KR102392699B1 - interactive friend system with the old-weak using AI on big-data - Google Patents

Abstract

The present invention relates to an artificial intelligence interactive elderly friend system using big data, wherein a physical condition of an elderly person is monitored or detected and analyzed in three dimensions, and necessary information is directly provided to the elderly person or is notified to a guardian in a designated remote place to guide the care of the elderly person. The system includes a hey-baby terminal, a hey-baby communication network, and a hey-baby platform server.

Description

Artificial intelligence interactive friend system with the old-weak using AI on big-data}

The present invention relates to an artificial intelligence interactive conversational friend system for the elderly using big data, and more particularly, relatively inconvenient or difficult to move alone, including the disabled or single, the elderly or children (hereinafter referred to as 'the elderly'). If there is no one to help or be a friend, three-dimensional monitoring or detection and analysis of the physical condition of the elderly and infirm and providing the necessary information directly to the elderly or a designated remote caregiver or nursing home or protective institution or medical institution (hereinafter referred to as "guardian") ) to guide them to take care of the elderly, communicate with them by artificial intelligence that analyzes the voice signals of the elderly, provide photos or video images of memories, provide desired news or reading, or provide communication services It is about an artificial intelligence conversational friend system for the elderly and weak using big data.

Research and development of chronic disease management and health care services as the treatment-oriented health care paradigm shifts to prevention and management in accordance with the changes of the times, such as the improvement of the quality of life due to the recent increase in income, low fertility, and the progress of the 100-year-old longevity era. This is relatively very active.

On the other hand, due to the increase and aging of single-person households, the elderly living alone, the elderly, such as the elderly with dementia, or the disabled, patients or single persons who have difficulties in mobility due to diseases, adolescents or children who are alone (hereinafter referred to as 'the elderly'), etc. In case of sudden emergency, it is difficult to get immediate help, and as a result, the problem of lonely death of the poor in the blind spot of welfare or the elderly living alone is emerging as a social problem. In addition, due to the nuclear family and the increase in dual-income households, it is also becoming increasingly difficult for the guardians to directly observe and take care of children or infants who are constantly exposed to unexpected accidents or dangers.

Various attempts and approaches to solve these problems of the elderly are being developed mainly for people who can lead a normal life and activities, so that the elderly can pursue a mentally healthy life for the elderly, including the disabled, singles, the elderly, and children. The need to develop a management solution is emerging.

Recently, as a computing function is added to a mobile communication terminal including a mobile phone or a smart phone, the development of a health management application using such a terminal is also being actively performed. In addition, with the development of information and communication technology (ICT), there is a trend to develop a caregiver service for the elderly using a server and a terminal.

Health management technology so far has mainly focused on providing simple information such as exercise amount measurement (Nike+), disease/disease information provision, medical institution (emergency medical institution, general hospital, pharmacy, etc.) location information provision, weight management, and exercise information provision. Applications are mainstream.

On the other hand, as the number of the elderly, including singles, the elderly, the disabled, youth, and children living alone, is increasing, the welfare of the elderly is being expanded at the national level. There is a situation in which a part of the caregiver service that visits and inspects is operated. However, these caregiving services have a problem in that they cannot directly take care of the elderly and infirm 24 hours a day.

As a prior art that partially solved these problems, there is a 'remote caregiver system and method for the disabled' according to Korean Patent Registration No. 10-1427769 (2014. 08. 01.).

1 is an explanatory diagram of a method for remotely caring for the elderly including the disabled according to an embodiment of the prior art.

Hereinafter, as described in detail with reference to the accompanying drawings, when a corresponding operation command to drive (operate) the wheelchair used by the elderly is input (S210), the wheelchair drive unit is controlled according to the input operation command to drive or move the wheelchair. (S220). The wheelchair collects basic biometric information of the elderly and infirm, and further generates or collects other additional information by applying the collected basic biometric information (S230). In addition, the wheelchair operates the corresponding GPS function unit to determine the current location information (S240).

Since the display unit of the wheelchair displays the biometric information collected/generated in step S230 ( S250 ), the elderly check biometric information including their heartbeat, respiration, pulse, and the like.

In addition, the biometric information collected/generated in step S230 and the location information identified in step S240 are monitored by a monitor device provided in a remote home, medical institution, relief organization, and health care institution through a communication module (hereinafter, all referred to as a 'guardian', ) to (S260).

The biometric information and location information transmitted to the guardian in step S260 may be stored. On the other hand, when the wheelchair analyzes the amount of change in biometric information and the amount of change in location information and it is judged that protection is required or dangerous because it falls below or exceeds a predetermined threshold set, it transmits the biometric information and location information to the guardian, and the analyzed change amount is If it is included in the caution range, it is recorded cumulatively, but the accumulated number and time are limited.

On the other hand, if there is no change in location information for more than a set time even while the wheelchair is being driven, an emergency situation may occur, such as when the wheelchair collapses, so that the guardian is notified.

The prior art has the advantage of notifying the guardian of the emergency situation of the elderly using the biometric information and location information of the elderly using a wheelchair, but only the physical health of the elderly is taken care of, and the mental health including dementia, loneliness, depression, etc. is taken care of at all There is a problem that cannot be avoided.

Therefore, it is necessary to develop advanced technologies that take care of the physical health of the elderly and the mental health as well.

Republic of Korea Patent Registration No. 10-1427769 (2014. 08. 01.) ‘Remote caregiver system and method for the disabled’ Republic of Korea Patent Application No. 10-2014-0168787 (November 28, 2014) ‘Support system for the elderly living alone using a caring toy and a mobile device’ Republic of Korea Patent Application No. 10-2014-0041116 (2014. 04. 07.) ‘Emergency notification method using Bluetooth-based wearable biometric measurement device and computer-readable recording medium for the same’ Republic of Korea Patent Application No. 10-2019-0037746 (2019. 04. 01.) ‘Smart Care System’

The present invention, which was devised to solve the problems and necessity of the prior art as described above, remotely detects and analyzes the body temperature, movement, etc. of the elderly and the infirm located in a designated or specified place and, if deemed necessary, by artificial intelligence with friends and Its purpose is to provide an artificial intelligence interactive senior friend system using big data that controls and records so that they can talk together or watch videos containing music or images, and periodically automatically notify the guardians in remote locations.

In addition, the present invention records and manages voice signals of relatives, relatives, and long-lost people (hereinafter referred to as 'family') whom the elderly want to see or be close to, and to listen to the voices of the family that the elderly and infirm have missed. Its purpose is to provide an artificial intelligence interactive communication system for the elderly and weak using big data that uses the voice of the family to talk with intelligence or read books, poems, news, etc.

On the other hand, the present invention recognizes and analyzes voice signals uttered by the elderly with artificial intelligence and automatically answers or solves and records and manages requests. .

The artificial intelligence interactive elderly friend system using big data of the present invention devised to achieve the above object is installed around the elderly and infirm to analyze and confirm the current location information, detect the body temperature and distance of the elderly and the movement direction and Agaya terminal that analyzes the movement speed, converts the detected voice signal into a text signal, records it, converts the input text signal into an audio signal, takes a 3D image of the surroundings, outputs a video signal, outputs a fragrance, and includes a heating unit (1000); Simultaneously access the Agaya terminal 1000 and multiple communication channels consisting of one or more communication channels, and connect and connect each other through switching processing to the communication path for each channel of the multiple communication channel with the other party designated by the request, respectively. Agaya communication network 2000 for transmitting or receiving each packet frame 8000 at the same time; Simultaneously access to one or more communication channels selected among Agaya Terminal 1000 and multiple communication channels via the Agaya communication network 2000, transmit and receive Agaya packet frames 8000, and transmit and receive news big data among multiple communication channels. It collects, analyzes and manages records using artificial intelligence from one or more corresponding information servers including Internet site servers and broadcast media servers accessed through one or more communication channels, records and manages registration of Agaya Terminal 1000, and manages Agaya App Agaya platform server (3000) that provides the latest version of the program; may include

It is recorded and managed at the request of the Agaya platform server 3000 via the Agaya communication network 2000 and connected to any one or any one or more communication channels selected among multiple communication channels, and temperature, humidity, Weather forecast server 4000 that searches for unit weather environment information including wind direction, wind speed, wind volume, rainfall and snowfall in the past, present, and future expected ranges, respectively, and provides it to the Agaya packet frame 8000; Search for news and information from data recorded and managed by each broadcaster at the request of the Agaya platform server 3000 via the Agaya communication network 2000 and connected to any one or any one or more communication channels selected among multiple communication channels. to the broadcast media server 5000 to provide the Agaya packet frame 8000; News and information are retrieved from data recorded and managed by each newspaper company at the request of the Agaya platform server 3000 via the Agaya communication network 2000 and connected to any one or any one or more communication channels selected among multiple communication channels. Newspaper media server 6000 that provides the Agaya packet frame 8000; News and information from data recorded and managed by each Internet portal company at the request of the Agaya platform server 3000 via the Agaya communication network 2000 and connected to any one or any one or more communication channels selected among multiple communication channels. Internet site server (7000) that searches and provides the Agaya packet frame (8000); may further include.

The agaya terminal 1000 is made of a shape preferred by the elderly and the infirm and has an empty agaya body portion 1010; Built-in installation in the baby body part 1010 and located at a non-contact distance with the elderly and infirm, the body temperature, linear distance, movement direction, and movement speed of the elderly and infirm according to the corresponding control signal and movement reference information of the baby terminal control unit 1030 are provided, respectively. a non-contact body temperature motion detection unit 1020 for detecting and analyzing; Built-in installation in the baby body 1010, connected to the non-contact body temperature motion detection unit 1020, and outputting a corresponding control signal to receive and assign information on body temperature detected and analyzed from the elderly and the infirm, linear distance, movement direction, and movement speed an Agaya terminal management unit 1030 that records and manages the recorded area and outputs a corresponding control signal to each functional unit provided in the Agaya terminal 1000; Built-in installed in the Agaya body 1010, connected to the Agaya terminal management unit 1030, and receives a GPS signal from one or more GPS satellites 2020 by the corresponding control signal, and includes time, movement direction and movement speed a GPS signal processing unit 1040 that analyzes and outputs the moving reference information; A baby girl stereo recording unit 1050 installed in the baby body part 1010, connected to the baby girl terminal management part 1030, and taking a stereoscopic video of the elderly person according to a corresponding control signal; Baby that is installed in the baby body part 1010 and connected to the baby girl terminal management part 1030 and displays information including symbols, characters, figure images, still images, and moving images in black and white or color by the control signal information display unit 1060; Agaya body temperature heating unit (1070) built-in installed in the Agaya body unit (1010) and connected to the Agaya terminal management unit (1030) to generate heat to a specified temperature according to a corresponding control signal; a agaya audio input/output unit 1080 installed in the agaya body 1010 and connected to the agaya terminal management unit 1030 to input and output audio-grade signals according to the corresponding control signals; It is installed in the Agaya body part 1010, connects to the Agaya terminal management part 1030, and occupies one or more multiple communication channels by the corresponding control signal. Communication operation unit (1090); may include

It is installed in the baby body part 1010, is connected to the non-contact body temperature motion detection part 1020, and outputs an ultrasonic signal in the direction in which the elderly and weak self are located according to the control signal and movement reference information, and analyzes the received signal to determine the linear distance and an ultrasonic motion detection unit 1100 for detecting and analyzing information on a moving direction and a moving speed, respectively; may further include.

LBS installed in the baby body 1010, connected to the non-contact body temperature motion detection unit 1020, and receiving and analyzing the LBS signal from the mobile communication system according to the corresponding control signal, including time, movement direction, and movement speed Agaya LBS signal processing unit 1110 to analyze and output the movement reference information; may further include.

Built-in installation in the baby body 1010, connected to the non-contact body temperature motion detection unit 1020, and according to the control signal, information including symbols, characters, figure images, still images, and moving images is displayed in black and white or color Agaya information projection unit (1120); may further include.

It is installed in the baby body part 1010, is connected to the non-contact body temperature motion detection part 1020, and inputs an audio-level signal according to the corresponding control signal, converts it into a text-level signal and outputs it, and inputs a text-level signal to an audio-grade signal. TSST unit 1130 for converting and outputting; may further include.

a body temperature detection sensor unit 1140 installed inside the baby body unit 1010 and connected to the non-contact body temperature motion detection unit 1020 and in contact with the elderly person according to the control signal to detect body temperature; may further include.

Agaya aroma that is installed in the agaya body part 1010, is connected to the non-contact body temperature motion detection part 1020, and emits any one or more selected from among phytoncide and one or more perfumes built-in according to a corresponding control signal therapy skin (1150); may further include.

Built-in installation in the baby body part 1010, connected to the non-contact body temperature motion detection part 1020, and the information transmitted for transmission and reception according to the corresponding control signal is composed of a total of 270 words and arranged and recorded in each assigned field area Agaya packet frame unit 1160 for encrypting or decrypting the Agaya packet frame 8000; may further include.

When the Agaya terminal management unit 1030 receives body temperature information, linear distance information, movement direction information, and movement speed information from one or more of a plurality of corresponding functional units, it is calculated and averaged and outputted as each average operation value. can

The Agaya terminal management unit 1030 analyzes each received information through a communication path occupied by one or more multiple communication channels, respectively, and selects information on the communication path having the least transmission error for each unit section of the Agaya packet frame 8000. configuration can be made.

The Agaya terminal management unit 1030 analyzes the information received through communication paths occupied by one or more multiple communication channels, respectively, and if there are multiple communication paths through which the Agaya packet frame without transmission error is received, the lowest received communication path It may be configured to select a communication signal or to select a communication signal received in a communication path with priority in a designated order.

The Agaya platform server 3000 may be configured to further include an Agaya packet frame processing unit that decrypts the Agaya packet frame 8000 to extract information or encrypts the information into the Agaya packet frame 8000, respectively.

The Agaya platform server 3000 may be configured to further include a multi-channel simultaneous communication operation unit that simultaneously transmits, receives, and communicates the same communication signal by simultaneously accessing one or more communication channels selected among multiple communication channels.

The multi-channel simultaneous communication operation unit Wi-Fi type wireless communication unit 1091 for wirelessly transmitting and wirelessly receiving the Agaya packet frame 8000 signal in the Wi-Fi method according to the corresponding control signal; a Bluetooth wireless communication unit 1092 for wirelessly transmitting and wirelessly receiving the Agaya packet frame 8000 signal in the Bluetooth mode according to a corresponding control signal; a CDMA wireless communication unit 1093 for wirelessly transmitting and wirelessly receiving the Agaya packet frame 8000 signal in the CDMA method according to the corresponding control signal; A TRS method wireless communication unit 1094 for wirelessly transmitting and wirelessly receiving the Agaya packet frame 8000 signal in the TRS method according to the corresponding control signal, and simultaneously activates the Agaya packet frame 8000 by the corresponding control signal. ) may be configured to simultaneously transmit and receive signals of the same content consisting of and communicate.

The Agaya packet frame 8000 is made up of 20 words, and the start position of the data constituting the Agaya packet frame to be recorded, the transmission destination, the transmission time, the occurrence position coordinate information, and the entire bit an overhead data field area 8100 in which data size and serial number information of a plurality of connected baby packet frames are recorded; a first packet frame information field area 8200 composed of 50 words and including information to be transmitted and recorded; a second packet frame information field area 8300 composed of 50 words and including the same information as the information recorded in the first packet frame information field area 8200; A third packet frame information field area (50 words) in which the same information as the information recorded in the first packet frame information field area 8200 and the second packet frame information field area 8300 is included and recorded ( 8400); a preliminary information field area 8500 composed of 50 words and left as a spare area; It consists of 30 words, and if it is determined that an error is included by analyzing the entire recorded data, the cyclic redundancy check (CRC) method and the Hamming code method are sequentially and repeatedly operated to detect overlapping errors and duplicate recovery check data. field area 8600; Endhead data field area that consists of 20 words and includes error detection and recovery, retransmission request, data generator information, frame end location, transmission route information, and serial number information of multiple connected baby packet frames. (8700); may include

News and information from literature materials recorded and managed in each library, etc. at the request of the Agaya platform server 3000 via the Agaya communication network 2000 and connected to any one or any one or more communication channels selected among multiple communication channels. It may further include a book document server (9000) that is searched and provided as a baby packet frame (8000).

The present invention configured as described above remotely detects and analyzes the body temperature, movement, etc. of the elderly and infirm in a designated or specified place, and if it is determined that it is necessary, talk with a friend by artificial intelligence or include music or images It has the advantage of automatically notifying the remote guardian periodically by controlling and recording the video to be viewed.

In addition, the present invention records and manages the voice signals of the family that the elderly want to see or be close to, and when the elderly want to hear the voice of the family they miss, talk using the voice of the family with artificial intelligence, or read books, poems, etc. , news, etc. are read, so it has the advantage of preventing the elderly from being lonely.

On the other hand, the present invention has the advantage of recognizing the voice signal uttered by the elderly and weak and analyzing it with artificial intelligence to automatically answer or solve the request, record the progress, and manage it so that it can be checked later.

In addition, the present invention has a very excellent advantage that can be applied to the treatment or prevention of general dementia and depression that may occur in the elderly.

1 is an explanatory diagram of a method for remotely caring for the elderly including the disabled according to an embodiment of the prior art;
2 is a functional configuration diagram of an artificial intelligence interactive elderly friend system using big data according to an embodiment of the present invention;
3 is a detailed functional configuration diagram of Agaya Terminal according to an embodiment of the present invention;
4 is a detailed functional block diagram of a multi-channel simultaneous communication operation unit according to an embodiment of the present invention;
And
5 is an explanatory diagram of the configuration of a field area of a Agaya packet frame according to an embodiment of the present invention.

Since the present invention can apply various transformations and can have various embodiments, specific embodiments are illustrated in the drawings and described in detail in the detailed description. However, this is not intended to limit the present invention to specific embodiments, it should be understood to include all modifications, equivalents and substitutes included in the spirit and scope of the present invention. In describing the present invention, if it is determined that a detailed description of a related known technology may obscure the gist of the present invention, the detailed description thereof will be omitted.

In the following description, 'simultaneous' means a state in which the time difference does not occur significantly. Preferably, it will be described as a state in which the time difference occurs simultaneously within the range of 10 seconds, and the time difference value can be increased or decreased as necessary. Although it is difficult to numerically limit the simultaneous meaning in communication, transmission at the same time is prohibited when excluding the delay time that occurs while propagating, passing through, or transmitting each communication path, transmission line, exchange, and assigned medium, respectively. to mean

2 is a functional configuration diagram of an artificial intelligence interactive elderly friend system using big data according to an embodiment of the present invention, and FIG. 3 is a detailed functional configuration diagram of Agaya Terminal according to an embodiment of the present invention. 4 is a detailed functional configuration diagram of a multi-channel simultaneous communication operation unit according to an embodiment of the present invention, and FIG. 5 is an explanatory diagram of a field region configuration of an Agaya packet frame according to an embodiment of the present invention.

Hereinafter, with reference to all the attached drawings, when the artificial intelligence interactive elderly friend system 900 using big data is described in detail, Agaya Terminal 1000, Agaya Communication Network 2000, Agaya Platform Server 3000 and Weather Forecast Server ( 4000), a broadcast media server 5000, a newspaper media server 6000, an internet site server 7000, and a book document server 9000.

Artificial intelligence (AI) requires feature selection, hyperparameter tuning, which is set by direct input or tuning by the user (operator), and machine learning algorithm (S/W), which greatly affects the performance of machine learning. .

In order to extract desired information using artificial intelligence and machine learning, collecting big data is a priority.

Big data will be explained and understood as meaning all information (data) that can be collected through the Internet. However, it is diverse, such as defining big data as data larger than tera bytes in certain research institutes (Danchim), and defining it as an architecture that processes large amounts of data in other specific organizations.

In order to efficiently operate artificial intelligence, feature selection or feature words that specify the purpose or object to be searched from big data are efficiently selected, and multiple iterations of appropriate and various hyperparameter tuning and machine learning algorithms are performed. Through learning, the feature selection of the optimal value is obtained.

When big data is collected, the data capacity is very large, and the collected information (data) may contain erroneous information, so feature selection to improve search efficiency is important.

Efficient feature selection affects the learning time and search accuracy of machine learning and can reduce machine learning costs, so various feature selection techniques (methods) exist. For example, Filter, Wrapper, Embedded, etc. There is a method for selecting features of

The filter feature selection technique is operated in a way that ranks using statistical indicators such as correlation coefficients and excludes variables with little influence. The wrapper feature selection method is a method of finding the most ideal combination of variables through the learning results, and it is operated by changing the combination of variables to find the combination of variables with the best performance of the model. The embedded feature selection technique is operated in a way that selects the optimal variable in the process of model learning and creation. Here, the wrapper feature selection technique takes a lot of time because it learns many variable combinations, but it is the most commonly selected and used technique due to the advantage of securing the variable combinations with the highest performance.

Hyperparameter tuning greatly affects the performance or ability of machine learning, and various hyperparameter tuning techniques exist. For example, there are Bayesian optimization tuning techniques and POS optimization tuning techniques.

The Bayesian optimization tuning technique uses a normal distribution and searches the hyperparameter space based on the performance distribution, so it is a technique to find the optimal value more quickly and easily. The POS optimization tuning technique is a technique to find an optimal hyperparameter set in the hyperparameter space by mimicking a cluster object. However, the POS tuning technique performs faster than other algorithms, but requires more computations than the Bayesian optimization tuning technique. In addition, there are hyperparameters that can be automatically obtained through the learning of a machine learning algorithm. Because hyperparameter tuning has a great impact on the performance (ability) of machine learning, it is common to use PSO optimization tuning techniques.

Machine learning is a technology for extracting necessary information from big data, and depending on the learning method, supervised learning, semi-supervised learning, and unsupervised learning It is classified into (unsupervised learning, autonomous learning) and reinforcement learning (reinforcement learning).

Supervised learning is a method of learning a model using pre-established training data, and semi-supervised learning is a method of using both training data and unorganized data for training. Unsupervised learning is a method of learning while analyzing or clustering data itself without constructing separate learning data. Reinforcement learning is a method of learning through feedback while giving appropriate rewards for learning performance results.

Algorithms used in machine learning include the Support Vector Machine (SVM) algorithm, the RandonForest algorithm, and the Gaussian Naive Bayes (GNB) algorithm.

rapie에서 유래되었고 아로마는 방향, 테라피는 요법을 의미하며, 동서양의 고대인들이 자연에서 습득 또는 시행착오적 경험과 주변에 산재한 특정 식물이 상처를 낫게 하는 사실을 알게되면서부터 활용한 것으로 추측되고, 꽃이나 나무 등 식물에서 유래하는 방향 성분의 향기, 정유, 캔들(양초)로 이용하며 향기에 의하여 스트레스를 해소하거나 심신을 휴식시키는 등과 같이 신체 건강이나 미용을 증진하는 기술 또는 시술 행위이다. Aromatherapy is French for aromath.

Derived from rapie, aroma means aroma, and therapy means therapy. It is a technique or procedure that promotes physical health or beauty, such as relieving stress or resting mind and body by using fragrances, essential oils, and candles (candles) of aromatic ingredients derived from plants such as trees.

For example, in Egypt, it is well known that plant-derived spices such as frankincense (Frankincense) or myrrh (myrrh) that have an antiseptic effect on mummies are used, and have been used as traditional medicine or folk remedies according to each region.

In the 20th century, scientific analysis and verification attempted to apply essential oils to mental and physical health, and in the 1920s, a Provence perfumer in southern France, Renée Maurice Gattfosse (1881-1950), immersed a burned hand in lavender essential oil during an experiment. In some cases, it was discovered that wound healing occurred quickly, and he continued his research and published a book called 'Aromatherapy (original title Aromatherapy)' in 1928.

Looking at the fragrance known as aromatherapy and its action, Roman chamomile has a soothing (muscle, etc.) action, rosemary scent promotes blood circulation, lavender scent has hemostatic action, tea tree scent has antibacterial action, frankincense enhances immunity, It is known that eucalyptus flavor has an expectorant effect, juniper flavor has diuretic action, grapefruit flavor has lymphatic system stimulation, clary sage flavor has an estrogen-like action, peppermint flavor has a semicircular regulating action, and neroli flavor has an anti-anxiety effect. In addition, ylang-ylang fragrance, cypress fragrance, sandalwood fragrance, juniper fragrance, frankincense, rose fragrance, and rosemary fragrance are known to act as astringent (astringent) by moisturizing (moisture), benzoin (benzoin), etc. It is known for its emollient (smooth skin) action. It is also known that these fragrances show various actions whenever any one or more selected ones are combined, and toxicity appears when used incorrectly. Hereinafter, the application of aromatherapy (aromatherapy), which is known to be non-toxic, is explained and understood.

Phytoncide is a fragrance or substance emitted by plants, especially trees, to protect itself from invading insects, and is well known to enhance insect repellent and antibacterial or antiviral functions in the human body.

Agaya Terminal 1000, which constitutes the artificial intelligence interactive elderly friend system 900 using big data, is installed around the elderly and infirm, analyzes and confirms current location information, detects the body temperature and distance of the elderly and the infirm, and moves direction and speed Analyzes, converts and records the detected voice signal into a text signal, converts the input text signal into a voice signal and outputs it, shoots the surroundings as a stereoscopic image, outputs a video signal, outputs a fragrance, and includes a heating unit.

Agaya terminal 1000 includes Agaya body part 1010, non-contact body temperature motion detection unit 1020, Agaya terminal management unit 1030, GPS signal processing unit 1040, Agaya stereo recording unit 1050, Agaya information display unit 1060, and Agaya body temperature heating unit 1070, Agaya audio input/output unit 1080, multi-channel simultaneous communication operation unit 1090, ultrasonic motion detection unit 1100, Agaya LBS signal processing unit 1110, Agaya information projection unit 1120 and It has a configuration including the TS ST unit 1130 , the elderly self-temperature detection sensor unit 1140 , the agaya aromatherapy skin 1150 , and the agaya packet frame unit 1160 .

The baby body part 1010 is configured in a shape preferred by the elderly and has an empty interior, and may include, for example, a doll, a cylindrical shape, a quadrangular tubular shape, and the like.

The non-contact body temperature motion detection unit 1020 is built-in installed in the Agaya body 1010 and is located at a non-contact distance with the elderly and infirm, according to the control signal and movement reference information of the Agaya terminal control unit 1030. Detects and analyzes information on and movement speed, respectively. When the baby body part 1010 is made of a doll, the non-contact body temperature motion detection part 1020 may be provided at one eye position.

The non-contact body temperature motion detection unit 1020 has a function similar to that of a radar using an ultraviolet sensor, and outputs ultraviolet rays and receives reflected ultraviolet rays to detect the temperature of the target object including the elderly and the time of the transmitted signal and the reflected signal Calculate the difference and the propagation distance of ultraviolet rays and output the straight-line distance to the elderly or weak person or the target object. Alternatively, the movement direction and movement speed of the elderly or the weak or the target object may be calculated by using this signal analysis. On the other hand, if the movement reference information using the GPS signal is used together, it is possible to more precisely calculate or extract the movement direction and movement speed of the elderly or infirm or the target object. The movement reference information by the movement direction and movement speed calculation using the GPS signal will be described in detail again below.

Agaya terminal management unit 1030 is built-in installed in Agaya body unit 1010, is connected to the non-contact body temperature motion detection unit 1020, and outputs a corresponding control signal to detect and analyze body temperature and linear distance, movement direction and movement speed from the elderly and weak. It receives the information of , records and manages it in the allocated area, and outputs the corresponding control signal to each function unit provided in the Agaya terminal 1000, respectively. When the baby body part 1010 is made of a doll, it is very preferable that the baby terminal management part 1030 is provided at a position not visible from the outside.

Various functions and actions of the Agaya terminal management unit 1030 will be further described in detail in the related configuration description below.

The GPS signal processing unit 1040 is built-in installed in the Agaya body unit 1010, connects to the Agaya terminal management unit 1030, receives a GPS signal from one or more multiple GPS satellites 2020 by the corresponding control signal, and receives the time and movement Analyzes and outputs movement reference information including direction and movement speed. GPS satellite (2020) is a communication satellite that flies along the Earth's low orbit, and when GPS signals are received and analyzed, global positioning that can be used as a variety of information including time, longitude, latitude, sea level, movement direction (angular velocity), and movement distance It is a device and can be used 24 hours in an area where signals from satellites can be received, and the technical composition and operation are well known.

Agaya stereo recording unit 1050 is installed in the Agaya body unit 1010, is connected to the Agaya terminal management unit 1030, and takes a stereoscopic video of the elderly and infirm according to a corresponding control signal. The baby stereo photographing unit 1050 is configured to detect depth by using a point where a difference occurs in photographing angles when two photographing devices positioned on the same straight line, such as a human eye, photograph the same object. Agaya stereo photographing unit 1050 includes an ultraviolet ray stereoscopic photographing unit (3D-IR camera) that takes a stereoscopic image of an object by using an ultraviolet signal and an infrared ray agaya stereoscopic photographing unit ( 3D-UV camera) and a visible light stereoscopic imaging unit (3D-L camera) that takes a stereoscopic image of an object using a visible light signal, and an ultrasonic baby stereoscopic imaging unit ( 3D-US camera). Ultraviolet baby stereoscopic imaging unit (3D-IR camera), infrared ray stereoscopic imaging unit (3D-UV camera), visible light agaya stereoscopic imaging unit (3D-L camera), and ultrasonic baby stereoscopic imaging unit in Agaya stereo imaging unit 1050 (3D-US camera) The three-dimensional image information of each object photographed by the Agaya terminal management unit 1030 is arithmetic mean operation process to select and use the video image calculated as the average value, or a specified random order or an unspecified random signal You can select and use a video signal captured by . If necessary, you can select and use a video signal based on any one selected signal or an arithmetic average of any one or more signals.

The baby information display unit 1060 is built-in installed in the baby body part 1010 and connects to the baby girl terminal management part 1030, and according to the control signal, the information including symbols, characters, figure images, still images, and moving pictures is displayed in black and white. or in color.

When the baby body part 1010 is made of a doll, it is very preferable that the baby girl information display part 1060 is provided so as to be located on the belly part or the forehead part of the doll.

The Agaya body temperature heating unit 1070 is built-in installed in the Agaya body unit 1010 and is connected to the Agaya terminal management unit 1030 to generate heat at a temperature specified by the control signal.

It is very desirable that the baby body temperature heating unit 1070 generates heat at a temperature similar to that of a normal adult, and it is very natural that it can be increased or decreased as necessary. In general, configuring it to generate a fever of 38 degrees, slightly higher than body temperature, can make the elderly and weak feel it quickly. It is common for the elderly to find stability when they feel Cheyon.

The Agaya audio input/output unit 1080 is built-in installed in the Agaya body unit 1010, connects to the Agaya terminal management unit 1030, and inputs and outputs audio-grade signals according to the corresponding control signals. When the baby audio input/output unit 1080 is made of a doll, the baby audio input/output unit 1010 installs a microphone (MIC) for inputting an audio level signal to the ear of the doll, and a speaker (SPK) for outputting an audio level signal is input It is very desirable to install it in the part. It is highly desirable to further provide a speaking driving unit (SPK-DRV) at the mouth position so as to appear as if the doll is speaking directly.

The multi-channel simultaneous communication operation unit 1090 is built-in installed in the Agaya body unit 1010, connects to the Agaya terminal management unit 1030, and occupies one or more multiple communication channels by the corresponding control signal. information is communicated at the same time.

The multi-channel simultaneous communication operation unit is configured to include a Wi-Fi type wireless communication unit 1091, a Bluetooth type wireless communication unit 1092, a CDMA type wireless communication unit 1093, and a TRS type wireless communication unit 1094.

The Wi-Fi type wireless communication unit 1091 wirelessly transmits and wirelessly receives the Agaya packet frame 8000 signal in the Wi-Fi method according to the corresponding control signal.

The Bluetooth wireless communication unit 1092 wirelessly transmits and wirelessly receives the Agaya packet frame 8000 signal in the Bluetooth method according to the corresponding control signal.

The CDMA wireless communication unit 1093 wirelessly transmits and wirelessly receives the Agaya packet frame 8000 signal in the CDMA method according to the corresponding control signal.

The TRS method wireless communication unit 1094 wirelessly transmits and wirelessly receives the Agaya packet frame 8000 signal in the TRS method according to the corresponding control signal.

Since the configuration and operation of the Wi-Fi type wireless communication unit 1091, the Bluetooth type wireless communication unit 1092, the CDMA type wireless communication unit 1093, and the TRS type wireless communication unit 1094 are well known, detailed descriptions will be omitted, but in the present invention, each It will be explained and understood as forming the output and service area that has emerged so that communication is possible immediately while moving in the manner of The Wi-Fi type wireless communication unit 1091, the Bluetooth type wireless communication unit 1092, the CDMA type wireless communication unit 1093, and the TRS type wireless communication unit 1094 are simultaneously activated by the corresponding control signal, and the same content consisting of the Agaya packet frame 8000 It is a configuration that transmits and receives signals of at the same time and communicates.

Agaya terminal management unit 1030 analyzes the corresponding information received through the communication path each occupied by one or more multiple communication channels through the multi-channel simultaneous communication operation unit 1090, and provides the information of the communication path with the least transmission error. It can be selected for each section of the Agaya packet frame 8000.

On the other hand, the Agaya terminal management unit 1030 analyzes the information received as communication paths occupied by one or more multiple communication channels, respectively, and if there are a plurality of communication paths through which the Agaya packet frame without transmission error is received, the least received communication path You can select the communication signal of , or the communication signal received in the communication path with priority in the designated order.

Agaya terminal management unit 1030, if the voice data information recorded only a few syllables or words of the voices of family members, including friends of the elderly or those who miss or miss, are managed, the voice data information is transferred to the Agaya platform server (3000). ), and the Agaya platform server 3000 identifies the pattern of the voice signal by analyzing it with artificial intelligence. The Agaya platform server 3000 is configured to control and monitor the Agaya terminal 1000 so that the text signal is converted into a voice-grade audio signal and output by using the identified family voice pattern.

Therefore, the elderly may mistake or think of Agaya Terminal 1000 similar to a friend, and may relieve or forget loneliness. On the other hand, at the request of the elderly and infirm, the voice of the family can be communicated, or a specified song, book, etc. can be enjoyed as a signal of the specified family's voice pattern. At this time, the Agaya Terminal 1000 records and manages all the processed processes in the allocated memory area and requests to be transmitted and recorded to the Agaya platform server 3000, so it can be used for later confirmation or detailed management.

This configuration must be prepared in advance from a young age as well as the elderly, so it can be managed more accurately and reliably, and can be applied to the treatment of dementia and depression.

When the baby body part 1010 is made of a doll, it is very preferable that the wireless antenna is provided so as to be positioned on the doll's ear part, arm part, or foot part. In the case of wired connection, it is relatively very preferable to configure the draw-in/out line to be located at the buttocks in consideration of the aesthetics. The location of each of these components is for the need to consider the aesthetics and for the natural detection and display or output of the corresponding information.

The ultrasonic motion detection unit 1100 is built-in installed in the baby body unit 1010, is connected to the non-contact body temperature motion detection unit 1020, and outputs an ultrasound signal in the direction in which the elderly and the weak are located according to the corresponding control signal and movement reference information, and the received signal It analyzes the linear distance, movement direction, and movement speed, respectively, to detect and analyze the information.

When the baby body part 1010 is made of a doll, the ultrasonic motion detection unit 1100 is relatively very preferably provided so as to be located in the doll's nose part, the eyes part of any Han Chinese, or a part of the body.

The ultrasonic motion detection unit 1100 outputs the ultrasonic signal like a radar device and analyzes the time difference value and the propagation distance value per unit time of the reflected and received signal, so that the information of the straight-line distance, the moving direction and the moving speed with the object or the elderly and weak, respectively can be detected and analyzed. The ultrasonic motion detection unit 1100 may further include a directionality control driving unit (DIR-CON) for adjusting a direction in which an ultrasonic signal is output or transmitted according to a corresponding control signal.

The Agaya LBS signal processing unit 1110 is built-in installed in the Agaya body unit 1010, is connected to the non-contact body temperature motion detection unit 1020, and receives and analyzes the LBS signal from the mobile communication system according to the corresponding control signal to analyze the time and movement direction. Analyzes and outputs LBS movement reference information including movement speed and movement speed. It is relatively preferable to arrange the Agaya LBS signal processing unit 1110 at a position adjacent to the GPS signal processing unit 1040 .

The LBS (Location Based Service) signal is a location information and time information signal provided to confirm relative location information based on the precise location information already measured by a base station (BS, 2010) of a mobile communication system. It is known to be more accurate than the location information value used, and it is known that it is widely used in home delivery services. On the other hand, the base station (BS, 2010) of the mobile communication system forms a certain mobile communication service area.

The baby information projection unit 1120 is installed in the baby body part 1010 and is connected to the non-contact body temperature motion detection unit 1020, and by the corresponding control signal, information including symbols, characters, figure images, still images, and moving pictures. is displayed in black and white or color.

When the baby body part 1010 is made of a doll, it is aesthetically very desirable to install the baby information projection unit 1120 at the position of either eye or the navel, and it uses the same function as a general image projector or projector to transmit an image signal to a screen or wall. configuration to be displayed.

The TSST unit 1130 is installed inside the baby body unit 1010, is connected to the non-contact body temperature motion detection unit 1020, and inputs an audio signal according to the control signal, converts it into a text level signal, and outputs a text level signal. is input and converted into an audio-level signal and output. The TTS ST unit 1130 is configured to use a text to speech (TTS) technology and a speech to text (STT) technology, respectively, and a text to speech (TTS) technology and an STTT (Speech to text) technology. The composition and operation of STT (speech to text) technology is well known. That is, STT is a configuration that inputs an audio-level language signal and converts it into a text-level information signal, and TTS (text to speech) inputs text-level information and converts it into an audio-level signal into a sound signal. This is the output configuration. Therefore, when the baby body part 1010 is made of a doll, it is relatively preferable to install it on a selected part of the ear part and the mouth part.

Each part of the agaya terminal 1000 may be respectively installed in different positions of the agaya body part 1010 if necessary, and the same applies in the description of the present invention.

The elderly body temperature detection sensor unit 1140 is built-in installed in the baby body unit 1010, is connected to the non-contact body temperature motion detection unit 1020, and contacts the elderly and infirm according to the corresponding control signal to detect body temperature. It is preferable that the elderly body temperature detection sensor unit 1140 is provided on both hands when the baby body unit 1010 is made of a doll. The elderly and weak self-temperature detection sensor unit 1140 is configured to detect the temperature by direct contact.

The agaya aromatherapy skin 1150 is built-in installed in the agaya body part 1010, is connected to the non-contact body temperature motion detection part 1020, and according to the corresponding control signal, any one or any one selected from the phytoncide and one or more perfumes. emit more than

When the agaya body part 1010 is made of a doll, the agaya aromatherapy skin 1150 is preferably installed on the buttocks or the mouth part, and may be installed at any position if necessary.

The baby packet frame unit 1160 is installed inside the baby body unit 1010, is connected to the non-contact body temperature motion detection unit 1020, and the information transmitted for transmission and reception according to the corresponding control signal consists of a total of 270 words and is allocated It is arranged and recorded in each field area and encrypted or decrypted with the Agaya packet frame (8000).

The configuration having the same function as the configuration of the Agaya packet frame unit 1160 includes the Agaya terminal 1000 constituting the artificial intelligence interactive elderly friend system 900 using big data, the Agaya platform server 3000 and the weather forecast server (4000), the broadcast media server (5000), the newspaper media server (6000), the Internet site server (7000) and the book document server (9000) is described and understood as provided.

In the case of encryption with the Agaya packet frame 8000, if the location of each field area constituting the Agaya packet frame 8000, the size of recorded data, and the starting position of data, etc. are not known, the recorded data cannot be read. Moreover, if the size of the digital data constituting the word is different, there is an advantage in that problems such as hacking, theft, and errors caused by unauthorized access by a third party can be easily solved. Therefore, in the present invention, it will be described that one digital word is composed of 10 bytes, and that one byte is composed of 10 bits. Therefore, if you do not know the size of the byte, the size of the word, the location of the field area constituting the Agaya packet frame 8000, the size of the recorded data, and the location where the data recording starts, the recorded data cannot be read and decrypted. This has the advantage of a very significant improvement.

Agaya communication network 2000 is simultaneously connected to Agaya terminal 1000 and multiple communication channels consisting of one or more communication channels, and by switching processing to the communication path for each channel of the multiple communication channel with the other party designated by request. Each connection is connected and each of the Agaya packet frames 8000 is transmitted or received at the same time.

Agaya communication network 2000 is a Wi-Fi switch that connects and switches the Wi-Fi communication path according to the request signal, a Bluetooth switch that connects by switching the Bluetooth communication path, and a CDMA switch that connects and connects by switching the CDMA communication path. It is equipped with all TRS exchanges that connect and connect by switching the TRS method communication path and operate in an active state at the same time.

The switching process is a process of exchanging and connecting (switching) communication paths in a manner performed in a communication exchange, and the description thereof will be omitted because the technical content is well known in the communication exchange technology field.

Agaya platform server 3000 simultaneously connects to Agaya terminal 1000 and any one or more communication channels selected among multiple communication channels via Agaya communication network 2000, and transmits and receives Agaya packet frame 8000, big data of news is collected, analyzed, recorded and managed using artificial intelligence from one or more corresponding information servers including Internet site servers and broadcast media servers connected through one or more communication channels selected among multiple communication channels, and registration of Agaya Terminal (1000) records and provides the latest version of the Agaya App program.

Hereinafter, it will be described that news includes letters, numbers, figures, still images, moving pictures, audio-level information, video-level information, multimedia-level information, and the like.

The Agaya platform server 3000 further includes an Agaya packet frame processing unit that decrypts the Agaya packet frame 8000 to extract information or encrypts the information into the Agaya packet frame 8000, respectively.

Agaya platform server 3000 further includes a multi-channel simultaneous communication operation unit that simultaneously transmits and receives the same communication signal by simultaneously accessing one or more communication channels selected from among the multiple communication channels to communicate.

The weather forecast server 4000 is recorded and managed at the request of the Agaya platform server 3000 connected to any one or any one or more communication channels selected from among the multiple communication channels via the Agaya communication network 2000, and is managed by each administrative district unit. The unit weather environment information including temperature, humidity, wind direction, wind speed, wind volume, rainfall and snowfall by region is searched in the past, present, and future expected ranges, respectively, and provided to the Agaya packet frame (8000).

Agaya platform server (3000) collects and analyzes unit meteorological environment information of the administrative unit area where the elderly are located, and analyzes whether or not it can affect the mood and physical activity of the elderly and infirm according to changes in the corresponding weather environment (atmosphere). If it is determined that there is an impact, it notifies the Agaya Terminal 1000 along with the unit weather information to execute the necessary measures or preventive measures by artificial intelligence. The unit weather information will be used in the sense that it is included in the atmosphere.

At this time, for example, Agaya Terminal 1000 may output a message such as 'It is recommended to close the windows and doors because it is windy weather' by the judgment of artificial intelligence in voice and text. In addition, if necessary, if it is determined that the corresponding response signal is input, saying, 'Can I play bright music to change the atmosphere because it is a cloudy day?' You can search for fast and upbeat music from big data, but select and listen to music that is popular in the young and old age, when the elderly and the weak are sensitive. If necessary, a still image or video can be searched for, displayed or projected, so that it can be enjoyed or played along with music.

On the other hand, audio-level information including music designated and preferred by the elderly and infirm according to the atmosphere, video-level information including images, books, poetry, and multimedia-level information, etc., are recorded and managed together with the atmosphere by artificial intelligence. Or control to regenerate in a similar atmosphere, and also monitor the controlled state.

The broadcast media server 5000 receives the data recorded and managed by each broadcaster at the request of the Agaya platform server 3000 connected to any one or any one or more communication channels selected from among the multiple communication channels via the Agaya communication network 2000. News and information are searched and provided by encryption conversion into Agaya packet frame (8000).

In the following description, encryption conversion into the Agaya packet frame 8000 is provided to prevent unauthorized third parties or third parties from damaging, arbitrarily processing, or stealing the information. It is already well known that it is very difficult to extract information contained in the field area constituting the Agaya packet frame 8000 and the size of each bit and byte is not known.

The newspaper media server 6000 receives the data recorded and managed by each newspaper company at the request of the Agaya platform server 3000 connected to any one or any one or more communication channels selected from among multiple communication channels via the Agaya communication network 2000. News and information are searched and provided by encryption conversion into Agaya packet frame (8000).

The Internet site server 7000 is the data recorded and managed by each Internet portal company at the request of the Agaya platform server 3000 connected to any one or any one or more communication channels selected from among multiple communication channels via the Agaya communication network 2000. News and information are retrieved from and encrypted and converted into Agaya packet frame (8000) and provided.

The Agaya packet frame 8000 includes an overhead data field area 8100, a first packet frame information field area 8200, a second packet frame information field area 8300, a third packet frame information field area 8400, and a spare. The configuration includes an information field area 8500 , a check data field area 8600 , and an end head data field area 8700 .

In the Agaya packet frame 8000 made of digital signals, 1 word consists of 10 bytes, and 1 byte consists of 10 bits. It has the advantage of protection.

The overhead data field area 8100 is made up of 20 words, and the data constituting the baby packet frame is recorded by the start position, the transmission destination, the transmission time, the coordinate information of the occurrence position, and The size of the entire data and the serial number information of multiple connected Agaya packet frames are included and recorded.

The first packet frame information field area 8200 consists of 50 words and includes information to be transmitted and recorded.

The second packet frame information field area 8300 consists of 50 words, and the same information as the information recorded in the first packet frame information field area 8200 is included and recorded.

The third packet frame information field area 8400 consists of 50 words, and the same information as the information recorded in the first packet frame information field area 8200 and the second packet frame information field area 8300 is included. It is recorded.

The preliminary information field area 8500 consists of 50 words and is left as a spare area, and guarantees scalability of information in which frames are written.

The check data field area 8600 consists of 30 words. If it is determined that an error is included by analyzing the entire recorded data, the cyclic redundancy check (CRC) method and the Hamming code method are sequentially and repeatedly operated to duplicate the error. detection and duplicate recovery processing.

The end head data field area 8700 consists of 20 words, and contains error detection and recovery, whether retransmission is requested, data generator information, frame end location, transmission route information, and serial number information of multiple connected baby packet frames. included and recorded.

The book document server 9000 is a document recorded and managed in each library, etc. at the request of the Agaya platform server 3000, which is connected to any one or any one or more communication channels selected among multiple communication channels via the Agaya communication network 2000. News and information are retrieved from the data and provided to the Agaya packet frame (8000).

The above configuration automatically detects and analyzes the body temperature, movement, etc. of the elderly and infirm in a designated or specified place remotely and, if deemed necessary, uses artificial intelligence to talk with a friend or to display an image containing music or images. It records and controls so that it can be seen, and periodically automatically informs the caregiver at a remote location, records and manages the signals of the voice patterns of the family that the elderly want to see or wants to be close to. It uses voice signals that are similar to the voice pattern of the relevant family to talk or read books, poems, news, etc., so that the elderly do not feel lonely It has the advantage of managing it so that it can be checked later by answering the question or resolving the request and recording the progress.

Although the present invention has been described in detail with respect to the described embodiments, it is obvious to those skilled in the art that various changes and modifications can be made within the scope of the technical spirit of the present invention, and it is natural that such variations and modifications fall within the scope of the appended claims.

900: Artificial intelligence conversational friend system for the elderly using big data
1000: Agaya Terminal 1010: Agaya body part
1020: non-contact body temperature motion detection unit 1030: Agaya terminal management unit
1040: GPS signal processing unit 1050: Agaya stereo recording unit
1060: Agaya information display unit 1070: Agaya body temperature heating unit
1080: Agaya audio input/output 1090: Multi-channel simultaneous communication operation unit
1100: ultrasonic motion detection unit 1110: Agaya LBS signal processing unit
1120: Agaya information projection unit 1130: TSST unit
1140: elderly self-temperature detection sensor unit 1150: agaya aromatherapy skin
1160: Agaya packet frame unit 2000: Agaya communication network
2010 : Base station 2020 : GPS satellite
3000: Agaya Platform Server 4000: Weather Forecast Server
5000: broadcast media server 6000: newspaper media server
7000: Internet site server 8000: Agaya packet frame
9000: Book document server

Claims (17)

delete It is installed around the elderly and infirm to analyze and confirm the current location information, detect the body temperature and distance of the elderly and infirm, analyze the direction and speed of movement, convert and record the detected voice signal into a text signal, and convert the input text signal into a voice signal Agaya terminal 1000 which outputs and shoots the surroundings as a three-dimensional image, outputs an image signal, outputs a fragrance, and includes a heating unit;
Simultaneously access the Agaya terminal 1000 and multiple communication channels consisting of one or more communication channels, and connect and connect each other through switching processing to the communication path for each channel of the multiple communication channel with the other party designated by the request, respectively. Agaya communication network 2000 for transmitting or receiving each packet frame 8000 at the same time;
Simultaneously access to one or more communication channels selected among Agaya Terminal 1000 and multiple communication channels via the Agaya communication network 2000, transmit and receive Agaya packet frames 8000, and transmit and receive news big data among multiple communication channels. It collects, analyzes and manages records using artificial intelligence from one or more corresponding information servers including Internet site servers and broadcast media servers accessed through one or more communication channels, records and manages registration of Agaya Terminal 1000, and manages Agaya App Agaya platform server (3000) that provides the latest version of the program; includes,
It is recorded and managed at the request of the Agaya platform server 3000 via the Agaya communication network 2000 and connected to any one or any one or more communication channels selected among multiple communication channels, and temperature, humidity, Weather forecast server 4000 that searches for unit weather environment information including wind direction, wind speed, wind volume, rainfall and snowfall in the past, present, and future expected ranges, respectively, and provides it to the Agaya packet frame 8000;
Search for news and information from data recorded and managed by each broadcaster at the request of the Agaya platform server 3000 via the Agaya communication network 2000 and connected to any one or any one or more communication channels selected among multiple communication channels. to the broadcast media server 5000 to provide the Agaya packet frame 8000;
News and information are retrieved from data recorded and managed by each newspaper company at the request of the Agaya platform server 3000 via the Agaya communication network 2000 and connected to any one or any one or more communication channels selected among multiple communication channels. Newspaper media server 6000 that provides the Agaya packet frame 8000;
News and information from data recorded and managed by each Internet portal company at the request of the Agaya platform server 3000 via the Agaya communication network 2000 and connected to any one or any one or more communication channels selected among multiple communication channels. Internet site server (7000) that searches and provides the Agaya packet frame (8000); Artificial intelligence interactive elderly friend system using big data that further includes.
3. The method of claim 2,
The Agaya terminal 1000 is
The baby body portion 1010 is made of a shape preferred by the elderly and has an empty interior;
Built-in installation in the baby body part 1010 and located at a non-contact distance with the elderly and infirm, the body temperature, linear distance, movement direction, and movement speed of the elderly and infirm according to the corresponding control signal and movement reference information of the baby terminal control unit 1030 are provided, respectively. a non-contact body temperature motion detection unit 1020 for detecting and analyzing;
Built-in installation in the baby body 1010, connected to the non-contact body temperature motion detection unit 1020, and outputting a corresponding control signal to receive and assign information on body temperature detected and analyzed from the elderly and the infirm, linear distance, movement direction, and movement speed an Agaya terminal management unit 1030 that records and manages the recorded area and outputs a corresponding control signal to each function unit provided in the Agaya terminal 1000;
Built-in installation in the Agaya body unit 1010, connected to the Agaya terminal management unit 1030, receiving a GPS signal from one or more GPS satellites by the corresponding control signal, and a movement standard including time, movement direction and movement speed a GPS signal processing unit 1040 for analyzing and outputting information;
a baby stereo recording unit 1050 installed in the baby body part 1010, connected to the baby girl terminal management part 1030, and taking a stereoscopic video of the elderly person according to a corresponding control signal;
Baby that is installed in the baby body part 1010 and connected to the baby girl terminal management part 1030 and displays information including symbols, characters, figure images, still images, and moving images in black and white or color by the control signal information display unit 1060;
Agaya body temperature heating unit (1070) built-in installed in the Agaya body unit (1010) and connected to the Agaya terminal management unit (1030) to generate heat to a specified temperature according to a corresponding control signal;
a agaya audio input/output unit 1080 installed in the agaya body 1010 and connected to the agaya terminal management unit 1030 to input and output an audio-grade signal according to a corresponding control signal;
It is installed in the Agaya body part 1010, connects to the Agaya terminal management part 1030, and occupies one or more multiple communication channels by the corresponding control signal. Communication operation unit (1090); including,
It is installed in the baby body part 1010, is connected to the non-contact body temperature motion detection part 1020, and outputs an ultrasonic signal in the direction in which the elderly and weak self are located according to the control signal and movement reference information, and analyzes the received signal to determine the linear distance and an ultrasonic motion detection unit 1100 for detecting and analyzing information on a moving direction and a moving speed, respectively; further comprising,
LBS installed in the baby body 1010, connected to the non-contact body temperature motion detection unit 1020, and receiving and analyzing the LBS signal from the mobile communication system according to the corresponding control signal, including time, movement direction, and movement speed Agaya LBS signal processing unit 1110 to analyze and output the movement reference information; further comprising,
Built-in installation in the baby body 1010, connected to the non-contact body temperature motion detection unit 1020, and according to the control signal, information including symbols, characters, figure images, still images, and moving images is displayed in black and white or color Agaya information projection unit (1120); further comprising,
It is installed in the baby body part 1010, is connected to the non-contact body temperature motion detection part 1020, and inputs an audio-level signal according to the corresponding control signal, converts it into a text-level signal and outputs it, and inputs a text-level signal to an audio-grade signal. TSST unit 1130 for converting and outputting; include more
a body temperature detection sensor unit 1140 installed inside the baby body unit 1010 and connected to the non-contact body temperature motion detection unit 1020 and in contact with the elderly person according to the control signal to detect body temperature; further comprising,
Agaya aroma that is installed in the agaya body part 1010, is connected to the non-contact body temperature motion detection part 1020, and emits any one or more selected from among phytoncide and one or more perfumes built-in according to a corresponding control signal therapy skin (1150); further comprising,
Built-in installation in the baby body part 1010, connected to the non-contact body temperature motion detection part 1020, and the information transmitted for transmission and reception according to the corresponding control signal is composed of a total of 270 words and arranged and recorded in each assigned field area Agaya packet frame unit 1160 for encrypting or decrypting the Agaya packet frame 8000; Artificial intelligence interactive elderly friend system using big data that further includes.
delete delete delete delete delete delete delete 4. The method of claim 3,
The Agaya terminal management unit 1030
When body temperature information, linear distance information, movement direction information, and movement speed information are each input from one or more of a plurality of corresponding functional units, the calculated average is calculated and output as each average operation value,
The Agaya terminal management unit 1030
By analyzing the information received through the communication path occupied by one or more multiple communication channels, respectively, the information of the communication path having the least transmission error is selected for each section of the Agaya packet frame (8000) unit,
The Agaya terminal management unit 1030
If there are multiple communication paths that have received baby packet frames without transmission error by analyzing the information received through communication paths occupied by one or more multiple communication channels, select the communication signal of the most received communication path or the specified order Artificial intelligence interactive elderly friend system using big data, characterized in that it consists of a configuration for selecting a communication signal received from a communication path with a priority by the
delete delete 4. The method of claim 3,
The Agaya platform server 3000 further includes an Agaya packet frame processing unit that decrypts the Agaya packet frame 8000 to extract information or encrypts the information into the Agaya packet frame 8000, respectively,
The Agaya packet frame 8000 is
Consists of 20 words, the start position of data recording that composes the baby packet frame, the transmission destination, the transmission time, the location coordinate information of the occurrence, the size of the total data by bits, the number of connected baby packets an overhead data field area 8100 in which frame serial number information is included and recorded;
a first packet frame information field area 8200 consisting of 50 words and including information to be transmitted and recorded;
a second packet frame information field area 8300 composed of 50 words and including the same information as the information recorded in the first packet frame information field area 8200;
A third packet frame information field area (50 words) in which the same information as the information recorded in the first packet frame information field area 8200 and the second packet frame information field area 8300 is included and recorded ( 8400);
a preliminary information field area 8500 composed of 50 words and left as a spare area;
It consists of 30 words, and if it is determined that an error is included by analyzing the entire recorded data, the cyclic redundancy check (CRC) method and the Hamming code method are sequentially and repeatedly operated to detect overlapping errors and duplicate recovery check data. field area 8600;
Endhead data field area that consists of 20 words and includes error detection and recovery, retransmission request, data generator information, frame end location, transmission route information, and serial number information of multiple connected baby packet frames. (8700); Artificial intelligence interactive elderly friend system using big data including
4. The method of claim 3,
The Agaya platform server 3000 further includes a multi-channel simultaneous communication operation unit that simultaneously transmits and receives the same communication signal by simultaneously accessing any one or more communication channels selected among the multiple communication channels to communicate with each other,
The multi-channel simultaneous communication operation unit
a Wi-Fi wireless communication unit 1091 for wirelessly transmitting and wirelessly receiving the Agaya packet frame 8000 signal in a Wi-Fi mode according to a corresponding control signal;
a Bluetooth wireless communication unit 1092 for wirelessly transmitting and wirelessly receiving the Agaya packet frame 8000 signal in the Bluetooth mode according to the corresponding control signal;
a CDMA wireless communication unit 1093 for wirelessly transmitting and wirelessly receiving the Agaya packet frame 8000 signal in the CDMA method according to the corresponding control signal;
and a TRS type wireless communication unit 1094 for wirelessly transmitting and wirelessly receiving the Agaya packet frame 8000 signal in the TRS method according to the corresponding control signal;
Artificial intelligence interactive elderly friend system using big data, characterized in that it is simultaneously activated by a corresponding control signal and configured to simultaneously transmit and receive a signal of the same content consisting of the baby packet frame (8000) and communicate.



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