KR20020023987A - Feeding system of real toy and virtual character on internet using barcode reader, and the control method - Google Patents

Abstract

PURPOSE: A pet toy utilizing a barcode reader, a system for growing a cyber character on the Internet, and a control method thereof are provided to induce the interest for product and a reality by supplying various kinds of food and drugs as a user scans a barcode of real daily necessaries. CONSTITUTION: The system comprises a barcode reader(104) reading a barcode of product and converting the barcode into a digital data through digitizing, a barcode information storage(110) storing the barcode data such as a barcode, a product name and price concerned to the barcode, and so on in a database, a CPU(112) judging the existence of barcode by comparing the barcode read from the barcode reader with the barcode data of barcode information storage, a voice synthesizer(116) synthesizing an output voice from the barcode data of barcode information storage according to the operation of CPU, and a speaker(117) outputting the output voice synthesized by the voice synthesizer.

Description

FEEDING SYSTEM OF REAL TOY AND VIRTUAL CHARACTER ON INTERNET USING BARCODE READER, AND THE CONTROL METHOD}

The present invention relates to a pet robot using a barcode reader and a virtual pet food supply system on the Internet and a method of controlling the same. More specifically, the present invention relates to a barcode and learns a behavior pattern of a user's consciousness based on this. The present invention relates to a pet toy capable of interactive control while outputting various gestures and voices, and a system capable of growing characters such as cyber pets and avatars on the Internet by recognizing barcode data.

Conventionally, toys for recognizing a user's voice and expressing corresponding voices and actions are provided. These toys are designed to give a more friendly feeling to the user, and are also manufactured by adding various functions.

In spite of this trend, the current pet toy recognizes the user's voice and learns and responds to it, which limits the growth of the pet toy. I have a problem that I get tired of easily.

In addition, another problem of the conventional toy is that it is not possible to use and reference at all other industrial development based on the analysis of the propensity of the user, such as the end of the toy life as the end of the toy function.

Therefore, in order to solve this problem, the object of the present invention is a computer, PDA, mobile phone, pet breeding game machine (Tamagotchi), as well as fancy toys, buttons attached to existing devices or provided in the program Instead of providing and inputting food through the function keys, a barcode input device is attached to scan barcodes of the necessities that are actually sold, so that the target user can actually provide food or medicine of various products, such as raising a pet. It is to provide a system that can induce interest in the product and a realistic feeling, and make a product that is differentiated from the existing virtual pet breeding products.

It is another object of the present invention to provide a pet food that can be enjoyed in response to the food and the food to provide a real food and go beyond simple toys.

Another object of the present invention is to provide a system that can increase the degree of participation to the user by providing a system for growing a virtual character by recognizing the actual barcode.

Another object of the present invention is to provide a business model that can generate advertising and support revenue from the company by limiting the types of products that can be input, so that only the product of a specific company in the product field is exclusively scanned and input. It is.

1 is a block diagram of a barcode reader,

2 is a block diagram of a pet toy system for recognizing a barcode according to the present invention;

3 is a toy circuit diagram of FIG.

4 is a control flowchart of FIG. 2;

5 is a block diagram of a virtual character growth system utilizing a barcode reader according to the present invention,

6 is a control flowchart of FIG. 5,

7 is a configuration diagram of a virtual character growth system using a PC camera according to the present invention,

8 is a block diagram of a barcode recognition toy control system using the Internet according to the present invention,

9 is a control flowchart of FIG. 8.

Explanation of symbols on the main parts of the drawings

10 Barcode 12 Scanner

14 decoder 16 computer

100: toy 104: barcode reader unit

106: voice input unit 108: voice recognition unit

110: barcode information storage unit 112: central processing unit

114: learning data storage unit 116: speech synthesis unit

117: voice output unit 118: motor

120: motor drive unit

The present invention relates to a pet toy for recognizing a barcode, the toy comprising: a barcode reader unit for reading a barcode of a product and converting the barcode into digital data through digitizing; A barcode information storage unit for storing barcode data such as a barcode and a name price of a product corresponding to the barcode into a database; A central processing unit for comparing the bar code read from the bar code reader unit with bar code data of the bar code information storage unit to determine whether the bar code is present; A voice synthesizer for synthesizing the output voice according to the operation of the central processing unit; And an audio output unit configured to externally output the output voice synthesized from the voice synthesis unit.

The toy may include a voice input unit for receiving a voice of a user; And a voice recognition unit recognizing a voice received from the voice input unit.

And a learning data storage unit for storing data recognized from the voice recognition unit and a learning growth program.

And a motor driver for driving each of the sub-motors by receiving the control signal processed by the central processing unit.

And a PC interface unit for updating the barcode database of the barcode information storage unit through the PC.

The present invention relates to a control method of a pet toy for recognizing a barcode, the method comprising: (a1) reading a barcode of a product through a barcode reader unit;

(b1) comparing the bar code read from the step (a1) with data of the bar code database stored in the bar code information storage unit;

(c1) determining whether there is matching data from step (b1) and synthesizing the response voice thereto through the voice synthesizer; And

(d1) outputting the synthesized voice data from the step (c1) to the outside through the voice output unit; and characterized in that it comprises a.

(e1) receiving a user's voice through the voice input unit before the step (a1); and recognizing the voice through the voice recognition unit.

(f1) immediately after step (b1), driving the motor driving unit under the control of the central processing unit to move the joint of the pet toy to control and express the behavior.

(g1) learning a user's request pattern by driving a learning growth program from the step (b1) and storing it as learning data; And

(h1) extracting the response data from the stored learning data from the step (g1) by the operation of the central processing unit and outputting the motor driver and the voice synthesizer; .

The present invention relates to a virtual character growth system utilizing a barcode reader, comprising: a barcode reader for reading a barcode of a product and converting the barcode into digital data through digitizing; A server PC for storing and managing barcode data, a cyber character, and a parenting program for growing the character; And electrically connected to the barcode reader and connected to the server PC through a network to download and drive the parenting program from the server PC, and receive the digital data about the barcode input through the barcode reader to grow the character. To make a client PC; characterized in that comprises a.

A product maker server for allowing a user connected to the server PC through the client PC to access a homepage of a manufacturer of a desired product without using the barcode reader to receive product information of the product and raise the character; It is characterized in that the configuration.

The barcode reader is characterized in that it is replaced by a PC camera that captures the image of the barcode to recognize the pattern of the barcode of the product.

The client PC is characterized in that replaced by a PDA.

The client PC may be replaced with a mobile phone terminal.

The barcode reader is characterized in that to receive data through the USB port of the client PC (USB).

The present invention relates to a virtual character growth method using a barcode reader, comprising: (a2) a user driving a client rearing program of a client PC;

(b2) reading the barcode of the product from the step (a2) with a barcode reader;

(c2) transmitting the barcode data read from the step (b2) to the client PC;

(d2) comparing the barcode data transmitted from the step (c2) with the barcode data stored in the character rearing program to determine whether the barcode data exists;

(e2) if the barcode is present from step (d2), learning and storing an input time, a number of times, a repetition period, and the like, and growing a cyber character in the nurturing program.

(f2) prior to step (a2), selecting any one of the parenting program for one or more characters of the server PC to download to the client PC; characterized in that the configuration further comprises a.

(g2) before the step (b2), accessing the homepage of the product manufacturer and receiving the product information of the product; characterized in that it further comprises.

(h2) transmitting the data of the client PC learned and stored from the step (e2) to the server PC; And

(i2) analyzing the data transmitted from the step (h2) to analyze the propensity of the user and provide the same to the manufacturer of the product.

The character may be any one of a virtual avatar or an animal.

The present invention relates to a barcode recognition toy control system using the Internet, which reads and stores a barcode of a product through a voice and a barcode reader of a user, drives a learning program by an internal central processing unit, and learns an operation pattern. A toy for calculating and storing growth information data and controlling the gesture and facial expression behavior through the voice output and the motor driver driving through the response data; A client PC which is electrically connected to the toy and receives growth information data from the toy and transmits operation upgrade information such as developmental status, nutritional status and fatigue status to the toy; It is connected to the client PC through the network and receives the growth information data and customer information from the client PC, the manufacturer server PC for transmitting the operation upgrade information to the client PC; characterized in that it comprises a.

The manufacturer server PC transmits the updated barcode database information to the client PC, and the client PC transmits it to the toy, characterized in that to upgrade the barcode information.

The transmission and reception of the barcode data and the growth information to the toy and the manufacturer server PC through the client PC is characterized in that the data transmission and reception to any one of the PDA or mobile phone terminal.

The manufacturer server PC is characterized in that it further comprises a server PC of the product supplier.

The client PC is characterized in that the monitoring of the growth and development, intelligence, age, fatigue of the toy and the operation upgrade information can be confirmed.

With reference to the accompanying drawings of the present invention it will be understood that the features by the embodiments described in detail.

1 is a configuration diagram of a barcode reader, FIG. 2 is a configuration diagram of a pet toy system for recognizing a barcode according to the present invention, FIG. 3 is a configuration diagram of a toy circuit of FIG. 2, and FIG. 4 is a control flowchart of FIG. 2. 5 is a configuration diagram of a virtual character growth system using a barcode reader according to the present invention, FIG. 6 is a control flowchart of FIG. 5, and FIG. 7 is a configuration of a virtual character growth system using a PC camera according to the present invention. 8 is a configuration diagram of a barcode recognition toy control system using the Internet according to the present invention, and FIG. 9 is a control flowchart of FIG. 8.

Looking at the configuration of the barcode reader according to Figure 1 as follows.

Looking at a system for reading barcodes, the components include a barcode 10, a scanner 12, a decoder 14, and a computer 16. The barcode reader is composed of a scanner 12 and a decoder 14 to convert the barcode 10 into a data form that the computer 16 can accept. Bar code readers can be subdivided into the key functional areas required to read symbols and the auxiliary functions required for data I / O and user interaction. The scanner 12 includes an optical scanning unit 18, a light receiving unit 20, an amplification and signal processing circuit 22, and a digital signal circuit 24. The decoder 14 includes an element edge detection circuit 26, a microprocessor 28, a ROM 30 in which a decoding algorithm is stored, a RAM 32 temporarily storing operation data, and data I / O. (34), an alarm device (40) consisting of a lamp (36) and a buzzer (38) for displaying the use state for the user, and additionally includes a data display unit (42), a keyboard input unit (44), and an external device. The control unit 46, an auxiliary memory device 48 such as an IC card, a memory card, and a floppy disk drive can be connected.

Referring to the process of reading a bar code according to the configuration as shown in FIG. 1 as follows.

The light scanned by the optical scanning unit 18 of the scanner 12 passes over the barcode 10 symbol. The bar and the space of the barcode 10 symbol have different reflectances of light, and the photo detector 20 of the scanner 12 detects the amount of light and according to its size, the electric signal ( Photocurrent). Since the amount of light detected by the light receiving unit 20 is very small, the generated current is also small. The amplification and signal processing circuit 22 amplifies and processes the signal to generate a useful analog signal (voltage). The generated analog signal is converted into a digital signal through the digitizing process of the digital signal circuit 24. In other words, if the analog signal reaches the upper limit by setting the upper and lower threshold, the latch operates to maintain the high state, and when the lower limit reaches the threshold, the latch changes to the low state. The digital signal generated as described above generates a data value assigned to the bit pattern through digital signal processing in the decoder.

The barcode data thus processed is temporarily stored in the RAM 32 and then transferred to the computer 16 through the I / O port 34 by the operation control of the microprocessor 28 and stored in the computer 16. The product is identified by comparison with barcode data.

Looking at the pet toy 100 for recognizing the bar code according to Figures 2 to 3 bar code reader to read the bar code 10 of the merchandise 102, such as industrial products and convert it into digital data through digitizing (Digitizing) ( 100) That is, the barcode reader unit 104, the voice input unit 106 for receiving the user's voice, the voice recognition unit 108 for recognizing the received voice, and the barcode 10 of the read barcode data Recognition of the bar code information storage unit 110 and the voice recognition unit 108 to store and manage the data (database) of the bar code 10 and the name, price, etc. of the product 102 to compare the existence A central processing unit 112 for comparing and calculating data and the barcode 10 and barcode data, and a learning data storage unit 114 for storing learning data generated by the operation of the central processing unit 112, and the barcode reader. part The voice synthesis unit 116 generates and extracts the response data according to the operation of the central processing unit 112 through the barcode input through the 104 and the voice input through the voice input unit 106 of the user, and synthesizes the voice data. The voice output unit 117 for outputting the synthesized voice, the motor driving unit 120 for driving the motor 118 existing in the joints or nodes of the toy 100 to express the movement and expression of the toy 100, etc. It is provided, the PC interface unit 122 for updating (UPDATE) the barcode database of the barcode information storage unit 110 through the user's PC (PC) is provided that the toy 100 is a barcode (10) ) To be recognized.

Looking at the pet toy control method for recognizing the barcode according to Figures 2 to 4 as follows.

The voice recognition unit 108 determines whether the user inputs the voice 200 and the user inputs the voice through the voice input unit 106 of the toy 100 (202). The learning growth program is driven 206 with respect to the recognized voice recognition data to generate and store learning data according to the number of input times of the user's voice and barcode, and extract the response data according to the user's request.

If it is determined that the voice is to be input (200) and the voice input is not desired, the barcode reader unit 104 determines whether to read the barcode of the product (208), and accordingly the barcode 10 to the barcode reader unit 104 Read through (210) to store the bar code (212) and determine whether the input bar code 10 is stored in the bar code information storage unit (214) (214) if present to drive the learning growth program and 206, otherwise extract 216 corresponding response data and branch to step 218 for speech synthesis.

In this way, the user extracts the response data, and according to the control of the central processing unit 112, the user outputs the toy through the voice synthesis unit 218 of the voice synthesis unit 116 and the output of the voice synthesis data to the voice output unit 117. You can hear the voice (220). At the same time as the voice output or after the voice output by the operation of the motor driving unit 120 by the control of the central processing unit to drive the motor 118 to move the joints, such as the jaw, knee, etc. of the pet toy 120, the behavior of the toy Control and display (224).

If the voice input 200 and the barcode are not the lead 208, it is determined whether to update the stored barcode (226) to update the barcode data stored in the barcode information storage unit 110 through the PC interface ( In operation 228, the barcode 10 is downloaded (122).

The internal circuit of the toy 100 is preferably configured to cause the user's interest by additionally connecting the clock circuit to the central processing unit 112 so that the user outputs the voice output and operates even if the user does not use it for a predetermined time.

The toy 100 is preferably a pet toy such as a doll, a robot dog.

5 and 7, the virtual character growth system utilizing a barcode reader is composed of a barcode reader 104, a client PC 101 and a server PC (103).

The barcode reader 104 reads the barcode 10 of the merchandise 102 such as milk and confectionery, converts it into digital format data through digitizing, and is electrically connected to the client PC 101 through internal operations. ) To send data.

The server PC 103 stores and manages a character () such as a virtual avatar, an animal, and a parenting program for growing the character.

The server PC 103 stores a variety of parenting programs in the characteristics of the character and can be downloaded.

The client PC 101 is electrically connected through the barcode reader 104 and the USB port (USB Port) and is connected through the server PC 103 and the network 107 and various characters from the server PC 103. Select one of them, download the parenting program, download it, and run it.

When the client PC 101 drives the parenting program, the barcode is input through the barcode reader () according to a request of the voice output and behavior of the cyber character 105 to the speaker, and grows and reacts accordingly.

If the client PC 101 cannot input a bar code according to the request of the character 105 according to the driving of the nurturing program, it is connected to the homepage of the manufacturer of the product and receives the product information of the product to receive the character 105. It is possible to raise.

The barcode reader 104 stores an image with a PC camera 109 which captures an image of a barcode so as to recognize a pattern of the barcode 10 of the product 102. And the barcode image is analyzed to apply the product information on the barcode to the character and learn.

The client PC 101 grows the character 105 through a PDA or a mobile phone terminal, and connects a barcode reader 104 to the PDA or a mobile phone terminal to receive barcode data. Can be.

5 to 7 look at the virtual character growth method using a barcode reader in more detail.

The user connects 300 to the SUBPC 103 via the client PC 101, selects the desired character 105, and downloads the parenting program of the corresponding character 105 to the client PC 101 302. Will receive. If there was a parenting program downloaded, it is possible to download and use it without using it, so once it is downloaded, the parenting program is driven 304 to nurture the character 105. The character 105 operated by the driven nurturing program makes various requests for the ritual liquor to the user through the voice output and the operation, and the user determines whether to input a barcode (306) by using the barcode reader 104 for milk, The barcode of various products such as clothes is read (308), and if the barcode cannot be entered, the product is connected to the manufacturer's homepage (310) to obtain various product information about the product, such as price and use of the product from the manufacturer. Read (312), and transmits the product information read in this way to the parenting program (314) to determine the existence (316) accordingly, if the barcode is read in the parenting program, the input time, frequency, repetition period, etc. Generate the learning and growth data (318), otherwise display a message and action (320) that no barcode exists, Data 318 is generated. The growth data generated in this way is transmitted to the server PC 103 (322), the server PC 103 analyzes the user's food stock pattern and the like through the growth data provided to the manufacturer of the product 102 (324) It can be used as a reference for product manufacturers.

8 to 9 is a bar code recognition toy control system using the Internet is composed of a toy 100, a client PC 101 and the manufacturer server PC (111).

The toy 100 reads a user's voice and a barcode of a product and stores it in its own storage location, drives a learning program by internal operation, learns an operation pattern due to a user's input, and generates growth information data accordingly. And the response data is output through the speaker or expresses gestures and facial expressions.

The client PC 101 is electrically connected to the interface unit of the toy 100 through its USB port to receive growth information and input barcode information from the toy 100, and the toy ( A growth program that drives the virtual character 105 in accordance with 100 is driven to monitor the synchronized motion of the toy 100 as it is through the monitor screen.

In addition, the client PC 101 updates the barcode database information of the toy 100 and transfers the growth information to the toy 100 to upgrade operations such as developmental state, nutritional state, and fatigue state.

The client PC 101 may be a general computer, a PDA (PDA) 130, a mobile phone terminal 132, or the like.

The manufacturer server PC 111 receives the user's information, that is, the customer's information and input product information from the client PC 101 through the network 107 to utilize the product manufacturing and marketing data, purchase flow and market research data It can be used as.

In addition, the bar code information is transmitted to the client PC 105 through such data research, and upgrade information such as various software is transmitted.

The information transfer process between the toy and the manufacturer is described in more detail as follows.

The growth information data generated by learning the toy 400 and the user's data input is transmitted to the client PC (402), the client PC is the product information 404 and the customer input from the growth information data Information 406 is transmitted to the manufacturer server PC (408). Based on this, the manufacturer uses the product as a marketing material or when manufacturing the product. The manufacturer analyzes this, and transmits the upgraded bar code data to the client PC, and the client PC transmits it to the toy (410), updates the barcode database (412) and transmits the growth information (414) to perform the operation of the toy. Upgrade (416).

Although the embodiments of the present invention have been described in detail as above, the scope of the present invention is not limited thereto, and the scope of the present invention extends to the range substantially equivalent to the embodiment of the present invention.

As can be seen from the above description, according to the present invention, it is possible to raise a user's own pet in response to the real food and food by simply providing a real food and food.

In addition, since only the barcode data of a specific company is stored in the toy so that only the product of a specific company is recognized, there is an effect that can be an advertisement of the product to the user.

In addition, by reading the barcode of the product through the toy to analyze the user's purchasing pattern is effective to market research and marketing data.

It has an effect that can be done.

Claims (25)

In the toy, A barcode reader unit for reading a barcode of a product and converting the barcode into digital data through digitizing; A bar code information storage unit for storing bar code data such as a bar code and a name price of a product corresponding to the bar code into a database; A central processing unit for comparing the bar code read from the bar code reader unit with the bar code data of the bar code information storage unit to determine whether there is a bar code; A voice synthesizer for synthesizing the output voice according to the operation of the central processing unit; And A toy for recognizing a barcode, comprising: a voice output unit for outputting the output voice synthesized from the voice synthesis unit. The method of claim 1, wherein the toy is A voice input unit for receiving a voice of a user; And And a voice recognition unit for recognizing a voice received from the voice input unit. The method of claim 2, Learning data storage unit for storing the data and the learning growth program recognized by the voice recognition unit; Pet toy for recognizing a bar code, characterized in that it further comprises. The method of claim 1, The toy toy for recognizing a bar code, characterized in that it further comprises; a motor driving unit for driving each sub-motor receiving the control signal processed by the central processing unit. The method of claim 1, PC toy for recognizing a bar code, characterized in that it further comprises; PC interface for updating the bar code database through the bar code information storage unit. (a1) reading a barcode of a product through a barcode reader unit; (b1) comparing the bar code read from the step (a1) with data of the bar code database stored in the bar code information storage unit; (c1) determining whether there is matching data from step (b1) and synthesizing the response voice thereto through the voice synthesizer; And (d1) outputting the synthesized voice data from the step (c1) to the outside through the voice output unit; control method of a pet toy for recognizing a bar code, characterized in that it comprises a. The method of claim 6, (e1) receiving the user's voice through the voice input unit before the step (a1) and recognizing the voice through the voice recognition unit; control method of a pet toy for recognizing a barcode, characterized in that it further comprises. The method of claim 6, (f1) immediately after step (b1), driving the motor driving unit under the control of the central processing unit to move the joint of the pet toy to control and display the behavior; further comprising a barcode recognition, characterized in that it comprises a further Control method of pet toy to say. The method of claim 6, (g1) learning a user's request pattern by driving a learning growth program from the step (b1) and storing it as learning data; And (h1) learning from the step (g1) and extracting the response data by the operation of the central processing unit from the stored learning data and outputting to the motor driving unit and the voice synthesis unit; and characterized in that it further comprises Control method of a virtual pet toy that recognizes a barcode. A barcode reader for reading a barcode of a product and converting the barcode into digital data through digitizing; A server PC for storing and managing barcode data, a cyber character, and a parenting program for growing the character; And Electrically connected to the barcode reader and connected to the server PC through a network to download and drive the parenting program from the server PC, and receive the digital data for the barcode input through the barcode reader to grow the character. Client PC; Virtual character growth system utilizing a barcode reader, characterized in that comprises a. The method of claim 10, A product maker server for allowing a user connected to the server PC through the client PC to access a homepage of a manufacturer of a desired product without using the barcode reader to receive product information of the product and raise the character; Virtual character growth system utilizing a barcode reader, characterized in that the configuration. The method of claim 10, The bar code reader is a virtual character growth system utilizing a bar code reader, characterized in that for substituting a PC camera to capture the image of the bar code to recognize the pattern of the bar code of the product. The method of claim 10, The client PC is a virtual character growth system utilizing a barcode reader, characterized in that replaced by a PDA. The method of claim 10, The client PC is a virtual character growth system utilizing a bar code reader, characterized in that instead of a mobile terminal. The method of claim 10, The barcode reader is a virtual character growth system utilizing a barcode reader, characterized in that receiving data through the USB port of the client PC (USB). (a2) a user driving a client parenting program for a client PC; (b2) reading the barcode of the product from the step (a2) with a barcode reader; (c2) transmitting the barcode data read from the step (b2) to the client PC; (d2) comparing the barcode data transmitted from the step (c2) with the barcode data stored in the character rearing program to determine whether the barcode data exists; (e2) learning and storing an input time, a number of times, a repetition period, and the like, if the barcode is present from the step (d2), and growing a cyber character in the nurturing program; Virtual character growth method utilizing a barcode reader, characterized in that configured to include. The method of claim 16, (f2) selecting any one of parenting programs related to one or more characters of the server PC before the step (a2) to download to the client PC; virtual using a barcode reader, characterized in that it further comprises How to grow a character. The method of claim 16, (g2) prior to step (b2), accessing the homepage of the product manufacturer and receiving product information of the product; virtual character growth method using a barcode reader, characterized in that it further comprises. The method of claim 16, (h2) transmitting the data of the client PC learned and stored from the step (e2) to the server PC; And (i2) analyzing the data transmitted from step (h2) to analyze the propensity of the user and providing the same to the manufacturer of the product; Virtual character growth method utilizing a barcode reader, characterized in that further comprises a. The method of claim 16, The character is a virtual character growth method using a barcode reader, characterized in that any one of a virtual avatar or animal. Read and store the barcode of the product through the user's voice and barcode reader unit, learn the operation pattern by driving the learning program by the internal central processing unit, calculate and store the growth information data according to the response speaker to its own speaker Toys for controlling gestures and facial expressions through voice output and motor driver driving; A client PC electrically connected to the toy to receive growth information data from the toy and to transmit operation upgrade information such as developmental nutritional status and fatigue status to the toy; A manufacturer server PC connected to the client PC through a network to receive the growth information data and customer information from the client PC, and transmit the operation upgrade information to the client PC; Barcode recognition toy control system using the Internet, characterized in that comprising a. The method of claim 21, The manufacturer server PC transmits the updated barcode database information to the client PC, the client PC transmits it to the toy to upgrade the barcode information bar code recognition toy control system using the Internet. The method of claim 21, Barcode data transmission and reception information to the toy and the manufacturer server PC through the client PC is a barcode recognition toy control system using the Internet, characterized in that the data transmission and reception to any one of the PDA or mobile phone terminal. The method of claim 21, The manufacturer server PC bar code recognition toy control system using the Internet characterized in that it further comprises a server PC of the product supplier. The method of claim 21, The client PC is a bar code recognition toy control system using the Internet, characterized in that for monitoring the growth and development, intelligence, age, degree of fatigue of the toy and check the operation upgrade information.