초록 ▼

A supporting mount mounts a device to a post and is removably fixed to the post without being fastened thereto by any penetrating fastener. A front panel is at the front post face and has the device fixed thereto. A pair of opposing side panels are at respective side post faces. Each side panel has

A supporting mount mounts a device to a post and is removably fixed to the post without being fastened thereto by any penetrating fastener. A front panel is at the front post face and has the device fixed thereto. A pair of opposing side panels are at respective side post faces. Each side panel has a lower lateral edge connecting to the front panel and an opposing upper lateral edge. A connecting element at the back post face interconnects the upper lateral edges of the side panels. A top edge of the front panel is vertically lower than a top portion of the connecting element. The mount pivots into frictional contact with the back post face at the top portion of the connecting element and with the front post face at a bottom portion of the front panel.

대표청구항 ▼

The invention claimed is: 1. A supporting mount mounting a device to a generally vertical post having generally vertical front and back faces and a pair of generally vertical opposing side faces extending between the front and back faces, the mount being removably fixed to the post without being fa

The invention claimed is: 1. A supporting mount mounting a device to a generally vertical post having generally vertical front and back faces and a pair of generally vertical opposing side faces extending between the front and back faces, the mount being removably fixed to the post without being fastened to the post by any fastener that would penetrate into the post, and comprising: a front panel positioned at the front face of the post, the front panel having a pair of opposing lateral edges, a top edge, and a bottom portion with respect to the post, the front panel for having the device fixed thereto; a pair of opposing side panels positioned at respective side faces of the post, each side panel having a lower lateral edge that faces toward and connects to a respective lateral edge of the front panel and an upper lateral edge that faces away from the front panel, the lower lateral edge on each side panel being vertically positioned with respect to the post to be relatively lower and the upper lateral edge on each side panel being vertically positioned with respect to the post to be relatively higher, the side panels being bilaterally arranged to mirror each other with respect to the post; and a connecting element positioned at the back face of the post, the connecting element interconnecting the side panels at about the upper lateral edges thereof and having a top portion with respect to the post, the front panel, side panels, and connecting element surrounding the post, the top edge of the front panel being vertically arranged with respect to the post to be lower than the top portion of the connecting element, the device as fixed to the mount exerting a cantilevering force on the mount, the cantilevering force causing the mount to pivot into a frictional contact with the back face of the post at the top portion of the connecting element and with the front face at the bottom portion of the front panel, the frictional contact of the mount at the front and back faces of the post as resulting from the cantilevering force exerted by the device resisting gravity and preventing the mount with the device from sliding down the post even though the mount is not fastened to the post by any fastener that would penetrate into the post, wherein the connecting element is a generally cylindrical cross-connector selected from one of a rod and a length of tubing. 2. The mount of claim 1 wherein the cross-connector is inserted through apertures defined in the side panels adjacent the upper lateral edges thereof to interconnect the side panels, and wherein the cross-connector includes caps positioned at external sides of the side panels and over either end of the cross-connector to hold the cross-connector in place. 3. The mount of claim 1 wherein the front panel is attached to the side panels at the respective lower lateral edges thereof in a relatively permanent manner, and wherein the connecting element is attached to the side panels at the respective upper lateral edges thereof in a relatively temporary manner, such that the connecting element may be removed from the mount to remove the remainder of the mount from around the post and thereafter the connecting element may be attached to the remainder of the mount when fixing same to the post. 4. The mount of claim 3 wherein the front panel is attached to the side panels at the respective lower lateral edges thereof by one of screws, gluing, heat welding, and being formed as a single unit by an injection molding process. 5. The mount of claim 1 further comprising a friction-enhancing material at at least one of the top portion of the connecting element and the bottom portion of the front panel. 6. The mount of claim 1 wherein the front and side panels and the connecting element are dimensioned so as to loosely accommodate the post within the mount.