KR20090080448A - Using System of Toy Robot within a web environment - Google Patents

Abstract

A utilization system of a robot for a toy made in a web is provided to increase the interest and the availability of the robot depending on the receipt of user information. A utilization system of a robot for a toy made in a web comprises a robot(100), a user terminal(200) and a management server(300). The robot is consisting of a head part, body part and a controlling part, and operates through a plurality of set up action modes. The user terminal is connected to have data communication through the robot and a connecting member. The management server transmits and receives the data from the user terminal through the communication network.

Description

Using system of toy robot within a web environment

The present invention relates to a robot utilization system for dramatically increasing the utilization of the robot by configuring a character robot that is familiar to infants or children to transmit and receive data in a web environment, and more specifically, to a user terminal and management through a connection means. By providing a robot that can connect to the server, voice data such as nursery rhymes and fairy tales, and motion data that enables the robot's operation can be transmitted in real time, and are provided on a management server to provide various games input / output through user terminals. It can improve the degree of interest and utilization of the robot by receiving the user input information by utilizing the input means of the robot, and the web environment that can be used by selecting the operation mode suitable for the user's taste or tendency by having various operation modes. Application system of toy robot inside Related

In general, robot toys include robot toys that can be operated like remote control input robot toys and prefabricated robot toys in the form of blocks or kits.

However, the prefabricated robot toy can be assembled in various forms, but there is a problem that can not implement the operation. In addition, the robot toys capable of operating in the related art can easily feel bored because they repeatedly perform only operations programmed to perform a specific function, and do not operate independently without user control. In addition, the robot toy does not react to changes in the outside, causing problems of children.

The present invention has been made in order to solve the above problems, by having a robot that can be connected to the user terminal and the management server through the connection means in real time to enable the operation of the voice data, such as nursery rhymes, moving pictures and operation of the robot in real time It can be transmitted and provided on the management server to receive user input information by using the input means of the robot in various games inputted / outputted through the user terminal, thereby improving the degree of interest and utilization of the robot. The purpose of the present invention is to provide a system for utilizing a toy robot made in a web environment in which an operation mode suitable for a user's taste or inclination can be selected and provided.

The present invention has the following features to achieve the above object.

The present invention provides a system for utilizing a toy robot that can control motion by data transmission in a web environment, wherein the utilization system operates through a plurality of set operation modes and includes a robot including a head, a body, and a controller. ; A user terminal connected to the robot to allow data communication through a connecting means; And a management server connected to the user terminal through a communication network to perform data transmission and reception.

The connecting means is composed of a USB communication module and a USB connector provided in the robot and the user terminal, the head is a head housing formed in the shape of a head, the head cap coupled to the head housing and made of a soft material, and The head housing is formed inside the lip and protrudes outward from a certain portion, and includes a lip driving part that is driven up / down at an angle according to the motion data. The torso is formed in the shape of a torso and the body of the body housing. It is detachably coupled to both arms, the arm driving unit is configured to rotate forward and backward by a predetermined angle in accordance with the operation data, the sole portion coupled to the lower surface of the body housing, built in the body housing, the body housing And a wheel driving part protruding from the sole of the foot, and the controller It controls the lip driving unit, arm driving unit and wheel driving unit and stores or processes data transmitted from the user terminal.

In addition, the top of the head cap is formed with a push button unit for receiving a user's command, the head housing has a built-in voice detection sensor for detecting the sound is coupled to the LED light emitting body embedded in close proximity to the ball surface.

In addition, the body portion is provided with a shock sensor for detecting a collision or shaking, the robot is provided with a selection button unit for the user to select a plurality of operation modes.

In addition, the robot is provided with a voice output means so that the voice is output, and the auxiliary wheel is provided to adjust the forward / backward direction in accordance with the operation of the wheel drive unit on the bottom rear portion of the body housing.

In addition, in the set operation mode, a voice detection sensor detects a voice including a clapping sound and a shock sensor detects a shake, and a set operation of a lip drive unit, LED light emitter, arm drive unit, and wheel drive unit according to a push button input. It is made, and includes a conversation mode in which the stored speech sound is output through the voice output means, and when the input time of the push button unit is more than 3 seconds while the conversation mode is selected, the voice is made in three directions of left / right / front It is converted into the sound response mode that moves forward in the detected direction. When the input time of the push button part is 3 seconds or more in the sound response mode, it is converted into the conversation mode.

In addition, the set multiple operation modes include a nursery listening mode and a fairy tale listening mode in which the voice data and the operation data stored in the memory included in the control unit are output to operate the arm driving unit, the wheel driving unit or the lip driving unit according to a song or a moving picture. When the robot and the user terminal are connected by a connecting means, and the user terminal is connected with the management server, the user input information in the game provided on the management server may be input to the push selector provided in the robot.

In addition, when the robot and the user terminal are connected by a connection means and the user terminal is connected to the management server, a plurality of voice data and operation data stored in the management server may be received and stored by the controller in the robot.

According to the present invention, by providing a robot that can be connected to the user terminal and the management server through the connection means, it is possible to receive in real time the voice data, such as nursery rhyme, animation, and motion data enabling the operation of the robot.

In addition, it is possible to improve the degree of interest and utilization of the robot by receiving user input information by utilizing the input means of the robot in various games that are provided on the management server and input / output through the user terminal.

In addition, by providing a variety of operation modes can be used to select the operation mode according to the user's taste or preference.

Hereinafter will be described in detail with the accompanying drawings for the utilization system of the toy robot according to the present invention.

1 is a schematic configuration diagram of a system for utilizing a toy robot according to the present invention, FIG. 2 is a front view of the toy robot according to the present invention, and FIG. 3 is a rear view of the toy robot according to the present invention.

Referring to the drawings, the utilization system according to the present invention operates through a plurality of operation modes largely set and comprises a robot 10 and the body portion 20 and the control unit 30, the robot 100, The user terminal 200 is connected to the data communication through the connection means 100 and the management server 300 is connected to the user terminal 200 through a communication network to perform data transmission and reception.

Here, the robot 100 includes a head 10, a body 20, and a controller 30, wherein the head 10 has a head housing 11 formed in a head shape, and the head. The head cap 12 is coupled to the housing 11 and made of a soft material, and the head housing 11 is embedded in the lip of the head, and protrudes outward from a predetermined portion, and is driven upward / downward at a predetermined angle according to operation data. It consists of a lip drive (13).

Here, the shape of the head portion 10 and the body portion 20 may be configured as Pororo, which is a cartoon character in the drawing, to further induce children's interest.

The head housing 11 of the head 10 is made of a material such as synthetic resin, plastic, accessories such as glasses are formed according to the Pororo shape.

In addition, the head portion is formed of a soft material head cap 12 is coupled to the upper head housing 11 to protect the robot from damage or impact and at the same time prevent infants or children from damaging the skin during friction with the robot do.

In addition, the lip driving unit 13 is built in the inside of the head housing (11) lips, and is formed to protrude out of a predetermined portion and driven up / down at an angle according to the operation data, and the lip driving unit 13 is divided into two parts up and down. Of course, only one side can be moved.

Here, since a specific operation principle of the lip driving unit 13 driven upward / downward will be generally applied within a known technology range, a separate description thereof will be omitted.

Meanwhile, the body part 20 is coupled to the body housing 21 formed in the shape of a body and detachably attached to both arms of the body housing 21, and configured to rotate forward / backward by a predetermined angle according to the operation data. The arm driving portion 22, the sole portion 23 is coupled to the lower surface of the body housing 21, and the body housing 21 is built into the body housing 21 and the sole portion 23 penetrates through Consists of the wheel drive part 24 to protrude.

The torso 20 is also formed in the shape of a pororo, the body housing 21 is coupled to the arm driving portion 22, the sole portion 23 and the wheel driving portion 24, respectively.

The arm driving unit 22 is configured to perform forward / backward rotation or rotation of the arm under control according to the operation data of the control unit 30, and is preferably configured to be detachable.

In addition, the wheel driving unit 24 is also performed by the control unit 30 to control the wheel in charge of the forward / backward of the robot (100).

Here, the auxiliary wheel 25 is coupled to the bottom rear portion of the body housing 21 to control the left / right directions.

Meanwhile, the controller 30 may include a memory capable of storing a certain amount of data, and transmit or receive data from the user terminal 200 to store the data or process the command information.

Various sensors provided in the robot 100 are configured to send the sensing data to the control unit 30, the control unit 30 will perform the operation according to the set operation script through this.

In addition, the memory stores a plurality of voice data and operation data, and is configured to transmit or receive data to the user terminal 200, of course.

In addition, the robot 100 is provided with various means for receiving a user's command. First, in the case of the push button unit 40, the user input information is received in the form of pressing on the top of the head cap.

The input information of the user may be configured to be applied to various forms in which the robot operates to determine the operation content according to the input information.

In addition, the robot 100 has a selection button unit 50 is formed so that the user can select a plurality of operation modes set to the robot 100, accordingly, the conversation mode, the nursery listening mode, the fairy tale listening mode, the sleep to be described later An operation mode such as a mode can be selected.

In addition, the head housing 11 has a built-in voice sensor 60 for detecting the sound and is provided with an LED light emitting body 70 is embedded in close proximity to the ball surface.

The voice sensor 60 may be configured to recognize the human voice and operate accordingly, but in this case it can be configured to recognize the degree of applause more than the threshold because it becomes an expensive toy robot.

The voice sensor 60 is preferably installed three or more to recognize the front, left / right three directions of sound.

On the other hand, the body portion 20 has a built-in shock sensor 80 that can detect a collision or shake to output any voice data or to perform an operation during a collision or shaking.

Here, the audio output means 90 such as a speaker is provided to output the voice data.

The connection means is composed of a USB communication module and a USB connector 400 provided in the robot 100 and the user terminal 200, in addition to other short-range wired / wireless communication method and a communication module according to this can be applied.

As described above, the set of operation modes include a conversation mode, a nursery rhyme mode, a fairy tale listening mode, a sleep mode, and the like, where the conversation mode detects a voice including a clapping sound by the voice sensor 60 and is shocked. Detects the shaking by the sensor 80 and the set operation of the lip drive 13, the LED light emitting body 70, the arm drive 22, the wheel drive 24 is made according to the input of the push button unit 40, The stored voice is output through the voice output means 90.

In addition, when the input time of the push button unit 40 is more than 3 seconds while the conversation mode is selected, the sound response mode is switched to a sound response mode that advances in the direction in which the voice is sensed according to three directions of left / right / front and in the sound response mode. When the input time of the push button unit 40 again is 3 seconds or more, the communication mode is switched.

In addition, in the nursery listening mode or the fairy tale listening mode, voice data and motion data stored in a memory included in the control unit 30 are output, and the arm driving unit 22, the wheel driving unit 24, or the lip driving unit according to a song or a moving picture ( 13) is operated.

In addition, when the robot 100 and the user terminal 200 according to the present invention are connected by a connection means, and the user terminal 200 is connected to the management server 300, the user input information in the game provided on the management server 300. By receiving the input to the push selector 40 provided in the robot will be able to cause more utilization of the robot and the interest of the game.

In addition, the management server 300 may transmit the operation data to the robot 100 according to various situations in the game may be configured to operate the robot.

For example, if a game is to avoid a certain obstacle in the game, the management server 300 transmits motion data so that the robot 100 vibrates for a predetermined time when the user bumps into the obstacle.

As described above, the present invention has been described with reference to one embodiment shown in the drawings, but this is merely an example, and those skilled in the art may realize various modifications and other equivalent embodiments therefrom. I will understand.

Therefore, the true technical protection scope of the present invention will be defined by the technical spirit of the appended claims.

1 is a schematic configuration diagram of a system for utilizing a toy robot according to the present invention.

Figure 2 is a front view of the toy robot according to the invention.

Figure 3 is a rear view of the toy robot according to the present invention.

<Description of the symbols for the main parts of the drawings>

10: head 11: head housing

12: head cap 13: lip drive unit

20: torso 21: torso housing

22: arm drive 23: the sole

24: wheel drive unit 25: auxiliary wheel

30: control unit 40: push button unit

50: selection button unit 60: voice detection sensor

70: LED light emitting body 80: shock sensor

90: sound output means 100: robot

200: user terminal 300: management server

400: USB connector

Claims (14)

In the utilization system of the toy robot that can control the motion by data transmission in the web environment, The utilization system A robot operating through a plurality of operation modes set and including a head, a body, and a controller; A user terminal connected to the robot to allow data communication through a connecting means; And a management server connected to the user terminal through a communication network to perform data transmission and reception. The method of claim 1, The connection means is a robot utilization system for a toy robot made in a web environment, characterized in that consisting of a USB communication module and a USB connector provided in the user terminal. The method of claim 1, The head is Hair housing formed into a head shape, A head cap coupled to the head housing and made of a soft material; It is built in the head housing lip portion and is formed to protrude out of a predetermined portion and comprises a lip drive part driven up / down a certain angle according to the motion data, The body part Trunk housing formed in the shape of the trunk, An arm drive unit coupled to a detachable arm part of the body housing and configured to rotate forward / backward at an angle according to motion data; Sole portion coupled to the lower surface of the body housing, It is built in the body housing, and comprises a wheel driving portion protruding through the body housing and the sole portion of the predetermined portion, The control unit A system for utilizing a toy robot made in a web environment, which controls the lip driving unit, the arm driving unit and the wheel driving unit, and stores or processes data transmitted from the user terminal. The method of claim 3, wherein A system for utilizing a toy robot made in a web environment, characterized in that a push button portion for receiving a user's command is formed on the head cap. The method of claim 3, wherein The head housing has a built-in voice sensor for sensing sound and utilizing the robot for toys made in the web environment, characterized in that coupled to the LED light emitting body is built in close proximity to the ball surface. The method of claim 3, wherein The body portion of the toy robot made in the web environment, characterized in that the impact sensor that can detect a collision or shake is built-in. The method of claim 3, wherein The robot utilization system of the toy robot made in the web environment, characterized in that the selection button portion is formed so that the user can select a plurality of operation modes. The method of claim 3, wherein The robot is a system for utilizing a toy robot made in a web environment, characterized in that the voice output means is provided so that the voice can be output. The method of claim 3, wherein The bottom rear part of the body housing is a utilization system for a toy robot made in the web environment, characterized in that the auxiliary wheel is provided to adjust the forward / backward direction in accordance with the operation of the wheel drive unit. The method of claim 3, wherein The set operation modes Detects the voice including the clapping sound by the voice sensor, detects the shake by the shock sensor, and sets the lip drive, LED light, arm drive, and wheel drive according to the input of the push button. The utilization system of the toy robot made in the web environment, characterized in that it comprises a dialogue mode in which the stored sound is output through. The method of claim 10, If the input time of the push button unit is more than 3 seconds while the conversation mode is selected, the unit switches to the sound response mode that advances in the direction in which the voice is sensed according to the three directions of left / right / front and the input of the push button unit again in the sound response mode. If the time is more than 3 seconds, the system for utilizing the toy robot made in the web environment, characterized in that the mode to switch to chat. The method of claim 3, wherein The set operation modes The voice data and motion data stored in the memory included in the control unit are output to the web environment, comprising a nursery listening mode and a fairy tale listening mode in which the arm driving unit, the wheel driving unit or the lip driving unit operates according to a song or a moving picture. System of toy robot made in China. The method of claim 3, wherein When the robot and the user terminal is connected by a connection means and the user terminal is connected to the management server, the web environment characterized in that the user input information in the game provided on the management server can be input to the push selector provided in the robot The utilization system of toy robot made in the house. The method of claim 3, wherein When the robot and the user terminal are connected by a connection means and the user terminal is connected to the management server, a plurality of voice data and motion data stored in the management server can be received and stored by the control unit in the robot. A toy robot utilization system.

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