, and a sliding insert lying in the guiding region, wherein the connecting portion is inserted into the holder portion so that the holder portion so that the holder portion at least partially circumferentially surrounds the connecting portion;
and
a pin extending into the receptacle and the holder portion, wherein a free end of the pin is configured to apply a preload force to the sliding insert.
19. The driver of claim 18 , wherein the sliding insert is configured to move along a guide rail of the vehicle window regulator as the windowpane is adjusted.
20. The driver of claim 18 , wherein the pin is configured to prevent the holder portion from moving with respect to the connecting portion in the axial direction.