Pellet grill
A pellet fueled apparatus having a continuous spark ignition system and swing-away warming rack is disclosed. The apparatus may include a power supply controller configured to cause a spark generator to create a continuous spark in a gap space between two electrodes for a duration greater than 2 seconds and up to 20 minutes uninterrupted. The apparatus, when embodied as a grill may include a warming rack that swings away from an underlying cooking surface when the grill lid is opened.
1. A pellet fueled apparatus, comprising:
a head unit having a burn pot configured to receive solid pellet fuel;
an electrical power supply provided on or with the head unit;
an electrical ground provided on or with the head unit or the power supply;
a power supply controller electrically connected to the power supply;
a spark generator electrically connected to the power supply controller;
a first electrode electrically connected to the spark generator, said first electrode having a first metallic tip extending into the burn pot; and
a second electrode electrically connected to the electrical ground, said second electrode having a second metallic tip extending into the burn pot,
wherein a gap space is provided between the first metallic tip and the second metallic tip, and
wherein the power supply controller is configured to cause the spark generator to create a continuous spark in the gap space between the first metallic tip and the second metallic tip for a duration greater than 2 seconds in order to ignite the solid pellet fuel.
2. The pellet fueled apparatus of claim 1 wherein the electrical power supply is an alternating current (AC) power supply.
3. The pellet fueled apparatus of claim 1 wherein the electrical power supply is a direct current (DC) power supply.
4. The pellet fueled apparatus of claim 3 further comprising:
a first ceramic body surrounding a portion of the first metallic tip.
5. The pellet fueled apparatus of claim 4 wherein the gap space is between about 4 and 6 millimeters.
6. The pellet fueled apparatus of claim 5 wherein the first metallic tip is bent towards the second metallic tip,
wherein the first metallic tip has a cross section in the range of 1 to 4 millimeters in diameter, and
wherein the first metallic tip is constructed of nickel-chromium alloy.
7. The pellet fueled apparatus of claim 6 wherein the power supply controller is adapted to cause the spark generator to create a continuous spark in the gap space for a duration greater than 1 minute.
8. The pellet fueled apparatus of claim 7 wherein the power supply controller is adapted to cause the spark generator to create a continuous spark in the gap space for a duration of up to 1 to 15 minutes.
9. The pellet fueled apparatus of claim 8 further comprising a temperature sensor disposed in the head unit, said temperature sensor operatively connected to said power supply controller, and
wherein the power supply controller is adapted to cause the spark generator to create a continuous spark in the gap space based on one or more temperature readings provided by the temperature sensor.
10. The pellet fueled apparatus of claim 1 wherein the gap space is between about 4 and 6 millimeters.
11. The pellet fueled apparatus of claim 1 wherein the first metallic tip is bent towards the second metallic tip,
wherein the first metallic tip has a circular cross section in the range of 1 to 4 millimeters in diameter, and
wherein the first metallic tip is constructed of nickel-chromium alloy.
12. The pellet fueled apparatus of claim 1 wherein the power supply controller is adapted to cause the spark generator to create a continuous spark in the gap space for a duration greater than 1 minute.
13. The pellet fueled apparatus of claim 1 wherein the power supply controller is adapted to cause the spark generator to create a continuous spark in the gap space for a duration of 1 to 15 minutes.
14. The pellet fueled apparatus of claim 1 further comprising a temperature sensor disposed in the head unit, said temperature sensor operatively connected to said power supply controller, and
wherein the power supply controller is adapted to cause the spark generator to create a continuous spark in the gap space based on one or more temperature readings provided by the temperature sensor.
15. A pellet and solid fuel ignition system, comprising:
an electrical power supply;
an electrical ground provided on or with the electrical power supply;
a spark generator operatively connected to the electrical power supply;
a first electrode electrically connected to the spark generator, said first electrode having a first metallic tip configured to extend into a burn pot, said burn pot configured to receive solid pellet fuel; and
a second electrode electrically connected to the electrical ground, said second electrode having a second metallic tip configured to extend into the burn pot,
wherein a gap space is provided between the first metallic tip and the second metallic tip, and
wherein the ignition system is configured to cause the spark generator to create a continuous spark in the gap space between the first metallic tip and the second metallic tip for a duration greater than 2 seconds in order to ignite the solid pellet fuel.
16. The pellet and solid fuel ignition system of claim 15 wherein the electrical power supply is an alternating current (AC) power supply.
17. The pellet and solid fuel ignition system of claim 15 wherein the electrical power supply is a direct current (DC) power supply.
18. The pellet and solid fuel ignition system of claim 15 further comprising:
a first ceramic body surrounding a portion of the first metallic tip.
19. The pellet and solid fuel ignition system of claim 15 wherein the gap space is between about 4 and 6 millimeters.
20. The pellet and solid fuel ignition system of claim 15 wherein the first metallic tip is bent towards the second metallic tip.
21. The pellet and solid fuel ignition system of claim 15 wherein the first metallic tip has a circular cross section in the range of 1 to 4 millimeters in diameter and wherein the first metallic tip is constructed of nickel-chromium alloy.
22. The pellet and solid fuel ignition system of claim 15 further comprising a power supply controller operatively connected to the electrical power supply and the spark generator,
wherein the power supply controller is configured to cause the spark generator to create a continuous spark in the gap space between the first metallic tip and the second metallic tip for a duration greater than 2 seconds.
23. The pellet and solid fuel ignition system of claim 15 wherein the ignition system is configured to cause the spark generator to create a continuous spark in the gap space for a duration greater than 1 minute.
24. The pellet and solid fuel ignition system of claim 15 wherein the ignition system is configured to cause the spark generator to create a continuous spark in the gap space for a duration of 1 to 15 minutes.
25. The pellet and solid fuel ignition system of claim 15 further comprising a temperature sensor operatively connected to said power supply controller, and
wherein the ignition system is configured to cause the spark generator to create a continuous spark in the gap space based on one or more temperature readings provided by the temperature sensor.
26. A solid fuel grill, solid fuel oven, or solid fuel heater, comprising:
a head unit having a burn pot configured to receive solid fuel;
a means for supplying electrical power provided on or with the head unit;
an electrical ground provided on or with the head unit or the means for supplying electrical power;
a means for controlling the supply of electrical power;
a first electrode electrically connected to the means for supplying power, said first electrode having a first metallic tip extending into the burn pot; and
a second electrode electrically connected to the electrical ground, said second electrode having a second metallic tip extending into the burn pot,
wherein a gap space is provided between the first metallic tip and the second metallic tip, and
wherein the means for controlling the supply of electrical power is adapted to cause the means for supplying electrical power to create a continuous spark in the gap space between the first metallic tip and the second metallic tip for a duration greater than 2 seconds in order to ignite the solid fuel.
27. The solid fuel grill, solid fuel oven, or solid fuel heater of claim 26 wherein the means for supplying electrical power is an alternating current (AC) power supply.
28. The solid fuel grill, solid fuel oven, or solid fuel heater of claim 26 wherein the means for supplying electrical power is a direct current (DC) power supply.