CN208819395U

CN208819395U - A kind of intelligent interactive learning machine and its system

Info

Publication number: CN208819395U
Application number: CN201820318488.6U
Authority: CN
Inventors: 薛文武; 周月利
Original assignee: Anhui Chenguang Electronic Technology Co Ltd
Current assignee: Anhui Chenguang Electronic Technology Co Ltd
Priority date: 2018-03-08
Filing date: 2018-03-08
Publication date: 2019-05-03
Anticipated expiration: 2028-03-08

Abstract

The utility model discloses a kind of intelligent interactive learning machine and systems, it is used to read the slave of the different label cards with unique electronic code including at least one, the host with slave intelligent connecting and for playing the corresponding interactive information of label card and controlling for interactive operation.By at least one slave of host intelligent connecting, host and slave and slave pass through splicing module between each other and quickly splice fixation the utility model, and are realized and communicated to connect by communication module.When slave reads unique electronic code of label card, it is sent to host by communication module, host reads interactive information corresponding with the unique electronic code of label card, and is played out, realize the broadcasting etc. of interactive information, need replacing interactive information carry out amusement study when, only corresponding label card need to be placed on slave, it is easy to operate, it is abundant in content, interest is strong, can give full play to the manipulative ability of children, the inspiring of creativity.

Description

A kind of intelligent interactive learning machine and its system

Technical field

The utility model relates to intelligence learning technical field more particularly to a kind of intelligent interactive learning machine and its systems.

Background technique

With two tire policy of China gradually deeply implement and children's early education theory it is universal, thousands upon thousands parents put into A large amount of manpower and financial resources carries out early education to child.In China, most of parents take the traditional education such as oral, gesture, caricature Mode carries out Cognitive education to child.Because the age is small, in the world that child recognizes also in one, to dynamic things ratio around It is interested.

Traditional children education tool is mainly the religion that child and primary school period are carried out in a manner of high-quality card, wall built-up paper etc. It educates, but cannot actively make a speech and fixed form method is difficult to lift the power of the interest of children and Active Learning.And it is traditional Learning machine is mainly flat, and display screen be easy to cause the visual impairment of children, and learning Content is also fixation, according to Existing content carries out, and can not cultivate the manipulative ability and creativity of children.

Summary of the invention

The technical problem to be solved by the present invention is in view of the above drawbacks of the prior art, it is mutual provide a kind of intelligence Dynamic learning machine and system.

The technical scheme adopted by the utility model to solve the technical problem is as follows: providing a kind of intelligent interactive learning machine, wrap At least one is included for reading slave of the different label cards with unique electronic code, and slave intelligent connecting and is used for Play the corresponding interactive information of unique electronic code of label card and the host of interactive operation control.

Preferably, the host includes host shell, setting is used in host shell side wall and slave carries out splicing fixation Host splicing module, the control device in host shell for control is set, be connected with control device be used for and slave into The host computer communication module of row communication is connected with control device for storing the memory module of interactive information, being connected with control device The corresponding interactive information of label card for reading to slave carries out the voice broadcast module of voice broadcast, is connected with control device Be connected the power supply mould powered for giving the slave of host intelligent connecting for the power module of power supply and with control device Block.

Preferably, the host further includes the channel radio being connected with control device for carrying out wireless communication with intelligent terminal Letter module, being connected with control device indicates for the host key of interactive operation, the host being used to indicate that is connected with control device Lamp, be connected the USB interface for transmitting and charging for data with control device and power module；Host key includes and control device Be connected the host service function key being connected for the host switch key of switch and with control device for interactive operation.

Preferably, the slave includes that slave shell, setting are used for and host or others in four side walls of slave shell Slave carries out the fixed slave splicing module of splicing, the microcontroller in slave shell for control is arranged in, with microcontroller Be connected unique electronic code for reading different label cards read module, be connected with microcontroller be used for and host or Slave communication module that other slaves are communicated, be connected with microcontroller for power management power management module, with The connected slave indicator light being used to indicate of microcontroller, the slave key being connected with microcontroller for interactive operation control.

Preferably, the slave communication module be arranged in four side walls of slave shell for and host host computer communication module Or the slave communication module of other slaves is communicated；Power management module includes that setting is used in four side walls of slave shell From the power supply module of host by electricity or to the power management module of other slaves power by electric module.

Preferably, the host computer communication module and power supply module are that the host POGO PIN of the side wall of host is arranged in connect Device, host POGO PIN connector are the POGO PIN connector of base.

Preferably, four side walls of the slave are disposed with the first POGO PIN connector, the 2nd POGO PIN connects Connect device, the 3rd POGO PIN connector and the 4th POGO PIN connector；First POGO PIN connector and the 2nd POGO PIN Connector is the POGO PIN connector of male seat；3rd POGO PIN connector and the 4th POGO PIN connector are base POGO PIN connector；First POGO PIN connector, the 2nd POGO PIN connector, the 3rd POGO PIN connector and the 4th POGO PIN connector includes slave communication module and by electric module.

Preferably, the port of the host POGO PIN connector is followed successively by the port GND, the port TX_COM, the end RX_COM Mouth, the port COM_ACK, the port TX, the port RX and vdd terminal mouth；First POGO PIN connector and the 2nd POGO PIN connector Port be followed successively by the port GND, the port RX_COM, the port TX_COM, the port COM_ACK, the port RX, the port TX and vdd terminal mouth； The port of 3rd POGO PIN connector and the 4th POGO PIN connector is followed successively by vdd terminal mouth, the port RX, the port TX, COM_ The port ACK, the port RX_COM, the port TX_COM and the port GND.

Preferably, the host splicing module is with host POGO PIN connector the first of the same side wall of host shell Magnet；Slave splicing module be arranged in four side walls of slave shell for and host host splicing module or others slave Slave splicing module carry out the second fixed magnet of splicing.

Preferably, the slave splicing module is the second magnet that the synonyms pole of slave opposing case face side wall is arranged in.

Preferably, the label card include it is multiple have sole electrons coding learning card and/or at least one have The liaison card of unique electronic code；The electronic code of learning card corresponds to the unique interactive information being stored in host, even The electronic code of card reading corresponds to the liaison order for liaison control being stored in host；When slave reads learning card When, unique electronic code of learning card is sent to host, host plays the corresponding interactive information of electronic code；When from machine-readable When getting liaison card, unique electronic code of liaison card is sent to host, host reads the corresponding liaison life of electronic code Unique electronic code that multiple slaves read the multiple learning cards arranged side by side with liaison card is enabled and then controlled, and multiple electronics are compiled The corresponding interactive information of code carries out liaison broadcasting.

Preferably, the learning card of the label card and liaison card are the RFID card piece encoded with sole electron；Read mould Block is the RFID reader encoded for reading the sole electron of RFID card piece.

Preferably, the RFID card piece successively includes that surface printing has the card cover of the corresponding picture of interactive information, sets It is equipped with the RFID chip and flexible glue magnet of unique electronic code；Slave key is arranged in slave case top；Slave key Upper surface is provided with the receiving coil and the iron hoop fixed with the flexible glue magnet magnetic of RFID card piece of RFID reader.

The utility model also provides a kind of intelligent interaction learning system, including at least one slave as described above, with Slave intelligent connecting and for play interactive information and interactive operation control host and it is multiple and different for slave read and Label card with unique electronic code；Wherein, the label card includes the learning card of multiple sole electron codings having And/or at least one liaison card with unique electronic code；The electronic code of the learning card, which corresponds to, is stored in host In unique interactive information, the electronic code of the liaison card corresponds to the liaison for liaison control being stored in host Order；When slave reads learning card, unique electronic code of learning card is sent to host, host plays electronic code Corresponding interactive information；When slave reads liaison card, unique electronic code of liaison card is sent to host, host is read It takes the corresponding liaison order of electronic code and then controls the electronic code of slave reading and the concatenated multiple learning cards of liaison card, and Liaison broadcasting is carried out to the corresponding interactive information of multiple electronic codes.

The technical solution for implementing the utility model intelligent interactive learning machine, has the following advantages that or the utility model has the advantages that this is practical The novel slave by host intelligent connecting, host and slave and slave pass through splicing module between each other and quickly splice fixation, And it is realized and is communicated to connect by communication module.When slave reads unique electronic code of label card, pass through communication module It is sent to host, host reads interactive information corresponding with the unique electronic code of label card, and is played out, and realizes mutual Corresponding label card need to be only placed on slave when needing replacing interactive information and carrying out amusement study by the broadcasting etc. of dynamic information Upper, easy to operate, abundant in content, interest is strong, can give full play to the manipulative ability of children, the inspiring of creativity.

Detailed description of the invention

It, below will be to required in embodiment description in order to illustrate more clearly of the technical solution of the utility model embodiment The attached drawing used is briefly described, it is therefore apparent that and the drawings in the following description are merely some embodiments of the present invention, For those of ordinary skill in the art, without creative efforts, it can also be obtained according to these attached drawings Other attached drawings, in attached drawing:

Fig. 1 is the schematic diagram of the utility model intelligent interaction learning system embodiment；

Fig. 2 is the host module schematic diagram of the utility model intelligent interactive learning machine embodiment；

Fig. 3 is the slave module diagram of the utility model intelligent interactive learning machine embodiment；

Fig. 4 is the main machine structure schematic diagram of the utility model intelligent interactive learning machine embodiment；

Fig. 5 is the slave structural schematic diagram of the utility model intelligent interactive learning machine embodiment；

Fig. 6 is the POGO PIN connector schematic diagram of the slave of the utility model intelligent interactive learning machine embodiment；

Fig. 7 is the label card schematic diagram of the utility model intelligent interactive learning machine embodiment；

Fig. 8 is the intelligent interaction learning method flow diagram of the utility model intelligent interactive learning machine embodiment；

Fig. 9 is the liaison process signal of the intelligent interaction learning method of the utility model intelligent interactive learning machine embodiment Figure；

Figure 10 is the step S104 process of the intelligent interaction learning method of the utility model intelligent interactive learning machine embodiment Schematic diagram；

Figure 11 is that the step S0 process of the intelligent interaction learning method of the utility model intelligent interactive learning machine embodiment is shown It is intended to；

Figure 12 is the verbal learning process of the intelligent interaction learning method of the utility model intelligent interactive learning machine embodiment Schematic diagram；

Figure 13 is the phonetic liaison process of the intelligent interaction learning method of the utility model intelligent interactive learning machine embodiment Schematic diagram；

Figure 14 is the Chinese character liaison process of the intelligent interaction learning method of the utility model intelligent interactive learning machine embodiment Schematic diagram；

Figure 15 is that the phonetic list of the intelligent interaction learning method of the utility model intelligent interactive learning machine embodiment reads process Schematic diagram；

Figure 16 is the English study process of the intelligent interaction learning method of the utility model intelligent interactive learning machine embodiment Schematic diagram；

Figure 17 is the alphabetical liaison process of the intelligent interaction learning method of the utility model intelligent interactive learning machine embodiment Schematic diagram；

Figure 18 is that the word list of the intelligent interaction learning method of the utility model intelligent interactive learning machine embodiment reads process Schematic diagram；

Figure 19 is the mathematical studying process of the intelligent interaction learning method of the utility model intelligent interactive learning machine embodiment Schematic diagram；

Figure 20 is the digital liaison process of the intelligent interaction learning method of the utility model intelligent interactive learning machine embodiment Schematic diagram；

Figure 21 is that the formula of the intelligent interaction learning method of the utility model intelligent interactive learning machine embodiment judges process Schematic diagram；

Figure 22 is the LEARNING SHOULD BE FUN process of the intelligent interaction learning method of the utility model intelligent interactive learning machine embodiment Schematic diagram.

Specific embodiment

In order to make the purpose of the utility model, technical solutions and advantages more clearly understood, what be will be described below is various Embodiment will refer to corresponding attached drawing, these attached drawings constitute a part of embodiment, and which describe realize that this is practical new The various embodiments that type may use.It should be appreciated that other embodiments also can be used, or embodiment enumerated herein is carried out Modification structurally and functionally, without departing from the scope of the utility model and essence.

Embodiment one

As shown in figs. 1-7, the utility model provides a kind of intelligent interactive learning machine embodiment, including at least one is used to read The slave 200 for taking the different label cards 300 with unique electronic code, with 200 intelligent connecting of slave and for playing mark The corresponding interactive information of unique electronic code of label card 300 and the host 100 of interactive operation control.Specifically, working as slave 200 When reading unique electronic code of label card 300, host 100 is then read and unique electronic code pair of label card 300 The interactive information answered, and played out and/or interacted.

More specifically, the interactive information is stored in host 100, which can pass through intelligent terminal, electricity Brain etc. is prestored or is updated in host 100, which can be verbal learning information, mathematical studying information, English Learning information and/or happy entertainment information etc..Label card 300 includes the learning card 301 of multiple sole electron codings having And/or at least one liaison card 302 with unique electronic code；Wherein, the electronic code of learning card 301 corresponds to storage Unique interactive information in host, the electronic code of liaison card 302, which corresponds to, is stored in controlling in host for liaison Liaison order.

In the present embodiment, slave 200, should in key or when having adjacent slave 200 to send wake-up signal Slave 200 starts card reading program, and when slave 200 reads learning card 301, unique electronic code of learning card 301 is sent out It send to host 100, host 100 plays the corresponding interactive information of the electronic code.Specifically, when user's operation slave 200 is read When the learning card 301 being placed on the slave 200, slave 200 reads unique electronic code of the learning card 301, and should Electronic code is sent to host 100, and host 100 identifies the electronic code, and transfers the corresponding interactive information of the electronic code, and Carry out display broadcasting.

In the present embodiment, when slave 200 reads liaison card 302, unique electronic code of liaison card 302 is sent out It send to host 100, host 100 reads the corresponding liaison order of electronic code and then controls multiple slaves 200 and reads and liaison card Unique electronic code of 302 multiple learning cards 301 arranged side by side, and liaison is carried out to the corresponding interactive information of multiple electronic codes It plays.Specifically, when a certain reading of slave 200 of user's operation is placed on the liaison card 302 on the slave 200, the slave 200 Unique electronic code of the liaison card 302 is sent to host 100, host 100 control near a certain slave 200 it is multiple its His slave 200 reads the learning card 301 being placed on it, each learning card 301 that multiple others slaves 200 are read Electronic code be sent to host 100, the corresponding interactive information of multiple electronic codes is carried out liaison broadcasting by host 100.More Specifically, multiple others slaves 200 can connect with a certain slave 200 and arrange for one, also can be set at a certain slave 200 weeks Enclose, for example, multiple others slaves 200 positioned at a certain slave 200 and host 100 between, can also be located at a certain slave 200 and The opposite direction position of host 100.

It for example, for convenience, will be close with host 100 when host 100 is serially connected with 4 slaves 200 Slave 200 is successively defined as the first slave, the second slave, third slave, the 4th slave, and learning card is placed in the first slave, The learning Content of the learning card is " x ", and learning card is placed in the second slave, and the learning Content of the learning card is " i ", third from Learning card is placed in machine, and the learning Content of the learning card is " ao ", and liaison card is placed in the 4th slave；When pressing the 4th from When the liaison card of machine, host 100 controls the first slave, the second slave and third slave and reads corresponding learning card, and to reading The content arrived carries out liaison broadcasting, such as " xiao ", and so on.

Likewise, the interactive information of multiple slaves 200 may be set to be a kind of control instruction, such as the first slave Practise content be "upper", the second slave learning Content be "lower", the learning Content of third slave is " left side ", the study of the 4th slave Content be " right side ", and then can be used as simple remote control be used for control intelligent terminal, the intelligent terminal can be remote-control toy or The APP composition of the equipment such as person and plate, mobile phone, which interact, to be recognized and control system etc..

In the present embodiment, host 100 includes that host shell 101, setting are used for and slave in 101 side wall of host shell 200 carry out the fixed host splicing module 102 of splicing, be arranged in control device 103 in host shell 101 for control, with Control device 103 be connected host computer communication module 104 for being communicated with slave 200, be connected for depositing with control device 103 The memory module 105 for storing up interactive information, the label card 300 being connected with control device 103 for reading to slave 200 are corresponding mutually Dynamic information carries out the voice broadcast module 106 of voice broadcast, be connected with control device 103 for power supply power module 107, with And the power supply module 108 powered for giving the slave 200 of 100 intelligent connecting of host that is connected with control device 103.

Specifically, a side wall of host shell 101 is arranged in host splicing module 102, also can be set in main case 2 side walls of body 101；It can also be that there are two host splicing modules 102, i.e. 101 side of host shell for a side wall setting Wall can splice 2 slaves 200 etc..Memory module 105 is not only stored with interactive information, is also stored with multiple learning cards 301 Unique electronic code and electronic code and interactive information corresponding relationship, i.e., host 100 from slave 200 obtain only When one electronic code, interactive information corresponding with the electronic code is transferred from memory module 105, and pass through voice broadcast module 106 carry out display broadcasting.Power module 107 not only will to host 100 power, it is also necessary to by power supply module 108 to it is multiple from Machine 200 is powered.Preferably, which is rechargeable battery.

In the present embodiment, host 100 further include be connected with control device 103 be used for and intelligent terminal carry out wireless communication Wireless communication module 109, be connected with control device 103 for interactive operation host key 110, with 103 phase of control device Host indicator light 111 that company is used to indicate is connected with control device 103 and power module 107 for data transmission and charging Usb 1 12.More specifically, host key 110 includes the host switch key being connected with control device 103 for switch 113 and the host service function key 114 that is connected with control device 103 for interactive operation.Preferably, host indicator light 111 is used for It is shown to the on-off state of host 100, with the splicing state of slave 200, with information such as the pairing states of intelligent terminal.

Specifically, the wireless communication module 109 of host 100 is carried out wireless communication with intelligent terminal, and then intelligent terminal can To carry out remote operation control to host 100, the content such as stored to host 100 is updated, rises to its internal processes Grade etc., and user is understood by the learning Content interest of host 100, process, time, rule etc., in order to provide more there is needle Learning Content and better planning proposal to property.Preferably, the communication between host 200 and intelligent terminal uses wireless parties Formula, between intelligent terminal and host 100 using identical communication protocol, carry out the control and execution of correlation function, channel radio Believe that module 109 can be bluetooth module, Wifi module, RF module etc., but is not limited to these types.Matched intelligent terminal can Think intelligent toy, smart home, plate, smart phone etc..

In the present embodiment, slave 200 is used for and leads in 201 4 side walls of slave shell including slave shell 201, setting Machine 100 or other slaves 200 carry out the fixed slave splicing module 202 of splicing, are arranged in slave shell 201 for controlling Microcontroller 203, the reading for the unique electronic code being connected from microcontroller 203 for reading different label cards 300 Module 204, being connected with microcontroller 203 is used for and slave communication module that host 100 or other slave 200 are communicated 205, be connected with microcontroller 203 for power management power management module 206, being connected with microcontroller 203 is used to indicate Slave indicator light 207, the slave key 208 that is connected with microcontroller 203 for interactive operation control.Preferably, slave refers to Show lamp 207 for showing to information such as splicing states with host 100.

Specifically, slave 200 is not provided with power module, all it is powered by host 100, that is, passes through power management module 206 connect with the power supply module 108 of host 100, obtain power supply to slave 200 from host 100, meanwhile, slave 200 also needs to lead to It crosses power management module 206 and gives the fixed other slaves 200 of its splicing and be powered.When slave 200 does not read label card When 300, the slave 200 in a dormant state, only user's operation when perhaps host send wake up instruction or it is adjacent from The slave 200, which just starts, when machine sends wake up instruction reads label card 300 and executes corresponding information sending action.Only slave Start after reading the electronic code person transmission related data of label card when 200 activation, other times are all slept.

In the present embodiment, host computer communication module 104 and power supply module 108 are the host POGO that the side wall of host is arranged in PIN connector, host POGO PIN connector are the POGO PIN connector of base；It is also possible to the host POGO PIN of male seat Connector, it is unsightly, overall beautiful for host if there will be protrusions using the host POGO PIN connector of male seat Degree, the general host POGO PIN connector for using base.Specifically, the port of host POGO PIN connector is followed successively by GND Port, the port TX_COM, the port RX_COM, the port COM_ACK, the port TX, the port RX and vdd terminal mouth.

In the present embodiment, slave communication module 204 be arranged in slave shell 201 4 side walls for and host 100 The slave communication module 204 of host computer communication module 104 or other slaves 200 is communicated；Power management module 206 includes setting It sets and is used for the power supply module 108 from host 100 by electricity or to the power supply of other slaves 200 in 201 4 side walls of slave shell Management module 206 power by electric module 210, should both can be to other slaves power supplies by electric module 210, can also be from other Slave by electricity etc..

In the present embodiment, corresponding with the host POGO PIN connector of host, four side walls of slave 200 are set gradually There are the first POGO PIN connector, the 2nd POGO PIN connector, the 3rd POGO PIN connector and the 4th POGO PIN connection Device；First POGO PIN connector and the 2nd POGO PIN connector are the POGO PIN connector of male seat；3rd POGO PIN Connector and the 4th POGO PIN connector are the POGO PIN connector of base；Wherein, the first POGO PIN connector, second POGO PIN connector, the 3rd POGO PIN connector and the 4th POGO PIN connector include 205 and of slave communication module By electric module 210.

In the present embodiment, corresponding with the host POGO PIN connector of the base of host, specifically, the first POGO PIN The port of connector and the 2nd POGO PIN connector is followed successively by the port GND, the port RX_COM, the port TX_COM, the end COM_ACK Mouth, the port RX, the port TX and vdd terminal mouth；The port of 3rd POGO PIN connector and the 4th POGO PIN connector is followed successively by Vdd terminal mouth, the port RX, the port TX, the port COM_ACK, the port RX_COM, the port TX_COM and the port GND.In the present embodiment In, each side wall of slave shell 201 of slave 200 is provided with slave communication module 204 and by electric module 210, slave 200 Slave communication module 204 by electric module 210 is POGO PIN connector, it is preferred that 201 4 side walls of slave shell POGO PIN connector is the POGO PIN connector of 7PIN, more specifically, 2 adjacent walls of slave shell 201 POGO PIN connector is the female end of the POGO PIN connector of 7PIN, other two adjacent wall, POGO PIN connection Device is the male end of the POGO PIN connector of 7PIN.The data-interface of the POGO PIN connector of the 7PIN defines and host 7 data-interfaces define identical as 100, but sequence has adjustment, so as to the phase between slave and host, slave and slave Mutual communication, primarily to the realizability of communication and the adjustment made.

More specifically, host POGO PIN connector, the first POGO PIN connector, the 2nd POGO PIN connector, The particular number of the port of 3rd POGO PIN connector and the 4th POGO PIN connector can according to need to be arranged, can be with It increases or decreases, currently, the function of specific each port is described as follows shown in table using the POGO PIN connector of 7pin, In, vdd terminal mouth is used to from host take electricity, and is powered to the slave of contiguous concatenation, this purpose be in order to reduce slave at This, safety and charging easy way；The port TX be used for contiguous concatenation slave send data carry out communication and to upper level from Machine sends feedback command, such as sends wake-up command；The port RX is used to receive data from adjacent slave and is communicated and connect By the feedback command of next stage slave, such as receive wake-up command；The port COM_ACK is used to be communicated with host preferential Control, TX_COM is used for the mutual transmission communication data between host, such as sends liaison order, electronic code；RX_ COM is used for the mutual reception data between host, such as receives liaison order, electronic code；The port GND for be grounded or Person's cathode etc..

Title	Type	Function description
			VDD	+	Power supply is just connecting output
RX	IN	Initialization data input terminal
			TX	OUT	Initialization data output end
COM_ACK	OUT	Bus line control
			RX_COM	IN	Bus data input terminal
TX_COM	OUT	Bus data output end
			GND	-	Power ground connection

In the present embodiment, the communication process between host 100 and slave 200, between slave 200 and slave 200 is as follows:

(1) when adjacent two equipment (between slave 200 and slave 200) carry out data communication using the port TX and The port RX carries out data communication.The port TX is waken up by the port RX of next equipment first when sending data The equipment, then transmit related command.

(2) first when the information that slave 200 and host 100 carry out label card is communicated by the way of bus First the port COM_ACK is carried out down for low level signal by the slave 200 sent, the priority of control bus passes through TX_ COM port transmits data to the port RX_COM of host 100, and the port TX_COM of host 100, which is sent data to, to be sent The port the RX_COM confirmation data of the slave 200 of data have been received, 200 data of slave be sent completely after by COM_ACK Port reverts to high level signal to enter dormant state, and high level is restored in order to allow it in the port COM_ACK of the slave 200 His slave starts to communicate with host.All slaves 200 are required to the inquiry end COM_ACK before communicating with host 100 Whether mouth is low level signal.

In the present embodiment, host splicing module 102 is same in host shell 101 with the setting of host computer communication module 104 First magnet of side wall；Slave splicing module 202 be arranged in 201 4 side walls of slave shell for and host 100 host Splicing module 102 or the slave splicing module 202 of other slaves 200 carry out the second fixed magnet of splicing, specifically, first Magnet and the second magnet are all the same, are intended merely to statement and need to be distinguish from title.Slave splicing module 202 is setting In the magnet of the synonyms pole of 201 opposite side wall of slave shell.More specifically, host splicing module 102 and main-machine communication mould Block 104 is arranged in the same side wall of host shell 101, it is preferred that host splicing module 102 is to be arranged in POGO PIN connector two Two magnet of side, for example magnet of the pole N.Meanwhile four side walls of slave shell 201 are arranged in slave splicing module 202, it is excellent Choosing, slave splicing module 202 is the magnet that the synonyms pole of 201 opposite side wall of slave shell is arranged in, and is such as arranged in slave The magnetic pole of the magnet of 201 opposite side wall of shell is respectively the pole N and the pole S.Therefore, the magnetic of 201 4 side walls of slave shell is set The polarity of iron respectively is the pole N, the pole N, the pole S and the pole S.

More specifically, the host computer communication module 104 of host 100, the POGO PIN connection that power supply module 108 is female end Device, and host splicing module 102 is the magnet of the pole N, the slave splicing module 202 of fixed side wall is then the pole S with host splicing Magnet, and then slave 200 and the splicing of host 100 are fixed together by magnetic attracting, meanwhile, the slave of the side wall communicates Module 205, be then by electric module 210 male end POGO PIN connector, and then host 100 can be communicated with slave 200, It can power to slave 200.The rest may be inferred, and the splicing fixed form between slave 200 is similar.

In the present embodiment, the label card 300 includes the learning card 301 and extremely of the different interactive information of multiple correspondences A few liaison card 302 for liaison control；Learning card 301 and liaison card 302 are with unique electronic code RFID card piece；The read module 204 of slave 200 is the RFID reader for reading unique electronic code of RFID card piece.

In the present embodiment, the RFID card piece includes that the surface printing successively fixed has the corresponding picture of interactive information Card cover 303, the RFID chip 304 and flexible glue magnet 305 for being provided with unique electronic code；Slave key 208 is arranged At 201 top of slave shell；208 upper surface of slave key is provided with the receiving coil of RFID reader and soft with RFID card piece The fixed iron hoop of glue magnet magnetic.More specifically, RFID card piece has a RFID chip 304, and 208 upper surface of slave key Iron hoop avoids RFID chip 304, and then will not block signal, and the RFID card piece with flexible glue magnet 305 can extremely easily It is adsorbed on the upper surface of the slave key 208 of slave 200, and is easy taking and placing.RFID card piece is adsorbed on slave 200, even if In turn by slave 200, RFID card piece will not fall down.

In the present embodiment, multiple slaves include the first slave successively spliced, the second slave, third slave and the 4th from Machine, the first slave, the second slave, third slave and the 4th slave are just the same, here just to state conveniently, describe 4 slaves, not merely 4 slaves, particular number are unlimited in practice.For example, host, which successively splices, the 4th slave, third Slave, the second slave and the first slave, host pass through the POGO PIN connector of base and the first POGO PIN of the 4th slave Connector (or the 2nd POGO PIN connector) connection, the 3rd POGO PIN connector (or the 4th POGO PIN of the 4th slave Connector) it is connect with the first POGO PIN connector (or the 2nd POGO PIN connector) of third slave, the of third slave The first POGO PIN connector (or second of three POGO PIN connectors (or the 4th POGO PIN connector) and the second slave POGO PIN connector) connection, the 3rd POGO PIN connector (or the 4th POGO PIN connector) and first of the second slave The first POGO PIN connector (or the 2nd POGO PIN connector) of slave connects.

Embodiment two

As shown in Figure 1, the utility model also provides a kind of intelligent interaction learning system embodiment, including such as one institute of embodiment At least one slave 200, the host with 200 intelligent connecting of slave and for playing interactive information and interactive operation control stated 100 and it is multiple and different for slave 200 read and with unique electronic code label card 300.More specifically, it marks Label card 300 include it is multiple have sole electrons coding learning card 301 and/or at least one with unique electronic code Liaison card 302；The electronic code of learning card 301 corresponds to the unique interactive information being stored in host, the electricity of liaison card 302 Son coding corresponds to the liaison order for liaison control being stored in host.To host 100, slave 200 and label card 300 Detailed description detailed in Example one, this will not be repeated here.

For the utility model by least one slave of host intelligent connecting, host and slave and slave pass through spelling between each other Connection module quickly splices fixation, and is realized and communicated to connect by communication module.When slave reads unique electronics of label card When coding, host is sent to by communication module, host reads interactive information corresponding with the unique electronic code of label card, and Played out and/or interacted, realize the broadcasting etc. of interactive information, need replacing interactive information carry out amusement study when, Corresponding label card need to be only placed on slave, easy to operate, abundant in content, interest is strong, can give full play to Virgin manipulative ability, the inspiring of creativity.

Embodiment three

In order to more learn to describe the workflow and method of intelligent interactive learning machine, corresponding intelligent interaction is provided Learning method, as illustrated in figs. 8-11, complete intelligent interaction learning method specifically includes the following steps:

S0, at least one slave is waken up.

Specifically, wake up slave movement can be user press slave key wake up, be also possible to host or its His slave sends wake-up command to wake up the slave.All slaves are usually being in dormant state, as user's operation or master Just starting wakes up when machine or other slaves send wake-up command, it is ensured that slave is low-power consumption, and then entire intelligent interaction study System is low-power consumption, and host is to be powered by battery, and then host can splice more slaves, makes its learning functionality more Reinforce big.

S100, at least one slave read the label card being placed on it respectively and electronic code are sent to host；More For specifically, electronic code is 4 bytes totally 32, it is liaison that first, which is 0 or 1, i.e., 1, and 0 reads to be single；Second and third Position is interaction style, i.e., 00 is Chinese language, and 01 is mathematics, and 10 be English, and 11 be amusement etc., and so on, details are seen below Shown in table.

S200, host identification electronic code simultaneously judge whether the interaction style for meeting host；If not meeting, prompt correct Interaction style, and return step S100；If meeting, S300 is thened follow the steps.

Specifically, prompting correct interaction style, it can be and prompted according to host indicator light, worked as by the confirmation of host key Preceding correct interaction style.Interaction style may include verbal learning type, English study type, mathematical studying type or fast Happy learning type.

The corresponding interactive information of electronic code is played out and/or is interacted according to interaction style by S300, host.

In the present embodiment, label card includes the learning card and/or at least one tool of multiple sole electron codings having There is the liaison card of unique electronic code；The electronic code of learning card corresponds to the unique interactive information being stored in host, The electronic code of liaison card corresponds to the liaison order for liaison control being stored in host.I.e. each learning card is only The interactive information stored in the corresponding host of one electronic code, and the corresponding master of unique electronic code of each liaison card The liaison order stored in machine reads the multiple learning cards being placed on it for controlling multiple slaves, on a slave Place a learning card or liaison card in face.Specifically, interactive information is stored in host, which can pass through intelligent end The terminals such as end, computer, plate are prestored or are updated in host, which can be verbal learning information, mathematics Practise information, English study information and/or happy entertainment information etc..Reading to label card includes independent and two kinds of moulds of liaison Formula, when the label card of reading is learning card, as single reading mode；When the label card of reading is liaison card, as liaison mould Formula.

In the present embodiment, when label card is learning card, as single reading mode, i.e. learning card (mark on reading slave Label card) electronic code, detailed step are as follows:

S10, user press slave to wake up the slave；

S100, slave read the learning card being placed on it and unique electronic code of learning card are sent to host；

S200, host identification electronic code simultaneously judge whether the interaction style for meeting host；If not meeting, prompt correct Interaction style, and return step S100；If meeting, S300 is thened follow the steps；

S300, host play out the corresponding interactive information of electronic code according to interaction style.

More specifically, step S300 specifically:

The unique electronic code for the learning card that S301, host identification slave are sent, reads corresponding with the electronic code Interactive information；

The corresponding interactive information of electronic code is carried out display broadcasting by S302, host.

The operation of intelligent interaction learning method singly read is very simple, for example, the learning card content placed on slave is to spell The corresponding electronic code of phonetic " x " is sent to host when user presses the slave by the corresponding electronic code of sound " x ", and is led Machine then transfers the phonetic " x " corresponding with the electronic code being stored in its memory module, and is carried out by voice playing module It plays.And so on, when the learning card for other interactive informations placed on other slaves, operating process and method complete one Sample.

In the present embodiment, when label card includes at least one liaison card and multiple learning cards, i.e., when user is by pressing It sets and enters liaison mode in the liaison card on slave.Multiple slaves include the first slave of successively intelligent connecting, the second slave, Third slave and the 4th slave, liaison card are placed on the first slave, and on the second slave, third slave, the 4th slave respectively It is placed with corresponding learning card, when pressing the first slave, what the first slave was read is liaison card, then enters liaison mode.

As shown in figure 9, intelligent interaction learning method specific steps are as follows:

S10, the first slave read the liaison card being placed on it, and unique electronic code of the liaison card is sent to master Machine；

S20, host identify the unique electronic code for the liaison card that the first slave is sent, and the electronic code is corresponding Liaison order is sent to the first slave；Specifically, liaison order includes liaison direction；

S30, the first slave are sent by the port TX of the first POGO PIN connector or the 2nd POGO PIN connector and are called out Wake up order to the port RX of the 3rd POGO PIN connector of the second slave or the 4th POGO PIN connector that splice with it with Wake up the second slave.Specifically, being exactly that the first slave passes through the first POGO PIN connector (or the 2nd POGO PIN connector) The port TX send wake-up command (or the 4th POGO PIN connect to the 3rd POGO PIN connector of the second slave for splicing with it Connect device) the port RX, and then by the wake-up command wake up the second slave.Second slave, which starts to read after waking up, is placed on it The information of label card above is simultaneously sent to host, sends wake-up command to third slave and waits the feedback of third slave, such as Fruit is not responded, then sends traversal ending message to host.The rest may be inferred.

S100, at least one slave read the label card being placed on it respectively and electronic code are sent to host；Tool Body, step S100 includes:

S101, slave is traversed according to read direction, and judges whether it is rearmost position；If so, thening follow the steps S102；If It is no, then follow the steps S103；

S102, judge whether be placed with learning card on slave, if nothing, traversal terminates；If so, thening follow the steps S105.

S103, judge whether be placed with learning card on slave, if nothing, then follow the steps S101；If so, thening follow the steps S104；

The electronic code of learning card is sent to host by S104, slave, and is jumped and executed step S101；

The electronic code of learning card is sent to host by S105, slave, and traversal terminates.

As shown in Figure 10, specifically, step S104 is specifically included:

S111, the second slave read the unique electronic code for the learning card being placed on it；

S112, the second slave are by the port COM_ACK of the first POGO PIN connector (or the 2nd POGO PIN connector) Down for low level signal, establishes and communicate to connect according to preferred sequence and host；That is the second slave when being communicated with host, By the port COM_ACK of the first POGO PIN connector (or the 2nd POGO PIN connector) of the second slave down for low level Signal, the priority of control bus, and then communicated according to sequencing with host.

S113, the second slave pass through the first POGO PIN connector or the port TX_COM of the 2nd POGO PIN connector will The electronic code of learning card is sent to host；That is the second slave by the first POGO PIN connector (or the 2nd POGO PIN connect Connect device) the port TX_COM electronic code is sent to the port RX_COM of host.

Specifically, the port TX_COM of the first POGO PIN connector (or the 2nd POGO PIN connector) of the second slave It is connect with the port RX_COM of the 3rd POGO PIN connector (the 4th POGO PIN connector) of third slave, third slave The port TX_COM of first POGO PIN connector (or the 2nd POGO PIN connector) and the 3rd POGO PIN of the 4th slave The port RX_COM of connector (the 4th POGO PIN connector) connects, the first POGO PIN connector of the 4th slave (or the Two POGO PIN connectors) the port TX_COM and host host POGO PIN connector the port RX_COM connect, in turn The electronic code that second slave is read can be sent to host.More specifically, when the second slave is communicated with host, Intermediate third slave, the 4th slave as routing will not wake up, and will not consume power supply, and then ensure to realize the low-power consumption of slave Operation.

S114, host send feedback signal to the second slave by the port TX_COM of host POGO PIN connector；I.e. Host is connected by the first POGO PIN that the port TX_COM of host POGO PIN connector sends feedback signal to the second slave The port RX_COM of device (or the 2nd POGO PIN connector) is connect, specifically, the TX_ of the host POGO PIN connector of host COM port is connect with the port RX_COM of the first POGO PIN connector (the 2nd POGO PIN connector) of the 4th slave, the The port TX_COM of the 3rd POGO PIN connector (or the 4th POGO PIN connector) of four slaves and the first of third slave The port RX_COM of POGO PIN connector (the 2nd POGO PIN connector) connects, the 3rd POGO PIN connection of third slave The first POGO PIN connector (or the 2nd POGO of the port TX_COM of device (or the 4th POGO PIN connector) and the second slave PIN connector) the connection of the port RX_COM, and then the feedback signal of host can be sent to the second slave.

S115, the second slave are sent by the port TX of the first POGO PIN connector or the 2nd POGO PIN connector and are called out It wakes up and orders to third slave；That is the second slave passes through the end TX of the first POGO PIN connector (or the 2nd POGO PIN connector) Mouthful send wake-up command to third slave the 3rd POGO PIN connector (or the 4th POGO PIN connector) the port RX, into And wake up third slave.

S116, the second slave are extensive by the port COM_ACK of the first POGO PIN connector or the 2nd POGO PIN connector Enter dormant state again for high level signal, i.e. the second slave is by (or the 2nd POGO PIN connection of the first POGO PIN connector Device) the port COM_ACK revert to high level signal, second slave complete task enter dormant state.

S200, host identify multiple electronic codes and judge whether the interaction style for meeting host；If not meeting, prompt Correct interaction style, return step S100；If meeting, S300 is thened follow the steps.Specifically, being exactly to be transmitted across to the second slave The electronic code come determines correct interaction style, if do not met, prompts correct interaction style, or prompt mistake letter Breath；If met, S300 is thened follow the steps.

S300, host according to interaction style by the corresponding multiple interactive informations of multiple electronic codes carry out liaison broadcastings and/ Or interaction.

Specifically, step S300 is specifically included:

S311, host identify multiple learning cards that multiple slaves (the second slave, third slave, the 4th slave) send over Electronic code；

S312, host read multiple multiple interactive informations corresponding with electronic code, and multiple electronic codes are corresponding Interactive information is put into reading field；Specifically, multiple interactive informations should be stored according to the principle first read first is entered to reading field；

Multiple interactive informations are carried out liaison broadcasting according to interaction rule by S313, host.More specifically, interaction rule is There is corresponding interaction rule according to the difference of interaction style.

In order to which the technical solution of the utility model is described in more detail, different interaction styles is passed through separately below specific real Apply the intelligent interaction learning method that example is come in further detailed analysis embodiment one.

The utility model is sent to host when slave reads unique electronic code of label card, and host is read Interactive information corresponding with unique electronic code of label card, and played out and/or interacted, realize interactive information Control etc., need replacing interactive information carry out amusement study when, only corresponding label card need to be placed on slave, grasp Facilitate, abundant in content, interest is strong, can give full play to the manipulative ability of children, the inspiring of creativity.

Example IV

When interaction style is verbal learning, interactive information can be pinyin learning information, Chinese character learning information or Chinese language Text learning information, but these information are not limited to, other information can also be further expanded to.In the present embodiment, Chinese language The method flow of study is and duplicate in embodiment three as described in embodiment three, and this will not be repeated here, only describes herein not Same place or specific embodiment.

As shown in figs. 12-15, in the present embodiment, when label card is learning card, as single reading mode, host is intelligently spelled Multiple slaves are connected to, multiple learning cards are placed on multiple slaves, any one slave of user's pressing is single reading, that is, reads The electronic code of learning card on the slave.Detailed step are as follows:

S0, user press a certain slave to wake up the slave；

More specifically, step S300 specifically:

The corresponding interactive information of electronic code is carried out display broadcasting by S302, host.I.e. it is corresponding to read electronic code for host Phonetic, Chinese character, text directly carry out display broadcasting.It does not repeat them here herein yet.

More specifically, the interaction rule of phonetic liaison need to be according to the rule such as " basic principles for Chinese phonetic alphabet " Chinese language It combines into syllables, if do not meet the rule, host prompts phonetic mistake, and prompts error message.Therefore, it is stored in host " basic principles for Chinese phonetic alphabet " rule.If correct, display casting is carried out by voice broadcast module.

In the present embodiment, when label card includes at least one liaison card and multiple learning cards, i.e., when user is by pressing It sets and enters liaison mode in the liaison card on slave.Multiple slaves include the first slave of successively intelligent connecting, the second slave, Third slave, the 4th slave and the 5th slave, the 5th slave and host intelligent connecting, liaison card are placed on the first slave, and Second slave, third slave are placed with corresponding learning card on the 4th slave respectively, and learning card is placed in the second slave, should The learning Content of learning card is " x ", and learning card is placed in third slave, and the learning Content of the learning card is " i ", the 4th slave Learning card is placed, the learning Content of the learning card is " ao "；When pressing the first slave, what the first slave was read is to connect Card reading, the first slave of host notification start to carry out traversal action, and the second slave, third slave, the 4th slave and the 5th are from machine-readable Corresponding learning card is taken, and the 5th is read according to " basic principles for Chinese phonetic alphabet " (interaction rule) to the content read The tone of slave carries out liaison broadcasting, such as " xiao+(high and level tone (-), rising tone (ˊ), upper sound (ˇ) falling tone (ˋ), (do not mark softly Adjust)) ", such way is to greatly reduce the quantity of traditional card for having tone, increases the difficulty found during children for learning Degree etc., and so on.

Meanwhile for Chinese character liaison and text liaison, relatively easy, the no too many rule requirement of the two, Ke Yizhi Connect broadcasting, detailed process step with it is above-mentioned almost the same, this will not be repeated here.

Embodiment five

When interaction style be English study type when, interactive information can for alphabetology practise information, word learning information or English text learning information, but these information are not limited to, other information can also be further expanded to.In the present embodiment, The method flow of English study is and duplicate in embodiment three as described in embodiment three, and this will not be repeated here, only retouches herein State different place or specific embodiment.

As shown in figs. 16-18, in the present embodiment, when label card is learning card, as single reading mode, host is intelligently spelled Multiple slaves are connected to, multiple learning cards are placed on multiple slaves, any one slave of user's pressing is single reading, that is, reads The electronic code of learning card on the slave.Detailed step are as follows:

S10, user press a certain slave to wake up the slave；

S300, host play out the corresponding interactive information of electronic code according to interaction style.I.e. host passes through voice Broadcasting module letter corresponding to electronic code, word, text are directly broadcasted.

More specifically, step S300 specifically:

The corresponding interactive information of electronic code is carried out display broadcasting by S302, host.I.e. it is corresponding to read electronic code for host Letter, word, text directly carry out display broadcasting.It does not repeat them here herein yet.

The operation of intelligent interaction learning method singly read is very simple, for example, the learning card content placed on slave is to spell The corresponding electronic code of phonetic " A " is sent to host when user presses the slave by the corresponding electronic code of sound " A ", and is led Machine then transfers the phonetic " A " corresponding with the electronic code being stored in its memory module, and is carried out by voice playing module It plays.And so on, when the learning card for other interactive informations placed on other slaves, operating process and method complete one Sample.

More specifically, the interaction rule of English learning mainly has " English word spelling rule ", in alphabetical liaison, Host needs to check whether the letter of multiple liaisons meets " English word spelling rule ", if meeting, passes through voice broadcast mould Block, which carries out liaison casting, can prompt error message if not meeting.And the rule of English word and text is fairly simple, directly Casting, this will not be repeated here.

In the present embodiment, when label card includes at least one liaison card and multiple learning cards, i.e., when user is by pressing It sets and enters liaison mode in the liaison card on slave.Multiple slaves include the first slave of successively intelligent connecting, the second slave, Third slave and the 4th slave, the 4th slave and host intelligent connecting, liaison card are placed on the first slave, and the second slave, Corresponding learning card is placed on third slave, the 4th slave respectively, learning card is placed in the second slave, the learning card Practising content is " b ", and learning card is placed in third slave, and the learning Content of the learning card is " o ", and the 4th slave is placed Card is practised, the learning Content of the learning card is " y "；When pressing the first slave, what the first slave was read is liaison card, host control It makes the second slave, third slave and the 4th slave and reads corresponding learning card, and to the content read according to " English word is spelled Read rule " (interaction rule) progress liaison broadcasting, such as " boy ", and so on.

Embodiment six

When interaction style be mathematical studying type when, interactive information can be digital studying information, operation learning information, but These information are not limited to, other information can also be further expanded to.In the present embodiment, the method flow of mathematical studying is such as And duplicate in embodiment three described in embodiment three, this will not be repeated here, only describes different places or specific herein Embodiment.

As shown in figs. 19-21, in the present embodiment, when label card is learning card, as single reading mode, host is intelligently spelled Multiple slaves are connected to, multiple learning cards are placed on multiple slaves, any one slave of user's pressing is single reading, that is, reads The electronic code of learning card on the slave.Detailed step are as follows:

S10, user press a certain slave to wake up the slave；

S300, host play out the corresponding interactive information of electronic code according to interaction style.I.e. host passes through voice Broadcasting module number corresponding to electronic code, symbol are directly broadcasted.

More specifically, step S300 specifically:

The corresponding interactive information of electronic code is carried out display broadcasting by S302, host.I.e. it is corresponding to read electronic code for host Number, oeprator directly carry out display broadcasting.It does not repeat them here herein yet.

The operation of intelligent interaction learning method singly read is very simple, for example, the learning card content placed on slave is number Digital " 5 " corresponding electronic code is sent to host when user presses the slave by the corresponding electronic code of word " 5 ", and is led Machine then transfers digital " 5 " corresponding with the electronic code being stored in its memory module, and is carried out by voice playing module It plays.And so on, when the learning card for other interactive informations placed on other slaves, operating process and method complete one Sample.

More specifically, the interaction rule of mathematical studying mainly has " mathematical operation rule ", in alphabetical liaison, host Need to check whether the number of multiple liaisons, symbol meet " mathematical operation rule ", if meeting, by voice broadcast module into The casting of row liaison, if not meeting, can prompt error message.And number and the rule of text are fairly simple, directly broadcast, This will not be repeated here.

In the present embodiment, when label card includes at least one liaison card and multiple learning cards, i.e., when user is by pressing It sets and enters liaison mode in the liaison card on slave.Multiple slaves include the first slave of successively intelligent connecting, the second slave, Third slave, the 4th slave, the 5th slave and the 6th slave, the 6th slave and host intelligent connecting, liaison card are placed on the 6th On slave, and corresponding learning card is placed on the first slave, the second slave, third slave, the 4th slave respectively, the first slave Learning card is placed, the learning Content of the learning card is " 1 ", and learning card is placed in the second slave, the study of the learning card Content is "+", and learning card is placed in third slave, and the learning Content of the learning card is " 1 "；Study is placed in 4th slave Card, the learning Content of the learning card are "="；When pressing six slaves, what the 6th slave was read is liaison card, host control First slave, the second slave, third slave and the 4th slave read corresponding learning card, and according to " the formula rule " of mathematics into Row judge whether the formula true, if establishment if judge whether the answer on the 5th slave is correct answer, correctly if broadcast Report corresponding content.It is incorrect, it carries out prompting corresponding content.If judging that formula is invalid according to " formula rule " into Row play cuing content.Such as " 1+1=2 ", i.e. host pass through voice broadcast module number corresponding to electronic code, symbol Directly broadcasted, and so on.

Embodiment seven

When interaction style is LEARNING SHOULD BE FUN type, interactive information can be Cognitive education information, story reading information, sound Happy information, but these information are not limited to, other information can also be further expanded to.In the present embodiment, LEARNING SHOULD BE FUN Method flow is and duplicate in embodiment three as described in embodiment three, and this will not be repeated here, only describes different ground herein Side or specific embodiment.

As shown in figure 22, in the present embodiment, when label card is learning card, as single reading mode, host intelligent connecting There are multiple slaves, multiple learning cards is placed on multiple slaves, any one slave of user's pressing, is single reading, that is, reading should The electronic code of learning card on slave.Detailed step are as follows:

S10, user press a certain slave to wake up the slave；

S300, host play out the corresponding interactive information of electronic code according to interaction style.I.e. host passes through voice Broadcasting module cognition corresponding to electronic code, story, music are directly broadcasted.

More specifically, step S300 specifically:

The corresponding interactive information of electronic code is carried out display broadcasting by S302, host.I.e. it is corresponding to read electronic code for host Cognition, story, music directly carry out display broadcasting.It does not repeat them here herein yet.

The operation of LEARNING SHOULD BE FUN method singly read is very simple, for example, the learning card content placed on slave is that music is " raw It is day happy " electronic code the electronic code of music " happy birthday " is sent to host when user presses the slave, and Host then transfers the music " happy birthday " corresponding with the electronic code being stored in its memory module, and is played by voice Module plays out.And so on, when the learning card for other interactive informations placed on other slaves, operating process and method It is just the same.

When in the present embodiment, if it is being interacted by the intelligent terminals such as bluetooth and plate, portable computer, accordingly Data communication is carried out by bluetooth between APP and host in intelligent terminal.Such as color identifies, occurs red, user in APP When pressing the red cards in slave, the information of red cards is sent to host by slave, and host sends out this information by bluetooth The APP given in intelligent terminal judged, if it is pair, then APP carries out corresponding reward casting, if it is wrong, then Prompt corresponding wrong content.The rest may be inferred, when the learning card for other interactive informations placed on other slaves, operating process It is just the same with method.

When in the present embodiment, if it is by wirelessly being interacted with the receiving end etc. for having same protocol, such as play Tool, by wirelessly carrying out data communication and executing corresponding movement between corresponding interaction device and host.Such as Wireless Robot, When user presses the advance card in slave, the information for the card that advances is sent to host by slave, this information is passed through nothing by host Line is sent to interaction device, and the trolley of interaction receives this signal and starts to execute the movement advanced, small when the key for decontroling slave Vehicle halts.The rest may be inferred, and when the learning card for other interactive informations placed on other slaves, operating process and method are complete It is complete the same.

In the present embodiment, label card can be corresponding control command, such as carry out control TV, fan as remote control Smart home, at the same time, host are communicatively coupled with smart home by wireless communication, and the multiple controls placed on slave System order is for controlling smart home.Detailed process method is according to individually being controlled.

The above is only the preferred embodiment of the utility model only, and those skilled in the art know, is not departing from this In the case where the spirit and scope of utility model, various changes or equivalent replacement can be carried out to these features and embodiment.Separately Outside, it under the introduction of the utility model, can modify to these features and embodiment to adapt to particular situation and material Without departing from the spirit and scope of the utility model.Therefore, the utility model is not by specific embodiment disclosed herein It limits, the embodiment within the scope of fallen with claims hereof belongs to the protection scope of the utility model.

Claims

1. a kind of intelligent interactive learning machine, which is characterized in that being used to read including at least one different has unique electronics The slave (200) of the label card (300) of coding, with the slave (200) intelligent connecting and for playing the label card (300) The corresponding interactive information of unique electronic code and interactive operation control host (100).

2. intelligent interactive learning machine according to claim 1, which is characterized in that the host (100) includes host shell (101), it is arranged and splices mould in the host that the host shell (101) side wall is used to carry out splicing fixation with the slave (200) Control device (103) and the control device (103) in the host shell (101) for control are arranged in block (102) Be connected for and the slave (200) host computer communication module (104), and the control device (103) Xiang Lianyong for being communicated It is connected in the memory module (105) of the storage interactive information, with the control device (103) for the slave (200) The corresponding interactive information of the label card (300) read carries out the voice broadcast module (106) and the control of voice broadcast Device (103) is connected for the power module (107) of power supply and is connected with the control device (103) described for giving The power supply module (108) of the slave (200) power supply of host (100) intelligent connecting.

3. intelligent interactive learning machine according to claim 2, which is characterized in that the host (100) further include with it is described Control device (103) be connected wireless communication module (109) for being carried out wireless communication with intelligent terminal, with the control device (103) host being used to indicate that is connected for the host key (110) of interactive operation, with the control device (103) of being connected refers to Show lamp (111), the USB for transmitting and charging for data that is connected with the control device (103) and the power module (107) connects Mouth (112)；

The host key (110) include be connected with the control device (103) for switch host switch key (113), with And the host service function key (114) for interactive operation that is connected with the control device (103).

4. intelligent interactive learning machine according to claim 2, which is characterized in that the slave (200) includes slave shell (201), setting is used for and the host (100) or other slaves (200) in (201) four side walls of the slave shell The fixed slave splicing module (202) of splicing is carried out, the microcontroller in the slave shell (201) for control is set (203), the unique electronic code being connected from the microcontroller (203) for reading the different label cards (300) Read module (204), be connected with the microcontroller (203) for and the host (100) or the others slave (200) The slave communication module (205) communicated, the power management module being connected with the microcontroller (203) for power management (206), be connected the slave indicator light (207) being used to indicate and the microcontroller (203) phase with the microcontroller (203) It is used in conjunction in the slave key (208) of interactive operation control；

Slave communication module (205) setting is used for and the host (100) in (201) four side walls of the slave shell The slave communication module (205) of the host computer communication module (104) or other slaves (200) is communicated；

The power management module (206) includes that setting is used in (201) four side walls of the slave shell from the host (100) the power supply module (108) is supplied by electricity or to the power management module (206) of other slaves (200) Electricity by electric module (210).

5. intelligent interactive learning machine according to claim 4, which is characterized in that the host computer communication module (104) and institute Stating power supply module (108) is the host POGO PIN connector that the side wall of the host is arranged in, and the host POGO PIN connects Connect the POGO PIN connector that device is base；

Four side walls of the slave (200) are disposed with the first POGO PIN connector, the 2nd POGO PIN connector, Three POGO PIN connectors and the 4th POGO PIN connector；The first POGO PIN connector and the 2nd POGO PIN connection Device is the POGO PIN connector of male seat；The 3rd POGO PIN connector and the 4th POGO PIN connector are base POGO PIN connector；

The first POGO PIN connector, the 2nd POGO PIN connector, the 3rd POGO PIN connector and the 4th POGO PIN connector includes the slave communication module (205) and described by electric module (210).

6. intelligent interactive learning machine according to claim 5, which is characterized in that the end of the host POGO PIN connector Mouth is followed successively by the port GND, the port TX_COM, the port RX_COM, the port COM_ACK, the port TX, the port RX and vdd terminal mouth；

The port of the first POGO PIN connector and the 2nd POGO PIN connector be followed successively by the port GND, the port RX_COM, The port TX_COM, the port COM_ACK, the port RX, the port TX and vdd terminal mouth；

The port of the 3rd POGO PIN connector and the 4th POGO PIN connector is followed successively by vdd terminal mouth, the port RX, the end TX Mouth, the port COM_ACK, the port RX_COM, the port TX_COM and the port GND.

7. intelligent interactive learning machine according to claim 5, which is characterized in that the host splicing module (102) be with First magnet of the host POGO PIN connector setting in the host shell (101) same side wall；

The slave splicing module (202) is that setting is used for and the host (100) in (201) four side walls of the slave shell The host splicing module (102) or other slave (200) the slave splicing module (202) splice it is solid The second fixed magnet；

The slave splicing module (202) is setting described the of the synonyms pole of slave shell (201) opposite side wall Two magnet.

8. intelligent interactive learning machine according to claim 4, which is characterized in that the label card (300) includes multiple tools The learning card (301) and/or at least one liaison card (302) with unique electronic code of some sole electron codings；Institute The electronic code for stating learning card (301) corresponds to the unique interactive information being stored in host, the liaison card (302) the electronic code corresponds to the liaison order for liaison control being stored in host；

When the slave (200) reads the learning card (301), by unique electronic code of the learning card (301) It is sent to the host (100), the host (100) plays the corresponding interactive information of the electronic code；

When the slave (200) reads liaison card (302), by unique electronic code of the liaison card (302) It is sent to the host (100), the host (100) reads the corresponding liaison order of the electronic code and then controls multiple institutes The electronic code that slave (200) read the multiple learning cards (301) arranged side by side with the liaison card (302) is stated, and to multiple The corresponding interactive information of the electronic code carries out liaison broadcasting.

9. intelligent interactive learning machine according to claim 8, which is characterized in that the learning card (301) and the liaison Card (302) is the RFID card piece with unique electronic code；

The read module (204) of the slave (200) is to compile for reading unique electronics of the RFID card piece The RFID reader of code；

The RFID card piece includes the card cover that the surface printing successively fixed has the corresponding picture of the interactive information (303), the RFID chip (304) and flexible glue magnet (305) of unique electronic code are provided with；

Slave key (208) setting is at the top of the slave shell (201)；Slave key (208) the upper surface setting There are the receiving coil and the iron hoop fixed with the flexible glue magnet magnetic of the RFID card piece of the RFID reader.

10. a kind of intelligent interaction learning system, which is characterized in that including it is as described in any one of claims 1 to 9 at least one Slave (200), the host (100) with the slave (200) intelligent connecting and for playing interactive information and interactive operation control, And multiple and different label cards (300) for reading and having unique electronic code for the slave (200).

11. intelligent interaction learning system according to claim 10, which is characterized in that the label card (300) includes more The learning card (301) and/or at least one liaison card with unique electronic code of a sole electron coding having (302)；The electronic code of the learning card (301) corresponds to the unique interactive information being stored in host, institute The electronic code for stating liaison card (302) corresponds to the liaison order for liaison control being stored in host；

When the slave (200) reads liaison card (302), by unique electronic code of the liaison card (302) Be sent to the host (100), the host (100) read the corresponding liaison order of the electronic code so that control it is described from Machine (200) reads the electronic code with the concatenated multiple learning cards (301) of the liaison card (302), and to multiple described The corresponding interactive information of electronic code carries out liaison broadcasting.