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A walkable skylight lighting system, installed to a roofing structure, including a skylight having a pane and framing members that surround and support the pane, and including a paving surface, the paving surface having a plurality of pavers that extend immediately adjacent to the skylight. The pane

A walkable skylight lighting system, installed to a roofing structure, including a skylight having a pane and framing members that surround and support the pane, and including a paving surface, the paving surface having a plurality of pavers that extend immediately adjacent to the skylight. The pane is an insulating glass unit (IGU) having structural glass panels and a thermal panel that are separated and sealed by a spacer, and separately supported so that they do not crush the spacer. The framing members include an upper framing member that has a lighting channel containing an LED lighting strip that edge lights the structural glass panels in the pane.

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1. A walkable skylight lighting system, installed on a roofing surface, comprising: a skylight, having framing members that are secured to the roofing surface and support a glass pane, wherein the pane is an insulating glass unit that includes a structural glass panel having significant weight and h

1. A walkable skylight lighting system, installed on a roofing surface, comprising: a skylight, having framing members that are secured to the roofing surface and support a glass pane, wherein the pane is an insulating glass unit that includes a structural glass panel having significant weight and having a perimeter edge, a thermal glass panel, and a spacer between the structural glass panel and thermal glass panel creating an air gap therebetween, wherein the structural glass panel and thermal panel are separately supported such that the structural glass panel does not exert its weight upon the spacer and thermal glass panel;wherein each framing member has a vertical portion and an upper vertical part, the upper vertical part extending upwardly near the perimeter edge of the structural glass panel but not supporting the structural glass panel, the upper vertical part having an interior wall and having a lighting channel extending into the interior wall; andan LED lighting strip, extending within the lighting channel, for directing light toward the perimeter edge of the structural glass panel. 2. The walkable skylight lighting system as recited in claim 1, wherein each framing member has a thermal break that connects the vertical portion and upper vertical part, each framing member further having a support shelf extending laterally from the vertical portion, the support shelf having a support shelf top, each framing member further having a step block that is attached to the support shelf top and has a step block top, wherein the support shelf top supports the thermal glass panel and the step block top supports the structural glass panel. 3. The walkable skylight lighting system as recited in claim 2, wherein the upper vertical part has an exterior wall opposite from the interior wall, the framing member further comprising an adjustable cap having an adjustable cap top, an inside wall and an outside wall, the adjustable cap having a main channel between the inside wall, the outside wall, and the adjustable cap top, the upper vertical part extending into the main channel with the interior wall against the inside wall and the exterior wall against the outside wall. 4. The walkable skylight lighting system as recited in claim 3, wherein the inside wall of the adjustable cap has an inside wall bottom edge and has an inside wall height that is defined between the inside wall bottom edge and the adjustable cap top; wherein the interior wall or the upper vertical part includes an upper interior wall that extends from the lighting channel to the upper vertical part top, the upper interior wall having an upper interior wall height; and wherein the inside wall height is not greater than the upper interior wall height, so that when the upper vertical part is fully inserted into the adjustable cap the inside wall does not block the lighting channel. 5. The walkable skylight lighting system as recited in claim 4, wherein the lighting channel has an upper and lower indent; further comprising a lens having a curved front, parallel upper and lower members, the parallel upper and lower members each having a catch; wherein the lens is mated to the lighting channel by pressing the upper and lower members into the channel until the catches click into the indents. 6. The walkable skylight lighting system as recited in claim 5, wherein the inside wall has a protruding foot extending from the inside wall bottom edge, the protruding foot adapted for supporting backer rod extending between the adjustable cap and the perimeter edge of the structural glass panel. 7. The walkable skylight lighting system as recited in claim 6, wherein the upper vertical part has notched edges extending longitudinally along the exterior wall; and wherein the adjustable cap has a lower hook for engaging the notched edges and maintaining the adjustable cap on the upper vertical part. 8. The walkable skylight lighting system as recited in claim 7, further comprising a power cable for supplying power to the LED lighting strip; wherein the upper vertical part has a power cable opening through the exterior wall and extending to the lighting channel; and wherein the adjustable cap has a power cable notch extending vertically on the outside wall, upwardly from the lower hook, the power cable opening and power cable notch longitudinally aligned on the upper vertical part and adjustable cap, the power cable extending through the power cable opening and power cable notch. 9. The walkable skylight lighting system as recited in claim 8, further comprising a glass setting block associated with each framing member, each glass setting block made of a rubbery material and extending upon the support shelf for directly supporting the thermal pane, extending upwardly along the step block inner side, and extending across the step block top to directly support the structural glass panel. 10. An illuminated paver and skylight walkway, installed upon a roofing surface, comprising: a skylight, having framing members that support a glass pane, the pane having a pane top, the framing members each having an adjustable cap that is height adjustable, each adjustable cap having an adjustable cap top, the framing members having an upper vertical part that extends upwardly along the pane but does not support the pane, the upper vertical part has a lighting channel that extends alongside the pane and an LED lighting strip inside of the lighting channel that edge lights the pane;a paving surface having a plurality of pavers supported by and raised above the roofing structure, each paver having a paver top, the paving surface extending immediately adjacent to the skylight; andwherein the paver top of each paver that is immediately adjacent to one of the framing members is flush with the adjustable cap top of the adjustable cap of said framing member and flush with the glass pane such that a continuous walking surface is created with the skylight and paving surface. 11. The illuminated paver and skylight walkway as recited in claim 10, wherein the lighting channel has an upper and lower indent; further comprising a lens having a curved front, parallel upper and lower members, the parallel upper and lower members each having a catch; wherein the lens is mated to the lighting channel by pressing the upper and lower members into the channel until the catches click into the indents. 12. The illuminated paver and skylight walkway as recited in claim 11, wherein the pane is an insulating glass unit that includes a structural glass panel having significant weight and having a perimeter edge, a thermal glass panel, and a spacer between the structural glass panel and thermal glass panel creating an air gap therebetween, the lighting channel adjacent to and directing light toward the perimeter edge of the structural glass panel. 13. The illuminated paver and skylight walkway as recited in claim 12, wherein each framing member includes a support shelf that has a support shelf top and extends laterally from the vertical portion, and a step block on the support shelf top, the step block having a step block top, a step block bottom, and a step block inner side, wherein the structural glass panel is supported by the step block and the thermal glass panel is supported by the support shelf, such that the structural glass panel does not exert its-weight upon the spacer between the structural glass panel and thermal glass panel. 14. The illuminated paver and skylight walkway as recited in claim 13, further comprising a pedestal associated with each paver, each pedestal having a base, a platform, and an adjustment mechanism, each pedestal supporting its associated paver on its platform. 15. The illuminated paver and skylight walkway as recited in claim 14, wherein the upper vertical part has an exterior wall opposite from the interior wall, the adjustable cap has an inside wall and an outside wall, the adjustable cap having a main channel defined by the inside wall, the outside wall, and the adjustable cap top, the upper vertical part extending into the main channel with the interior wall against the inside wall and the exterior wall against the outside wall. 16. The illuminated paver and skylight walkway as recited in claim 15, wherein the inside wall of the adjustable cap has an inside wall bottom edge and has an inside wall height that is defined between the inside wall bottom edge and the adjustable cap top; wherein the interior wall or the upper vertical part includes an upper interior wall that extends from the lighting channel to the upper vertical part top, the upper interior wall having an upper interior wall height; and wherein the inside wall height is not greater than the upper interior wall height, so that when the upper vertical part is fully inserted into the adjustable cap the inside wall does not block the lighting channel. 17. The illuminated paver and skylight walkway as recited in claim 16, further comprising a glass setting block associated with each framing member, each glass setting block made of a rubbery material and extending upon the support shelf for directly supporting the thermal pane, extending upwardly along the step block inner side, and extending across the step block top to directly support the structural glass panel. 18. The illuminated paver and skylight walkway as recited in claim 17, wherein the support shelf top and step block bottom have mating fasteners such that the step block is selectively detachable from the support shelf. 19. The illuminated paver and skylight walkway as recited in claim 18, wherein the inside wall of the adjustable cap has a protruding foot that extends between the framing member and the pane, wherein the paver and skylight walkway further comprises backer rod extending between the pane and framing members, and wherein the protruding foot helps maintain the backer rod in place.