CN2662963Y - Voice toy - Google Patents

Abstract

The utility model is a voice toy, in particular a voice toy with a two-way conversation function, which mainly includes a microphone, a voice control device, a player and a peripheral device fixedly arranged in a doll body. Words input from the outside can be transmitted to the voice control device through the microphone, and the voice control device will judge the input words and issue an execution instruction according to the input words, thereby controlling the player to broadcast a time data or an output word, and can also control the peripheral device to project a brilliant light source or swing the doll body, and each input word has a plurality of corresponding output words, and an output word is randomly selected to be played, thereby effectively improving the diversity and entertainment during use, and increasing the practical functionality of the doll body.

Description

voice toy

technical field

The utility model relates to a voice toy, in particular to a voice toy with a two-way dialogue function, which can not only effectively improve the diversity and entertainment in use, but also increase the practical functionality of the doll body.

Background technique

Due to the advancement of science and technology, various dolls have gradually developed from a static expression mode to a trend with sound and light effects. Among various dolls with sound and light effects, voice dolls are favored by parents and children because they have the function of playing voice, which can indirectly achieve the effect of entertaining and teaching.

FIG. 1 is a schematic diagram of the structure of a conventional voice doll. A general doll 10 is mainly provided with a touch switch 13 , a control device 15 and a sounding device 17 inside the doll body 11 . When the user lightly presses the touch switch 13 with an external force, the control device 15 will control the sound generating device 17 to emit a special sound effect or output a fixed answer word.

Above-mentioned conventional doll 10 can send out a special sound effect or a section of words when lightly pressing the touch switch 13, although the purpose of voice output can be achieved. However, the user must find the touch switch 13 when using it, and needs to apply a light pressure action to activate the sounding device 17. For ordinary young users, it is not only inconvenient to use, but also cannot be achieved. The purpose of edutainment. Furthermore, the special sound effect or the answer sentence of the habitual doll 10 is fixed, which is really monotonous and boring to the user, and cannot achieve the effect of diversification of entertainment.

Contents of the invention

The main purpose of the present utility model is to provide a fully interactive and participatory voice toy, which uses the function of voice recognition to recognize the word commands input by the user, and outputs a corresponding word to be output according to the command, so as to achieve The effect of dialogue and entertainment between the user and the doll.

The secondary purpose of the present invention is to provide a voice toy, which is suitable for various occasions by updating the trigger sentence and the corresponding content of the sentence to be output.

Another object of the present utility model is to provide a voice toy, each input word has a plurality of corresponding sentences to be output, and a sentence to be output is selected randomly or sequentially for output and playback, thereby enhancing the novelty of the user sense and entertainment diversification purposes.

Another object of the present invention is to provide a voice toy, which can lead young users to deal with general language through the interactive function of voice, so as to achieve the purpose of entertaining and teaching.

In order to achieve the above object, according to a preferred embodiment of the utility model, the voice toy includes: a doll body, which is provided with at least one microphone and a player; and a voice control device, which is located in the doll body and connected to the microphone and The player is used to receive an external input word, and control the player to play a desired output word according to the external input word.

In order to have a further understanding of the features, structure and achieved effects of the utility model, the utility model will be described in detail below with specific examples in conjunction with the accompanying drawings.

Description of drawings

Fig. 1 is the structural schematic diagram of doll commonly used;

Fig. 2 is a three-dimensional structure diagram of a preferred embodiment of the utility model;

Fig. 3 is a circuit block diagram of an embodiment of the utility model;

Fig. 4 is a flowchart of an embodiment of the present invention during voice interaction;

Fig. 5 is a three-dimensional structure diagram of another embodiment of the utility model;

Fig. 6 is a circuit block diagram of another embodiment of the utility model; and

FIG. 7 is a flow chart of another embodiment of the present invention during voice interaction.

Description of reference signs: 10 doll; 11 doll body; 13 touch switch; 15 control device; 17 sound generating device; 20 voice toy; 22 doll body; 24 light source; 26 player; 28 microphone; receiver; 36 microprocessor; 38 memory; 382 first memory; 384 second memory; 386 third memory; 388 register; 50 doll; 51 key switch; 52 doll body; 53 function selection button; 55 time device; 57 wireless signal receiver; 59 limb swing device; 60 control device; 61 power switch; 62 voice receiver; 64 voiceprint simulator; 645 voiceprint simulator; 66 microprocessor; 68 memory; 70 peripheral device.

Detailed ways

At first, please refer to the three-dimensional structure diagram of a preferred embodiment of the utility model shown in Fig. 2; At least one light source 24 , player 26 and microphone 28 may be provided at an appropriate position of the doll body 22 , and these light source 24 , player 26 and microphone 28 are connected to the voice control device 30 .

Please refer to the circuit block diagram of an embodiment of the voice control device of the present invention shown in Figure 3; as shown in the figure, the voice control device 30 mainly includes a microprocessor 36, which can be connected to a voice receiver 32 and a memory 38 respectively . Wherein the memory 38 includes a plurality of sub-storage areas, for example, it can be divided into the first sub-storage area 382 for storing the speech recognition program; the second sub-storage area 384 for storing at least one trigger word data; The storage area 386 is used to store phonetic data to be output; and a temporary storage area 388 is used to store a digital voice data input from the outside or record a message to be played. In addition, the audio receiver 32 is connected with the microphone 28 , and the microprocessor 36 is connected with a peripheral device, such as the light source 24 or the player 26 .

The input words input by the outside world or the user are collected by the microphone 28 and then sent to the voice receiver 32 . The voice receiver 32 converts it into a digital voice data, and then temporarily stores it in the temporary storage area 388 . The microprocessor 36 can load and execute the voice recognition program from the first sub-storage area 382 , and search and compare whether the input external digital words are the same as the trigger word data stored in the second sub-storage area 384 . If so, the player 26 is controlled to play a word to be output or the light source 24 to generate a projection light source according to the search comparison result. For example, when the user sends an external input word of "please turn on the light", the microprocessor 36 processes and finds that the input word "please turn on the light" is identical to the trigger word data stored in the second sub-memory 384, therefore, the microprocessor The processor 36 can control the light source 24 to generate a projection light source, so that the doll 20 can be used as a night light.

Each trigger word data in the second sub-storage area 384 can also correspond to the word data to be output stored in the third sub-storage area 386, and each trigger word can have at least one word data to be output correspondingly, and The microprocessor 32 can randomly select one of several word data to be output according to the comparison result and transmit it to the player 26, and the player 26 plays it. For example, the trigger word stored in the second sub-storage area 384 has a "Who are you?" Ah...!", "I'm Pikachu...!", "I'm your good friend...!" and so on; so, when the user inputs "Who are you?" When the external input words, the microprocessor 32 It can cause the doll to answer 20 times and play "I am Pikachu...!". And when the user asks next time: "Who are you?", the doll 20 can choose to answer and play "I am your good friend...!". Every time an inquiry is made, the microprocessor 32 can randomly or sequentially select different answers to be output. This will not only increase the user's sense of freshness but not feel dull, but also guide young users to use the correct language. How to use it.

The output sound effect can also be designed as a section of music, text, story or foreign language narration, for example, trigger word data "singing" is stored in the second sub-storage area 384, and the corresponding words to be output are stored in the third sub-storage area 386 The data are song data such as "Little Sweets" and "Invincible Iron King Kong". When the user states an input word to the doll 20: "Sing...!" Play a song.

In addition, please refer to FIG. 4 for a schematic flow chart of an embodiment of the present invention during voice interaction; as shown in the figure, the main steps are:

Step 401: The microphone 28 receives a question from the user or an externally input word, and converts it into digital word data through the voice receiver 32, which can be temporarily stored in the register 388.

Step 402: The microprocessor 32 identifies and searches the trigger word data in the second sub-storage area 384. If the trigger word data identical with the digital word data is found, then enter step 403; if the trigger word data identical to the digital word data cannot be found The same trigger voice signal, then enter step 413, or return to the initial waiting state without answering.

Step 403: Search the third storage area 386 for word data corresponding to the trigger word data to be output according to the trigger word data.

Step 404: Randomly or sequentially select a group of word data to be output from the plurality of groups of word data to be output.

Step 405: The selected word data to be output is transmitted to the player 26 for playback through the control of the microprocessor 36, and returns to the original state to wait for the next voice interaction.

Step 413: Continuing from step 402, if the same trigger word data as the digital word data cannot be found, a question sentence can be played by the player 26, such as "what did you say?" etc., and return to the initial waiting situation.

Please refer to the three-dimensional structure schematic diagram of another embodiment of the utility model shown in FIG. 5; , key switch 51, function selection button 53, time device 55, wireless signal receiver 57, limb swinger 59 and other peripheral devices.

In the above-mentioned embodiments, although a doll is used as the description object, in various occasions, the doll body 52 can also be a lamp, such as a table lamp, table lamp, standing lamp, wall lamp, night light, etc. , can also have rich and varied dialogue content, and can have various corresponding actions according to external input words and commands.

In addition, please refer to the circuit block diagram of another embodiment of the utility model shown in Fig. 6 together; Various peripheral devices 70 such as the device 55 , the light source 24 , the wireless signal receiver 57 , etc. The voice control device 60 includes a voice receiver 62 , a power switch 61 , a voiceprint emulator 64 , and a memory 68 storing multiple groups of voice commands, all of which can be electrically connected to a microprocessor 66 .

The microprocessor 66 of the voice control device 60 can judge whether the user's external input word is a trigger word data stored in the memory 68, and control the action of the player 26 and the peripheral device 70 according to the trigger word data, such as a light source 24 produces a projection light source, and the time device 55 reads time data and the like. Wherein the external input words can be "turn on the light", "turn off the light", "broadcast time", "record", "play message", "play message at what time", "adjust time" and so on.

For example, when the user intends to perform an action of "turning on the light" and outputs an external input word data of "turning on the light", the microprocessor 66 will be able to determine what the user wants to do through the voice receiver 62 and the memory 68. The action of "turning on the light" further provides the function of the light source 24 to generate a projection light source, so that the action of "turning on the light" can be successfully completed.

Of course, when the user wants to perform actions such as "turning off the light", "playing the time", "recording", "playing the message", "playing the message at what time" or "adjusting the time", the microprocessor 66 can also use the The same or similar programs control the light source 24, the time device 55, and the player 26 to complete the actions desired by the user.

For the sound played by the player 26 has a special effect, a voiceprint emulator 64 can be connected between the memory 68 and the player 26, so that the word data to be output or the recorded voice message data stored in the memory 68 can be Through the processing of the voiceprint simulator 64, a special voiceprint sound effect can be played, such as a political figure, a cartoon character, or a special voiceprint of an unspecified third person, so as to achieve the purpose of entertainment.

The wireless signal receiver 57 can receive a signal generated by a wireless signal transmitter, such as a signal of a doorbell button (not shown), thereby notifying the microprocessor 66 to control the player 26 to play a specific sound effect, such as "the guest is here." " etc., and can simultaneously control the activation of the light source 24 to produce a sound and light effect, or, the effect of the limb swinger 59 can also be activated to cause the limbs of the doll 50 to twist, the head to swing, or the eyes to open and close.

Certainly, in order to increase the function of the doll, the doll body 52 may be provided with a switch button 51 and at least one function button 53 . The switch button 51 is used to control whether the doll 50 can perform the voice interaction function. The function button 53 can be designed as a function selection button, an execution confirmation button, a recording button or a broadcast button, etc., and the user can be guided by the function selection button of the function button 53 and the voice signal played by the player 28 to correctly Execute the OK button, and you can choose to execute specific functions accordingly, such as adjusting time, setting playing voice time, deleting voice messages and other functions. For example, when the user wants to delete the voice message, press the function selection button, the player 28 can play "adjust the time", press the function selection button again, the player 28 can play "set the time to play the voice", press the function selection button again button, player 28 can play "delete voice message"; at this time, press the execution confirmation button to enter the state of deleting voice message, and now player 28 plays "please press the confirmation button if you want to delete the message, and press the function selection button if you want to exit" , after pressing the execution determination button again, the player 28 will play "the message has been deleted", etc., so that the voice message stored in the memory 68 can be deleted.

Finally, please refer to the flow chart of another embodiment of the utility model in voice interaction shown in FIG. 7; as shown in the figure, its main steps include:

Step 701: Determine if no word has been input for a preset period of time? If the preset time has passed, go to step 703; if not, go to step 702.

Step 703: Play a disappointing word, such as "don't care about others", and go to step 704.

Step 704: Check whether the number of times of playing the disappointed statement has exceeded the preset number of times? If the preset number of times has been exceeded, go to step 705; if not, go back to step 701.

Step 705: Turn off the power supply and end the voice interaction function.

Step 702: Check if there is a new input word? If yes, enter step 801, and subsequent steps 802-805 are the same as 402-405 of the embodiment in FIG.

To sum up, the utility model relates to a voice toy, especially a voice toy with a two-way dialogue function. corresponding action.

The above description is only a preferred embodiment of the present utility model, and is not intended to limit the scope of implementation of the present utility model. All equal changes and modifications are made according to the shape, structure, characteristics and spirit of the claims of the present utility model. , should be included within the protection scope of the present utility model.

Claims (10)

1, a kind of voice toy is characterized in that comprising:

One doll figure, in be provided with an at least one microphone and a player; And

One phonetic controller is located in this doll figure, is connected with microphone and player, can import words and phrases in order to receive an external world, and controls this player to play desire output words and phrases according to these external world's input words and phrases.

2, voice toy as claimed in claim 1, wherein this phonetic controller comprises:

One voice receiver will be in order to being converted to a digital words and phrases data by external world's input words and phrases;

One memory is in order to store at least one triggering words and phrases and to export words and phrases with the corresponding desire of these triggering words and phrases; And

One microprocessor connects voice receiver, memory and player.

3, voice toy as claimed in claim 1, also be provided with at least one peripheral unit in this doll figure, this peripheral unit connects this phonetic controller, and peripheral unit is one of a light source, wireless signal receiving system, time device, limbs pendulous device, key switch, function selection button and combination thereof, wherein

This wireless signal receiver receives the signal of a wireless launcher, and makes this player broadcast out desire output words and phrases;

Four limbs twisting, the head that this limbs wig-wag drives doll figure waves, eyes open and close and knockdown one of them; And

This function selection button is a function selection button, carries out and determine one of button, record button button, broadcast button and combination thereof.

4, voice toy as claimed in claim 2, wherein this memory is divided into several subpools, and these subpools are one of store voice identification program, triggering words and phrases, digital words and phrases data, desire output words and phrases, recorded speech message and combination thereof respectively.

5, voice toy as claimed in claim 2 also includes a vocal print emulator, and this vocal print emulator is fixedly arranged between this memory and the player, between this memory and the voice receiver and one of combination.

6, voice toy as claimed in claim 1, wherein this doll is a light fixture.

7, a kind of voice toy is characterized in that comprising:

One doll figure, in be provided with an at least one microphone and a peripheral unit; And

One phonetic controller is located in this doll figure, connects this microphone, imports words and phrases in order to receive an external world, and controls this peripheral unit action according to these external world's input words and phrases.

8, voice toy as claimed in claim 7, wherein this peripheral unit is one of light source, wireless signal receiving system, time device, limbs pendulous device, key switch, function selection button and combination thereof, and also can be provided with a player in the doll figure.

9, voice toy as claimed in claim 7, wherein this phonetic controller mainly comprises:

One voice receiver should be converted to a digital words and phrases data by external world's input words and phrases;

One memory, in order to storing at least one triggering words and phrases, each triggers words and phrases all several desires output words and phrases corresponding with it, and transfers in the player and play to agree to machine to reach successively one of them mode of preface; And

One microprocessor connects this voice receiver, memory and peripheral unit, controls this peripheral unit action according to these triggering words and phrases.

10, voice toy as claimed in claim 7, wherein this doll is a light fixture.

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