CN203154828U - Electronic toy blocks - Google Patents
Electronic toy blocks Download PDFInfo
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- CN203154828U CN203154828U CN 201220727472 CN201220727472U CN203154828U CN 203154828 U CN203154828 U CN 203154828U CN 201220727472 CN201220727472 CN 201220727472 CN 201220727472 U CN201220727472 U CN 201220727472U CN 203154828 U CN203154828 U CN 203154828U
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- building blocks
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- row
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Abstract
An electronic toy blocks mainly comprise a main-control module, an AD conversion module, plug blocks including role blocks and function blocks, LED lamps, a loudspeaker, a direct-current power supply and a casing, wherein the main-control module comprises an MCU (microprogrammed control unit) with functions of voice, clock, memory and the like, as well as a peripheral circuit; the AD conversion module comprises an AD conversion chip and a peripheral circuit; the main-control module and the AD conversion module are fixed in the casing through a main substrate; an upper row, a middle row and a lower row of block grooves for allowing the role blocks and the function blocks to plug in respectively are formed in the casing; the upper row comprises at least five block grooves, the middle row comprises at least one block groove, the lower row comprises at least three block grooves, a connector seat connected with each plug block is mounted in each block groove, and each LED lamp connected with the main-control module and capable of displaying the state is mounted at the frame of each block groove; the main-control module is connected with the AD conversion module; and the AD conversion module is matched with the connectors on the plug blocks through the connector seats arranged in the block grooves, and is connected with an electronic component which is mounted in each plug block and can provide external content or function information represented by the corresponding plug block.
Description
Technical field
The utility model relates to a kind of arithmetic time electronic building blocks, belong 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.
The utility model content
The purpose of this utility model is to overcome the deficiency of above-mentioned existence, provide a kind of with electronics technology be applied to arithmetic function, time clock feature combines with building blocks, realizes the electronic building blocks toy of functions such as a kind of arithmetic exercise and amusement, time quarter-bell setting and application.
The purpose of this utility model is finished by following technical solution, it mainly by main control module, AD modular converter, comprise that the patch building blocks, LED lamp, loudspeaker, dc source, casing of role's building blocks and function building blocks form, described main control module is made up of the MCU and the peripheral circuit that have functions such as voice, clock and storage; Described AD modular converter is made up of AD conversion chip and peripheral circuit; Described main control module and AD modular converter are fixed in the casing by main substrate; Described casing is provided with the building blocks groove that upper, middle and lower three rows peg graft respectively for role's building blocks, function building blocks, drain into few five building blocks grooves wherein, middle at least one building blocks groove of row, under drain into few three building blocks grooves, be equipped with in the described building blocks groove and patch the connector seat that building blocks are connected, described building blocks trough rim frame is equipped with the LED lamp that is connected with main control module and can show state; Described main control module is connected with the AD modular converter, described AD modular converter by the connector seat that arranges in the building blocks groove cooperate with connector on patching building blocks, with patch building blocks in the corresponding electronic devices and components that patch building blocks representative exterior content or function information that can provide installed be connected.
Described casing is made up of the bottom that cooperatively interacts and top cover, described top cover is provided with upper, middle and lower three row's building blocks grooves, and wherein there are five building blocks grooves in the row of going up, and middle row has a building blocks groove, following row has three building blocks grooves, the function building blocks of pegging graft in described middle row's the building blocks groove; 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 the electronic devices and components of recognition reaction; The outside printing of function building blocks comprises at least: expression "=", "〉are arranged ", in the arithmetic type content of "＜" at least one, in the time function content of expression " time setting ", " quarter-bell setting ", " giving the correct time immediately ", " regularly arranging " at least one arranged, in the learning recreation content of expression " answer ", " numeral is looked for friend ", " numeral is looked for neighbours ", " several squares ", " several cubes " at least one arranged, and function building blocks inside is equipped with corresponding with outside print content and is played the electronic devices and components of recognition reaction.
The described building blocks that patch are made up of building blocks loam cake, building blocks lower cover, connector and electronic devices and components; The described building blocks that patch are provided with connector and link to each other with connector seat in the building blocks groove, and constitute connector assembly.
The utility model is compared 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 described in the utility model;
Fig. 2 is the utility model structural representation;
Fig. 3 is "〉described in the utility model " the functional mode schematic diagram;
Fig. 4 is "＜" described in the utility model functional mode schematic diagram;
Fig. 5 is " time setting " described in the utility model functional mode schematic diagram;
Fig. 6 is " quarter-bell setting " described in the utility model functional mode schematic diagram;
Fig. 7 is " regularly arranging " described in the utility model functional mode schematic diagram;
Fig. 8 is " giving the correct time immediately " described in the utility model functional mode schematic diagram;
Fig. 9 is " answer " described in the utility model functional mode schematic diagram;
Figure 10 is " numeral is looked for friend " described in the utility model functional mode schematic diagram;
Figure 11 is " numeral is looked for neighbours " described in the utility model functional mode schematic diagram;
Figure 12 is " several squares " described in the utility model functional mode schematic diagram;
Figure 13 is " several cubes " described in the utility model functional mode schematic diagram;
Figure 14 is digital block 311 one of them modular construction schematic diagram described in the utility model;
Figure 15 is time format building blocks 312 one of them modular construction schematic diagram described in the utility model;
Figure 16 is oeprator building blocks 313 one of them modular construction schematic diagram described in the utility model;
Figure 17 is arithmetic type building blocks 321 one of them modular construction schematic diagram described in the utility model;
Figure 18 is time function building blocks 322 one of them modular construction schematic diagram described in the utility model;
Figure 19 is school described in the utility model amusement building blocks 323 one of them modular construction schematic diagram;
The specific embodiment
Below in conjunction with accompanying drawing the utility model is described in detail: shown in Fig. 1,2, the utility model mainly by main control module 1, AD modular converter 2, comprise that the patch building blocks 3, LED lamp 4, loudspeaker 7, dc source 5, casing 6 of role's building blocks 31 and function building blocks 32 form, described main control module 1 is made up of the MCU and the peripheral circuit 12 that have functions such as voice, clock and storage; Described AD modular converter 2 is made up 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; Described casing 6 is provided with the building blocks groove 9 that upper, middle and lower three rows peg graft respectively for role's building blocks, function building blocks, drain into few five building blocks grooves wherein, middle at least one building blocks groove of row, under drain into few three building blocks grooves, be equipped with in the described building blocks groove 9 and patch the connector seat 14 that building blocks 3 are connected, described building blocks groove 9 frames are equipped with the LED lamp 4 that is connected with main control module 1 and can show state; Described main control module 1 is connected with AD modular converter 2, and described AD modular converter 2 cooperates, is connected with the corresponding electronic devices and components 12 that patch building blocks representative exterior content or function information that can provide that patch building blocks 3 interior installations with connector 11 on patching building blocks 3 by the connector seats 14 that arrange in the building blocks groove 9.
The building blocks 3 that patch described in the utility model are made up of building blocks loam cake 10, building blocks lower cover 13, connector 11 and electronic devices and components 12; The described building blocks 3 that patch are provided with connector 11 and link to each other with connector seat 14 in the building blocks groove 9, and constitute connector assembly.
Role's building blocks described in the utility model 31 outsides are printed with ": " of expressing 0 ~ 9 digital content, expression time form and express 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 the electronic devices and components of recognition reaction; The outside printing of function building blocks 32 comprises at least: expression "=", "〉are arranged ", in the arithmetic type content of "＜" at least one, in the time function content of expression " time setting ", " quarter-bell setting ", " giving the correct time immediately ", " regularly arranging " at least one arranged, in the learning recreation content of expression " answer ", " numeral is looked for friend ", " numeral is looked for neighbours ", " several squares ", " several cubes " at least one arranged, and function building blocks inside is equipped with corresponding with outside print content and is played the electronic devices and components of recognition reaction; Concrete being constructed as follows is described:
Shown in Figure 14, described role's building blocks 31 outsides are printed with expresses 0 ~ 9 digital content, in order to constitute set of number building blocks 311.
Shown in Figure 15, described role's building blocks 31 outsides are printed with ": " character of expression time form, in order to constitute time format building blocks 312.
Shown in Figure 16, described role's building blocks 31 outsides are printed with the oeprator content of expression "+", "-", " * ", " ÷ ", in order to constitute one group of oeprator building blocks 313.
Shown in Figure 17, described function building blocks 32 outsides are printed with expression "=", "〉", the arithmetic type content of "＜", in order to constitute one group of arithmetic type building blocks 321.
Shown in Figure 180, described function building blocks 32 outsides are printed with the time function content of expression " time setting ", " quarter-bell setting ", " giving the correct time immediately ", " regularly arranging ", in order to constitute one group of time function building blocks 322.
Shown in Figure 19, described function building blocks 32 outsides are printed with the learning recreation content of expression " answer ", " numeral is looked for friend ", " numeral is looked for neighbours ", " several squares ", " several cubes ", in order to constitute one group of learning recreation building blocks 323.
In specific embodiment, the described building blocks that patch can pass through the resistance method of identification, and namely each patches the represented content of building blocks 3 by patching the resistance difference of the sampling resistor in the building blocks 3, use 2 identifications of the AD modular converter that links to each other with building blocks groove 9.
Use 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 correctly being connected, identify the electronic devices and components 12 that patch in the building blocks 3 by AD modular converter 2, pass to main control module 1 and identify corresponding function and content, reach functions such as arithmetical operation, time arrange, give the correct time, timing, and the LED lamp of result by particular color show, sound is play, mode such as electronic is fed back, and reaches man-machine interaction.
Have plug connector to be connected with connector base in the building blocks groove 9 on described role's building blocks 31 and the function building blocks 32, 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.
Described top cover 61 is provided with building blocks groove 9, is used for placing role's building blocks 31 and function building blocks 32, and building blocks carry out interaction by AD modular converter 2 and main control module 1, finish corresponding function setting, study and amusement.
Embodiment:
When the described building blocks 3 that patch are put into the building blocks groove after 9 correct connections, analog-digital conversion function by AD modular converter 2, the content that becomes the information translation that patch building blocks 3 in the building blocks groove 9 main control module 1 to recognize, functions such as reaching arithmetical operation, mathematical race, time setting and application, quarter-bell setting and application, regularly arrange and use, give the correct time immediately, and the LED lamp of result by particular color show, sound, mode such as electronic feeds back, reach man-machine interaction, specifically comprise:
Described "=" building blocks that have are placed in the building blocks groove of arranging in the middle of the described top cover, analog-digital conversion function by the AD modular converter, the content that becomes the information translation of building blocks in this building blocks groove main control module to recognize, thus judge that present functional mode is " arithmetic equivalence " 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 row, the row of descending by algorithmic rule, whether the arithmetic value of two groups of role's building blocks of master control module judges equates, and the LED lamp of result by particular color show, sound, mode such as electronic feeds back, and reaches man-machine interaction.
Shown in Figure 3, describedly having "〉" building blocks are placed in the building blocks groove of row in the middle of the described top cover, analog-digital conversion function by the AD modular converter, the content that becomes the information translation of building blocks in this building blocks groove main control module to recognize, thus 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 row, the row of descending by algorithmic rule, the size of the arithmetic value of two groups of role's building blocks of master control module judges, and the LED lamp of result by particular color show, sound, mode such as electronic feeds back, and reaches man-machine interaction.
Shown in Figure 4, described "＜" building blocks that have are placed in the building blocks groove of arranging in the middle of the described top cover, analog-digital conversion function by the AD modular converter, the content that becomes the information translation of building blocks in this building blocks groove main control module to recognize, thus 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 row, the row of descending by algorithmic rule, the size of the arithmetic value of two groups of role's building blocks of master control module judges, and the LED lamp of result by particular color show, sound, mode such as electronic feeds back, and reaches man-machine interaction.
Shown in Figure 5, described having, " time setting " building blocks were placed in the building blocks groove of arranging in the middle of the described top cover, analog-to-digital conversion kinetic energy by the AD modular converter, the content that becomes the information translation of building blocks in this building blocks groove main control module to recognize, thus judge that present functional mode is " time setting " pattern.Role's building blocks are put into row's building blocks groove 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.
Shown in Figure 6, described having, " quarter-bell setting " building blocks were placed in the building blocks groove of arranging in the middle of the described top cover, analog-digital conversion function by the AD modular converter, the content that becomes the information translation of building blocks in this building blocks groove main control module to recognize, thus judge that present functional mode is " quarter-bell setting " pattern.Role's building blocks are put into row's building blocks groove 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 quarter-bell time of setting when the time of main control module, toy can feed back by specific sound, mode such as electronic.The building blocks that remove arbitrary participation setting are namely removed the quarter-bell setting.
Shown in Figure 7, building blocks " regularly are set " described having to be placed in the building blocks groove of arranging in the middle of the described top cover, analog-digital conversion function by the AD modular converter, the content that becomes the information translation of building blocks in this building blocks groove main control module to recognize, thus judge that present functional mode is " regularly arranging " pattern.Role's building blocks of the digital content of expression 0 ~ 9 are put into row's building blocks groove, whether the master control module judges number format is correct, as correctly, then is defined as the timing length of setting being placed in the numeral of specifying in the building blocks groove, timing length is minute to be unit, and main control module begins to enter countdown.When the duration of main control module operation reaches set timing length, toy can show by the LED lamp of particular color, sound, mode such as electronic feed back, and automatically terminates regularly and arrange.
Shown in Figure 8, the building blocks that " give the correct time immediately " described having are placed in the building blocks groove of arranging in the middle of the described top cover, analog-digital conversion function by the AD modular converter, the content that becomes the information translation of building blocks in this building blocks groove main control module to recognize, thus judge that present functional mode is " giving the correct time immediately " pattern.Toy is namely quoted the moment of the current operation of main control module.
Shown in Figure 9, described having, " answer " building blocks were placed in the building blocks groove of arranging in the middle of the described top cover, analog-digital conversion function by the AD modular converter, the content that becomes the information translation of building blocks in this building blocks groove main control module to recognize, thus 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 arranging by algorithmic rule, main control module calculates the arithmetic value of this group role building blocks, and the result fed back by sending modes such as specific sound, display screen, reach man-machine interaction.
Shown in Figure 10, described having, " numeral is looked for friend " building blocks were placed in the building blocks groove of arranging in the middle of the described top cover, analog-digital conversion function by the AD modular converter, the content that becomes the information translation of building blocks in this building blocks groove main control module to recognize, thus 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 row, following row's building blocks groove respectively, when two groups of numerals and when equaling 10 or 100, main control module the LED lamp of result by particular color show, sound, mode such as electronic feeds back, and reaches man-machine interaction.
Shown in Figure 11, described having, " numeral is looked for neighbours " building blocks were placed in the building blocks groove of arranging in the middle of the described top cover, analog-digital conversion function by the AD modular converter, the content that becomes the information translation of building blocks in this building blocks groove main control module to recognize, thus 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 row's building blocks groove, when the digital equal difference of role's building blocks of putting into when the numeral of putting into two other adjacent role's building blocks and first links to each other, main control module the LED lamp of result by particular color show, sound, mode such as electronic feeds back, and reaches man-machine interaction.
Shown in Figure 12, described having, " several squares " building blocks were placed in the building blocks groove of arranging in the middle of the described top cover, analog-digital conversion function by the AD modular converter, the content that becomes the information translation of building blocks in this building blocks groove main control module to recognize, thus judge that present functional mode is " several squares " pattern.Role's building blocks of the digital content of two groups of expression 0 ~ 9 are put into row, following row's building blocks groove by the natural number rule, whether the interior numerical value of the arithmetic value behind the numerical value on the master control module judges in row's building blocks groove square and row's building blocks groove down equates, main control module the LED lamp of result by particular color show, sound, mode such as electronic feeds back, and reaches man-machine interaction.
Shown in Figure 13, described having, " several cubes " building blocks were placed in the building blocks groove of arranging in the middle of the described top cover, analog-digital conversion function by the AD modular converter, the content that becomes the information translation of building blocks in this building blocks groove main control module to recognize, thus judge that present functional mode is " several cubes " pattern.Two groups of role's building blocks of expressing 0 ~ 9 digital content are put into row, arranged the building blocks groove down by the natural number rule, whether the interior numerical value of the arithmetic value behind the numerical value on the master control module judges in row's building blocks groove cube and row's building blocks groove down equates, main control module the LED lamp of result by particular color show, sound, mode such as electronic feeds back, and reaches man-machine interaction.
More than disclosed embodiment only be a part of embodiment of the present utility model, rather than all.Based on the embodiment in the utility model, the every other embodiment that those of ordinary skills obtain under the situation that does not break away from the utility model essence and spirit belongs to the scope that the utility model is open and protect.
Claims (3)
1. electronic building blocks toy, it mainly by main control module, AD modular converter, comprise that the patch building blocks, LED lamp, loudspeaker, dc source, casing of role's building blocks and function building blocks form, it is characterized in that described main control module is made up of the MCU that has voice, clock and memory function and peripheral circuit; Described AD modular converter is made up of AD conversion chip and peripheral circuit; Described main control module and AD modular converter are fixed in the casing by main substrate; Described casing is provided with the building blocks groove that upper, middle and lower three rows peg graft respectively for role's building blocks, function building blocks, drain into few five building blocks grooves wherein, middle at least one building blocks groove of row, under drain into few three building blocks grooves, be equipped with in the described building blocks groove and patch the connector seat that building blocks are connected, described building blocks trough rim frame is equipped with the LED lamp that is connected with main control module and can show state; Described main control module is connected with the AD modular converter, described AD modular converter by the connector seat that arranges in the building blocks groove cooperate with connector on patching building blocks, with patch building blocks in the corresponding electronic devices and components that patch building blocks representative exterior content or function information that can provide installed be connected.
2. electronic building blocks toy according to claim 1, it is characterized in that described casing is made up of the bottom that cooperatively interacts and top cover, described top cover is provided with upper, middle and lower three row's building blocks grooves, wherein there are five building blocks grooves in the row of going up, middle row has a building blocks groove, following row has three building blocks grooves, the function building blocks of pegging graft in described middle row's the building blocks groove.
3. electronic building blocks toy according to claim 1 and 2 is characterized in that the described building blocks that patch are made up of building blocks loam cake, building blocks lower cover, connector and electronic devices and components; The described building blocks that patch are provided with connector and link to each other with connector seat in the building blocks groove, and constitute connector assembly.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220727472 CN203154828U (en) | 2012-12-26 | 2012-12-26 | Electronic toy blocks |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220727472 CN203154828U (en) | 2012-12-26 | 2012-12-26 | Electronic toy blocks |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203154828U true CN203154828U (en) | 2013-08-28 |
Family
ID=49016054
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201220727472 Expired - Fee Related CN203154828U (en) | 2012-12-26 | 2012-12-26 | Electronic toy blocks |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203154828U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107694127A (en) * | 2017-11-06 | 2018-02-16 | 中国地质大学（武汉） | A kind of pieced electronic building blocks of stacked |
| CN108176063A (en) * | 2016-12-08 | 2018-06-19 | 广州迪宝乐电子有限公司 | A kind of smart electronics assembly building blocks |
-
2012
- 2012-12-26 CN CN 201220727472 patent/CN203154828U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108176063A (en) * | 2016-12-08 | 2018-06-19 | 广州迪宝乐电子有限公司 | A kind of smart electronics assembly building blocks |
| CN107694127A (en) * | 2017-11-06 | 2018-02-16 | 中国地质大学（武汉） | A kind of pieced electronic building blocks of stacked |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20130828 Termination date: 20141226 |
|
| EXPY | Termination of patent right or utility model |