CN115364495A - Intelligent building block toy with voice-enhanced education function - Google Patents

Abstract

The invention relates to the technical field of toy application research and development, in particular to an intelligent building block toy applying a voice-enhanced education function, which comprises the following components in parts by weight: comprises a building block toy model and a voice building block module; the voice building block module tells the building block toy model assembling steps, structural characteristics and related scientific and technical knowledge or voice stories of historical knowledge, and the educational function of the intelligent building block toy is strengthened. The beneficial effects are as follows: the brain is added to the traditional toy, the voice story played by the voice building block module creates a game scene with rich sound and harmonious scenes, the visual sense, the limbs, the brain and the auditory sense of a user are promoted to be synchronously and comprehensively coordinated and healthily developed, and meanwhile, the voice narration of the assembling step, the structure and the scientific and technological knowledge or the historical knowledge developed around a toy model can further enhance the game interest of the user and can subtly help the user to complete the learning and accumulation of more systematic scientific and technological knowledge or historical knowledge.

Description

Intelligent building block toy with voice-enhanced education function

Technical Field

The invention relates to the technical field of new application research and development of building block toys, in particular to an intelligent building block toy with an application of voice-enhanced education function.

Background

1. Review of the prior art regarding the function and use of building blocks toys

In 2022, 06, 17 days, huajing information network "trend" column issued a report titled "2021 year Chinese toy market pattern and trend analysis, full-year-old infiltration, happy and popular evaluation".

The report defines "le gao toy products" as "building blocks toys", defines toy products other than "le gao toy products" as "other toys", and contrasts the functions and uses of "building blocks toys" and "other toys" in a list:

the report indicates that: the concept and idea of building block toys developed in the prior art are to concentrate functions and purposes of the building block toys on the aspects of 'high playability, interestingness, intelligence and attractiveness, and provide pleasure mood and experience of achieving achievement for users'.

The human beings invent 'toys' according to the nature of the human beings, and the intention is to guide people to inherit, learn and know basic knowledge and basic skills which are relied on by human survival, so that the classic famous languages of 'teaching through lively activities' are passed on.

The prior art building block toy has the following primary technical problems: the two important functions and purposes of the building block toy are obviously unbalanced: the development and innovation of the entertainment function and the application are endless, the fun function and the application are brought into full play, and the education function and the application are seriously ignored.

The life time of people is limited, and in the process of assembling the building block toy model, the building block toy model has high playability, interestingness, intelligence and attractiveness, can provide pleasurable mood and experience of gaining achievement for users, and if some education functions can be strengthened in a reasonable achievement way, the building block toy model not only opens up a way of effectively realizing quality education, but also is more important in improving the life time efficiency of people.

Therefore, there is an urgent need in the art of building block toys to design an intelligent building block toy capable of strengthening 'education' function in a proper and orderly manner.

Disclosure of Invention

In order to solve the technical problem that the building block toy can realize the strengthening of 'education' function in a proper order, the invention combines the building block toy model and the voice building block module in the prior art, and provides the technical scheme of 'an intelligent building block toy applying the voice strengthening education function', which comprises the following steps:

an intelligent building block toy (hereinafter referred to as intelligent building block toy) applying voice strengthening education function, wherein the intelligent building block toy comprises a building block toy model and a voice building block module; building blocks toy molding and pronunciation building blocks module intercombination are being assembled building blocks toy molding's in-process, through pronunciation building blocks module tells building blocks toy molding assembles step, structural feature's pronunciation story, building blocks toy molding assembles the completion back, can also tell with building blocks toy molding relevant scientific and technological knowledge or historical knowledge's pronunciation story.

The invention relates to a technical scheme of an intelligent building block toy applying voice reinforcement education function, which is an innovative technical scheme formed by combining an assembling technical scheme of a building block toy model and a technical scheme of a voice building block module comprising an artificial intelligence technical means, and has the innovation points that: let the user assemble the figurative in-process of building blocks toy, through listen to pronunciation building blocks module broadcast with the relevant scientific and technological knowledge or historical knowledge of building blocks toy molding enjoys the interest of assembling building blocks toy on one side, learns in a good order chapter ground, is familiar with and accumulates scientific and technological knowledge or historical knowledge, keeps intelligent building blocks toy recreation is interesting, has still highlighted the effect of strengthening educational function.

Therefore, the intelligent building block toy applying the voice reinforcement education function has the beneficial effects that: the brain is added to the traditional building block toy, the voice story played by the voice building block module is organically combined with the assembled exquisite and beautiful toy model, a game scene with luxuriant sound and harmonious scenes is created, the visual sense, the limbs, the brain and the auditory sense of a user are promoted to be synchronously and comprehensively coordinated and healthily developed, and meanwhile, the assembling step, the structure and the voice statement of scientific and technological knowledge or historical knowledge are expanded around one toy model, so that the game interest of the user can be further enhanced, and the learning and the accumulation of systematic scientific and technological knowledge or historical knowledge can be helped to the user subtly.

On the basis of the core technical scheme, according to the actual situation, some technical characteristics of the intelligent building block toy applying the voice strengthening education function are further limited or improved, and various optimized technical schemes can be obtained.

Drawings

Fig. 1 is a schematic structural diagram of an intelligent building block toy applying a voice-enhanced educational function according to the present invention, which includes a building block toy model, a voice building block module and a machine-readable card.

Fig. 2a is a schematic structural diagram of the voice building block module shown in fig. 1.

Fig. 2b is the exploded view of fig. 2a, showing the technical features of the voice building block module.

FIG. 2c is another side view of FIG. 2a showing the location of a machine readable card slot.

FIG. 2d is a schematic view of the bottom structure of FIG. 2a, mainly illustrating the structure of the B-shaped cylindrical protrusion fitting opening.

Fig. 3 is a schematic view showing the structure of the cap of fig. 2 b.

Fig. 4 is a schematic view of the structure of the lining plate in fig. 2 b.

Fig. 5 is a schematic structural diagram of the main board in fig. 2 b.

Fig. 6 is a schematic view of the structure of the cartridge of fig. 2 b.

Fig. 7 is a schematic view of the structure of the loudspeaker of fig. 2 b.

FIG. 8 is a schematic diagram of the machine readable card of FIG. 1.

Fig. 9 is a schematic block diagram of the intelligent system of the voice building block module in fig. 2.

Fig. 10 is a schematic modified block diagram of the intelligent system with the voice building block module shown in fig. 9, in which an SPI memory device is replaced with a TF card.

FIG. 11 is a schematic modified block diagram of the card-reading smart machine system of FIG. 9 or FIG. 10 with the addition of indicator lights.

Fig. 12 is a schematic modified block diagram of the intelligent system of the voice building block module shown in fig. 11, with an additional microphone.

FIG. 13 is a schematic modified block diagram of the intelligent system of the voice building block module shown in FIG. 12, with the addition of a type-c female socket.

FIG. 14 is a functional block diagram of the voice building block module intelligent system of FIG. 13 operating with a splitter by which a number of type-c female sockets can be tapped from a single type-c female socket.

Fig. 15 is a schematic diagram of the operation principle between the intelligent voice building block module system of fig. 12 and the functional master controller of the second building block toy model, wherein a wireless communication module is added to the intelligent voice building block module system.

Fig. 16 is a schematic diagram of an improved operation between the voice building block module intelligent system of fig. 15 and a function master controller of a second building block toy model, wherein a type-c female seat is added to the voice building block module intelligent system, the second building block toy model is a car, and a building block toy actuator controlled by the function master controller comprises a micro motor.

Description of reference numerals:

1, building block toy modeling;

2 voice building block module, 21 box cover, 211 machine-readable card socket, 212 card window, 213 switch upper bayonet,

214 indicator light window, 215 microphone hole, 216type-c upper bayonet;

22 box seats, 221 battery boxes, 222 electrode plates, 223 battery box covers, 224 lower bayonet switches,

225 speaker box, 226type-c lower bayonet, 227 rechargeable battery lead port;

23 main board, 231 limit camera switch, 232 optical sensor, 233 key switch, 234 indicator light,

235 microphone, 236type-c;

24 inner lining plate, 241 limit camera switch window, 242 infrared optical head window, 243 indicator light and microphone window;

25 speaker, 251 speaker wire, 252 speaker wire plug;

26 batteries;

3, reading a card by a machine, 31 a name area, 32 a pattern area and 33 a machine-readable identity code mark area;

the A-shaped cylindrical convex particles are standard cylindrical convex particles of the 'Legao classic particle' building block toy, namely the diameter is 4.8 mm, and the height is about 1.8 mm;

the B-shaped cylindrical convex grain embedding opening is a standard cylindrical convex grain embedding opening of a 'Legao classic granule' type building block toy, namely the diameter is 4.8 mm, and the height is more than 1.8 mm.

Detailed Description

The technical scheme of the intelligent building block toy applying the voice-enhanced education function provided by the invention is further explained by combining the specific implementation mode as follows:

the first embodiment is as follows:

as shown in fig. 1, an intelligent building block toy (hereinafter referred to as intelligent building block toy) applying voice-enhanced educational function comprises a building block toy model 1 and a voice building block module 2; building blocks toy molding 1 and pronunciation building blocks module 2 intercombination are being assembled building blocks toy molding 1's in-process, through pronunciation building blocks module 2 tells building blocks toy molding 1's the step of assembling, structural feature's pronunciation story, building blocks toy molding 1 assembles the completion back, can also tell with building blocks toy molding 1 relevant scientific and technological knowledge or the pronunciation story of historical knowledge, realize strengthening the educational function of intelligent building blocks toy.

The second embodiment:

as shown in fig. 1 to 9, compared with the first embodiment, the present embodiment is different in that: building block toy figure 1 includes each kind of building block toy model that assembles with the building block module, including character modeling, animal modeling, plant modeling, building modeling, vehicle modeling, naval vessel modeling or aircraft modeling, also includes the scene modeling that constitutes by a plurality of building block toy figure 1.

The voice building block module 2 comprises an intelligent system, a box body and a machine-readable card, wherein the intelligent system is packaged in the box body, and the box body is provided with a machine-readable card insertion opening and an assembling structure; the intelligent system comprises a mainboard, a battery, a key switch, a voltage stabilizing IC, a program main control MCU, an audio memory, a limit camera switch and an optical induction head; the mainboard is a PCB board, key switch, steady voltage IC, program master control MCU, audio memory, spacing photograph switch, optical induction head install on the mainboard:

the battery is connected with the input end of the power switch, and the output end of the power switch is respectively connected with the voltage stabilizing IC and the program main control MCU;

the audio memory stores audio files of a plurality of voice stories of the building block toy model, each audio file of the voice story is provided with a machine-readable identity code, each audio file of the voice story is correspondingly provided with a machine-readable card, and the machine-readable identity code and the name of the audio file of the voice story are arranged on the machine-readable card; the audio memory comprises an SPI memory or a TF card memory (as shown in fig. 10); the audio memory is respectively connected with the voltage stabilizing IC and the program main control MCU;

the optical induction head is respectively connected with the voltage stabilizing IC and the program main control MCU;

the limit photographing switch is connected with the program main control MCU;

the loudspeaker is connected with the program main control MCU;

the program main control MCU stores a control program for identifying and playing the audio file.

As shown in fig. 1, in this embodiment, the building block toy figure 1 is a "cat", the voice building block module 2 is a card reader, and the "cat" is assembled on the voice building block module 2; a voice story named 'story cat' can be edited, wherein the voice story comprises two parts, namely splicing step description and science popularization knowledge introduction; the description part of the assembling step can be edited into 7 story measures, and the names of each story measure are as follows: "G1 'story cat' experiences never", "G2 assembles 'story cat' body", "G3 assembles 'story cat' kitten 'tail", "G4 assembles' story cat 'kitten' head", "G6 'story cat' sitting baby seat", "G7 clever baby"; the science popularization knowledge part comprises 4 story measures, and the name of each story measure is as follows in sequence: "K1 feline," "K2 feline habit," "K3 feline species," and "K4 pet cat care". Each story subsection is set as an audio file, and a control program is set for each audio file; configuring a machine-readable card for each audio file, and respectively making a machine-readable identity code mark and a story name mark of the audio file;

the machine-readable identity code on the machine-readable card is set according to the number of the optical induction heads in the intelligent system of the voice building block module 2: the relationship between the number of the optical sensing heads and the number of the machine-readable codes is as follows: the number of the optical induction heads is (2+n), the number of bits capable of generating machine-readable codes consisting of numbers 0 and 1 is (2+n), and the total number of the machine-readable codes capable of being generated is 2 ⁽²⁺ⁿ⁾ N is a natural number. Taking this embodiment as an example: taking n =6, the number of the optical sensing heads is (2+n) =8, each machine-readable code is an 8-digit number composed of numbers 0 and 1, and the total number of the machine-readable codes which can be generated is 2 ⁽²⁺⁶⁾ = 256; each machine-readable code can be an audio file and a machine-readable identity code of a control program;

turning on a power switch of the voice building block module 2, sequentially inserting 7 machine-readable cards of the assembly description part into the voice building block module 2, and touching the limit camera switch by the machine-readable cards, wherein the program main control MCU controls the optical sensing head to recognize, read and feed back a machine-readable identity code on the machine-readable cards, and starts a control program for recognizing and playing audio files, and controls the loudspeaker to play corresponding voice story audio files in the audio memory; the user can listen to the story explanation of the assembling step and complete the assembling of the story cat building block toy model, the hearing, vision, brain and hands of the user are promoted to be synchronously exercised and developed, meanwhile, the user learns and knows the relevant knowledge such as the body structure of the 'cat', then, 4 machine-readable cards of the science popularization knowledge part are sequentially inserted into the voice building block module, and the science popularization knowledge relevant to the 'cat' is selected to be played, so that the system can conveniently know and accumulate the basic knowledge relevant to the 'cat', the associative ability and the hunting psychology of the user can be favorably activated, and the user is promoted to explore the science popularization knowledge of other animals or things. The voice story structure framework of the story cat refers to the accessory story template one of the invention.

In this embodiment, the building block toy model in the intelligent building block toy further includes a second building block toy model of a "log cabin", and accordingly, the name of the voice story is the "log cabin", and the voice story of the "log cabin" includes two parts, namely, a construction step description and a building knowledge introduction; the assembly step description part comprises 6 story subsections, and the name of each story subsection is as follows in sequence: "architectural style of G1' log cabin", "foundation of G2' log cabin", "wall of G3' log cabin", "door and window of G4' log cabin", "roof of G5' log cabin", "G6 small architect"; the building knowledge introduction part comprises 3 story subsections, and the names of the story subsections are as follows: "material for Z1' log cabin", "disadvantage of Z2' log cabin" and "advantage of Z3' log cabin".

In a scene related to the second building block toy model 'log cabin', the voice building block modules can be directly spliced in a foundation or a wall of the 'log cabin' toy model. The voice story structure frame of the second building block toy model 'log cabin' please refer to 'story template two'.

Example three:

as shown in fig. 11, the present embodiment is different from the embodiment in that: the intelligent system also comprises an indicator light, the indicator light is installed on the mainboard and connected with the program main control MCU, the program main control MCU also comprises a control instruction of the indicator light, and the control instruction of the indicator light comprises a starting prompt, a charging prompt, a low voltage prompt and a working prompt; the work prompt is that the indicator light flashes along with the sound played by the voice story of the building block toy model.

Example four:

as shown in fig. 12, the present embodiment is different from the embodiment in that: the intelligent system also comprises a microphone, and the microphone is connected with the program main control MCU; correspondingly, the program main control MCU also comprises a voice control program which can execute a control instruction for identifying and playing the voice story of the building block toy model according to the voice signal received by the microphone.

Use voice control function through the miaow head, richened intelligent building blocks toy using-way has increased an interest sexual experience for the user.

Example five:

as shown in fig. 13 and 14, the present embodiment is different from the fourth embodiment in that: the intelligent system also comprises a plurality of power and data line sockets, and the power and data line sockets comprise TYPE-C female sockets; the power supply data line socket is connected with the program main control MCU and used for connecting a building block toy actuator, correspondingly, the program main control MCU also comprises a control program for driving the building block toy actuator to cooperate with the voice story of the building block toy model.

The invention relates to a building block toy actuator, which is an electronic element with a building block toy splicing structure on a shell, and comprises an RGB lamp, a lighting lamp, a dot matrix screen, an ultrasonic sensor, a knob sensor, an action sensor, a nixie tube, a language identification, a sound sensor, a temperature/humidity sensor, an optical sensor, a point reading pen module, a gyroscope, a touch sensor, a language identifier, a color identifier, a press switch, a building block toy motor, a metal steering engine, a plastic steering engine and the like. These building blocks toy executor can directly assemble in building blocks toy molding, utilize these building blocks toy executor can be abundanter the creation of intelligent building blocks toy. For example, the eyes of the "story cat" are decorated by using RGB lamps, the RGB lamps are inserted into power supply data line sockets of the voice building block module, and the program master control MCU of the voice building block module further includes control instructions of the RGB lamps; after the card is inserted, in the process of playing the voice story of the audio file, the RED lamp on the eyes of the story cat can be turned off and turned on, or when a voice question is issued to corresponding science popularization knowledge through a microphone, the story cat answers the question, and the RED lamp on the eyes can also be turned on like blinking, so that the intelligent toy is further rich in flexibility, and the value, interest and comfortable experience of a user can be greatly improved. The voice of the intelligent toy 'story cat' and the cooperation of the RED lamp can bring 'interactive with the player' interesting experience like fairy tales to the user. The beneficial effect is that the simple card reader toy in the prior art can not reach.

Similarly, on the building block toy model of the small wooden house, various building block toy actuators such as light, sound and projection can be arranged according to the plot of a voice story, so that the game scene is set up and rendered, the game experience of the user is enhanced, and the educational function of the intelligent building block toy is further enhanced.

Example six:

as shown in fig. 15, the present embodiment is different from the fourth embodiment in that: the intelligent system also comprises a wireless communication module, the wireless communication module is connected with the program master control MCU, and the wireless communication module comprises a Bluetooth module and a 2.4G communication module; the intelligent system sends a wireless control signal to a second building block toy model through a wireless communication module according to the identity of the building block toy model;

the second building block toy model is internally provided with a function master controller, the function master controller comprises a wireless communication receiving module, a function control module, an audio file storage module, a sound player and a power data line socket, and the power data line socket comprises a TYPE-C female seat; the power supply data line socket is connected with the function control module and is used for connecting a building block toy actuator; the function control module also comprises a control program of the building block toy actuator;

the wireless communication receiving module is connected with the function control module;

the audio file storage module is connected with the function control module, and a control program for identifying and playing the audio files in the audio file storage module is stored in the function control module;

the sound player is connected with the function control module, the function control module receives a wireless control instruction sent by the intelligent system through the wireless communication receiving module, and according to the wireless control instruction, the function control module drives the sound player to execute a control instruction for playing the voice story of the building block toy model and a control instruction for driving the corresponding building block toy actuator to work.

The technical scheme of this embodiment is equivalent to regard as a remote control unit intelligent building block toy, with the form of telling the pronunciation story, guides the user to accomplish the assembly of second kind building block toy molding to learn relevant knowledge. For example, the second building block toy figure is a "log cabin" as exemplified in the second embodiment: firstly, assembling a function control module in the building block toy model of the small log cabin, wherein the function control module comprises control instructions of a building block toy actuator RGB lamp, a lighting lamp, a dot matrix screen, a projector and a Bluetooth sound box, and installing the building block toy actuator at a corresponding position;

after the preparation is finished, power switches of the intelligent building block toy and the function control module are respectively turned on to enable the intelligent building block toy and the function control module to be in a standby working state, a machine-readable card is inserted into the voice building block module of the intelligent building block toy, the voice building block module of the intelligent building block toy identifies a machine-readable identity code on the machine-readable card, then the machine-readable identity code is sent to a function master controller of the small wooden house through a wireless communication module, the function master controller receives and identifies the machine-readable identity code through the wireless communication receiving module, namely the voice player is controlled to play a voice story of a corresponding chapter, and the RGB lamp, the illuminating lamp, the dot matrix screen, the projector and the Bluetooth sound box are controlled to execute corresponding work. The voice building block module can be decorated into a nameplate stone spliced with a small log cabin character and spliced on a ground substrate in front of a small log cabin toy modeling door; or the voice building block module is decorated into a robot commentator or a small animal commentator and spliced on the ground substrate in front of the small wooden house toy modeling door.

Example seven:

as shown in fig. 16, the present embodiment is different from the sixth embodiment in that: the building block toy is characterized in that the building block toy is an intersection traffic indicator lamp, the intersection traffic indicator lamp is a building block toy actuator RGB lamp, and the building block toy actuator RGB lamp is connected with the intelligent system;

the second building block toy model is a car; the function master controller and the building block toy actuator are assembled in the car; the building block toy actuator comprises a group of RGB lamps, a group of micro motors and a Bluetooth sound box; the RGB lamp is used as a car lamp of a car, the micro motor is used for driving wheels, and the Bluetooth sound box plays horn sound of the car; the function controller of the car stores a control instruction for driving the building block toy actuator;

the audio file of the voice story stored by the intelligent system comprises the assembling step and related application knowledge of the intersection traffic indicator light, and the structure and assembling step and driving knowledge of the car;

the intelligent system of the voice building block module also comprises a control instruction, a logic control instruction, an action control instruction, a digital control instruction and a speed control instruction of the intersection traffic indicator light;

the logic control instruction comprises start, cycle end, waiting and execution;

the action control instruction comprises forward, backward, left turn, right turn, stop, clockwise lithium battery module, anticlockwise lithium battery module, clockwise micro motor module, anticlockwise micro motor module and synchronous execution of the micro motor;

the digital control instruction comprises a number 2, a number 3, a number 4 and a number 5, and represents the number of times or seconds for executing the instruction;

the speed control instruction comprises a fast speed, a medium speed and a slow speed;

correspondingly, each control instruction and each audio file are respectively provided with a machine-readable identity code and a machine-readable card, and the machine-readable card is also provided with the names of the control instruction and the audio file;

correspondingly, a machine-readable card can be used for programming a walking program of a car in the intelligent system, and after a function master controller of the car receives a walking program instruction sent by the intelligent system through the intersection traffic indicator lamp, the walking mode set by the walking program is completed by controlling the rotation mode of the micro motor.

The programming method of the walking program in this embodiment is: firstly listing a traveling program table of a car, then starting a power switch of the voice building block module, inserting a machine-readable card named as 'start' according to the traveling program table, hearing a voice prompt of 'start' sent by the voice building block module, namely replacing the next machine-readable card for insertion, hearing a voice prompt of the name of the machine-readable card sent by the voice building block module, namely replacing the next machine-readable card for insertion, sequentially operating until the last machine-readable card is reached, setting the traveling program, storing the traveling program into a program main control MCU of the voice building block module, inserting a machine-readable card named as 'execute' when the traveling program is required to be used, starting the traveling program, sequentially sending a control instruction of the traveling program to a function control module of a 'car' function controller through a wireless communication module by the voice building block module, and driving each toy building block actuator to complete the set traveling action by the function control module.

For example: the operation requirements of the car are set as follows:

controlling the 'car' to advance for 5 seconds and 2 times, whistling, turning left lights and turning left for 1 second; advancing for 3 seconds, whistling, turning left lights and turning left for 2 seconds; advance 5 seconds 2 times, whistle, light left turn, turn left 2 seconds; turning on a left turn lamp, turning left for 2 seconds and backing up at a low speed for 3 seconds;

the associated machine readable cards inserted in sequence include: start-cycle start-number 2-go-number 5-cycle end-whistle-left turn light-number 1-left turn-number 1-go-number 3-whistle-left turn light-number 1-left turn-number 1-cycle start-number 3-go-number 5-cycle end-whistle-left turn light-number 1-left turn-number 1-go-number 3-whistle-left turn light-number 1-left turn-number 1-slow speed-go-number 5-stop;

the building block toy modeling traffic indicator lamp is placed on the right front of a car passing road, after an execution machine-readable card is inserted, the building block toy modeling traffic indicator lamp directly runs green, the voice building block module continuously sends control instructions according to a running program, and a function master controller of the car can receive and execute the control instructions, so that the car finishes set running actions according to requirements and finally returns to a departure position.

Example eight:

compared with any one of the sixth embodiment or the seventh embodiment, the present embodiment is different in that: the intelligent system and the function controller both comprise OTA upgrade packages, and correspondingly, the wireless communication module in the intelligent system and the wireless communication module in the function master controller are both Bluetooth communication modules; the intelligent system and the control program stored in the function controller can be conveniently upgraded in an off-line manner by a user;

or the mobile phone is directly connected with the voice building block module by using a data line, and an audio file is added to and replaced in the program main control MCU of the voice building block module; or the audio files needing to be upgraded in the mobile phone APP are updated to the program main control MCU of the voice building block module through the wireless communication module.

Example nine:

compared with any one of the first to seventh embodiments, the present embodiment is different in that: the voice story also includes accompanying instructions.

In conclusion, the intelligent building block toy applying the voice-enhanced education function has the beneficial effects that: firstly, an intelligent toy is generated by combining a voice building block module and a traditional building block toy model, the essence of the intelligent toy is that a brain is added to the most common building block toy which only has morphological structure expressive force and is a pure modeling ornament, so that the traditional building block toy can be flexibly interacted with the emotion of a user, stories played by the voice building block module are full of childhood warm and thin languages, vivid and interesting story plots and exquisite toy models, a game scene with luxuriant sound and harmonious scenes is created, and the educational functions of facilitating systematic learning and basic knowledge accumulation of the user are definitely embodied while the educational functions of promoting comprehensive coordinated and healthy development of the hearing, vision, limbs and brain of the user are embodied; second, a series of stories developed around knowledge related to a toy figure can help a user accumulate a systematic and categorical variety of basic knowledge; thirdly, the multi-card reading design is a medium for properly guiding the user to actively train the logical thinking ability and is beneficial to improving the imagination and the association ability of the user; and fourthly, the voice building block module is different from artificial intelligence and AI camera visual capturing interaction and the like, so that the cost can be greatly reduced, and the cost is low, so that the voice building block module has the significance of wide popularization.

The above description is only for the preferred embodiment of the present invention, but the scope of the present invention is not limited thereto, and any person skilled in the art should be considered to be within the scope of the present invention, and all equivalent substitutions or changes according to the technical solution and embodiments of the present invention within the technical concept disclosed by the present invention.

Story template one: story cat "

The calendar of the G1 story cat: baby hello! I call a story cat, is an intelligent building block toy, from this day, can do your good friends, cat, really happy am!

Haha, you must curiously ask such a question: story cat, how do you find my woolen. Good bar, let my story answer your bar: from the foregoing, a clever, beautiful and lovely child especially likes learning and raising questions, and dad-mom likes him (her) very much. Once a day, lambkin sits close to dad and mom, and listen to dad and mom tell a story, and each time they listen to the story, he is interested in asking for some 'why'. "frequently make a fun from dad and mom. One day, he hears a private conversation between dad and mom saying: "seeing the baby hear the story with great interest, then tired again is happy a! "mom says to father: "you work as much as work every day, go home to still accompany a baby to tell a story, is a good coupling. "father says to mom: if you are not the same, go home to wash clothes and cook, busy and busy, and go to accompany the baby to tell a story. "hear the conversation of father and mother, baby is difficult to get through, and in mind he wants" father and mother love me, i also know love.

The next day, when dad mom tells him the story, the baby first speaks: "dad mom, we want to do a machine bar that will tell stories, so you have time to rest nicely. "dad and mom hear the baby, happy.

Meow, baby now knows how i find your bar: is that dad mom brings i to your side.

Meow, cat, you must now curiously ask such a problem: the story cat can only hear you and cannot see where you are. The baby does not need to be in urgency, and the listener tells you how to find the best of the baby, and the east and west voice building block module which can now listen to the speech of the baby is the baby seat, and the baby needs to ask the listener to help the baby to sit on the baby seat;

haha, you must again pose such a problem: how i help you sit on that throne to woollen. Please change the computer-readable card named "G2 assembly kitten body" for baby.

G2, assembling a kitten body: the problems encountered by babies at present are as follows: how to help I sit on a throne to remove woolen clothes. Baby please listen to me and tell you how quietly, our method is: firstly, finding a 'story cat splicing specification', opening the specification can find that: the method for helping the story cat to sit on the baby seat totally needs to finish five assembling steps in sequence, and the problem of helping the story cat to sit on the baby seat can be smoothly solved as long as the method is carried out according to the steps explained by the voice building block module and the specification.

Better, we now do the first step: assembling the body of a kitten, opening a specification to find a page of 'the assembled body of the kitten', opening a No. 1 packaging bag, sorting and sequencing the assembled modules in the packaging bag according to the patterns and the arrangement sequence of the assembled modules on the specification, and assembling the body of a story cat according to the patterns of the assembly sequence; the bodies of the fat kittens are well assembled. Please change the baby with a machine readable card named "G3 assembly cat-paw".

G3, assembling small cat claws: we now do the second step: assembling the kitten paws, opening the specification to find a page of the 'assembled kitten paws', opening a No. 2 packaging bag, sorting and sequencing the assembled modules in the packaging bag according to the patterns and the arrangement sequence of the assembled modules on the specification, and then assembling the kitten paws of the story cats according to the patterns of the assembly sequence; wa, baby looks at, and the cat paw of the story cat is really exquisite. Please change the computer-readable card named "G4 split cat tail" for baby.

G4, splicing cat tails: we now do the third step: assembling the kitten tails, opening the specification to find pages of the 'assembled kitten tails', opening a No. 3 packaging bag, sorting and sequencing the assembled modules in the packaging bag according to the patterns and the arrangement sequence of the assembled modules on the specification, and then assembling the kitten tails of the story cats according to the patterns of the assembly sequence; wa, baby's assembled cat tail is interesting. Please change the computer-readable card named "G5 assembly cat head" for the baby.

G5, assembling a small cat head: we now do the fourth step: assembling cat heads, opening a specification to find a page of the 'assembled cat head', opening a No. 4 packaging bag, sorting and sequencing the assembled modules in the packaging bag according to the patterns and the arrangement sequence of the assembled modules on the specification, and then assembling the cat heads of the story cats according to the patterns of the assembly sequence; how beautiful and lovely a cat is achieved by taking a baby as a true baby and assembling a little cat head. Please change the card for reading by a baby named as "sitting baby seat for kitten G6".

G6, sitting on a baby cat: please refer to page seven of the specification by the baby, and the patterns are arranged according to the assembly sequence to help the story cat to sit on the baby seat to go to the bar. Please change the computer-readable card named "G7 smart baby" for the baby.

G7 smart baby: miao, miao! Baby real rod! With the help of father and mother, a beautiful story cat is assembled by oneself; i can tell many interesting stories, the names of the stories are written on the machine-readable card, and when wanting to listen to the stories later, the machine-readable card is found, the switch of the voice building block module is turned on, the machine-readable card is inserted, and the story cat can listen to the stories to tell the stories. The baby can take care of doing the work independently, and dad and mom can go to busy work or busy housework at ease.

Very good baby!

And (2) story template II: small wooden house "

The architectural style of the G1 log cabin is as follows:

please turn on the power switch of the voice building block module, find the machine-readable card named as the building style of the G1 log cabin and insert into the voice building block module, we can start telling:

you good baby! Before the 'log cabin' is assembled, we firstly know the 'log cabin' bar together,

the log cabin is a wood structure building, which can be divided into a light wood structure and a heavy wood structure from the structural form, and takes ground screws as foundation bases, and the main structural components all adopt solid wood products.

The log cabin has the advantages of attractive appearance and simple and convenient construction, but has the defects of poor sealing and heat insulation performance, easy corrosion of the outer wall, non-modularization, time and waste, easy worm decay and the like.

To say here, I guess that a baby is in mind: "how to build the beautiful log cabin. "

The baby does not need to be urgent and please listen to I to tell you a story bar.

In the former period, there were two good friends Ming and puppies who wanted to cover a beautiful cabin, however, they did not know how to cover the beautiful cabin. Thus, it is clear that the florist: "our dad-mom may know what to do and we divide to ask them. "puppy say: "this is a good idea, we are now at the action bar. "they then return to their own homes, respectively.

When the dad mother goes home, the dad mother can be helped to do the housework actively, the dad mother can do the work with the strength, tools are helped to repair the curtain, dad can get a clothes rack, and the dad mother can get a clothes rack to dry clothes.

Dad mom tells it is clear that covering the cabin is a very professional technical work, dad mom does not learn the specialty and is unclear, but we go to the library with you and can find the answer of where to cover the beautiful cabin in the library. Then, dad-mom brought the Mingmen to the library. With the help of a teacher, a library manager consults a plurality of books and data and finds the answer to the question of how to cover a beautiful log cabin. Clearly, after a teacher skips to a library manager, the teacher is happy and follows father and mother to walk home.

Just after a family, see that the puppy has gone in jumping by jumping, it asks clear dad mom for a good first, and then happy saying "i find the answer". "Ming also laughs the puppy to say" I also found the answer. "baby must now ask: "puppy is how to find an answer. "

Originally, a puppy comes home to see a father mom of the puppy, and a problem of 'how to cover a beautiful log cabin' is provided, and the father mom does not know, but tells the puppy to say: "pine behind a house grandpa knows you go to ask for pine grandpa. Then, the puppy bounced to find the grandpa. Seeing the puppy with politeness and good learning, the grandpa tells the puppy the answer of how to cover a beautiful log house.

The answer to "how to cover a beautiful log cabin" is how to say.

Please change the baby with the machine-readable card bar named "G2 cabin base".

G2 a base of a log cabin;

you good baby! How is a beautiful log cabin covered? "now, we next say the puppy and explain the answer found. Squint looks at the description: "you say the answer bar first. "it is clear that little puppy is somewhat untrustworthy, as for puppies: "we write the answers found by us on paper separately and then light up together to see who the answer is correct. "puppy listen to it, happy to beat and say" good! Good! Good! Two pieces of paper and two pens are found clearly, and the paper and the pens are handed to a small puppy to write on a writing desk in a room, and the small puppy sits beside a tea table in a living room and writes with a head down. After the writing is done clearly, a head-up sees that the puppy has stood by itself. The floret dog says that: "We count 1, 2, 3, and then together light up the answer bar. "description of the invention: "Haoba". Thus, they say "1, 2, 3" two together loudly, and the answer is highlighted together. Two good friends who put the answers together as a control will laugh about, and their two answers are the same as before: covering a beautiful log cabin comprises three steps: firstly, constructing a foundation of the log cabin, secondly, constructing a wall body and a door and a window of the log cabin, and thirdly, constructing a roof of the log cabin.

The baby now knows how to cover a beautiful house.

The baby then knows what is the base of the house and what is the base of the house, please open the description for the baby to find the page of the base of the house, and then open bag number 1. The written answer is the answer telling the puppy by the grandfather:

the foundation of the house: refers to the portion of a house where the walls or columns are buried in the ground.

The base of the house is intended to bear the weight carried down by the superstructure of the house.

Now, according to the patterns and the arrangement sequence of the assembly modules in the specification, the assembly modules in the No. 1 packaging bag are sorted and sequenced, and then the basic bar of the log cabin is assembled according to the patterns of the assembly sequence.

Haha, baby's true stick, has already made the foundation of log cabin.

Now, please change the machine-readable card named as the wall of the G3 log cabin for a baby, and see how the wall of the log cabin is built.

Wall body of G3 log cabin:

you good baby! The 'wall of the G3 log cabin' is found by opening the specification, and answers to two problems of 'wall of house' and 'effect of wall of house' are found clearly on the 'wall of house' and the 'wall of house' are found clearly.

The wall body is like a barrier, and the wall body is generally divided into two types, namely a bearing wall and a non-bearing wall; the device mainly plays the roles of enclosing and separating the space, and provides a safe personal living space isolated from the outside; the wall body has enough strength and stability and has the capabilities of heat preservation, heat insulation, sound insulation, fire prevention and water prevention. A pillar, a primary structural member that replaces a wall, supports the weight of an object above it.

Now, please change the computer-readable card named "the door and window of the G4 log cabin" for the baby, and we see how the door and window of the log cabin is built.

Door and window of G4 log cabin:

you good baby! The specification is opened firstly to find the door and window of the G4 log cabin, and the answers of the two problems of the door and window of the house and the effect of the door and window of the house are found clearly on the specification.

The door and the window are building structures arranged on a wall body, the combined action of the door and the window is lighting and ventilation, and the other key action of the door is that people can enter and exit a room; the door and window is also an important component of house modeling, and the shapes, sizes, proportions, arrangements, colors, modeling and the like of the door and window can generate the effects of virtual-real contrast and artistic rhythm.

Knowing these two questions and their answers, we can start the work of building walls and windows. At present, let us according to the requirement of specification, open No. 2 wrapping bag, according to the pattern and the sequence of arranging of assembling the module on the specification, assemble the module letter sorting in No. 2 wrapping bag, according to equipment order pattern again, assemble the wall body and the door and window bar of log cabin on the basis of house.

You, baby is very handy, and is beautiful when the wall body and the door and window of the small wooden house are built.

Now, the baby can be exchanged with a machine-readable card named "roof of G5 cabin".

Roof of G5 log cabin:

you good baby! We first opened the specification to find "the roof of the G5 log cabin", the puppy and Ming answered the two questions "what is the roof of the house" and "what the roof has a role".

The roof is a bearing and enclosing member of the small wooden house top, the edge of the roof is built on the wall, and the roof generally comprises a roof, a heat preservation (heat insulation) layer and a bearing structure. The roof is also referred to as the "fifth facade" of the building.

The shape of the roof is usually two types, one is a sloping roof, and the other is a flat roof. The roof of the log cabin is a sloping roof. The roof has the following functions: the heat preservation and insulation effect inside the log cabin is enhanced, and the roof drains smoothly in rainy days; the shape of the roof has very important influence on the overall shape of the log cabin, the roof shapes of all nationalities and countries in the world have various characteristics, the 'anti-space cornice' of the traditional Chinese house and the churches or palace of all slopes in the traditional western house are very beautiful, and the characteristics of traditional national building culture are displayed.

Knowing the puppy and the answers clearly given, we can start the work of building the roof. Now, let us open No. 3 wrapping bag, according to the pattern and the arrangement order of assembling the module on the description, assemble the module letter sorting sequencing in No. 3 wrapping bag, according to the equipment order pattern again, assemble the roof bar on the wall body of log cabin.

Really beautiful o! Baby covers the small wooden house! The baby is simply a clever small architect!

Hi, the baby also needs to solve the problems: "what is little architect o".

To find the answer to this question, the baby is asked to change to the machine-readable card bar named "G65 little architect".

G6 small architects:

o is good for baby. We now look for the answer to "what is the small architect".

We see again the architectural picture on the specification: this is a gothic building in europe which is characterized by a sharp tower, a sharp arch, a large window and a large coloured glass painted with a story of the bible. In the design, a cross arch, a flying coupon and a slender upright post are utilized to create a light and slender flying sense. The whole building is in the shape of a vertical line, a ambitious appearance and a large space in a church, and is combined with a long window embedded with colored glass, the plane of the church is still basically in a Latin cross shape, but a pair of high towers is additionally arranged on two sides of a gate; the structure makes the church look solemn, wonderful and popular.

Babies do not like these beautiful buildings. How the baby wants to know how the beautiful buildings are covered.

If you go to the library with dad mom like mingming, you can find the answer: a beautiful building is characterized in that firstly, a person draws a pattern of the beautiful building, then, the foundation, the wall, the door, the window and the roof of the beautiful building are drawn according to the pattern, patterns of various used materials are marked, then, workers manufacture the materials according to the patterns, finally, installation workers install the materials together according to the patterns, and the beautiful building is covered.

The person who draws the beautiful architectural pattern is called an architect, and the architect is clever and wisdom-great. The 'log cabin' which is just assembled by the baby is also a delicate building loved by the old and the young, so that the baby is a 'little architect'.

The blessing baby will become an intelligent and great "architect"!

Claims (9)

1. The utility model provides an use intelligent building blocks toy of educational function is reinforceed to pronunciation which characterized in that: the intelligent building block toy comprises a building block toy model (1) and a voice building block module (2); building blocks toy molding (1) and pronunciation building blocks module (2) inter combination are being assembled the in-process of building blocks toy molding (1), through pronunciation building blocks module (2) tell building blocks toy molding's (1) step of assembling, structural feature's pronunciation story, building blocks toy molding (1) is assembled and is accomplished the back, can also tell with building blocks toy molding's (1) relevant scientific and technological knowledge or historical knowledge's pronunciation story.

2. The intelligent building block toy with the voice-enhanced educational function according to claim 1, wherein: the building block toy model (1) comprises each building block toy model spliced by building block modules;

the voice building block module (2) comprises an intelligent system, a box body and a machine-readable card, wherein the intelligent system is packaged in the box body, and the box body is provided with a machine-readable card insertion opening and an assembling structure; the intelligent system comprises a mainboard, a battery, a key switch, a voltage stabilizing IC, a program main control MCU, an audio memory, a limit camera switch and an optical induction head; the mainboard is a PCB board, key switch, steady voltage IC, program master control MCU, audio memory, spacing camera switch, optical induction head install on the mainboard:

the battery is connected with the input end of the power switch, and the output end of the power switch is respectively connected with the voltage stabilizing IC and the program main control MCU;

the audio memory stores audio files of a plurality of voice stories of the building block toy model, each audio file of the voice story is provided with a machine-readable identity code, each audio file of the voice story is correspondingly provided with a machine-readable card, and the machine-readable identity codes and the names of the audio files of the voice stories are arranged on the machine-readable cards; the audio memory comprises an SPI memory or a TF card memory (as shown in fig. 12); the audio memory is respectively connected with the voltage stabilizing IC and the program main control MCU;

the optical induction head is respectively connected with the voltage stabilizing IC and the program main control MCU;

the limit photographing switch is connected with the program main control MCU;

the loudspeaker is connected with the program main control MCU;

the program main control MCU stores a control program for identifying and playing the audio file.

3. The intelligent building block toy applying the voice-enhanced educational function according to claim 2, wherein: the intelligent system further comprises an indicator lamp, the indicator lamp is installed on the mainboard and connected with the program main control MCU, the program main control MCU further comprises a control instruction of the indicator lamp, the control instruction of the indicator lamp comprises a starting prompt, a charging prompt and a low-voltage prompt, and the control instruction further comprises a work prompt that the indicator lamp plays sound along with a voice story.

4. The intelligent building block toy with the voice-enhanced educational function according to claim 3, wherein: the intelligent system also comprises a microphone, and the microphone is connected with the program main control MCU; correspondingly, the program main control MCU also comprises a voice control program which can execute a control instruction for identifying and playing the voice story of the building block toy model according to the voice signal received by the microphone.

5. The intelligent building block toy applying the voice-enhanced educational function according to claim 4, wherein: the intelligent system also comprises a plurality of power and data line sockets, and the power and data line sockets comprise TYPE-C female sockets; the power supply data line socket is connected with the program main control MCU and used for connecting the building block toy actuator, correspondingly, the program main control MCU also comprises a control program for driving the building block toy actuator to be matched with the voice story of the building block toy model.

6. The intelligent building block toy applying the voice-enhanced educational function according to claim 5, wherein: the intelligent system also comprises a wireless communication module, the wireless communication module is connected with the program main control MCU, and the wireless communication module comprises a Bluetooth module and a 2.4G communication module; the intelligent system sends a wireless control signal to a second building block toy model through a wireless communication module according to the identity of the building block toy model;

the second building block toy model is internally provided with a function master controller, the function master controller comprises a wireless communication receiving module, a function control module, an audio file storage module, a sound player and a power data line socket, and the power data line socket comprises a TYPE-C female seat; the power supply data line socket is connected with the function control module and is used for connecting a building block toy actuator; the function control module also comprises a control program of the building block toy actuator;

the wireless communication receiving module is connected with the function control module;

the audio file storage module is connected with the function control module, and a control program for identifying and playing the audio files in the audio file storage module is stored in the function control module;

the sound player is connected with the function control module, the function control module receives a wireless control instruction sent by the intelligent system through the wireless communication receiving module, and according to the wireless control instruction, the function control module drives the sound player to execute a control instruction for playing the voice story of the building block toy model and a control instruction for driving the corresponding building block toy actuator to work.

7. The intelligent building block toy applying the voice-enhanced educational function according to claim 6, wherein: the building block toy is characterized in that the building block toy is an intersection traffic indicator lamp, the intersection traffic indicator lamp is a building block toy actuator RGB lamp, and the building block toy actuator RGB lamp is connected with the intelligent system;

the second building block toy model is a car; the function master controller and the building block toy actuator are assembled in the car; the building block toy actuator comprises a group of RGB lamps, a group of micro motors and a Bluetooth sound box; the RGB lamp is used as a car lamp of a car, the micro motor is used for driving wheels, and the Bluetooth sound box plays horn sound of the car; the function controller of the car stores a control instruction for driving the building block toy actuator;

the audio file of the voice story stored by the intelligent system comprises the assembling step and related application knowledge of the intersection traffic indicator light, and the structure and assembling step and driving knowledge of the car;

the intelligent system of the voice building block module also comprises a control instruction of the intersection traffic indicator light, a logic control instruction, an action control instruction, a digital control instruction and a speed control instruction;

the logic control instruction comprises start, cycle end, waiting and execution;

the action control instructions comprise forward movement, backward movement, left rotation, right rotation, stop, clockwise lithium battery module, anticlockwise lithium battery module, clockwise micro motor module, anticlockwise micro motor module and synchronous execution of the micro motor;

the digital control instruction comprises a number 2, a number 3, a number 4 and a number 5, and represents the number of times or seconds for executing the instruction;

the speed control instruction comprises a fast speed, a medium speed and a slow speed;

correspondingly, each control instruction and each audio file are respectively provided with a machine-readable identity code and a machine-readable card, and the machine-readable card is also provided with the names of the control instruction and the audio file;

correspondingly, a machine-readable card can be used for programming a walking program of a car in the intelligent system, and after a function master controller of the car receives a walking program instruction sent by the intelligent system through the intersection traffic indicator lamp, the walking mode set by the walking program is completed by controlling the rotation mode of the micro motor.

8. The intelligent building block toy applying the voice-enhanced educational function according to any one of claims 6 or 7, wherein: the intelligent system and the function controller both comprise OTA upgrade packages, and correspondingly, the wireless communication module in the intelligent system and the wireless communication module in the function master controller are both Bluetooth communication modules; the intelligent system and the control program stored in the function controller can be conveniently upgraded in an off-line manner by a user;

or the mobile phone is directly connected with the voice building block module by using a data line, and an audio file is added to or replaced in the program main control MCU of the voice building block module; or the audio files needing to be upgraded in the mobile phone APP are updated to the program main control MCU of the voice building block module through the wireless communication module.

9. The intelligent building block toy applying the voice-enhanced educational function according to any one of claims 1 to 7, wherein: the voice story also includes accompanying instructions.

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