Mathematical teaching apparatus

• US 5,749,734 A
• Filed: 11/19/1996
• Issued: 05/12/1998
• Est. Priority Date: 11/19/1996
• Status: Expired due to Term

• Current Assignee: Digi-Block Incorporated
• Original Assignee: Elon Kohlberg
• Inventors: Kohlberg, Elon
• Primary Examiner(s): Hirsch, Paul J.
• Application Number:
  US08/752,639
• Time in Patent Office: 539 Days
• Field of Search: 434/195, 434/196, 434/194, 434/205, 434/208, 434/204
• US Class Current: 434/195
• CPC Class Codes: G09B 1/30 wherein the elements are adapted to be arranged in co-operation with the support to form symbols without special support G09B1/40
• CPC Class Codes: G09B 19/02 Counting; Calculating abacus G06C1/00
• CPC Class Codes: G09B 19/025 with electrically operated apparatus or devices
• CPC Class Codes: G09B 23/02 for mathematics for statics or dynamics G09B23/08

Abstract

A mathematical teaching apparatus comprising block elements having a front and back side, including indentations and protrusions to allow the blocks elements to stack. The block elements are inserted into a block element sleeve, which hold 10 stacked block elements. Block element sleeves are also stacked and inserted into a large sleeve, which holds 10 stacked block element sleeves. Block element sleeves also include indentations and protrusion to allow stacking. All three units are counted by counting devices which provide an indication of the number of units of each type present. The counting devices also signal when 10 block elements or 10 block element sleeves are inserted, signalling to a user that the blocks or sleeves should be inserted into a next-larger size sleeve. The mathematical teaching apparatus allows children to learn the concepts of number magnitude, addition and subtraction, including carrying and borrowing. A computer program implementing these ideas can also be used to present the mathematical concepts.

Claims

1. A mathematical teaching apparatus comprising:

a plurality of block elements;

a block element container, for organizing and holding a plurality of block elements, wherein a plurality of block elements will lock and hold within said block element container only when a predetermined number of block elements are inserted into said block element container; and

a container for block element containers, for organizing and holding a plurality of block element containers, wherein a plurality of block element containers will lock and hold within said container for block element containers only when a same said predetermined number of block element containers are inserted into said container for block element containers.

2. The mathematical teaching apparatus of claim 1 wherein each of said plurality of block elements includes indentations and protrusions for aligning said plurality of block elements when they are stacked together, wherein said protrusions on one block element align and engage with said indentations on a proceeding block element.

3. The mathematical teaching apparatus of claim 2 wherein said block element container includes indentations and protrusions for aligning a stack of block elements by aligning with a first block element of a stack of block elements, and aligning with a last block element of a stack of block elements.

4. The mathematical teaching apparatus of claim 1 wherein said block element container includes a front, back, top, and bottom sides forming a generally rectangular shape, and said front, back, top, and bottom sides are flexibly coupled together, allowing said block element container to fold flat.

5. The mathematical teaching apparatus of claim 1 wherein said container for block element containers includes a front, back, top, and bottom sides forming a generally rectangular shape, and said front, back, top, and bottom sides are flexibly coupled together, allowing said container for block element containers to fold flat.

6. The mathematical teaching apparatus of claim 1 wherein each of said plurality of block elements has a proportion ratio 1×

R×

R² ;

said block element container has a proportion ratio of R×

R² ×

R³ ; and

said container for block element containers has a proportion ratio of R² ×

R³ ×

R⁴ ;

wherein R is the third root of the numerical value of said predetermined number of block elements.

7. The mathematical teaching apparatus of claim 1 wherein said block element container holds ten stacked block elements.

8. The mathematical teaching apparatus of claim 1 wherein said container for block element containers holds ten stacked block element containers.

9. The mathematical teaching apparatus of claim 1 further including:

a block element counting device, responsive to the insertion of block elements, for signalling a numeric value indicating the number of block elements inserted into said block element counting device.

10. The mathematical teaching apparatus of claim 1 further including:

a block element container counting device, responsive to the insertion of block element containers, for signalling a numeric value indicating the number of block element containers inserted into said block element container counting device.

11. The mathematical teaching apparatus of claim 1 further including:

a container for block element containers counting device, responsive to the insertion of containers for block element containers, for signalling a numeric value indicating the number of containers for block element containers inserted into said container for block element container counting device.

12. The mathematical teaching apparatus of claim 9 wherein said block element counting device is responsive to the insertion of ten block elements, for causing said ten block elements to be ejected from said block element counting device.

13. The mathematical teaching apparatus of claim 10 wherein said block element container counting device is responsive to the insertion of ten block element containers, for causing said ten block element containers to be ejected from said block element container counting device.

14. The mathematical teaching apparatus of claim 1 further including:

a block element storage device including a front, back left, right and bottom side, for containing a predetermined number of stacked block elements; and

a block element count limiting device, including a base and pivot point, for supporting said block element storage device, and allowing said block element storage device to pivot around said pivot point.

15. The mathematical teaching device of claim 1 wherein said plurality of block elements, block element container, and said container for block element containers are implemented on a computer system and displayed and manipulated on a computer display device.

16. The mathematical teaching apparatus of claim 1 wherein each of said plurality of block elements, said block element container, and said container for block element containers each have a same length, width, and height ratio with respect to each other.

17. The mathematical teaching apparatus of claim 1 wherein:

said predetermined number of block elements will substantially fill said block element container; and

said predetermined number of block element containers will substantially fill said container for block element containers.

18. A mathematical teaching apparatus comprising:

a plurality of block elements, each of said plurality of block elements having a front and back side;

at least one block element container including a front, back, left, right, and bottom sides, for organizing and holding a predetermined number of block elements; and

a block element container cover, for sealing said block element container, wherein said block element container cover will close and seal said block element container only when said block element container holds said predetermined number of block elements.

19. A mathematical teaching apparatus comprising:

a plurality of block elements;

a block element container, for organizing and holding a plurality of block elements, wherein a plurality of block elements will lock and hold within said block element container only when a predetermined number of block elements are inserted into said block element container; and

a container for block element containers, for organizing and holding a plurality of block element containers, wherein said plurality of block element containers will lock and hold within said at least one container for block element containers only when a same said predetermined number of block element containers are inserted into said container for block element containers.

20. A mathematical teaching apparatus comprising:

a block element;

a block element container, for organizing and holding a plurality of block elements, wherein said block element container has a same length, width and height ratio, and a similar appearance to said block element; and

a container for block element containers, for organizing and holding a plurality of block element containers, wherein said container for block element containers has a same length, width and height ratio, and a similar appearance to said block element.

21. The mathematical teaching apparatus of claim 20 wherein said block element has a proportion ratio 1×

R×

R² ;

said block element container has a proportion ratio of R×

R² ×

R³ ; and

said container for block element containers has a proportion ratio of R² ×

R³ ×

R⁴ ;

wherein R is the third root of a predetermined number.

22. The mathematical teaching apparatus of claim 21 wherein said predetermined number is 10.

23. The mathematical teaching apparatus of claim 21 wherein:

said predetermined number of block elements will substantially fill said block element container; and

said predetermined number of block element containers will substantially fill said container for block element containers.

24. The mathematical teaching apparatus of claim 21 wherein:

when said predetermined number of block elements are inserted into said block element container, said predetermined number of block elements will lock and hold within said block element container; and

when said predetermined number of block element containers are inserted into said container for block element containers, said predetermined number of block element containers will lock and hold within said container for block element containers.

25. A mathematical teaching apparatus comprising:

a plurality of block elements;

a block element container having a same length, width, and height ratio with respect to each of said plurality of block elements, said block element container for organizing and holding a plurality of block elements, wherein a plurality of block elements will substantially fill and lock and hold within said block element container only when a predetermined number of block elements are inserted into said block element container.

26. The mathematical teaching apparatus of claim 25 further including:

a container for block element containers having a same length, width, and height ratio with respect to said block element container, said container for block element containers for organizing and holding a plurality of block element containers, wherein a plurality of block element containers will substantially fill and lock and hold within said container for block element containers only when said same predetermined number of block element containers are inserted into said container for block element containers.