TEMPERATURE SENSING PAN
Cookware is provided having a temperature sensing assembly for indicating a temperature of the cookware. In one embodiment, a cooking pan is provided having a pan body with a cooking surface and a heating surface opposite the cooking surface. A handle can be attached to the pan body, and a thermal gauge can be mounted on the handle. A thermal probe can extend from the gauge into the pan body to measure a temperature of the pan body. In some embodiments, a shield can surround at least a portion of the thermal probe to block the thermal probe from radiant heat.
1 . A cooking pan comprising:
a pan body comprising a cooking surface and a heating surface opposite the cooking surface;
a handle attached to the pan body;
a hole extending into the pan body substantially parallel to the cooking surface and the heating surface;
a thermal probe extending at least partially into the hole, the thermal probe configured to detect a temperature of the pan body; and
a thermal gauge mounted to and retained by the handle, the thermal gauge and the handle defining corresponding profiles that retain the gauge to the handle once the gauge is rotated against the handle, the thermal gauge being coupled to the thermal probe, the thermal gauge configured to indicate a temperature responsive to the temperature detected by the thermal probe.
2 . The cooking pan of claim 1 , wherein the pan body comprises:
a first aluminum layer nearer the cooking surface than the heating surface;
an inductive layer nearer the heating surface than the cooking surface; and
a second aluminum layer between the first aluminum layer and the inductive layer.
3 . The cooking pan of claim 2 , wherein the inductive layer comprises martensitic stainless steel.
4 . The cooking pan of claim 2 , wherein the hole is defined through the second aluminum layer.
5 . The cooking pan of claim 1 , wherein the hole has a diameter substantially 0.2 mm greater than a diameter of the thermal gauge when the pan body is at room temperature.
6 . The cooking pan of claim 1 , wherein the handle defines a handle hole in which the thermal gauge resides.
7 . The cooking pan of claim 1 , wherein the corresponding profiles include a shoulder that interlocks with a corresponding shoulder on the thermal gauge to retain the thermal gauge on the handle.
8 . The cooking pan of claim 6 , wherein the handle includes a first grasping portion and a second portion having the handle hole therein, and wherein the first grasping portion and the second portion extend transverse to one another.
9 . A cooking pan, comprising:
a pan body having a cooking surface and a heating surface opposite the cooking surface;
a handle coupled to the pan body;
a probe extending into the pan body and configured to detect a temperature of the pan body; and
a thermal gauge mounted to and retained by the handle, the thermal gauge and the handle defining corresponding profiles that retain the gauge to the handle once the gauge is rotated against the handle, the thermal gauge being coupled to the thermal probe, the thermal gauge configured to indicate a temperature responsive to the temperature detected by the thermal probe.
10 . The cooking pan of claim 9 , wherein the probe is curved such that a first portion of the probe coupled to the thermal gauge extends transverse to a second portion of the probe extending into the pan body.
11 . The cooking pan of claim 9 , wherein the handle includes an opening therein that seats the thermal gauge.
12 . The cooking pan of claim 9 , wherein the corresponding profiles include a shoulder that interlocks with a corresponding shoulder on the thermal gauge to retain the thermal gauge in the opening in the handle.
13 . The cooking pan of claim 12 , wherein the shoulder on the thermal gauge is configured to interlock with the shoulder in the opening in the handle by inserting the shoulder on the thermal gauge through the opening in the handle and rotating the thermal gauge.
14 - 27 . (canceled)