CN102881198A - Interaction train learning machine toy device and method - Google Patents
Interaction train learning machine toy device and method Download PDFInfo
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- CN102881198A CN102881198A CN2011102739616A CN201110273961A CN102881198A CN 102881198 A CN102881198 A CN 102881198A CN 2011102739616 A CN2011102739616 A CN 2011102739616A CN 201110273961 A CN201110273961 A CN 201110273961A CN 102881198 A CN102881198 A CN 102881198A
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Abstract
The invention discloses a question and answer mode electronic interaction toy learning machine. The learning machine comprises a first character learning card, a second character learning card, a voice information memory, a relevant logic setting unit, a first character learning card socket, a second character learning card socket, a voice outputting unit and a controller unit, wherein the first character learning card comprises first encoding information; the second character learning card comprises second encoding information; the voice information memory comprises first, second, third and fourth voice information; the relevant logic setting unit comprises relevance setting information; and the controller unit is used for controlling and finishing a question and answer mode overall learning process. A method for realizing question and answer mode learning comprises the following steps that: a questioner inserts the first character learning card; the learning machine reads the first encoding information; the learning machine reads the first voice information from the memory and plays the first voice information; an answerer determines and searches the second character learning card on which the character meaning is closest to that of the first character learning card according to the first voice information and inserting the second character learning card into a corresponding socket; the learning machine reads the second encoding information; the learning machine reads the second voice information from the memory and plays the second voice information; and the learning machine determines the selection of the answerer according to preset logics and outputs a determination result. Therefore, the question and answer mode overall learning process controlled by a program is finished.
Description
Technical field
The present invention relates to a kind of electronic interactive toy, particularly a kind of electronic interactive toy apparatus and the method relevant with the question and answer learning machine.
Background technology
Mostly electronic toy in the market is independent operation or straighforward operation, also there is the part intelligent toy to possess interaction function, but these interaction functions show all that generally toy is to people's touch generation reaction or in voice question and answer aspect, it is a kind of simple " people-machine " interactive model, as in a cover toy body, realizing the interaction on position or state between different toy individualities, namely realize " machine-machine " interactive model, then comparatively rare.
And the present invention will realize, it is a kind of " people-machine " interaction that both can realize, can realize again " machine-machine " interaction function between the toy individuality, this interaction has not only embodied the higher level of intelligence of patent toy of the present invention, simultaneously also more playing method is provided and brings more enjoyment for the player, minimumly provide a kind of new playing to experience and product is selected for the player.
Summary of the invention
Technical matters to be solved by this invention is, for the technical deficiency of above-mentioned existing product, a kind of new " people-machine " interaction that both can realize is provided, can realizes again electronic interactive toy apparatus and the related art method of " machine-machine " interaction function between different toy individualities.
In order to solve the problems of the technologies described above, the embodiment of the invention provides a kind of energy-saving type toy signal system device of analog orbit traffic, comprises electronic pet, electronic guide board, and:
Described electronic guide board is the electronic installation with independent current source, is under normal conditions the power-off energy saving state;
Described electronic pet comprises the first wireless launcher, when described electronic pet moves on described cyclic track, and can be by described the first wireless launcher directional transmissions the first wireless signal;
Described electronic guide board comprises the wireless trigger power switch, and when described electronic pet during near described electronic guide board, the first wireless signal of described directional transmissions can trigger described wireless trigger power switch, thereby makes described electronic guide board enter the energising duty;
Described electronic guide board comprises numerical coding ID and the second wireless launcher, when described electronic guide board enters the energising duty, can send the second wireless signal by described the second wireless launcher, described the second wireless signal comprises described numerical coding id information;
Described electronic pet comprises the first radio receiver, can receive described the second wireless signal, and therefrom obtains described numerical coding id information;
Described electronic pet comprises controller unit, after described numerical coding id information is confirmed by described controller unit, described controller unit can make described the first wireless launcher stop to send described the first wireless signal, make described electronic guide board reenter the power-off energy saving state, thereby realize described power saving function.
The embodiment of the invention also provides the method that realizes the energy-saving type mode of operation in a kind of toy signal system of the analog orbit traffic in comprising electronic pet, cyclic track, electronic guide board, may further comprise the steps:
Make described electronic guide board under normality, be in the power-off energy saving state;
Make described electronic pet on described cyclic track, move, and in operational process directional transmissions the first wireless signal;
When described electronic pet during near described electronic guide board, the wireless trigger power switch in the described electronic guide board of the first wireless communication command of described directional transmissions triggers, and makes thus described electronic guide board enter the energising duty by the power-off energy saving state;
Described electronic guide board sends the second wireless signal that comprises the numerical coding id information by the second wireless launcher;
Described electronic pet receives described numerical coding id information by the first radio receiver;
After the validity of described numerical coding ID is identified, the transmission of described the first wireless signal will be stopped, and make thus described wireless trigger power switch return to normal, thereby make described electronic guide board enter the power-off energy saving state again;
After described electronic pet leaves the effective range of described electronic guide board, redirect described the first wireless signal of emission, to trigger and to receive the numerical coding id information of next electronic guide board.
The embodiment of the invention also provides a kind of question and answer mode electronic interactive toy type learning machine, comprising:
The first playing card for learning Chinese characters is held by the person of asking, includes the first coded message;
The second playing card for learning Chinese characters is held by the person of answering, and includes the second coded message;
Voice message memory includes first voice messaging and second voice messaging corresponding with described the first coded message and the second coded message, and represents the 3rd sure voice messaging and the 4th negative voice messaging of representative;
The correlation logic setup unit includes about described the first coded message and the second coded message relevant set information whether;
The first playing card for learning Chinese characters socket is used by the person of asking, can implement combination and separate with the N that comprises described the first playing card for learning Chinese characters (N＞=2) playing card for learning Chinese characters that the person of asking holds;
The second playing card for learning Chinese characters socket is used by the person of answering, and can implement combination and separate with the N that comprises described the second playing card for learning Chinese characters (N＞=2) playing card for learning Chinese characters that the person of answering holds;
Voice-output unit, the exportable described first, second, third and the 4th voice messaging;
Controller unit, when described the first playing card for learning Chinese characters is inserted into described the first playing card for learning Chinese characters socket by the person of asking, described controller unit can read in described the first coded message, then play corresponding the first voice messaging of described the first coded message by described voice-output unit, follow the reaction that described controller unit can wait for that the person of answering makes described the first voice messaging; When the described person of answering judges according to described the first voice messaging, and when from its N that holds playing card for learning Chinese characters, finding out immediate the second playing card for learning Chinese characters of meaning and inserting described the second playing card for learning Chinese characters socket, described controller unit can read in described the second coded message, then plays corresponding the second voice messaging of described the second coded message by described voice-output unit; Last described controller unit also can be consulted the set information about described first, second coded message correlativity in the correlation logic setup unit, if relevant the 3rd voice messaging of then playing of two coded messages, then play the 4th voice messaging if two coded messages are irrelevant, thereby finish the learning process by electronically controlled question-response.
The embodiment of the invention also provides a kind of question and answer mode electronic interactive toy type learning machine, comprises electronic pet, cyclic track, comprising:
The first playing card for learning Chinese characters, one of them of the N that holds for the person of asking (N＞=2) playing card for learning Chinese characters includes the first coded message;
The second playing card for learning Chinese characters, one of them of the N that holds for the person of answering (N＞=2) playing card for learning Chinese characters includes the second coded message;
Voice message memory includes first voice messaging and second voice messaging corresponding with described the first coded message and the second coded message, and sure the 3rd voice messaging and the 4th negative voice messaging of representative of representative;
The correlation logic setup unit includes about described the first coded message and the second coded message relevant set information whether;
The first playing card for learning Chinese characters socket is used by the person of asking, can implement combination and separate with the N that comprises described the first playing card for learning Chinese characters (N＞=2) playing card for learning Chinese characters that the person of asking holds;
The second playing card for learning Chinese characters socket is used by the person of answering, and can implement combination and separate with the N that comprises described the second playing card for learning Chinese characters (N＞=2) playing card for learning Chinese characters that the person of answering holds;
Voice-output unit, the exportable described first, second, third and the 4th voice messaging;
Study rhythm control module, when the person of asking is inserted into described the first playing card for learning Chinese characters socket with described the first playing card for learning Chinese characters, described study rhythm control module makes electronic pet along described rail running described the first playing card for learning Chinese characters socket place of process and reads in described the first coded message, then play corresponding the first voice messaging of described the first coded message by described voice-output unit, follow described study rhythm control module and make the reaction that electronic pet is out of service and the wait person of answering makes described the first voice messaging; When the described person of answering judges according to described the first voice messaging, and when from its N that holds (N＞=2) playing card for learning Chinese characters, finding out immediate the second playing card for learning Chinese characters of meaning and inserting described the second playing card for learning Chinese characters socket, described electronic pet can be reset to travel and then pass through described the second playing card for learning Chinese characters and read in described the second coded message, and then plays corresponding the second voice messaging of described the second coded message by described voice-output unit;
The answer arbitration unit, after described the first coded message and the second coded message are read into, described answer arbitration unit can be consulted the set information about described first, second coded message correlativity in the correlation logic setup unit, then make the correct judgement of answer and play the 3rd voice messaging if two coded messages are relevant, then make the judgement of answer mistake and play the 4th voice messaging if two coded messages are irrelevant, thereby finish the learning process by electronically controlled question-response.
The embodiment of the invention also provides a kind of method that realizes question and answer mode study in the electronic interactive toy type learning machine, may further comprise the steps:
The person of asking will select the first playing card for learning Chinese characters to insert in the first playing card for learning Chinese characters socket in its N that holds (N＞=2) playing card for learning Chinese characters;
Described learning machine reads in the first coded message in described the first playing card for learning Chinese characters;
Described learning machine is found out default first voice messaging relevant with described the first coded message in storer;
Described learning machine is play described the first voice messaging;
The person of answering judges according to the first voice messaging of described broadcast, and find out immediate the second playing card for learning Chinese characters of implication from its N that holds (N＞=2) playing card for learning Chinese characters;
The person of answering inserts described the second playing card for learning Chinese characters in the second playing card for learning Chinese characters socket;
Described learning machine reads in the second coded message of described the second playing card for learning Chinese characters;
Described learning machine is found out default second voice messaging relevant with described the second coded message in storer;
Described learning machine is play described the second voice messaging;
Described learning machine is found out default about described the first coded message and described the second coded message relevant information whether in the correlation logic setup unit, then make the correct judgement of answer and play the 3rd voice messaging if two coded messages are relevant, then make the judgement of answer mistake and play the 4th voice messaging if two coded messages are irrelevant, thereby finish the study overall process by programme controlled question-response.
The embodiment of the invention also provides the method that realizes question and answer mode study in a kind of electronic interactive toy type learning machine in comprising electronic pet, cyclic track, may further comprise the steps:
The person of asking will select the first playing card for learning Chinese characters to insert in the first playing card for learning Chinese characters socket in its N that holds (N＞=2) playing card for learning Chinese characters;
Described electronic pet automatically starts and exercises to described the first playing card for learning Chinese characters place;
Described learning machine reads in the first coded message in the first playing card for learning Chinese characters;
Described learning machine is found out default first voice messaging relevant with described the first coded message in storer;
Described learning machine is play described the first voice messaging;
Described electronic pet is crossed described the first playing card for learning Chinese characters and is stopped to travel;
The person of answering judges according to the first voice messaging of described broadcast, and find out immediate the second playing card for learning Chinese characters of implication from its N that holds (N＞=2) playing card for learning Chinese characters;
The person of answering inserts described the second playing card for learning Chinese characters in described the second playing card for learning Chinese characters socket;
Described electronic pet is reset and is exercised to described the second playing card for learning Chinese characters place;
Described learning machine reads in the second coded message of described the second playing card for learning Chinese characters;
Described learning machine is found out default second voice messaging relevant with described the second coded message in storer;
Described learning machine is play described the second voice messaging;
Described learning machine is found out default about described the first coded message and described the second coded message relevant information whether in the correlation logic setup unit, then make the correct judgement of answer and play the 3rd voice messaging if two coded messages are relevant, then make the judgement of answer mistake and play the 4th voice messaging if two coded messages are irrelevant;
Described electronic pet is crossed described the second playing card for learning Chinese characters and is stopped in the appropriate location, thereby finishes the study overall process by programme controlled question-response.
The embodiment of the invention also provides a kind of electronic interactive toy finger-guessing game game machine, comprising:
The first playing card comprises the first coded message, and described the first playing card is one of them in the N that holds of the first player (N＞=2) playing card;
The second playing card comprises the second coded message, and described the second playing card is one of them in the N that holds of the second player (N＞=2) playing card;
Voice message memory includes first, second voice messaging corresponding with described first, second coded message;
Victory or defeat logic setup unit includes the set information about described first, second coded message victory or defeat logic;
The first playing card socket for described the first player, can be implemented combination with any one of the described N that is held by the first player (N＞=2) playing card and separates;
The second playing card socket for described the second player, can be implemented combination with any one of the described N that is held by the second player (N＞=2) playing card and separates;
Voice-output unit, exportable described first, second voice messaging;
With corresponding the first display equipment of described the first player;
With the corresponding second display device of described the second player;
Controller unit, when described first, the second playing card is respectively by described first, the second player is inserted into described first, during the second playing card socket, described controller unit can read in respectively described first, the second coded message, then play respectively described first by described voice-output unit, the second coded message corresponding first, the second voice messaging, last controller unit can be consulted about described first by described victory or defeat logic setup unit, the set information of the second coded message victory or defeat logic, and by described first, the second display device shows both sides' victory or defeat score, thereby realizes the overall process of electronic finger-guessing game game.
The embodiment of the invention also provides a kind of electronic interactive toy finger-guessing game game machine, comprises electronic pet, cyclic track, comprising:
The first playing card includes the first coded message, and described the first playing card is one of them in the N that holds of the first player (N＞=2) playing card;
The second playing card includes the second coded message, and described the second playing card is one of them in the N that holds of the second player (N＞=2) playing card;
Voice message memory includes first, second voice messaging corresponding with described first, second coded message;
Victory or defeat logic setup unit includes the set information about described the first coded message and the second coded message victory or defeat logic;
The first playing card socket for described the first player, can make up with the N that is held by the first player (N＞=a 2) playing card that comprises described the first playing card and separate;
The second playing card socket for described the second player, can make up with the N that is held by the second player (N＞=a 2) playing card that comprises described the second playing card and separate;
The first display equipment corresponding to described the first player;
Second display device corresponding to described the second player;
Voice-output unit, exportable described first, second voice messaging;
Game rhythm control module, when described first, the second player is with described first, the second playing card inserts described first, behind the second playing card socket, described game rhythm control module makes described electronic pet along described rail running described the first playing card of process and reads in described the first coded message, then play corresponding the first voice messaging of described the first coded message by described voice-output unit, follow described game rhythm control module and make electronic pet travel through described the second playing card for learning Chinese characters and read in described the second coded message, and then play corresponding the second voice messaging of described the second coded message by described voice-output unit;
The victory or defeat arbitration unit, after described first, second coded message is read into, described victory or defeat arbitration unit can be consulted set information about described first, second coded message victory or defeat logic by described victory or defeat logic setup unit, and pass through the victory or defeat score that first, second display equipment shows both sides, thereby realize the overall process of the finger-guessing game game of electronization.
The embodiment of the invention also provides a kind of method that realizes the finger-guessing game Entertainment in the electronic interactive toy game, may further comprise the steps:
The first player extracts the first playing card in its N that holds (N＞=2) playing card, described the first playing card comprises the first coded message;
Described the first player inserts described the first playing card in the first playing card socket;
The second player extracts the second playing card in its N that holds (N＞=2) playing card, described the second playing card comprises the second coded message;
Described the second player inserts described the second playing card in the second playing card socket;
Described game machine reads in described the first coded message in described the first playing card;
Described game machine is found out default first voice messaging relevant with described the first coded message in storer;
Described game machine is play described the first voice messaging;
Described game machine reads in described the second coded message in described the second playing card;
Described game machine is found out default second voice messaging relevant with described the second coded message in storer;
Described game machine is play described the second voice messaging;
Described game machine is found out the default information about described first, second coded message victory or defeat logic in victory or defeat logic setup unit, judge both sides' victory or defeat score according to described victory or defeat logic;
Described game machine shows described first, second player's victory or defeat score by display equipment, thereby realizes the overall process by programme controlled finger-guessing game Entertainment.
The embodiment of the invention also provides the method that realizes the finger-guessing game Entertainment in a kind of electronic interactive toy game in comprising electronic pet, cyclic track, may further comprise the steps:
The first player extracts the first playing card from its N that holds (N＞=2) playing card, described playing card comprises the first coded message;
Described the first player inserts described the first playing card in the first playing card socket;
The second player extracts the second playing card from its N that holds (N＞=2) playing card, described playing card comprises the second coded message;
Described the second player inserts described the second playing card in the second playing card socket;
Described electronic pet automatically starts and exercises to described the first playing card place;
Described game machine reads in the first coded message in described the first playing card;
Described game machine is found out default first voice messaging relevant with described the first coded message in storer;
Described game machine is play described the first voice messaging;
Described electronic pet is crossed described the first playing card and is exercised to described the second playing card place;
Described game machine reads in the second coded message of the second playing card;
Described game machine is found out default second voice messaging relevant with described the second coded message in storer;
Described game machine is play described the second voice messaging;
Described game machine is found out the information of the victory or defeat logic of default relevant described first, second coded message in victory or defeat logic setup unit, and judges both sides' victory or defeat score according to described victory or defeat logic;
Described game machine shows described first, second player's victory or defeat score information by display equipment;
Described electronic pet is crossed described the second playing card and is exercised and stop to the appropriate location, thereby realizes the overall process by programme controlled finger-guessing game Entertainment.
The beneficial effect that the present invention has is that it is brand-new device and the technology that can realize simultaneously " people-machine " interaction and " machine-machine " interaction, this device and technology can realize the function that traditional product can't realize, not only embodied higher level of intelligence, also more playing method is provided and brings larger enjoyment for the player simultaneously.
Description of drawings
Fig. 1 is a kind of energy-saving type toy signal system schematic diagram that comprises the analog orbit traffic of electronic pet, cyclic track and electronic guide board of the embodiment of the invention one;
Fig. 2 is the energy-saving type toy signal system functional structure block scheme of the relevant analog orbit traffic of the embodiment of the invention one;
Fig. 3 is the electronic-circuit diagram/block scheme of the relevant energy-saving type electronic guide board of the embodiment of the invention one;
Fig. 4 is the method flow diagram of realizing the energy-saving type mode of operation in the toy signal system of the analog orbit traffic that comprises electronic pet, cyclic track and electronic guide board that the embodiment of the invention one is correlated with;
Fig. 5 is a kind of schematic diagram that comprises the question and answer mode electronic interactive toy type learning machine of electronic pet, cyclic track of the embodiment of the invention two;
Fig. 6 is the functional structure block scheme of the relevant question and answer mode electronic interactive toy type learning machine that comprises electronic pet, cyclic track of the embodiment of the invention two;
Fig. 7 is the method flow diagram of realizing question and answer mode study in the electronic interactive toy type learning machine that the embodiment of the invention two is correlated with;
Fig. 8 is the method flow diagram of realizing question and answer mode study in the electronic interactive toy type learning machine that comprises electronic pet, cyclic track that the embodiment of the invention two is correlated with;
Fig. 9 is a kind of schematic diagram that comprises the electronic interactive toy finger-guessing game game machine of electronic pet, cyclic track of the embodiment of the invention three;
Figure 10 is the functional structure block scheme of the relevant electronic interactive toy finger-guessing game game machine that comprises electronic pet, cyclic track of the embodiment of the invention three;
Figure 11 is the method flow diagram of realizing the finger-guessing game Entertainment in the electronic interactive toy game that the embodiment of the invention three is correlated with;
Figure 12 is the method flow diagram of realizing the finger-guessing game Entertainment in the electronic interactive toy game that comprises electronic pet, cyclic track that the embodiment of the invention three is correlated with.
Embodiment
The invention will be further described below in conjunction with accompanying drawing.Please refer to shown in Figure 1ly, this is a kind of energy-saving type toy signal system schematic diagram that comprises the analog orbit traffic of electronic pet, cyclic track and electronic guide board of the embodiment of the invention one.10 is the electronic pet of a generalized concept among the figure, in embodiments of the present invention, every by Electronic Control, by driven by power, the device with interaction function that can walk/travel all is called as " electronic pet ", no matter it has which kind of appearance design and the performance of which kind of function.In the present embodiment, electronic pet has the configuration design of model train usually, and can travel at a fixing track, so the electronic pet of the present embodiment also can be described as toy train or train toy.
In Fig. 1, electronic pet 10 can travel at track 11, and track 11 is usually designed to annular, so that electronic pet can travel in track 11 cocycles.In described system and device, include for carrying out interactional electronic guide board 12 with electronic pet, electronic guide board 12 among the figure is " stopping " word board, the meaning (instruction) that representative is stopped, this traffic guideboard with routine has identical concept, difference is that the guideboard of the embodiment of the invention is " electronic guide board ", when described electronic pet during near described electronic guide board, described electronic guide board can send the relevant wireless digital coding ID signal of guideboard implication, described numerical coding ID signal can be received by described electronic pet, can implement interactive reaction between electronic pet and the electronic guide board thereby make.
Can find among above-mentioned analysis, the signal system of the embodiment of the invention is different from the signal system of routine.Normal signal system (such as red green traffic lamp etc.) normally sends visible light signal, described visible light signal is normally seen to the driver, the driver carries out driver behavior according to the visible light colour light signal, does not directly concern between vehicle itself and the signal system.Sightless wireless signal and the signal system of the embodiment of the invention is sent, described wireless signal is received by vehicle itself and implements interactive reaction according to signal designation, in this sense, vehicle be not one independently individual, they have consisted of a signal system of the embodiment of the invention with electronic guide board.
Because carrying out signal by wireless mode, the electronic guide board of the embodiment of the invention sends, there are several technical matterss to need to solve in practical application, the one, the control problem that signal sends, because the wireless signal coverage is wider, for fear of receiving wrong signal, need to possess effective sequential control; Another problem that will solve is power saving, because the embodiment of the invention is a cover electronic toy system, a lot of electronic guide boards are arranged, and each electronic guide board is as independent current source with button cell, because the button cell capacity is very little, must effective energy-conservation ability use for a long time.
The sequential control problem that sends in order to solve signal, the embodiment of the invention have adopted the directed triggering mode of near radio to realize effective collection and the control of electronic guide board information.For example when 10 travel to 12 the place ahead on 11, can make electronic guide board 12 activate by directional transmissions wireless trigger signal 15 (for example to track one side emission infrared signal), thereby make electronic guide board enter the numerical coding id information of duty emission self, make electronic pet can closely read in the described parking information that is comprised by the numerical coding id information, and described cutoff command is reacted on 10 ' locate to stop, realize the interaction reaction between electronic pet and the electronic guide board.The benefit that triggers electronic guide board by directional transmissions wireless trigger signal is that any one only has an electronic guide board to be activated constantly, can avoid like this in the time of one, being carved with the situation appearance that a plurality of electronic guide boards send wireless messages simultaneously, thereby the confusion that can effectively avoid information to send, and when electronic guide board can be in the powered down sleep state before activating always, the consumption of the energy can be effectively saved thus, thereby two critical problems shown in above-mentioned can be solved simultaneously.
In example shown in Figure 1 except " stopping " word board, also have other five electronic guide boards, be respectively " ring " by counterclockwise order, " soon ", " thunderstorm belt ", " bird appreciation district " reaches " slowly " word guideboard etc., when electronic pet passes through described electronic guide board successively along rail running, can send successively the train sound of blowing a whistle according to the information of described electronic guide board, give it the gun, send thunderstorm sound, the reaction such as send chirping of birds and slow down, thereby make between electronic pet and the electronic guide board and be implemented in sound, interaction on speed and the state, make described electronic pet/train toy realistic and recreational, this not only can increase the attractive force of toy, also can to the learning of playing of toy to the knowledge of signal system, have puzzle effect.
The below is referring again to shown in Figure 2, and this is the energy-saving type toy signal system functional structure block scheme of the relevant analog orbit traffic of the embodiment of the invention one, is further specifying the described system of Fig. 1.10 is electronic pet among the figure, and 12 is electronic guide board, and 16 is the electronic guide board pedestal, and here 10,12,16 have consisted of a wireless toy signal system with power saving function.In electronic pet 10, include interactive control module, in this unit, include power-jdriven gear, can drive 10 along rail running.In addition, also include the first wireless launcher of an orientable emission infrared signal, can launch the first wireless signal 17 to track or track one side positioning, wireless trigger power switch on the electronic guide board that order is gone up on the way triggers, make the electric current of the button cell device on the electronic guide board be supplied to the second wireless launcher by this wireless trigger power switch, described the second wireless launcher can be launched the second wireless signal 18 (infrared signal or RF wireless signal), described the second wireless signal includes the default numerical coding id information of electronic guide board, described the second wireless signal is received by the first radio receiver on the electronic pet 10 (infrared signal receiver or RF wireless signal receiver), and send described numerical coding id information to controller unit (available microcontroller, microprocessor or other digital logic controller are taken on), then controller makes electronic pet implement corresponding interactive reaction according to the id information content by interactive control module, for example accelerate, slow down, the operations such as parking, or by the relevant audio-frequency information of audio playing unit broadcast (for example specific audio), the data of described audio-frequency information can be from electronic guide board itself, also can be stored in advance nonvolatile memory in 10 (ROM for example, EEPROM, FLASH etc.) in, behind the numerical coding ID that receives electronic guide board, described controller unit can take out corresponding audio-frequency information and play by described audio playing unit from storer.
The in addition timer that in 10, is connected with controller unit, be mainly used in after electronic pet 10 receives the numerical coding id information that represents cutoff command and implements shut-down operation, can reset after a specific time, this has simulated the situation that train enters platform parking and then starting operation.
In actual applications, described the first wireless signal can adopt infrared signal because infrared ray has directivity, when to the emission of track or track one side, only have on the track or the other relevant position of track on electronic guide board can receive described signal.Can use infra-red sensor switch as for the wireless trigger power switch among the figure, when receiving described infrared signal, described infra-red sensor switch is triggered, and sends described numerical coding id information thereby activate the second wireless launcher.Can also adopt in actual applications light signal, field signal, ultrasonic signal etc. as the first wireless signal the wireless trigger power switch to be triggered, concrete principle all is similar, has not just given unnecessary details here.
The below is referring again to shown in Figure 3, and this is the electronic-circuit diagram/block scheme of the relevant energy-saving type electronic guide board of the embodiment of the invention one, and this also is that the electronic guide board 12 among Fig. 2 is further described.31 is the wireless trigger power switch among the figure, and 33 are the main circuit of electronic guide board (including numerical coding ID and the second wireless launcher), and 35 (BT1) are button cell (or other battery) device.Infrared photodiode (or claiming infrared photodiode) VD1 during normality in 31 is in cut-off state, and (dark current is usually less than 1 microampere, can ignore), thereby make 33 to be in the power-off energy saving state, at this moment button cell 35 can be thought does not have the consumption of electric energy.
When electronic pet 10 travels and when the electronic guide board 12 in track 11, the infrared signal of 10 directional transmissions (i.e. the first wireless signal) thus can shine that VD1 is upper to make VD1 conducting (generation photocurrent), the conducting of described VD1 further makes Q1, Q2 conducting and provides its required operating voltage VCC to 33, make the second wireless launcher wherein enter normal operating conditions and launch the second wireless signal that includes optional network specific digit coding id information, described signal is received by described electronic pet, realizes the exchange of the guideboard information of signal system.
The below is referring again to shown in Figure 4, this is the method flow diagram of realizing the energy-saving type mode of operation in the toy signal system of the analog orbit traffic that comprises electronic pet, cyclic track and electronic guide board that the embodiment of the invention one is correlated with, be that a generality of Fig. 1～3 described systems is summed up, specifically may further comprise the steps:
Step S401 is for making described electronic guide board be in the power-off energy saving state under normality;
Step S402 is for making described electronic pet move on described cyclic track, and in operational process directional transmissions the first wireless signal;
Step S403 is for when described electronic pet during near described electronic guide board, and the wireless trigger power switch triggering in the described electronic guide board of the first wireless communication command of described directional transmissions makes described electronic guide board enter the energising duty by the power-off energy saving state thus;
Step S404 is that described electronic guide board sends the second wireless signal that comprises the numerical coding id information by the second wireless launcher;
Step S405 is that described electronic pet receives described numerical coding id information by the first radio receiver;
Step S406 is for after the validity of described numerical coding ID is identified, and the transmission of described the first wireless signal will be stopped, and make thus described wireless trigger power switch return to normal, thereby make described electronic guide board enter the power-off energy saving state again;
Step S407 is for after the validity of described numerical coding ID is identified, and described electronic pet is play the audio-frequency information corresponding with described numerical coding ID, or makes described electronic pet make the interaction reaction corresponding with described numerical coding ID;
Step S408 is for when interaction reaction corresponding to described numerical coding ID reacted for stopping, and described electronic pet can start a timing device, after the time of described timing device expires, can make described electronic pet reset and move;
Step S409 redirects described the first wireless signal of emission for after described electronic pet leaves the effective range of described electronic guide board, to trigger and to receive the numerical coding id information of next electronic guide board.
In the described method of above-mentioned Fig. 4, described the first wireless signal is infrared signal, described wireless trigger switch is infra-red sensor switch, described the second wireless signal is infrared ray or RF wireless signal, described the first radio receiver is infrared receiving device or RF radio receiver, and described electronic pet has the shape-designing of model train.
The below is referring again to shown in Figure 5, and this is a kind of schematic diagram that comprises the question and answer mode electronic interactive toy type learning machine of electronic pet, cyclic track of the embodiment of the invention two, is a development, raising and new application the to embodiment one described system and device.Usually the situation by single use is different from traditional learning machine, the learning machine of the embodiment of the invention is used simultaneously by two people usually, and can adopt the mode of question-response to learn, simulated the relation of teacher and student (or the head of a family and child) in the true environment, and will learn to combine together with amusement, be a kind of brand-new electronization study pattern.
50 is electronic pet among the figure, and described electronic pet is suitable for travelling on the cyclic track 11, and successively through the first character learning socket 53 and the second playing card for learning Chinese characters socket 55.In the actual learning/process of playing, the person of asking (teacher) will be sitting near the first playing card for learning Chinese characters socket 53 places, the person of answering (student) then is sitting near the second playing card for learning Chinese characters socket 55 places, respectively hold a secondary playing card for learning Chinese characters in the person of asking and the person's of the answering hand, every secondary playing card for learning Chinese characters all includes N (N＞=2) specific playing card for learning Chinese characters, the playing card for learning Chinese characters that the person of the asking/person of answering holds can just the same (for example both sides have " lion lion ", " tiger Tiger ", " horse Horse " three boards), also can be different.The different situation of board face content for two secondary boards, the embodiment of the invention requires to set up in advance both correlation logics, for example the hypothesis person's of asking board is lion, tiger, horse pattern, and the person's of answering board is lion, tiger, Marvin's word, then lion pattern and lion literal have correlativity, and lion pattern and tiger, Marvin's word do not have correlativity, the correlation logic/correlativity of other each board can the like.
In actual learning/when playing, the person of asking can choose one of them (below be referred to as the first playing card for learning Chinese characters) and be inserted in the first playing card for learning Chinese characters socket from N playing card for learning Chinese characters, what show in Fig. 5 is that lion pattern 51 is inserted among the playing card for learning Chinese characters socket 53 (in actual product, the person of asking and the person of answering can only see the playing card for learning Chinese characters board face of oneself and can't see the other side's playing card for learning Chinese characters board face, for example the playing card upset is inserted into again among the playing card socket, a kind of private playing mode), at this moment electronic pet 50 can start and exercise to 53 places along track automatically, when it can read in the coded message (hereinafter referred to as the first coded message) that is included in the playing card for learning Chinese characters 51 during through 53 place, and can play out the voice messaging relevant with lion (the first coded message) (such as roar that sends lion etc., this voice messaging relevant with the first coded message is known as the first voice messaging), then electronic pet can be automatically located to stop 50 ' and is waited for the person's of answering answer/reaction.In actual product, the person of answering is board face contents of can't see the first playing card for learning Chinese characters at the second playing card for learning Chinese characters socket 55 places, judge only the content of playing card for learning Chinese characters with the voice messaging relevant with the first playing card for learning Chinese characters that sends during through the first playing card for learning Chinese characters according to electronic pet, to judge that according to the roar of described lion the content of the first playing card for learning Chinese characters should be relevant with lion in the embodiment of Fig. 5, therefore the second playing card for learning Chinese characters (" Lion lion ") 52 that will hold at hand is inserted among the second playing card for learning Chinese characters socket 55, at this moment electronic pet 50 ' can be reset and along rail running to the second playing card for learning Chinese characters socket 55 places again, and then read in the coded message (hereinafter referred to as the second coded message) that is included in the second playing card for learning Chinese characters 52, and can play out the pronunciation (this voice messaging corresponding with the second coded message is known as the second voice messaging) of Lion lion, because Lion lion literal is relevant with the lion pattern, can judge that thus the person of answering has answered questions, therefore system and device can play out cheer (namely sure voice messaging is called as the 3rd voice messaging here); Not " Lion lion " but the words of " Tiger tiger " if be inserted into before the person of answering in 55, then electronic pet is through just playing out the pronunciation of Tiger tiger at 55 o'clock, system and device can judge answer wrong, and can play out hiss (voice messaging namely negating is referred to as the 4th voice messaging here).At last, electronic pet can stop at 50 places, thereby has finished the overall process of the study of question-response/play.
The below is referring again to shown in Figure 6, and this is the functional structure block scheme of the relevant question and answer mode electronic interactive toy type learning machine that comprises electronic pet, cyclic track of the embodiment of the invention two, is further specifying the system shown in Figure 5 device.50 is electronic pet among the figure, and 51 is the first playing card for learning Chinese characters, can implement combination and separate with the first playing card for learning Chinese characters socket 53, and 52 is the second playing card for learning Chinese characters, can implement combination and separate with the second playing card for learning Chinese characters socket 55.Include in the drawings a control assembly 58, these parts can be arranged on the electronic pet, also can be arranged at outside the electronic pet, become an independently control assembly.Different from the wireless connections mode of the embodiment of the invention one of earlier figures 2, the electronic pet 50 of the embodiment of the invention two of Fig. 6, the first playing card for learning Chinese characters socket 53, the second playing card for learning Chinese characters socket 55, and control assembly 58 carries out the signal connection by control bus 56, but also can carry out wireless connections with reference to the mode of Fig. 2 in actual applications, depend on the needs of application and decide.The place that another one is different from Fig. 2 is that the playing card for learning Chinese characters information of Fig. 6 reads in that control device is arranged on the playing card for learning Chinese characters socket but not on the playing card for learning Chinese characters, this design helps the playing card for learning Chinese characters designs simplification.
In actual applications, described voice message memory (available non-volatile memory, such as ROM, EEPROM, FLASH etc. taken on) include relevant voice messaging and other the relevant voice messaging of all playing card for learning Chinese characters that the person of asking and the person of answering hold, minimumly for Fig. 6 include first voice messaging corresponding with the first coded message (lion roar) and the second voice messaging (text pronunciation of Lion lion), and represent the 4th voice messaging (hiss) that sure the 3rd voice messaging (cheer) and representative are negated.In Fig. 6, also include the correlation logic setup unit, in described correlation logic setup unit, be preset with the information of all playing card for learning Chinese characters correlativitys that the person of asking and the person of answering hold, for example the hypothesis person of asking has three playing card for learning Chinese characters, be respectively lion, tiger, horse pattern, and corresponding to first and third, five coded messages, and the person of answering also has three playing card for learning Chinese characters, is respectively lion, tiger, Marvin's word, corresponding to second, four, six coded messages.In this case, first and second coded message, the 3rd and the 4th coded message, the 5th and the 6th coded message have correlativity, and the coded message of other intersection is non-correlation then.Above-mentioned these correlativity data can default in the correlation logic setup unit when product export, and this correlation logic setup unit available non-volatile memory on using is taken on.
The core cell of control assembly 58 is controller unit, can take on microcontroller, microprocessor or other digital logic controller.When described the first playing card for learning Chinese characters 51 is inserted into described the first playing card for learning Chinese characters socket 53 by the person of asking, described controller unit can read in described the first coded message, then play corresponding the first voice messaging of described the first coded message by described voice-output unit, follow the reaction that described control module can wait for that the person of answering makes described the first voice messaging; When the described person of answering judges according to described the first voice messaging, and when from its N that holds playing card for learning Chinese characters, finding out immediate the second playing card for learning Chinese characters 52 of meaning and inserting described the second playing card for learning Chinese characters socket 55, described controller can read in described the second coded message, then plays corresponding the second voice messaging of described the second coded message by described voice-output unit; Last controller also can be consulted the set information about described first, second coded message correlativity in the correlation logic setup unit, if relevant the 3rd voice messaging of then playing of two coded messages, then play the 4th voice messaging if two coded messages are irrelevant, thereby finish the learning process by electronically controlled question-response.
If the function of above-mentioned controller unit is segmented, then can specifically tell again study rhythm control module and two functional module elements of answer arbitration unit and come.When the person of asking is inserted into described the first playing card for learning Chinese characters socket 53 with described the first playing card for learning Chinese characters 51, described study rhythm control module can make electronic pet travel through described the first playing card for learning Chinese characters 51 and read in described the first coded message along described track 11, then play corresponding the first voice messaging of described the first coded message by described voice-output unit, follow described study rhythm control module and make electronic pet 50 out of service and wait for the reaction that the person of answering makes described the first voice messaging; When the described person of answering judges according to described the first voice messaging, and when from N (N＞=2) playing card for learning Chinese characters, finding out immediate the second playing card for learning Chinese characters 52 of meaning and being inserted into described the second playing card for learning Chinese characters socket 55, described electronic pet 50 can be reset to travel and then pass through described the second playing card for learning Chinese characters and read in described the second coded message, and then plays corresponding the second voice messaging of described the second coded message by described voice-output unit.
Function as for the answer arbitration unit is, after described the first coded message and the second coded message are read into, described answer arbitration unit can be consulted the set information about described first, second coded message correlativity in the correlation logic setup unit, then make the correct judgement of answer and play the 3rd voice messaging if two coded messages are relevant, then make the judgement of answer mistake and play the 4th voice messaging if two coded messages are irrelevant, thereby finish the learning process by electronically controlled question-response.
Fig. 7 is the method flow diagram of realizing question and answer mode study in the electronic interactive toy type learning machine that the embodiment of the invention two is correlated with, and is that a generality of Fig. 5, the described system of Fig. 6 is summed up, and specifically may further comprise the steps:
Step S701 is that the person of asking will select the first playing card for learning Chinese characters to insert in the first playing card for learning Chinese characters socket in its N that holds (N＞=2) playing card for learning Chinese characters;
Step S702 is that described learning machine reads in the first coded message in described the first playing card for learning Chinese characters;
Step S703 is that described learning machine is found out default first voice messaging relevant with described the first coded message in storer;
Step S704 is that described learning machine is play described the first voice messaging;
Step S705 is that the person of answering judges according to the first voice messaging of described broadcast, and finds out immediate the second playing card for learning Chinese characters of implication from its N that holds (N＞=2) playing card for learning Chinese characters;
Step S706 inserts described the second playing card for learning Chinese characters in the second playing card for learning Chinese characters socket for the person of answering;
Step S707 is the second coded message that described learning machine reads in described the second playing card for learning Chinese characters;
Step S708 is that described learning machine is found out default second voice messaging relevant with described the second coded message in storer;
Step S709 is that described learning machine is play described the second voice messaging;
Step S710 is that described learning machine is found out in the correlation logic setup unit default about described the first coded message and described the second coded message relevant information whether, then make the correct judgement of answer and play the 3rd voice messaging if two coded messages are relevant, then make the judgement of answer mistake and play the 4th voice messaging if two coded messages are irrelevant, thereby finish the study overall process by programme controlled question-response.
In the described question and answer mode learning method of above-mentioned Fig. 7, described first, second coded message is digital code information, and described storer and correlation logic setup unit are nonvolatile memory.
Fig. 8 is the method flow diagram of realizing question and answer mode study in the electronic interactive toy type learning machine that comprises electronic pet, cyclic track that the embodiment of the invention two is correlated with, be more detailed summary and the summary to Fig. 5, the described system and device of Fig. 6, specifically may further comprise the steps:
Step S801 is that the person of asking will select the first playing card for learning Chinese characters to insert in the first playing card for learning Chinese characters socket in its N that holds (N＞=2) playing card for learning Chinese characters;
Step S802 is the automatic starting of described electronic pet and exercises to described the first playing card for learning Chinese characters place;
Step S803 is that described learning machine reads in the first coded message in the first playing card for learning Chinese characters;
Step S804 is that described learning machine is found out default first voice messaging relevant with described the first coded message in storer;
Step S805 is that described learning machine is play described the first voice messaging;
Step S806 is that described electronic pet is crossed described the first playing card for learning Chinese characters and stopped to travel;
Step S807 is that the person of answering judges according to the first voice messaging of described broadcast, and finds out immediate the second playing card for learning Chinese characters of implication from its N that holds (N＞=2) playing card for learning Chinese characters;
Step S808 inserts described the second playing card for learning Chinese characters in described the second playing card for learning Chinese characters socket for the person of answering;
Step S809 is that described electronic pet is reset and exercised to described the second playing card for learning Chinese characters place;
Step S810 is the second coded message that described learning machine reads in described the second playing card for learning Chinese characters;
Step S811 is that described learning machine is found out default second voice messaging relevant with described the second coded message in storer;
Step S812 is that described learning machine is play described the second voice messaging;
Step S813 is that described learning machine is found out in the correlation logic setup unit default about described the first coded message and described the second coded message relevant information whether, then make the correct judgement of answer and play the 3rd voice messaging if two coded messages are relevant, then make the judgement of answer mistake and play the 4th voice messaging if two coded messages are irrelevant;
Step S814 is that described electronic pet is crossed described the second playing card for learning Chinese characters and stopped in the appropriate location, thereby finishes the study overall process by programme controlled question-response.
In the described question and answer mode learning method of above-mentioned Fig. 8, described first, second coded message is digital code information, and described storer and correlation logic setup unit are nonvolatile memory, and described electronic pet has the shape-designing of model train.
The below is referring again to shown in Figure 9, and this is a kind of schematic diagram that comprises the electronic interactive toy finger-guessing game game machine of electronic pet, cyclic track of the embodiment of the invention three, is a development, raising and new application the to embodiment one described system.The traditional concept of " stone ", " scissors ", " cloth " has been continued to use in the finger-guessing game of embodiment of the invention game, also adopted and stone gram scissors, scissors gram cloth, restrained again the game rule of stone by cloth, but different is that the embodiment of the invention has adopted the mode of electronic interactive toy game to come open result and judgement victory or defeat, seem more fair and (just open board because of waiting both sides all to go out board, do not have opening lead, after the dispute of playing a card), simultaneously also vivid and interesting more is a kind of brand-new finger-guessing game game machine product.
90 is electronic pet among the figure, and described electronic pet travels on cyclic track 11, and successively through the first playing card socket 93 and the second playing card socket 95.In the actual process of playing, the first player is sitting in the first playing card socket 93 places, the second player then is sitting in the second playing card socket 95 places, respectively hold a secondary playing card in first, second player's hand, every secondary playing card specifically includes 3 specific playing cards, is respectively " stone ", " scissors ", " cloth ".The first player and the second player hold respectively 91A, 91B, 91C and 92A, each three playing card of 92B, 92C specifically.
When being at play, first, second player chooses respectively one of them and is inserted among the playing card socket in non-public mode that (the board face that why can see both sides in Fig. 9 is both sides' situation of playing a card for convenience of description from 3 playing cards that it is held, when reality is used, the playing card upset can be inserted among the playing card socket afterwards again, so just not allow the other side see the board face of oneself).Be that the first player is inserted into the first playing card " stone " 91A in the first playing card socket 93 in Fig. 9, and the second player is inserted into the second playing card " scissors " 92B in the second playing card socket 95.When first, after the second playing card has all gone out, electronic pet 90 automatically starting and along track 11 through the first playing card socket 93 places, when it can read in the first coded message that is included in the first playing card 91A during through 93 place, and can play out the voice messaging relevant with the stone (sound of similar stone explosion or send the pronunciation of " stone " for example, this voice messaging relevant with the first coded message is called as the first voice messaging), then electronic pet can be along pass through again the second playing card socket 95 and read in the second coded message that is included in the second playing card 92B of track, and can play out the voice messaging relevant with scissors (for example scissors is cut the sound of thing or sent the pronunciation of " scissors ", and this voice messaging corresponding with the second coded message is known as the second voice messaging).Because " stone " gram " scissors " in game rule, therefore can judge that the first player wins, at this moment first display 96 meetings relevant with the first player show the information that the first player wins or show score, and information or the demonstration of second display 98 meeting demonstrations second player's failure relevant with the second player are lost points.At last, electronic pet can return the place of originally setting out, thereby has finished the overall process of an electronic finger-guessing game game and glee.In actual applications, also can show with a display both sides' victory or defeat score, its principle is the same, will repeat no more here.
The below is referring again to shown in Figure 10, and this is the functional structure block scheme of the relevant electronic interactive toy finger-guessing game game machine that comprises electronic pet, cyclic track of the embodiment of the invention three, is further specifying the described system and device of Fig. 9.90 is electronic pet among the figure, and 91A is the first playing card, can implement combination and separate with the first playing card socket 93, and 92B is the second playing card, can implement combination and separate with the second playing card socket 95.Include in the drawings a control assembly 98, these parts can be arranged on the electronic pet, also can be arranged at outside the electronic pet, become an independently control assembly.Different from the wireless connections of the embodiment of the invention one of earlier figures 2, the electronic pet 90 of the embodiment of the invention three shown in Figure 10, the first playing card socket 93, second knows playing card socket 95, and control assembly 98 is to carry out signal by control bus 96 to connect, but also can carry out wireless connections with reference to the mode of Fig. 2 in actual applications, depend on the needs of application and decide.
In actual applications, described voice message memory (available non-volatile memory, such as ROM, EEPROM, FLASH etc. taken on) include all playing cards relevant voice messaging and other voice messaging, minimum first voice messaging corresponding with the first coded message (for example information relevant with stone) and the second voice messaging (for example information relevant with scissors) of including for Figure 10.In Figure 10, also include victory or defeat logic setup unit, in described victory or defeat logic setup unit, be preset with the information of all playing card victory or defeat logics, for example stone (the first coded message) restrains scissors (the second coded message), scissors (the second coded message) Ke Bu (the 3rd coded message) is again by cloth (the 3rd coded message) gram stone (the first coded message).The information of above-mentioned these victory or defeat logics can default in when product export in the described victory or defeat logic setup unit, and this victory or defeat logic setup unit available non-volatile memory on using is taken on.
The core cell of control assembly 98 is controller unit, can take on microcontroller, microprocessor or other digital logic controller.When described first, the second playing card is respectively by described first, the second player is inserted into described first, during the second playing card socket, described controller unit can read in respectively described first, the second coded message, then play respectively described first by described voice-output unit, the second coded message corresponding first, the second voice messaging, last controller unit can be consulted about described first by described victory or defeat logic setup unit, the victory or defeat logic set information of the second coded message, and by described first, the second display device shows both sides' victory or defeat score, thereby realizes the overall process of electronic finger-guessing game game.
If above-mentioned controller unit function is segmented, can specifically tell again game rhythm control module and two functional module elements of victory or defeat arbitration unit.When described first, the second player is with described first, the second playing card 91A, 92B is inserted into described first, behind the second playing card socket, described game rhythm control module makes described electronic pet along described rail running described the first playing card of process and reads in described the first coded message, then play corresponding the first voice messaging of described the first coded message by described voice-output unit, follow described game rhythm control module and make electronic pet travel through described the second playing card for learning Chinese characters and read in described the second coded message, and then play corresponding the second voice messaging of described the second coded message by described voice-output unit;
As for the victory or defeat arbitration unit, then after described first, second coded message is read into, described victory or defeat arbitration unit can be consulted victory or defeat logic set information about described first, second coded message by described victory or defeat logic setup unit, and pass through the victory or defeat score that first, second display equipment shows both sides, thereby realize the overall process of the finger-guessing game game of electronization.
The below refer again to shown in Figure 11, this is the method flow diagram of realizing the finger-guessing game Entertainment in the electronic interactive toy game that the embodiment of the invention three is correlated with, be a recapitulative summary to above-mentioned Fig. 9, the described system and device of Figure 10, specifically may further comprise the steps:
Step S1101 is that the first player extracts the first playing card in its N that holds (N＞=2) playing card, and described the first playing card comprises the first coded message;
Step S1102 is that described the first player inserts described the first playing card in the first playing card socket;
Step S1103 is that the second player extracts the second playing card in its N that holds (N＞=2) playing card, and described the second playing card comprises the second coded message;
Step S1104 is that described the second player inserts described the second playing card in the second playing card socket;
Step S1105 is that described game machine reads in described the first coded message in described the first playing card;
Step S1106 is that described game machine is found out default first voice messaging relevant with described the first coded message in storer;
Step S1107 is that described game machine is play described the first voice messaging;
Step S1108 is that described game machine reads in described the second coded message in described the second playing card;
Step S1109 is that described game machine is found out default second voice messaging relevant with described the second coded message in storer;
Step S1110 is that described game machine is play described the second voice messaging;
Step S1111 is that described game machine is found out the default information about described first, second coded message victory or defeat logic in victory or defeat logic setup unit, judges both sides' victory or defeat score according to described victory or defeat logic;
Step S1112 is described game machine shows described first, second player by display equipment victory or defeat score, thereby realizes the overall process by programme controlled finger-guessing game Entertainment.
In the described method of above-mentioned Figure 11, described storer and victory or defeat logic setup unit are nonvolatile memory; A described N playing card is 3 playing cards, is respectively " stone ", " scissors ", " cloth "; The set information of described victory or defeat logic is stone gram scissors, scissors gram cloth, cloth gram stone.
The below is referring again to shown in Figure 12, this is the method flow diagram of realizing the finger-guessing game Entertainment in the electronic interactive toy game that comprises electronic pet, cyclic track that the embodiment of the invention three is correlated with, be another the recapitulative summary to above-mentioned Fig. 9, the described system and device of Figure 10, specifically may further comprise the steps:
Step S1201 is that the first player extracts the first playing card from its N that holds (N＞=2) playing card, and described playing card comprises the first coded message;
Step S1202 is that described the first player inserts described the first playing card in the first playing card socket;
Step S1203 is that the second player extracts the second playing card from its N that holds (N＞=2) playing card, and described playing card comprises the second coded message;
Step S1204 is that described the second player inserts described the second playing card in the second playing card socket;
Step S1205 is the automatic starting of described electronic pet and exercises to described the first playing card place;
Step S1206 is that described game machine reads in the first coded message in described the first playing card;
Step S1207 is that described game machine is found out default first voice messaging relevant with described the first coded message in storer;
Step S1208 is that described game machine is play described the first voice messaging;
Step S1209 is that described electronic pet is crossed described the first playing card and exercised extremely described the second playing card place;
Step S1210 is the second coded message that described game machine reads in the second playing card;
Step S1211 is that described game machine is found out default second voice messaging relevant with described the second coded message in storer;
Step S1212 is that described game machine is play described the second voice messaging;
Step S1213 is described game machine is found out the victory or defeat logic of default relevant described first, second coded message in victory or defeat logic setup unit information, and judges both sides' victory or defeat score according to described victory or defeat logic;
Step S1214 is described game machine shows described first, second player by display equipment victory or defeat score information;
Step S1215 is that described electronic pet is crossed described the second playing card and enforcement is stopped to the appropriate location, thereby realizes the overall process by programme controlled finger-guessing game Entertainment.
In the described method of above-mentioned Figure 12, described first, second coded message is digital code information; Described storer and victory or defeat logic setup unit are nonvolatile memory; Described electronic pet has the shape-designing of model train; A described N playing card is 3 playing cards, is respectively " stone ", " scissors ", " cloth "; Described victory or defeat logic set information is stone gram scissors, scissors gram cloth, cloth gram stone.
Simultaneously above device and method as herein described only is part preferred implementation of the present invention; should be understood that; for the person of ordinary skill of the art; under the prerequisite that does not break away from the principle of the invention; can also make some improvements and modifications, these improvements and modifications also should be considered as protection scope of the present invention.
Claims (8)
1. a question and answer mode electronic interactive toy type learning machine is characterized in that, comprising:
The first playing card for learning Chinese characters is held by the person of asking, includes the first coded message;
The second playing card for learning Chinese characters is held by the person of answering, and includes the second coded message;
Voice message memory includes first voice messaging and second voice messaging corresponding with described the first coded message and the second coded message, and represents the 3rd sure voice messaging and the 4th negative voice messaging of representative;
The correlation logic setup unit includes about described the first coded message and the second coded message relevant set information whether;
The first playing card for learning Chinese characters socket is used by the person of asking, can implement combination and separate with the N that comprises described the first playing card for learning Chinese characters (N＞=2) playing card for learning Chinese characters that the person of asking holds;
The second playing card for learning Chinese characters socket is used by the person of answering, and can implement combination and separate with the N that comprises described the second playing card for learning Chinese characters (N＞=2) playing card for learning Chinese characters that the person of answering holds;
Voice-output unit, the exportable described first, second, third and the 4th voice messaging;
Controller unit, when described the first playing card for learning Chinese characters is inserted into described the first playing card for learning Chinese characters socket by the person of asking, described controller unit can read in described the first coded message, then play corresponding the first voice messaging of described the first coded message by described voice-output unit, follow the reaction that described controller unit can wait for that the person of answering makes described the first voice messaging; When the described person of answering judges according to described the first voice messaging, and when from its N that holds playing card for learning Chinese characters, finding out immediate the second playing card for learning Chinese characters of meaning and inserting described the second playing card for learning Chinese characters socket, described controller unit can read in described the second coded message, then plays corresponding the second voice messaging of described the second coded message by described voice-output unit; Last described controller unit also can be consulted the set information about described first, second coded message correlativity in the correlation logic setup unit, if relevant the 3rd voice messaging of then playing of two coded messages, then play the 4th voice messaging if two coded messages are irrelevant, thereby finish the learning process by electronically controlled question-response.
2. question and answer mode electronic interactive toy type learning machine as claimed in claim 1 is characterized in that:
Described first, second coded message is digital code information;
Described voice message memory and correlation logic setup unit are nonvolatile memory;
Described controller unit is microcontroller or microprocessor.
3. a question and answer mode electronic interactive toy type learning machine comprises electronic pet, cyclic track, it is characterized in that, comprising:
The first playing card for learning Chinese characters, one of them of the N that holds for the person of asking (N＞=2) playing card for learning Chinese characters includes the first coded message;
The second playing card for learning Chinese characters, one of them of the N that holds for the person of answering (N＞=2) playing card for learning Chinese characters includes the second coded message;
Voice message memory includes first voice messaging and second voice messaging corresponding with described the first coded message and the second coded message, and sure the 3rd voice messaging and the 4th negative voice messaging of representative of representative;
The correlation logic setup unit includes about described the first coded message and the second coded message relevant set information whether;
The first playing card for learning Chinese characters socket is used by the person of asking, can implement combination and separate with the N that comprises described the first playing card for learning Chinese characters (N＞=2) playing card for learning Chinese characters that the person of asking holds;
The second playing card for learning Chinese characters socket is used by the person of answering, and can implement combination and separate with the N that comprises described the second playing card for learning Chinese characters (N＞=2) playing card for learning Chinese characters that the person of answering holds;
Voice-output unit, the exportable described first, second, third and the 4th voice messaging;
Study rhythm control module, when the person of asking is inserted into described the first playing card for learning Chinese characters socket with described the first playing card for learning Chinese characters, described study rhythm control module makes electronic pet along described rail running described the first playing card for learning Chinese characters socket place of process and reads in described the first coded message, then play corresponding the first voice messaging of described the first coded message by described voice-output unit, follow described study rhythm control module and make the reaction that electronic pet is out of service and the wait person of answering makes described the first voice messaging; When the described person of answering judges according to described the first voice messaging, and when from its N that holds (N＞=2) playing card for learning Chinese characters, finding out immediate the second playing card for learning Chinese characters of meaning and inserting described the second playing card for learning Chinese characters socket, described electronic pet can be reset to travel and then pass through described the second playing card for learning Chinese characters and read in described the second coded message, and then plays corresponding the second voice messaging of described the second coded message by described voice-output unit;
The answer arbitration unit, after described the first coded message and the second coded message are read into, described answer arbitration unit can be consulted the set information about described first, second coded message correlativity in the correlation logic setup unit, then make the correct judgement of answer and play the 3rd voice messaging if two coded messages are relevant, then make the judgement of answer mistake and play the 4th voice messaging if two coded messages are irrelevant, thereby finish the learning process by electronically controlled question-response.
4. question and answer mode electronic interactive toy type learning machine as claimed in claim 3 is characterized in that:
Described first, second coded message is digital code information;
Described voice message memory and correlation logic setup unit are nonvolatile memory;
Described electronic pet has the shape-designing of model train.
5. a method that realizes question and answer mode study in the electronic interactive toy type learning machine is characterized in that, may further comprise the steps:
The person of asking will select the first playing card for learning Chinese characters to insert in the first playing card for learning Chinese characters socket in its N that holds (N＞=2) playing card for learning Chinese characters;
Described learning machine reads in the first coded message in described the first playing card for learning Chinese characters;
Described learning machine is found out default first voice messaging relevant with described the first coded message in storer;
Described learning machine is play described the first voice messaging;
The person of answering judges according to the first voice messaging of described broadcast, and find out immediate the second playing card for learning Chinese characters of implication from its N that holds (N＞=2) playing card for learning Chinese characters;
The person of answering inserts described the second playing card for learning Chinese characters in the second playing card for learning Chinese characters socket;
Described learning machine reads in the second coded message of described the second playing card for learning Chinese characters;
Described learning machine is found out default second voice messaging relevant with described the second coded message in storer;
Described learning machine is play described the second voice messaging;
Described learning machine is found out default about described the first coded message and described the second coded message relevant information whether in the correlation logic setup unit, then make the correct judgement of answer and play the 3rd voice messaging if two coded messages are relevant, then make the judgement of answer mistake and play the 4th voice messaging if two coded messages are irrelevant, thereby finish the study overall process by programme controlled question-response.
6. question and answer mode learning method as claimed in claim 5 is characterized in that:
Described first, second coded message is digital code information;
Described storer and correlation logic setup unit are nonvolatile memory.
7. a method that realizes question and answer mode study in the electronic interactive toy type learning machine that comprises electronic pet, cyclic track is characterized in that, may further comprise the steps:
The person of asking will select the first playing card for learning Chinese characters to insert in the first playing card for learning Chinese characters socket in its N that holds (N＞=2) playing card for learning Chinese characters;
Described electronic pet automatically starts and exercises to described the first playing card for learning Chinese characters place;
Described learning machine reads in the first coded message in the first playing card for learning Chinese characters;
Described learning machine is found out default first voice messaging relevant with described the first coded message in storer;
Described learning machine is play described the first voice messaging;
Described electronic pet is crossed described the first playing card for learning Chinese characters and is stopped to travel;
The person of answering judges according to the first voice messaging of described broadcast, and find out immediate the second playing card for learning Chinese characters of implication from its N that holds (N＞=2) playing card for learning Chinese characters;
The person of answering inserts described the second playing card for learning Chinese characters in described the second playing card for learning Chinese characters socket;
Described electronic pet is reset and is exercised to described the second playing card for learning Chinese characters place;
Described learning machine reads in the second coded message of described the second playing card for learning Chinese characters;
Described learning machine is found out default second voice messaging relevant with described the second coded message in storer;
Described learning machine is play described the second voice messaging;
Described learning machine is found out default about described the first coded message and described the second coded message relevant information whether in the correlation logic setup unit, then make the correct judgement of answer and play the 3rd voice messaging if two coded messages are relevant, then make the judgement of answer mistake and play the 4th voice messaging if two coded messages are irrelevant;
Described electronic pet is crossed described the second playing card for learning Chinese characters and is stopped in the appropriate location, thereby finishes the study overall process by programme controlled question-response.
8. question and answer mode learning method as claimed in claim 7 is characterized in that:
Described first, second coded message is digital code information;
Described storer and correlation logic setup unit are nonvolatile memory;
Described electronic pet has the shape-designing of model train.
Priority Applications (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011102739616A CN102881198A (en) | 2011-09-15 | 2011-09-15 | Interaction train learning machine toy device and method |
| PCT/CN2012/074183 WO2012142936A1 (en) | 2011-04-19 | 2012-04-17 | Electronic interactive toy device |
| US14/056,940 US20140045406A1 (en) | 2011-04-19 | 2013-10-17 | Electronic interactive toy device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011102739616A CN102881198A (en) | 2011-09-15 | 2011-09-15 | Interaction train learning machine toy device and method |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN102881198A true CN102881198A (en) | 2013-01-16 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2011102739616A Pending CN102881198A (en) | 2011-04-19 | 2011-09-15 | Interaction train learning machine toy device and method |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2015110395A1 (en) * | 2014-01-27 | 2015-07-30 | Modelleisenbahn Gmbh | Method and arrangement for controlling track-bound toys |
Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2074481U (en) * | 1990-09-18 | 1991-04-03 | 靳修钢 | Intelligent toy |
| CN2207617Y (en) * | 1994-07-14 | 1995-09-13 | 江西省泰和玩具厂 | Card asking/replying electronic intelligent toy |
| CN2424813Y (en) * | 1999-12-08 | 2001-03-28 | 胡礼贤 | Controlling device for electronic toy |
| WO2010007336A1 (en) * | 2008-07-18 | 2010-01-21 | Steven Lipman | Interacting toys |
| CN101804258A (en) * | 2009-02-16 | 2010-08-18 | 英华达股份有限公司 | Electronic pet system and control method of electronic pet |
| JP2011051191A (en) * | 2009-09-01 | 2011-03-17 | Pilot Ink Co Ltd | Learning implement and learning set using the same |
-
2011
- 2011-09-15 CN CN2011102739616A patent/CN102881198A/en active Pending
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2074481U (en) * | 1990-09-18 | 1991-04-03 | 靳修钢 | Intelligent toy |
| CN2207617Y (en) * | 1994-07-14 | 1995-09-13 | 江西省泰和玩具厂 | Card asking/replying electronic intelligent toy |
| CN2424813Y (en) * | 1999-12-08 | 2001-03-28 | 胡礼贤 | Controlling device for electronic toy |
| WO2010007336A1 (en) * | 2008-07-18 | 2010-01-21 | Steven Lipman | Interacting toys |
| CN101804258A (en) * | 2009-02-16 | 2010-08-18 | 英华达股份有限公司 | Electronic pet system and control method of electronic pet |
| JP2011051191A (en) * | 2009-09-01 | 2011-03-17 | Pilot Ink Co Ltd | Learning implement and learning set using the same |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2015110395A1 (en) * | 2014-01-27 | 2015-07-30 | Modelleisenbahn Gmbh | Method and arrangement for controlling track-bound toys |
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Application publication date: 20130116 |