Hard support corner for a soft top
A quarter window assembly for a soft top cover assembly that is removable. The quarter window assembly is connectable to the soft cover assembly. The quarter window assembly has a hard corner assembly mountable to features connected to a vehicle. The hard corner assembly is an injection molded plastic assembly. The quarter window assembly also has a panel carrying at least one window, and the panel is secured to the hard corner assembly.
1. A removable window for a vehicle including:
an elongated window panel having top and bottom spaced apart edges, and left and right spaced apart side edges;
an elongated retainer attached to the panel and extending a predetermined distance along the top edge, the retainer defining an elongated member adapted to mate with the vehicle for supporting the window panel in a predetermined location on the vehicle;
an elongated belt retainer attached to the panel in a predetermined position and extending a predetermined distance along the bottom edge, the belt retainer being adapted to engage the vehicle in order to draw the panel into tension along a length of the mating carrier and the belt retainer;
one of the left and right side edges defining a plurality of holes along the edge;
at least one clip attached to the panel, the clip being spaced inwardly from the holes a predetermined distance from the holes.
2. The window of claim 1 wherein the clip is an elongated extrusion having a J-shape, with an open side of the clip facing the edge defining the holes.
3. A method for creating a window panel assembly with a hard corner support where the assembly includes:
an elongated window panel having top and bottom spaced apart edges, and left and right spaced apart side edges;
an elongated retainer attached to the panel and extending a predetermined distance along the top edge, the retainer defining an elongated member adapted to mate with a vehicle for supporting the window panel in a predetermined location on the vehicle;
an elongated belt retainer attached to the panel in a predetermined position and extending a predetermined distance along the bottom edge, the belt retainer being adapted to engage the vehicle in order to draw the panel into tension along the length of the carrier and the belt retainer;
one of the left and right side edges defining a plurality of holes along the edge; and
at least one clip attached to the panel, the clip being spaced inwardly from the holes a predetermined distance from the holes;
the method including the steps of:
inserting a first hard corner part into the clip attached to the panel;
folding the side edge of the panel having the plurality of holes over the first hard corner part;
disposing a second hard corner part over the edge of the panel to capture the side edge of the panel having the plurality of holes between the first and second parts; and
inserting screws through the second corner part, through the holes in the panel, and into the first corner part to secure the first and second corner parts together with the panel in between them.
4. The method of claim 3 further including the steps of:
engaging the elongated retainer with the vehicle;
sliding the window assembly along the vehicle until it is oriented longitudinally on the vehicle in a predetermined location;
engaging the belt retainer with the vehicle and thereby placing the window panel in tension on the vehicle and
installing the hard corner portion onto the vehicle.
5. A method for reconstructing a vehicle window panel assembly having spaced apart top and bottom edges, and left and right side edges, with a hard corner support assembly attached to one of the left and right side edges, the method comprising:
disassembling a first hard corner support part from a second hard corner support part;
removing a panel portion from between the first hard corner support part and the second hard corner support part;
providing a replacement panel portion, the replacement panel portion comprising a plurality of holes arranged along one of the left and right side edges and an elongated clip attached to the new panel inwardly from the holes for engaging the hard corner support;
inserting the replacement panel portion between the first hard corner support part and the second hard corner support part to align the plurality of holes with a plurality of first apertures provided in the first hard corner support part and a plurality of second apertures provided in the second hard corner support part;
securing the first hard corner support part to the second hard corner support part with fasteners extending between the first hard corner support part and the second hard corner support part; the fasteners extending through the plurality of holes of the second panel portion; and
engaging the elongated clip to at least one of the hard corner support parts.