Vehicle roof rack crossbar assembly
A vehicle roof rack crossbar assembly includes a vehicle crossbar and an installation tool. The crossbar includes a longitudinal body and a stanchion configured to support the longitudinal body to a vehicle roof rack component. The vehicle crossbar further includes a tool storing area configured to store the installation tool that is used for installing the crossbar to the vehicle roof rack component.
1. A vehicle roof rack crossbar assembly comprising:
a vehicle crossbar including a longitudinal body and a stanchion configured to support the longitudinal body to a vehicle roof rack component, the stanchion including at least one receiving bore configured to receive a fastener for installing the crossbar to the vehicle roof rack component, the vehicle crossbar further including a tool storing area configured to store an installation tool that is used for installing the crossbar to the vehicle roof rack component, the tool storing area including a recess and a receiving opening that leads to the recess for receiving the installation tool into the recess, the receiving opening being disposed on a surface of the stanchion; and
the installation tool.
2. The vehicle roof rack crossbar assembly according to claim 1 , wherein
the stanchion includes at least one receiving bore configured to receive a fastener for installing the crossbar to the vehicle roof rack component.
3. The vehicle roof rack crossbar assembly according to claim 2 , wherein
the receiving opening and the receiving bore are offset with respect to each other on the surface of the stanchion.
4. The vehicle roof rack crossbar assembly according to claim 1 , further comprising
the fastener.
5. The vehicle roof rack crossbar assembly according to claim 1 , wherein
the stanchion is one of a pair of stanchions, each stanchion being fixedly attached to opposite ends of the longitudinal body.
6. The vehicle roof rack crossbar assembly according to claim 1 , wherein
the receiving opening is disposed on a vehicle rearward facing surface of the stanchion.
7. The vehicle roof rack crossbar assembly according to claim 2 , further comprising
a holder configured to be disposed on the surface of the stanchion to receive a portion of the installation tool.
8. The vehicle roof rack crossbar assembly according to claim 7 , wherein
the installation tool includes a long arm portion and a short arm portion, the long arm portion of the installation tool being configured to be received in the receiving opening and the short arm portion being configured to be received by the holder.
9. The vehicle roof rack crossbar assembly according to claim 8 , wherein
the holder receives the installation tool in a snap-fit connection.
10. The vehicle roof rack crossbar assembly according to claim 9 , wherein
the holder is disposed over the receiving opening.
11. The vehicle roof rack crossbar assembly according to claim 8 , wherein
the holder is disposed adjacent to the receiving opening.
12. The vehicle roof rack crossbar assembly according to claim 7 , wherein
the holder is attached to the stanchion by an adhesive.
13. The vehicle roof rack crossbar assembly according to claim 2 , wherein
the tool storing area includes a movable barrier disposed over the receiving opening to enclose and expose the receiving opening.
14. The vehicle roof rack crossbar assembly according to claim 13 , wherein
the receiving opening is disposed on a non-vehicle facing surface of the stanchion.
15. The vehicle roof rack crossbar assembly according to claim 14 , wherein
the receiving opening is disposed on a vehicle rearward facing surface of the stanchion.
16. A vehicle roof rack crossbar assembly comprising:
a vehicle crossbar including a longitudinal body and a stanchion configured to support the longitudinal body to a vehicle roof rack component, the vehicle crossbar further including a tool storing area configured to store an installation tool that is used for installing the crossbar to the vehicle roof rack component, the tool storing area including a recess and a receiving opening disposed on a surface of the stanchion, the recess including a threaded portion configured to mate with a corresponding threaded portion of the installation tool; and
the installation tool.
17. The vehicle roof rack crossbar assembly according to claim 16 , wherein
the corresponding threaded portion of the installation tool is disposed on a shaft portion of the installation tool.
18. The vehicle roof rack crossbar assembly according to claim 16 , wherein
the corresponding threaded portion of the installation tool is disposed on a head portion of the installation tool.
19. A vehicle roof rack crossbar assembly comprising:
a vehicle crossbar including a longitudinal body and a stanchion configured to support the longitudinal body to a vehicle roof rack component, the vehicle crossbar further including a tool storing area configured to store an installation tool that is used for installing the crossbar to the vehicle roof rack component, the tool storing area including a recess and a receiving opening disposed on a surface of the stanchion, the receiving opening leading to an L-shaped recess having a short arm receiving portion and a long arm receiving portion; and
the installation tool.
20. The vehicle roof rack crossbar assembly according to claim 19 , wherein
the installation tool includes a short arm portion configured to be disposed in the short arm receiving portion of the recess and a long arm portion configured to be disposed in the long arm receiving portion of the recess.