Heating appliance

1. A heating appliance comprising:

a housing defining a food product compartment;

a rack for supporting a food product within the food product compartment; and

a heating assembly comprising:

an infrared heating element having a length, wherein the heating element has a lengthwise temperature variation along its length when heated so as to emit radiant energy unevenly along its length and including at least a first portion that emits greater heat energy than a second portion; and

a heat distribution member having a length and disposed between the heating element and the rack, wherein the heat distribution member is positioned adjacent the first and second portions of the heating element and comprises an arrangement of apertures over at least a portion of its length, the arrangement of the apertures providing an open area ratio that also varies along the length of the heat distribution member adjacent to the first and second heating element portions and in accordance with the temperature variation of the heating element, the open area ratio of a portion of the heat distribution member adjacent and opposed to the second portion of the heating element being greater than the open area ratio of another portion of the heat distribution member adjacent and opposed to the first heating element portion for reducing an uneven distribution of emitted heat,

wherein the heating element and the heat distribution member are disposed within the food product compartment such that infrared energy emitted by the heating element is distributed onto the food product by the heat distribution member.

2. The heating appliance of claim 1 , wherein the heating element when heated has a lengthwise temperature decrease adjacent the temperature increase, the arrangement of apertures increasing the open area ratio in accordance with the temperature decrease.

3. The heating appliance of claim 1 , wherein the heating element has a first end and a second end such that the length extends from the first end to the second end and such that the length has a center between the first end and the second end, wherein a temperature increases lengthwise from the first end toward the center-when the heating element is heated, the open area ratio decreasing with the temperature increase from the first end toward the center.

4. The heating appliance of claim 3 , wherein the temperature increases lengthwise from the second end toward the center, the open area ratio decreasing with the temperature increase from the second end toward the center.

5. The heating appliance of claim 4 , wherein the lengthwise temperature increase from the first end toward the center is substantially the same as the lengthwise temperature increase from the second end toward the center, the open area ratio substantially mirroring the second taper of the profile.

6. The heating appliance of claim 1 , wherein the apertures are arranged in a plurality of distinct groups.

7. The heating appliance of claim 6 , wherein the groups are distinct via spacing from one another.

8. The heating appliance of claim 6 , wherein the apertures of at least two of the groups are arranged differently by comparison.

9. The heating appliance of claim 6 , wherein the apertures of each group are arranged in rows, the rows being common amongst the groups.

10. A heating appliance comprising:

a housing defining a food product compartment;

a rack for supporting a food product within the food product compartment; and

a heating assembly disposed within the food product compartment, the heating assembly comprising:

a heating element having a first end, a second end, and a length having a center between the first end and the second end, wherein the heating element has a temperature that varies lengthwise between the first end and the second end when heated so as to emit radiant energy unevenly along its length, such that the temperature increases lengthwise from the first end toward the center and increases lengthwise from the second end toward the center-such that the heating element is hottest near the center; and

a heat distribution member having and length and disposed between the heating element and the rack, wherein the heat distribution member comprises:

a first end adjacent the first end of the heating element;

a second end adjacent the second end of the heating element;

a center between the first and second ends of the heat distribution member positioned adjacent to the center of the heating element; and

an arrangement of apertures, wherein the arrangement of the apertures provides an open area ratio that varies along at least a portion of a length of the heat distribution member from the first end of the heat distribution member toward the center of the heat distribution member and also varies along at least another portion of a length of the heat distribution member from the second end of the heat distribution member toward the center of the heat distribution member in accordance with the lengthwise temperature increases of the heating element, the open area ratio of the first and second ends of the heat distribution member adjacent the first and second ends of the heating element being greater than the open area ratio of the center of the heat distribution member adjacent the center of the heating element for reducing an uneven distribution of emitted heat along the heat distribution member, wherein the arrangement comprises a first plurality of distinct groups of apertures disposed between the first end of the heat distribution member and the center of the heat distribution member that substantially mirrors a second plurality of distinct groups of apertures between the second end of the heat distribution member and the center of the heat distribution member.