CN103041603A - Electronic brick intelligence toy - Google Patents
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- CN103041603A CN103041603A CN2012105301133A CN201210530113A CN103041603A CN 103041603 A CN103041603 A CN 103041603A CN 2012105301133 A CN2012105301133 A CN 2012105301133A CN 201210530113 A CN201210530113 A CN 201210530113A CN 103041603 A CN103041603 A CN 103041603A
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Abstract
An electronic brick intelligence toy consists of a master control module, an analog-digital (AD) conversion module, plug-in bricks mainly including role bricks and functional bricks, light-emitting diode (LED) lamps, a loudspeaker, a direct-current power supply and a casing. The master control module consists of a microprogrammed control unit (MCU) with voice, clock, storage functions and other functions, and a peripheral circuit. The AD conversion module consists of an AD conversion chip and a peripheral circuit. The master control module and the AD conversion module are fixed in the casing. Brick grooves for the role bricks and the functional bricks to be plugged are arranged on the casing, and frames of the brick grooves are provided with the LED lamps capable of displaying states. The master control module is connected with the AD conversion module, the AD conversion module is connected with electronic devices or electronic circuits providing external contents or functional information of corresponding plug-in bricks in the plug-in bricks through matching of connector seats arranged in the brick grooves and connectors on the plug-in bricks, or the AD conversion module is in communicating connection with radio frequency identification (RFID) chips arranged in the plug-in bricks through RFID identification antennas arranged at the bottoms of the brick grooves and is connected with the electronic devices or the electronic circuits providing the external contents or the functional information of corresponding plug-in bricks in the plug-in bricks.
Description
Technical field
What the present invention relates to is a kind of electronic building blocks educational toy, belongs to toy, teaching aid technical field.
Background technology
The kind of block toy is a lot of in the market, is generally the block toy that material object is built function, and the player just is built into different shapes with building blocks, and the just modeling effect that they show can't embody intelligent and human-computer interaction.
Summary of the invention
The object of the invention is to overcome the deficiency of above-mentioned existence, with electronics technology be applied to arithmetic function, time clock feature combines with building blocks, realizes the electronic building blocks educational toy of the functions such as a kind of capable for doing arithmetic exercises and amusement, time quarter-bell setting and application.
The objective of the invention is to finish by following technical solution, patch building blocks, LED lamp, loudspeaker, dc source, casing that it mainly by main control module, AD modular converter, mainly comprises role's building blocks and function building blocks form, and described main control module is comprised of MCU and the peripheral circuit with functions such as voice, clock and storages; Described AD modular converter is comprised of AD conversion chip and peripheral circuit; Described main control module and AD modular converter are fixed in the casing by main substrate; Be provided with the building blocks groove of pegging graft respectively for role's building blocks, function building blocks on the described casing, described building blocks trough rim frame is equipped with the LED lamp of energy show state; Described main control module is connected with the AD modular converter, described AD modular converter cooperates with connector on patching building blocks by the connector seat that arranges in the building blocks groove, with patch building blocks in can provide corresponding electronic devices and components or the electronic circuit that patches building blocks representative exterior content or function information to be connected, perhaps the RFID identification aerial of described AD modular converter by the setting of building blocks trench bottom with patch building blocks in the RFID chip that arranges communicate and be connected, with patch building blocks in can provide corresponding electronic devices and components or the electronic circuit that patches building blocks representative exterior content or function information to be connected.
Described role's building blocks outside is printed with ": " of expressing 0 ~ 9 digital content, expression time form and expresses in the oeprator content of "+", "-", " * ", " ÷ " at least one, and role's building blocks inside is equipped with corresponding with outside print content and is played electronic devices and components or the electronic circuit for realizing that this function designs of recognition reaction; The outside printing of function building blocks comprises at least: expression "=" is arranged, "〉", in the arithmetic type content of "＜" at least one, expression " set of time " is arranged, " quarter-bell setting ", " immediately give the correct time ", in the time function content of " time set " at least one, expression " answer " is arranged, " numeral is looked for friend ", " numeral is looked for neighbours ", " several squares ", in the learning recreation content of " several cubes " at least one, function building blocks inside are equipped with electronic devices and components or the electronic circuit for realizing that this function designs corresponding with outside print content and a recognition reaction; Described patching is provided with the connector that mainly is made of contact chip and is used for linking to each other with the connector seat of building blocks groove on the building blocks, and the formation connector assembly.
Described role's building blocks outside is printed with ": " of expressing 0 ~ 9 digital content, expression time form and expresses in the oeprator content of "+", "-", " * ", " ÷ " at least one, and role's building blocks inside is equipped with corresponding with outside print content and is played electronic devices and components or the electronic circuit for realizing that this function designs of recognition reaction; The outside printing of function building blocks comprises at least: expression "=" is arranged, "〉", in the arithmetic type content of "＜" at least one, expression " set of time " is arranged, " quarter-bell setting ", " immediately give the correct time ", in the time function content of " time set " at least one, expression " answer " is arranged, " numeral is looked for friend ", " numeral is looked for neighbours ", " several squares ", in the learning recreation content of " several cubes " at least one, function building blocks inside are equipped with electronic devices and components or the electronic circuit for realizing that this function designs corresponding with outside print content and a recognition reaction; The RFID identification aerial of described AD modular converter by the setting of building blocks trench bottom with patch building blocks in the RFID chip that arranges communicate and be connected.
Described casing is comprised of the bottom that cooperatively interacts and top cover, is provided with the building blocks groove of pegging graft respectively for role's building blocks, function building blocks on the described top cover.
Three row's building blocks grooves are arranged on the described casing, drain on wherein few five, middle at least one, drain into few three down.
Two row's building blocks grooves are arranged on the described casing, drain into few five on wherein, drain into few three down.
Have one to drain into few five building blocks grooves on the described casing.
The present invention compares with existing block toy, has diversity and the interest of playing method, person to person and people and toy interactive, and the practicality of function.Child can experience the enjoyment of study in the process of using this product, and improves manipulative ability and logical thinking ability.
Description of drawings
Fig. 1 is schematic diagram of the function of the present invention;
Fig. 2 is that the first building blocks groove of the present invention arranges schematic diagram;
Fig. 3 is that the second building blocks groove of the present invention arranges schematic diagram;
Fig. 4 is that the third building blocks groove of the present invention arranges schematic diagram;
Fig. 5-the 1st, building blocks in the digital block 311 of the present invention consist of schematic diagram;
Fig. 5-the 2nd, building blocks in the time format building blocks 312 of the present invention consist of schematic diagram;
Fig. 5-the 3rd, building blocks in the oeprator building blocks 313 of the present invention consist of schematic diagram;
Fig. 5-the 4th, building blocks in the arithmetic type building blocks 321 of the present invention consist of schematic diagram;
Fig. 5-the 5th, building blocks in the time function building blocks 322 of the present invention consist of schematic diagram;
Fig. 5-the 6th, building blocks in the school of the present invention amusement building blocks 323 consist of schematic diagram;
The specific embodiment
The present invention will be described in detail below in conjunction with accompanying drawing: shown in Figure 1, the present invention comprises that mainly main control module 1, AD modular converter 2, the patch building blocks 3, LED lamp 4, dc source 5, casing 6 loudspeakers 7, main substrate 8 that mainly comprise role's building blocks and function building blocks form, and described main control module 1 is comprised of MCU 11 and peripheral circuit 12 with functions such as voice, clock and storages; Described AD modular converter 2 is comprised of AD conversion chip 21 and peripheral circuit 22; Described main control module 1 and AD modular converter 2 are fixed in the casing 6 by main substrate 8; Shown in Fig. 2,3,4, be provided with the building blocks groove 9 of pegging graft respectively for role's building blocks 31, function building blocks 32 on the described casing 6, described building blocks groove 9 frames are equipped with the LED lamp 4 of energy show state; Described main control module 1 is connected with AD modular converter 2, described AD modular converter 2 cooperates with connector on patching building blocks 3 by the connector seat of building blocks groove 9 interior settings, with patch that building blocks 3 are interior to provide corresponding electronic devices and components or the electronic circuit that patches building blocks 3 representative exterior content or function information to be connected, perhaps the RFID identification aerial that arranges by building blocks groove 9 bottoms of described AD modular converter 2 with patch building blocks 3 in the RFID chip of setting communicate and be connected, building blocks 3 are interior to provide corresponding electronic devices and components or the electronic circuit that patches building blocks representative exterior content or function information to be connected with patching.
Shown in Fig. 5-1,5-2, the 5-3, described role's building blocks 31 outsides are printed with ": " 312 of expressing 0 ~ 9 digital content 311, expression time form and express in the oeprator content 313 of "+", "-", " * ", " ÷ " at least one, electronic devices and components or the electronic circuit 314 for realizing that this function designs corresponding with outside print content and a recognition reaction are equipped with in role's building blocks 31 inside, also are provided with the connector 315 that connects described electronic circuit 314 on these role's building blocks 31;
Fig. 5-4,5-5, shown in the 5-6, the 32 outside printings of function building blocks comprise at least: expression "=" is arranged, "〉", in the arithmetic type content 321 of "＜" at least one, expression " set of time " is arranged, " quarter-bell setting ", " immediately give the correct time ", in the time function content 322 of " time set " at least one, expression " answer " is arranged, " numeral is looked for friend ", " numeral is looked for neighbours ", " several squares ", in the learning recreation content 323 of " several cubes " at least one, function building blocks 32 inside are equipped with electronic devices and components or the electronic circuit 324 for realizing that this function designs corresponding with outside print content and a recognition reaction; Also be provided with the connector 325 that connects described electronic circuit 324 on these function building blocks 31;
Described patching is provided with the main connector that is made of contact chip for linking to each other with the connector seat of building blocks groove on the building blocks 3, and the formation connector assembly, perhaps the RFID identification aerial of described AD modular converter by the setting of building blocks trench bottom with patch building blocks in the RFID chip that arranges communicate and be connected.Patch building blocks 3 and can also be joined by building blocks loam cake 33 and building blocks lower cover 34 and consist of, and described electronic circuit 324 is installed in described building blocks loam cake 33 and the building blocks lower cover 34.
Shown in Figure 2 for example have three row's building blocks grooves 9 on the casing 6, drain on wherein few five, middle at least one, drain into few three down;
Shown in Figure 3 for example have two row's building blocks grooves 9 on the casing 6, drain into few five on wherein, drain into few three down;
Shown in Figure 4 giving an example has one to drain into few five building blocks grooves 9 on the casing 6.
Casing 6 shown in the figure is comprised of the bottom 61 that cooperatively interacts and top cover 62, is provided with the building blocks groove 9 that supplies role's building blocks 31 and function building blocks 32 to peg graft respectively on the described top cover 61.
In specific embodiment, described building blocks recognition methods comprises: the resistance method of identification, and different by the resistance that patches the sampling resistor in the building blocks 3, use the AD modular converter 2 that links to each other with building blocks groove 9 to identify each and patch the represented content of building blocks 3; The electric capacity method of identification, different by the capacitance that patches the electric capacity in the building blocks 3, use the AD modular converter 2 that links to each other with building blocks groove 9 to identify each and patch the represented content of building blocks 3; The RFID recognition methods, patching building blocks 3 has respectively RFID chip and RFID identification aerial with building blocks groove 9, and the different I D by the RFID chip identifies each and patches building blocks; The IC method of identification, each patches the serial communication IC that there is different pieces of information building blocks 3 the insides, links to each other to identify each by serial communication and building blocks groove 9 and patches building blocks; The contact combination method of identification, the represented content of the incompatible definition building blocks of contact sets of plug socket in the contact chip by patching building blocks 3 and the building blocks groove 9.
Use procedure is:
When the described building blocks 3 that patch are put into building blocks groove 9, after patching building blocks 3 and building blocks groove 9 exact connect ions, patch electronic devices and components in the building blocks 3 or the parameter of electronic circuit by AD modular converter 2 identification, pass to main control module 1 and identify corresponding function and content, reach arithmetical operation, set of time, give the correct time, the function such as timing, and the LED lamp of result by particular color show, sound is play, the mode such as electronic is fed back, and reaches man-machine interaction.
There are the plug connector that consisted of by contact chip and the connector base in the building blocks groove 9 to establish a communications link (perhaps on described role's building blocks 31 and the function building blocks 32, patching building blocks 3 establishes a communications link by RFID chip and RFID identification aerial with building blocks groove 9), whether the LED lamp by building blocks groove 9 frames shows to differentiate and patches building blocks 3 and effectively be connected with building blocks groove 9.
Several building blocks grooves 9 are arranged on the described top cover 61, be used for placing role's building blocks 31 and function building blocks 32, building blocks carry out interaction by AD modular converter 2 and main control module 1, finish corresponding function setting, study and amusement.
Described main control module 1 is comprised of MCU and peripheral circuit with functions such as voice, clock, storages, when described patch building blocks 3 and put into building blocks groove 9 exact connect ions after, analog-digital conversion function by AD modular converter 2, the building blocks groove 9 interior information that patch building blocks 3 of inserting are converted to the content that main control module 1 can recognize, under specific pattern, export LED lamp control signal, motor drive signal, send specific sound.
Embodiment:
When described patch building blocks 3 and put into building blocks groove 9 exact connect ions after, analog-digital conversion function by AD modular converter 2, the information that patches building blocks 3 in the building blocks groove 9 is converted to the content that main control module 1 can recognize, reach arithmetical operation, mathematical race, set of time and application, quarter-bell setting and application, time set and application, the instant function such as give the correct time, and, sound aobvious the LED lamp of result by particular color, the mode such as electronic feed back, reach man-machine interaction, specifically comprise:
Described with "=" building blocks be placed on described top cover appointment building blocks groove 9 in, analog-digital conversion function by AD modular converter 2, the information of these building blocks groove 9 interior building blocks is converted to the content that main control module can recognize, thereby judge that present functional mode is " arithmetic is equivalent " pattern.Role's building blocks of the oeprator content of expressing 0 ~ 9 digital content and expression "+", "-", " * ", " ÷ " are put into the building blocks groove of two groups of appointments by algorithmic rule, whether the arithmetic value of two groups of role's building blocks of master control module judges equates, and, sound aobvious the LED lamp of result by particular color, the mode such as electronic feeds back, and reaches man-machine interaction.
Described with "〉" building blocks be placed on described top cover appointment the building blocks groove in, analog-digital conversion function by the AD modular converter, the information of building blocks in this building blocks groove is converted to the content that main control module can recognize, thereby judge that present functional mode is " arithmetic greater than " pattern.Role's building blocks of the oeprator content of expressing 0 ~ 9 digital content and expression "+", "-", " * ", " ÷ " are put into the building blocks groove of two groups of appointments by algorithmic rule, the size of the arithmetic value of two groups of role's building blocks of master control module judges, and, sound aobvious the LED lamp of result by particular color, the mode such as electronic feeds back, and reaches man-machine interaction.
Described with "＜" building blocks be placed on described top cover appointment the building blocks groove in, analog-digital conversion function by the AD modular converter, the information of building blocks in this building blocks groove is converted to the content that main control module can recognize, thereby judge that present functional mode is " arithmetic less than " pattern.Role's building blocks of the oeprator content of expressing 0 ~ 9 digital content and expression "+", "-", " * ", " ÷ " are put into the building blocks groove of two groups of appointments by algorithmic rule, the size of the arithmetic value of two groups of role's building blocks of master control module judges, and, sound aobvious the LED lamp of result by particular color, the mode such as electronic feeds back, and reaches man-machine interaction.
In the described building blocks groove that is placed on described top cover appointment with " set of time " building blocks, analog-to-digital conversion kinetic energy by the AD modular converter, the information of building blocks in this building blocks groove is converted to the content that main control module can recognize, thereby judge that present functional mode is " set of time " pattern.Role's building blocks are put into the building blocks groove of appointment by 24 hours systems, and whether the time format that master control module judges role's building blocks are placed is correct, as correctly, then the numeral on the building blocks is defined as current time and the time started operation of main control module.Reclose power supply behind this toy deenergization, the time of main control module is restarted operation from zero hour.
Describedly be placed in the building blocks groove of described top cover appointment with " quarter-bell setting " building blocks, analog-digital conversion function by the AD modular converter, the information of building blocks in this building blocks groove is converted to the content that main control module can recognize, thereby judge that present functional mode is " quarter-bell setting " pattern.Role's building blocks are put into the building blocks groove of appointment by 24 hours systems, and whether the quarter-bell form that master control module judges role's building blocks are placed is correct, as correctly, then the numeral on the building blocks is defined as the quarter-bell time of setting.Run to the quarter-bell time of setting when the time of main control module, toy can feed back by specific sound, the mode such as electronic.The building blocks that remove arbitrary participation setting are namely removed the quarter-bell setting.
In the described building blocks groove that is placed on described top cover appointment with " time set " building blocks, analog-digital conversion function by the AD modular converter, the information of building blocks in this building blocks groove is converted to the content that main control module can recognize, thereby judge that present functional mode is " time set " pattern.Role's building blocks of the digital content of expression 0 ~ 9 are put into the building blocks groove of appointment, whether the master control module judges number format is correct, as correctly, then the timing length that is placed in the numeral of specifying in the building blocks groove and is defined as setting, timing length is take minute as unit, and main control module begins to enter countdown.When the duration of main control module operation reaches set timing length, toy can be aobvious by the LED lamp of particular color, sound, the mode such as electronic feed back, and automatically terminates time set.
In the described building blocks groove that is placed on described top cover appointment with " immediately giving the correct time " building blocks, analog-digital conversion function by the AD modular converter, the information of building blocks in this building blocks groove is converted to the content that main control module can recognize, thereby judge that present functional mode is " immediately giving the correct time " pattern.Toy is namely quoted the moment of the current operation of main control module.
In the described building blocks groove that is placed on described top cover appointment with " answer " building blocks, analog-digital conversion function by the AD modular converter, the information of building blocks in this building blocks groove is converted to the content that main control module can recognize, thereby judge that present functional mode is " answer " pattern.Role's building blocks of the oeprator content of expressing 0 ~ 9 digital content and expression "+", "-", " * ", " ÷ " are put into the building blocks groove of one group of appointment by algorithmic rule, main control module calculates the arithmetic value of this group role building blocks, and the result fed back by sending the modes such as specific sound, display screen, reach man-machine interaction.
In the described building blocks groove that is placed on described top cover appointment with " numeral is looked for friend " building blocks, analog-digital conversion function by the AD modular converter, the information of building blocks in this building blocks groove is converted to the content that main control module can recognize, thereby judge that present functional mode is " numeral is looked for friend " pattern.Role's building blocks of the digital content of two groups of expression 0 ~ 9 are put into respectively the building blocks groove of two groups of appointments, when two groups of numerals and when equaling 10 or 100, main control module is aobvious the LED lamp of result by particular color, sound, the mode such as electronic feed back, and reaches man-machine interaction.
In the described building blocks groove that is placed on described top cover appointment with " numeral is looked for neighbours " building blocks, analog-digital conversion function by the AD modular converter, the information of building blocks in this building blocks groove is converted to the content that main control module can recognize, thereby judge that present functional mode is " numeral is looked for neighbours " pattern.Role's building blocks of the digital content of an expression 0 ~ 9 are put into arbitrary building blocks groove, when the digital equal difference of putting into when the numeral of putting into two other adjacent building blocks groove and first links to each other, main control module is aobvious the LED lamp of result by particular color, sound, the mode such as electronic feed back, and reaches man-machine interaction.
In the described building blocks groove that is placed on described top cover appointment with " several squares " building blocks, analog-digital conversion function by the AD modular converter, the information of building blocks in this building blocks groove is converted to the content that main control module can recognize, thereby judge that present functional mode is " several squares " pattern.Two groups of role's building blocks of expressing 0 ~ 9 digital content by the natural number rule put into specify the building blocks groove after, whether the interior numerical value of the arithmetic value behind the numerical value in first group of building blocks groove of master control module judges square and second group of building blocks groove equates, main control module is aobvious the LED lamp of result by particular color, sound, the mode such as electronic feed back, and reaches man-machine interaction.
In the described building blocks groove that is placed on described top cover appointment with " several cubes " building blocks, analog-digital conversion function by the AD modular converter, the information of building blocks in this building blocks groove is converted to the content that main control module can recognize, thereby judge that present functional mode is " several cubes " pattern.Two groups of role's building blocks of expressing 0 ~ 9 digital content by the natural number rule put into specify the building blocks groove after, whether the interior numerical value of the arithmetic value behind the numerical value in first group of building blocks groove of master control module judges cube and second group of building blocks groove equates, main control module is aobvious the LED lamp of result by particular color, sound, the mode such as electronic feed back, and reaches man-machine interaction.
Claims (7)
1. electronic building blocks educational toy, patch building blocks, LED lamp, loudspeaker, dc source, casing that it mainly by main control module, AD modular converter, mainly comprises role's building blocks and function building blocks form, and it is characterized in that described main control module is comprised of MCU and peripheral circuit with functions such as voice, clock and storages; Described AD modular converter is comprised of AD conversion chip and peripheral circuit; Described main control module and AD modular converter are fixed in the casing by main substrate; Be provided with the building blocks groove of pegging graft respectively for role's building blocks, function building blocks on the described casing, described building blocks trough rim frame is equipped with the LED lamp of energy show state; Described main control module is connected with the AD modular converter, described AD modular converter cooperates with connector on patching building blocks by the connector seat that arranges in the building blocks groove, with patch building blocks in can provide corresponding electronic devices and components or the electronic circuit that patches building blocks representative exterior content or function information to be connected, perhaps the RFID identification aerial of described AD modular converter by the setting of building blocks trench bottom with patch building blocks in the RFID chip that arranges communicate and be connected, with patch building blocks in can provide corresponding electronic devices and components or the electronic circuit that patches building blocks representative exterior content or function information to be connected.
2. electronic building blocks educational toy according to claim 1, it is characterized in that described role's building blocks outside is printed with ": " of expressing 0 ~ 9 digital content, expression time form and expresses in the oeprator content of "+", "-", " * ", " ÷ " at least one, role's building blocks inside is equipped with corresponding with outside print content and is played electronic devices and components or the electronic circuit for realizing that this function designs of recognition reaction; The outside printing of function building blocks comprises at least: expression "=" is arranged, "〉", in the arithmetic type content of "＜" at least one, expression " set of time " is arranged, " quarter-bell setting ", " immediately give the correct time ", in the time function content of " time set " at least one, expression " answer " is arranged, " numeral is looked for friend ", " numeral is looked for neighbours ", " several squares ", in the learning recreation content of " several cubes " at least one, function building blocks inside are equipped with electronic devices and components or the electronic circuit for realizing that this function designs corresponding with outside print content and a recognition reaction; Described patching is provided with the connector that mainly is made of contact chip and is used for linking to each other with the connector seat of building blocks groove on the building blocks, and the formation connector assembly.
3. electronic building blocks educational toy according to claim 1, it is characterized in that described role's building blocks outside is printed with ": " of expressing 0 ~ 9 digital content, expression time form and expresses in the oeprator content of "+", "-", " * ", " ÷ " at least one, role's building blocks inside is equipped with corresponding with outside print content and is played electronic devices and components or the electronic circuit for realizing that this function designs of recognition reaction; The outside printing of function building blocks comprises at least: expression "=" is arranged, "〉", in the arithmetic type content of "＜" at least one, expression " set of time " is arranged, " quarter-bell setting ", " immediately give the correct time ", in the time function content of " time set " at least one, expression " answer " is arranged, " numeral is looked for friend ", " numeral is looked for neighbours ", " several squares ", in the learning recreation content of " several cubes " at least one, function building blocks inside are equipped with electronic devices and components or the electronic circuit for realizing that this function designs corresponding with outside print content and a recognition reaction; The RFID identification aerial of described AD modular converter by the setting of building blocks trench bottom with patch building blocks in the RFID chip that arranges communicate and be connected.
4. electronic building blocks educational toy according to claim 1 is characterized in that described casing is comprised of the bottom that cooperatively interacts and top cover, is provided with the building blocks groove of pegging graft respectively for role's building blocks, function building blocks on the described top cover.
5. according to claim 1 or 4 described electronic building blocks educational toys, it is characterized in that having on the described casing three row's building blocks grooves, drain on wherein few five, middle at least one, drain into few three down.
6. according to claim 1 or 4 described electronic building blocks educational toys, it is characterized in that having on the described casing two row's building blocks grooves, drain into few five on wherein, drain into few three down.
7. according to claim 1 or 4 described electronic building blocks educational toys, it is characterized in that having on the described casing one to drain into few five building blocks grooves.
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| CN201210530113.3A CN103041603B (en) | 2012-12-07 | 2012-12-07 | A kind of electronic brick intelligence toy |
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| CN106178543A (en) * | 2015-05-26 | 2016-12-07 | 株式会社福来多 | Intelligence block toy |
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| CN106125626B (en) * | 2016-08-24 | 2019-04-02 | 广东乐博士教育装备有限公司 | Signal operation method and its hardware module for smart electronics building blocks |
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| CN110869994A (en) * | 2017-09-28 | 2020-03-06 | 株式会社耐奥飞特 | Nail plate, rehabilitation training system and rehabilitation training method |
| US11521508B2 (en) | 2017-09-28 | 2022-12-06 | Neofect Co., Ltd. | Pegboard, rehabilitation training system, and rehabilitation training method |
| CN107919042A (en) * | 2017-12-11 | 2018-04-17 | 大连高马艺术设计工程有限公司 | A kind of learning aids system of identification and test position relation |
| TWI701599B (en) * | 2019-01-29 | 2020-08-11 | 國立臺灣大學 | Contact switch and system thereof and interactive building block system carrying the contact switch |
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| CN109865299A (en) * | 2019-04-03 | 2019-06-11 | 吕国军 | A kind of educational toy |
| CN111530100A (en) * | 2020-04-18 | 2020-08-14 | 张靖好 | Electronic building block intelligence toy |
| CN113539017A (en) * | 2021-06-24 | 2021-10-22 | 杭州优必学科技有限公司 | Modular programming building block capable of being placed at will and control method |
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