Electrical power distribution system principally for space-dividing panels in office buildings

• US 4,295,697 A
• Filed: 01/31/1980
• Issued: 10/20/1981
• Est. Priority Date: 01/31/1980
• Status: Expired due to Term

• Current Assignee: Tibbet Incorporated
• Original Assignee: Owens-Corning Fiberglas Corporation
• Inventors: Grime, Paul R.
• Primary Examiner(s): McGlynn, Joseph H.
• Assistant Examiner(s): McKenzie, Jr., Frank H.
• Application Number:
  US06/117,405
• Time in Patent Office: 628 Days
• Field of Search: 339/20, 339/21 R, 339/21 S, 339/22 R, 339/22 B, 339/22 T, 339/23, 339/24, 339/65, 339/66 R, 339/66 M, 339/66 T, 339/156-159, 339/205
• US Class Current: 439/215
• CPC Class Codes: E04B 2/7425 Details of connection of panels E04B2/7427 takes precedence
• CPC Class Codes: E04B 2002/7488 Details of wiring
• CPC Class Codes: H02G 3/288 in modular walls, e.g. wall panels

Abstract

An electrial power distribution block is secured to the lower portion of the metal frame of each space-dividing panel. The distribution blocks in an assembly of panels are electrically connected together. Wherever access to electical power on either side of a panel is desired, a slide-in duplex receptacle is mounted on the distribution block on that side. The receptacles interlock with the blocks to provide built-in stress relief, without separate mechanical fasteners, against forces generated by plugging into or removing a plug from the receptacle. The terminals of the blocks are recessed and the receptacle terminals which connect with the block terminals are shielded in plastic sleeve portions of the receptacles. The conductors of both the blocks and the receptacles are molded in place.

Claims

1. An electrical power distribution kit comprising an elongated molded plastic electrical power distribution block having electrically conductive members molded therein, the conductive members of the block having terminals accessible respectively from opposite ends of the block, and an elongated molded plastic slide-in duplex receptacle having electrically conductive members molded therein, each of the block and receptacle members having aligning and interlocking means thereon cooperable with aligning and interlocking means on the other, the receptacle being fastenable to the block by sliding the receptacle in the direction of its length along one side of the block in the direction of the length of the block and thereby engaging the cooperable aligning and interlocking means with each other, the receptacle being engaged with a portion of one end of the block and with the one side of the block when fastened thereto, the conductive members of the receptacle having terminals cooperatively engageable respectively with terminals of the conductive members of the block adjacent the one end thereof as the receptacle is fastened to the block by engagement of the cooperable aligning and interlocking means with each other, the terminals of the conductive members of the block being recessed within the block respectively in recesses therein, the terminals of the conductive members of the receptacle respectively being shielded by plastic sleeve portions of the receptacle, the plastic sleeve portions being receivable respectively in recesses of the block as the terminals of the conductive members of the receptacle are cooperatively engaged respectively with terminals of conductive members of the block, the conductive members of the receptacle also having two sets of socket terminals accessible from a front face of the receptacle parallel to the sides of the block when the receptacle and block are assembled, the two sets of socket terminals being spaced longitudinally of the receptacle, and the cooperable aligning and interlocking means being an aligning means when the receptacle is being fastened to the block and an interlocking means when a service cord is being pulled out of one of said sets of socket terminals.

4. An electrical power distribution kit as claimed in claim 1, 2, or 3, wherein the conductive members of the receptacle also have additional terminals accessible from an end of the receptacle.

5. An electrifiable acoustical office space-dividing panel comprising an acoustical board, a metal frame around the board, and an electrical power distribution kit as claimed in claim 1, 2, or 3, the electrical power distribution block being secured to a lower portion of the frame intermediately of opposite ends thereof.

2. An electrical power distribution kit comprising an elongated molded plastic electrical power distribution block having electrically conductive members molded therein, the conductive members of the block having terminals accessible respectively from opposite ends of the block, and an elongated molded plastic slide-in duplex receptacle having electrically conductive members molded therein, each of the block and receptacle members having aligning and interlocking means thereon cooperable with aligning and interlocking means on the other, the receptacle being fastenable to the block by sliding the receptacle in the direction of its length along a side of the block in the direction of the length of the block and thereby engaging the cooperable aligning and interlocking means with each other, the conductive members of the receptacle having terminals cooperatively engageable respectively with terminals of the conductive members of the block adjacent one end thereof as the receptacle is fastened to the block by engagement of the cooperable aligning and interlocking means with each other, the conductive members of the receptacle also having two sets of socket terminals accessible from a front face of the receptacle parallel to the sides of the block when the receptacle and block are assembled, the two sets of socket terminals being spaced longitudinally of the receptacle, and the cooperable aligning and interlocking means being an aligning means when the receptacle is being fastened to the block and an interlocking means when a service cord is being pulled out of one of said sets of socket terminals.

3. An electrical power distribution kit comprising an elongated molded plastic electrical power distribution block having electrically conductive members molded therein, the conductive members of the block having terminals accessible respectively from opposite ends of the block, and an elongated molded plastic slide-in duplex receptacle having electrically conductive members molded therein, the receptacle being engaged with one side of the block and with a portion of one end of the block when assembled therewith, the conductive members of the receptacle having terminals cooperatively engageable respectively with terminals of the conductive members of the block adjacent the one end thereof as the receptacle is assembled with the block by sliding the receptacle in the direction of its length along the one side of the block in the direction of the length of the block, the terminals of the conductive members of the block being recessed within the block respectively in recesses therein, the terminals of the conductive members of the receptacle respectively being shielded by plastic sleeve portions of the receptacle, the plastic sleeve portions being receivable respectively in recesses of the block as the terminals of the conductive members of the receptacle are cooperatively engaged respectively with terminals of conductive members of the block, the conductive members of the receptacle also having two sets of sockets terminals accessible from a front face of the receptacle parallel to the sides of the block when the receptacle and block are assembled, the two sets of socket terminals being spaced longitudinally of the receptacle, and the reception of the plastic sleeve portions of the receptacle in the recesses of the block aiding in interlocking the receptacle with the block against forces generated when a service cord is being pulled out of one of said sets of socket terminals.