A power distribution system includes a track having a first end, a second end opposite the first end, and a longitudinal axis extending through the first and second ends. The track defines a channel extending along the longitudinal axis. A plurality of power cables is positioned within the channel. The power distribution system further includes an electrical hub having a body coupled to the second end of the track. A plurality of wafers is supported by the body and stacked on top of each other to define a set of terminals. The set of terminals is electrically connected to the plurality of power cables. A power receptacle is supported by the body and electrically connected to the plurality of wafers.

An assembly, configured to be mounted on a structure, includes a duct in the form of a hollow tubular body of which an inner space defines a zone for receiving a wiring harness. The duct is flexible and includes a longitudinal slot. The assembly includes attachment lugs rigidly connected to the duct and configured to be assembled to the structure. The assembly includes, at longitudinal edges of the duct, on either side of the slot, a pair of recesses with one recess per longitudinal edge. The receiving zone is compartmentalized into two longitudinal channels by a longitudinal separator extending from a longitudinal base of the duct to the slot. The separator has a recess in the same cross-section as the pair of recesses of the duct. The assembly includes a clamping member configured to be inserted into the pair of recesses of the duct and the recess of the separator.

A wire harness routing method is provided. A wire harness is routed on a protector base. A protective tape is wound around an outer periphery of the wire harness at a position outside an end portion of the protector base in a longitudinal direction. A cover is put on the protector base under the above state. The wire harness is fixed to, by winding a binding band at a position where the tape is wound, a wire harness-fixed protruding piece protruding outward in the longitudinal direction from an end portion of the cover in the longitudinal direction.

A mounting bracket assembly including at least one mount configured to be connected to a structure, a distribution harness configured to mount at least one electrical receptacle, and at least one bracket. The at least one bracket is configured to at least partially extend around the distribution harness and removably connect the distribution harness to the at least one mount.

A conduction path includes: a wire that has a circular cross section and includes a conductive body having an outer periphery covered by an insulating cover; a routing member that includes a routing groove in which the wire is routed; and a cover that is configured to be attached to the routing member and to cover the routing groove, wherein a curved surface having a curvature radius that is larger than the radius of the wire is formed in an inner surface of the routing groove, and in a state in which the cover is attached to the routing member, a distance between the cover and the inner surface of the routing groove in a direction that is perpendicular to an inward surface of the cover is the same length as the diameter of the wire.

A connection arrangement for a floor power distribution system includes a hub arrangement configured to distribute electrical power and including a hub housing and an electrical connector, the hub housing configured to abut a floor, and an adapter configured to engage the hub housing of the hub arrangement and configured to abut the floor, wherein at least a portion of the adapter is cantilevered over at least a portion of the hub housing, wherein the portion of the adapter that is cantilevered over the portion of the hub housing is vertically aligned with the electrical connector of the hub arrangement.

Provided are a harness protector 10 that is mounted, in use, to a wire harness 18 including, on an outer circumference thereof, a corrugated tube 20 including a series of ridge portions 34 and valley portions 36, the harness protector including wire lead-out ports 28a to 28h serving as an inlet/outlet of the wire harness 18, wherein protrusions 42a and 42b and a stopper 46 protrude from inner circumferential surfaces 38 and 40 of the wire lead-out ports 28a to 28h, the protrusions 42a and 42b are configured to be fitted to the valley portions 36, and the stopper 46 has a larger width dimension at a protruding end face 52 or a basal portion thereof than a width dimension of the valley portions 36, and a harness assembly including the wire harness 18.

A floor power distribution system that includes a power distribution junction assembly including a first housing configured to abut a floor surface, a pair of receptacle junction assemblies each including a second housing configured to abut the floor surface, and a pair of raceway assemblies each including an elongated raceway including a longitudinally extending channel, a pair of ramps each coextending with the elongated raceway on opposite sides thereof, each ramp including a proximate edge that engages the elongated raceway and having a first thickness, and a distal edge having a second thickness that is less than the first thickness, wherein the elongated raceway and the elongate ramp are configured to be located between the floor surface and a floor covering in an area frequented by foot traffic.

A cord organizer has a flexural board with a back, a front, a width, a length and a thickness. A frontal surface has rectangular facets separated by open-ended elongate slots, and each open-ended elongate slot is coextensive with an open-ended elongate chamber forming a cord retainer, which is recessed within the thickness. When the flexural board is angularly flexed the rectangular facets fan out and each of the open-ended elongate slots are widened, therein widening access to each of the open-ended elongate chambers; and while widened the cord retainers are individually fitted with a sectional length of a cord. When the flexural board is released it returns to its relaxed state, wherein the cord retainers envelop and restrain each of the cords on the flexural board.

A conduction path includes: a wire that has a circular cross section and includes a conductive body having an outer periphery covered by an insulating cover; a routing member that includes a routing groove in which the wire is routed; and a cover that is configured to be attached to the routing member and to cover the routing groove, wherein a curved surface having a curvature radius that is larger than the radius of the wire is formed in an inner surface of the routing groove, and in a state in which the cover is attached to the routing member, a distance between the cover and the inner surface of the routing groove in a direction that is perpendicular to an inward surface of the cover is the same length as the diameter of the wire.