KR200269169Y1 - Toy for Voice Data Output having Flash Card Recognition Function - Google Patents

Abstract

The present invention relates to a toy device for outputting voice data having a flash card recognition function, and in particular, the present invention includes an optical transmission control unit for controlling to transmit an optical transmission control signal instructing to transmit light according to a set transmission method; An optical transmitter for transmitting or blocking an optical signal by an optical transmission control signal applied from the optical transmission controller; An optical receiver condensing the optical signal transmitted and reflected from the optical transmitter; An optical reception amplifier for amplifying an electric signal applied from the optical receiver; A signal converter converting the analog signal amplified by the optical receiver amplifier into a digital signal; A code analyzer which receives the digital signal converted by the signal converter and generates a code data value assigned to the bit pattern of the digital signal; A data output controller configured to analyze code data values applied from the code analyzer to determine whether voice data is present and to transmit memory information and voice data output commands corresponding to the code data values; A memory controller which receives memory information applied from the memory controller, reads the voice data stored in the voice data storage unit, and transmits the read voice data through a predetermined specific path; A data decoding unit for restoring the compressed voice data applied from the memory control unit to the original voice data under the control of the data output control unit; A D / A converter for converting the speech data restored by the data decoder into an outputable analog signal; And an audio signal amplifier for amplifying the analog signal converted by the D / A converter and outputting the analog signal to the outside through a speaker. Therefore, according to the present invention, by outputting the contents of the flash card as a voice so that children can learn by themselves, there is an effect of maximizing the visual and auditory education effect by inducing curiosity without feeling bored.

Description

Toy for Voice Data Output having Flash Card Recognition Function {Toy for Voice Data Output having Flash Card Recognition Function}

The present invention relates to a toy device for voice data output having a flash card recognition function, and more particularly, to print a code for recognizing card information on a flash card widely used for children's education, and printed on a flash card. By attaching a sensor to the toy that can automatically recognize the code pattern, when the children hold the flash card up and down or left and right by holding the hand, the contents of the flash card are automatically recognized and the voice corresponding to the contents of the flash card The present invention relates to a toy device for outputting audio data having a flash card recognition function for outputting data.

It is well known that children are good at learning, including attaining language skills. In particular, in early childhood, 80% of the brain is completed before the age of three, and a good music to give children a good concentration, memory and learning effects have been reported. As such, early education is important due to the theory that it has great learning ability in childhood, and in response to this, foreign language education, which was previously taught in middle school or above, has recently begun in elementary school, and furthermore, in kindergarten or preschool. Even young children are teaching foreign languages. In line with these times, educational materials and voice output toys using flash cards are being released to induce children's visual or auditory interests and increase their educational effects.

Flash cards, widely used for the education of low age children, are printed pictures and letters for children's education on thick paper cards, and are mainly used for studying letters and cognitive education about animals or objects using children's vision. It is a card. Showing children visual media such as color books or flash cards can help them develop the ability to recognize and focus on objects. However, the education method using the flash card has a problem that the amount of educational information provided by the flash card is limited, and the passive education method must be helped by neighboring adults.

In addition, among the various toys that children enjoy playing, a built-in memory in which various voice data (eg, English, songs, etc.) are stored inside the toy itself, so that the voice data stored in the memory can be listened to by a switch operation located in the toy. Toys are being released. However, this kind of toy can only listen to the voices previously stored in the memory, and has no function of easily changing the voice data stored in the memory or storing new voice data. Therefore, these toys tell children the fairy tales or nursery rhymes of the same contents, there is a problem that the children get tired.

Accordingly, the present invention has been made to solve the conventional problems as described above, the first object of the present invention is to analyze the code printed on the flash card to output a flash card recognition function corresponding to the code The present invention provides a toy device for outputting voice data.

A second object of the present invention is a flash card for transmitting an optical signal using an intermittent transmission method or a continuous transmission method according to a sampling period, and generating a code data value with a relative number of sampling data or a relative detection time according to the corresponding transmission method. The present invention provides a toy device for outputting voice data having a recognition function.

The third object of the present invention is to print a code according to a single mode or a dual mode, and attach a light sensor suitable for each mode, so that a voice with a flash card recognition function capable of reading various types of flash cards through a desired mode To provide a toy device for outputting data.

1A to 1C are exemplary views showing an example of attaching an optical sensor of a toy device for outputting voice data according to the present invention;

2a to 2e is an exemplary view of a flash card according to the present invention,

3 is a conceptual diagram of code analysis according to the present invention,

Figure 4 is a block diagram showing the internal configuration of a toy device for outputting a single mode voice data according to the present invention,

5 is a block diagram showing an internal configuration of a toy device for outputting dual-mode voice data according to the present invention.

♣ Explanation of symbols for the main parts of the drawing ♣

100: toy device 110, 120, 130: light sensor

200: flash card 405, 505: optical transmission control unit

410, 510: optical transmitter 415, 515: optical receiver

420 and 520: light receiving amplifier 425 and 525: signal converter

430, 555: code analysis unit 435, 560: data output control unit

440 and 565: Memory control unit 445 and 570: Voice data storage unit

450, 575: data decoding unit 455, 580: D / A conversion unit

460 and 585: voice signal amplifier 465 and 590: speaker

In order to achieve the above object, the present invention provides a voice data output toy device having a flash card recognition function that reads a code printed on a flash card and outputs a voice corresponding to the code, and transmits light according to a set transmission method. An optical transmission control unit for controlling to transmit an optical transmission control signal instructing to transmit the signal; An optical transmitter connected to the optical transmitter and configured to transmit or block an optical signal by an optical transmitter control signal applied from the optical transmitter; An optical receiver which is optically connected to the optical transmitter and condenses the optical signal transmitted and reflected from the optical transmitter; A light receiving amplifier connected to the light receiving unit and amplifying an electric signal applied from the light receiving unit; A signal conversion unit connected to the optical reception amplifier and converting the analog signal amplified by the optical reception amplifier into a digital signal; A code analyzer connected to the signal converter and configured to receive a digital signal converted by the signal converter and generate a code data value assigned to a bit pattern of the digital signal; A data output control unit connected to the code analysis unit and configured to analyze the code data value applied from the code analysis unit to determine the presence or absence of the corresponding voice data, and to transmit memory information and voice data output command corresponding to the code data value. Wow; A memory controller which is connected to the data output controller, receives memory information applied from the memory controller, reads the voice data stored in the voice data storage unit, and transmits the read voice data to a predetermined specific path; A data decoding unit connected to the data output control unit and the memory control unit and restoring the compressed voice data applied from the memory control unit to the original voice data under the control of the data output control unit; A D / A converter connected to the data decoding unit and converting the speech data restored by the data decoding unit into an outputable analog signal; And a voice signal amplifying unit connected to the D / A converting unit and amplifying the analog signal converted by the D / A converting unit to output to the outside through the speaker.

Hereinafter, a preferred embodiment of a toy device for outputting voice data with a flash card recognition function according to the present invention will be described in detail with reference to the accompanying drawings.

Figures 1a to 1c is an exemplary view showing an example of the optical sensor attached to the toy device for voice data output according to the present invention, Figure 1a is an example of the optical sensor attached according to the single mode, Figure 1b when moving the flash card up and down 1C shows an example of attaching an optical sensor according to the dual mode, and FIG. 1C is an example of attaching an optical sensor according to the dual mode when the flash card is moved left and right. Here, the photosensor 110, 120, 130 is a toy device 100. Although shown as being located on the left side of the chest, this is just one example and can be attached to any position of the toy device 100 is natural. The user may initiate the operation of outputting the contents of the flash card by voice by moving the code printed portion of the flash card in proximity to the photosensors 110, 120, 130.

Figures 2a to 2e is an illustration of a flash card according to the present invention, Figure 2a is a view illustrating the front of the flash card, Figures 2b to 2e is a view illustrating the back of the flash card. As shown in Figure 2a, the flash card of the present invention is printed with a specific picture or numbers, like the general flash card. 2B and 2C show a single mode, and show an example of each code setting when the flash card is moved left, right, or up and down. Here, the single mode is a method in which codes printed on a flash card are set in a line at an arbitrary position, and a type and contents of the card are recognized using only one sensor. As shown in Figs. 2B and 2C, descriptions of specific pictures or numbers printed on the front side are described in the center of the back of the flash card, and printed on the front side of one side of the card (e.g., bottom or left end of the card). The code corresponding to a specific picture or number is printed. 2D and 2E are for the dual mode, and show examples of each code setting when moving the flash card left or right or up and down. Here, the dual mode requires two sensors by printing codes on the top, bottom, left and right sides of the flash card to read both codes to recognize the type and contents of the card. As shown in FIGS. 2D and 2E, descriptions of specific figures or numbers printed on the front side of the flash card are described at the center of the back side of the flash card, and printed on the front side of both sides of the card (eg, top, bottom, left and right sides of the card). The code corresponding to a specific picture or number is printed.

The code printed on the back of the flash card has a form similar to a general barcode, and is an optically readable encoding of alphanumeric or special symbols by a combination of thick or thin bars (black areas) and spaces (white areas). This enables expression of information, collection and decryption of information. The code is read by converting the bars and spaces into bits of binary 0s and 1s in a particular arrangement of black bars and white spaces representing letters or numbers. In other words, the printed code is a language consisting of 0 and 1 bits, and there are several types of code systems depending on the ratio of the thickness of the bar to the width of the space. The method of reading such a print code uses a difference in the amount of reflection according to the medium of the reflector. The code printed on the flash card is composed of a black area and a white area, reflects light in the white area, and emits light in the black area. As a result of the absorption, the amount of light reflected by the black area is relatively smaller than that of the white area. This phenomenon makes it possible to recognize a bit string for a code printed on a card.

3 is a conceptual diagram of code analysis according to the present invention, and codes printed on the back of the flash card are divided into black areas 320, 340, 360, and white areas 310, 330, 350, and 370, and black areas 320. , 340, 360 is composed of a thick portion and a thin portion again. In this case, the white areas 310, 330, 350, and 370 are recognized as '1' because the light is reflected, and the black areas 320, 340 and 360 are recognized as '0' because the light is absorbed, and again the black area. It is assumed that a relatively large number of '0' is recognized as '1' and a relatively small number of '0' is recognized as '0'.

The format of the codes printed on the back of the flash card varies depending on the direction of movement of the flash card or the type of mode (for example, single mode or dual mode) .However, the format of the codes is recognized by sensing the code. Is done the same. That is, it reads as data bits '0' or '1' with a relative number recognized as '0'. The speed at which the code is scanned varies depending on the speed at which the flash card is moved, so the number read as '0' or '1' (e.g. for intermittent transmission based on sampling period) or time (e.g. for continuous transmission). Case) is different, the code recognition method of the present invention analyzes the code as a relative value to the previous code pattern. That is, in the case of the intermittent transmission method, the number of samples of '0' is not the absolute number but the number of samples of the currently recognized '0' differs from the number of previously recognized samples by '0'. Identifies the data bit of '1'. Similarly, in the case of the continuous transmission method, the difference between the read time of the currently recognized '0' and the read time of the previously recognized '0' is not the absolute time recognized as' 0 ', but' 0 'and' Identifies the 1 'data bit.

In the dual mode in which codes are printed on the top and bottom of a flash card, when the lower code value is recognized as '0' and the upper code value is recognized as '1', the data code is read as '0' and the lower code value When the upper code value is recognized as '0' when it is recognized as '0', the data bit '1' is read. This is just one example, and the data bit readout can be set differently according to the designer's choice.

The print code is composed of a start code, a data code, and an end code, and a portion corresponding to each code value is generally indicated in black. This is assuming that the entire surface of the flash card is white. If the entire surface of the flash card is black, the part corresponding to each code value will be displayed in white. In addition to the above-described code, it may further include an error correction code for correcting the error.

4 is a block diagram showing an internal configuration of a single mode voice data output toy device 400 according to the present invention, the present voice data output toy device 400 is an optical transmitter 405, optical transmitter 410, light water Bride 415, light receiving amplifier 420, signal converter 425, code analyzer 430, data output controller 435, memory controller 440, voice data storage 445, data decoding A unit 450, a D / A converter 455, an audio signal amplifier 460, and a speaker 465 are configured.

The optical transmission control unit 405 has a built-in timer and transmits an optical transmission control signal for transmitting light at a predetermined time interval (for example, several ms) or operates by an arbitrary switching signal to continuously output the optical transmission control signal. It plays a role to control transmission. That is, the optical transmission control unit 405 controls to transmit light according to the intermittent transmission method or the continuous transmission method by the sampling period. Such an intermittent transmission method or a continuous transmission method may be set at the time of manufacture of the toy device by the designer's choice.

The optical transmitter 410 is connected to the optical transmitter 405 and performs a role of transmitting or blocking an optical signal by an optical transmitter control signal applied from the optical transmitter 405. That is, the optical transmitter 410 receives ON / OFF control of the optical transmitter 405 and transmits an optical signal when the signal is ON, and blocks the optical signal when the signal is OFF. In general, the optical transmitter 410 generally uses an infrared light sensor for transmitting infrared light. For example, in the case of the intermittent transmission method, infrared light is transmitted every set sampling period, and in the case of the continuous transmission method, the infrared light is transmitted during the time when the light transmission control signal is applied from the light transmission control unit 405.

The optical receiver 415 is optically connected to the optical transmitter 410 and serves to condense the optical signal transmitted and reflected from the optical transmitter 410. The optical signal scanned by the optical transmitter 410 reaches the code area of the flash card 200, and detects the amount of light reflected from the white and black areas of the code and generates an electric signal (photocurrent) according to its size. Let's do it.

The light receiving amplifier 420 is connected to the light receiving unit 415 and serves to amplify an electric signal applied from the light receiving unit 415. Since the electrical signal applied from the light receiver 415 is a very weak signal, it is necessary to amplify the signal into a processable signal. Accordingly, the light receiving amplifier 420 generates a useful analog signal (voltage) by signal processing the weak electric signal applied thereto.

The signal converter 425 is connected to the light receiving amplifier 420 and converts the analog signal amplified by the light receiving amplifier 420 into a digital signal. The analog signal amplified by the light receiving amplifier 420 is converted into a digital signal through a digitizing process. That is, when the analog signal reaches the upper limit value by setting the upper and lower thresholds, the latch operates to maintain the high state. When the lower limit threshold is reached, the latch operates to maintain the low state.

The code analyzer 430 is connected to the signal converter 425 and receives a digital signal converted by the signal converter 425 to perform a digital signal processing process in consideration of the relative sampling number or relative time of the digital signal. And generates a data value assigned to the bit pattern of the digital signal. Code analysis method used in the code analysis unit 430 of the present invention, for example, in the case of the intermittent transmission method programmed to recognize the number of '0' as the code data, the data value '1' is the number of '0' Are relatively large, and the data value '0' is determined to have a relatively small number of '0'. Further, for example, in the continuous transmission method programmed by recognizing a detection time of '0' as code data, the data value '1' is a relatively long detection time of '0', and the data value '0' is' It is determined that the detection time of 0 'is relatively short. Accordingly, the code analyzer 430 analyzes information (ie, bit patterns) about codes printed on a specific flash card to generate code data values. Here, the criteria for determining the data values '0' and '1' may be specified in the opposite manner to the above-described method.

The data output controller 435 is connected to the code analyzer 430, and analyzes code data values applied from the code analyzer 430 to determine the presence or absence of corresponding voice data, and memory information corresponding to the code data values. And control to send a voice data output command.

The memory controller 440 is interconnected with the data output controller 435, receives memory information applied from the memory controller 440, reads the voice data stored in the voice data storage 445, and reads the read voice data. To transmit a specific path (eg, the data decoding unit 450). The voice data stored in the voice data storage 445 is compressed to reduce the memory capacity, and the voice data corresponding to the code data value is stored. The voice data stored in the voice data storage unit 445 includes various voice information related to English, numbers, Korean characters, plants and animals, and the like, and various voice information may be added, deleted or changed according to a designer's or user's selection. Here, the voice data storage unit 445 generally uses a flash memory, an EEPROM, or the like.

The data decoding unit 450 is connected to the data output controller 435 and the memory controller, and restores the compressed voice data applied from the memory controller 440 to the original voice data under the control of the data output controller 435. Play a role. The D / A converter 455 is connected to the data decoder 450 and converts the voice data reconstructed by the data decoder 450 into an outputable analog signal. The voice signal amplifier 460 is connected to the D / A converter 455, and amplifies the analog signal converted by the D / A converter 455 to output to the outside through the speaker 465. Perform.

5 is a block diagram illustrating an internal configuration of a dual mode voice data output toy device 500 according to the present invention. The toy device 500 for voice data output includes a first optical transmission controller 505 and a first optical transmitter ( 510, the first optical receiver 515, the first optical receiver amplifier 520, the first signal converter 525, the second optical transmitter 530, the second optical transmitter 535, and the second optical receiver The bride 540, the second light receiving amplifier 545, the second signal converter 550, the code analyzer 555, the data output controller 560, the memory controller 565, and the voice data storage unit 570. ), A data decoding unit 575, a D / A converter 580, a voice signal amplifier 585, and a speaker 590. That is, the dual mode voice data output toy 500 may add one more optical sensor to the single mode voice data output toy 400 to read the code printed on the flash card 200 using two optical sensors. Consists of. Except for using two optical sensors, the configuration of the toy device for dual mode and single mode voice data output is the same, and thus detailed description thereof will be omitted.

An example of printing a code of a flash card according to the dual mode is illustrated in FIGS. 2D and 2E. When the flash card is to be moved left and right, the code is printed as shown in FIG. 2D and the flash card is moved up and down. Prints the code as shown in FIG. 2E. In dual mode, two optical sensors are attached to the toy device at the same code interval to recognize all the codes printed on the flash card. Therefore, when the flash card is moved close to the optical sensor, the code printed on the flash card is recognized through two optical sensors attached to the toy device.

For example, a code reading example for the case of printing on the code above and below the flash card will be described.

First, after the reflection of the optical signal by the first white area, if a value of '0' is detected in both the upper and lower sides, the start code is recognized. When the value of '0' is recognized by the lower optical sensor When the value of '1' is recognized by the upper optical sensor When the value of '0' is recognized by the data bit '0' and the lower optical sensor If the value of '0' is recognized by the sensor, it is determined as the data bit '0'. In addition, if the value received through the up and down optical sensor is long to the value of '1' and '0' is recognized as the end code. As described above, unlike the single mode, the dual mode is a method of recognizing a code of a flash card by using two patterns arranged on the top, bottom, left and right sides instead of a pattern of data received through the optical sensor. The dual mode method has a disadvantage in that two optical sensors must be used, but it is easy to detect code data values by receiving code information, and has an advantage of increasing accuracy.

Hereinafter, the operation relationship of the voice data output toy device with a flash card recognition function according to the present invention in more detail as follows.

Single mode and dual mode differ only in the arrangement of the optical sensor and the processing part of the electrical signal received from the optical sensor, and the other code analysis and voice processing parts are the same. Explain.

First, it is assumed that voice data corresponding to a code of a flash card to be read is stored in the voice data storage unit of the present toy device, and the user has started the operation of the toy device using an operation switch. When the toy device starts to operate, the optical transmission control section controls the optical transmission section to transmit an optical signal in accordance with a designated transmission method (for example, an intermittent transmission method or a continuous transmission method).

Next, the user moves the flash card to be read in proximity to the optical sensor attached to any position of the toy device. As the flash card moves, the optical signal reflected by each area (white area or black area) is collected through the light receiving unit, and the collected optical signal is amplified by the light receiving amplifier and then converted into a digital signal by the signal conversion unit. Is converted. The code analyzer analyzes the digital signal to generate code data values. That is, after reflecting the optical signal by the first white area, if a certain bit string (eg, '101') is input, it is recognized as a start code, and the bit string input thereafter is read according to a specified transmission method to read the data code value. Create For example, in the case of the intermittent transmission method programmed to recognize the number of '0' as code data, when the value of the bit '0' inputted after the start code is relatively large, it is read as' 1 'and the bit' If the value of '0' is relatively small, read as '0'. Also, in the case of the continuous transmission method programmed to recognize the number of '0' as code data, when the detection time of the bit '0' input after the start code is relatively long, it is read as '1' and the bit '0' If the detection time of 'is relatively short, it is read as' 0'. In addition, if a certain bit string (eg, '111') is input after the data code, the terminal recognizes it as an end code.

The code data value generated in this manner is applied to the data output controller, and the data output controller analyzes the code data value, reads and decompresses the voice data corresponding to the code data value, and converts and amplifies the analog signal. To output voice through the speaker. For example, when the code data value is 6 bits, the data output controller applies a predetermined bit string (eg, '000000') to the memory controller if there is no voice data corresponding to the code data value applied by the code analyzer. It outputs a code absence notification voice (eg, 'no code found') so that the user knows there is no. If there is voice data corresponding to the code data value applied by the code analyzer, the corresponding bit string (eg, '010101') is applied to the memory controller to output the voice of the contents of the flash card. For example, in the case where the back side of the flash card shown in FIG. 2B is moved close to the optical sensor of the toy device, the voice information stored in the voice data storage unit is extracted to output “Pencil” in English, and “pencil” in Korean. Outputs

The above descriptions are merely illustrative of one embodiment, and the present invention is not limited to the above-described embodiments, and various modifications can be made within the appended utility model registration claims. For example, the shape and structure of each component specifically shown in the embodiment of the present invention may be modified.

As described above, according to the present invention, there is provided a voice data output toy having a flash card recognition function. By inducing the curiosity without feeling bored by outputting the contents of the flash card as a voice for children to learn by themselves, It is effective to maximize the visual and auditory education effect.

Claims (7)

A toy device for outputting voice data having a flash card recognition function for reading a code printed on a flash card and outputting a voice corresponding to the code, An optical transmission control unit controlling to transmit an optical transmission control signal instructing to transmit light according to a set transmission method; An optical transmitter connected to the optical transmitter and configured to transmit or block an optical signal by an optical transmitter control signal applied from the optical transmitter; An optical receiving unit optically connected to the optical transmitting unit and condensing an optical signal transmitted and reflected from the optical transmitting unit; A light receiving amplifier connected to the light receiving unit and amplifying an electric signal applied from the light receiving unit; A signal converter connected to the optical receiver amplifier and converting the analog signal amplified by the optical receiver amplifier into a digital signal; A code analyzer connected to the signal converter and configured to receive a digital signal converted by the signal converter and generate a code data value assigned to a bit pattern of the digital signal; Data connected to the code analysis unit, which analyzes code data values applied from the code analysis unit to determine the presence or absence of corresponding voice data, and controls to transmit memory information and voice data output commands corresponding to the code data values. An output control unit; A memory controller which is connected to the data output controller, receives the memory information applied from the memory controller, reads the voice data stored in a voice data storage unit, and transmits the read voice data to a predetermined specific path; A data decoding unit connected to the data output control unit and the memory control unit, and configured to restore compressed voice data applied from the memory control unit to original voice data under the control of the data output control unit; A D / A converter connected to the data decoding unit and converting the voice data restored by the data decoding unit into an outputable analog signal; And It is connected to the D / A converter, and a flash signal recognition function characterized in that it comprises a voice signal amplifier for amplifying the analog signal converted by the D / A converter and output to the outside through a speaker Toy device for voice data output. The method of claim 1, An optical transmission control unit having a built-in timer and controlling to transmit an optical transmission control signal instructing to transmit the light according to an intermittent transmission method of transmitting the light at predetermined time intervals; An optical transmitter connected to the optical transmitter and configured to transmit or block an optical signal by an optical transmitter control signal applied from the optical transmitter; An optical receiving unit optically connected to the optical transmitting unit and condensing an optical signal transmitted and reflected from the optical transmitting unit; A light receiving amplifier connected to the light receiving unit and amplifying an electric signal applied from the light receiving unit; And And a signal converting unit connected to the optical receiving amplifier and converting the analog signal amplified by the optical receiving amplifier into a digital signal. The transmission method of claim 1 or 2, wherein the transmission method of the optical transmission control unit has a built-in timer and operates by an intermittent transmission method that transmits light at a predetermined time interval and an arbitrary switching signal to continuously transmit light. Toy device for outputting voice data with a flash card recognition function, characterized in that it comprises a continuous transmission method. The voice card having a flash card recognition function according to claim 1, wherein the code of the flash card includes a single mode for printing in one line at an arbitrary position and a dual mode for printing in line at any both positions. Toy device for data output. The method of claim 1, wherein the code data value generation of the code analysis unit A toy device for outputting voice data with a flash card recognition function, characterized in that the data bit is determined by the relative difference between the number of samples of the currently recognized data bits and the number of samples of the previously recognized data bits. The method of claim 1, wherein the code data value generation of the code analysis unit A toy device for outputting voice data with a flash card recognition function, characterized in that the data bit is determined by a relative difference between the detection time of any currently recognized data bit and the detection time of a previously recognized data bit. The voice data storage unit of claim 1, wherein the voice data corresponding to the code data value is compressed and stored in the voice data storage unit. The voice data is a toy device for outputting voice data with a flash card recognition function, characterized in that the addition, deletion and change by an online or offline data transmission method.