Food appliance and a coding system therefor

• US 5,967,021 A
• Filed: 04/16/1998
• Issued: 10/19/1999
• Est. Priority Date: 11/29/1994
• Status: Expired due to Fees

• Current Assignee: Simon K.C. Yung
• Original Assignee: Simon K.C. Yung
• Inventors: Yung, Simon K. C.
• Primary Examiner(s): SIMONE, TIMOTHY F
• Application Number:
  US09/061,296
• Time in Patent Office: 551 Days
• Field of Search: 99/325-328, 99/331-335, 99/348, 99/467, 99/468, 99/483, 99/484, 99/486, 366/69, 366/96-98, 366/144-146, 366/149, 366/341, 366/314, 366/601, 364/400, 426/18, 426/27, 426/87, 426/112, 426/113, 426/231, 426/233, 426/242, 426/243, 426/465, 426/504, 426/512, 426/516, 365/228, 365/229, 379/102, 379/104, 379/105, 348/734, 395/3, 395/900, 395/51, 395/61
• US Class Current: 99/327
• CPC Class Codes: A21B 7/005 in combination with mixing or kneading devices
• CPC Class Codes: H05B 6/6435 Aspects relating to the user interface of the microwave heating apparatus
• CPC Class Codes: H05B 6/6438 allowing the recording of a program of operation of the microwave heating apparatus

Abstract

A versatile food appliance includes a set of hardware components common to a plurality of single-purpose food appliances. The set of hardware components is controlled by a microcontroller executing a program from a repertoire thereof stored in the general-purpose food appliance. Many processing programs are stored for operating the appliance in different modes and for processing different kinds of food by using different ingredients. Each processing program is assigned a code and can be selected by specifying the code associated with it from a control panel. The programs may be further modified parametrically by a group of process parameters. Ingredients to be used in each of the programs may be in a premixed form in a package with the code optionally labeled thereon. The repertoire of programs is updatable by the user. In the preferred embodiment, a memory card interface allows updated programs to be introduced via a removable flash memory card.

Claims

1. A food appliance, comprising:

a chamber for processing food therein;

one or more heaters for applying heat to said chamber;

a controller for controlling operations of said one or more heaters;

a first memory location for storing a repertoire of preprogrammed processes;

at least one of said repertoire of preprogrammed processes being parametrically dependent on a group of predetermined process parameters;

a second memory location for storing specific values for the group of predetermined process parameters;

an input for receiving input data into said food appliance, said input data including one designating a preprogrammed process among said repertoire of preprogrammed processes; and

control means for operating said controller according to the designated preprogrammed process, responsive to the stored parameter values.

2. A food appliance as in claim 1, further comprising:

a first lookup table having entries that individually associates a program code with individual ones of said repertoire of preprogrammed processes; and

wherein

said input data includes a program code designating an entry in said first lookup table.

3. A food appliance as in claim 1, wherein said input data includes specific values for the group of predetermined process parameters.

4. A food appliance as in claim 2, wherein:

a plurality of predefined process parameter configurations is individually given by predefined values assigned to each of the process parameter of the group of predetermined process parameters;

said input data includes one designating one of said plurality of predefined process parameter configurations; and

control means operates said controller according to the designated preprogrammed process, responsive to the designated predefined process parameter configuration.

5. A food appliance as in claim 4, further comprising:

a second lookup table having a plurality of entries that individually associates a process parameter code to one of said predefined process parameter configurations; and

wherein

said input data includes a process parameter code designating an entry in said second lookup table.

6. A food appliance as in claim 5, wherein said plurality of entries of the lookup table individually further includes a descriptor associated with the predefined process thereof.

7. A food appliance as in anyone of claims 1-6, further comprising:

one or more mechanical actuators deployed inside said chamber; and

wherein said controller also controls operations of said one or more mechanical actuators.

8. A food appliance, comprising:

a chamber for processing food therein;

one or more mechanical actuators deployed inside said chamber;

a controller for controlling operations of said one or more mechanical actuators;

a first memory location for storing a repertoire of preprogrammed processes;

at least one of said repertoire of preprogrammed processes being parametrically dependent on a group of predetermined process parameters;

a second memory location for storing specific values for the group of predetermined process parameters;

an input for receiving input data into said food appliance, said input data including one designating a preprogrammed process among said repertoire of preprogrammed processes; and

control means for operating said controller according to the designated preprogrammed process, responsive to the stored parameter values.

9. A food appliance as in claim 8, further comprising:

a first lookup table having entries that individually associates a program code with individual ones of said repertoire of preprogrammed processes; and

wherein

said input data includes a program code designating an entry in said first lookup table.

10. A food appliance as in claim 8, wherein said input data includes specific values for the group of predetermined process parameters.

11. A food appliance as in claim 9, wherein:

a plurality of predefined process parameter configurations is individually given by predefined values assigned to each of the process parameter of the group of predetermined process parameters;

said input data includes one designating one of said plurality of predefined process parameter configurations; and

control means operates said controller according to the designated preprogrammed process, responsive to the designated predefined process parameter configuration.

12. A food appliance as in claim 11, further comprising:

a second lookup table having a plurality of entries that individually associates a process parameter code to one of said predefined process parameter configurations; and

wherein

said input data includes a process parameter code designating an entry in said second lookup table.

13. A food appliance as in claim 12, wherein said plurality of entries of the lookup table individually further includes a descriptor associated with the predefined process thereof.