System and method for building ornamental flame displays
A system for creating a flow of gas for use in creating relatively low-temperature ornamental flame uses a support connector with a vertical inlet adapted for accepting a flow of gas and a pair of generally horizontal outlets. Nipples are attached to the support connector. The nipples carry gas from the support connector to jets that mix the gas with air and deliver the mixture to be burned. The nipples include at least one landing of integral, one-piece construction with each of the nipples. The landings are adapted for accepting the mating surface of the wrench. The nipples include a plurality of apertures for accepting gas jets that include a side aperture for creating a gas-air mixture. The attachment of the nipples is achieved with a mating wrench, which allows assembly of the system to proper torque settings without marring of the surfaces of the system.
1. A modular burner system comprising:
a plurality of burners, at least two of the burners including a nipple that is brass and a jet that is brass;
in each of the at least two of the burners:
the nipple has a first end that is threaded and a second end that is closed;
the nipple has a side wall between the first end and the second end, the side wall defining a bore, the bore extends through the first end to the second end;
the first end, second end, and side wall of the nipple are of integral, one piece, construction free of joints;
the nipple has a threaded hole extending through the side wall of the nipple to the bore; and
the jet has a threaded end threadedly engaged with the threaded hole.
2. The modular burner system as set forth in claim 1 , wherein the nipples include landings on the second end, the landings being arranged circumferentially about the second end.
3. The modular burner system as set forth in claim 1 , wherein the jets include a free end spaced from the threaded end, a wall extending from the threaded end to the free end and defining a bore through the threaded end and the free end, and a port extending through the wall to the bore between the threaded end and the free end.
4. The modular burner system as set forth in claim 1 , wherein the jets are aimed in converging paths.
5. The modular burner system as set forth in claim 1 , wherein nipples are parallel to each other, and the jets are aimed inboard relative to the nipples.
6. The modular burner system as set forth in claim 1 , wherein the two nipples are coaxial.
7. The modular burner system as set forth in claim 6 , wherein the plurality of burners includes at least four burners, wherein two of the nipples are coaxial along a first axis, and two of the nipples are coaxial along a second axis parallel to and spaced from the first axis.
8. The modular burner system as set forth in claim 7 , wherein one of the jets on one of the nipples along the first axis and one of the jets on one of the nipples along the second axis are aimed in converging paths.
9. The modular burner system as set forth in claim 8 , wherein the jet on the other of the nipples along the first axis and the jet on the other of the nipples along the second axis are aimed in converging paths.
10. The modular burner system as set forth in claim 1 , wherein the plurality of burners includes at least four burners arranged in an H-shape.
11. The modular burner system as set forth in claim 10 , further comprising a middle T-shaped support connector with one pair of the four burners on one side of the middle T-shaped support connector, and the other pair of the four burners on another side of the middle T-shaped support connector.
12. The modular burner system as set forth in claim 11 , further comprising two side T-shaped support connectors, wherein one of the side T-shaped support connectors is between the middle T-shaped support connector and one pair of the four burners, and wherein the other T-shaped support connector is between the middle T-shaped support connector and the other pair of the four burners.
13. The modular burner system as set forth in claim 1 , wherein the first end of each nipple is beveled.
14. The modular burner system as set forth in claim 1 , wherein each jet includes a free end longitudinally spaced from the threaded end and a bore extending through the threaded end and the free end, a diameter of the bore at the threaded end being less than a diameter of the bore at the free end.
15. The modular burner system as set forth in claim 14 , wherein each jet includes a chamfered exit at the free end.
16. The modular burner system as set forth in claim 15 , wherein the bore is cylindrical from the threaded end to the chamfered exit.
17. The modular burner system as set forth in claim 14 , wherein the bore is cylindrical from the threaded end toward the free end.
18. The modular burner system as set forth in claim 15 , wherein each jet includes a wall extending from the threaded end to the free end and a port spaced from the threaded end and extending through the wall to the bore.
19. The modular burner system as set forth in claim 1 , wherein each jet includes a free end longitudinally spaced from the threaded end and a bore extending through the threaded end and the free end, wherein each jet includes a wall extending from the threaded end to the free end and a port extending through the wall to the bore, and wherein the port of one of the jets is smaller than the port of another of the jets so as to vary a flame effect of the respective jets.