초록 ▼

A mounting accessory is used for secure connection of a rail or other component to a hollow post positioned over an internal upright by a mounting device having an axial passage through which the upright extends. The accessory features interconnected walls facing into an open space left therebetween

A mounting accessory is used for secure connection of a rail or other component to a hollow post positioned over an internal upright by a mounting device having an axial passage through which the upright extends. The accessory features interconnected walls facing into an open space left therebetween, the open space being sized to accommodate passage of the upright support therethrough with the mounting accessory oriented to situate the walls on different sides of the upright support. Each wall has an opening therein sized to accommodate a respective portion of the periphery of the mounting device. With a portion of the mounting device periphery received in the opening of each wall, the wall resides at or adjacent the periphery of the device to lie internally adjacent a respective wall of the post to provide extra material for engagement by a screw fastener driven through the post wall.

대표청구항 ▼

1. In combination, a hollow post, an internal upright support over which the hollow post resides in a position closing therearound, a mounting device having an axial passage through which the internal upright support passes and having an outer periphery facing outwardly away from the passage at a di

1. In combination, a hollow post, an internal upright support over which the hollow post resides in a position closing therearound, a mounting device having an axial passage through which the internal upright support passes and having an outer periphery facing outwardly away from the passage at a distance outward therefrom in frictional contact with walls of the hollow post, and an internal mounting accessory comprising interconnected walls having inner faces facing into an open space left between said walls, the internal upright passing through the open space of the internal mounting accessory, the interconnected walls of which are situated on different sides of the internal upright support, each one of the interconnected walls of the internal mounting accessory having an opening therein through which a respective portion of the periphery of the mounting device extends into frictional contact with a respective one of the walls of the hollow post to support the hollow post in place over the internal upright support, whereby the interconnected walls of the internal mounting accessory cooperate with the respective walls of the hollow post to provide an increased material thickness that is engagable by threaded fasteners driven through one or more of said respective walls of the hollow post to attach a rail or other component thereto. 2. The combination of claim 1 wherein a connection between two of the interconnected walls of the internal mounting accessory comprises a resilient area that is flexible out of a normal unflexed condition to enable selective moving of the inner faces of said two of the interconnected walls away from one another. 3. The combination of claim 2 wherein said two of the interconnected walls of the internal mounting accessory are connected end to end and, with the connection in the normal unflexed condition, lie in perpendicular planes. 4. The combination of claim 3 wherein the interconnected walls of the internal mounting accessory comprise a third wall connected end to end with one of said two of the interconnected walls to lie parallel to the other of said two of the interconnected walls with the connection in the normal unflexed condition. 5. The combination of claim 3 comprising an additional connection between a third one of the interconnected walls and a first one of said two of the interconnected walls, the additional connection comprising an additional resilient area that is flexible out of a respective normal unflexed condition to enable selective moving of the third one of the interconnected walls away from the inner faces of said two of the interconnected walls. 6. The combination of claim 5 wherein the third one of the interconnected walls is perpendicular to the first one of said two of the interconnected walls with the additional connection in the respective normal unflexed condition. 7. The combination of claim 4 wherein the interconnected walls of said internal mounting accessory consists of said two of the interconnected walls and said third one of the interconnected walls. 8. The combination of claim 1 wherein the opening in each of the interconnected walls of said internal mounting accessory is disposed between, and spaced from each, of top and bottom ends thereof. 9. The combination of claim 8 wherein at least one wall of the interconnected walls of said internal mounting accessory comprises a respective slot that is narrower than the opening in said at least one wall and that extends from said opening to a respective one of the top and bottom ends of said at least one wall. 10. The combination of claim 1 wherein said mounting device comprises an outer cylindrical wall defining the periphery of said mounting device on a circular path around the passage, the openings in the interconnected walls of the internal mounting accessory each having an upper boundary seated on a top end of the cylindrical wall of the mounting device. 11. The combination of claim 1 wherein the openings in the interconnected walls of said internal mounting accessory are rectangular in shape. 12. The combination of claim 1 wherein the interconnected walls of said internal mounting accessory are rectangular in shape. 13. The combination of claim 1 wherein each one of the interconnected walls of said internal mounting accessory extends both upwardly and downwardly past the opening therein. 14. In combination, a hollow post, an internal upright support over which the hollow post resides in a position closing therearound, a mounting device having an axial passage through which the internal upright support passes and an outer cylindrical wall facing outwardly away from the passage on a circular path therearound in frictional contact with walls of the hollow post, and an internal mounting accessory comprising interconnected walls having inner faces facing into an open space left between said interconnected walls, the internal upright passing through the open space of the mounting accessory, the interconnected walls of which are situated on different sides of the internal upright support, each of said interconnected walls of said internal mounting accessory having an opening therein through which a respective arcuate portion of the cylindrical wall of the mounting device extends into frictional contact with a respective one of the walls of the hollow post to support the hollow post in place over the internal upright support, whereby the interconnected walls of the internal mounting accessory cooperate with the respective walls of the hollow post to provide an increased material thickness that is engagable by threaded fasteners driven through one or more of said respective walls of the hollow post to attach a rail or other component thereto.