An adjustable step includes a planar surface having an acute angular bend at an off-center portion of the planar surface dividing the device into a first section and a second section. The first section has anti-slip surface disposed upon a topside face. The second section has a rectangular cutout portion that transects an edge of the second section. The step is configured to removably secure about a dock post and remain in position when pressure is applied to said first section.

A device has two anchor sleeves (3) in a concrete wall (2) accommodating two parallel anchor bolts (6) of a U-shaped step iron (1) form-fittingly. Between coupling parts formed by the anchor sleeves (3) and the anchor bolts (6), a detent assembly (7) has at least one detent tongue (8) sprung in the radial direction on one of the coupling parts (3, 6) and a detent recess (9) that receives the detent tongue (8) on the other coupling part (6, 3). A guide surface (15) for the detent tongue (8) is inclined in the peripheral direction and extends in the radial direction over the engagement depth of the detent tongue (8) adjoining the detent recess (9) at least in a peripheral direction.

A device has two anchor sleeves (3) in a concrete wall (2) accommodating two parallel anchor bolts (6) of a U-shaped step iron (1) form-fittingly. Between coupling parts formed by the anchor sleeves (3) and the anchor bolts (6), a detent assembly (7) has at least one detent tongue (8) sprung in the radial direction on one of the coupling parts (3, 6) and a detent recess (9) that receives the detent tongue (8) on the other coupling part (6, 3). A guide surface (15) for the detent tongue (8) is inclined in the peripheral direction and extends in the radial direction over the engagement depth of the detent tongue (8) adjoining the detent recess (9) at least in a peripheral direction.

A folding hook device with an elongated arm folds vertically from a support bracket. The elongated arm is vertically supported in a horizontal orientation by a protrusion. The protrusion extends from a pivot portion disposed on a side of the elongated arm opposite a hook end. The protrusion has a first abutment face. The support bracket has a second abutment face. The second abutment face cooperates with the first abutment face to limit rotation of the elongated arm. A method of using the device includes mounting the device on a vertical surface, such as a body of a golfcart. The elongated arm is pivoted into a horizontal orientation. An object may hang, rest, or be supported by the device when deployed in the horizontal orientation. The elongated arm is stowed by pivoting the elongated arm into a vertical orientation.

A pole step can include an L-bolt with a first portion extending along a first axis and a second portion extending along a second axis, the second axis substantially perpendicular from the first axis, the first portion comprising a raised key. The pole step can further include a step body comprising a first end wall, a second end wall, a step wall extending between the first end wall and the second end wall, and a passage. The passage can be configured to receive the L-bolt. The step body and L-bolt can be adjustable relative to one another to vary a distance between the first end wall of the step body and the second portion of the L-bolt.

A pole step apparatus for fiberglass utility poles can have a supporting body is disclosed, having a bended portion with a brace on the supporting body; a grip surface distal to the bended portion; a nut on a threaded portion of the supporting body to tighten the brace toward the bended portion via the threaded portion of the supporting body; a passthrough in the brace formed can accommodate a supporting body and resists rotation; the bended portion is formed on the supporting body at a 90-degree angle; an arc is formed on the brace adjacent to the bended portion; and the brace resists rotation via a non-cylindrical, anti-rotational portion of the supporting body.

A temporary step and support assembly includes two primary portions: an attachment member and a horizontal surface member. The attachment member preferably includes three sides for engaging a board or other fixed support, wherein the first side and the third side are disposed in parallel relation, and the second side is preferably angled upwardly from the first side to the third side. The horizontal support member, extends from the first side of the attachment member, and serves as a temporary step, so that a user may attach the temporary step and support assembly to a board or other fixed support for standing or climbing to reach a greater height in an upward direction. Optionally, the horizontal support member may be angularly adjustable with respect to the attachment member for use on angled fixed support studs, boards or framing.

Disclosed is a step assembly for use in climbing a utility structure. The step assembly comprises a rod member and a plate member. The rod member comprises a generally L-shaped rod, a shoulder formed contiguously to the generally L-shaped rod, and an arm pivotably coupled to the shoulder by a pin. The plate member comprises a duct having a longitudinally formed internal passage, and a support plate attached at one end portion of the duct and formed transversally to the duct, wherein the internal passage of the duct contiguously provides an opening in the support plate at the one end portion. The aligned shoulder and arm are configured to pass through the internal passage.

A stowable step assembly for climbing a structure is disclosed which includes an articulating step, including a step, the step has at least one cam surface, allowing articulation of the step from i) a deployed position allowing a user to place weight on the step, to ii) a stowed position, at least one cam stop configured to stop the cam motion of the step when in the deployed position; a hanger, including a connector configured to interface with the step, wherein the connector includes at least one counterpart cam surface to the at least one cam surface of the step and wherein the connector includes at least one counterpart cam stop to the at least one cam stop of the step, at least one hook configured to interface with a counterpart attachment arrangement of a structure; and a fastener configured to couple the connector to the step.

A system and method for creating an anchoring device that attaches between two nearby surfaces that may be oriented at different angles to each other about a vertical axis is described. The anchoring device includes a first and second support base that are fastened to a support surface, and a cross member that extends between the support bases and is pivotable about a vertical axis with respect to the support bases. The cross member may be adjustable in length. The anchoring device can be used to support an end of a plank to make a platform. The other end of the plank may be supported by a second anchoring device or another support surface.