Ditto Sales, Inc.

Scott Schwinghammer

David R Gutgsell

Burton L Siegal

An electrical raceway assembly for use with a structure is provided. The elongated raceway is engageable to the structure and has a length, a transverse base and a pair of opposite upstanding sidewalls extending along the length to define at least one channel configured for retaining electrical wires. A locking element secures and detachably engages the raceway to a surface of the structure. In one embodiment, the locking element includes a mounting plate, a stud, a core, and a locking lever. The stud has a threaded first end, an opposite second end, and a shoulder between the first and second end. The threaded first end is insertable through an opening defined in the mounting plate to engage a threaded hole in the surface of the structure. The core has a rounded outer surface and defines a thru-hole for receiving the second end of the stud. The locking lever includes a handle portion and a rounded camming portion. The camming portion defines a chamber for rotatably housing the core and a wall defining a groove in communication with the chamber for receiving the second end of the stud. The wall defines a contoured camming surface surrounding one end of the groove. The locking lever is rotatable about the second axis of the core from a first released position to a second locked position with the camming surface bearing against the mounting plate to securely engage the raceway to the structure.

Electrical raceway assembly

An electrical raceway assembly for use with a table-top structure. The raceway assembly includes an elongated raceway and a locking element. The locking element includes a first end detachably engaged to the raceway, and an opposite second end having a locking lever movable between a locked position for quickly engaging the raceway to the structure and a released position for quickly releasing the raceway from the structure. The elongated raceway has a length, a transverse base and a pair of opposite upstanding sidewalls extending along the length to define at least one open channel configured for retaining electrical wires. The raceway is engageable to the table-top structure in either a first position, wherein the raceway extends above the upper surface, or a second position, wherein the raceway extends beneath the lower surface. The raceway is further engageable in either a forward facing orientation or a reversed orientation.

A furniture leg wire management apparatus is configured for use with a furniture leg formed by opposite leg posts separated by a gap. The apparatus includes a legway defined by an elongated tubular body. The body includes a forward portion and opposite clamping arms that are resiliently deflectable toward each other. The clamping arms are deflected when the legway is pushed into the gap between the leg posts and provide an outwardly directed force to clamp the legway in this operative position. The tubular body further includes a central rib terminated in a rear flange. The central rib divides the legway into two wire/cable channels, while the rear flange cooperates with the clamping arms to define opposite elongated slots. The slots communicate with the two cable channels to provide an avenue to feed the wires/cables into a corresponding channel. The wire management apparatus further includes a decorative cover plate that is removably mounted on the legway to improve its aesthetics.

Table leg wire management apparatus

An electrical raceway assembly for use with a structure. The assembly includes an elongated raceway and decorative plates engageable to an elongate tongue and groove along the length of the raceway. The plates include at least one elongate rib extending along the length of the plate. The rib includes a projection receivable within the groove in cooperative interlocking engagement. In a specific embodiment, a second tongue and groove is adjacent the first tongue and groove and is contiguous with the first groove to form a substantially C-shaped cross-section. In other embodiments, the rib includes a second projection extending oppositely from the first projection so that the rib has a T-shaped cross-section.

An electrical system for use with interconnected or ganged furniture includes electrical receptacles for each article of furniture and a plurality of electrical cables for connecting the receptacles. The receptacles and cables have specifically coded terminal groups and connector terminal groups that prevent interconnection of more than a specific allotted number of receptacles. An initial receptacle includes a substantially permanent power cord for plugging into a conventional wall socket. A last receptacle has only an input terminal group and a blank output. Intermediate receptacles are provided so that the total electrical system is limited to twelve sockets among the first, last and intermediate receptacles. In one embodiment, five terminal groups are provided. The receptacles are configured so that the input and output terminal groups for the receptacle are different. In this embodiment, only three electrical cable configurations are required, two having different mating terminal groups the mating ends and one having the same terminal groups at its ends.

Electrical system for use with ganged furniture

An extendable/retractable temporary electrical receptacle assembly 10 is provided for mounting within an opening formed in the work surface S of an article of furniture, such as a table T. The receptacle assembly 10 includes a bezel 11 that is mounted by use of resilient locking tabs within the opening and a hollow receptacle formed from an upper portion 12 joined to a lower portion 3. The upper portion 12 carries an array of electrical/data sockets 21, 22 that are accessible above the work surface S when the receptacle assembly 10 is in an extended position. In a retracted position, the upper portion 12 is wholly contained within the bezel 11 to hide the array of sockets 21, 22. A pair of compression springs 55 is disposed within spring channels 52, 53 formed in the upper and lower portions of the receptacle. The springs 55 are bottomed on tabs 38 projecting inwardly from the bezel 11 and into the spring channels 52 in the receptacle. The bezel 11 also includes four evenly disposed inwardly projecting tabs 36 that are contacted by the receptacle at the retracted position to prevent over-depression of the assembly 10. The receptacle is provided with strain relief members 70 disposed in the cord openings in the lower portion 13 of the receptacle and engaged about cords providing power/signals to the sockets 21, 22 carried by the receptacle. The strain relief members 70 include outwardly projecting flaps 80 that contact the lower rim 37 of the bezel 11 to limit the upward travel of the receptacle in its extended position.

Extendable temporary electrical receptacle

A folding leg apparatus is provided to mount a leg to an article of furniture, such as a tabletop, so that the leg can be moved between extended and retracted positions. The table leg has a pair of upright bars disposed apart from each other. the apparatus includes a pair of support brackets mounted to the underside of the tabletop and straddling the upright bars of the leg. A pair of swivel brackets and a pair of brace links are pivotably mounted at opposite ends of each support bracket. A pair of pivot rods are attached to the upright bars adjacent the free end of the leg, and the swivel brackets and brace links are pivotably connected to a corresponding pivot rod. The apparatus includes a latch and release mechanism that includes a release lever having an actuator plate positioned within the envelope of the support brackets. The release lever includes a pair of lever arms that each define a locking notch for receiving one of the pivot rods therein to lock the leg in its upright position. The latch release mechanism further includes a torsion spring operatively connected between the release lever and the support brackets to bias the release lever to a position in which the locking notch captures the pivot rod.

Growing community of inventors

Jasper, IN, United States of America

Scott Schwinghammer