A delineator mounting system that includes an octagonal mounting apparatus for mating a traffic delineator to an in-ground mount. According to a first preferred embodiment, an exemplary delineator mounting system of the present invention includes an extended central housing having a lower end with an octagonal outer surface, an octagonal inner surface and a flared lower connecting surface. According to a further preferred embodiment, the extended central housing further includes an upper end having a cylindrical main body which includes an upper end exterior surface, an upper end interior surface, and a flared upper connecting surface.

A delineator mounting system that includes an octagonal mounting apparatus for mating a traffic delineator to an in-ground mount. According to a first preferred embodiment, an exemplary delineator mounting system of the present invention includes an extended central housing having a lower end with an octagonal outer surface, an octagonal inner surface and a flared lower connecting surface. According to a further preferred embodiment, the extended central housing further includes an upper end having a cylindrical main body which includes an upper end exterior surface, an upper end interior surface, and a flared upper connecting surface.

Disclosed herein is a bollard system including an impact receiving post and a foundation cage. The impact receiving post includes an outer surface, a proximal end, and a distal end. The foundation cage defines a three-dimensional lattice structure. The foundation cage is coupled to the proximal end of the impact receiving post and is configured for installation in concrete beneath a ground surface. The foundation cage defines a recess to receive a proximal portion of the impact receiving post. The foundation cage includes a horizontal stop member at least partially extending across the recess and supporting the impact receiving post and preventing the impact receiving post from extending further into the foundation cage before the concrete sets.

Disclosed herein is a bollard system including an impact receiving post and a foundation cage. The impact receiving post includes an outer surface, a proximal end, and a distal end. The foundation cage defines a three-dimensional lattice structure. The foundation cage is coupled to the proximal end of the impact receiving post and is configured for installation in concrete beneath a ground surface. The foundation cage defines a recess to receive a proximal portion of the impact receiving post. The foundation cage includes a horizontal stop member at least partially extending across the recess and supporting the impact receiving post and preventing the impact receiving post from extending further into the foundation cage before the concrete sets.

A collapsible user customizable sign having a frame on a first end of a pole where the frame is moveable between a collapsed position to a deployed position. The frame has a plurality of removably engageable flexible panels having indicia thereon connected to distal ends of aligned horizontal members of the frame. The flexible panels may be changed to change the indicia and or the color of the flexible panels to provide a user a customizable portable sign.

A collapsible user customizable sign having a frame on a first end of a pole where the frame is moveable between a collapsed position to a deployed position. The frame has a plurality of removably engageable flexible panels having indicia thereon connected to distal ends of aligned horizontal members of the frame. The flexible panels may be changed to change the indicia and or the color of the flexible panels to provide a user a customizable portable sign.

A stake installation tool may include a rod having a lower end and an opposed upper end, and a sleeve fixed to the rod around an outer surface of the upper end. The installation tool may also include a support tube having channel extending therethrough, with the sleeve mounted within the channel adjacent to an upper end of the support tube and fixed thereto, and with the rod extending through the channel and extending downward from a lower end of the support tube, creating a gap between the channel and the rod to receive a stake in the gap while the stake also extends downward from the lower end of the support tube on the rod. The installation tool may also include a handle mounted on top of the support tube.

A stake installation tool may include a rod having a lower end and an opposed upper end, and a sleeve fixed to the rod around an outer surface of the upper end. The installation tool may also include a support tube having channel extending therethrough, with the sleeve mounted within the channel adjacent to an upper end of the support tube and fixed thereto, and with the rod extending through the channel and extending downward from a lower end of the support tube, creating a gap between the channel and the rod to receive a stake in the gap while the stake also extends downward from the lower end of the support tube on the rod. The installation tool may also include a handle mounted on top of the support tube.

A system and method for marking the locations of curbs, driveways, roads, and boundaries utilizes a plurality of elongated, flexible, resilient markers installed within the ground by a rigid, elongated tubular member having a diameter greater than the diameter of the markers to be installed. The tubular member has a closed capped top and an open bottom. A given location marker is positioned perpendicular to the ground, adjacent to the location of a curb or driveway. The open bottom end of the tubular member is then positioned over the top end of the location marker and the tubular member is slid down over the marker. The impact of the closed top of the tubular member on the top end of the location marker drives the marker into the ground.

A support for a marker pole, comprising a ground-embedded ground spike (5) in the form of a straight rod and a marker pole holder in the form of a spiral (1, 2), characterized in that one or more of the uppermost turns (1) of the spiral have a larger inner diameter than the lower turns (2) of the spiral.