CN104707346A - Electronic building block - Google Patents
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- CN104707346A CN104707346A CN201310675026.1A CN201310675026A CN104707346A CN 104707346 A CN104707346 A CN 104707346A CN 201310675026 A CN201310675026 A CN 201310675026A CN 104707346 A CN104707346 A CN 104707346A
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Abstract
The invention discloses an electronic building block. The electronic building block comprises a building block shell, a first display unit fixedly arranged on a first side of the building block shell and used for content display, at least one sensor fixedly arranged in or on the surface of the building block shell and used for detecting and acquiring at least one induction signal, and a controller arranged in the building block shell, respectively connected with the at least one sensor and the first display unit and used for receiving the at least one induction signal, wherein when a display object on the first display unit is a first display object, based on the at least one induction signal, the controller can adjust the display object from the first display object to a second display object which is different from the first display object and display the second display object through the first display unit.
Description
Technical field
The present invention relates to toy art, particularly relate to a kind of electronic building blocks.
Background technology
Current children's class educational toy mainly contains common building blocks, electronic building blocks two kinds.Common building blocks function singleness, as long as spell building block according to picture to risk pattern corresponding in picture; And electronic building blocks of the prior art and common building blocks function class are seemingly, only the picture of separation is risked complete picture.
But the game content on common building blocks of the prior art is fixed, therefore function singleness, and electronic building blocks function of the prior art and common building blocks similar, and do not meet child resistant feature, be not suitable for children to use, for common child user, inconvenient operation.
In a word, building blocks function singleness and inconvenient operation in prior art.
Summary of the invention
The invention provides a kind of electronic building blocks, comprising: building blocks housing; First display unit, is fixedly installed on the first surface of described building blocks housing, for displaying contents; At least one sensor, to be fixedly installed in described building blocks housing or on the surface, to obtain at least one induced signal for detecting; Controller, is arranged in described building blocks housing, is connected respectively with at least one sensor described and described first display unit, receives at least one induced signal described; Wherein, when display object on described first display unit is the first display object, described display object can be adjusted to second display object different from described first display object from described first display object based on by least one induced signal described by described controller, and by described second display object of described first display unit display.
Preferably, also comprise:
Audio output unit, at least be arranged on the first side of described building blocks housing, be connected with described controller, for when described display object is adjusted to described second display object from described first display object, export the voice data corresponding with described second display object.
Preferably, at least one sensor described comprises: acceleration transducer, gyroscope, sound transducer, one or more in touch sensing.
Preferably, described controller specifically for:
When at least based on described gyroscope determine described electronic building blocks from basic poses change to become the first attitude of the first angle value with described basic poses time, judge whether described first angle value meets an angle threshold;
When described first angle value meets described angle threshold, control to preset switching mode with corresponding with described first angle value first and switch described display object, so that described first display object is adjusted to described second display object.
Preferably, described controller specifically for:
When at least determining that described electronic building blocks moves with the first acceleration based on described acceleration transducer, judge whether described first acceleration is greater than an acceleration rate threshold;
When described first acceleration is greater than described acceleration rate threshold, controls to preset switching mode with corresponding with described first acceleration second and switch described display object, so that described first display object is adjusted to described second display object.
Preferably, described controller specifically for:
When obtaining a switching command by described sound transducer or touch panel sensor, performing described switching command, controlling to preset switching mode with the 3rd and switching described display object, so that described first display object is adjusted to described second display object.
Preferably, described controller also for:
When at least by described gyroscope determine with a preset path basic poses of described electronic building blocks is adjusted to one preset equipment attitude time, the game mode of described electronic building blocks is switched to second game mode different from described first game mode from the first game mode.
Preferably, also comprise:
Memory module, is fixedly installed in described building blocks housing, is connected with described controller, for storing game content.
Preferably, also comprise:
Communication module, is fixedly installed in described building blocks housing, is connected with described controller, for the game content of upgrading in described memory module, to upgrade described game mode and/or described display object.
Preferably, described building blocks housing exceeds described first display unit place second plane in place, edge first plane of described first surface.
Preferably, the material of described building blocks housing is that hardness is less than one and presets the softwood matter of hardness number and make.
Preferably, also comprise:
Coffret, be arranged on second different from described first surface on described building blocks housing, be connected with described controller, be connected with external system for described electronic building blocks, the game content of upgrading in described memory module, to upgrade described game mode and/or described display object.
Technical scheme in the embodiment of the present invention has following one or more technique effect:
By arranging display unit in the embodiment of the present invention, controller and at least one sensor, be connected with display unit and at least one sensor respectively by controller, the controller induced signal received from least one sensor carrys out the display object on control break display unit, therefore rock children, rotate, Voice command, touch in the process of electronic building blocks, sensor can obtain induced signal, thus according to the action of children, controller controls the display object on adjustment display unit, such as, English alphabet " A " is adjusted to English alphabet " D " and shows, Chinese character " greatly " is adjusted to " little " display etc.Therefore can effectively solve the technical problem that in prior art, the game content of building blocks is single, achieve and switch display object to obtain abundant game content according to induced signal; Obtain according to the operation that children are random the technical problem that induced signal efficiently solves child resistant inconvenience in prior art, achieve more intelligent, meet child resistant feature.
Further, arrange audio output unit to be connected with controller, the voice data corresponding with display object on display unit can be exported, such as, when display object is adjusted to English alphabet " D " from English alphabet " A " and shows, under the control of the controller, audio output unit exports the pronunciation of " D ".Therefore electronic building blocks can be made more intelligent, and game function enriches.
Further, by arranging a preset path, controller changes the game mode of the Posture exchange electronic building blocks of electronic building blocks according to preset path, more intelligent, recreational stronger.
Further, be connected with controller by arranging memory module, store game content, arrange communication module to be connected with controller, the game content can upgraded in memory module, such as, more complicated game mode and abundanter display object can be increased, therefore make electronic building blocks constantly adapt to child age and demand.
Accompanying drawing explanation
Fig. 1 is the electronic building blocks functional block diagram of the present invention one better embodiment;
Fig. 2 A to Fig. 2 E is the attitude schematic diagram of electronic building blocks in the embodiment of the present invention;
Fig. 3 A to Fig. 3 D be in the embodiment of the present invention electronic building blocks rock schematic diagram;
Fig. 4 is the stereogram of the electronic building blocks of the present invention one better embodiment.
Detailed description of the invention
By arranging display unit in the embodiment of the present invention, controller and at least one sensor, be connected with display unit and at least one sensor respectively by controller, controller receives induced signal from least one sensor to change the display object on display unit, therefore rock in the process of electronic building blocks children, acceleration transducer can obtain the induced signal rocked, thus rock according to children, controller controls the display object on adjustment display unit, such as, English alphabet " A " is adjusted to English alphabet " D " and shows, Chinese character " greatly " is adjusted to " little " display etc.Therefore the technical problem that in prior art, the game content of building blocks is single can effectively be solved, achieve and can obtain abundant game content according to induced signal switching display object, the technical problem that induced signal efficiently solves child resistant inconvenience in prior art is obtained according to the operation that children are random, achieve more intelligent, meet child resistant feature.
In order to better understand technique scheme, below in conjunction with Figure of description and concrete embodiment, technique scheme is described in detail.
Embodiments provide a kind of electronic building blocks, shown in figure 1, Fig. 1 is the electronic building blocks functional block diagram of the present invention one better embodiment, and electronic building blocks 100 comprises building blocks housing 10, first display unit 20, at least one sensor 30 and controller 40.Wherein, controller 40, be connected with at least one sensor 30 and the first display unit 20 respectively, when the display object on the first display unit 20 is the first display object, controller 40 receives at least one induced signal obtained from the arbitrary sensor at least one sensor 30; Display object can be adjusted to second display object different from the first display object from the first display object based at least one induced signal obtained from least one sensor 30 by controller 40, and shows the second display object by the first display unit 20.
First display unit 20 comprises the display object of game content for the content shown, picture such as in game process, English character, Chinese character, numeral etc., in different game modes, the display object that first display unit 20 shows is different, the first display unit 20 also for operation display interface, such as, select game mode at touch-control, carry out the operation interface of display during Game Setting.
In specific implementation process, at least one sensor 30 comprises acceleration transducer, gyroscope, sound transducer, one or more in touch sensing, is all connected with controller 40, obtains at least one induced signal for detecting.Preferably, arrange above-mentioned acceleration transducer, gyroscope, sound transducer and touch sensing are connected with controller 40 simultaneously.To make user no matter rock, rotate, Voice command or touch electronic building blocks 100, electronic building blocks 100 all can detect induced signal.
Obtain different induced signals for different sensors below, and according to different induced signals, controller 40 determines that the embodiment of corresponding switching mode is illustrated.
One, gyroscope
Gyroscope is connected with controller 40, when user rotates electronic building blocks 100, gyroscope detected electrons building blocks 100 change to the first attitude becoming the first angle value with basic poses from basic poses, obtain the first angle value or the first angular speed according to gyroscope and determine that first presets switching mode, such as, shown in figure 2A, basic poses is the content of the first display unit 20 level display upwards and on the first display unit 20 attitude parallel with horizontal reference plane with the first surface 101 of user's sight line to display unit time corresponding 20 place, shown in figure 2B ~ Fig. 2 E, first attitude is that electronic building blocks 100 (is specially left direction or right direction from basic poses to a direction, near the direction of user or the direction away from user) rotate to the attitude forming a rotation angle value with basic poses, gyroscope detects the first angle value or first angular speed of rotation.Specifically there is the following two kinds embodiment:
Embodiment one, when being the first angle value according to the induced signal of gyroscope acquisition, corresponding first presets switching mode is: in electronic building blocks 100, rotation angle value is the first default corresponding relation with switching display object speed, in electronic building blocks 100, anglec of rotation direction is the second default corresponding relation with switching display object order, thus determine and the switch speed that the first angle value mates according to the first the first angle value presetting corresponding relation and gyroscope detection, determine and the switching direction that the first angle value mates according to the first angle value that second presets corresponding relation and gyroscope detection.Such as, gyroscope detects that electronic building blocks 100 rotates to when becoming the attitude of 10 degree with basic poses from basic poses right direction, corresponding switching mode is switch a display object to the right in 1 minute, gyroscope detects electronic building blocks 100 from basic poses to right rotation to when becoming the attitude of 20 degree with basic poses, corresponding switching mode is 0.5 minute display object to the right, when such as gyroscope detects the attitude that electronic building blocks 100 spends from basic poses to anticlockwise to 10 again, corresponding switching mode is within 1 minute, switch a display object left (above-mentioned data are only for illustrating, the numeral setting of switch speed need not be limited).
Further, controller 40 is according to from gyrostatic first angle value, judge whether the first angle value is greater than an angle threshold, when the first angle value is greater than this angle threshold, control to preset switching mode with corresponding with the first angle value first and switch display object, so that the first display object is adjusted to the second display object.
Such as, angle threshold can be the self-defining angle value of developer, it is 30 degree for angle threshold, when gyroscope detects that electronic building blocks 100 changes to from basic poses the first attitude becoming the first angle value with basic poses, controller 40 judges whether the first angle value is greater than 30 degree, if the first angle value is greater than 30 degree, controller 40 responds the rotating operation of user, with the switching display object speed corresponding with the first angle value with switch display object direction and switch display object on the first display unit 20; If the first angle value is not more than 30 degree, then do not respond the rotating operation of user.Thus, the display object any switching laws on the first display unit 20 can be avoided and the problem of the display object determined can not be shown, improve the Experience Degree of user.
Embodiment two, when being the first angular speed according to the induced signal of gyroscope acquisition, corresponding first presets switching mode is: in electronic building blocks 100, angular speed is the 3rd default corresponding relation with switching display object speed, angular speed is the 4th preset relation with switching display object order, thus when gyroscope determination electronic building blocks 100 changes to from basic poses the first attitude becoming the first angle value with basic poses, according to the first angular speed detected with gyroscope, and the 3rd presets corresponding relation, 4th preset that corresponding relation determines with the switch speed of the first angular rate matching and switching direction.
Further, controller 40 judges whether the first angle value is greater than an angle threshold, when the first angle value is greater than this angle threshold, controller 40 is according to from gyrostatic first angular speed, control to preset switching mode with corresponding with the first angular speed first and switch display object, so that the first display object is adjusted to the second display object.Wherein, angle threshold is identical with the set-up mode in above-mentioned embodiment one.Embodiment two still can be avoided display object any switching laws on the first display unit 20 and can not show the problem of the display object determined thus, improves the Experience Degree of user.
Two, acceleration transducer
Angular-rate sensor is connected with controller 40, when user rocks electronic building blocks 100, acceleration transducer obtains and rocks signal, according to the first acceleration rocking the movement of signal determination electronic building blocks 100, controller 40 is determined to preset switching mode with second of the first acceleration object according to the size parameter of the first acceleration and directioin parameter.Such as, shown in figure 3A-Fig. 3 D, electronic building blocks 100 (is specially left direction or right direction to a direction, near the direction of user or the direction away from user) parallel when rocking, acceleration transducer obtains the first corresponding acceleration, controller 40 determines according to the directioin parameter of the first acceleration the transfer sequence (switch forward or switch backward) switching display object, determines according to the size parameter of the first acceleration the switch speed switching display object.
Further, controller 40 is preset switching mode according to the actuated signal control carrying out acceleration sensor with corresponding with the first acceleration second and is switched display object, so that the first display object is adjusted to the second display object, in specific implementation process, one acceleration rate threshold can be set, when controller 40 is according to the first acceleration carrying out acceleration sensor, judge whether the first acceleration is greater than acceleration rate threshold, if the first acceleration is greater than acceleration rate threshold, response user rocks operation, the display object on the first display unit 20 is switched with the corresponding with the first acceleration second default switching mode, if the first acceleration is not more than acceleration rate threshold, then what do not respond user rocks operation, can filter slight electronic building blocks 100 thus and rock, and avoids weak vibrations that the display object on the first display unit 20 is switched, improves user experience.
Three, sound transducer
Sound transducer is specially microphone (such as: MEMS microphone), be connected with controller 40, for gathering acoustic information, identify whether the acoustic information gathered is special sound switching command, such as, the voice switching command preset can be " upper one ", " next one " etc., when collecting special sound handover information, controller 40 generates corresponding voice switching command.
Four, touch sensing
Touch sensing can for being arranged on condenser type on the first display unit 20 or pressure type sensor, and namely the first display unit 20 is touch-screen, and touch sensing also can for being arranged on the sensor that touch key-press is arranged.When user performs slide in touch-display unit, controller 40 generates corresponding touch-control switching command.Further, control to switch display object, so that the first display object is adjusted to the second display object with voice switching command.
Electronic building blocks 100 also comprises audio output unit 50, and audio output unit 50 is at least arranged on the first side of building blocks housing 10, and preferably, the first side is when the first display unit 20 is just to user, near first surface 101 top or following side.Concrete, audio output unit 50 only can be arranged on first surface 101 top or following side, also be arranged on the bottom and upper segment of first surface 101 simultaneously, the audio output unit 50 arranged is connected with controller 40, under the control of the controller 40, when display object is adjusted to the second display object from the first display object, export the voice data corresponding with the second display object.
Further, in specific implementation process, controller 40 also for: when at least determining, with a preset path, the basic poses of described electronic building blocks 100 is adjusted to a preset posture by gyroscope, the game mode of electronic building blocks 100 is switched to second game mode different from described first game mode from the first game mode.Such as switch to Chinese character pattern from English character game mode, be switched to picture game mode etc. from numbers game pattern.
In one embodiment, electronic building blocks 100 also comprises memory module 60 and communication module 70, and memory module 60 is fixedly installed in building blocks housing 10, being specifically as follows SD card, TF card, also can be Flash, the storage mediums such as OTP, EEPROM, SSD are connected with controller 40, memory module 60 is for storing game content, and the concrete game content stored comprises games, the picture in different game mode, character library, dictionary, English character, English word and audio file etc.; Communication module 70, is fixedly installed in building blocks housing 10, is connected with controller 40, for the game content of upgrading in memory module 60, to upgrade game mode and/or display object, specifically preferably, communication module 70 is wireless communication module, such as, bluetooth module can be adopted, zigbee module, wifi module, FM modules etc., with the upgrading of more convenient electronic building blocks 100.
In another embodiment, electronic building blocks 100 also comprises coffret 80, is arranged on second (not shown) different from first surface 101 of building blocks housing 10, preferably, second is the face relative with first surface, is connected, is connected for electronic building blocks 100 with external system with controller 40, game content in upgrading memory module 60, to upgrade game mode and/or display object, concrete, coffret 80 can use USB interface, also 20pin interface can be used, contact interface etc.
In specific implementation process, coffret 80 and wireless communication module can be comprised simultaneously, also can only include coffret 80 or wireless communication module.In specific implementation process, electronic building blocks 100 also comprises the conventional modules of electronic product, such as power module, for powering to above-mentioned modules, power module is specifically as follows disposable dry cell, can be rechargeable battery, succinct in order to description, is not described in detail in this.
Below with reference to Fig. 4, the structure of electronic building blocks 100 is described in detail, Fig. 4 is the stereogram of electronic building blocks in the present invention one better embodiment, the basic configuration of building blocks housing 10 can be square, cuboid, hexahedron etc. is that the structure of square to electronic building blocks 100 explains for building blocks housing 10 below.
Building blocks housing 10 comprises first surface 101, and the first display unit 20 is arranged on first surface 101.Preferably, the damages to the first display unit 20 such as extruding in children's use procedure to prevent electronic building blocks 100, falling, touch, place, edge first plane arranging first surface 101 exceeds second plane at the first display unit 20 place.At least the first side of building blocks housing 10 is provided with penetrable sound hole 102, the side identical with the side arranging audio output unit 50 (description of concrete reference audio output unit 50) of penetrable sound hole 102 is wherein set.
Further continuation, with reference to figure 4, in order to prevent building blocks housing 10 from hurting children, also comprises following 2 designs: the first, and 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 angles of building blocks housing 10 are fillet (not shown), and the radius of concrete each fillet is determined according to the square length of side of building blocks housing 10, does not do concrete restriction at this.Three, the expansion joint (not shown) that design is corresponding with coffret 80.
Below based at least comprising building blocks housing 10, first display unit 20, at least one sensor 30, the electronic building blocks 100 of controller 40 and audio output unit 50 is example, the course of work of the electronic building blocks 100 in the present embodiment is explained, but is not used in restriction the present invention.
In a game mode game process, when user rocks, rotate, when touch-control or acoustic control, at least one corresponding sensor 30 obtains induced signal, induced signal is transferred to controller 40 by the sensor obtaining induced signal, display object on first display unit 20 is adjusted to the second display object from the first display object according at least one induced signal obtained by controller 40, and show the second display object by the first display unit 20, export the acoustic information corresponding with the second display object by audio output unit 50.
Specifically, such as, when electronic building blocks 100 is in English game pattern, on first display unit 20, current display object is English character " E ", when user changes electronic building blocks 100 to attitude as shown in Figure 2 B, the induced signal that controller 40 obtains is the angular velocity information of gyroscope transmission, display object is switched with the transfer sequence of corresponding " E-D-C-B-A ... ", when user is again from pose recovery as shown in Figure 2 B to basic poses as shown in Figure 2 A, controller 40 controls to stop switching display object, controller 40 is adjusted to the second display object and is presented on the first display unit 20, such as, the display object be presented on the first display unit 20 is adjusted to the second display object " I " by the first display object " E ", controller 40 controls the English equivalents that audio output unit 50 exports " I ".
Such as, when electronic building blocks 100 is at Chinese game mode, the such as current display object of the first display unit 20 be Chinese " on ", user shakes trend when rocking electronic building blocks 100 near the direction of user, the induced signal that controller 40 obtains is the acceleration information of acceleration transducer transmission, controller adjusts current display object according to acceleration information, user is when stopping is rocked, controller 40 from the first display object " " be adjusted to the second display object (such as D score) and be presented on the first display unit 20, when the second display object D score is presented on the first display unit 20, controller 40 controls audio output unit 50 and exports the Chinese pronunciations corresponding with D score,
Again such as, when electronic building blocks 100 is at picture game mode, such as the current display object of the first display unit 20 is picture " banana ", user is in the first display unit 20(touch-display unit) on when sliding to the right, the induced signal that controller 40 obtains is the slip information of touch sensing transmission, controller is according to slip information, picture " banana " being adjusted to backward the second display object (being such as apple) is presented on the first display unit 20, when the second display object " apple " is presented on the first display unit 20, controller 40 controls audio output unit 50 and exports the Chinese pronunciations corresponding with " apple " or English equivalents.
For another example, when electronic building blocks 100 is at English word game mode, such as the current display object of current first display unit 20 is English word Tiger, user input voice information is " English ", controller 40 is according to microphone identification voice messaging, Chinese word language being adjusted to the second display object " tigar " is presented on the first display unit 20, when the second display object " tigar " is presented on the first display unit 20, audio output unit 50 exports the English equivalents corresponding with English word " tigar ".
Multiple technical schemes in above-described embodiment at least have following technique effect:
By arranging display unit in the embodiment of the present invention, controller and at least one sensor, be connected with display unit and at least one sensor respectively by controller, the controller induced signal received from least one sensor carrys out the display object on control break display unit, therefore rock children, rotate, Voice command, touch in the process of electronic building blocks, sensor can obtain induced signal, thus according to the action of children, controller controls the display object on adjustment display unit, such as, English alphabet " A " is adjusted to English alphabet " D " and shows, Chinese character " greatly " is adjusted to " little " display etc.Therefore can effectively solve the technical problem that in prior art, the game content of building blocks is single, achieve and switch display object to obtain abundant game content according to induced signal; Obtain according to the operation that children are random the technical problem that induced signal efficiently solves child resistant inconvenience in prior art, achieve more intelligent, meet child resistant feature.
Further, arrange audio output unit to be connected with controller, the voice data corresponding with display object on display unit can be exported, such as, when display object is adjusted to English alphabet " D " from English alphabet " A " and shows, under the control of the controller, audio output unit exports the pronunciation of " D ".Therefore electronic building blocks can be made more intelligent, and game function enriches.
Further, by arranging a preset path, controller changes the game mode of the Posture exchange electronic building blocks of electronic building blocks according to preset path, more intelligent, recreational stronger.
Further, be connected with controller by arranging memory module, store game content, arrange communication module to be connected with controller, the game content can upgraded in memory module, such as, more complicated game mode and abundanter display object can be increased, therefore make electronic building blocks constantly adapt to child age and demand.
Although describe the preferred embodiments of the present invention, those skilled in the art once obtain the basic creative concept of cicada, then can make other change and amendment to these embodiments.So claims are intended to be interpreted as comprising preferred embodiment and falling into all changes and the amendment of the scope of the invention.
Obviously, those skilled in the art can carry out various change and modification to the present invention and not depart from the spirit and scope of the present invention.Like this, if these amendments of the present invention and modification belong within the scope of the claims in the present invention and equivalent technologies thereof, then the present invention is also intended to comprise these change and modification.
Claims (11)
1. an electronic building blocks, is characterized in that, comprising:
Building blocks housing;
First display unit, is fixedly installed on the first surface of described building blocks housing, for displaying contents;
At least one sensor, to be fixedly installed in described building blocks housing or on the surface, to obtain at least one induced signal for detecting;
Controller, is arranged in described building blocks housing, is connected respectively with at least one sensor described and described first display unit, receives at least one induced signal described;
Wherein, when display object on described first display unit is the first display object, described display object can be adjusted to second display object different from described first display object from described first display object based at least one induced signal described by described controller, and by described second display object of described first display unit display.
2. electronic building blocks as claimed in claim 1, is characterized in that, also comprise:
Audio output unit, at least be arranged on the first side of described building blocks housing, be connected with described controller, for when described display object is adjusted to described second display object from described first display object, export the voice data corresponding with described second display object.
3. electronic building blocks as claimed in claim 1, it is characterized in that, at least one sensor described comprises: acceleration transducer, gyroscope, sound transducer, one or more in touch sensing.
4. electronic building blocks as claimed in claim 3, is characterized in that, described controller specifically for:
When at least based on described gyroscope determine described electronic building blocks from basic poses change to become the first attitude of the first angle value with described basic poses time, judge whether described first angle value is greater than an angle threshold;
When described first angle value is greater than described angle threshold, controls to preset switching mode with corresponding with described first angle value first and switch described display object, so that described first display object is adjusted to described second display object.
5. electronic building blocks as claimed in claim 3, is characterized in that, described controller specifically for:
When at least determining that described electronic building blocks moves with the first acceleration based on described acceleration transducer, judge whether described first acceleration is greater than an acceleration rate threshold;
When described first acceleration is greater than described acceleration rate threshold, controls to preset switching mode with corresponding with described first acceleration second and switch described display object, so that described first display object is adjusted to described second display object.
6. electronic building blocks as claimed in claim 3, is characterized in that, described controller specifically for:
When obtaining a switching command by described sound transducer or touch panel sensor, performing described switching command, controlling to preset switching mode with the 3rd and switching described display object, so that described first display object is adjusted to described second display object.
7. the electronic building blocks as described in claim arbitrary in claim 3-6, is characterized in that, described controller also for:
When at least determining, with a preset path, the basic poses of described electronic building blocks is adjusted to a preset posture by described gyroscope, the game mode of described electronic building blocks is switched to second game mode different from described first game mode from the first game mode.
8. electronic building blocks as claimed in claim 7, is characterized in that, also comprise:
Memory module, is fixedly installed in described building blocks housing, is connected with described controller, for storing game content;
Communication module, is fixedly installed in described building blocks housing, is connected with described controller, for the game content of upgrading in described memory module, to upgrade described game mode and/or described display object.
9. electronic building blocks as claimed in claim 7, it is characterized in that, described building blocks housing exceeds described first display unit place second plane in place, edge first plane of described first surface.
10. electronic building blocks as claimed in claim 7, is characterized in that, the material of described building blocks housing is that hardness is less than the softwood matter presetting hardness number and makes.
11. electronic building blocks as claimed in claim 8, is characterized in that, also comprise:
Coffret, be arranged on second different from described first surface on described building blocks housing, be connected with described controller, be connected with external system for described electronic building blocks, the game content of upgrading in described memory module, to upgrade described game mode and/or described display object.
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| CN107982934A (en) * | 2017-12-29 | 2018-05-04 | 深圳市康柏特科技开发有限公司 | Wireless telecommunications electronic building blocks |
| CN108031130A (en) * | 2017-12-29 | 2018-05-15 | 南京乾纬智能科技有限公司 | Electronic building blocks positive and negative identification method based on gravity |
| CN109173287A (en) * | 2018-08-22 | 2019-01-11 | 业成科技（成都）有限公司 | building block |
| WO2019041926A1 (en) * | 2017-08-29 | 2019-03-07 | 深圳小西科技有限公司 | Word spelling main unit, character module, and word spelling system |
| CN109491582A (en) * | 2017-09-13 | 2019-03-19 | 施政 | A kind of dynamic user interface system of elements |
| CN109985402A (en) * | 2017-12-29 | 2019-07-09 | 南京乾纬智能科技有限公司 | Electronic building blocks front and back sides identification method based on illumination |
| CN110960867A (en) * | 2018-09-29 | 2020-04-07 | 北京搜狗科技发展有限公司 | Equipment, splicing system and data processing method |
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| CN102614658A (en) * | 2011-01-29 | 2012-08-01 | 无锡爱睿芯电子有限公司 | Interactive electronic building block system |
| CN203196340U (en) * | 2013-02-24 | 2013-09-18 | 无锡爱睿芯电子有限公司 | Electronic modular system |
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Cited By (9)
| Publication number | Priority date | Publication date | Assignee | Title |
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| WO2019041926A1 (en) * | 2017-08-29 | 2019-03-07 | 深圳小西科技有限公司 | Word spelling main unit, character module, and word spelling system |
| CN109491582A (en) * | 2017-09-13 | 2019-03-19 | 施政 | A kind of dynamic user interface system of elements |
| CN107982934A (en) * | 2017-12-29 | 2018-05-04 | 深圳市康柏特科技开发有限公司 | Wireless telecommunications electronic building blocks |
| CN108031130A (en) * | 2017-12-29 | 2018-05-15 | 南京乾纬智能科技有限公司 | Electronic building blocks positive and negative identification method based on gravity |
| CN109985402A (en) * | 2017-12-29 | 2019-07-09 | 南京乾纬智能科技有限公司 | Electronic building blocks front and back sides identification method based on illumination |
| 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 |
| CN110960867A (en) * | 2018-09-29 | 2020-04-07 | 北京搜狗科技发展有限公司 | Equipment, splicing system and data processing method |
| CN110960867B (en) * | 2018-09-29 | 2021-09-10 | 北京搜狗智能科技有限公司 | Equipment, splicing system and data processing method |
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