Adjustable shower door jamb assembly

Claim 2

A door jamb assembly adjustable in a transverse plane comprising a jamb member having a jamb surface lying substantially in the plane of said door when closed, and an adjustment leg portion opposite said jamb surface extending perpendicularly in a plane substantially transverse to said jamb surface, a jamb support including a jamb support base and a mounting frame structure, said jamb support base having a transversely oriented receiving slot open to one side of and extending laterally through said base, said receiving slot being sized to permit sliding engagement therein of the extending leg portion of said jamb member so that said jamb member can be moved relative to said jamb support in said receiving slot and so that such movement will be in a plane substantially transverse to said door jamb surface, means for releasably securing the leg portion of said jamb member in a fixed preadjusted position within said jamb support base receiving slot.

Claim 3

The door jamb assembly of claim 1 wherein said jamb member is "L"-shaped with one leg thereof forming said jamb surface and the other extending leg portion being releasably secured in the receiving slot of said jamb support base.

Claim 4

The door jamb assembly of claim 1 wherein said mounting frame structure of said jamb support is comprised of a U-shaped channel having rearwardly extending channel sidewalls of sufficient spacing to slidably engage and mount onto a suitable mating channel piece.

Claim 5

The door jamb assembly of claim 3 wherein the U-shaped channel of said jamb support has a end wall which also forms one wall of the receiving slot of the frame's jamb support base, and wherein said releasable securement means for the extending leg portion of said jamb member is comprised of adjustment screw means spaced along and taped through said channel end wall.

Claim 6

The door jamb assembly of claim 4 wherein the adjustment screws in said channel end wall are offset from the center of said U-shaped channel toward the open end of said receiving slot whereby the extending leg portion of said jamb member can be withdrawn substantially from said receiving slot without losing contact with said adjustment screws.

Claim 7

The door jamb assembly of claim 4 wherein a longitudinal rib extends down said channel on the end wall thereof and said adjustment screws are taped through said rib.

Claim 8

The door jamb assembly of claim 1 wherein at least one surface of the extended leg portion of said jamb member is serrated.

Claim 9

The door jamb assembly of claim 1 wherein said door jamb member and jamb support base are of uniform cross-section.

Claim 10

The door jamb assembly of claim 8 wherein said door jamb member and jamb support base are fabricated of extruded metal.

Claim 11

A door jamb assembly adjustable in a transverse plane comprising a vertical jamb member having an "L"-shaped cross-sectional shape with one leg thereof forming a jamb surface lying substantially in the plane of said door when closed and the other extending leg portion thereof having at least one serrated surface and lying in a plane substantially transverse to said jamb surface, a vertical jamb support having a jamb support base and a U-shaped channel mounting frame structure, said jamb support base having a transversely oriented receiving slot open to one side of and extending laterally through said base portion along the length thereof, said receiving slot being sized to permit sliding engagement therein of the extending leg portion of said jamb member so that said jamb member can be moved relative to said jamb support in said receiving slot and so that such movement will be in a plane transverse to said door jamb surface, and said channel mounting frame structure being formed by channel sidewalls extending rearwardly of said jamb support base and a channel end wall which forms one side of said jamb support base receiving slot, adjustment screws taped through said channel end wall for releasably securing therein the extending leg portion of said jamb member, said adjustment screws being offset from the center of said channel end wall toward the side of said jamb support frame to which said jamb member receiving slot is open.

Claim 12

A door jamb assembly adjustable in a transverse plane comprising a vertical jamb member having an "L"-shaped cross-sectional shape with one leg thereof forming a jamb surface lying substantially in the plane of said door when closed and the other extending leg portion thereof having at least one serrated surface and lying in a plane substantially transverse to said jamb surface, a vertical jamb support having a jamb support base and a U-shaped channel mounting frame structure, said jamb support base having a transversely oriented receiving slot open to one side of and extending laterally through said base portion along the length thereof, said receiving slot being sized to permit sliding engagement therein of the extending leg portion of said jamb member so that said jamb member can be moved relative to said jamb support in said receiving slot and so that such movement will be in a plane transverse to said door jamb surface, and said channel mounting frame structure being formed by channel sidewalls extending rearwardly of said jamb support base and a channel end wall which forms one side of said jamb support base receiving slot, adjustment screws taped through said channel end wall for releasably securing therein the extending leg portion of said jamb member, said adjustment screws being offset from the center of said channel end wall toward the side of said jamb support frame to which said jamb member receiving slot is open.

Claim 13

The door jamb assembly of claim 10 wherein a longitudinal rib extends down said channel on the end wall thereof and said adjustment screws are taped through said rib.