Manipulable interactive devices

• US 8,057,233 B2
• Filed: 06/02/2005
• Issued: 11/15/2011
• Est. Priority Date: 03/24/2005
• Status: Expired due to Fees

• Current Assignee: Thomas Joseph Edwards
• Original Assignee: Smalti Technology Ltd.
• Inventors: Owen, Thomas Martin
• Primary Examiner(s): Gishnock; Nikolai A
• Application Number:
  US11/142,955
• Publication Number:
  US 20060215476A1
• Time in Patent Office: 2,357 Days
• Field of Search: 434/159, 434/160, 434/167, 434/169, 434/172, 434/171, 434/176
• US Class Current: 434/169
• CPC Class Codes: A63F 3/0423 Word games, e.g. scrabble electric A63F3/0421; two-dimensional puzzles with rotating rings or discs A63F9/0811, A63F9/0819
• CPC Class Codes: A63F 9/28 Chain-reaction games with toppling pieces; Dispensers or positioning devices therefor
• CPC Class Codes: G09B 1/34 the elements to be placed loosely in adjacent relationship
• CPC Class Codes: G09B 1/36 the elements being connectible by corresponding projections and recesses
• CPC Class Codes: G09B 5/06 with both visual and audible presentation of the material to be studied

Abstract

A manually manipulable device adapted to present an individual characterization to a user comprising a processor, a power source, a communications unit, a response generator, and a proximity sensor adapted to sense the close proximity of a similar device, such that a user can manipulate the device and generate a sensory response in the response generator or a response generator of another, at least similar, device, in accordance with the proximity of the other device.

Claims

1. A learning game method making use, in play, of a set of at least two manually manipulable interactive blocks each having a changeable individual characterization, each interactive block having:

a processor arranged to control operation of the block;

a power source providing power to the block;

a visual display unit arranged to display visual display material, the visual display material presenting said changeable individual characterization of its respective interactive block in a form selected from the group consisting of;

a letter;

a group of letters; and

a word;

a response generator;

a communication unit configured, in use, to effect communication with at least a second of said at least two blocks of the set; and

a proximity sensor configured to sense proximity and determine relative position of at least said second of said at least two interactive blocks,

the method comprising the steps of;

on a first block, generating and presenting a first individual characterization selected from the group consisting of;

a first letter;

a first group of letters; and

a first word;

on a second block different and separable from the first block, generating and presenting a second individual characterization selected from the group consisting of;

a second letter;

a second group of letters; and

a second word;

locating the first and second blocks proximate to each other, the step of locating causing positioning of the first and second blocks in one of a multiplicity of different relative positions;

determining a relative position between the first and second blocks;

establishing communication between the first and second blocks, the communication permitting acquisition by said processors of an understanding of the presented first and second individual characterizations;

in the event that said relative position between the first and second blocks results in production of a meaningful interaction between the first and second individual characterizations wherein the meaningful interaction produces one of a phoneme or a word arising from the combination and relative position of the first individual characterization with the second individual characterization, generating a sensory output from said response generator of at least one of said first and second blocks to announce the meaningful interaction; and

after generation of an interaction that follows relative positioning of the first block, having the processor execute a selective change to the presented individual characterization, the change producing a new changeable individual characterization presented on the visual display unit in a form selected from the group consisting of;

i) a new letter;

ii) a phoneme formed from a combination and relative position of the first and second individual characterizations; and

iii) a word formed from a combination and relative position of the first and second individual characterizations.

2. The learning game method according to claim 1, the method further including:

in response to a meaningful interaction, having the response generator of each of said first and second interactive blocks operate to sound out the letter, phoneme or word presented on its visual display unit as its respective individual characterization.

3. The learning game method according to claim 1, the method further including:

in response to a meaningful interaction, sounding out a phoneme or word resulting from the combination and relative positions of individual characterizations presented on the first and second interactive blocks.

4. The learning game method according to claim 1, the method further including:

in response to a meaningful interaction, generating and displaying an image on the visual display unit, the image representing the word formed by the combination and position of the individual characterizations presented on the first and second interacting blocks.

5. The learning game method according to claim 1, in which said sensory response comprises a visual display on the visual display of one or more of said blocks.

6. The learning game method according to claim 1, wherein moving the first and second blocks to different relative positions produces different sensory outputs for said first and second individual characterizations.

7. The learning game method according to claim 1, wherein the set includes at least a third block having:

a processor arranged to control operation of the block;

a power source providing power to the block;

a visual display unit arranged to display visual display material, the visual display material presenting a third changeable individual characterization in a form selected from the group consisting of;

a third letter;

a third group of letters; and

a third word;

a response generator;

a communication unit configured, in use, to effect communication with said first and second interactive blocks; and

a proximity sensor configured to sense proximity and determine relative position of said first and second interactive blocks,

the method comprising the steps of;

locating the third block proximate to the first and second blocks, the step of locating causing positioning of the third block in one of a multiplicity of different positions relative to the first and second blocks;

determining a relative position between the first, second and third blocks;

establishing communication between the first, second and third blocks, the communication permitting acquisition by said processors of an understanding of the presented first, second and third changeable individual characterizations;

in the event that said relative position between the first, second and third blocks results in production of a meaningful interaction between at least the first and second individual characterizations wherein the meaningful interaction produces one of a phoneme or a word arising from the combination and relative position between the first and second individual characterization, generating a sensory output from said response generator of at least one of said first, second and third blocks to announce the meaningful interaction.

8. The learning game method according to claim 7, the method further including:

in response to a meaningful interaction, having the response generator of each of said first, second and third interactive blocks operate to sound out the letter, phoneme or word presented on its visual display unit as its respective individual characterization.

9. The learning game method according to claim 8, the method further including:

in response to a meaningful interaction, sounding out a phoneme or word resulting from the combination and relative positions of individual characterizations presented on the first, second and third interactive blocks.

10. The learning game method according to claim 8, the method further including:

in response to a meaningful interaction, generating and displaying an image on the visual display unit, the image representing the word formed by the combination and position of the individual characterizations presented on the first, second and third interacting blocks.

11. The learning game method according to claim 7, wherein the step of having to the processor execute a change of the presented individual characterization further comprises:

generating a new changeable individual characterization on the third block reflecting;

i) the individual characterizations presented on the first and second blocks at the time of their interaction;

ii) the meaningful interaction taking place between the first and second individual characterizations; and

iii) the relative position of between the first, second and third blocks.

12. A learning game apparatus comprising:

an individual manually manipulable interactive block having a changeable individual characterization, the block being programmable for playing a language learning game, the individual interactive block having;

a processor arranged to control operation of the block;

a power source providing power to the block;

a visual display unit arranged to display visual display material, the visual display material presenting said changeable individual characterization of its respective interactive block based on the learning game;

a response generator;

a communication unit; and

a proximity sensor,

the individual manually manipulable interactive block configured to display a changeable individual characterization for the language learning game and interact with at least one other manually manipulable interactive block programmed to play the same language learning game with each of the other blocks having at least its own processor, power source, visual display, response generator, communication unit, and proximity sensor;

the individual manually manipulable interactive block, in response to user manipulation changing the relative position of the individual block proximate to the at least one other block, establishing communication with the at least one other block permitting acquisition by said processor in said individual manually manipuable block of an understanding of the displayed individual characterizations and a relative position of at least those blocks brought into interacting proximity with each other; and

the individual manually manipulable interactive block, after detecting a meaningful interaction between characters from the combination and relative position of individual characterizations of blocks in interacting proximity with each other, having the processor of the individual manually manipulable interactive block selectively bring about a change to the presented individual characterization, the change producing display of a new changeable individual characterization associated with the language learning game.

13. The learning game apparatus of claim 12, wherein the change to the individual characterization presented on the visual display unit in the individual block includes a generation of a static or dynamic animation associated with a word of the language learning game.

14. The learning game apparatus of claim 12, wherein the change to the individual characterization presented on the visual display unit of the individual block includes a change in the characterization resulting in a change of a displayed letter.

15. The learning game apparatus of claim 12, wherein the change to the individual characterization presented on the visual display unit of the individual block includes generation of a word of the language learning game.

16. The learning game apparatus of claim 12, wherein the change to the individual characterization presented on the visual display unit of the individual block comprises generating an image on the visual display unit of the individual block.

17. The learning game apparatus of claim 12, wherein the changeable individual characterization of the individual block prior to said meaningful interaction is selected from the group consisting of:

a first letter;

a first group of letters; and

a first word; and

in the event that said relative position between the blocks results in production of a meaningful interaction wherein the meaningful interaction produces one of a phoneme or a word, the blocks interacting to generate an auditory or visual output to announce the meaningful interaction;

after detecting the meaningful interaction, selectively allowing a change of the individual characterization presented on the individual manually manipulable interactive block.

18. A learning game system comprising:

a plurality of manually manipulable interactive blocks each having a changeable individual characterization, each block being programmable for playing a learning game, each interactive block having;

a processor arranged to control operation of the block;

a power source providing power to the block;

a visual display unit arranged to display visual display material, the visual display material presenting said changeable individual characterization of its respective interactive block based on the learning game;

a response generator;

a communication unit; and

a proximity sensor,

the manually manipulable interactive blocks in the learning game system configured to interact with each other in response to user manipulation of the blocks, wherein;

on each block of the plurality of blocks, each block displays a changeable individual characterization for the selected learning game;

the plurality of blocks, in response to user manipulation changing the relative position of the blocks, establish communication with other proximate interacting blocks to permit acquisition by said processors in said blocks of an understanding of the displayed individual characterizations and a relative position of at least those blocks brought into interacting proximity with each other;

the plurality of blocks detect whether said relative position between the blocks brought into interacting proximity with each other and the respective individual characterizations results in production of a meaningful interaction, the meaningful interaction arising from a combination and relative position of the individual characterizations of those blocks in close interacting proximity and their relative position;

in response to the detection of a meaningful interaction, the blocks generating an auditory or visual sensory output or both an auditory and visual sensory output to announce the meaningful interaction to the user as part of the learning game;

after detecting a meaningful interaction between characters from the combination and relative position of individual characterizations of at least blocks in interacting proximity, having the processor of at least one block selectively effect a change to its presented individual characterization, the change producing display of a new changeable individual characterization associated with the learning game.

19. The learning game system of claim 18, wherein the change to the individual characterization presented on the visual display unit in at least one block associated with the learning game includes at least one of the generation of an animation associated with a word, a change to a letter, and the generation of a word of the learning game.

20. A learning game system comprising:

a set of at least two manually manipulable interactive blocks each having a changeable individual characterization, each interactive block having;

a processor arranged to control operation of the block;

a power source providing power to the block;

a visual display unit arranged to display visual display material, the visual display material presenting said changeable individual characterization of its respective interactive block in a form selected from the group consisting of;

a letter;

a group of letters; and

a word;

a response generator;

a communication unit configured, in use, to effect communication with at least a second of said at least two blocks of the set; and

a proximity sensor configured to sense proximity and determine relative position of at least said second of said at least two interactive blocks,

the set of blocks in the learning game system configured to interact with each other in response to user manipulation of the relative position of at least two blocks into proximate position with respect to each other into one of a multiplicity of different relative positions wherein;

on a first block, a first individual characterization is generated and presented selected from the group consisting of;

a first letter;

a first group of letters; and

a first word;

on a second block different and separable from the first block, a second individual characterization is generated and presented selected from the group consisting of;

a second letter;

a second group of letters; and

a second word;

the first and second set of blocks establishing communication permitting acquisition by said processors of an understanding of the presented first and second individual characterizations and a relative position between the first and second blocks;

in the event that said relative position between the first and second blocks results in production of a meaningful interaction between the first and second individual characterizations wherein the meaningful interaction produces one of a phoneme or a word arising from the combination and relative position of the first individual characterization with the second individual characterization, the first and second blocks generating an auditory or visual output from said response generator of at least one of said first and second blocks to announce the meaningful interaction; and

after the generation of an interaction that follows relative positioning of the first block, having at least one of the first and second block execute a change to its presented individual characterization, the change producing a new changeable individual characterization presented on the visual display unit in a form selected from the group consisting of;

i) a new letter;

ii) a phoneme formed from a combination and relative position of the first and second individual characterizations; and

iii) a word formed from a combination and relative position of the first and second individual characterizations.

21. A learning game system comprising:

a plurality of manually manipulable interactive blocks each having a changeable individual characterization, each interactive block having;

a processor arranged to control operation of the block;

a power source providing power to the block;

a visual display unit arranged to display visual display material, the visual display material presenting said changeable individual characterization of its respective interactive block in a form selected from the group consisting of;

a letter;

a group of letters; and

a word;

a response generator;

a communication unit; and

a proximity sensor,

the manually manipulable interactive blocks in the learning game system configured to interact with each other in response to user manipulation of the blocks, wherein;

on each block of the plurality of blocks, each block configured or arranged to display a changeable individual characterization selected from the group consisting of;

a first letter;

a first group of letters; and

a first word;

the plurality of blocks, in response to user manipulation changing the relative position of the blocks and bringing the blocks into interacting proximity, establishing communication with each interacting block to permit acquisition by said processors in said blocks of an understanding of the displayed individual characterizations and a relative position of those blocks in interacting proximity;

the plurality of blocks detecting whether said relative position between the blocks brought into interacting proximity with each other results in production of a meaningful interaction between the individual characterizations, wherein the meaningful interaction produces one of a phoneme or a word arising from the combination and relative position of the individual characterizations; and

in response to the detection of the meaningful interaction, the blocks generating a sensory output to announce the meaningful interaction to the user, the sensory output including changing a visual display response on the display unit of at least one of the interacting blocks, wherein the change to the visual display response is a change associated with a language learning game and is selected from the group consisting of;

generating a change to an image,

generating a static animation,

generating a dynamic animation,

generating a change to a display character, and

generating a word.

22. A learning game system comprising:

at least three manually manipulable interactive blocks each having a changeable individual characterization, each interactive block having;

a processor arranged to control operation of the block;

a power source providing power to the block;

a visual display unit arranged to display visual display material, the visual display material presenting said changeable individual characterization of its respective interactive block in a form selected from the group consisting of;

a letter;

a group of letters; and

a word;

a response generator;

a communication unit; and

a proximity sensor,

the manually manipulable interactive blocks in the learning game system configured to interact with each other in response to user manipulation of the blocks, wherein;

on each block of the at least three blocks, each block displays a changeable individual characterization selected from the group consisting of;

a first letter;

a first group of letters; and

a first word;

the at least three blocks, in response to user manipulation changing the relative position of the blocks and bringing the blocks into interacting proximity, establishing communication with each other to permit acquisition by said processors in said blocks of an understanding of the displayed individual characterizations and a relative position of at least those blocks brought into proximity with each other;

the blocks detect whether said relative position between the blocks brought into interacting proximity with each other results in production of a meaningful interaction between respective individual characterizations, wherein the meaningful interaction occurs between at least two blocks and produces one of a phoneme or a word arising from the combination and relative position of the first individual characterization presented by said at least two interacting blocks;

in response to the detection of a meaningful interaction, at least one of said at least two blocks in interacting proximity generating a sensory output to announce the meaningful interaction to the user, and

after the generation of an interaction, changing the individual characterization presented on the visual display unit in a third block under selective control of its respective processor, wherein the change in the individual characterization presented on the visual display unit of the third block consists of at least one of;

i) a new letter;

ii) a phoneme formed from a combination and relative position of the first and second individual characterizations; and

iii) a word formed from a combination and relative position of the first and second individual characterizations.