SPACE EFFICIENT GAS VALVES FOR GRILLS
Space efficient gas valves for grills are disclosed. An example gas valve includes a chamber, a flow control member, an inlet conduit, an outlet conduit, and a stem. The flow control member is disposed within the chamber and is rotatable between an open position and a closed position. The inlet conduit extends downwardly from the chamber and includes an inlet flow channel having an inlet. The outlet conduit extends upwardly from the chamber and includes an outlet flow channel having an outlet. The stem is operatively coupled to the flow control member such that rotation of the stem about an axis of rotation of the stem causes a corresponding rotation of the flow control member within the chamber about an axis of rotation of the flow control member. The outlet of the outlet flow channel is located above the axis of rotation of the of the flow control member.
1 . A gas valve, comprising:
a chamber;
a flow control member disposed within the chamber, the flow control member being rotatable within the chamber between an open position and a closed position;
an inlet conduit extending downwardly from the chamber, the inlet conduit including an inlet flow channel having an inlet;
an outlet conduit extending upwardly from the chamber, the outlet conduit including an outlet flow channel having an outlet; and
a stem operatively coupled to the flow control member such that rotation of the stem about an axis of rotation of the stem causes a corresponding rotation of the flow control member within the chamber about an axis of rotation of the flow control member, wherein the outlet of the outlet flow channel is located above the axis of rotation of the of the flow control member.
2 . The gas valve of claim 1 , wherein the inlet conduit is configured to be coupled to a manifold of a grill such that the inlet is in fluid communication with the manifold, and wherein the outlet conduit is configured to be coupled to a burner tube of the grill such that the outlet is in fluid communication with the burner tube.
3 . The gas valve of claim 1 , wherein the axis of rotation of the flow control member is coaxially aligned with the axis of rotation of the stem.
4 . The gas valve of claim 1 , wherein the chamber includes an inlet opening and an outlet opening, and the flow control member includes a flow chamber having an inlet opening and an outlet opening.
5 . The gas valve of claim 4 , wherein the inlet flow channel of the inlet conduit is in fluid communication with the flow chamber of the flow control member via the inlet opening of the chamber and the inlet opening of the flow chamber when the flow control member is in the open position, and wherein the inlet flow channel of the inlet conduit is not in fluid communication with the flow chamber of the flow control member when the flow control member is in the closed position.
6 . The gas valve of claim 5 , wherein the outlet flow channel of the outlet conduit is in fluid communication with the flow chamber of the flow control member via the outlet opening of the flow control member and the outlet opening of the chamber when the flow control member is in the open position.
7 . The gas valve of claim 6 , wherein the outlet flow channel of the outlet conduit is also in fluid communication with the flow chamber of the flow control member via the outlet opening of the flow control member and the outlet opening of the chamber when the flow control member is in the closed position.
8 . The gas valve of claim 6 , wherein the outlet opening of the chamber is a first outlet opening of the chamber and the chamber further includes a second outlet opening, wherein the outlet opening of the flow chamber is a first outlet opening of the flow chamber and the flow chamber further includes a second outlet opening, wherein the outlet conduit is a first outlet conduit of the gas valve, the outlet flow channel is a first outlet flow channel, and the outlet is a first outlet, wherein the gas valve further comprises a second outlet conduit including a second outlet flow channel having a second outlet, wherein the second outlet flow channel of the second outlet conduit is in fluid communication with the flow chamber of the flow control member via the second outlet opening of the flow chamber and the second outlet opening of the chamber when the flow control member is in the open position, and wherein the second outlet flow channel of the second outlet conduit is not in fluid communication with the flow chamber of the flow control member when the flow control member is in the closed position.
9 . The gas valve of claim 8 , wherein the second outlet conduit is configured to be coupled to an ignition conduit of a grill such that the second outlet is in fluid communication with the ignition conduit.
10 . The gas valve of claim 1 , wherein a gas train of the gas valve includes an S-shaped portion defined by the chamber and the outlet flow channel.
11 . The gas valve of claim 10 , wherein the outlet flow channel includes a first segment extending upwardly from and being in fluid communication with the chamber, a second segment extending forwardly from and being in fluid communication with the first segment, a third segment extending upwardly from and being in fluid communication with the second segment, and a fourth segment extending rearwardly from and being in fluid communication with the third segment, wherein the fourth segment includes the outlet, wherein the S-shaped portion of the gas train includes the chamber, the first segment, the second segment, the third segment, and the fourth segment.
12 . The gas valve of claim 11 , wherein the first segment, the second segment, the third segment, and the fourth segment are linear.
13 . The gas valve of claim 12 , wherein a central axis of the chamber, a central axis of the second segment, and a central axis of the fourth segment are parallel to one another and horizontally oriented, and wherein a central axis of the first segment and a central axis of the third segment are parallel to one another and vertically oriented.
14 . The gas valve of claim 13 , wherein the central axis of the second segment is located above the central axis of the chamber, the central axis of the fourth segment is located above the central axis of the second segment, and the central axis of the third segment is located forward of the central axis of the first segment.
15 . The gas valve of claim 14 , wherein the central axis of the third segment is parallel to and located forward of a central axis of the inlet flow channel.
16 . A grill, comprising:
a gas valve including:
a chamber;
a flow control member disposed within the chamber, the flow control member being rotatable within the chamber between an open position and a closed position;
an inlet conduit extending downwardly from the chamber, the inlet conduit including an inlet flow channel having an inlet;
an outlet conduit extending upwardly from the chamber, the outlet conduit including an outlet flow channel having an outlet; and
a stem operatively coupled to the flow control member such that rotation of the stem about an axis of rotation of the stem causes a corresponding rotation of the flow control member within the chamber about an axis of rotation of the flow control member, wherein the axis of rotation of the flow control member is coaxially aligned with the axis of rotation of the stem, and wherein the outlet of the outlet flow channel is located above the axis of rotation of the of the flow control member;
a manifold coupled to the inlet conduit of the gas valve such that the inlet is in fluid communication with the manifold;
a burner tube coupled to the outlet conduit of the gas valve such that the outlet is in fluid communication with the burner tube; and
a control knob operatively coupled to the stem such that rotation of the control knob causes a corresponding rotation of the stem.
17 . The grill of claim 16 , wherein a gas train of the gas valve includes an S-shaped portion defined by the chamber and the outlet flow channel.
18 . The grill of claim 17 , wherein the outlet flow channel includes a first segment extending upwardly from and being in fluid communication with the chamber, a second segment extending forwardly from and being in fluid communication with the first segment, a third segment extending upwardly from and being in fluid communication with the second segment, and a fourth segment extending rearwardly from and being in fluid communication with the third segment, wherein the fourth segment includes the outlet, wherein the S-shaped portion of the gas train includes the chamber, the first segment, the second segment, the third segment, and the fourth segment.
19 . The grill of claim 18 , wherein the first segment, the second segment, the third segment, and the fourth segment are linear, wherein a central axis of the chamber, a central axis of the second segment, and a central axis of the fourth segment are parallel to one another and horizontally oriented, and wherein a central axis of the first segment and a central axis of the third segment are parallel to one another and vertically oriented.
20 . The grill of claim 19 , wherein the central axis of the second segment is located above the central axis of the chamber, the central axis of the fourth segment is located above the central axis of the second segment, the central axis of the third segment is located forward of the central axis of the first segment, and the central axis of the third segment is parallel to and located forward of a central axis of the inlet flow channel.