Granted Patent B2

US 9,185,754 · App. 14/225,737 · Granted Nov 10, 2015

Abstract

Claims (36)

1. An interconnectable LED module for use with a direct current electrical energy power supply and another interconnectable LED module, said interconnectable module comprising:

a printed circuit board providing mechanical support and direct current electrical energy to an LED;

at least one wire for connecting the direct current electrical energy power supply to said printed circuit board and for interconnecting the interconnectable LED module to another interconnectable LED module;

a first type of mating connector for inputting direct current electrical energy connected to said at least one wire connected to said printed circuit board;

a second type of mating connector connected to said at least one wire for outputting direct current electrical energy from said printed circuit board and for interconnecting the interconnectable LED module to another interconnectable LED module;

whereby the interconnectable LED modules are connected one to another by mating said first type of mating connector with said second type of mating connector.

2. The interconnectable LED module as defined in claim 1 wherein said first type of mating connector is a female connector and said second type of mating connector is a male connector.

3. The interconnectable LED module as defined in claim 2 wherein said first type of mating connector and said second type of mating connector snap fit together.

4. The interconnectable LED module as defined in claim 1 where said first type of mating connector and said second type of mating connector include visible arrows indicating the input of direct current electrical energy through said first type of mating connector and the output of direct current electrical energy through said second type of mating connector.

5. A string of interconnectable LED modules for use with a direct current electrical energy supply, said string of interconnectable LED modules comprising:

a set of LED modules including a first LED module and at least one second LED module;

said first LED module and said at least one second LED module including a printed circuit board providing mechanical support and direct current electrical energy to an LED;

at least one wire for inputting the direct current electrical energy to said printed circuit board in said first LED module and outputting said direct current electrical energy from said first LED module to said at least one second LED module and inputting said direct current electrical energy to said printed circuit board in said at least one second LED module and then outputting said direct current electrical energy to another LED module;

a first type of mating connector for receiving said direct current electrical energy connected to said at least one wire inputting direct current electrical energy to said printed circuit board in said first LED module;

a second type of mating connector connected to said at least one wire for outputting said direct current electrical energy from said at least one second LED module to another LED module;

whereby said set of LED modules are interconnected with another LED module by interconnecting said second type of mating connector with a first type of mating connector on said another LED module.

6. The string of interconnectable LED modules as defined in claim 5 wherein said first type of mating connector is a female connector and said second type of mating connector is a male connector.

7. The string of interconnectable LED modules as defined in claim 6 wherein said first type of mating connector and said second type of mating connector snap fit together.

8. The string of interconnectable LED modules as defined in claim 5 wherein said first type of mating connector and said second type of mating connector include visible arrows indicating the input of direct current electrical energy through said first type of mating connector and the output of direct current electrical energy through said second type of mating connector.

9. A method of making a string of interconnectable LED modules for interconnection with a direct current electrical energy power supply, each of said interconnectable LED modules including a printed circuit board providing mechanical support and direct current electrical energy to an LED, said method comprising:

attaching at least one wire to the printed circuit board for inputting the direct current electrical energy to a first LED module and outputting the direct current electrical energy from the LED module to another LED module;

attaching a first type of mating connector to said at least one wire for inputting the direct current electrical energy to said first interconnectable LED module;

attaching a second type of connector to said at least one wire for outputting the direct current electrical energy from said first LED module to another interconnectable LED module;

whereby said string of interconnectable LED modules is created by attaching said second type of mating connector on said first interconnectable LED module to said first type of mating connector on said another interconnectable LED module.

10. The method of making a string of interconnectable LED modules as defined in claim 9 wherein said first type of mating connector is a female connector and said second type of mating connector is a male connector.

11. The method of making a string of interconnectable LED modules as defined in claim 10 wherein said first and second type of mating connectors enable a snap fit connection.

12. The method of making a string of LED modules as defined in claim 9 wherein said first type of mating connector and said second type of mating connector include visible arrows indicating the flow of direct current electrical energy through the first mating connector and the second mating connector.

13. The method of making a string of interconnectable LED modules as defined in claim 9 further including interconnecting said first interconnectable LED module and said another interconnectable LED module using an extension connector, said extension connector including a first type of mating connector on one end of said at least one wire, a second type of mating connector on the other end of said at least one wire, whereby said second type of mating connector extending from said first LED is connected to said first type of mating connector on the end of said extension connector and said second type of mating connector on the end of said extension connector is connected to said first type of mating connector on said another interonnectable LED module.

14. A system for proving illumination using LEDs, said system comprising:

a direct current electrical energy supply having at least one wire extending therefrom;

a printed circuit board providing mechanical support and direct current electrical energy to an LED from said direct current electrical energy supply;

a least one wire for conducting said direct current electrical energy to said printed circuit board and conducting said direct current electrical energy to another printed circuit board providing mechanical support and direct current electrical energy to an LED;

a first type of mating connector for receiving said direct current electrical energy connected to said at least one wire conducting said direct current electrical energy to said printed circuit board;

a second type of mating connector connected to said at least one wire for sending said direct current electrical energy to another printed circuit board;

said second type of mating connector being attached to said at least one wire extending from the direct current electrical energy supply;

whereby said LEDs are illuminated by connecting said second type of mating connector attached to said direct current electrical energy supply to said first type of mating connector on said printed circuit board and connecting said second type of mating connector on said printed circuit board to said first type of mating connector on said another printed circuit board.

Assignments (10)