COOKING APPLIANCE CONTROL PANEL WITH MOVEMENT DETECTOR FOR CONTROLLING COOKING ON A FUNCTION OF LOCATION
A cooking appliance control panel with movement detector for controlling cooking as a function of location has a microprocessor for operating an associated cooking appliance in accordance with a recipe. A movement detector determines a movement of the control panel and outputs a movement signal to the microprocessor. A communication device communicates with the microprocessor and a library of recipes The microprocessor determining when the control panel has moved more than a predetermined amount as a function of the movement signal, determines a new position of the control panel; and communicates the new position to the library to select a recipe as a function of the movement
1 . A cooking appliance control panel with movement detector for controlling cooking as a function of location comprising:
a microprocessor, the microprocessor operating an associated cooking appliance in accordance with a recipe;
a movement detector for determining an amount of movement of the control panel; and
outputting a movement signal to the microprocessor;
a library of recipes, the library of recipes containing two or more recipes for operating the cooking appliance, each recipe being associated with a position of the control panel;
a communication device communicating with the microprocessor and the library of recipes;
and the microprocessor determining when the control panel has moved more than a predetermined amount as a function of the movement signal, determining a new position of the control panel; and communicating the new position to the library utilizing the communication device when the control panel has moved more than the predetermined distance.
2 . The cooking appliance control panel of claim 1 , wherein the microprocessor receives a changed recipe from the library when the new position corresponds to movement of more than a predetermined amount, and the microprocessor updating the recipe associated with the control panel as function of the changed recipe.
3 . The cooking appliance control panel of claim 1 , wherein the movement detector is an accelerometer.
4 . The cooking appliance control panel of claim 1 , wherein the movement is a global positioning system tracker.
5 . The cooking appliance control panel of claim 1 , further comprising a control panel radio frequency identification tag identifying the control panel.
6 . A system for operating a cooking appliance as a function of location comprising:
a cooking appliance;
a library of recipe, the library of recipes containing two or more recipes for operating the cooking appliance, each recipe being associated with a position of the control panel,
a cooking appliance control panel removably mounted on the cooking appliance for controlling cooking by the cooking appliance as a function of location of the control panel, the cooking appliance control panel having a microprocessor, the microprocessor operating an associated cooking appliance in accordance with a recipe; a movement detector for determining a movement of the control panel; and outputting a movement signal to the microprocessor; a communication device communicating with the microprocessor and the library of recipes; and the microprocessor determining when the control panel has moved more than a predetermined amount as a function of the movement signal, determining a new position of the control panel; and
communicating the new position to the library utilizing the communication device when the control panel has moved more than the predetermined distance.
7 . The system for operating a cooking appliance as a function of location of claim 6 , the library comprises a microprocessor, the library transmitting a new recipe to the cooking appliance control system when the control panel has moved more than the predetermined amount.
8 . The system for operating a cooking appliance as a function of location of claim 6 , further comprising a first radio frequency identification tag on the control panel, storing control panel information identifying the control panel and a second radio frequency identification tag on the appliance storing appliance identifying information identifying the cooking appliance; the library storing the information control panel information and the appliance identifying information and pairings of the cooking appliance and the control panel.
9 . The system for operating a cooking appliance as a function of location of claim 8 , wherein the library further comprises a library microprocessor, the library microprocessor receiving and comparing the appliance identifying information and the control panel identifying information and determining whether to reprogram the control panel as a function of the comparison.
10 . The system for operating a cooking appliance as a function of location of claim 8 , wherein the library further comprises a library microprocessor, the library microprocessor receiving and comparing the appliance identifying information and the control panel identifying information and preventing operation of the control panel as a function of the comparison.
11 . A method for controlling operation of a cooking appliance having a removeable control panel, as a function of a location of a control panel comprising the steps of:
storing recipes for operating the cooking appliance in a library, the recipes operating the cooking appliance as a function of the location of the cooking appliance determining whether the control panel has moved more than a predetermined amount relative to an original cooking appliance;
determining a new location of the control panel when the control panel has moved more than a predetermined amount relative to the original cooking appliance;
the control panel communicating with the library when the control panel has moved more than a predetermined amount corresponding to a new location relative to the original cooking appliance and retrieving a recipe from the library corresponding to the new location; and
the control panel operating a second appliance, at the new location in accordance with the retrieved recipe.
12 . The method of claim 11 further comprising the steps of providing a first radio frequency ID on the appliance, the first radio frequency ID storing appliance identifying information and placing a second radio frequency ID on the control panel, the second radio frequency ID, storing control panel identifying information; the microprocessor communicating with the first radio frequency ID and the second radio frequency ID, and comparing the appliance identifying information with the control panel identifying information; the microprocessor preventing operation of the appliance by the control panel as a function of the comparison.