Method and apparatus for gas ranges

• US 7,017,572 B2
• Filed: 05/27/2003
• Issued: 03/28/2006
• Est. Priority Date: 05/27/2003
• Status: Active Grant

• Current Assignee: Haier US Appliance Solutions, Inc. DBA GE Appliances (Haier Group Company)
• Original Assignee: General Electric Company
• Inventors: Cadima, Paul Bryan
• Primary Examiner(s): Gartenberg, Ehud
• Assistant Examiner(s): Barrow, James G.
• Application Number:
  US10/445,595
• Publication Number:
  US 20040241604A1
• Time in Patent Office: 1,036 Days
• Field of Search: 431/159, 431/266, 431/354, 431/349, 431/350, 126/39.R, 126/39.E
• US Class Current: 126/39.00E
• CPC Class Codes: F23D 14/06 with radial outlets at the burner head
• CPC Class Codes: F23D 14/70 Baffles or like flow-disturbing devices

Abstract

A gas burner assembly for connection to a source of gas includes a burner body including at least one receptacle, a burner cap positioned on the burner body, at least two isolation walls coupled to the burner body, and at least one projection extending from the burner cap. The projection is configured to allow substantially uniform gas distribution through a plurality of burner ports at a first gas input rate, and configured to limit the gas distribution to at least one burner port at a second input rate greater than the first input rate input rate.

Claims

1. A gas burner assembly for connection to a source of gas, said gas burner assembly comprising;

a burner body comprising at least one receptacle;

a burner cap positioned on said burner body;

at least two isolation walls coupled to said burner body; and

at least one projection extending from said burner cap and separated from said isolation walls by a distance, said projection configured to allow substantially uniform gas distribution through a plurality of burner ports at a first gas input rate, and configured to limit said gas distribution to at least one said burner port at a second input rate greater than the first input rate.

2. A gas burner assembly in accordance with claim 1 wherein the second input rate is a maximum input rate.

3. A gas burner assembly in accordance with claim 1 wherein said burner cap further comprises at least one indexing pin configured to slidably couple said receptacle.

4. A gas burner assembly in accordance with claim 1 wherein said at least one projection comprises exactly two tripping pins.

5. A gas burner assembly in accordance with claim 1 wherein said at least one projection includes a width and a height, said width and height configured to vary a gas distribution to at least one said burner port at said second input rate.

6. A gas burner assembly in accordance with claim 3 wherein said indexing pin includes a first height and said projection includes a second height less than said first height.

7. A gas burner assembly in accordance with claim 1 further comprising a burner base, said at least one projection configured to separate a gas/air mixture entering said burner base.

8. A gas burner assembly in accordance with claim 1 wherein said projection is separated from a burner throat region by a first distance, and separated from said isolation walls by a second distance, said first distance and said second distance configured to vary a gas distribution to at least one said burner port at said second input rate.

9. A gas burner assembly in accordance with claim 1 wherein said at least one projection is configured to at least partially obstruct a flow of gas to at least one burner port at said second input rate.

10. A gas range comprising:

a cooktop; and

a gas burner assembly for connection to a source of gas positioned in said cooktop, said gas burner assembly comprising;

a burner body comprising at least one receptacle;

a burner cap positioned on said burner body;

at least two isolation walls coupled to said burner body; and

at least one tripping pin extending from said burner cap and separated from said isolation walls by a distance, said tripping pin configured to allow substantially uniform gas distribution through a plurality of burner ports at a first gas input rate, and configured to limit said gas distribution to at least one said burner port at a maximum input rate greater than the first input rate.

11. A gas range in accordance with claim 10 wherein said burner cap further comprises at least one indexing pin configured to slidably couple said receptacle.

12. A gas range in accordance with claim 10 wherein said burner cap further comprises exactly two tripping pins.

13. A gas range in accordance with claim 10 wherein said at least one tripping pin includes a width and a height, said width and height configured to vary a gas distribution to at least one said burner port at said maximum input rate.

14. A gas range in accordance with claim 11 wherein said indexing pin includes a first height and said tripping pin includes a second height less than said first height.

15. A gas range in accordance with claim 10 wherein said tripping pin is separated from a burner throat region by a first distance, and separated from said isolation walls by a second distance, said first distance and said second distance adjustably configured to vary a gas distribution to at least one said burner port at said maximum input rate.

16. A method for varying a gas output of a gas range burner assembly, said method comprising:

forming at least one receptacle in a burner body;

positioning a burner cap on the burner body;

forming at least two isolation walls in the burner body; and

forming at least one projection on the burner cap that is separated from the isolation walls by a distance, the projection configured to allow substantially uniform gas distribution through a plurality of burner ports at a first gas input rat, and configured to limit the gas distribution to at least one burner port at a second input rate greater than the first input rate.

17. A method for varying a gas output of a gas range burner assembly in accordance with claim 16 wherein said positioning a burner cap on the burner body comprises positioning a burner cap comprising at least one indexing pin configured to slidably couple the receptacle on the burner body.

18. A method for varying a gas output of a gas range burner assembly in accordance with claim 16 wherein said forming at least one projection on the burner cap comprises forming at least one projection including a width and a height, the width and height configured to vary a gas distribution to at least one burner port at said second input rate.

19. A method for varying a gas output of a gas range burner assembly in accordance with claim 17 wherein said positioning a burner cap comprising at least one indexing pin further comprises positioning a burner cap comprising an indexing pin comprising a first height on the burner body, the projection comprising a second height less than the first height.

20. A method for varying a gas output of a gas range burner assembly in accordance with claim 16 wherein said forming at least one projection on the burner cap comprises forming at least one projection separated from a burner throat region by a first distance, and separated from the isolation walls by a second distance, the first distance and the second distance configured to vary a gas distribution to at least one burner port at the second input rate.

21. A gas range comprising:

a cooktop; and

a gas burner assembly for connection to a source of gas positioned in said cooktop, said gas burner assembly comprising;

a burner body comprising at least one receptacle;

a burner cap positioned on said burner body;

at least two isolation walls coupled to said burner body; and

at least one tripping pin positioned on said burner cap between said body and said burner cap and separated from said isolation walls by a distance, said tripping pin configured to allow substantially uniform gas distribution through a plurality of burner ports at a first gas input rate, and configured to limit said gas distribution to at least one said burner port at a maximum input rate greater than the first input rate.

22. A gas range in accordance with claim 21 wherein said burner cap further comprises at least one indexing pin configured to slidably couple said receptacle.

23. A gas range in accordance with claim 21 wherein said burner cap further comprises exactly two tripping pins.

24. A gas range in accordance with claim 21 wherein said at least one tripping pin includes a width and a height, said width and height configured to vary a gas distribution to at least one said burner port at said maximum input rate.

25. A gas range in accordance with claim 22 wherein said indexing pin includes a first height and said tripping pin includes a second height less than said first height.

26. A gas range in accordance wit claim 21 wherein said tripping pin is separated from a burner throat region by a first distance, and separated from said isolation walls by a second distance, said first distance and said second distance adjustably configured to vary a gas distribution to at least one said burner port at said maximum input rate.

27. A burner cap for a gas burner including a burner body having a plurality of burner ports and at least two isolation walls coupled thereto, said burner cap comprising:

a cover member disposed over a top of the burner body, said cover member having a first side facing the burner body;

a tripping pin formed on said first side of said cover member and extending toward the burner body into a fuel flow path of the burner and separated from the isolation walls by a distance, said tripping pin configured to allow substantially uniform gas distribution through the burner ports at a first gas input rate, and configured to limit gas distribution to at least one of the burner ports at a second input rate greater than the first input rate; and

an indexing pin extending from said first side of said cover member, said indexing pin sized to be received in a receptacle on the burner body to positively position said cover member on the burner body.

28. A burner cap in accordance with claim 27 wherein said tripping pin has a first length and said indexing pin has a second length greater than said first length.

29. A burner cap in accordance with claim 27 wherein said cover member and the burner body cooperate to define a main fuel chamber therebetween.