Hardware for mounting glass panels or similar structures

1. A hinge for movably connecting a first panel to a second panel, the hinge comprising:

first and second spaced apart hinge members, each hinge member being connectable to the respective first and second panels each hinge member having a front face placed against the respective first and second panels, wherein the front face is defined along a longitudinal direction and a latitudinal direction, perpendicular to the longitudinal direction, and the first and second panels have larger dimensions in the longitudinal and latitudinal directions than in a third direction, perpendicular to both the longitudinal and latitudinal directions; and

a connector located between the hinge members, the connector having a pin member which connects the hinge members together to permit selective movement of the first panel relative to the second panel about multiple axes, wherein, the connector is aligned along a first axis, and the first hinge member has a track located therein to slidably receive the pin member to permit slidable movement of the first panel along a second axis,

wherein the connector further includes a pin member bushing movably connected to the second hinge member, the pin member bushing including a sloped ramp surface to produce an upward displacement of the first panel as the first panel pivots into an open position, thereby disengaging the first panel from a floor of a shower stall;

wherein the pin member fits into the pin member bushing, the pin member being a mirror image of a recess in the pin member bushing; and

wherein, with the first panel parallel to the second panel in the latitudinal direction and the front faces of the first and second hinge members facing the same direction, such that the first and second panels are in a closed position, the hinge is positioned such that the first panel is orientated such that a portion of the first panel overlaps a portion of the second panel.

2. The hinge, according to claim 1 , in which the first axis is a vertical axis, the second axis being disposed perpendicular relative to the vertical axis, the first panel being moveable along the first axis.

3. The hinge, according to claim 1 , in which the pin member includes:

an upper end portion sized and shaped for slidable movement in the track; and

a lower end portion for location in the pin member bushing.

4. The hinge, according to claim 1 , in which the second hinge member includes an end piece having a cavity located therein to receive the pin member bushing, the pin member bushing and a lower end portion of the pin member being arranged so as to permit hingeable movement of the first panel relative to the second panel.

5. The hinge, according to claim 4 , in which the first axis is a vertical axis and the first panel being hingeable about the first axis.

6. The hinge, according to claim 3 , in which a screw connects the upper end portion of the pin member to the track to permit advancement of the pin member along the track so as to vary the overlap between the two panels.

7. The hinge, according to claim 1 , in which the second panel is fixed.

8. The hinge, according to claim 1 in which the pin member bushing includes a recess for receiving a pivot pin, the recess having a pair of projections that are diametrically opposed to one another, each projection having first, second and third functional surfaces.

9. The hinge, according to claim 8 , in which the first surface is a top horizontal surface, the second surface is a vertical surface for abutting the pin, the third surface is a ramp surface located opposite the second surface, the third surface being sloped.

10. The hinge, according to claim 9 , in which the pin member bushing includes an aperture for aligning the pin member.

11. A hinge for movably connecting a first panel to a second panel, the hinge comprising:

first and second spaced apart hinge members, each hinge member being connectable to the respective first and second panels each hinge member having a front face placed against the respective first and second panels, wherein the front face is defined along a longitudinal direction and a latitudinal direction, perpendicular to the longitudinal direction, and the first and second panels have larger dimensions in the longitudinal and latitudinal directions than in a third direction, perpendicular to both the longitudinal and latitudinal directions; and

a connector located between the hinge members, the connector having a pin member which connects the hinge members together to permit selective movement of the first panel relative to the second panel about multiple axes, wherein, the connector is aligned along a first axis, and the first hinge member has a track located therein to slidably receive the pin member to permit slidable movement of the first panel along a second axis;

wherein the connector further includes a pin member bushing movably connected to the second hinge member, the pin member bushing including a sloped ramp surface to produce an upward displacement of the first panel as the first panel pivots into an open position, thereby disengaging the first panel from a floor of a shower stall;

wherein, with the first panel parallel to the second panel in the latitudinal direction and the front faces of the first and second hinge members facing the same direction, such that the first and second panels are in a closed position, the hinge is positioned such that the first panel is orientated such that a portion of the first panel overlaps a portion of the second panel;

wherein the pin member bushing includes a recess for receiving a pivot pin, the recess having a pair of projections that are diametrically opposed to one another, each projection having first second, and third functional surfaces, and further includes an aperture for aligning the pin member;

wherein the first surface is a top horizontal surface, the second surface is a vertical surface for abutting the pin, the third surface is a ramp surface located opposite the second surface, the third surface being sloped; and

wherein the pin member includes a central cylindrical projection which fits snuggly into the aperture, the pin member having two generally opposite projections, the projections having a pair of top bearing surfaces, ramp surfaces and vertical abutment surfaces such that when the pin member is mounted in the pin member bushing, the projections on the pin member enter the recess of the pin member bushing and fit between the projections of the pin member bushing.

12. The hinge, according to claim 11 , in which the top bearing surfaces engage the bottom of the recess of the pin member bushing, the projection being received in the aperture of the pin member bushing, thereby maintaining the first panel in a closed position.

13. The hinge, according to claim 11 , in which the first panel pivots into an open position, the ramp surfaces slidingly engage each other and cause the pin member to rise out of the pin member bushing so as to produces an upward displacement of the first panel, thereby disengaging the first panel from a floor of a shower stall.

14. The hinge, according to claim 11 , in which the movement between the pin member and the pin member bushing continues until the bearing surfaces engage the top surfaces to stop the upward motion, thereby permitting hingeable movement of the first panel relative to the second panel.

15. A hinge for movably connecting a first panel to a second panel, the hinge comprising:

first and second spaced apart hinge members, each hinge member being connectable to the respective first and second panels each hinge member having a front face placed against the respective first and second panels, wherein the front face is defined along a longitudinal direction and a latitudinal direction, perpendicular to the longitudinal direction, and the first and second panels have larger dimensions in the longitudinal and latitudinal directions than in a third direction, perpendicular to both the longitudinal and latitudinal directions; and

a connector located between the hinge members, the connector having a pin member which connects the hinge members together to permit selective movement of the first panel relative to the second panel about multiple axes, wherein, the connector is aligned along a first axis, and the first hinge member has a track located therein to slidably receive the pin member to permit slidable movement of the first panel along a second axis;

wherein the connector further includes a pin member bushing movably connected to the second hinge member, the pin member bushing including a sloped ramp surface to produce an upward displacement of the first panel as the first panel pivots into an open position, thereby disengaging the first panel from a floor of a shower stall;

wherein, with the first panel parallel to the second panel in the latitudinal direction and the front faces of the first and second hinge members facing the same direction, such that the first and second panels are in a closed position, the hinge is positioned such that the first panel is orientated such that a portion of the first panel overlaps a portion of the second panel;

wherein the pin member bushing includes a recess for receiving a pivot pin, the recess having a pair of projections that are diametrically opposed to one another, each projection having first second, and third functional surfaces, and further includes an aperture for aligning the pin member;

wherein the first surface is a top horizontal surface, the second surface is a vertical surface for abutting the pin, the third surface is a ramp surface located opposite the second surface, the third surface being sloped; and

wherein the pin member includes a central cylindrical projection which fits snuggly into the aperture, the pin member being a mirror image of a recess in the pin member bushing having two generally opposite projections, the projections having a pair of top bearing surfaces, ramp surfaces and vertical abutment surfaces such that when the pin member is mounted in the pin member bushing, the projections on the pin member enter the recess of the pin member bushing and fit between the projections of the pin member bushing.