CN103566600A - Educational toy and method for achieving man-machine interaction function of same - Google Patents
Educational toy and method for achieving man-machine interaction function of same Download PDFInfo
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- CN103566600A CN103566600A CN201310567450.4A CN201310567450A CN103566600A CN 103566600 A CN103566600 A CN 103566600A CN 201310567450 A CN201310567450 A CN 201310567450A CN 103566600 A CN103566600 A CN 103566600A
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Abstract
The invention discloses an educational toy and a method for achieving a man-machine interaction function of the educational toy. The educational toy comprises a base and a plurality of movable units, wherein the movable units can be movably placed on the base. Identification information for uniquely marking each movable unit is arranged on the movable unit, and the movable units can be movably placed into more than one style. The base is used for obtaining the identification information of the movable units and relative position information among the movable units so as to identify current styles of the movable units which are placed on the base, and comparing the current styles of the movable units with a preset style to generate and output corresponding interaction information. By means of the scheme, the current placing state can be identified, the corresponding man-machine interaction information can be outputted, and the interestingness of the educational toy is enhanced.
Description
Technical field
The present invention relates to educational toy field, relate in particular to a kind of educational toy and realize the method for educational toy human-computer interaction function.
Background technology
Educational toy (as chess, building blocks, picture mosaic, seven-piece puzzle etc.) is as a kind of common educational toy for children, it comprises some plastics or wooden active unit, movable the putting out of some active units has the moulding that one or more have particular state or shape, intellectual development to children, spatial thought training and hand eye coordination ability are cultivated very large help.
The active unit that educational toy on current market mainly be take without electric function is as main, as happy high building blocks, seven-piece puzzle etc., conventionally this type of educational toy is movable puts a variety of moulding, such as happy high building blocks, more than the 1300 kind of moulding at sliceable place, some of them moulding to put difficulty larger, and the active unit of prior art only possesses combined effect, interactive poor, cannot give user and splice clearly guidance, cause putting the moulding that difficulty is larger and be difficult to realize; And for having the educational toy of the infinite moulding of change, supporting description can not illustrate completely, and also inconvenient children ' s reading of description.
Therefore, prior art need to improve.
Summary of the invention
The object of the present invention is to provide a kind of educational toy and realize the method for educational toy human-computer interaction function, to solve the shortcoming of the interactive difference of traditional educational toy.
For reaching this object, the present invention by the following technical solutions:
One aspect of the present invention provides a kind of educational toy with human-computer interaction function, comprise pedestal and can be on pedestal some active units of movable; And,
In each active unit, be provided with the identification information of this active unit of unique identification, described some active unit energy active pendulum are emitted one or more moulding;
Described pedestal, for obtaining the identification information of active unit and the relative position information between active unit, and then identify the current moulding of being put out by active unit, and described current moulding and preset moulding are compared, corresponding interactive information output generated.
Wherein, described pedestal comprises: base, human-computer interaction equipment and processor, and described active unit is movable on described base; In described base, be provided with identification information obtaining unit and position sensor;
Described identification information obtaining unit, for obtaining the identification information of active unit on base;
Described position sensor, for obtaining the relative position information between active unit on base;
Described processor, for identifying the current moulding of being put out by active unit according to described identification information and relative position information, compares described current moulding and preset moulding to generate corresponding interactive information;
Described human-computer interaction equipment, for receiving described interactive information output, realizes the interaction with user;
The data output end of described identification information obtaining unit, the data output end of position sensor are connected with the data input pin of processor, and the data output end of processor is connected with the data input pin of human-computer interaction equipment.
Wherein:
Described human-computer interaction equipment is: one or more in display screen, loudspeaker, indicator lamp;
Described identification information obtaining unit is: a kind of in imageing sensor, binary code identification equipment, bar code recognition equipment, Quick Response Code identification equipment.
Wherein, described pedestal also comprises: power supply and control button;
Described power supply, is used to processor, identification information obtaining unit, position sensor and the power supply of human-computer interaction equipment;
Described control button, for realizing the setting operation of power switch, function switching and human-computer interaction equipment, described control button and described processor are electrically connected.
The identification information of this active unit of unique identification wherein, arranging in described each active unit is: a kind of in image, binary code, bar code, Quick Response Code.
The present invention also provides a kind of method that realizes the human-computer interaction function of above-mentioned educational toy on the other hand, comprising:
Obtain the identification information of active unit and the relative position information between active unit;
According to described identification information and relative position information, identify the current moulding of being put out by active unit;
Described current moulding and preset moulding are compared, generate corresponding interactive information output.
Wherein, described in obtain identification information and the positional information of active unit, comprising:
The identification information of Real-time Obtaining active unit; And
The absolute location information in pedestal of Real-time Obtaining active unit, calculates the relative position information between active unit by absolute location information;
Describedly according to described identification information and relative position information, identify the current moulding of being put out by active unit, be specially:
Analyze described identification information and show that condition code wherein, to identify corresponding active unit, calls corresponding program and data according to described active unit and described relative position information, identify the current moulding of being put out by described active unit.
Wherein, described described current moulding and preset moulding are compared, generate corresponding interactive information output, comprising:
The information of the active unit comprising according to current moulding judges to put whether finish, if so, perform step A, otherwise execution step B;
Steps A, compares described current moulding and preset moulding, judges whether current moulding mates with preset moulding; If so, be judged as and put successfully, generate and put successful interactive information output; If not, be judged as and put unsuccessfully, generate interactive information the output of putting failure;
Step B, compares described current moulding and preset moulding, judges that whether current to put operation correct, if correct, generates current interactive information the output that operation is correct of putting; Otherwise, generate current interactive information output of putting operating mistake.
Wherein, successful interactive information output are put in described generation, are specially: the moulding of putting out is carried out to reality and strengthen, and export the data after reality strengthens;
The described current interactive information that operation is correct of putting, comprising: current putting operates correct interactive information, and, the interactive information of executable next operation indication;
The described current interactive information of putting operating mistake, comprising: current active is put the interactive information of error in operation, and, generate the interactive information that executable correction operation is indicated.
Wherein, described identification information is: a kind of in image, binary code, bar code, Quick Response Code;
Described interactive information is: one or more in video information, voice messaging, indicator lamp information.
Implement the embodiment of the present invention, there is following beneficial effect:
The embodiment of the present invention by arranging identification information in the active unit of educational toy, put in process and identify corresponding active unit by identification information, relative position information between combining movement unit identifies current placement state, and then export corresponding human-computer interaction information according to current placement state, to give user-dependent information, technical solution of the present invention makes educational toy increase the function with human-computer interaction.
Accompanying drawing explanation
In order to be illustrated more clearly in the embodiment of the present invention or technical scheme of the prior art, to the accompanying drawing of required use in embodiment or description of the Prior Art be briefly described below, apparently, the accompanying drawing the following describes is only some embodiments of the present invention, for those of ordinary skills, do not paying under the prerequisite of creative work, can also obtain according to these accompanying drawings other accompanying drawing.
Fig. 1 is the structural representation of the first embodiment of a kind of educational toy with human-computer interaction function of the present invention.
Fig. 2 is the flow chart of the first embodiment of the method for the human-computer interaction function that realizes educational toy of the present invention.
Fig. 3 is the flow chart of the second embodiment of the method for the human-computer interaction function that realizes educational toy of the present invention.
The specific embodiment
Below in conjunction with accompanying drawing of the present invention, technical scheme in the embodiment of the present invention is carried out to clear, complete description, obviously, described embodiment is only a part of embodiment of the present invention, rather than whole embodiment.Embodiment based in the present invention, the every other embodiment that those of ordinary skills obtain under the prerequisite of not making creative work, belongs to the scope of protection of the invention.
Refer to Fig. 1, the educational toy that the embodiment of the present invention is provided describes in detail.Fig. 1 is the structural representation of an embodiment of a kind of educational toy with human-computer interaction function of the present invention, and this educational toy comprises: pedestal 100 and can be on pedestal 100 some active units 200 of movable; And, in each active unit 200, be provided with the identification information of this active unit of unique identification, by some active units 200, can active pendulum emit one or more moulding; Pedestal 100, for obtaining the identification information of the active unit on pedestal and the relative position information between active unit, and then identify corresponding active unit, and the current moulding of being put out by described active unit, by being compared, current moulding and preset moulding generate corresponding interactive information output, thereby realize educational toy and user's man-machine interaction, user is learnt clearly and currently put operation whether correctly or how to realize putting of preset moulding.
Wherein, pre-storedly in pedestal 100 by active unit energy active pendulum, emit one or more moulding, before putting, can accept a kind of moulding that user selectes as preset moulding, also can go out a kind of moulding that similarity is the highest as preset moulding according to the current moulding Auto-matching identifying.
Preferably, the pedestal 100 of the present embodiment comprises: base 11, human-computer interaction equipment 12 and processor 13, active unit 200 can be on base 11 movable; And, in base 11, be provided with identification information obtaining unit 14 and position sensor 15; Wherein, identification information obtaining unit 14 is for obtaining the identification information of active unit on base; Position sensor 15 is for obtaining the relative position information between active unit on base; Processor 13 is for identifying the current moulding of being put out by active unit according to described identification information and positional information, by described current moulding and preset moulding are compared and generated corresponding interactive information and export to human-computer interaction equipment 12; Human-computer interaction equipment 12 receives described interactive information output, realizes the interaction with user.
In order to realize above-mentioned functions, the data output end of the data output end of identification information obtaining unit 14, position sensor 15 is connected with the data input pin of processor 13, and the data output end of processor 13 is connected with the data input pin of human-computer interaction equipment 12.
The identification information of this active unit of unique identification preferably, arranging in each active unit in the present embodiment can be in image particular color/shape, active unit letter character or the numerical chracter etc. of active unit (as have), binary code (as OID code etc.), bar code, Quick Response Code (as QR code etc.) a kind of.As another embodiment of the present invention, also described identification information can be printed to the form of private mark, while obtaining the identification information of active unit, be used in conjunction with the floor lights such as infrared light, private mark part can be identified by imageing sensor, then obtain this identification information by corresponding identification information obtaining unit.
Preferably, above-mentioned human-computer interaction equipment 12 can comprise one or more in display screen, loudspeaker, indicator lamp; By the exportable animation of above-mentioned human-computer interaction device, word, image, sound and or the interactive information such as light.Above-mentioned identification information obtaining unit 14 can be imageing sensor, binary code identification equipment, bar code recognition equipment, a kind of in Quick Response Code identification equipment, by identification information obtaining unit 14, gather the identification information that obtains active unit on base, analysis draws condition code wherein, then processor 13 identifies corresponding active unit according to the condition code obtaining, by described active unit and between relative position information call corresponding program and data generate current moulding, and then generate corresponding interactive information output according to current moulding, realize human-computer interaction operation.
Preferably, in the educational toy of the present embodiment, pedestal 100 also comprises: power supply and control button; Power supply is used to processor 13, identification information obtaining unit 14, position sensor 15 and 12 power supplies of human-computer interaction equipment; Control button for realizing the setting operation of electric power on/off, function switching and human-computer interaction equipment, control button and processor 13 electric connections.
The active unit of the above embodiment of the present invention can be a kind of in chess piece, building block, puzzle piece, seven-piece plate.
Pass through the above embodiment of the present invention, identification information is set in active unit, use image recognition technology, by identification information, corresponding active unit is identified, and draw current moulding by the relative position between each active unit obtaining, with respect to other system, there is the ad-hoc location of not relying on, coordinate real enhancing to carry out more lively expression to user's the achievement of putting.The active unit of educational toy of the present invention is used flexibly, does not need specific groove to limit position; The size of active unit is not needed to do special requirement simultaneously, for irregular active unit, as seven-piece puzzle, for the active unit of fixed position not, as chess etc., all there is good adaptive capacity; Active unit is without electric function, but can detect movable process and the result of active unit, and by the cooperation of human-computer interaction unit, improves the interest that user uses block toy.
Educational toy based on above-described embodiment, below a kind of performance that realizes the method for educational toy human-computer interaction function of providing for the embodiment of the present invention.About the educational toy detail content of detailed description not, can be with reference to above-described embodiment.
Below in conjunction with accompanying drawing 2-accompanying drawing 3, a kind of method that realizes educational toy human-computer interaction function that the embodiment of the present invention is provided describes in detail.
Refer to Fig. 2, a kind of method that realizes educational toy human-computer interaction function that the present embodiment provides comprises step S1-S3:
Step S1, the identification information that obtains active unit and the relative position information between active unit.
In each active unit of the present embodiment, be provided with the identification information of this active unit of unique identification, some active units are carried out movable on a pedestal, and by some active unit energy active pendulum, emit one or more moulding, specifically refer to described in above-described embodiment.
In the present embodiment, active unit is: building block unit, jigsaw puzzle units, seven-piece puzzle unit a kind of, the identification information in active unit can be: a kind of in image, binary code, bar code, Quick Response Code.Can obtain the identification information in active unit by identification information acquisition device collections such as imageing sensor, binary code identification equipment, bar code recognition equipment, Quick Response Code identification equipments.For the identification information of the private mark form in active unit, can coordinate infrared light servicing lighting that coded portion can be identified by imageing sensor, then gather this characteristic pattern by above-mentioned identification information acquisition device.
Step S2, according to described identification information and relative position information, identify the current moulding of being put out by active unit.
In the embodiment of the present invention, can in the process of putting, (also have active unit not use), by identification information real-time tracking, participate in the active unit of putting, and the relative position information between combining movement unit identifies the current moulding of being put out by active unit in the process of putting.Also can, when putting end (when required active unit all participates in putting), according to relative position information between the identification information of the active unit getting and active unit, identify the moulding of being put out by active unit.
Step S3, described current moulding and preset moulding are compared, generate corresponding interactive information output.
If in the process of putting, current moulding and preset moulding are compared, judge that whether current to put operation correct, if correct, generate current interactive information the output that operation is correct of putting; Otherwise, generate current interactive information output of putting operating mistake.If when movable finishes, current moulding and preset moulding are compared, judge whether current moulding mates with preset moulding; If so, be judged as and put successfully, generate and put successful interactive information output; If not, be judged as and put unsuccessfully, generate interactive information the output of putting failure.
The interactive information of the present embodiment is: one or more in video information, voice messaging, indicator lamp information.
By implementing the above embodiment of the present invention, put in process by the identification information of each active unit of identification and the relative position information between active unit, thereby obtain current placement state, and then export corresponding human-computer interaction information according to current placement state, to give user-dependent prompting; Put while finishing, according to current, put moulding judgement and put whether success, if carry out reality enhancing to putting moulding, and the data after reality is strengthened are exported to user, for example: when user successfully puts into a little cat, can carry out reality to the kitten moulding of putting and strengthen, generate the kitten of an animation and export to user by display screen and loudspeaker.Make educational toy increase the function with human-computer interaction, promoted user's experience.
Further, for clearer, a kind of method that realizes the human-computer interaction function of educational toy of the present invention is described, the present invention also provides another embodiment of the method for the human-computer interaction function that realizes educational toy, the difference of the present embodiment and a upper embodiment is that each step in a upper embodiment has been carried out to more specific description.
Refer to Fig. 3, the method for the human-computer interaction function that realizes educational toy of the present embodiment comprises the steps.
Step S41, Real-time Obtaining are positioned at the identification information of the active unit on pedestal.
When active unit is carried out movable on pedestal, can by the imageing sensor in pedestal base, binary code identification equipment, bar code recognition equipment or Quick Response Code identification equipment, obtain the identification information of active unit, by identification information, corresponding active unit be identified.
Relative position information between step S42, Real-time Obtaining active unit.Also on can Real-time Obtaining pedestal, the absolute location information of active unit, calculates the relative position information between active unit according to absolute location information, and absolute location information is the positional information of each active unit in the coordinate system of pedestal base.
The embodiment of the present invention is by the relative position information between active unit, as long as have after an active unit is placed on pedestal, just other active units can this active unit be object of reference, draws relative position information separately.With respect to other system, there is the ad-hoc location of not relying on.
It should be noted that, the execution of step S41 and step S42 is order in no particular order.In the embodiment of the present invention, when by identification information, corresponding active unit being identified, and after having obtained the relative position between active unit, just carry out next step.
Step S43, according to identification information, relative position information, identify the current moulding of being put out by active unit.
From described identification information, analyze characteristic of correspondence code, corresponding active unit is identified, according to the relative position information between active unit and active unit, call corresponding program and data, calculate the current moulding of being put out by active unit.Both can detect identification to the moulding in the movable process of active unit, also can identify the moulding of movable result.
Is the information judgement of step S44, the active unit that comprises according to current moulding put and is finished? if so, perform step S48, otherwise execution step S45.
In the present embodiment, pre-stored by active unit energy active pendulum, emit one or more moulding, before putting, can accept a kind of moulding that user selectes as preset moulding, also can go out a kind of moulding that similarity is the highest as preset moulding according to the current moulding Auto-matching identifying.
Preferably, presetly in the present embodiment be shaped to a kind of moulding that user selectes.If current moulding has comprised all active units that preset moulding comprises, show to put end, otherwise, be indicated as in the process of putting.
Step S45, described current moulding and preset moulding are compared, judge that whether current to put operation correct? if so, carry out next step; If not, perform step S47.
Step S46, generate the current correct interactive information of operation of putting, execution step S51.
In the present embodiment, current putting operates correct interactive information, comprise: current putting operates correct interactive information, and, the interactive information of executable next operation indication, with indicating user, next step needs the active module of movable, can improve user and complete the efficiency of putting.
Step S47, generate the current interactive information of putting operating mistake, execution step S51.
The current interactive information of putting operating mistake in the present embodiment, comprising: the current interactive information of putting error in operation, and, generating the interactive information that executable correction operation is indicated, how indicating user adjusts active unit to correct a mistake.
Step S48, described current moulding and preset moulding are compared, judge that current moulding mates with preset moulding? if so, be judged as and put successfully, carry out next step; If not, be judged as and put unsuccessfully, execution step S50.
Successful interactive information is put in step S49, generation, execution step S51.
As an embodiment preferably, when judging current placement state when putting successfully, can carry out reality to the moulding of putting and strengthen, as form the video-audio data of an animation, with interactive information corresponding to more lively formal output, prompting user puts successfully, and better Interactive Experience is provided.
The interactive information of failure is put in step S50, generation, execution step S51.
The interactive information of putting failure can be: put the information of failure, and and preset moulding between matching degree, according to described matching degree, current moulding is given a mark, with clearer reaction user's the effect of putting.
Step S51, output interactive information.
The present invention uses image recognition technology, by identification information, corresponding active unit is identified, and coordinate the relative position between the active unit obtaining to identify current moulding, with respect to other system, there is the ad-hoc location of not relying on, coordinate real enhancing to carry out more lively expression to user's the achievement of putting.The invention enables the active unit use of educational toy more flexible, do not need specific groove to limit position; Do not need the size of active unit to do special requirement, for irregular active unit, as seven-piece puzzle, for the active unit of fixed position not, as chess etc., all there is good adaptive capacity yet; Active unit, without electric function, is detected but can and put result to the process of putting of active unit, and by the cooperation of human-computer interaction unit, improves the interest that user uses educational toy.
Above disclosed is only preferred embodiment of the present invention, certainly can not limit with this claim scope of the present invention, therefore, all any modifications of doing within the spirit and principles in the present invention, be equal to and replace and improvement etc., still belong to the scope that the present invention is contained.
Claims (10)
1. an educational toy with human-computer interaction function, is characterized in that, comprise pedestal and can be on pedestal some active units of movable; And,
In each active unit, be provided with the identification information of this active unit of unique identification, described some active unit energy active pendulum are emitted one or more moulding;
Described pedestal, for obtaining the identification information of active unit and the relative position information between active unit, and then identifies the current moulding of being put out by active unit, generates corresponding interactive information output.
2. educational toy according to claim 1, is characterized in that, described pedestal comprises: base, human-computer interaction equipment and processor, and described active unit is movable on described base; In described base, be provided with identification information obtaining unit and position sensor;
Described identification information obtaining unit, for obtaining the identification information of active unit on base;
Described position sensor, for obtaining the relative position information between active unit on base;
Described processor, for identifying the current moulding of being put out by active unit according to described identification information and relative position information, and generates corresponding interactive information;
Described human-computer interaction equipment, for receiving described interactive information output, realizes the interaction with user;
The data output end of described identification information obtaining unit, the data output end of position sensor are connected with the data input pin of processor, and the data output end of processor is connected with the data input pin of human-computer interaction equipment.
3. educational toy according to claim 2, is characterized in that:
Described human-computer interaction equipment is: one or more in display screen, loudspeaker, indicator lamp;
Described identification information obtaining unit is: a kind of in imageing sensor, binary code identification equipment, bar code recognition equipment, Quick Response Code identification equipment.
4. educational toy according to claim 2, is characterized in that, described pedestal also comprises: power supply and control button;
Described power supply, is used to processor, identification information obtaining unit, position sensor and the power supply of human-computer interaction equipment;
Described control button, for realizing the setting operation of power switch, function switching and human-computer interaction equipment, described control button and described processor are electrically connected.
5. educational toy according to claim 1, is characterized in that, the identification information of this active unit of unique identification arranging in described each active unit is: a kind of in image, binary code, bar code, Quick Response Code.
6. a method that realizes the human-computer interaction function of educational toy claimed in claim 1, is characterized in that, comprising:
Obtain the identification information of active unit and the relative position information between active unit;
According to described identification information and relative position information, identify the current moulding of being put out by active unit;
Described current moulding and preset moulding are compared, generate corresponding interactive information output.
7. method according to claim 6, is characterized in that, described in obtain identification information and the positional information of active unit, comprising:
The identification information of Real-time Obtaining active unit; And
The absolute location information in pedestal of Real-time Obtaining active unit, calculates the relative position information between active unit by absolute location information;
Describedly according to described identification information and relative position information, identify the current moulding of being put out by active unit, be specially:
Analyze described identification information and show that condition code wherein, to identify corresponding active unit, calls corresponding program and data according to described active unit and described relative position information, identify the current moulding of being put out by described active unit.
8. method according to claim 6, is characterized in that, described described current moulding and preset moulding is compared, and generates corresponding interactive information output, comprising:
The active unit comprising according to current moulding judges to put whether finish, if so, perform step A, otherwise execution step B;
Steps A, compares described current moulding and preset moulding, judges whether current moulding mates with preset moulding; If so, be judged as and put successfully, generate and put successful interactive information output; If not, be judged as and put unsuccessfully, generate interactive information the output of putting failure;
Step B, compares described current moulding and preset moulding, judges that whether current to put operation correct; If correct, generate current interactive information the output that operation is correct of putting; Otherwise, generate current interactive information output of putting operating mistake.
9. method according to claim 8, is characterized in that, successful interactive information output are put in described generation, are specially: the moulding of putting out is carried out to reality and strengthen, and export the data after reality strengthens;
The described current interactive information that operation is correct of putting, comprising: current putting operates correct interactive information, and, the interactive information of executable next operation indication;
The described current interactive information of putting operating mistake, comprising: current active is put the interactive information of error in operation, and, generate the interactive information that executable correction operation is indicated.
10. method according to claim 6, is characterized in that, described identification information is: a kind of in image, binary code, bar code, Quick Response Code;
Described interactive information is: one or more in video information, voice messaging, indicator lamp information.
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Effective date of registration: 20180112 Address after: 523860 Guangdong Province, Dongguan city Changan Town Road No. 126 building two usha BBK Patentee after: Guangdong Xiaotiancai Technology Co., Ltd. Address before: 126 No. 523860 Guangdong province Dongguan city Changan town usha BBK Avenue Patentee before: Bubugao Education Electronics Co., Ltd. |