Power data housing

• US 8,480,429 B2
• Filed: 10/12/2012
• Issued: 07/09/2013
• Est. Priority Date: 06/13/2005
• Status: Active Grant

• Current Assignee: Norman R. Byrne
• Original Assignee: Norman R. Byrne
• Inventors: Byrne, Norman R.
• Primary Examiner(s): Patel, Tulsidas C
• Assistant Examiner(s): Nguyen, Phuongchi T
• Application Number:
  US13/650,661
• Publication Number:
  US 20130037298A1
• Time in Patent Office: 270 Days
• Field of Search: 439/574, 439/527, 439/534, 439/575, 439/542, 439/216
• US Class Current: 439/574
• CPC Class Codes: H02G 3/0437 Channels
• CPC Class Codes: H02G 3/128 in plinths, channels, raceways or similar

Abstract

A power data housing includes a channel which receives electrical receptacle housings. The housings have side latch tabs which releasably lock receptacles to the receptacle housings. The receptacle housings are received within a continuum of the channel.

Claims

1. A power data housing configured to receive a plurality of electrical receptacle assemblies, with each of said electrical receptacle assemblies comprising a receptacle housing and a receptacle, said power data housing comprising:

an elongated channel formed with a pair of opposing sides having inner side surfaces, said elongated channel having a substantially constant cross section and a pair of open opposite ends, wherein said elongated channel is configured to be formed to a particular length in order to accommodate one or more of said electrical receptacle assemblies;

a pair of longitudinally extending ribs, each of said ribs formed on a corresponding one of said inner side surfaces of said elongated channel, with said ribs facing each other and partially extending into a spatial area of said channel;

a pair of opposing upper and lower channels defined by said inner side surfaces and facing each other, said opposing upper and lower channels configured to slidably receive structures of said receptacle assemblies, so that said receptacle assemblies can be positioned at any of a number of locations along a continuum of said channel; and

a pair of end caps configured to be coupled to respective ones of said open opposite ends of said elongated channel, for closing said opposite ends when said receptacle assemblies are supported at said elongated channel.

2. The power data housing of claim 1, wherein said receptacle assemblies are structured and said opposing upper and lower channels are sized and configured so that said receptacle assemblies can be positionally aligned with said channel in spatial orientations which are 90°

of rotation apart from each other.

3. The power data housing of claim 1, wherein at least one of said opposing sides comprises a cord hole for receiving electrical, data and communication cords and cables.

4. The power data housing of claim 1, wherein said housing comprises a second elongated channel having a back-to-back configuration with said elongated channel, and with a floor section forming a common wall between said elongated channel and said second elongated channel.

5. The power data housing of claim 1, wherein each of said opposing sides is curvilinear in structure.

6. The power data housing of claim 1, wherein said power data housing is configured to receive a face plate configuration which is coupled to said channel through a coupling between upper and lower extending tabs of the channel which are captured within slots formed at upper and lower edges of said face plate configuration.

7. The power data housing of claim 1, wherein said elongated channel is configured to be expanded or reduced in size to accommodate different numbers of said electrical receptacle assemblies.

8. The power data housing of claim 1, wherein said elongated channel and said end caps cooperate to define a carriage, which is pivotally coupled to a stationary housing configured for mounting to a work surface.

9. The power data housing of claim 1, further in combination with said plurality of electrical receptacle assemblies, each of said electrical receptacle assemblies comprising a receptacle housing and a receptacle mounted in said receptacle housing.

10. The power data housing of claim 1, wherein each of said opposing sides is integral with or otherwise connected together with a floor section.

11. The power data housing of claim 10, wherein said floor section of said power data housing is slidably coupled to a support bracket, with said support bracket having supports for slidably engaging an external portion of said floor section.

12. The power data housing of claim 10, wherein said power data housing is coupled to a hanging bracket for purposes of hanging said power data housing on a vertical surface, with said hanging bracket being slidably received on an outside of said floor section.

13. The power data housing of claim 1, wherein at least one of said receptacle housings is coupled to an electrical outlet receptacle, and said at least one of said receptacle housings and said outlet receptacle are slidably received within said elongated channel.

14. The power data housing of claim 13, wherein said at least one of said receptacle housings is configured to be released from the coupling to said electrical receptacle, and comprises a data port insert for coupling data ports and other communications receptacles to said at least one of said receptacle housings.

15. The power data housing of claim 13, wherein said receptacle received within said at least one of said receptacle housings comprises a Type B receptacle.

16. The power data housing of claim 13, wherein said channel receives a plurality of receptacle housings and receptacles, with said receptacle housings and said receptacles comprising at least one receptacle housing with an electrical outlet receptacle therein, at least one receptacle housing with a data port received therein, a high definition multi-media interface receptacle, a video receptacle, and a docking station for charging hand-held electrical components.

17. A power data housing configured to support one or more electrical receptacle assemblies comprising a receptacle housing and a receptacle, said power data housing comprising:

an extruded and generally C-shaped housing body having opposite open ends and a substantially constant cross section between said open ends, said housing body further having a pair of opposing upper and lower sides joined by a floor section, and with inner side surfaces of said upper and lower sides and said floor section cooperating to define an elongated channel;

at least one longitudinally-extending rib defined by each of said inner side surfaces of said upper and lower sides, said ribs projecting into said elongated channel,

a pair of opposing upper and lower channels defined by respective ones of said inner side surfaces of said upper and lower sides, wherein said opposing upper and lower channels are configured to slidably receive respective outer portions of said receptacle housings of said receptacle assemblies, whereby said receptacle assemblies are positionable in said elongated channel at a plurality of locations therealong;

a pair of end caps configured to be coupled to respective ones of said opposite open ends of said housing body, said end caps configured to close said opposite open ends with one or more of said receptacle assemblies disposed in said elongated channel and supported by said upper and lower sides of said housing body; and

wherein said housing body is configured to be formed to a particular length in order to accommodate one or more of said electrical receptacle assemblies or different types of said receptacle assemblies.

18. The power data housing of claim 17, wherein at least one of said opposing sides of said housing body defines an opening through which electrical cords that are associated with said receptacle assemblies are directed out of said elongated channel.

19. The power data housing of claim 17, further in combination with a mounting bracket, wherein said mounting bracket comprises a first interlocking portion and said floor section of said housing body comprises a second interlocking portion configured for interlocking engagement with said first interlocking portion, whereby said mounting bracket is securable to said housing body via sliding interlocking engagement of said first and second interlocking portions.

20. The power data housing of claim 17, wherein said one or more electrical receptacle assemblies comprise at least two chosen from (i) a data port, (ii) a simplex electrical receptacle assembly, (iii) a video receptacle assembly, (iv) a docking station for a portable electronic device, (v) a circuit timer, (vi) a clock, (vii) a radio assembly, and (viii) a light assembly.

21. The power data housing of claim 17, wherein said one or more electrical receptacle assemblies comprise at least three chosen from (i) a data port, (ii) a simplex electrical receptacle assembly, (iii) a video receptacle assembly, (iv) a docking station for a portable electronic device, (v) a circuit timer, (vi) a clock, (vii) a radio assembly, and (viii) a light assembly.

22. The power data housing of claim 17, further in combination with said plurality of electrical receptacle assemblies, each of said electrical receptacle assemblies comprising a receptacle housing and a receptacle mounted in said receptacle housing.