Portable food-constituent-amount display and calculating system, and device to operate the system

• US 4,855,945 A
• Filed: 11/27/1985
• Issued: 08/08/1989
• Est. Priority Date: 03/27/1984
• Status: Expired due to Fees

• Current Assignee: Ritsuko Sakai
• Original Assignee: Ritsuko Sakai
• Inventors: Sakai, Ritsuko
• Primary Examiner(s): Harkcom, Gary V.
• Assistant Examiner(s): Mai, Tan V.
• Application Number:
  US06/802,359
• Time in Patent Office: 1,350 Days
• Field of Search: 364/709, 364/715, 364/710, 364/900 MS File, 364/413
• US Class Current: 708/132
• CPC Class Codes: G06F 15/025 adapted to a specific application

Abstract

A portable system gives information on the amounts of constituents of foods for health control. The system tells the amounts of nutritive constituents of foods and the total amount of nutritive constituents of foods taken a day by arithmetic operations, and determines excessive or insufficient amounts of constituents by comparison between the total amount taken a day and the necessary amounts. A small, portable calculator is provided with an input section having a keyboard for giving necessary commands with alphabetic characters A to Z, the numerals 0 to 9, =, -, ×, ÷, etc. to enter food items and the amounts of nutritive constituents. The portable calculator calculates the amounts of nutritive constituents of meals of the day, breakfast, lunch, supper and snack separately or in the aggregate. The excess/deficiency amounts of each nutrient is displayed in graphic forms, by symbols or animation.

Claims

1. A portable food constituent amount display calculator which, when commanded, compares the total amount of at least one constituent of foods taken in per day with the necessary amount of each said constituent a day and displays the amount of each excess or deficiency for health control, comprising

an input section provided with a character-input keyboard for inputing names of food taken in by a user during the day, and for selectively indicating a plural number of a standard amount of said at least one constituent thereof;

A food-data memory in which said food names and each said standard amount of each said constituent thereof are prestored;

means by which to read out from said food-data memory said standard amount of each said constituent of a food name which is input from the keyboard;

a display which shows an input food name and each said standard amount of each said constituent read out from the food-data memory and results of comparison and arithmetic operations;

an arithmetic and control section which performs said arithmetic operations, including adding the respective amounts of each said constituent of said foods taken in the day to form at least one respective total for the day for each said constituent;

an all-input food data memory which stores said food names and amounts of said constituents which are displayed and each said total from said arithmetic operations;

a necessary-constituent-amount memory which stores the necessary amount of each said constituent of each said stored food name; and

comparison means for comparing the respective necessary amount of each said constituent and the respective total from said arithmetic operations stored in said all-input data memory.

2. The calculator of claim 1, comprising means for displaying in said display the amount of surplus or deficiency of each said constituent based on a respective comparison operation of said comparison means for each said constituent, in graphic form.

3. The calculator of claim 1, each said food name stored in said food-data memory being group into a respective one of a predetermined plurality of predetermined familes, comprising means of displaying in said display the amount of surplus or deficiency of said comparison operation in a different respective color for each said family, wherein at least predetermined ones of each said constituent corresponds to respective different ones of said familes.

4. A system for determining the amount of each of a plurality of constituents in foods taken in by a consumer during a day, comprising

a first memory having stored therein names of foods and information on the respective amounts of each of said constituents in a standard amount of each said food having its name stored therein,

a second memory having stored therein nominal recommended daily amounts of said constituents for said consumer,

a keyboard section for inputing names of food consumed during the day by said consumer, and for inputing information on the amount of each said food consumed if different from said standard amount in units of said standard amount, said keyboard section including a total key, a comparison command key and a memory command key,

a display for displaying each said input food name and the respective standard or different amount of each said constituent therof,

a third memory for storing each said input food name and amount and current totals of each of said constituent for each said food consumed during the day, each said food with a different name having a respective different total for each said constituent thereof, and

an arithmetic section for adding said displayed amounts of constituents for an input food name to the current totals in said third memory,

wherein (1) when said total key is depressed while said input food name and the respective amounts of said constituents are displayed, said arithmetic section performs said adding, the displayed data is cleared, and the new totals from said adding are stored as the updated values of said current totals in said third memory, (2) when said comparison command key is operated the excess or deficiency of each said constituent for the day is calculated and displayed, and (3) when said memory read key is depressed, said stored totals from said third memory are read out and displayed in said display in a predetermined sequence.

5. A system as in claim 4, comprising a control section connected at a first terminal to a first terminal of said input section and at a second terminal to a first terminal of each of said arithmetic section and first and second memories, said display section being connected at a second terminal to a second terminal of said arithmetic section, and said arithmetic section being connected at a third terminal to a second terminal of each of said first and second memories, and at a fourth terminal to a first terminal of said second memory.

6. The system of claim 4, wherein each said memory is commonly provided by a single memory means.

7. A system for determing the amounts of each of a plurality of constituents in foods taken in by a consumer in each of various meals of a day, and a respective daily total for each said ingredient, said system comprising

a first memory having stored therein names of foods and information on the respective amounts of each of said constituents in a standard amount of each said food having its name stored therein,

a keyboard section for inputing names of food consumed during the day by said consumer, and for inputing information on the amount of each said food consumed if different from said standard amount in units of said standard amount, said keyboard section including a total key and a memory command key,

a display for displaying each said input food name and the respective standard and each said different amount of each said constituent therof,

a second memory for storing each said input food name and current totals of each said constituent for each said food consumed for each said meal during the day and each said daily total, and

an arithmetic section for adding said displayed amounts of constituents for an input food name to the respective current totals in said second memory,

wherein (1) when said total key is depressed while said input food name and the respective amounts of said constituents are displayed, said arithmetic section performs said adding, the displayed data is cleared, and the new totals from said adding are stored as the updated values of said current totals in said second memory, and (2) when said memory read key is depressed, said stored totals from said second memory are read out and information corresponding to each said stored total read out from said second memory is displayed in said display in a predetermined sequence.

8. The system of claim 7, wherein each said memory is commonly provided by a single memory means.

9. The system of claim 7, comprising

a third memory having stored therein recommended daily amounts of said constituents for said consumer,

wherein said arithmetic section selectively compares said recommended daily amounts of said constituents with each respective daily total, and said information displayed in said predetermined sequence upon said operation of said memory read key indicates an excess or defficiency of each said ingredient for said consumer for the day.

10. The system of claim 9, said keyboard section comprising a comparison key for actuating the comparison of said daily totals of each said ingredient with said recommended daily amounts.

11. The system of claim 7, wherein each said information displayed in said predetermined sequence is the amount of each said ingredient, in a corresponding absolute unit.

12. The system of claim 7, wherein respective ones of said ingredients are each characterized by a respective nutritive function.

13. The system of claim 7, wherein each said information displayed in said predetermined sequence is in terms of points assigned in relation to said standard amount of each said ingredient.

14. The system of claim 7, wherein each said information displayed in said predetermined sequence is in terms of points assigned in relation to a recommended daily amount of each said ingredient.

15. The system of claim 7, comprising

said keyboard section including an end key, an addition key, a multiplication key, a back-space key, a deletion key and a clear key,

wherein the system operates so that:

each said food name for each said meal is entered by said keyboard means;

after each respective one of said food names has been entered, and said end key is pressed, said display shows the respective food name and said standard amount;

if said keyboard means is operated to indicate another one of said food names, after entry of a food name and said pressing of said end key, the new food name is displayed in said display after entry of the new food name and a further pressing of said end key;

upon actuation of said addition key, after entry of a food name and an operation of said end key, said food name and amount displayed are added to the respective totals for said food name in said second memory;

upon actuation of said multiplication key and entry of a coefficient for indicating the number of respective standard units of the respective ingredient of the respective food, after entry of a food name and an operation of said end key and before actuation of said addition key, the respective different amount of said food from the respective standard amount is displayed with the food name and added to said current totals when said addition key is pressed;

the pressing of said total key is taken as indicating the completion of entry of food names and amounts for a group of foods for said consumer;

when said back-space key is pressed, during the input of a food name and before said end key is pressed, the last-entered character of the food name is deleted;

when said delete key is pressed, during the input of a food name and prior to the pressing of said end key, and prior to the pressing of said total key, all the food names and amounts stored in said second memory during the current data entry session are deleted from said second memory, as all being data of the respective group for said consumer; and

when said clear key is pressed, in a pause in said input of a food name and prior to the pressing of said end key, all said data stored in said second memory is deleted.

16. The system of claim 15, wherein power for said display is cut off when said total key is pressed, and restored after said memory read key is pressed for said sequential display and for display of the next food name entered.