System and methods of improving the performance, safety and energy efficiency of a cooking appliance

• US 10,085,585 B2
• Filed: 11/04/2013
• Issued: 10/02/2018
• Est. Priority Date: 02/21/2013
• Status: Active Grant

• Current Assignee: Rain Mountain LLC
• Original Assignee: Rain Mountain LLC
• Inventors: Siegel, Robert, Lewandowski, Robert
• Primary Examiner(s): ALEXANDER, REGINALD
• Application Number:
  US14/070,984
• Publication Number:
  US 20140234496A1
• Time in Patent Office: 1,793 Days
• Field of Search: 99331, 99333, 99337, 99338, 99325, 219483, 219484, 219489, 21944812, 2194621, 219707, 219757, 126299 R, 126299 D
• CPC Class Codes: A47J 36/321 the electronic control being performed over a network, e.g. by means of a handheld device
• CPC Class Codes: F23N 1/022 using electronic means
• CPC Class Codes: F23N 2233/02 in stacks
• CPC Class Codes: F23N 2241/08 Household apparatus
• CPC Class Codes: F23N 5/003 using detectors sensitive to combustion gas properties F23N5/02, F23N5/18 - F23N5/26 take precedence
• CPC Class Codes: F23N 5/242 using electronic means
• CPC Class Codes: F24C 15/105 Constructive details concerning the regulation of the temperature
• CPC Class Codes: F24C 15/106 electric circuits

Abstract

System and method for improving the performance, safety, and energy efficiency of a cooking appliance with one or more heating elements operably connected with a burner controller controlling an amount of energy flowing to the one or more heating elements. First, a user or a system controller establishes one or more reference levels. The system controller is operably associated with one or more sensors, which measures levels of one or more emissions generated in the operation of the cooking appliance. Afterwards, the system controller compares the measured levels of the one or more emissions with the reference levels and in response to the measured levels of the emissions exceeding reference levels, sends an activation control signal to the cooking appliance. Then, an energy control mechanism associated with the burner controller adjusts the amount of energy flowing to the heating elements in response to the activation control signal.

Claims

1. A method for improving the performance, safety, and energy efficiency of a cooking appliance with one or more heating elements operably connected with a burner controller controlling an amount of energy flowing to the one or more heating elements, said controller operably connected to one or more emission sensors located in a ventilation apparatus above the cooking unit and adapted to detect one or more emissions selected from the group of heat, smoke, carbon monoxide, humidity, noise, and combinations thereof, as well as a source of cooking information either internal or connected;

the method comprising;

receiving a selected cooking mode and an intervention level from a user via a system controller;

establishing one or more emission reference levels for the burner controller and the ventilation apparatus via the system controller based on the selected cooking mode and the intervention level;

measuring one or more emissions with said one or more sensors generated in the operation of the cooking appliance;

comparing measured levels of the one or more emissions with said one or more emission reference levels to detect a condition requiring action or as a measure of cooking progress;

sending an activation control signal from said system controller as directed by one or more cooking control algorithms to the cooking appliance based on the cooking mode and the intervention level; and

adjusting the amount of energy flowing to the one or more heating elements of the cooking appliance through an energy control mechanism associated with the burner controller in response to said activation control signal, wherein the amount of energy is continuously adjustable between a first amount corresponding to a fully on level and a second amount corresponding to a fully off level.

2. The method of claim 1, further comprising the following steps:

sending information related to the amount of energy flowing to the one or more heating elements of the cooking appliance from the burner controller to said system controller through a communication means;

receiving information on the amount of energy flowing to the one or more heating elements of the cooking appliance via said system controller; and

sending an activation control signal from said system controller to the cooking appliance in response to the measured levels of the one or more emissions exceeding said one or more reference levels, as well as other cooking information, if available, from an internal or connected source, and in response to said information on the amount of energy flowing to the one or more heating elements of the cooking appliance and enabling said system controller to notify a user of current conditions, cooking progress and actions required and actions being taken as well as providing the user the ability to select from a variety of cooking modes.

3. The method of claim 1, wherein the cooking appliance and said system controller operably associated with a ventilation apparatus, and further comprising the following steps:

determining a plurality of activation levels associated with one or more fan speeds of the ventilation apparatus by the system controller corresponding to the differences of measured levels of the one or more emissions in comparison to the reference levels;

operating said one or more sensors for measuring levels of one or more emissions generated in the operation of the cooking appliance; and

sending an activation control signal from a system controller to the ventilation apparatus and setting the ventilation apparatus at said fan speed associated with said activation level in response to the measured levels of the one or more emissions exceeding said one or more reference levels, said activation control signal associated with said fan speed corresponding to the differences of measured levels of the one or more emissions in comparison to the reference levels.

4. The method of claim 1, further comprising the following steps:

sending information related to the amount of energy flowing to the one or more heating elements of the cooking appliance from a communication means associated with the burner controller to said system controller;

receiving information on the amount of energy flowing to the one or more heating elements of the cooking appliance via said system controller; and

sending an activation control signal from said system controller to the cooking appliance in response to the measured levels of the one or more emissions exceeding said one or more reference levels and in response to said information on the amount of energy flowing to the one or more heating elements of the cooking appliance.

5. The method of claim 3, further comprising the step of

determining user-selected intervention levels in establishing said one or more reference levels required before said system controller sends said activation control signal to the cooking appliance and/or a ventilation apparatus.

6. The method of claim 5, wherein said intervention levels are communicated by a user through an interface or said intervention levels are associated with a cooking program selection, said intervention levels comprising multiple degrees of responses.

7. The method of claim 6, wherein said multiple degrees of responses comprising three degrees of responses:

a first degree response comprising setting the ventilation apparatus at speeds associated with the levels of the one or more emissions;

a second degree response comprising, in addition to said first degree response, displaying a message on a display surface; and

a third degree response comprising, in addition to said second degree response, said system controller sending an activation control signal to the cooking appliance to adjust the amount of energy flowing to the one or more heating elements of the cooking appliance through an energy control mechanism associated with the burner controller in response to said activation control signal.

8. The method of claim 6 for where the cooking program provides an assisted cooking mode associated with solid food and water, wherein the solid food is not added until the water boils, the method comprising the following steps by a user:

selecting a cooking program selection associated with the cooking recipe wherein the solid food is not added until the water boils; and

setting the burner controller on high; and

further comprising the following steps;

in response to the measured levels of the one or more emissions exceeding said one or more reference levels indicating boiling of the water, said system controller executing one of the following responses;

setting the ventilation apparatus at speeds associated with the measured levels of the one or more emissions;

displaying a message on a display surface;

sounding an alarm indicating that it is time to add the solid food;

decreasing the amount of energy flowing to the one or more heating elements of the cooking appliance in response to said activation control signal, allowing said water to stay hot while minimizing evaporation;

displaying a message on a display surface;

or

sounding an alarm;

prompting the user to set a timer;

increasing the amount of energy flowing to the one or more heating elements to an appropriate level for the cooking recipe; and

in response to said timer finishing, said system controller executing one of the following responses;

setting the ventilation apparatus at speeds associated with the measured levels of the one or more emissions;

decreasing the amount of energy flowing to the one or more heating elements of the cooking appliance in response to said activation control signal, allowing the water to cool down;

displaying a message on a display surface indicating that the food is ready;

or

sounding an alarm.

9. The method of claim 6 where the cooking program provides an assisted cooking mode associated with solid food and water, wherein the solid food is added to the water before boiling, the method comprising the following steps by a user:

selecting a cooking program selection associated with the cooking recipe wherein the solid food is not added until the water boils;

setting the burner controller on high; and

setting a timer associated with a time period for the solid food and the water to cook after boiling; and

further comprising the following steps;

in response to a point at which the measured levels of the one or more emissions exceeding said one or more reference levels indicating boiling of the water, said system controller decreasing the amount of energy flowing to the one or more heating elements of the cooking appliance by means of said activation control signal, allowing said water to simmer;

starting the timer from said point; and

in response to said timer finishing, said system controller executing one or more of the following responses;

setting the ventilation apparatus at speeds associated with the measured levels of the one or more emissions;

decreasing the amount of energy flowing to the one or more heating elements of the cooking appliance in response to said activation control signal, allowing the water to cool down;

displaying a message on a display surface indicating that the food is ready;

or

sounding an alarm.

10. The method of claim 1, wherein the cooking appliance comprising

an oven operably connected to a burner controller and a temperature sensor, located in said appliance or remotely, as in a ventilation appliance above the cooking unit;

said system controller decreasing the amount of energy flowing to said oven in response to a temperature reading of said temperature sensor exceeding a set temperature safety level by more than an incremental amount.

11. The method of claim 10, wherein the ventilation apparatus further comprising

a smoke or gas sensor,

said system controller associated with the ventilation apparatus decreasing the amount of energy flowing to said oven in response to the measured levels of the one or more emissions exceeding said one or more reference levels.

12. The method of claim 6 for where the cooking program provides an assisted cooking mode for solid food that has audible or humidity emission levels indicating cooking and lower audible or humidity emission levels when cooking is completed, the method comprising the following steps:

setting the burner controller at an appropriate cooking level;

operating a sensor located in said appliance or remotely, as in a ventilation appliance above the cooking unit, in association with said system controller for sensing levels of said audible emission level generated in the operation of the cooking appliance;

in response to said audible emission level falling below said one or more reference levels indicating cooking, said system controller decreasing the amount of energy flowing to the one or more heating elements by means of said activation control signal; and

further comprising one or more of the following steps;

setting the ventilation apparatus at speeds associated with the measured levels of the one or more emissions;

displaying a message on a display surface;

or

sounding an alarm.

13. The method of claim 1, further comprising

communicating a set of instructions for a prescribed cooking sequence, from an internal or connected source to the cooking appliance via said system controller.

14. The method of claim 13, wherein said set of instructions for a prescribed cooking sequence is associated with a bar code or another product identification code on a food package and read by a bar code reader located in said appliance or remotely, as in a ventilation appliance above the cooking unit.

15. The method of claim 13, wherein a device equipped with a product identification code reader communicates said set of instructions from an internal or connected source for a prescribed cooking sequence.

16. A method for configuring a system for improving the performance, safety, and energy efficiency of a cooking appliance with one or more heating elements operably connected with a burner controller controlling an amount of energy flowing to the one or more heating elements, the method comprising:

providing a burner controller for capable of responding to electronic signals for controlling the amount of energy flowing to the one or more heating elements of the cooking appliance;

providing a means for establishing one or more reference levels via a system controller, enabling said system controller to alert a user or adjust the amount of energy flowing to the one or more heating elements of the cooking appliance;

providing one or more sensors located in a ventilation appliance above the cooking unit, operably connected to said system controller to sense levels of one or more emissions generated in the operation of the cooking appliance, to detect a condition requiring action or as a measure of cooking progress;

providing said system controller for operating in association with the cooking appliance, said system controller comprising means for reading said one or more reference levels and comparing the measured levels of the one or more emissions with said one or more reference levels;

providing a heat level actuator connected to said system controller and operably connected to said burner controller of the cooking appliance, said actuator for adjusting said burner controller of the cooking appliance in response to the measured levels of the one or more emissions exceeding one more reference levels and as directed by one or more cooking control algorithms, using cooking information from an internal or connected source, and a current state of cooking progress as indicated by the sensors, wherein said burner controller is continuously adjustable between a first amount corresponding to a fully on level and a second amount corresponding to a fully off level; and

enabling said system controller to alert a user of current conditions, cooking progress, actions required and actions being taken.

19. The system of claim 16, said burner controller capable of responding to electronic signals comprising:

a control body controlling the amount of energy flowing to the one or more heating elements of the cooking appliance;

a shaft rotating said control body;

a user control connected to said shaft, said user control operably associated with said control body; and

a motor turning the control body through a clutch bearing, said clutch bearing allowing the motor to drive said control body in a direction that decreases the amount of energy flowing to the one or more heating elements of the cooking appliance.

17. A system for improving the performance, safety, and energy efficiency of a cooking appliance with one or more heating elements operably connected with a burner controller controlling an amount of energy flowing to the one or more heating elements, the system comprising:

a means for establishing one or more reference levels via a system controller, enabling said system controller to alert a user or adjust the amount of energy flowing to the one or more heating elements of the cooking appliance;

one or more sensors located in a ventilation appliance above the cooking unit, operably connected to said system controller and adapted for measuring levels of one or more emissions generated in the operation of the cooking appliance;

emission levels being further used to identify the state of progress of food being cooked, said system controller for operating in association with the cooking appliance, said system controller comprising means for accessing cooking information from an internal or connected source;

an actuator connected to said system controller and operably connected to said burner controller of the cooking appliance, said actuator adapted for adjusting said burner controller of the cooking appliance in response to the measured levels of the one or more emissions, and as directed by at least one of;

one or more cooking control algorithms, cooking information from an internal or connected source, and a current state of cooking progress as indicated by the one or more sensors, wherein said burner controller is continuously adjustable between a first amount corresponding to a fully on level and a second amount corresponding to a fully off level; and

an interface adapted for enabling said system controller to alert a user of current conditions, cooking progress, actions required and actions being taken and adapted for providing a means for the user to select from a variety of assisted cooking modes.

18. The system of claim 17, wherein the cooking appliance and said system controller operably associated with a ventilation apparatus.

20. The system of claim 17, said burner controller comprising:

a sensing means to detect the shaft position or otherwise sense the amount of energy flowing to the one or more heating elements of the cooking appliance; and

a communication means for transmitting said information related to the amount of energy flowing to the one or more heating elements of the cooking appliance to said system controller.