Mathematical learning game and method

• US 6,142,784 A
• Filed: 06/15/1998
• Issued: 11/07/2000
• Est. Priority Date: 06/15/1998
• Status: Expired due to Term

• Current Assignee: Knowledge Kids Enterprises, Inc.
• Original Assignee: Knowledge Kids Enterprises, Inc.
• Inventors: Wood, Michael C.
• Primary Examiner(s): Cheng, Joe H.
• Application Number:
  US09/094,898
• Time in Patent Office: 876 Days
• Field of Search: 434/188, 434/206, 434/308, 434/191, 434/201, 434/197, 434/209, 434/307 R, 434/323, 434/362, 434/365, 446/321, 446/397, 708/142, 704/231, 704/243
• US Class Current: 434/201
• CPC Class Codes: G09B 19/025 with electrically operated apparatus or devices
• CPC Class Codes: G09B 5/065 Combinations of audio and video presentations, e.g. videotapes, videodiscs, television systems
• CPC Class Codes: G09B 7/02 of the type wherein the student is expected to construct an answer to the question which is presented or wherein the machine gives an answer to the question presented by a student

Abstract

The present invention comprises an electronic learning game that provides a plurality of pedagogical and instructional modalities which combine strong kinesthetic, auditory, and visual stimulation to assist a child to learn basic arithmetical concepts. The inventive game utilizes a combination of voice statements, rhythmic music, a visual display, and manual inputs from number dials and a response switch to achieve multi-modal learning or arithmetic concepts. The ergonometric size and structure of the present invention promotes a strong kinesthetic learning modality.

Claims

1. A mathematical learning game comprising:

a) a housing;

b) a control and memory unit disposed in the interior of the housing;

c) a matrix switch coupled to said housing, the matrix switch comprised of a first rotary multi-position electronic switch and a second rotary multi-position electronic switch, the matrix switch providing an input signal to the control and memory unit corresponding to a mathematical operation between a first number or indicia corresponding to a first position of the first rotary multi-position switch and a second number or indicia corresponding to a second position of the second rotary multi-position switch;

d) an electronic visual display disposed on the surface of the housing and displaying a number or indicia as a function of numerical control signals received from the control unit;

e) a speech synthesizer and speaker disposed in the interior of the housing and receiving voice control signals from the control unit and producing an audio output; and

f) an activator switch coupled to the housing for inputting a response to the control and memory unit;

wherein the control and memory unit implements a pedagogical modality related to the first number or indicia and the second number or indicia, said pedagogical modality comprising a plurality of instructional modalities.

2. The learning game of claim 1, wherein the pedagogical modality comprises a teach mode in which the game provides declarative audio-visual statements on arithmetical operations between the first number and the second number.

3. The learning game of claim 1, wherein the pedagogical modality comprises a quiz mode in which the game provides interrogative audio-visual statements on arithmetical operations between the first number and the second number.

4. The learning game of claim 1, wherein the matrix switch may also be used to input answers to audio-visual interrogative questions.

5. The learning game of claim 4, wherein the pedagogical modality comprises a random quiz mode in which the game provides interrogative audiovisual statements on arithmetical relationships which are answered by inputting numbers on the matrix switch.

6. The learning game of claim 1, wherein at least one instructional modality of said plurality of instructional modalities comprises a positive feedback statement in response to a correct response by the user.

7. The learning game of claim 1, wherein at least one instructional modality of said plurality of instructional modalities comprises at least one emotionally supportive statement in response to an incorrect response by the user.

8. The learning game of claim 1, wherein at least one instructional modality of said plurality of instructional modalities comprises at least one inviting statement to encourage the user to play.

9. A mathematical learning game comprising:

a) a substantially cylindrical housing having a first end and a second end, the housing dimensioned to be held by a child;

b) a control and memory unit disposed in the interior of the housing;

c) a matrix switch coupled to said housing, the matrix switch comprised of a first rotary multi-position electronic switch and a second rotary multi-position electronic switch, the matrix switch providing an input signal to the control and memory unit corresponding to a mathematical operation between a first number or indicia corresponding to a first position of the first rotary multi-position switch and a second number or indicia corresponding to a second position of the second rotary multi-position switch;

d) an electronic visual display disposed on the surface of the housing and numbers or indicia as a function of numerical control signals received from the control and memory unit;

e) a speech synthesizer disposed in the interior of the housing, the speech synthesizer receiving voice control signals from the control and memory unit and producing audio signal outputs;

f) a sound transducer disposed generally in the first end of the housing, the sound transducer receiving audio signal inputs from the output of the speech synthesizer and producing an audio output; and

g) an activator switch coupled to the second end of the housing for inputting a response to the control and memory unit;

wherein the control and memory unit implements a pedagogical modality related to the first number or indicia and the second number or indicia, said pedagogical modality comprising a plurality of instructional modalities.

10. The learning game of claim 9, wherein the pedagogical modality comprises a teach mode in which the game provides declarative audio-visual statements on arithmetic operations between the first number and the second number.

11. The learning game of claim 10, wherein the pedagogical modality comprises a quiz mode in which the game provides interrogative audio-visual statements on arithmetic operations between the first number and the second number.

12. The learning game of claim 9, wherein the matrix switch may also be used to input answers to audio-visual interrogative questions.

13. The learning game of claim 12, wherein the pedagogical modality comprises a random quiz mode which the game provides interrogative audiovisual statements on mathematical relationships which are answered inputting numbers on the matrix switch.

14. The learning game of claim 9, wherein at least one instructional modality of said plurality of instructional modalities comprises a positive feedback statement in response to a correct response by the user.

15. The learning game of claim 9, wherein at least one instructional modality of said plurality of instructional modalities comprises an emotionally supportive statement in response to an incorrect response by the user.

16. The learning, game of claim 9, wherein at least one instructional modality of said plurality of instructional modalities comprises an inviting statement to encourage the user to play.

17. An ergonometric hand held mathematical learning game comprising:

a) a substantially cylindrical housing having a first end and a second end, the cylindrical housing having a diameter less than about four inches and a length less than about fourteen inches;

b) finger grips disposed on the first end and the second end of the cylindrical housing;

c) a control and memory unit disposed in the interior of the housing;

d) a matrix switch coupled to the housing, the matrix switch comprised of a first rotary multi-position electronic switch and a second rotary multi-position electronic switch, the matrix switch providing an input signal to the control unit corresponding to a mathematical operation between a first number corresponding to a first position of the first rotary multi-position switch and a second number corresponding to a second position of the second rotary multi-position switch;

e) an electronic visual display disposed on the surface of the housing and number or indicia as a function of numerical control signals from the control and memory unit;

f) a speech synthesizer disposed in the interior of the housing, the speech synthesizer receiving voice control signals from the control and memory unit and producing audio signal outputs;

g) a sound transducer disposed generally in the first end of the housing, the sound transducer receiving audio signal inputs from the output of the speech synthesizer and producing an audio output; and

h) a pressure-sensitive response switch coupled to the second end of the housing for inputting a response to the control and memory unit, said response switch having a substantially palm-sized contact surface;

whereby the control and memory unit implements a pedagogical modality related to the first number and the second number, said pedagogical modality comprising a plurality of instructional modalities.

18. The learning game of claim 17, wherein the pedagogical modality comprises a teach mode in which the game provides declarative audio-visual statements on arithmetic operations between the first number and the second number.

19. The learning game of claim 17, wherein the pedagogical modality comprises a quiz mode in which the game provides interrogative audio-visual statements on arithmetic operations between the first number and the second number.

20. The learning game of claim 17, wherein the matrix switch may also be used to input answers to audio-visual interrogative questions.

21. The learning game of claim 20, wherein at least one instructional modality of said plurality of instructional modalities comprises a random quiz mode in which the game provides interrogative audiovisual statements on arithmetical relationships which are answered inputting numbers on the matrix switch.

22. The learning game of claim 17, wherein at least one instructional modality of said plurality of instructional modalities comprises a positive feedback statement in response to a correct response by the user.

23. The learning game of claim 17, wherein at least one instructional modality of said plurality of instructional modalities comprises an emotionally supportive statement in response to an incorrect response by the user.

24. The learning game of claim 17, wherein at least one instructional modality of said plurality of instructional modalities comprises an inviting statement to encourage the user to play.

25. A method to teach arithmetical relationships between two numbers comprising the steps of:

a) providing a toy having a speech synthesizer, a visual display, a matrix switch comprised of a first rotary multi-position electronic switch and a second rotary multi-position electronic switch, and at least one user input response switch;

b) stating a mathematical operation between two numbers in which the voice instructions of the speech synthesizer are accompanied by a rhythmic beat, the mathematical value of said two numbers being a function of a first position of said first rotary multi-position switch and a second position of said second rotary multi-position switch;

c) providing synchronous visual symbols on the visual display which visually reinforce the mathematical operation described by the voice instructions; and

d) requesting that the user provide an input to the response switch.

26. The method of claim 25, further comprising the step of providing emotional encouragement.

27. The method of claim 25, further comprising the step of inviting

the user to play again.

28. The method of claim 25, further comprising the step of providing feedback on the user'"'"'s response to a question.

29. The method of claim 25, further comprising the step of asking the user to provide an input to the matrix switch.

30. A mathematical learning game comprising:

a) a housing;

b) a control unit disposed in the interior of the housing;

c) a matrix switch coupled to the housing, the matrix switch comprised of a first rotary multi-position electronic switch and a second rotary multi-position electronic switch, the matrix switch providing an input signal to the control unit;

d) an electronic visual display disposed on the surface of the housing receiving numerical control signals from the control unit;

e) a speech synthesizer disposed in the interior of the housing configured to produce an audio output as a function of voice control signals received from the control unit; and

f) an activator switch coupled to the housing for inputting a response to the control unit;

wherein the control unit implements at least one pedagogical modality related to a mathematical operation between a first number and a second number, the mathematical value of the first and the second numbers being a function of a first position of the first rotary multi-position switch and a second position of the second rotary multi-position switch.

31. The mathematical learning game of claim 30, wherein a first rotatable dial is coupled to the first rotary multiposition switch and a second rotatable dial is coupled to the second rotary multiposition switch.

32. The mathematical learning gam of claim 31, wherein the housing has a substantially cylindrical shape and the first and the second rotatable dials rotate around the circumference of the housing.

33. The mathematical learning game of claim 31, wherein the pedagogical modality comprises a teach mode in which the game provides declarative audiovisual statements on an arithmetic operation between the first number and the second number.

34. The mathematical learning game of claim 31, wherein the pedagogical modality comprises a quiz mode in which the game provides interrogative audio-visual statements on arithmetic operations between the first number and the second number.

35. The mathematical learning game of claim 31, wherein the matrix switch may also be used to input answers to audio-visual interrogative questions.