CN203694612U - Electronic building block and electronic building block group - Google Patents
Electronic building block and electronic building block group Download PDFInfo
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- CN203694612U CN203694612U CN201320817365.4U CN201320817365U CN203694612U CN 203694612 U CN203694612 U CN 203694612U CN 201320817365 U CN201320817365 U CN 201320817365U CN 203694612 U CN203694612 U CN 203694612U
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Abstract
The utility model discloses an electronic building block and an electronic building block group. The electronic building block comprises a building block shell, a first display unit, which is fixedly arranged on a first surface of the building block shell, at least one approach detection unit, which is fixedly arranged on the building block shell and is used for detecting whether another electronic building block is close to the electronic building block so as to obtain a detection result, a first close range transmitting unit, which is fixedly arranged on a first lateral surface of the building block shell, and a controller, which is fixedly arranged in the building block shell, is connected to the first display unit, and is used for controlling a display object on the first display unit, wherein the controller is further connected to the at least one approach detection unit and the first close range transmitting unit.
Description
Technical field
The utility model relates to toy field, is specifically related to a kind of electronic building blocks and electronic building blocks group.
Background technology
Along with growth in the living standard, child user is increasing to the demand of toy, and the function of toy is also proposed to more requirement.
At present, toy for children function is simple, such as, common building blocks, by being complete image by the picture splicing and recovery of separation, and a set of building blocks can only splice same image, electronic building blocks of the prior art and common building blocks function class are seemingly, also be to be complete image by the picture splicing and recovery of separation, and electronic building blocks profile of the prior art and circuit diagram similar, be unfavorable for child user operation and understand.
And, can not communication between the multiple building blocks in building blocks type toy of the prior art and cause the technical problem of function singleness;
To sum up, there is function singleness in building blocks type toy of the prior art, and be unfavorable for the technical problem of operation.
Utility model content
The utility model provides a kind of electronic building blocks and electronic building blocks group, has function singleness for solving building blocks type toy of the prior art, and is unfavorable for the technical problem of operation.
First aspect, the utility model provides a kind of electronic building blocks, comprising: building blocks housing; The first display unit, is fixedly installed on the first surface of described building blocks housing; At least one proximity test unit, is fixedly installed on described building blocks housing, for detection of whether existing another electronic building blocks near described electronic building blocks, obtains a testing result; The first transmitter unit closely, is fixedly installed on the first side of described building blocks housing; Controller, be fixedly installed in described building blocks housing, be connected with described the first display unit, for controlling the demonstration object on described the first display unit, described controller also with described at least one proximity test unit and described first closely transmitter unit be connected;
Wherein, in the time that described controller determines that according to described testing result distance between the first side of the first electronic building blocks and described electronic building blocks is less than or equal to the first predeterminable range, by described first closely transmitter unit the first current status data of described electronic building blocks is sent to described the first electronic building blocks so that described the first electronic building blocks is carried out the first action based on the status data of described the first current status data and described the first electronic building blocks.
Optionally, described electronic building blocks also comprises:
The first short distance reception unit, be fixedly installed on second side relative with described the first side, be connected with described controller, the second current status data sending for receiving the second electronic building blocks, so that status data and described second current status data of described controller based on described electronic building blocks carried out described the first action.
Optionally, described electronic building blocks also comprises:
The second transmitter unit closely, be fixedly installed on three side different from described the first side of described building blocks housing, be connected with described controller, when determining according to described testing result that when described controller distance between the 3rd side of the 3rd electronic building blocks and described electronic building blocks is less than the second predeterminable range, described the first current status data is sent to described the 3rd electronic building blocks, so that the status data of described the 3rd electronic building blocks based on described the first current status data and described the 3rd electronic building blocks carried out described the first action.
The second short distance reception unit, be fixedly installed on four side different from described the second side, be connected with described controller, the 3rd current status data sending for receiving quadrielectron building blocks, so that the status data of described controller based on described the 3rd current status data and described electronic building blocks carried out described the first action.
Optionally, described controller specifically for:
Judge based on described the second current status data and/or described the 3rd current status data, and whether the status data of described electronic building blocks can determine a default object, to determine described the first action as the first son action or the second action.
Optionally, described electronic building blocks also comprises:
Audio output unit, at least be fixedly installed on the 5th side of described building blocks housing, be connected with described controller, for working as described controller based on described the second current status data and/or described the 3rd current status data, and the status data of described electronic building blocks is while determining described default object, exports the acoustic information corresponding with described default object and/or output the first information.
Optionally, described electronic building blocks also comprises:
Radio-frequency communication module, be arranged in described building blocks housing, be connected with described controller, for working as described controller based on described the second current status data and/or described the 3rd current status data, and the status data of described electronic building blocks is when determining described default object and generating the first instruction, described the first instruction is sent to other electronic building blocks, so that described electronic building blocks and described other electronic building blocks are carried out described the first instruction, export the described acoustic information corresponding with default object of described the first information and/or output; Described radio-frequency communication module is also for upgrading described demonstration object.
Optionally, described electronic building blocks also comprises:
At least one sensor, is fixedly installed on described building blocks housing interior or surperficial upper, is connected, for detection of obtaining at least one induced signal with described controller.
Optionally, described at least one sensor comprises: acceleration transducer, gyroscope, sound transducer, one or more in touch sensing.
Optionally, described controller also for:
When demonstration object on described the first display unit is the first demonstration object, receive described at least one induced signal, show that by described first object is adjusted into the second demonstration object different from described the first demonstration object based on described at least one induced signal, and show that by described the first display unit described second shows object, wherein, the status data of described electronic building blocks comprises the demonstration object on described the first display unit.
Optionally, the material of described building blocks housing is that the softwood matter that hardness is less than a default hardness number is made, and described building blocks exceed described first display unit place the second plane in the place, edge of described first surface the first plane.
Optionally, also comprise:
Coffret, be arranged on described building blocks housing different from described first surface second upper, be connected with described controller, be connected with external system for described electronic building blocks, upgrade described demonstration object.
Second aspect, the utility model embodiment also provides a kind of electronic building blocks group, comprises M the electronic building blocks described in above-mentioned first aspect, and wherein, M is more than or equal to 2 integer.
One or more technical schemes in technique scheme, at least have following technique effect or advantage:
1, by being set on building blocks housing, at least one proximity test unit connects in controller, and arrange in the first side first closely transmitter unit be connected with controller, therefore in the time that at least one proximity test unit inspection arrives next electronic building blocks near the first side, by transmitter unit closely, the first current status data of electronic building blocks is sent to close next electronic building blocks, wherein, the first current status data of electronic building blocks comprises the status data that the status data of this electronic building blocks and other electronic building blocks of reception send, therefore electronic building blocks can communicate in splicing, with transmission state data between electronic building blocks, therefore, can effectively solve in building blocks type toy of the prior art between multiple building blocks can not communication and cause the technical problem of function singleness, and then last electronic building blocks can be carried out the first action according to the status data of the multiple electronic building blocks that obtain, such as, judge the word of multiple electronic building blocks combinations, whether word or Chinese idiom be correct, thereby prompting combination is correct or continue to wait for that transmission state data arrive the action of next electronic building blocks, therefore, solve building blocks type toy in prior art and be unfavorable for the technical problem operating, can make electronic building blocks be more suitable for children's operation.
2, by being set in the second side, the first short distance reception unit is connected with controller, therefore, this electronic building blocks can receive the status data of the closely transmitter unit transmitting of an electronic building blocks, can carry out the first action according to the current status data of other electronic building blocks receiving and the current status data of this electronic building blocks, therefore, arbitrary electronic building blocks can be carried out status data, accepting state data, and carry out the first action according to multiple status datas, therefore multiple electronic building blocks can be with arbitrary order splicing, improve children's operability of electronic building blocks.
3, further, the technological means that at least one sensor is connected with controller is also set, at least one induced signal that controller detects according at least one sensor is adjusted the demonstration object on the first display unit, therefore multiple electronic building blocks can show that object splices multiple objects according to adjusting, such as different English words, different Chinese phrase etc., therefore efficiently solve the single technical problem of building blocks type toy content in prior art, realize electronic building blocks game diversity, increased intelligence and the operability of electronic building blocks.
Accompanying drawing explanation
Fig. 1 is the functional block diagram of electronic building blocks in the utility model one preferred embodiment;
Fig. 2 is the stereogram of electronic building blocks in the utility model one preferred embodiment;
Fig. 3 is the first splicing schematic diagram of electronic building blocks group in the utility model embodiment;
Fig. 4 is the second splicing schematic diagram of electronic building blocks group in the utility model embodiment;
Fig. 5 is the third splicing schematic diagram of electronic building blocks group in the utility model embodiment.
The specific embodiment
The utility model embodiment provides a kind of electronic building blocks, comprising: building blocks housing; The first display unit, is fixedly installed on the first surface of described building blocks housing; At least one proximity test unit, is fixedly installed on described building blocks housing, for detection of whether existing another electronic building blocks near described electronic building blocks, obtains a testing result; The first transmitter unit closely, is fixedly installed on the first side of described building blocks housing; Controller, be fixedly installed in described building blocks housing, be connected with described the first display unit, for controlling the demonstration object on described the first display unit, described controller also with described at least one proximity test unit and described first closely transmitter unit be connected; Wherein, in the time that described controller determines that according to described testing result distance between the first side of the first electronic building blocks and described electronic building blocks is less than or equal to the first predeterminable range, by described first closely transmitter unit the first current status data of described electronic building blocks is sent to described the first electronic building blocks so that described the first electronic building blocks is carried out the first action based on the status data of described the first current status data and described the first electronic building blocks.Effectively solving in building blocks type toy of the prior art between multiple building blocks can not communication and cause the technical problem of function singleness, and then last electronic building blocks can be carried out the first action according to the status data of the multiple electronic building blocks that obtain, such as, judge the word of multiple electronic building blocks combinations, whether word or Chinese idiom be correct, thereby prompting combination is correct or continue to wait for that transmission state data arrive the action of next electronic building blocks, therefore, solve building blocks type toy in prior art and be unfavorable for the technical problem operating, can make electronic building blocks be more suitable for children's operation.
In order to make the application the technical staff in the technical field more clearly understand the utility model, below in conjunction with accompanying drawing, by specific embodiment, technical solutions of the utility model are described in detail.
Embodiment mono-
With reference to shown in figure 1 and Fig. 2, electronic building blocks of the present utility model is described in detail, Fig. 1 is the functional block diagram of electronic building blocks in the utility model one preferred embodiment, Fig. 2 is the stereogram of electronic building blocks in the utility model one preferred embodiment, wherein, a in Fig. 2, b, c, d, e, f, g, h are 8 summits of cuboid electronic building blocks.
The utility model embodiment mono-provides a kind of electronic building blocks 1000, comprising: building blocks housing 10; The first display unit 20, is fixedly installed on the first surface abcd of building blocks housing 10; At least one proximity test unit 30, is fixedly installed on building blocks housing 10, for detection of whether existing the first electronic building blocks near electronic building blocks 1000, obtains a testing result; The first transmitter unit 401 closely, be fixedly installed on the first side, controller 50, be fixedly installed in building blocks housing 10, be connected with the first display unit 20, for controlling demonstration object on the first display unit 20, controller 50 also with at least one proximity test unit 30 and first closely transmitter unit 401 be connected; Wherein, in the time that controller 50 determines that according to the testing result of at least one proximity test unit 30 distance between the first side of the first electronic building blocks and electronic building blocks 1000 is less than or equal to the first predeterminable range, controller 50 to the first current status data of major general's electronic building blocks 1000 sends to the first electronic building blocks, so that at least execution of the status data based on the first current status data and the first electronic building blocks the first action of the first electronic building blocks.
First, the unit of electronic building blocks in the present embodiment is introduced:
The first display unit 20, can be touch-display unit, such as capacitance plate, and pressure screen; Also can be non-touch-display unit.Preferably, the first display unit 20 is set to touch-display unit, and comprises the display unit of touch sensing.The content that the first display unit 20 shows in the present embodiment comprises demonstration object, such as the picture in game process, English character, Chinese character, numeral, the symbol etc. that counts, in different game modes, the demonstration object difference that the first display unit 20 shows, certainly, the first display unit 20 is also for operation display interface, such as, select game mode, the operation interface of demonstration while carrying out Game Setting at touch-control.
At least one proximity test unit 30, can be infrared proximity detecting unit or the detecting unit that comprises other optical pickocffs, also can be radio frequency proximity test unit, it can also be magnetic field control module, capacitive proximity detecting unit etc., but the utility model does not limit the type that approaches detecting unit.
Concrete, in the time that at least one proximity test unit 30 is infrared proximity detecting unit, at least one proximity test unit 30 comprises the first proximity test unit 301 and the second proximity test unit 302, the first proximity test unit 301 and first closely transmitter unit 401 is arranged on same side (concrete with reference to the first closely description of transmitter unit 401), and the second proximity test unit 302 settings and second closely transmitter unit are arranged on same side (concrete with reference to the second closely description of transmitter unit 402).
The first transmitter unit 401 closely, can use infrared transmitter, also can use NFC transmitter, in the utility model embodiment, take infrared transmitter as good, the characteristic of the interface docking port transmission based on Infrared Transmission is so that the first current status data is only sent to the first electronic building blocks near the first side by electronic building blocks 1000.
With reference to figure 2, what the first proximity test unit 301 was set is the first display unit 20 side abgh near first surface abcd the right during just to user with the first side of detecting unit is closely set, more accurately the first current status data of electronic building blocks 1000 is transferred to the next building blocks (i.e. the first electronic building blocks) near electronic building blocks 1000.Specifically, at the first electronic building blocks during near the side abgh at 301 places, the first proximity test unit of electronic building blocks 1000, the first proximity test unit 301 detects the range information between the first electronic building blocks and electronic building blocks 1000, obtain a testing result, the controller 50 being connected with the first proximity test unit 301 obtains the testing result of the first proximity test unit 301, in the time that controller 50 determines that according to testing result the distance of the first electronic building blocks and side abgh is less than or equal to the first predeterminable range, controller 50 generates a firing order, first firing order of transmitter unit 401 implementation controllers 50 closely, the first current status data of electronic building blocks 1000 is sent to the first electronic building blocks.After the first electronic building blocks receives the first current status data, the first electronic building blocks is carried out the first action according to the status data of the first current status data and the first electronic building blocks.Concrete, the first current status data comprises the current numbering of electronic building blocks 1000 and the current demonstration object of the first display unit 20, also comprise the current numbering of upper multiple electronic building blocks and the current demonstration object of correspondence that electronic building blocks 1000 receives, the status data of the first electronic building blocks comprises the current demonstration object of the current numbering of the first electronic building blocks and the display unit of the first electronic building blocks.
Below to the description of giving an example of the course of work of electronic building blocks 1000 in embodiment mono-.
The current demonstration object of supposing the first display unit 20 is " too ", the current demonstration object of the display unit of the first electronic building blocks is " sun ", when the first electronic building blocks is during near the side abgh of electronic building blocks 1000, the first proximity test unit 301 detects the range information of the first electronic building blocks and side abgh and sends to controller 50, controller 50 is determined when range information is less than or equal to predeterminable range, current demonstration object " too " and current numbering " 1 " are sent to the first electronic building blocks by controller 50, the first electronic building blocks receives current demonstration object " sun " and the current numbering " 1 " of electronic building blocks 1000, and carry out the first action according to the current demonstration object " sun " of the current demonstration object " too " of electronic building blocks 1000 and current numbering " 1 " and the first electronic building blocks.(in the time describing the first short distance reception unit 601, above-mentioned current numbering and the first action being explained)
Embodiment bis-
Continue to use the embodiment in above-described embodiment one, electronic building blocks 1000 also comprises: the first short distance reception unit 601, continue with reference to figure 1 and Fig. 2, the first short distance reception unit 601 is fixedly installed on the second side relative with the first side, the second side be when the first display unit 20 during just to user near the side acef on the first surface abcd left side that the first display unit 20 is set.The first short distance reception unit 601 is connected with controller 50, for receive second electronic building blocks send the second current status data, concrete, the second current status data is included in the current demonstration object of N and N the current numbering (N is positive integer) of N electronic building blocks before second electronic building blocks; Also comprise current demonstration object and the current numbering of the second electronic building blocks, so that status data and second current status data of controller 50 based on electronic building blocks 1000 carried out the first action.Concrete, status data and second current status data of controller 50 based on electronic building blocks 1000 judges whether to determine a default object.Concrete, the current numbering generating in electronic building blocks communication process that is numbered of electronic building blocks 1000, such as, electronic building blocks 1000 receives one and shows object, current being numbered " 2 " of electronic building blocks 1000, shows also to comprise an electronic building blocks before electronic building blocks 1000, and electronic building blocks 1000 receives two and shows object, the current of electronic building blocks 1000 is numbered 3, shows also to comprise two electronic building blocks before electronic building blocks 1000.
Embodiment tri-
In order to make electronic building blocks 1000 horizontally-splicedly can realize again vertical splicing realizing, thereby make the function of electronic building blocks abundanter, electronic building blocks 1000 also comprises closely transmitter unit 402, the second short distance reception unit 602, the second proximity test unit 302, the second.
The second proximity test unit 302 with second closely transmitter unit 402 be fixedly installed on three side different from the first side of building blocks housing 10, be connected with controller 50, with reference to figure 2, the 3rd side be when the first display unit 20 during just to user near the following side edfg of first surface abcd that the first display unit 20 is set, when determining according to testing result that when controller 50 distance between the 3rd side of the 3rd electronic building blocks and electronic building blocks 1000 is less than the second predeterminable range, the first current status data is sent to the 3rd electronic building blocks, so that the status data of the 3rd electronic building blocks based on the first current status data and the 3rd electronic building blocks carried out the first action.
The second short distance reception unit 602, be fixedly installed on four side different from the second side, be connected with controller 50 with reference to figure 2, the three sides be when the first display unit 20 during just to user near the following side abeh of first surface abcd that the first display unit 20 is set.The 3rd current status data sending for receiving quadrielectron building blocks, so that the status data of controller 50 based on the 3rd current status data and electronic building blocks carried out the first action.
The second proximity test unit 302, the second transmitter unit 402 closely, and the type of the second short distance reception unit 602 and above-mentioned the first proximity test unit 301, the first transmitter unit 401 closely, and the type of the first short distance reception unit 601 and operation principle identical, succinct for description, does not repeat them here.
In specific implementation process, can also be contrary with above-mentioned set-up mode, with reference to figure 2, the first proximity test unit 301 and first is set, and closely the first side of transmitter unit 401 can also be for side acfe, corresponding the second side that the first short distance reception unit 601 is set is abhg, meanwhile, arrange the second proximity test unit 302 and second closely the 3rd side of transmitter unit 402 be abef, corresponding the 4th side that the second short distance reception unit 602 is set is cdfg.
In specific implementation process, above-mentioned the first electronic building blocks, the second electronic building blocks, the 3rd electronic building blocks is the electronic building blocks identical with electronic building blocks 1000.
Electronic building blocks 1000 based in the present embodiment, in specific implementation process, controller 50, judge based on the second current status data and/or the 3rd current status data, and whether the status data of electronic building blocks 1000 can determine a default object, to determine the first action as the first son action or the second action.In the time determining a default object, carry out the first son action, while can not determine out a default object, carry out the second son action.
Continue to use above-described embodiment one, electronic building blocks 1000 in embodiment bis-or embodiment tri-, electronic building blocks 1000 also comprises audio output unit 70, at least be fixedly installed on the 5th side of building blocks housing 10, concrete, with reference to figure 2, the 5th side can be side acfe, side cdgf, side bdgh, arbitrary side in the abeh of side, preferably, shown in figure 2, the 4th side be when the first display unit 20 during just to user during near user near first surface abcd top or following side, can only be arranged on upper flank side surface abeh or lower flank side surface cdfg near first surface abcd, in other embodiments, also can audio output unit 70 be all set near flank side surface abeh on first surface abcd and following side cdfg, with reference to figure 1, audio output unit 70 is connected with controller 50, the first action that controller 50 is carried out is specially: when controller 50 is based on the second current status data and/or the 3rd current status data, and the status data of electronic building blocks 1000 is determined while presetting object, controller 50 is carried out the first son action: generate the first instruction, controller 50 is carried out the first instruction, to control the audio output unit 70 output acoustic information corresponding with default object, such as, when the default object of determining is English word, control the English equivalents of output English word, when the default object of determining is Chinese phrase, control the output Chinese pronunciations corresponding with Chinese phrase.Audio output unit 70 is also for working as controller 50 based on the second current status data and/or the 3rd current status data, and the status data of electronic building blocks 1000 is determined while presetting object, controller 50 is carried out the first instruction, to export the first information, the first information is specially: the correct prompt tone of output prompting splicing in the time determining default object.Certainly, working as controller 50 based on the second current status data and/or the 3rd current status data, and the status data of electronic building blocks 1000 be can not determine out while presetting object, controller 50 is carried out the second son action: generate the second instruction, control the wrong prompt tone of audio output unit 70 output prompting splicing, or wait for.
Embodiment tetra-
Continue to use the electronic building blocks 1000 in above-mentioned arbitrary embodiment, further, electronic building blocks 1000 also comprises at least one sensor 80, be fixedly installed in building blocks housing 10 or on the surface of building blocks housing 10, at least one sensor 80 is connected with controller 50, for detection of obtaining at least one induced signal.Specific implementation process excessively in, at least one sensor 80 of setting comprises: acceleration transducer, gyroscope, sound transducer, one or more in touch sensing.Preferably, above-mentioned acceleration transducer is set simultaneously, gyroscope, sound transducer, touch sensing.So that no matter user rocks, rotate, voice control or touch electronic building blocks 1000, electronic building blocks all can be identified user action, induced signal detected, and controller 50 switches the current demonstration object of the first display unit 20 according to different induced signals.When current demonstration object on the first display unit is the first demonstration object, controller 50 receives at least one induced signal, based at least one induced signal, current demonstration object is adjusted into the second demonstration object different from the first demonstration object, to show the second demonstration object after adjusting by the first display unit 20.
Further, electronic building blocks 1000 also comprises radio-frequency communication module 90, is arranged in building blocks housing 10, radio-frequency communication module 90 can adopt bluetooth module, zigbee module, wifi module, FM modules etc., in specific implementation process, radio-frequency communication module 90 is connected with controller 50..
The first, radio-frequency communication module 90 is for upgrading demonstration object.
Second, radio-frequency communication module 90 for: when described controller 50 is based on the second current status data and/or the 3rd current status data, and the status data of electronic building blocks 1000 is while generating the first instruction while determining a default object, described the first instruction is sent to other electronic building blocks by radio-frequency communication module 90, so that described electronic building blocks and described other electronic building blocks are carried out described the first instruction, export described the first information and/or the output acoustic information corresponding with default object; Radio-frequency communication module 90 is also for upgrading demonstration object.
Can realize thus other electronic building blocks and export the acoustic information corresponding with default object or the first prompt tone with electronic building blocks 1000 simultaneously, improve user experience.
Further, electronic building blocks 1000 also comprises: coffret 100, be arranged on second efgh different from first surface abcd of building blocks housing 10, coffret 90 is connected with controller 50, be connected with external system for electronic building blocks 1000, upgrade demonstration object and dictionary in the memory module 110 of electronic building blocks 1000 by external system.
Further, electronic building blocks 1000 also comprises the conventional module of electronic product: such as memory module 110, power module (not shown) etc., are not described in detail in this.
Below with reference to Fig. 2, the structure of electronic building blocks 1000 in the utility model embodiment is described in detail.
As shown in Figure 2, the basic configuration of building blocks housing 10 can be square, cuboid, and hexahedron etc., below take building blocks housing 10 as square as example explains the structure of electronic building blocks 1000.
Building blocks housing 10 comprises the first surface abcd that the first display unit 20 is set, preferably, in order to prevent the damages to the first display unit 20 such as electronic building blocks 1000 pushes, falls, touches in children's use procedure, place, edge the first plane of first surface abcd exceeds second plane at the first display unit 20 places.In order to make the voice output of electronic building blocks 1000 unobstructed, at least be provided with penetrable sound hole 101 in the 4th side of building blocks housing 10, the side identical with the side that audio output unit 70 is set (description of concrete reference audio output unit 70) of penetrable sound hole 101 is wherein set.
Further continue with reference to figure 2, in order to prevent that building blocks housing 10 from hurting children, also comprise following 2 designs: the first, the material of building blocks housing 10 is that the softwood matter that hardness is less than default hardness number is made, such as silica gel, cortex, soft plastic etc.The second, eight summit a, b, c, d, e, f, g, h of building blocks housing 10 are fillet (not shown), and the radius of concrete fillet is determined according to the cuboid length of side of building blocks housing 10, do not done concrete restriction at this.Three, the design expansion joint (not shown) corresponding with coffret, is arranged on second efgh.
Based on same design concept, the utility model embodiment also provides a kind of electronic building blocks group, comprises M the electronic building blocks in above-mentioned arbitrary embodiment.M can be 2,3,4 etc.Electronic building blocks splicing based on describing in M above-described embodiment can be carried out multiple game mode, such as the splicing of foreign language word, and Chinese character splicing, Chinese terms splicing, Chinese idiom splicing, arithmetic, picture mosaic, China and foreign countries' intertranslation etc., splice game mode as example, with reference to figure 3, Fig. 4 take phrase below, the course of work for the electronic building blocks 1000 of multiple above-mentioned preferred embodiments is illustrated, but is not used in restriction the utility model.
With reference to figure 3, the induced signal that the controller A1 of first electronic building blocks detects based on sensors A 2 is adjusted current demonstration object for " X1 ", the induced signal that the controller B1 of second electronic building blocks detects based on sensor B2 is adjusted current demonstration object for " X2 ", and the induced signal that the controller C1 of the 3rd electronic building blocks detects based on sensor C2 is adjusted current demonstration object for " X3 ".In the time that the side that second electronic building blocks arranges infrared receiver B5 place arranges the side at A3 place, proximity test unit near first electronic building blocks, first electronic building blocks is under the control of controller A1, and " X1 " sent to second electronic building blocks by infrared emission unit A4.The infrared receiver B5 of second electronic building blocks receives " X1 " afterwards, determining that first electronic building blocks is current is numbered 1, the second electronic building blocks is current is numbered 2, the controller B1 of second electronic building blocks based on show object " X1 " " X2 " and current numbering determine " X1 " with " X2 " thus DISPLAY ORDER determine phrase " X1X2 ", controller B1 according to the phrase " X1X2 " determined judge whether with dictionary in word match, in the time of coupling, controller B1 control audio output unit B4 exports the English equivalents of English phrase.In the time not mating, audio output unit B6 output error prompt tone.In the time that the side that the 3rd electronic building blocks arranges infrared receiver A3 place arranges the side at proximity test unit B 3 places near second electronic building blocks, second electronic building blocks is under the control of controller B1, infrared emission unit B4 is by " X1 " and corresponding current numbering " 1 ", " X2 " and corresponding current numbering " 2 " send to the 3rd electronic building blocks, the infrared receiver C5 of the 3rd electronic building blocks receives " X1 " and corresponding current numbering " 1 ", the current numbering " 2 " of " X2 " and correspondence afterwards, determine that the current of the 3rd electronic building blocks is numbered 3, the controller C1 of the 3rd electronic building blocks is based on showing object " X1 " " X2 " " X3 " and current numbering definite " X1 ", " X2 " and the DISPLAY ORDER of " X3 ", thereby determine phrase " X1X2X3 ", controller C1 according to the phrase " X1X2X3 " determined judge whether with dictionary in word match, in the time matching, controller C1 controls the English equivalents of audio frequency display unit C6 output and phrase " X1X2X3 ".Control radio-frequency communication module C7 by controller C1 and notify whole electronic building blocks, make whole electronic building blocks by radio-frequency communication module reception notification separately, to export and the corresponding English equivalents of phrase " X1X2X3 " simultaneously; Audio output unit C6 output error prompt tone while coupling.
With reference to figure 4, in the time that the side that the 3rd electronic building blocks arranges infrared emission unit C4 arranges the side at infrared receiver A5 place near first electronic building blocks, when the proximity test unit C3 of the 3rd electronic building blocks detects near first electronic building blocks, the 3rd electronic building blocks is under controller C1 controls, by infrared emission unit C4, current demonstration object " X3 " is sent to first electronic building blocks, the infrared receiver A5 of first electronic building blocks receives " X3 " afterwards, what redefine the 3rd electronic building blocks is numbered 1, first electronic building blocks be numbered 2, to show that by the infrared emission unit A4 of first electronic building blocks object " X3 " sends to second electronic building blocks, the controller B1 of second electronic building blocks determines according to the numbering that shows object " X1 " " X2 " " X3 " and demonstration object the DISPLAY ORDER that shows object, thereby determine phrase " X3X1X2 ", controller B1 according to phrase " X3X1X2 " controller B1 according to the phrase " X3X1X2 " determined judge whether with dictionary in word match, in the time matching, control the audio frequency display unit B6 output English equivalents corresponding with phrase " X3X1X2 ".Meanwhile, control radio-frequency communication module B7 by controller B1 and notify whole electronic building blocks, whole electronic building blocks are exported and the corresponding English equivalents of phrase " X3X1X2 " simultaneously; While coupling, controller B1 does not carry out any action or controls the wrong prompt tone of audio output unit B6 output splicing.
The similar above-mentioned course of work, a upper electronic building blocks detects when there is another electronic building blocks on side just can be transferred to next electronic building blocks by the status data of multiple electronic building blocks in infrared transmission unit sequential delivery, no longer the workflow of follow-up electronic building blocks is repeated at this.
Below with reference to Fig. 5, take picture arrangement game as example, the electronic building blocks 1000(called after electronic building blocks A of four above-mentioned preferred embodiments, electronic building blocks B, electronic building blocks C, electronic building blocks D illustrates), wherein, electronic building blocks A, electronic building blocks B, electronic building blocks C, electronic building blocks D all operates and has determined demonstration object a based on user, b, c, d(is respectively four parts of picture mosaic), the display unit of each electronic building blocks is just to user's sight line, describe the course of work of electronic building blocks group below as an example of above-mentioned prerequisite example, but be not used in restriction the utility model.
When electronic building blocks B is during near the right flank of electronic building blocks A, when the proximity test unit inspection of electronic building blocks A right flank reaches predeterminable range to electronic building blocks B near the right flank of electronic building blocks A, status data (comprising current demonstration object " figure a ") is sent to electronic building blocks B by the infrared emission unit of electronic building blocks A right flank, the infrared receiver of electronic building blocks B left surface receives status data, the image of electronic building blocks B based on " figure a " " figure b " composition mates with the picture in picture library, the match is successful by the radio-frequency communication module notice electronic building blocks A in electronic building blocks B, make electronic building blocks A and electronic building blocks B point out splicing correct simultaneously.
When electronic building blocks C is during near the leading flank of electronic building blocks A, when the proximity test unit inspection of electronic building blocks A reaches predeterminable range to electronic building blocks C near the leading flank of electronic building blocks A, status data (comprising current demonstration object " figure a ") is sent to electronic building blocks C by the infrared emission unit of electronic building blocks A leading flank, the infrared receiver accepting state data of electronic building blocks C trailing flank, image based on " figure a " " figure c " composition mates with the picture in picture library, the match is successful by the radio-frequency communication module notice electronic building blocks A in electronic building blocks C, make electronic building blocks A and electronic building blocks C point out splicing correct simultaneously.
Further, electronic building blocks D is during as shown in Figure 5 near the leading flank of electronic building blocks B and the right flank of electronic building blocks C, when the proximity test unit inspection of electronic building blocks B leading flank reaches predeterminable range to electronic building blocks D near the leading flank of electronic building blocks B, status data (comprising current demonstration object " figure a " " figure b ") is sent to electronic building blocks D by the infrared emission unit of electronic building blocks B leading flank, and the infrared receiver of electronic building blocks D trailing flank receives status data, status data (comprising current demonstration object " figure a " " figure c ") is sent to electronic building blocks D by the infrared emission unit of electronic building blocks C right flank, the infrared receiver of electronic building blocks D left surface receives status data, electronic building blocks D " figure a " " scheming b " based on receiving " schemed c " and " the figure d " of the current demonstration of electronic building blocks D mates with the picture in picture library, if the match is successful, the radio-frequency communication module of electronic building blocks D notice electronic building blocks A, electronic building blocks B and electronic building blocks C, make four electronic building blocks prompting splicings correct (such as cheer, four display units are correct etc. with light response splicing).
Technical scheme in the utility model embodiment has following technique effect at least:
1, by being set on building blocks housing, at least one proximity test unit connects in controller, and arrange in the first side first closely transmitter unit be connected with controller, therefore in the time that at least one proximity test unit inspection arrives next electronic building blocks near the first side, by transmitter unit closely, the first current status data of electronic building blocks is sent to close next electronic building blocks, wherein, the first current status data of electronic building blocks comprises the status data that the status data of this electronic building blocks and other electronic building blocks of reception send, therefore electronic building blocks can communicate in splicing, with transmission state data between electronic building blocks, therefore, can effectively solve in building blocks type toy of the prior art between multiple building blocks can not communication and cause the technical problem of function singleness, and then last electronic building blocks can be carried out the first action according to the status data of the multiple electronic building blocks that obtain, such as, judge the word of multiple electronic building blocks combinations, whether word or Chinese idiom be correct, thereby prompting combination is correct or continue to wait for that transmission state data arrive the action of next electronic building blocks, therefore, solve building blocks type toy in prior art and be unfavorable for the technical problem operating, can make electronic building blocks be more suitable for children's operation.
2, by being set in the second side, the first short distance reception unit is connected with controller, therefore, this electronic building blocks can receive the status data of the closely transmitter unit transmitting of an electronic building blocks, can carry out the first action according to the current status data of other electronic building blocks receiving and the current status data of this electronic building blocks, therefore, arbitrary electronic building blocks can be carried out status data, accepting state data, and carry out the first action according to multiple status datas, therefore multiple electronic building blocks can be with arbitrary order splicing, improve children's operability of electronic building blocks.
3, further, the technological means that at least one sensor is connected with controller is also set, at least one induced signal that controller detects according at least one sensor is adjusted the demonstration object on the first display unit, therefore multiple electronic building blocks can show that object splices multiple objects according to adjusting, such as different English words, different Chinese phrase etc., therefore efficiently solve the single technical problem of building blocks type toy content in prior art, realize electronic building blocks game diversity, increased intelligence and the operability of electronic building blocks.
Although described preferred embodiment of the present utility model, once those skilled in the art obtain the basic creative concept of cicada, can make other change and modification to these embodiment.So claims are intended to be interpreted as comprising preferred embodiment and fall into all changes and the modification of the utility model scope.
Obviously, those skilled in the art can carry out various changes and modification and not depart from spirit and scope of the present utility model the utility model.Like this, if within of the present utility model these are revised and modification belongs to the scope of the utility model claim and equivalent technologies thereof, the utility model is also intended to comprise these changes and modification interior.
Claims (10)
1. an electronic building blocks, is characterized in that, comprising:
Building blocks housing;
The first display unit, is fixedly installed on the first surface of described building blocks housing;
At least one proximity test unit, is fixedly installed on described building blocks housing, for detection of whether existing another electronic building blocks near described electronic building blocks, obtains a testing result;
The first transmitter unit closely, is fixedly installed on the first side of described building blocks housing;
Controller, be fixedly installed in described building blocks housing, be connected with described the first display unit, for controlling the demonstration object on described the first display unit, described controller also with described at least one proximity test unit and described first closely transmitter unit be connected;
Wherein, in the time that described controller determines that according to described testing result distance between the first side of the first electronic building blocks and described electronic building blocks is less than or equal to the first predeterminable range, by described first closely transmitter unit the first current status data of described electronic building blocks is sent to described the first electronic building blocks so that described the first electronic building blocks is carried out the first action based on the status data of described the first current status data and described the first electronic building blocks.
2. electronic building blocks as claimed in claim 1, is characterized in that, described electronic building blocks also comprises:
The first short distance reception unit, be fixedly installed on second side relative with described the first side, be connected with described controller, the second current status data sending for receiving the second electronic building blocks, so that status data and described second current status data of described controller based on described electronic building blocks carried out described the first action.
3. electronic building blocks as claimed in claim 2, is characterized in that, described electronic building blocks also comprises:
The second transmitter unit closely, be fixedly installed on three side different from described the first side of described building blocks housing, be connected with described controller, when determining according to described testing result that when described controller distance between the 3rd side of the 3rd electronic building blocks and described electronic building blocks is less than the second predeterminable range, described the first current status data is sent to described the 3rd electronic building blocks, so that the status data of described the 3rd electronic building blocks based on described the first current status data and described the 3rd electronic building blocks carried out described the first action;
The second short distance reception unit, be fixedly installed on four side different from described the second side, be connected with described controller, the 3rd current status data sending for receiving quadrielectron building blocks, so that the status data of described controller based on described the 3rd current status data and described electronic building blocks carried out described the first action.
4. the electronic building blocks as described in arbitrary claim in claim 1-3, is characterized in that, described electronic building blocks also comprises:
Audio output unit, at least be fixedly installed on the 5th side of described building blocks housing, be connected with described controller, for working as described controller based on described the second current status data and/or described the 3rd current status data, and the status data of described electronic building blocks is while determining a default object, export the acoustic information corresponding with described default object and/or exports the first information.
5. electronic building blocks as claimed in claim 4, is characterized in that, described electronic building blocks also comprises:
Radio-frequency communication module, be arranged in described building blocks housing, be connected with described controller, for working as described controller based on described the second current status data and/or described the 3rd current status data, and the status data of described electronic building blocks is when determining described default object and generating the first instruction, described the first instruction is sent to other electronic building blocks, so that described electronic building blocks and described other electronic building blocks are carried out described the first instruction, export the described acoustic information corresponding with default object of described the first information and/or output; Described radio-frequency communication module is also for upgrading described demonstration object.
6. electronic building blocks as claimed in claim 4, is characterized in that, described electronic building blocks also comprises:
At least one sensor, is fixedly installed on described building blocks housing interior or surperficial upper, is connected, for detection of obtaining at least one induced signal with described controller.
7. electronic building blocks as claimed in claim 6, is characterized in that, described at least one sensor comprises: acceleration transducer, gyroscope, sound transducer, one or more in touch sensing.
8. electronic building blocks as claimed in claim 2, it is characterized in that, the material of described building blocks housing is that the softwood matter that hardness is less than a default hardness number is made, and described building blocks exceed described first display unit place the second plane in the place, edge of described first surface the first plane.
9. electronic building blocks as claimed in claim 2, is characterized in that, also comprises:
Coffret, be arranged on described building blocks housing different from described first surface second upper, be connected with described controller, be connected with external system for described electronic building blocks, upgrade described demonstration object.
10. an electronic building blocks group, is characterized in that, comprises M the electronic building blocks as described in arbitrary claim in claim 2-9, and wherein, M is more than or equal to 2 integer.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320817365.4U CN203694612U (en) | 2013-12-11 | 2013-12-11 | Electronic building block and electronic building block group |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320817365.4U CN203694612U (en) | 2013-12-11 | 2013-12-11 | Electronic building block and electronic building block group |
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| CN203694612U true CN203694612U (en) | 2014-07-09 |
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| CN201320817365.4U Expired - Fee Related CN203694612U (en) | 2013-12-11 | 2013-12-11 | Electronic building block and electronic building block group |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104383697A (en) * | 2014-11-25 | 2015-03-04 | 上海电机学院 | Electronic building block and electronic building block group |
| CN104707347A (en) * | 2013-12-11 | 2015-06-17 | 胡家安 | Electronic building block and electronic building block set |
| CN106101109A (en) * | 2016-06-16 | 2016-11-09 | 深圳市领芯者科技有限公司 | Intelligent modular system, the information mutual with TV or mobile terminal send and control method |
| CN106178543A (en) * | 2015-05-26 | 2016-12-07 | 株式会社福来多 | Intelligence block toy |
| CN109173287A (en) * | 2018-08-22 | 2019-01-11 | 业成科技（成都）有限公司 | building block |
-
2013
- 2013-12-11 CN CN201320817365.4U patent/CN203694612U/en not_active Expired - Fee Related
Cited By (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104707347A (en) * | 2013-12-11 | 2015-06-17 | 胡家安 | Electronic building block and electronic building block set |
| CN104707347B (en) * | 2013-12-11 | 2019-03-01 | 胡家安 | A kind of electronic building blocks and electronic building blocks group |
| CN104383697A (en) * | 2014-11-25 | 2015-03-04 | 上海电机学院 | Electronic building block and electronic building block group |
| CN106178543A (en) * | 2015-05-26 | 2016-12-07 | 株式会社福来多 | Intelligence block toy |
| CN106101109A (en) * | 2016-06-16 | 2016-11-09 | 深圳市领芯者科技有限公司 | Intelligent modular system, the information mutual with TV or mobile terminal send and control method |
| CN106101109B (en) * | 2016-06-16 | 2019-08-23 | 深圳市领芯者科技有限公司 | The control method of intelligent modular system, intelligent modular system |
| CN109173287A (en) * | 2018-08-22 | 2019-01-11 | 业成科技（成都）有限公司 | building block |
| CN109173287B (en) * | 2018-08-22 | 2021-06-11 | 业成科技（成都）有限公司 | Building block |
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Granted publication date: 20140709 Termination date: 20181211 |