Provided is an angular beam connecting apparatus. Angular beams are various types of angular beams with at least one groove that includes inner walls formed on both sides of the groove. The connecting apparatus assembled in the at least one groove of the respective angular beams includes: an upper member having at least one first pressing hole formed therein and at least one first inclined surface formed therein; a lower member a second pressing hole formed therein in correspondence to the first pressing hole and a second inclined surface formed therein while facing the first inclined surface; pressure units that are screwed through the first and second pressing holes of the upper and lower members; at least one pressure rod located in the space “a” formed between the first and second inclined surfaces by placing the first and second inclined surfaces of the upper and lower members to face each other, wherein the pressure units of the connecting member penetrate the first and second pressing holes to have the upper and lower members closely contact each other, and the at least one pressure rod located in the space “a” between the first and second inclined surfaces is pushed outward to fix two angular beams and to extend the length of the structure formed by the two angular beams.

Provided is an angular beam connecting apparatus. Angular beams are various types of angular beams with at least one groove that includes inner walls formed on both sides of the groove. The connecting apparatus assembled in the at least one groove of the respective angular beams includes: an upper member having at least one first pressing hole formed therein and at least one first inclined surface formed therein; a lower member a second pressing hole formed therein in correspondence to the first pressing hole and a second inclined surface formed therein while facing the first inclined surface; pressure units that are screwed through the first and second pressing holes of the upper and lower members; at least one pressure rod located in the space “a” formed between the first and second inclined surfaces by placing the first and second inclined surfaces of the upper and lower members to face each other, wherein the pressure units of the connecting member penetrate the first and second pressing holes to have the upper and lower members closely contact each other, and the at least one pressure rod located in the space “a” between the first and second inclined surfaces is pushed outward to fix two angular beams and to extend the length of the structure formed by the two angular beams.

An over-the-door hanging apparatus includes a support structure extending along a longitudinal axis and having a rear surface. A first mounting bracket that is elongated in a direction transverse to the longitudinal axis of the support structure is coupled to the rear surface of the support structure. A bracket assembly may include a first elongate member having a first bracket that is configured to engage a top edge of a door, a second elongate member having a second bracket that is configured to engage the top edge of the door, and at least one mounting element. The support structure may be configured to be mounted to the bracket assembly through engagement between the at least one mounting element of the bracket assembly and the first mounting bracket.

An over-the-door hanging apparatus includes a support structure extending along a longitudinal axis and having a rear surface. A first mounting bracket that is elongated in a direction transverse to the longitudinal axis of the support structure is coupled to the rear surface of the support structure. A bracket assembly may include a first elongate member having a first bracket that is configured to engage a top edge of a door, a second elongate member having a second bracket that is configured to engage the top edge of the door, and at least one mounting element. The support structure may be configured to be mounted to the bracket assembly through engagement between the at least one mounting element of the bracket assembly and the first mounting bracket.

A support (1) is for an energy supply chain (2). The support (1) is divided in a longitudinal direction (L) into a plurality of sections (5), wherein the sections (5) each have at least one tooth (6) at their ends, and wherein in each case two adjacent section (5) are interlocked with one another via the teeth (6).

A support (1) is for an energy supply chain (2). The support (1) is divided in a longitudinal direction (L) into a plurality of sections (5), wherein the sections (5) each have at least one tooth (6) at their ends, and wherein in each case two adjacent section (5) are interlocked with one another via the teeth (6).

An over-the-door hanging apparatus which includes a mirror apparatus having a rear surface, at least one mounting element located on the rear surface of the mirror apparatus, and at least one over-the-door hanger. The over-the-door hanger may include an elongate member, a bracket for engaging a top edge of a door, a first hook punched into the elongate member and being aligned with a first aperture formed through the elongate member, and a second hook punched into the elongate member and being aligned with a second aperture formed through the elongate member. The mirror apparatus may be slidably mounted to the at least one over-the-door hanger through slidable mating between the at least one mounting element on the rear surface of the mirror apparatus and one of the first and second hooks of the at least one over-the-door hanger.

Disclosed is an apparatus for restricting movement between a first structural member and a second structural member. The apparatus includes a hook block welded in position to the first structural member as well as a plate fastened to the second structural member with fasteners. The apparatus also includes a least one knuckle, wherein, the knuckle is pre-welded to the plate and overlaps and engages the hook block restricting movement of the first structural member relative to the second structural member.

Disclosed is an apparatus for restricting movement between a first structural member and a second structural member. The apparatus includes a hook block welded in position to the first structural member as well as a plate fastened to the second structural member with fasteners. The apparatus also includes a least one knuckle, wherein, the knuckle is pre-welded to the plate and overlaps and engages the hook block restricting movement of the first structural member relative to the second structural member.

A clip includes a clip portion, a neck, and a hook portion. The clip portion includes a base arranged at the bottom side and having at least one tooth projecting from it, at least one clip arm connected to the base at a proximal end and having an opposite distal end spaced from the base and extending toward the rear end. A neck is connected to the clip portion and extends toward the front end. A hook portion is connected to the neck opposite the clip portion.