Apparatus and method for charging at least one portable electrical device

• US 10,033,203 B1
• Filed: 02/07/2017
• Issued: 07/24/2018
• Est. Priority Date: 02/10/2016
• Status: Active Grant

• Current Assignee: Jr., James Frederick Snyder
• Original Assignee: Jr., James Frederick Snyder
• Inventors: Snyder, Jr., James Frederick
• Primary Examiner(s): Peng, Charlie Y
• Application Number:
  US15/426,389
• Time in Patent Office: 532 Days
• Field of Search: None
• CPC Class Codes: H01R 4/2404 the contact members having teeth, prongs, pins or needles penetrating the insulation
• CPC Class Codes: H01R 4/2406 having needles or pins

Abstract

An apparatus for charging at least one portable electrical mobile device includes an outer housing body using a pair of cord-penetrating electrical contacts in an elongated channel defining an elongated open passageway between opposite ends of the outer housing body to electrically couple with and draws electrical current from an electrical power-supply cord of a hosting electrical device and transfer the electrical current to an electrical port on the outer housing body in order to connect at least one portable electronic device to the electrical port to operate or recharge internal rechargeable batteries of the device. The charging apparatus provides adaptability to connect to electrical current without needing an available electrical socket.

Claims

1. An apparatus for charging at least one portable electrical device, said apparatus comprising:

an outer housing body defining an inner compartment;

an elongated channel on said outer housing body having a pair of opposite ends open exteriorly of said outer housing body, said elongated channel comprising

a pair of side portions spaced apart from one another, and

an intermediate portion extending between and interconnecting said pair of side portions and recessed from exteriorly of said outer housing body so as to extend between said opposite open ends of said elongated channel, said pair of side portions and said intermediate portion defining an elongated open passageway extending between said opposite open ends of said elongated channel for receiving through said elongated open passageway a pair of electrical conductors of a length of an electrical power-supply cord of a hosting electrical device;

a pair of electrical contacts mounted to said intermediate portion of said elongated channel and having end portions extending into said elongated open passageway of said elongated channel configured to penetrate and electrically couple onto the pair of electrical conductors of the electrical power-supply cord when received through said elongated open passageway of said elongated channel so as to draw electrical current from the pair of electrical conductors of the electrical power-supply cord;

a cap member configured to insert into said elongated open passageway of said elongated channel so as to force penetration of the pair of electrical conductors of the electrical power-supply cord by said end portions of said pair of electrical contacts mounted to said intermediate portion of said elongated channel;

an electrical port defined in a portion of said outer housing body, said electrical port being open exteriorly of said outer housing body and configured to receive and electrically mate with an electrical cord electrically connected to at least one portable electrical device; and

a circuit board disposed in said inner compartment of said outer housing body and electrically coupled to said pair of electrical contacts and to said electrical port to transfer the drawn electrical current to the at least one portable electrical device.

2. The apparatus of claim 1 wherein said cap member comprises:

an elongated slidable body that inserts into a portion of said elongated open passageway spaced from said intermediate portion of said elongated channel; and

a pair of ribs attached to and extending in opposite directions from opposite lateral sides of said elongated slidable body so as to slide along a pair of elongated slots in said opposite side portions of said elongated channel extending away from one another such that slidable insertion of said elongated slidable body into said elongated open passageway of said elongated channel forces penetration of the pair of electrical conductors of the electrical power-supply cord by said end portions of said pair of electrical contacts mounted to said intermediate portion of said elongated channel.

3. The apparatus of claim 1 wherein said elongated channel is defined centrally along and recessed into said outer housing body;

and also wherein said cap member comprises;

a main panel;

a pair of relatively-slidable and releasable-interfitting flange connections defined along a pair of opposite sides of said main panel and opposite portions of said outer housing body; and

an elongated protruding panel portion defined centrally along and on said main panel such that interfitting said main panel onto said outer housing body, to complete said interfitting flange connections between said main panel and said outer housing body, inserts said elongated protruding panel portion into said elongated open passageway of said elongated channel forcing penetration of the pair of electrical conductors of the electrical power-supply cord by said end portions of said pair of electrical contacts mounted to said intermediate portion of said elongated channel.

4. The apparatus of claim 1 wherein said elongated channel is defined centrally along and recessed into said outer housing body;

and also wherein said cap member comprises;

a main panel;

a pair of relatively-movable and detachably-interfitting latch connections defined centrally on a pair of opposite sides of said main panel and on opposite portions of said outer housing body; and

an elongated protruding panel portion defined centrally along and on said main panel such that interfitting of said main panel onto said outer housing body, to complete said interfitting latch connections between said main panel and said outer housing body, inserts said elongated protruding panel portion into said elongated open passageway of said elongated channel forcing penetration of the pair of electrical conductors of the electrical power-supply cord by said end portions of said pair of electrical contacts mounted to said intermediate portion of said elongated channel.

5. The apparatus of claim 1 wherein said elongated channel is defined along and recessed into said outer housing body;

and also wherein said cap member comprises;

a main panel pivotally mounted along a first of a pair of opposite edge portions thereof to said outer housing body;

a pair of detachable screw connections defined on a second of said pair of opposite edge portions of said main panel and on said outer housing body; and

an elongated protruding panel portion defined adjacent to said second of said pair of opposite edge portions of said main panel such that attaching of said main panel onto said outer housing body, to complete said screw connections between said main panel and said outer housing body, inserts said elongated protruding panel portion into said elongated open passageway of said elongated channel forcing penetration of the pair of electrical conductors of the electrical power-supply cord by said end portions of said pair of electrical contacts mounted to said intermediate portion of said elongated channel.

6. The apparatus of claim 1 wherein said elongated channel is defined along and recessed into said outer housing body;

and also wherein said cap member comprises;

a main panel;

pairs of detachable screw connections defined on a pair of opposite edge portions of said main panel and on said outer housing body; and

an elongated protruding panel portion defined adjacent to one of said pair of opposite edge portions of said main panel such that attaching of said main panel onto said outer housing body, to complete said screw connections between said main panel and said outer housing body, inserts said elongated protruding panel portion into said elongated open passageway of said elongated channel forcing penetration of the pair of electrical conductors of the electrical power-supply cord by said end portions of said pair of electrical contacts mounted to said intermediate portion of said elongated channel.

7. The apparatus of claim 1 wherein said electrical port comprises a plurality of USB ports defined in and open exteriorly of a portion of said outer housing body and configured to receive and electrically couple with a plurality of USB cords electrically connected to a corresponding plurality of portable electrical devices.

8. The apparatus of claim 1 wherein said electrical port is defined in and open exteriorly of a portion of said outer housing body and configured to receive and electrically couple with and transfer drawn electrical current through an inductive charging pad coupled with the at least one portable electrical device.

9. The apparatus of claim 1 further comprising a support cradle formed on said outer housing body for holding in place a mobile electrical device.

10. An apparatus for charging at least one portable electrical device, said apparatus comprising:

an outer housing body comprising

a pair of opposite end walls,

a pair of opposite side walls,

a top wall, and

a bottom wall opposite said top wall, said walls interconnected so as to enclose an inner compartment;

an elongated channel having a pair of opposite ends open exteriorly of said housing body at said opposite end walls thereof, said elongated channel comprising

a pair of side portions spaced apart from one another and extending from one of said top and bottom walls of said outer housing body and opening exteriorly of said outer housing body and also extending between and from adjacent to and opening exteriorly at said pair of opposite end walls of said housing body, and

an intermediate portion extending between and interconnecting said pair of side portions and spaced and recessed from said opening of said side portions exteriorly of said outer housing body and at said opposite open ends of said elongated channel, said pair of side portions and said intermediate portion defining an elongated open passageway extending between said opposite open ends of said elongated channel for receiving through said elongated open passageway a pair of electrical conductors of a length of an electrical power-supply cord of a hosting electrical device;

a pair of electrical contacts mounted to said intermediate portion of said elongated channel and having end portions extending into said elongated open passageway of said elongated channel configured to penetrate and electrically couple with the pair of electrical conductors of the electrical power-supply cord when received through said elongated open passageway of said elongated channel so as to draw electrical current from the pair of electrical conductors of the electrical power-supply cord;

a cap member configured to insert into said elongated open passageway of said elongated channel so as to force penetration of the pair of electrical conductors of the electrical power-supply cord by said end portions of said pair of electrical contacts mounted to said intermediate portion of said elongated channel;

a universal serial bus (USB) port defined in one wall of opposite end walls and opposite side walls of said outer housing body, said USB port being open exteriorly of said outer housing body and configured to receive and electrically mate with a USB cord electrically connected to at least one portable electrical device; and

a circuit board disposed in said interior compartment of said outer housing body and electrically coupled to said pair of electrical contacts and to said USB port to transfer the drawn electrical current to the at least one portable electrical device.

11. The apparatus of claim 10 wherein said cap member comprises:

an elongated slidable body that inserts into a portion of said elongated open passageway being spaced from said intermediate portion of said elongated channel; and

a pair of ribs attached to and extending in opposite directions from opposite lateral sides of said elongated slidable body so as to slide along a pair of elongated slots in said opposite side portions of said elongated channel extending away from one another such that slidable insertion of said elongated slidable body into said elongated open passageway of said elongated channel forces penetration of the pair of electrical conductors of the electrical power-supply cord by said end portions of said pair of electrical contacts mounted to said intermediate portion of said elongated channel.

12. The apparatus of claim 10 wherein said elongated channel is defined centrally along and recessed into one of a bottom or top of said outer housing body;

and said cap member comprises;

a main panel;

a pair of relatively-slidable and releasably-interfitting flange connections defined along a pair of opposite sides of said main panel and a pair of opposite corner edges of one of said bottom or top of said outer housing body; and

an elongated protruding panel portion defined centrally along and on said main panel such that interfitting of said main panel onto said outer housing body, to complete said interfitting flange connections between said main panel and said outer housing body, inserts said elongated protruding panel portion into said elongated open passageway of said elongated channel forcing penetration of the pair of electrical conductors of the electrical power-supply cord by said end portions of said pair of electrical contacts mounted to said intermediate portion of said elongated channel.

13. The apparatus of claim 10 wherein said elongated channel is defined centrally along and recessed into one of a top and bottom of said outer housing body;

and said cap member comprises;

a main panel;

a pair of relatively-movable and detachably-interfitting latch connections defined centrally along a pair of opposite sides of said main panel and one of a pair of top and a pair of bottom corners of said outer housing body; and

an elongated protruding panel portion defined centrally along and on said main panel such that interfitting of said main panel onto said outer housing body, to complete said interfitting latch connections between said main panel and said outer housing body, inserts said elongated protruding panel portion into said elongated open passageway of said elongated channel forcing penetration of the pair of electrical conductors of the electrical power-supply cord by said end portions of said pair of electrical contacts mounted to said intermediate portion of said elongated channel.

14. The apparatus of claim 10 wherein said elongated channel is defined along and recessed into said outer housing body adjacent to one of a pair of corners on one of a pair of opposite edges of one of a top and bottom of said outer housing body;

and also wherein said cap member comprises;

a main panel pivotally mounted along a first of a pair of opposite edge portions thereof to said outer housing body adjacent to another pair of corners on the other of said pair of opposite edges of one of said top and bottom thereof;

a pair of detachable screw connections defined adjacent a pair of corners on a second of said pair of opposite edge portions of said main panel and on a pair of corners of said outer housing body; and

an elongated protruding panel portion defined adjacent to said second of said pair of opposite edge portions of said main panel such that attaching of said main panel onto said outer housing body, to complete said screw connections between said main panel and said outer housing body, inserts said elongated protruding panel portion into said elongated open passageway of said elongated channel forcing penetration of the pair of electrical conductors of the electrical power-supply cord by said end portions of said pair of electrical contacts mounted to said intermediate portion of said elongated channel.

15. The apparatus of claim 10 wherein said elongated channel is defined along and recessed into said outer housing body adjacent to one of a pair of opposite edges of one of a top and bottom of said outer housing body;

and also wherein said cap member comprises;

a main panel;

pairs of detachable screw connections defined at pairs of corners on each of a pair of opposite edge portions of said main panel and on a pair of corners of said outer housing body; and

an elongated protruding panel portion defined adjacent to one of said pair of opposite edge portions of said main panel such that attaching of said main panel onto said outer housing body, to complete said screw connections between said main panel and said outer housing body, inserts said elongated protruding panel portion into said elongated open passageway of said elongated channel forcing penetration of the pair of electrical conductors of the electrical power-supply cord by said end portions of said pair of electrical contacts mounted to said intermediate portion of said elongated channel.

16. The apparatus of claim 10 wherein said USB port comprises a plurality of USB ports defined in and open exteriorly of one of said side walls of said outer housing body and configured to receive and electrically couple with a plurality of USB cords electrically connected to a corresponding plurality of portable electrical devices.

17. The apparatus of claim 16 wherein the USB port is defined in and open exteriorly of one of said side walls of said outer housing body and configured to receive and electrically couple with and transfer electrical current through an inductive charging pad coupled with the at least one portable electrical device.

18. The apparatus of claim 10 wherein said outer housing body has a support cradle formed therein for holding in place a mobile electrical device.

19. A method for charging at least one portable electrical mobile device, said method comprising:

obtaining a charging apparatus having an elongated channel with a passageway on an outer housing body of the charging apparatus being open exteriorly on the outer housing body, a pair of conductor-penetrating electrical contacts in the passageway, an electrical port on the outer housing body being open exteriorly on the outer housing body, and a circuit board interconnecting the electrical contacts and the electrical port;

placing a pair of electrical conductors of a length of an electrical power-supply cord of a hosting electrical device within the passageway of the elongated channel; and

applying a cap member upon the electrical conductors of the electrical power-supply cord so as to force penetration of the electrical conductors by the electrical contacts so as to thereby electrically couple the electrical contacts to the electrical conductors such that electrical current is drawn from the electrical power-supply cord to the electrical port and therefrom to a portable electrical device plugged into the electrical port of the charging apparatus.

20. The method of claim 19 further comprising:

securing the cap member to the outer housing body of the charging apparatus.