Reflective apparatus for microwave cooking

Claim 2

A reflective cell in combination with an oven for improving uniformity in the temperature of a food product heated in a radiant energy heating cavity of said oven, comprising: A. an oven having a radiant energy heating cavity; B. temperature sensor means responsive to heat generated within said cavity, said temperature sensor means including a bimetallic element, said bimetallic element having a U-shaped configuration including a pair of spaced, opposing arms, said arms being generally parallel in unheated condition of said bimetallic element, said arms being spreadable when said bimetallic element is heated and retractable when said bimetallic element is cooled; C. movable reflection means for reflecting radiant energy within said cavity, said movable reflection means also being located in said cavity, said reflection means including a pair of reflective members engaging said respective arms and movable therewith; and D. said reflection means being movable with variation in the response of said sensor means to said heat, in order to vary the direction of said reflecting radiant energy relative to said food product and to vary concentration of said reflecting radiant energy incident on said product for promoting said temperature uniformity therein.

Claim 3

The cell of claim 1 further comprising a bar positioned between said arms, said bar having a composition which readily absorbs said radiant energy for heating said bimetallic element.

Claim 4

The cell of claim 2 further comprising a third reflective member located to provide shielding of said bar against a portion of said radiant energy.

Claim 5

The cell of claim 1 wherein said reflective members are supported on a flexible support member enabling pivotal movement of said reflective members about fixed portions of said flexible member.

Claim 6

The cell of claim 4 wherein the movement of said arms enables pivotal motion of said respective reflective members through an angle of approximately 90°.

Claim 7

A reflective cell in combination with an oven for improving uniformity in the temperature of a food product heated in a radiant energy heating cavity of said oven, comprising: A. an oven having a radiant energy heating cavity; B. temperature sensor means responsive to heat generated within said cavity, said temperature sensor means being located in said cavity, said sensor means including a bimetallic coil carrying a plurality of reflective members, said reflective members being movable with winding and unwinding of said coil and including a plurality of stationary reflective members with respect to said movable reflective members and said stationary reflective members including a first circular array of radial projections, and said movable reflective members including a second array of radial projections coaxial with said first array; C. movable reflection means for reflecting radiant energy within said cavity, said movable reflection means also being located in said cavity; and D. said reflection means being movable with variation in the response of said sensor means to said heat, in order to vary the direction of said radiant energy relative to said food product and to vary the conectration of said radiant energy incident on said product for promoting said temperature uniformity therein, sensor means combined with a container for heating food in said oven, wherein said cell is supported on a wall of said container.

Claim 8

A reflective cell in combination with an oven for improving uniformity in the temperature of a food product heated in a radiant energy heating cavity of said oven, comprising: A. an oven having a radiant energy heating cavity; B. temperature sensor means responsive to heat generated within said cavity, said temperature sensor means being located in said cavity, said sensor means including a bimetallic coil carrying a plurality of reflective members, said reflective members being movable with winding and unwinding of said coil and including a plurality of stationary reflective members with respect to said movable reflective members and said stationary reflective members including a first circular array of radial projections, and said movable reflective members including a second array of radial projections coaxial with said first array; C. movable reflection means for reflecting radiant energy within said cavity, said movable reflection means also being located in said cavity; and D. said reflection means being movable with variation in the response of said sensor means to said heat, in order to vary the direction of said radiant energy relative to said food product and to vary the conectration of said radiant energy incident on said product for promoting said temperature uniformity therein, sensor means combined with a container for heating food in said oven, wherein said cell is supported on a wall of said container.

Claim 9

A reflective cell in combination with an oven for improving uniformity in the temperature of a food product heated in a radiant energy heating cavity of said oven, comprising: A. an oven having a radiant energy heating cavity; B. temperature sensor means responsive to heat generated within said cavity, said temperature sensor means being located in said cavity and separate from said food product; C. movable reflection means for reflecting radiant energy within said cavity, said movable reflection means also being located in said cavity; D. said reflection means being movable with variation in the response of said sensor means to said heat, in order to vary the direction of said radiant energy relative to said food product and to vary the concentration of said radiant energy incident on said product for promoting said temperature uniformity therein; and E. said sensor means includes said reflection means, said sensor means and said reflection means including a bimetallic element having a plurality of integrally connected, reflective arms and said arms define a cone-like configuration in the unheated condition of said bimetallic element, said arms being spreadable to form a generally coplanar configuration of said arms when said bimetallic element is heated.

Claim 10

A reflective cell in combination with an oven for improving uniformity in the temperature of a food product heated in a radiant energy heating cavity of said oven, comprising: A. an oven having a radiant energy heating cavity; B. temperature sensor means responsive to heat generated within said cavity, said temperature sensor means being located in said cavity and separate from said food product; C. movable reflection means for reflecting radiant energy within said cavity, said movable reflection means also being located in said cavity; D. said reflection means being movable with variation in the response of said sensor means to said heat, in order to vary the direction of said radiant energy relative to said food product and to vary the concentration of said radiant energy incident on said product for promoting said temperature uniformity therein; and E. said sensor means includes said reflection means, said sensor means and said reflection means including a bimetallic element having a plurality of integrally connected, reflective arms and said arms define a cone-like configuration in the unheated condition of said bimetallic element, said arms being spreadable to form a generally coplanar configuration of said arms when said bimetallic element is heated.

Claim 11

The cell of claim 7 in combination with a container for heating food in said oven, wherein said cell is supported on a wall of said container.