Building block toy set

• US 8,079,890 B2
• Filed: 02/26/2008
• Issued: 12/20/2011
• Est. Priority Date: 02/26/2008
• Status: Expired due to Fees

• Current Assignee: JSN, Inc.
• Original Assignee: JSN, Inc.
• Inventors: Seligman, Scott P.
• Primary Examiner(s): Suhol, Dmitry
• Assistant Examiner(s): RADA, ALEX P
• Application Number:
  US12/037,777
• Publication Number:
  US 20090215357A1
• Time in Patent Office: 1,393 Days
• Field of Search: 446/91, 446/484, 446/85, 446/118, 446/124, 434/113, 434/156, 434/176
• US Class Current: 446/124
• CPC Class Codes: A63H 33/042 Mechanical, electrical, optical, pneumatic or hydraulic arrangements; Motors
• CPC Class Codes: A63H 33/086 with primary projections fitting by friction in complementary spaces between secondary projections, e.g. sidewalls

Abstract

A building block toy set has first and second blocks each having a first connection device at the upper end and a second connection device at the lower end which is releasably mateable with the first connection device on the other block, whereby the first block is connectable on top of the second block in a first configuration and the second block is connectable on top of the first block in a second configuration. Each first connection device has an actuator formation on the first connection device and at least the second block is a smart block having a sensor assembly associated with the second connection device which is activated by the actuator formation when the second block is interconnected with the first block in the second configuration. A processing unit is mounted in the smart block and associated with the sensor assembly to produce a sensory output signal when the sensor assembly is activated.

Claims

1. A building block toy set, comprising:

a plurality of interconnectable toy blocks comprising at least one smart block and a plurality of standard blocks, each having at least one first connection device at one end and at least one second connection device at an opposite end, one of the connection devices comprising a male connection device and the other connection device comprising a female connection device, whereby at least two of the plurality of interconnectable toy blocks can be interconnected by mating the first connection device of either block with the second connection device of the other block;

the smart block having a sensor device associated with a the first connection device and configured to be actuated by connection of the first connection device with a mating second connection device on a standard block, and a processing unit associated with the sensor device which produces a sensory output signal at the smart block in response to actuation of the sensor device;

the standard blocks comprising at least first and second standard blocks each having a contoured end face on the second connection device, the end face of the second connection device of the first standard block having a contour of a shape different from the contour on the end face of the second connection device of the second standard block; and

the sensor device being configured to distinguish between the different shapes of the contoured end faces of the second connection devices of the first and second standard blocks when the first connection device of the smart block is engaged by the second connection device of the first and second smart block, respectively, and to provide a first sensor input to the processing unit when actuated by connection of the smart block to the first standard block and a second different sensor input to the processing unit when actuated by connection of the smart block to the second standard block.

2. The building block toy set of claim 1, wherein the sensory output signal is selected from the group consisting of audible output signals, visual output signals, and combinations of audible and visual output signals.

3. The building block toy set of claim 2, wherein at least some of the sensory output signals comprise visual output signals, and the smart block has at least one light source controlled by the processing unit to produce a visual output signal.

4. The building block toy set of claim 1, wherein the smart block has two first connection devices and a respective sensor device is associated with each first connection device, whereby two standard blocks having second connection devices can be connected simultaneously to the smart block.

5. The building block toy set of claim 4, wherein the processing unit comprises a processing module configured to distinguish between actuation of one of the sensor devices when the smart block is connected to one standard block in a first configuration and actuation of both sensor devices when the smart block is connected to two standard blocks in a second configuration, and the processing unit includes a sensory output module which is configured to produce different sensory output signals for the first and second configurations.

6. The building block set of claim 1, wherein the male connection device of each toy block comprises a post and the female connection device of each toy block comprises a cavity of predetermined shape and dimensions for mating engagement with the post.

7. The building block set of claim 1, wherein the female connection device has interengageable formations which are selectively connectable with connector devices of a different type of building block.

8. The building block set of claim 1, comprising a plurality of smart blocks, the processing units of at least some of the smart blocks being configured to produce different sensory output signals from other smart blocks when connected to the same standard block.

9. The building block toy set of claim 8, wherein the smart blocks include different color blocks, each color block having a processing unit programmed with sensory output signals comprising a plurality of different audible outputs, at least some of the audible outputs including the color of the block, the processing unit producing an audible output selected from said different audible outputs when the first connector device is connected to the second connector device of any other block in the set.

10. The building block toy set of claim 1, wherein the processing unit of the smart block is programmed with at least first and second different sensory output signals, the processing unit being configured to produce the first sensory output signal when the smart block is connected to the first standard block and the second sensory output signal when the smart block is connected to the second standard block.

11. The building block toy set of claim 1, wherein the standard blocks comprise a plurality of different size standard blocks.

12. The building block set of claim 1, wherein the sensor device comprises an array of switches associated with the respective first connection device and connected to the processing unit, the different shapes of the contoured end faces of the respective different standard blocks actuating different switches of the array when the respective second connection devices are engaged with the first connection device of the smart block.

13. The building block set of claim 12, wherein the processing unit of includes a processing module which is configured to detect sensor input signals which vary based on the switches actuated in each array, and which produces an output signal comprising a different sensory output based on the detected combination of actuated switches in each array.

14. The building block set of claim 13, wherein the processing unit of a second smart block includes a processing module which produces an output signal comprising at least one sensory output when one or more switches in the array are actuated by an actuator formation of any other block, the output signal being independent from the detected actuator formation.

15. The building block set of claim 1, wherein the plurality of standard blocks comprise at least a set of number blocks representing a plurality of different numbers, each block having a predetermined number of second connection devices equal to the number represented by the block, which is which each having a contoured end face of the same shape as contoured end faces on other second connection devices on the block and of different shape from the contoured end facess on the second connection devices of all of the other different number blocks.

16. The building block set of claim 15, wherein said smart block comprises a math block for carrying out a predetermined mathematical function, the math block having at least two first connection devices each associated with a respective sensor device, the processing unit of the math block detecting sensor inputs from the sensor devices associated with each first connection device which are actuated by the contoured end faces on the second connection devices of one or more number blocks to which the math block is connected, determining the number associated with a connected block based on the detected sensor inputs to the processor unit, carrying out the predetermined mathematical function using the determined numbers, and producing an audible output statement comprising the answer to the mathematical function.

17. The building block set of claim 16, further comprising a plurality of math blocks which perform different mathematical functions.

18. The building block set of claim 17, wherein the math blocks each have at least one symbol on their outer surface indicating the function performed by the respective block.

19. The system of claim 1, wherein the processing unit includes a sensory output module configured with a plurality of different audible output signals and a processing module configured to control the sensory output module to emit a selected audible output signals on actuation of the sensor device.

20. The system of claim 19, wherein the selected audible output signal is randomly selected from the plurality of different audible output signals.

21. The system of claim 19, wherein the processing module is configured to control the sensory output module to emit a predetermined audible output signal corresponding to the detected shape of the contoured end face of the second connection device of an attached standard block and a different audible output signal is emitted when the smart block is connected to the first standard block and the second standard block.

22. The system of claim 21, further comprising a set of standard, non-smart building blocks including the first and second standard blocks and a plurality of additional standard blocks, the contoured end face of each second connection device of a respective standard block having a different shape from the contoured end faces of the second connection devices of at least some of the other standard blocks in the set, the sensor device being configured to produce a different output on detection of each of the different contoured end face shapes, and the processing module being configured to distinguish between the different standard blocks based on the detected sensor output and to control the sensory output module to emit a different predetermined audible output signal dependent on the standard block to which the smart block is connected.

23. The system of claim 19, wherein the different audible output signals comprise speech output signals.

24. The system of claim 19, wherein the different audible output signals comprise music.

25. A building block toy set, comprising:

at least one smart block having at least one first connection device, a first sensor device associated with the first connection device, a processing unit connected to the sensor device and having a processing module which detects actuation of the sensor device, and at least one audible output module connected to the processing module which produces an audible output signal when the first sensor device is actuated;

at least first and second standard, non-smart blocks each having at least one second connection device which is releasably connectable to the first connection device of the smart block, the first and second connection devices being configured to releasably connect the smart block to the respective standard block; and

each second connection device having a contoured end face of predetermined shape configured to actuate the sensor device when the second connection device is in releasable mating engagement with the first connection device, the contoured end face of the second connection device of the first standard block having a different shape from the contoured end face of the second connection device of the second standard block;

the first sensor device being configured to discriminate between the different shapes of the end faces of the second connection devices of the first and second standard blocks and to produce different sensor outputs when the smart block is connected to the first and second standard blocks, respectively; and

the output module is configured to produce a different audible output signal in response to the different sensor outputs when the first connection device is in releasable mating engagement with the second connection devices of the first and second standard block, respectively.

26. The system of claim 25, further comprising a visual output device connected to said processing module to produce visual output signals.

27. The system of claim 26, wherein the visual output device comprises an array of light emitting devices and the processing module controls the light emitting devices to produce a selected visual output signal from a plurality of different visual output signals.