A removably mountable temporary work surface is disclosed herein. In some embodiments, the removably mountable temporary work surface includes a toolless mounting bracket, a spacing bar, and a hinge affixed to a work surface. The toolless mounting bracket may be configured to mount to construction framing. The spacing bar can be configured to extend or retract for use and storage. In various configurations, the work surface may include a metallic material and include one or more mechanisms to secure contents to the work surface, such as magnetic tethers. The work surface can be sized to form a substantially contiguous surface when mounted to adjacent framing posts.

A system and method for forming scaffolding wherein the system comprises a plurality of upright columns arranged along a line adjacent to a vertical surface and anchored proximate to a base thereof and a platform supported by the plurality of upright columns. The method comprises anchoring a first set of a plurality of upright column segments by a base support proximate to a bottom of wall along a single line, extending a plurality of subsequent upright column segments from the first set of upright column segments to form a plurality of inline upright columns and supporting a platform from the plurality of upright columns.

A platform assembly, such as for a utility or communications monopole, can include a central mounting bracket, such as can be configured for mounting about a monopole. One or more or at least three platforms can extend laterally from the central mounting bracket. One or more or at least three lower rails can extend between adjacent pairs of the platforms. One or more or at least three upper rails can be located above respective lower rails. A plurality of vertical mounting pipes can interconnect respective upper rails to corresponding lower rails. Such vertical mounting pipes can support the respective upper rails with respect to the corresponding lower rails. One or more or at least three corner connection plates can extend between adjacent upper rails. A vertical support pedestal can connect at least one of the corner connection plates to an underlying one of the one or more or at least three platforms.

A pipe-support system including a pipe-support frame structure having plural, substantially horizontal, pipe-support levels supported by columns including a distribution of side columns uniformly spaced along at least one side of the frame structure, and featuring selectively graduated, support-level-indifferent, lateral-connectivity access for quickly available, removeable, outrigger gravity attachment to the frame's side columns, through gravity catch and hook structures, of modular, outrigger, lateral, worker-platform scaffolding either as individual scaffolding units, or as assemblies of plural, individual units, all such units deriving vertical support through outrigger connections made to the frame structure.

A collapsible and portable road sign platform, comprising: a) a square or rectangular platform base portion; b) a square or rectangular platform frame portion comprising a plurality of platform frame members; c) a left platform bracket portion and a right platform bracket portion; and d) a safety railing portion comprising a plurality of safety railing frame members, wherein the left platform bracket portion and/or the right platform bracket portion are/is adjustable, and wherein the road sign platform is capable of being affixed off the ground to a pair of wood posts.

Brackets for securing vertical strongbacks to horizontal walers secured to a face of a concrete wall form. Each bracket has a flange adapted to be mounted to an upper surface of the waler, a standoff connected to the flange and extending perpendicular to and beyond the waler to a distal end for defining a strongback-receiving pocket between the waler and the distal end for receiving the strongback. A wedge is operatively coupled to the distal end for pinching the strongback between the wedge and the waler for securing the strongback to the waler.

A collar mount for a base station monopole has a plurality of pressure members that surround the monopole. Threaded members are connected between adjacent pressure members to tighten the pressure members against the monopole. Pressure plates of the pressure members have a forward edge configured to engage the monopole at a pressure point. A dispersement plate is positioned at the pressure point where the dispersement plate is non-rigidly connected to the pressure plates. A second threaded member may connect the upper pressure plates of each two adjacent pressure members together. Each of the pressure members may include a plurality of pressure plates where the pressure plates have a width direction extending parallel to the monopole and a thickness direction extending perpendicular to the width direction where the width direction is larger than the thickness direction.

The disclosure relates to a platform board assembly defining a front, a rear, and two sides and having: a plank having a free end towards the front and a fixed end towards the rear; a T-plate having a bottom extension and a top extension, wherein the bottom extension of the T-plate is connected to the fixed end of the plank; a vertical support member wherein the vertical support member is connected to the top extension of the T-plate; at least one ratchet stop mounted on a first side of the platform board assembly, wherein the ratchet stop is includes: a spool; a ratchet wheel rotatable about the spool; and a pawl configured to engage and disengage with the ratchet wheel; and a flexible connector engaged with the spool.

A scaffolding assembly adapted to be releasably attached to an elongate support member such as an overhead pipe. The scaffolding assembly has a split collar and a platform assembly adapted to be releasably attached to the split collar. The split collar comprises at least two segments which can encircle the pipe and be secured to one another. The platform assembly which includes a platform deck has a connector formation which extends laterally outwardly from the deck to an extent that it can engage a receiving formation on the collar assembly and thereby attach the platform assembly to the collar assembly.

A scaffolding assembly adapted to be releasably attached to an elongate support member such as an overhead pipe. The scaffolding assembly has a split collar and a platform assembly adapted to be releasably attached to the split collar. The split collar comprises at least two segments which can encircle the pipe and be secured to one another. The platform assembly which includes a platform deck has a connector formation which extends laterally outwardly from the deck to an extent that it can engage a receiving formation on the collar assembly and thereby attach the platform assembly to the collar assembly.