Vehicle roof rack mounting bracket system
A mounting bracket system for a vehicle roof, and a method for its attachment to a vehicle having a side rail including a drip well, is contemplated in which no drilling of holes or other permanent modifications to the vehicle roof is required, and in which each individual mounting bracket may be independently fixed in place without requiring any structural support from interconnections with any other mounting bracket via crossbars or other interconnections. In this regard, a number of problems associated with prior mounting bracket systems may be overcome.
1 . A mounting bracket system for a vehicle roof having a side rail including a drip well and a peripheral edge region having an upper side and a lower side, the mounting bracket system comprising:
a roof rail bracket, the roof rail bracket comprising a hook portion and a flange portion, the hook portion being configured to engage with the side rail via the hook portion extending downward around the peripheral edge region from the upper side to the lower side, the flange portion defining a lower flange aperture and including an upper flange connector;
a drip well bracket, the drip well bracket comprising a drip well portion and a mounting portion, the drip well portion defining a lower drip well aperture and comprising an upper drip well fastener configured to engage with the upper flange connector as well as a drip well occlusion region configured for insertion within the drip well, the drip well occlusion region having a thickness sufficient to substantially occupy the majority of a width of the drip well, the drip well portion being configured for engagement with the drip well via insertion of the drip well occlusion region into the drip well;
a lower aperture fastener; and
a cover bracket, the cover bracket comprising a horizontal cover portion, a vertical cover portion, a first engagement means, and one or more additional engagement means, the horizontal cover portion being configured to engage with the mounting portion of the drip well bracket, the vertical cover portion being configured such that, when the horizontal cover portion is engaged with the mounting portion, the vertical cover portion is substantially parallel with and in front of at least a portion of an outer side of the drip well portion;
wherein when the hook portion is engaged with the side rail, the drip well portion is engaged with the drip will, and the upper drip well fastener is engaged with the upper flange connector, the lower flange aperture and the lower drip well aperture are configured to be in substantial alignment so as to permit the placement of a lower aperture fastener therethrough, the lower aperture fastener being operative to tension the roof rail bracket against the drip well bracket so as to fix the mounting bracket system to the side rail; and
wherein the horizontal cover portion of the cover bracket is configured to independently engage to an external structure via the one or more additional engagement means.
2 . The mounting bracket system of claim 1 , wherein the one or more additional engagement means of the cover bracket are configured in order to provide a compatible interconnection system with a particular external structure.
3 . The mounting bracket system of claim 2 , wherein the cover bracket is selected from a plurality of cover brackets configured with different one or more additional engagement means, each one of the plurality of cover brackets being removable from the mounting bracket system and replaceable with a different cover bracket in order to provide a different interconnection system compatible with a different external structures.
4 . A mounting bracket system for a vehicle roof having a side rail including a drip well and a peripheral edge region having an upper side and a lower side, the mounting bracket system comprising:
a roof rail bracket, the roof rail bracket comprising a hook portion and a flange portion, the hook portion being configured to engage with the side rail via the hook portion extending downward around the peripheral edge region from the upper side to the lower side, the flange portion defining a lower flange aperture and including an upper flange connector;
a drip well bracket, the drip well bracket comprising a drip well portion and a mounting portion, the drip well portion defining a lower drip well aperture and comprising an upper drip well fastener configured to engage with the upper flange connector as well as a drip well occlusion region configured for insertion within the drip well, the drip well occlusion region having a thickness sufficient to substantially occupy the majority of a width of the drip well, the drip well portion being configured for engagement with the drip well via insertion of the drip well occlusion region into the drip well; and
a lower aperture fastener;
wherein when the hook portion is engaged with the side rail, the drip well portion is engaged with the drip will, and the upper drip well fastener is engaged with the upper flange connector, the lower flange aperture and the lower drip well aperture are configured to be in substantial alignment so as to permit the placement of a lower aperture fastener therethrough, the lower aperture fastener being operative to tension the roof rail bracket against the drip well bracket so as to fix the mounting bracket system to the side rail; and
wherein the lower aperture fastener comprises a threaded fastener and the lower drip well aperture is configured to receive placement of the lower aperture fastener via threaded engagement.
5 . A mounting bracket system for a vehicle roof having a side rail including a drip well and a peripheral edge region having an upper side and a lower side, the mounting bracket system comprising:
a roof rail bracket, the roof rail bracket comprising a hook portion and a flange portion, the hook portion being configured to engage with the side rail via the hook portion extending downward around the peripheral edge region from the upper side to the lower side, the flange portion defining a lower flange aperture and including an upper flange connector;
a drip well bracket, the drip well bracket comprising a drip well portion and a mounting portion, the drip well portion defining a lower drip well aperture and comprising an upper drip well fastener configured to engage with the upper flange connector as well as a drip well occlusion region configured for insertion within the drip well, the drip well occlusion region having a thickness sufficient to substantially occupy the majority of a width of the drip well, the drip well portion being configured for engagement with the drip well via insertion of the drip well occlusion region into the drip well; and
a lower aperture fastener;
wherein when the hook portion is engaged with the side rail, the drip well portion is engaged with the drip will, and the upper drip well fastener is engaged with the upper flange connector, the lower flange aperture and the lower drip well aperture are configured to be in substantial alignment so as to permit the placement of a lower aperture fastener therethrough, the lower aperture fastener being operative to tension the roof rail bracket against the drip well bracket so as to fix the mounting bracket system to the side rail; and
wherein the upper drip well fastener is fabricated as a independently fabricated structure from the drip well portion.
6 . The mounting bracket system of claim 5 , wherein the upper drip well fastener is fixed via a permanent method of fixation to the drip well portion.
7 . The mounting bracket system of claim 6 , wherein the upper drip well fastener is welded within a slot on the drip well portion.
8 . The mounting bracket system of claim 5 , wherein the upper drip well fastener is fixed via a temporary method of fixation to the drip well portion.
9 . The mounting bracket system of claim 8 , wherein the upper drip well fastener is inserted within a slot on the drip well portion and retained in position via tension.