Abstract A cooking apparatus includes a rotary table which is disposed inside a heating chamber such as to mount a food to be heated, and a motor which rotates the rotary table. The rotary table and the motor are integrally supported in a floating state by a resilient member, thereby allowing the food and the rotary table to vibrate or move vertically. This vertical vibration or movement is measured by employing a detector, and the weight of the food is measured from the output of the detector. The rotary table is provided with a biasing means interlocked with a door for regulating the height of the rotary table or stabilizing the same when the door is opened. In the case where the vibration of the rotary table is particularly detected, the rotary table is forced to vibrate by the action of the biasing means thereby allowing highly accurate measurement of the weight of the food. The output of the heating source, the heating mode and the heating time are controlled in correspondence with the measured weight of the food, and it is therefore possible to improve the cooking apparatus such that it is conveniently used and to realize a finely controlled heating operation.
A cooking apparatus with weighing device comprising: a heating chamber for housing and heating an object to be heated; a heating source for heating the object; a rotary table disposed inside said heating chamber for mounting the object; a driving device for rotating said rotary table; a resilient member supporting both said rotary table and said driving device, said resilient member, said driving device and said rotary table being movable as a unit in a vertical direction in dependence of the weight of an object mounted on said rotary table; and detector means for detecting a vertical movement of one of said rotary table, said driving device and said resilient member, said detector means including means for determining the weight of an object on said rotary table from a detection of the vertical movement and for producing an output signal corresponding to said weight, the operation of said heating source being controlled by said output signal.
Claim 2
Dependent Claim
156 words
A cooking apparatus with weighing device comprising: a heating chamber for housing and heating an object to be heated; a heating source for heating the object; a rotary table disposed inside said heating chamber for mounting the object; a driving device for rotating said rotary table; a resilient member supporting both said rotary table and said driving device, said resilient member, said driving device and said rotary table being movable as a unit in a vertical direction in dependence of the weight of an object mounted on said rotary table; and detector means for detecting a vertical movement of one of said rotary table, said driving device and said resilient member, said detector means including means for determining the weight of an object on said rotary table from a detection of the vertical movement and for producing an output signal corresponding to said weight, the operation of said heating source being controlled by said output signal.
Claim 3
Dependent Claim
35 words
A cooking apparatus according to claim 1, wherein said detector means for detecting the vertical movement of one of said rotary table, said driving device and said resilient member comprises a magnet and a coil.