KR20010095514A - Toy system which have medical function by remote control - Google Patents

Abstract

PURPOSE: A toy system having a medical treatment function performed by a remote control is provided to check the health of an owner by sensing a physical characteristic of the owner. CONSTITUTION: A robot toy having a treatment function by a remote control is comprised of a remote server(200) for exchanging information by connecting to an Internet network and storing information about various treatments and a toy(300) for performing an instruction of the remote server(200). The toy(300) includes a voice cognition unit for receiving a voice from outside through a mike and storing pattern data, a wireless data transmitting/receiving unit in order to transmit/receive to/from outside, a voice output unit for outputting the voice to outside, a driving unit, an indication unit, a control unit for controlling each system, and a power unit for supplying the power to the control unit. The remote server(200) includes a wireless data transmitting/receiving unit inputting a data from the wireless data transmitting/receiving unit of the toy(300) or outputting an instruction signal, an input unit for inputting an external data, an Internet interface unit for a mutual connection with the Internet network, a control unit for controlling the systems through the inputted data, and an indication unit for indicating an input/output process of data, the determined result, and order data.

Description

Toy system having medical function by remote control {TOY SYSTEM WHICH HAVE MEDICAL FUNCTION BY REMOTE CONTROL}

The present invention relates to a toy system having a medical function by a remote control, and more particularly, it is possible to determine whether the owner and the state of health of the owner by the voice recognition of the owner through the toy and connected to the Internet network. The present invention relates to a toy system having a medical function by a remote control, which enables a remote command of a remote server having various medical information to diagnose an owner's state of health or to be instructed by a medical action by using an external system or a device thereof.

Recently, due to the rapid development of computer electronic information and communication, various equipments are easily operated by remote control, not manual operation, and toy products also have a lot of play toys with various actions and problem solving ability rather than simple operation. There is a situation.

As an example, the contents displayed on the digital display, that is, a single object that gradually grows and has a life force according to the user's operation, and a toy that allows this vital force to be determined according to the user's operation has been released. have.

As already known, there is a toy called Tamachichi, which is a digital display unit for displaying an object, a button operation unit for instructing a command, a reservable timer unit, a memory unit for inputting data, and a control unit for controlling these systems. It consists of so that you can have a vitality according to the user's button operation.

In addition, the robot plays the role of the conductor by moving the arm when selecting a learning toy or a performance song that enables learning effects by outputting corresponding memory data by text or voice when a learner's request is made with various events in memory. Toys that can be applied in various fields such as a commanding robot that can be used are being released.

In addition, when a patient occurs at home or checks his or her health, a system capable of directly diagnosing or treating a doctor through a connection with a cyber doctor or a doctor's computer on the Internet is introduced and realized.

However, these toys or systems for one action each have only one event and are also designed to perform this, so that the user does not fully satisfy the user's desires as the user provides only a specific event if desired. .

In addition, when a doctor wants to receive a doctor's diagnosis or treatment through an internet network at home, there is no existing stored data on the physical characteristics of the patient. .

Therefore, the present invention was devised to solve the above problems, and an object of the present invention is to provide various sensors so that toys can check the physical characteristics of the owner, ie, constitution heart rate blood pressure, blood sugar, etc. It is possible to check the health status of the host by providing a remote server that outputs the data stored in the memory and compares it, suggests the doctor's diagnosis to the owner, or informs the owner at that time through the toys. To check or indicate.

Another object of the present invention is to allow the remote server to be instructed and stored the necessary data to the owner in connection with the Internet network connected to the pseudo computer or an external computer.

Still another object of the present invention is to enable an external object to be recognized through a sensor and an image camera.

Another object of the present invention is to detect the movement of the owner of the toy to keep moving the contracted distance with the owner.

Another object of the present invention is to output data memorized at the request of the owner to provide the owner with the required information or necessary information at a scheduled time as a voice through a display unit or a speaker so as to perform the secretary function.

1 is an overall configuration diagram showing a toy system operated by a remote control according to the present invention,

2 is a configuration diagram showing an operating state of the remote server in FIG.

3 is a configuration diagram showing an operating state of the toy in FIG.

4 is a flowchart illustrating a process of determining whether the owner and the health state of the owner according to the voice input as an embodiment of the present invention;

5 is a flow chart showing a medical procedure at the request of the owner as an embodiment of the present invention.

Description of the main parts of the drawing

100: internet network 200: remote server

210: wireless data transceiver 220: input unit

230: Internet interface unit 240: control unit

250: display unit 300: toys

310: voice recognition unit 320: wireless data transmission and reception unit

330: voice output unit 340: driving unit

350: display unit 360: control unit

370: power supply unit 380: detection sensor

In order to achieve the above object, the present invention provides a voice recognition unit which receives a voice from the outside, converts the corresponding signal into a digital signal, and outputs the signal value, and outputs recognized data and receives external data. A wireless data transmission and reception unit, a voice output unit for outputting the input data as voice, a driving unit which is capable of moving back and forth and left and right according to a control signal by using a plurality of motors when the power is applied, and a control unit for controlling each of these systems And a toy having a power supply unit having a battery charging function, and various medical equipments; A wireless data transceiver for transmitting and receiving data to and from the toy wireless data transmitter and receiver, an input unit for receiving external data, an internet interface unit for inputting owner's request information while maintaining a connection state with an internet network; A control unit for comparing and analyzing the data input through the voice recognition unit or the input unit of the toy with the existing data stored in the DB and outputting the appropriate command data to the control unit of the toy, and a display unit for displaying the input / output state of various kinds of information; Characterized in that consisting of a remote server.

Hereinafter, with reference to the accompanying drawings, a robot toy having a medical examination function by a remote control according to the present invention will be described in detail.

Referring to FIG. 1, the present invention exchanges information through connection with the Internet network 100 as needed, and indicates a remote server 200 for storing information related to various medical treatments and an instruction of the remote server 200. It is composed of a toy 300 for performing a command.

Referring to FIG. 3, the toy 300 may include a voice recognition unit 310 that receives voice from the outside through a microphone and stores pattern data, and a wireless data transmission / reception unit 320 for transmitting / receiving with the outside. A voice output unit 330 for outputting voice to the outside, a drive unit 340 for moving the toy 300 back and forth, a display unit 350, and a controller for controlling each system ( 360, and a power supply unit 370 for supplying power to the control unit.

When the voice recognition unit 310 receives sound generated from an external object through a microphone, the voice recognition unit 310 converts the sound into a digital signal through an A / D converter and outputs the converted voice pattern data to the controller 360. The controller 360 outputs the signal value to the wireless data transceiver 210 of the remote server 200 through the wireless data transceiver 320.

The voice recognition unit 310 recognizes patterns such as height and intonation of the sound input from the outside through the voice microphone.

Here, the voice recognition unit 310 may be able to recognize the pattern input from the image sensor capable of recognizing the pattern by photographing the owner's facial expression change and eyes, and the body temperature sensor which can detect the body temperature by infrared rays. will be.

The wireless data transmission / reception unit 320 outputs the data signal through the control unit 360 to the outside (eg, infrared, ultraviolet, RF) or receives data output from the outside.

The voice output unit 330, when the data input through the remote server 200 is input to the control unit 360 through the wireless data transmission and reception unit 320 through the speaker according to the signal of the control unit 360 The signal is output as voice.

The drive unit 340 controls the wheel and the arm by using a plurality of motors, and the drive unit 340 is controlled according to the input signal value of the sensor 380 to sense the tracking or proximity position. That is, the sensing sensor 380 that detects the sensing value of the object outputs the signal value to the control unit 360, and the control unit 360 drives the plurality of motors with the corresponding signal value, and the wheel is driven by the driven motor. It is moved back and forth and left and right, and the arm is activated to move the mounted mechanism. In addition, the controller 360 may be controlled by command data of the remote server 200.

The detection sensor 380 includes a tracking sensor and a proximity sensor and the tracking sensor detects the owner's constitution using infrared rays and inputs the owner's position by tracking a signal value according to the constitution. The signal value is inputted by the controller 360 to operate the driving unit 340 to maintain the distance from the owner.

The power supply unit 370 is supplied with power by the battery being charged, and maintains each system in an operation standby state by applying power. When the capacity of the battery is insufficient, the control unit 360 detects this. In this case, the control unit 360 operates the driving unit 340 to allow the toy 300 to be moved near the power supply unit. The control unit 360 is in close proximity by the power supply unit and the magnetic force in a position close to the power is supplied. The magnetic force generates a magnetic force when the power is applied and loses the magnetic force when the power is turned off.

The display unit 350 is provided on the body of the toy 300 and outputs detection data of the sensor 380 or various medical devices, and the controller 360 controls the systems. That is, the voice input through the voice recognition unit 310 is transmitted to the remote server 200 through the wireless data transmission and reception unit 320, and if a command is input from the remote server 200 operates the driving unit 340. And performs a command, and transmits a corresponding voice through a speaker through the voice output unit 330 when a voice output request is made. The display unit 350 displays an input or command execution process or a battery capacity of the power supply unit 370.

Referring to FIG. 2, the remote server 200 may include a wireless data transceiver 210 for inputting data or outputting a command signal from the wireless data transceiver of the toy 300, and an input unit for inputting external data ( 220, the Internet interface 230 for interconnection with the Internet network 100, the controller 240 for controlling the systems through the input data, the input and output process of the data and the determination result or indication data It has the display part 250 to display.

The wireless data transmission / reception unit 210 transmits / receives data to / from the wireless data transmission / reception unit of the toy 300 and transmits control command data to the control unit 360 of the toy 300. The connection status with 100) is maintained.

The input unit 220 is to receive the external data through the microphone of the voice recognition unit 310 provided in the keyboard or toy 300 included in the remote server 200.

The control unit 240, the Internet interface unit 230 is connected to maintain a connection state with the Internet network 100, various medical care stored in the medical server of the Internet network 100 through the Internet network 100 on demand Information can be provided, and various information DBs can be stored to control the above systems.

The DB stored in the controller 240 includes a user medical care DB 241 such as a first aid exercise method, a user health status DB 242 that stores the current and existing health status of the user, and a pattern such as a voice accent of the user. A user identification pattern DB 243 for storing the information, a user request information DB 244 for storing a medical treatment schedule for checking the health state of the user, and a toy control data DB 245 for controlling the toy.

In the case of the user identification pattern DB, compared to the user's sound input through the voice microphone of the toy 300 and the user information stored in the user identification pattern DB of the remote server 200 in advance, the setting value is greatly deviated from the set reference value. The controller 360 can determine that the owner's health condition is abnormal.

In addition to the schedule for the health check, the user request information DB is the data required by the owner to perform the owner's secretary function, that is, the necessary data of the internet network (eg, the owner's interest news, weather forecast, Securities news, etc.) can be provided to the owner in real time at the required time.

The criterion for determining the state of health of the owner performed in this way is determined within the data range that recognizes the owner and is determined by the degree of deviation from the reference value of the pattern set through the pitch of the sound and the intonation of the sound of the owner.

In addition, the control unit 240 remotely inputs the request message of the owner input through the toy 300, for example, a health check time or a wake-up call, a meal time, and the like through a voice and store the data in a DB. In accordance with the function to deliver the corresponding message as a sound through the voice output unit 330 of the toy 300.

The display unit 250 displays various kinds of information requested and also displays an input / output state of data in which the owner's state of health is checked.

With reference to the accompanying drawings, the operating state according to a preferred embodiment of the present invention configured as described above will be described in detail.

Referring to FIG. 4, the toy 300 enters a simple greeting when the owner enters the house after going out in a waiting (S1) state, and the microphone provided in the toy 300 receives a sound (S2) to receive the A / D. The converter converts the digital signal. Then, the voice recognition unit 310 transmits the converted data to the remote server 200 through the wireless data transmission and reception unit 320.

Subsequently, the wireless data transmission / reception unit 210 of the remote server 200 receives the data, compares the information with the user identification pattern DB stored in the DB of the control unit 240, and decrypts it (S3) whether the owner is the owner. If it is determined whether (S4) and the owner is determined at this time, the control unit 240 outputs the necessary information through the user request information DB.

Then, the control unit 360 of the toy 300 receives the data and controls it, and then outputs a corresponding message (welcome etc.) S5 through the voice output unit 330.

At the same time, the control unit 240 of the remote server 200 determines the analysis value comparing the input voice data and the stored voice data (S6) to obtain a guide message (S7) corresponding to normal data if normal and abnormal if abnormal. The corresponding data is transmitted through the voice output unit 330 of the toy 300.

At this time, when the owner determines that his health check is necessary and requests a request message, for example, medical treatment, the control unit 240 of the remote server 200 requests data through the voice recognition unit 310 of the toy 300. Receives the input and outputs the command data to the control unit 360 of the toy 300, the control unit 360 operates by driving the drive unit 340 is moved to the detection sensor 380 to the vicinity of the owner and then the owner toy 300 Various diagnostics are performed through the medical equipment mounted on the).

In FIG. 5, only the heart rate check sensor of the health equipment will be described as an example, and blood glucose detection, blood pressure detection, and body temperature may be equally applied to the heart rate.

First, when the owner attaches the heart rate check sensor provided in the toy 300 to a corresponding part of his body, the measured diagnostic data value (S11) is output to the controller 360, and the controller 360 is wireless. Is outputted to the control unit 240 of the remote server 200 through the data transmission and reception unit 320, wherein the DB stored in the control unit 240 of the remote server 200 is capable of self-diagnosis compared to the input measurement data (S12) is checked.

In this case, if it is determined that the doctor does not need the medical examination, an appropriate message (S13) according to the check result is output through the display unit 250, and if it is determined that the doctor needs medical treatment, the control unit 240 is connected to the Internet network 100. Attempts to connect to the doctor-side computer through the medical server or doctor-side computer call (S14) through, and when the connection is complete, delivers the request message (S15) and transmits the check result accordingly (S16).

After that, the user can switch to the chat mode through the Internet network 100 (S17) and receive instructions and medical treatment through a conversation with a doctor.

The conversation may be enabled by an image camera, a voice microphone, and a speaker provided in the remote server 200 and the pseudo-computer.

As described above, the present invention has been illustrated and described with reference to specific embodiments, but the present invention may be modified in various ways without departing from the above-described range.

Therefore, the scope of the present invention should not be limited to the embodiments described, but should be determined not only by the claims below but also by those equivalent to the claims.

Accordingly, the toy system having a medical examination function by the remote control according to the present invention, the toy is equipped with various sensors to check the physical characteristics of the owner, such as constitution heart rate blood pressure blood sugar, and also through the signal value of the sensor Check the health status of the owner by providing a remote server that outputs the stored data, compares them, and suggests to the owner the necessity of the doctor's diagnosis or informs the owner at the time through the toys the reservation information indicated by the doctor. It has the effect of being able to direct.

In addition, the remote server has the effect of allowing the owner's computer to connect to the Internet network connected to the doctor's computer to receive instructions or direct diagnosis from the doctor.

Claims (12)

The voice recognition unit which receives the voice from the outside and converts the corresponding signal into a digital signal and outputs the corresponding signal data, the wireless data transmission and reception unit which outputs the recognized data and receives the external data, and inputs the data. A voice output unit for outputting voice, a driving unit which is capable of moving back and forth and left and right according to a control signal by using a plurality of motors when power is applied, various medical device equipments capable of performing a physical examination, and each of these systems A toy having a control unit for controlling and a power supply unit having a battery charging function; A wireless data transceiver for transmitting and receiving data to and from the toy wireless data transmitter and receiver, an input unit for receiving external data, an internet interface unit for inputting owner's request information while maintaining a connection state with an internet network; A control unit for comparing and analyzing the data input through the voice recognition unit or the input unit of the toy with the existing data stored in the DB and outputting the appropriate command data to the control unit of the toy, and a display unit for displaying the input / output state of various kinds of information; Toy system having a medical function by remote control, characterized in that consisting of a remote server. The method of claim 1, The toy system having a medical function by the remote control, characterized in that the toy further comprises an image camera to input the external object as an image. The method of claim 1, The toy system having a medical function by the remote control, characterized in that the toy further comprises an infrared temperature sensor for discriminating the constitution of an external object. The method of claim 1, The wireless data transmission and reception unit, a toy system having a medical function by a remote control, characterized in that made by infrared ultraviolet or RF. The method of claim 1, The medical instrument equipment is a toy system having a medical function by the remote control, characterized in that the heart rate sensor, body temperature sensor, blood pressure sensor, blood glucose measurement sensor. The method of claim 1, The data input means provided in the input unit of the remote server is a toy system having a medical function by a remote control, characterized in that the keyboard. The method of claim 1, The drive unit is a toy having a medical function by the remote control, characterized in that it has a tracking sensor for detecting the position of the owner and the proximity sensor to maintain the contracted distance so as to detect the position of the owner and maintain a close position system. The method of claim 7, wherein The tracking sensor is a toy system having a medical function by a remote control, characterized in that the infrared body temperature sensor to detect and track the physical characteristics of the owner. The method of claim 1, The battery of the power supply unit, the toy system having a medical function by the remote control, characterized in that the power can be charged by a magnetic force contact without a cord in a position adjacent to the separate power supply. The method of claim 1, The Internet interface unit of the remote server, the toy system having a medical function by the remote control, characterized in that to communicate with the doctor via the connection to the doctor's computer via the Internet network at the request of the owner. The method of claim 10, The owner and the doctor is a toy system having a medical function by the remote control, characterized in that the remote server and the doctor-side computer to have a video camera, a voice microphone and a speaker so as to communicate with the image and voice. The method of claim 1, The control unit of the remote server is a toy system having a medical function by the remote control, characterized in that it has a user medical care DB, a user health state DB, a user identification pattern DB, a user request information DB, and a toy control data DB. .