초록 ▼

A semi-flexible tube is captured between a valve body and a connection device wherein at least one of the valve body and the connection device is connected structurally to a range instead of relying on the manifold tube as the location mechanism for precisely locating the valve at a desired location

A semi-flexible tube is captured between a valve body and a connection device wherein at least one of the valve body and the connection device is connected structurally to a range instead of relying on the manifold tube as the location mechanism for precisely locating the valve at a desired location on the range.

대표청구항 ▼

Having thus set forth the nature of the invention, claimed herein is: 1. A manifold and valve assembly for use with a gas appliance comprising: a gas valve having a valve inlet stem; a manifold tube formed of a semi-flexible material; and a capturing device; wherein a portion of the manifold tube i

Having thus set forth the nature of the invention, claimed herein is: 1. A manifold and valve assembly for use with a gas appliance comprising: a gas valve having a valve inlet stem; a manifold tube formed of a semi-flexible material; and a capturing device; wherein a portion of the manifold tube is captured intermediate a portion of the gas valve and a portion of the capturing device with an inlet to the gas valve in communication with an interior of the manifold tube, and at least one of the capturing device and gas valve is structurally connected to the gas appliance separately from the manifold tube and assists in retaining the tube where captured relative to the gas appliance; and wherein said valve inlet stem punches through an exterior wall surface of the portion of the manifold tube during installation. 2. The manifold and valve assembly of claim 1 wherein the capturing device is a portion of a structural member of the gas appliance. 3. The manifold and valve assembly of claim 2 wherein the capturing device is a structural valve positioning device. 4. The manifold and valve assembly of claim 1 wherein the gas valve is connected to a structural valve positioning device. 5. The manifold and valve assembly of claim 4 further comprising two screws extending into the gas valve through the structural valve positioning device. 6. The manifold and valve assembly of claim 1 wherein the capturing device is a structural valve positioning device. 7. The manifold and valve assembly of claim 1 wherein the valve further comprises a foot which is received within a slot at a first portion of the capturing device and an arm which receives a connector which is inserted through a bore in a second portion of the capturing device spaced from the first portion. 8. The manifold and valve assembly of claim 7 a valve inlet stem is disposed about at least a portion of the valve inlet, and the valve inlet stem punches through an exterior wall surface of the portion of the manifold tube during installation in an absence of a pre-existing orifice through the exterior wall surface. 9. The manifold and valve assembly of claim 1 wherein the valve inlet stem is disposed about at least a portion of the valve inlet, and the valve inlet stem punches through an exterior wall surface of the portion of the manifold tube during installation in an absence of a pre-existing orifice through the exterior wall surface. 10. The manifold and valve assembly of claim 1 further comprising a plurality of gas valves and wherein the capturing device comprises a plurality of stations which respectively cooperate with respective gas valves. 11. A manifold and valve assembly for use with a gas appliance comprising: a gas valve with an inlet stem; a manifold tube; and a capturing device; wherein a portion of the manifold tube is captured intermediate a portion of the gas valve and the capturing device with an inlet to the gas valve in communication with an interior of the manifold tube, and at least one of the capturing device and gas valve is rigidly and directly connected to the gas appliance at a location spaced from the manifold tube and assists with the gas valve in retaining the tube where captured relative to the gas appliance; and wherein the inlet stem punches through an exterior wall surface of the portion of the manifold tube during installation. 12. The manifold and valve assembly of claim 11 wherein the capturing device is a portion of a structural member of the gas appliance. 13. The manifold and valve assembly of claim 12 wherein the capturing device is a structural valve positioning device. 14. The manifold and valve assembly of claim 11 wherein the gas valve is connected to a structural valve positioning device. 15. The manifold and valve assembly of claim 11 wherein the capturing device is a structural valve positioning device. 16. The manifold and valve assembly of claim 11 wherein the valve further comprises a foot which is received within a slot at a first portion of the capturing device and an arm which receives a connector which is inserted through a bore in a second portion of the capturing device spaced from the first portion. 17. The manifold and valve assembly of claim 16 wherein the inlet stem is disposed about at least a portion of the valve inlet, and the inlet stem punches through an exterior wall surface of the portion of the manifold tube during installation in an absence of a pre-existing orifice through the exterior wall surface. 18. The manifold and valve assembly of claim 11 wherein the inlet stem is disposed about at least a portion of the valve inlet, and the inlet stem punches through an exterior wall surface of the portion of the manifold tube during installation in an absence of a pre-existing orifice through the exterior wall surface. 19. The manifold and valve assembly of claim 16 wherein the inlet stem extends further into the manifold tube toward the foot than toward the arm. 20. The manifold and valve assembly of claim 11 further comprising a plurality of gas valves and wherein the capturing device comprises a plurality of stations which respectively cooperate with respective gas valves.