The self-supporting fence or baluster shelf bracket is a device that is adapted to attach onto and support itself perpendicularly with respect to a fence picket or baluster. Moreover, the self-supporting fence or baluster shelf bracket is adapted to interface with the fence picket or baluster provided the fence picket or baluster is vertically oriented. The self-supporting fence or baluster shelf bracket includes a shelf-supporting arm and a back support member that are parallel with one another, and translate relative to one another via a pair of lever arms. Installed, the fence picket or baluster is adapted to be sandwiched between the shelf-supporting arm and the back support member. The shelf-supporting arm is elongated and able to receive and support a shelf member thereon and at a perpendicular orientation with respect to the fence picket or baluster.

Technology is provided for a strut hanger for connecting a strut to a hanger rod includes a hook portion configured to engage the exterior surface of the hanger rod, a lever portion, a fulcrum disposed between the hook portion and lever portion, and a strut tab extending from the lever portion and configured to engage a strut. Load placed on the strut tab causes the lever portion to act against the fulcrum to force the hook portion against the hanger rod, thereby supporting the strut from the hanger rods without fasteners attached to the hanging rods. The strut hanger can include a clip extending from the lever portion to engage the hanger rod and maintain a minimum load on the lever.

The invention relates to a retainer which can be fastened to a stand (1), having two jaws (2) which enclose the stand (1) in a clip-like manner and are guided displaceably relative to one another perpendicularly to their butt face (3) and, on the ends forming the butt faces (3), have connecting shoulders (4) which are opposite one another in pairs. In order to create advantageous design conditions, it is proposed that the connecting shoulders (4) form, on the side thereof facing away from the butt face (3), wedge faces (5) extending inclined relative to each other and each interact with a clamping shoe (8) surrounding the wedge-shaped connecting shoulders (4) in a wedge-shaped socket (9), and that the two jaws (2) each comprise, on the inside thereof, a guide ridge (6) which protrudes beyond the butt face (3) towards the other jaw (2) and engages in a guide groove (7) of the other jaw (2).

A gravity-lock, height-adjustable shelving, object support and hanging system which, in a preferred embodiment, comprises: a. at least one rod for substantially vertical installation, said rod having an outer diameter D; b. at least one slider comprising a bore therethrough, said bore comprising an inner diameter slightly greater than D, such that said bore through said slider accommodates passage of said rod through said slider; and c. at least one appendage attached or attachable to said slider, wherein said appendage extends substantially horizontally away from the point proximal the point of attachment to said slider to a distal point of said appendage.

Methods of making and using the apparatus, device and system according to the invention are likewise disclosed, and those skilled in the art, based on this disclosure, will appreciate that equivalents, permutations and combinations of the elements described herein to compose this invention may be made without departing from the core of the invention disclosed herein.

A position adjustable support assembly is convertible from a tool case, to a step stool. A segmented position adjustable support assembly has a center assembly and a left and right assembly. The left and right assemblies are rotatable about the center assembly and the vertical supports of the center, left and right assemblies can be retained in base and top-receivers of a tool case. Retainers may secure the segmented assembly to the base and top. The top may convert to a top-step and the base may be utilized as a bottom step of a stepstool. A pair of legs may extend from the re-positioned top cover and these legs may be retained by a top-step retainer assembly that may be coupled to the base; thereby providing stability for the stepstool.

A tension-mounted pole for mounting between two substantially parallel surfaces includes a central tubular body, a first telescoping tubular body having a telescoping first end coupled with the central tubular body and a free second end, and a second tubular body having a telescoping first end coupled with the central tubular body and a free second end. An extension mechanism is mounted to the central tubular body. The extension mechanism is configured to be manually actuated and has a toothed rack and pinion arrangement configured to simultaneously move the first and second tubular bodies in opposite directions relative to the central tubular body.

A position adjustable support assembly is convertible from a tool case, to a step stool. A segmented position adjustable support assembly has a center assembly and a left and right assembly. The left and right assemblies are rotatable about the center assembly and the vertical supports of the center, left and right assemblies can be retained in base and top-receivers of a tool case. Retainers may secure the segmented assembly to the base and top. The top may convert to a top-step and the base may be utilized as a bottom step of a stepstool. A pair of legs may extend from the re-positioned top cover and these legs may be retained by a top-step retainer assembly that may be coupled to the base; thereby providing stability for the stepstool.

A tension-mounted pole for mounting between two substantially parallel surfaces includes a central tubular body, a first telescoping tubular body having a telescoping first end coupled with the central tubular body and a free second end, and a second tubular body having a telescoping first end coupled with the central tubular body and a free second end. An extension mechanism is mounted to the central tubular body. The extension mechanism is configured to be manually actuated and has a toothed rack and pinion arrangement configured to simultaneous move the first and second tubular bodies in opposite directions relative to the central tubular body.

A position adjustable support assembly is convertible to and from a tool case, to allow transport with a plurality of articles attached thereto. A segmented position adjustable support assembly has a center assembly and a left and right assembly. The left and right assemblies are rotatable about the center assembly and the vertical supports of the center, left and right assemblies can be retained in base and top-receivers of a tool case. Retainers may secure the segmented assembly to the base and top. This allows a user to mount the segmented assembly in a first work location, and then convert the segmented assembly to a tool case for transport to a second work location.

A position adjustable support assembly is convertible to and from a tool case, to allow transport with a plurality of articles attached thereto. A segmented position adjustable support assembly has a center assembly and a left and right assembly. The left and right assemblies are rotatable about the center assembly and the vertical supports of the center, left and right assemblies can be retained in base and top-receivers of a tool case. Retainers may secure the segmented assembly to the base and top. This allows a user to mount the segmented assembly in a first work location, and then convert the segmented assembly to a tool case for transport to a second work location.