Oven temperature control system
Embodiments of the present disclosure relate generally to a system that improves heat distribution throughout an internal cooking cavity of an oven. The embodiments described may find particular use in ovens used on-board passenger transport vehicles, but they may also be incorporated into other ovens, such as residential and other commercial ovens.
1. An oven temperature control system for use in an oven comprising a cooking cavity, one or more heating elements, and a baffle plate, the cooking cavity on a front side of the baffle plate and the one or more heating elements on a rear side, behind the baffle plate, the oven temperature control system comprising:
(a) a rear temperature sensor positioned behind the baffle plate;
(b) one or more front temperature sensors positioned in front of the baffle plate;
(c) a communication system for receiving input from the rear temperature sensor and for receiving input from the one or more front temperature sensors in order to compare the inputs and determine an optimal shut-off value; and
(d) a controller for controlling activation of the one or more heating elements upon receipt of instructions from the communication system.
2. The control system of claim 1 , further comprising one or more additional front temperature sensors.
3. The control system of claim 1 , wherein at least one of the one or more front temperature sensors is positioned at a front corner of the cooking cavity.
4. The control system of claim 1 , wherein the rear temperature sensor is set to measure a temperature of an area adjacent to the one or more heating elements.
5. A method for controlling an oven temperature in an oven of claim 1 , comprising:
(a) causing the rear temperature sensor to sense a first temperature behind the baffle plate;
(b) causing the one or more front temperature sensors to sense at least a second temperature in front of the oven baffle plate;
(c) sending the first and at least a second temperature to a communication system;
(d) comparing the temperatures and determining an optimal shut-off value;
(e) sending instructions from the communication system to a controller for controlling activation of the one or more heating elements upon receipt of instructions from the communication system.