METHOD AND SYSTEM FOR RAPID CHANGE OF ELECTRICAL RECEPTACLE AND CREATION OF SMART-READY ENVIRONMENT

• US 20180198640A1
• Filed: 01/12/2017
• Published: 07/12/2018
• Est. Priority Date: 01/12/2017
• Status: Abandoned Application

• Current Assignee: Allen Nejah, Olatunbosun Abiodun Adebanjo
• Original Assignee: Allen Nejah, Olatunbosun Abiodun Adebanjo
• Inventors: Nejah, Allen, Adebanjo, Olatunbosun Abiodun
• Application Number:
  US15/405,294
• Publication Number:
  US 20180198640A1
• Time in Patent Office: Days
• CPC Class Codes: H01R 24/78 with additional earth or shield contacts
• CPC Class Codes: H02G 3/081 Bases, casings or covers
• CPC Class Codes: H02G 3/14 Fastening of cover or lid to box
• CPC Class Codes: H02G 3/18 providing line outlets
• CPC Class Codes: H04L 12/2827 Reporting to a device within the home network; wherein the reception of the information reported automatically triggers the execution of a home appliance functionality
• CPC Class Codes: H04L 12/4625 Single bridge functionality, e.g. connection of two networks over a single bridge
• CPC Class Codes: H04L 2012/2841 Wireless

Abstract

The present invention proposes a system and method for creating a hub for monitoring and controlling electrically driven devices within an existing structure, such as a residence or an office, whereby the system and method rely upon existing gang boxes and wiring present in the existing structure. Through the present invention, older structures will be able to gain the benefit of a hub environment without requiring new wiring, wherein the various electrically driven devices can be monitored and controlled.

Claims

1. A system for converting an existing structure into a wireless hub for remotely monitoring and controlling one or more electrically driven devices, comprising

a pre-existing gang box, wherein mains wires are contained within said gang box and electrically connected to an electrical supply;

a contact assembly plate inserted within said pre-existing gang box and electrically connected to said mains wires;

a removable sub-assembly electrically connected to said contact assembly plate, wherein said removable sub-assembly has a front side and a back side;

a cover positioned over the front of said removable sub-assembly;

an integrated circuit within said removable sub-assembly for providing

wireless connectivity; and

an adapter suitable for allowing wireless communication protocols to the gateway or router.

2. The system for converting an existing structure into a wireless hub for remotely monitoring and controlling one or more electrically driven devices of claim 1, further comprising client system wirelessly connected with a router through a networking environment.

3. The system for converting an existing structure into a wireless hub for remotely monitoring and controlling one or more electrically driven devices of claim 1, further comprising connecting a client capable of connecting to internet for monitoring and controlling the electrically connected device.

4. The system for converting an existing structure into a wireless hub for remotely monitoring and controlling one or more electrically driven devices of claim 1, further comprising of integrated circuits of specialized sensors for monitoring and controlling the electrical activity of one or more electrically driven devices or the environment and surrounding.

5. The system for converting an existing structure into a wireless hub for remotely monitoring and controlling one or more electrically driven devices of claim 1, wherein said removable sub-assembly is a receptacle having a positive, negative, and neutral insert for a ground-fault circuit interrupter (GFCI).

6. The system for converting an existing structure into a wireless hub for remotely monitoring and controlling one or more electrically driven devices of claim 1, further comprising of integrated circuits for a universal serial bus for powering and charging USB devices.

7. The system for converting an existing structure into a wireless hub for remotely monitoring and controlling one or more electrically driven devices of claim 1, wherein said Integrated Circuit further provides the functionality for two or more of a combination of narrowband, universal serial bus, wireless hub, and sensor monitoring.

8. A system for converting an existing structure into a narrowband for remotely monitoring and controlling one or more electrically driven devices, comprising

a pre-existing gang box, wherein mains wires are contained within said gang box and electrically connected to an electrical supply;

a contact assembly plate inserted within said pre-existing gang box and electrically connected to said mains wires;

a removable sub-assembly electrically connected to said contact assembly plate, wherein said removable sub-assembly has a front side and a back side;

a cover positioned over the front of said removable sub-assembly;

an integrated circuit within said removable sub-assembly for providing narrowband.

9. The system for converting an existing structure into a narrowband for remotely monitoring and controlling one or more electrically driven devices in claim 8, further comprising wireless hub for remotely monitoring and controlling one or more electrically driven devices.

10. The system for converting an existing structure into a narrowband for remotely monitoring and controlling one or more electrically driven devices in claim 8, further comprising said removable sub-assembly is a receptacle having a positive, negative, and neutral insert for A ground-fault circuit interrupter (GFCI).

11. The system for converting an existing structure into a narrowband for remotely monitoring and controlling one or more electrically driven devices in claim 8, further comprising of integrated circuits of specialized sensors for monitoring and controlling the electrical activity of one or more electrically driven devices or the environment and surrounding.

12. The system for converting an existing structure into a narrowband for remotely monitoring and controlling one or more electrically driven devices in claim 8, wherein said Integrated Circuit further provides the functionality for two or more of a combination of universal serial bus, wireless hub, and sensor monitoring.

13. The system for converting an existing structure into a narrowband for remotely monitoring and controlling one or more electrically driven devices in claim 8, wherein further comprising of integrated circuits for a universal serial bus for powering and charging USB devices.

14. A method for transforming an existing structure into a wireless hub for remotely monitoring and controlling one or more electrically driven devices, comprising the steps of:

removing an existing electrical receptacle from an existing gang box;

attaching a contact assembly plate to the mains wires of said existing gang box;

positioning said contact assembly plate within said existing gang box;

attaching a removable sub-assembly to said contact assembly plate;

positioning a cover over the front of said removable sub-assembly;

connecting an electrically driven device to said removable sub-assembly;

establishing a connection between an integrated circuit and a router; and

monitoring and controlling said electrically driven device by said client controller.

15. The method for transforming an existing structure into a wireless hub for remotely monitoring and controlling one or more electrically driven devices of claim 14, further comprising connecting a client to the gateway node through a computer networking environment.

16. The method for transforming an existing structure into a wireless hub for remotely monitoring and controlling one or more electrically driven devices of claim 14, whereby attaching a contact assembly plate to the mains wires of said existing gang box comprises attaching by screws means.

17. The method for transforming an existing structure into a wireless hub for remotely monitoring and controlling one or more electrically driven devices of claim 14, further comprising removing said removable specific application sub-assembly and inserting a replacement removable specific application sub-assembly in the original sub-assembly'"'"'s place.

18. The method for transforming an existing structure into a wireless hub for remotely monitoring and controlling one or more electrically driven devices of claim 14, wherein said replacement removable sub-assembly is selected from the group consisting of a receptacle or a switch.