KR20190000980A - A personal Healthcare System - Google Patents

Abstract

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a personal healthcare system networked to a platform, and is intended to provide a healthcare system capable of proactively healthcareing a health consumer (person) by using a submodule connected to the platform.
The present invention is intended to improve the health of health users before a health problem occurs.
This demonstrates the fitness movement in front of the health consumer through the submodules connected to the platform. When the health consumer performs the fitness exercise according to the submodule, the submodule senses and analyzes the image of the fitness movement and transmits the health movement data of the health consumer to the platform Store and analyze statistics.
The health consumer of the platform may retrieve the health movement data from the health consumer or the related health manager who is the party, and the health manager may prescribe the fitness exercise of the health consumer based on this.
In addition, the health consumer who is connected to the platform and the other health consumer can talk through his / her submodule. Since his / her submodule expresses voice and actions like the other person's health consumer, .
In addition, the health consumer who is connected to the platform and the other health consumer can play games through his or her submodule or terminal, and his / her submodule replaces the game according to the instruction of the health consumer of the other party, You will be able to play games.
In addition, the health consumer who is connected to the platform may have a meal conversation with his / her submodule. The artificial intelligence, program, or platform artificial intelligence or program installed in the submodule may cause the submodule By offering tips, nutritious and delicious side dishes or stories about side dishes to the health consumer, the health consumer can help the food to be delicious and enjoyable, and at the same time, the other health consumer connected to the platform can also be together.
In addition, a sub-module connected to the platform may instruct the health consumer to sing according to the health consumer's song. The artificial intelligence mounted on the sub-module or the artificial intelligence or program of the platform or platform, So that the consumer can sing songs with joy and happiness in accordance with the submodule's command, and at the same time, the other consumer who is connected to the network connected to the platform can also do the same.
In this way, a submodule connected to the platform can be used to exercise a health worker, to conduct a conversation, to play a game, to conduct a song, or to have a meal conversation. In addition, using the submodules connected to the platform, the health consumer can talk, play games or have a meal conversation with other health consumers. In addition, using the submodule connected to the platform, the submodule is configured to configure a personal healthcare system that allows a health consumer to perform a fitness exercise, play a game, command a song, or eat a meal.

Description

A personal healthcare system < RTI ID = 0.0 >

The present invention relates to a personal healthcare system, and more particularly, to a personal healthcare system configured to connect to a platform through a network.

In particular, the present invention utilizes the characteristics of the sub-module and the main module to exercise a person, to play a game with a person to alleviate the loneliness of a person, to communicate with other people through the sub-module and main module and platform And a personal health care system configured to receive a health aid of a health manager through a platform and a submodule, wherein the personal health care system uses submodules and a platform, It includes a variety of healthcare systems that can be used to communicate with family members and receive health help from a healthcare manager.

In modern life, quality of life, health care, and well-being are getting more attention. In addition, the number of patients in the elderly, chronic, diabetic, elderly, and medical marginalized areas is increasing dramatically.

Therefore, there is a growing demand for an effective system for healthcare management for expanding medical institutions for appropriate medical care and treatment, and for diagnosing diseases to prevent them.

In addition, as the Internet develops, the physician views the camera image of the patient at home through the Internet and communicates with the patient while communicating with the physician. By combining the healthcare system that can measure blood pressure and diabetes, Healthcare systems are emerging.

In addition, there are portable diagnostic devices that can easily measure the body fat, pulse, blood pressure, and blood sugar without having to visit hospitals.

In addition, in order to improve the convenience of people in the modern era, a measuring module is attached to a moving submodule, and a health care management system that easily measures the indexes of body fat, pulse, blood pressure and blood glucose at home, .

However, these measurement submodules, measurement sensor devices and measurement methods are merely indicators of the health of people.

In other words, when people are healthy, health figures (body fat, pulse, blood pressure, blood sugar) will be good, and if their health condition gets worse, their health figures will be worse.

Therefore, this is an afterthought that you will find out after the problem occurs.

In other words, there is a disadvantage that it does not actively help the people as it is the result of health care as rain after the health condition deteriorates.

In other words, it is necessary to provide a proactive health care system which actively helps the health movement or conversation that helps the health before the health condition deteriorates rather than the health care after the health condition deteriorates.

Proactive health care includes physical and mental health care, including fitness exercises, games, pleasant conversations, meal conversations, and singing and reckoning.

The personal healthcare system of the present invention includes a platform using a healthcare system and a submodule using submodules of various configurations, so that a conventional healthcare person (person) simply relies on a health measurement sensor or a health measuring device, It is also possible to avoid the inconvenience of having to know the state of health and manage health after death.

In recent years, since the portable health diagnostic devices have been developed and released, the health users (people) can easily measure the indexes of body fat, pulse, blood pressure, and blood sugar at home without visiting the hospital, , And the problem of neglecting the health care exercise of the proactive health care manager is also caused.

Moreover, as the internet develops and the patients communicate with doctors at home through the Internet, they are treated and prescribe, and the health consumer (person) blinds index of body fat, pulse, blood pressure, blood sugar and so on of the portable medical diagnosis device.

Therefore, their prior health management becomes more and more neglected, and there arises a problem of neglecting the health care exercise of the proactive health care provider.

Therefore, it is important to perform health management through health measurement sensors or health measurement submodules. However, health care that can effectively provide health services to the health care provider (health care provider) A system is required.

In addition, when a health consumer (a person) performs a fitness exercise as a proactive health care manager, a platform capable of informing the health kinetic energy (calorie) consumption amount of the person while analyzing the state of the health exercise state of the person, There is a need for

The personal health care system of the present invention is intended to solve such a problem as described above,

Using the sub-module, it can induce the health consumer (person) to carry out the health exercise in the dictionary, solve the loneliness of the health consumer (people), allow the health consumer (person) to eat deliciously, (People) to play, jangle, and singing to give a pleasure through the personal health care system is intended to constitute.

That is, a health consumer (person) can exercise a fitness exercise in a submodule by using a submodule connected to the platform through the main module, and connects the platform to another person (friend, family) connected to the platform Thus, loneliness can be solved by talking with other people through intermediation of sub-modules.

In addition, even when eating, the sub-module analyzes the meal and gives nutrition or talk about the diet or side dish, or makes the meal while listening to the advice of the other person through the submodule. , You can get pleasure while watching the sub-module trick.

In addition, you can listen to interesting stories from other people connected to the platform through submodules, where the gestures of the submodules can be added to make the enjoyment more like the others are in front.

Therefore, by using the characteristics of these submodules, it is intended to help the healthcare users in the proactive health care through submodules connected to the platform.

At this time, the health movement data of the health consumer is transmitted to the platform server of the platform, and the health movement data transmitted by the health consumer and the energy consumption according to the data are automatically calculated and stored in the platform server.

Also, health movement data of other health users transferred to the platform are automatically calculated and stored in the platform server by the health movement data transmitted by the health users on the platform.

The platform analyzes and integrates the health movement data of a number of health users to analyze the health movement patterns and energy consumption statistics or statistical data of health users and stores them on the platform server.

The health consumer can access the platform and search the statistics of his or her fitness data or the statistics and analysis of the fitness data of the other health users (persons), and may select his / her fitness exercise in the future.

In addition, a health manager (doctor, health trainer, etc.) can access the platform to retrieve his or her patient's health movement data statistics or other people's DATA statistics or analysis, and prescribe his or her patient's fitness exercise in the future.

Thus, the present invention aims to provide a method and system for providing healthy consumers with good healthcare exercise by using submodules connected to the platform through a network, solving loneliness of health consumers, And a healthcare system and a platform that are configured to help the user to enjoy games and conversations with the healthcare consumer.

The solution to the above problem is that the elderly and elderly people who need health care are rapidly increasing in modern times, and more and more people are paying attention to health care. Therefore, it is aimed to construct effective health care system and platform by using characteristics of submodule that can fix, move and express body expressions and characteristics of network capable platform for healthcare that they need.

Health users who need health care (submodule users) need diverse and effective health care depending on their individuality and situation. Among them, those who need a proactive fitness movement, those who want to solve loneliness, want to have a pleasant conversation People who want to play games to have fun, people who want to enjoy eating and enjoying delicious food, people who want psychological counseling for their mind, people who want to rehabilitate their grandchildren and so on. Varies.

Therefore, it is a health care for a health consumer to satisfy the demands of a health consumer, and this is a proactive health care.

In other words, for health consumers, enjoying what they want to do will not cause depression and will improve their health.

It is necessary for health consumers in health care, or what health consumers want is a proactive fitness movement that is essential for the health of the health consumer.

Elderly, elderly, and healthcare users who are interested in health care know that health workouts are essential, but it is not easy to do well every day.

Because it is a person, it is not fun to do a fitness exercise alone, it is boring and patience is necessary.

If, at this time, a health manager such as a family member, a health trainer, or a doctor is doing advice or guidance, the health consumer will be able to exercise fitness with patience.

However, when a health manager such as a family member, a health trainer, or a doctor is not busy or affordable, it becomes difficult for the health manager to advise, guide, and accompany the health worker.

In order to solve such a problem, the present invention guides or advises a health consumer through a submodule connected to the platform through a network, and the submodule shows a motion of a fitness exercise and allows the fitness consumer to follow it.

This allows the health consumer to exercise in a submodule so that he or she can enjoy the exercise without being bored.

The health movement data of the health consumer is stored and analyzed on the platform server through the platform through the sub module, and the energy (calorie) consumption according to the health movement of the health consumer is measured and stored in the platform server as DATA on the platform.

That is, a health consumer or a health manager can search energy consumption data or health movement data according to the health movement of the health consumer through the platform, and can check the health care status of the health consumer through the health movement state of the health consumer.

The health consumer can also talk to other people (friends, family, health trainer, doctors) through the platform and networked submodules.

Since ordinary calls are only heard by sound, familiarity and emotions are reduced, and video calls such as smart phones are also displayed on the monitor and sound screen, resulting in a loss of intimacy and emotion. On the other hand, if you listen to the other party's voice through the submodule and receive the submodule's hand gestures on behalf of the other party, you can feel as if you are close to the other party's friend or family.

With this close submodule, you can have a proxy conversation with a health consumer on behalf of a distant friend or family member.

Health users can also play games with other people (friends, family, health trainers, doctors) through submodules that are networked to the platform.

People enjoy the current time and play games with their opponents.

However, the people living in Hyundai are too busy to play with each other.

However, it can also be enabled via submodules that are networked to the platform, which allows the submodule and health consumer connected to the platform to play the game.

When a health consumer plays a game on a game board, the submodule plays a game on the game board on behalf of another person connected to the platform, so that the health consumer and the submodule play games as if they are playing games You can enjoy the game.

Also, a health consumer can enjoy submodules and games even if he or she does not play games with other people and submodules connected to the platform.

This can be done if artificial intelligence is built into the submodule as the artificial intelligence evolves, or if the submodule has a program that allows the game to be enjoyed, or if the submodule is networked to the platform, Health users and submodules can enjoy games.

 In addition, the health consumer can enjoy eating with other people (friends, family, health trainer, physicians) through submodules networked to the platform.

Many people want to sit down and eat with their family or friends.

However, people living in Hyundai are too busy to meet each other so it is very difficult to meet them.

However, it may be possible through submodules that are networked to the platform,

This is possible when the submodules networked to the platform and the health consumer sit facing each other.

When a health consumer eats on a plate, the submodule can tell a funny humor or story about the side dish or food on the plate and recommend a side dish.

This is like having a family member or friend sitting in front of a plate and chatting with a consumer with a meal, so that the consumer can enjoy the meal without lonely joyfully.

In addition, a health consumer can enjoy hand-shaking or companion animal tricks through submodules that are networked to the platform.

Older people are very pleased to enjoy grandchildren's grandchildren.

However, my grandchildren who are living in Hyundai go to school and go to school, so I am very busy and there is very little opportunity to make jokes in front of elderly health users.

However, by submodeling the user in front of the health consumer, the user may be able to enjoy the health.

It is also possible to have a plurality of submodules re-organized.

This can be done either through artificial intelligence embedded in the submodule, or through artificial intelligence in the program or platform, or through networked submodules in the program.

When the grandchild of the health consumer connected to the submodule and the platform grasps through the smart phone or other device, the jalong image is transmitted to the submodule in front of the health consumer through the platform, so that the submodule can perform similar jamming.

It is as if the grandchild of the consumer of the health is the same as the grandchild of the consumer of the health, so that the consumer of the health can get great satisfaction and comfort.

By using the submodules connected to the platform and network, it is possible to check the energy consumption (calorie) consumed by the health consumer (person) by the platform, and to enjoy conversation, psychological counseling, games, So that you can do proactive health care.

The present invention relates to a personal health care system that utilizes the characteristics of a submodule and a network capable platform that are free to move and operate,

This specification describes and claims the personal health care system of the present invention including various configurations and various methods of healthcare systems and platforms that can solve the above-mentioned problems.

The personal health care system of the present invention comprises

Various " aspects ", various " embodiments, " and various " examples. &Quot;

Thus, in the following description of the present invention,

Various embodiments of various inventions, sub-inventions, and various details of embodiments.

A minor invention-A of the personal healthcare system of the present invention

A healthcare system that includes at least one health consumer and one or more submodules, at least one main module, and at least one platform, and is healthcareable using submodules and main modules networked to the platform.

The submodule may be composed of two or more.

The submodule can provide the health consumer with a proactive healthcare such as a conversation, a meal conversation, a fitness exercise, a massage or a song instruction or a reward.

In addition, the sub-module may provide the health consumer with a proactive healthcare service such as a game by using a game device that is networked to the sub-module.

The game device is network-connected to a sub-module or a main module by wire or wireless.

The wireless includes Bluetooth, Zigbee, Wi-Fi.

In addition, health consumers using submodules via two or more submodules connected to the main module may provide a prior health care such as conversation, meal conversation, fitness exercise, massage, song instruction, or rejoicing.

In addition, two or more sub-modules networked to the main module and a health consumer using a sub-module through the game device may enjoy a prior health care such as a game.

The game device is network-connected to a sub-module or a main module by wire or wireless.

The wireless includes Bluetooth, Zigbee, Wi-Fi.

In addition, health consumers using submodules through two or more submodules connected to the platform may provide a proactive health care such as conversation, meal conversation, fitness exercise, massage, song instruction, and rendition.

Also, two or more sub-modules that are networked to the platform and health consumers who use sub-modules through the game device may enjoy a prior health care such as a game.

The game device is network-connected to a sub-module or a main module by wire or wireless.

The wireless includes Bluetooth, Zigbee, Wi-Fi.

Also, the submodules can be connected to the network by wire or wireless, and the wireless includes Bluetooth, Zigbee, and WiFi.

The sub-module may be an artificial intelligent speaker, an artificial intelligence TV, a robot, a toy, or a doll.

Also, the sub module may be fused with two or more artificial intelligent speakers, artificial intelligence TVs, robots, toys, dolls, and the like.

The submodule may be mobile or stationary, and may communicate with a health consumer through voice or text.

The sub-module may also be equipped with a monitor.

The main module may be one of an artificial intelligent speaker, an artificial intelligent TV, a computer, a smart phone or other Internet and networked device.

The various embodiments of the sub-inventions-A are embodiments of the sub-inventions-A-A-1, The server is installed separately in a specific area of the Internet network. Therefore, the health consumer or the health manager can use the internal functions of the platform server of the platform using the submodule through the Internet network.

The internal functions of the platform server include DATA storage and DATA search.

In Embodiment-A-2 of the sub-module, the platform of the platform using the sub-module The server connects to the health consumer's computer. Accordingly, the health consumer or the health manager can use the internal functions of the platform server of the platform using the sub module immediately when necessary.

Alternatively, the platform server of the platform using the sub-module may be connected to the computer of the health manager.

The internal functions of the platform server include DATA storage and DATA search.

In sub-module A-3 of the invention-A, the sub-module networked to the platform carries artificial intelligence and operates by artificial intelligence.

In addition, the main module is equipped with artificial intelligence and can be operated by artificial intelligence.

Sub-module network-connected to the platform in the embodiment-A-4 of the sub-invention-A mounts the program and operates by the program.

In addition, the main module can be programmed and operated by programs.

Sub-module network-connected to platform in embodiment-A-5 of sub-invention-A operates by the program of the platform.

In sub-module A-6, sub-modules networked to the platform operate by the artificial intelligence of the platform.

In embodiment-A-7 of sub-invention-A, the submodules networked to the platform are operated by other users networked to the platform.

In sub-module A-8, a sub-module networked to the platform carries artificial intelligence and works by artificial intelligence and other users networked to the platform.

In sub-module A-9 of the invention -A, the submodules connected to the platform are loaded with programs and operated by the program and other users connected to the platform by network.

The invention of the personal healthcare system of the present invention-B

For a healthcare system that includes one or more main controls, one or more input / output units, and one or more transceivers, and provides the health consumer with proactive healthcare such as conversation, meal conversation, fitness exercise, game or massage, Sub-module.

The transceiver of the submodule is connected to the main module via a wired or wireless network.

The main module is networked with the platform by wire, wireless, and the Internet.

The wireless includes Bluetooth, Zigbee, Wi-Fi.

The main module may be an artificial intelligent speaker, an artificial intelligent TV, a robot, a computer, a smart phone, or other networked devices.

The input / output unit includes a voice microphone and an audio speaker, and communicates with the health consumer through voice.

Also, the input / output unit includes a screen monitor, and can communicate with a health consumer through a screen such as a character or graphics.

The transceiver of the submodule can be connected to the game device via a network or a wired network.

The sub-module may be connected to the home security device or the home network device by wire or wirelessly.

The wireless includes Bluetooth, Zigbee, Wi-Fi.

The sub-module may be an artificial intelligent speaker, an artificial intelligent TV, a robot, a toy, or a doll.

The submodule may move the hand and arm portions of the upper body.

The submodule may be of a fixed type or a mobile type.

The submodule may be connected to another submodule by wire or wirelessly.

The wireless includes Bluetooth, Zigbee, Wi-Fi.

In the personal care system of the present invention,

And is a game device for a health care system that includes at least one game board, at least one game element, at least one main control unit, and at least one transceiver unit, and provides the health consumer with proactive health care such as games.

The main control unit controls the game board, the game device, and the transmitting / receiving unit.

The transmitting and receiving unit of the game apparatus connects to the submodule by a wired or wireless network.

The transceiver of the game apparatus may be connected to the main module via a network or a wired network.

The transceiver of the game apparatus may be connected to the platform and the Internet via a network.

The transceiver of the game device may be connected to another game device by wire or wirelessly.

The wireless includes Bluetooth, Zigbee, Wi-Fi.

The game device includes all kinds of game devices which allow a game device such as a baduk, an organ, a chess, etc. to be touched and positioned on a game board.

The grid plate of the game board senses the touch of the game device.

The type of the game device mounts the sensor so that the game board can detect the game.

The sensor includes a magnetic sensor, an IC sensor, an image sensor, an infrared sensor, a color sensor, and other sensors that can be classified and detected on a game board.

As an example, Baduk can be divided into two categories, black and white.

In addition, more or more classification sensors may be needed because organs or chess have many game devices.

The game board is controlled by artificial intelligence such as a submodule, a main module or a platform.

The game board may be controlled by program control of a submodule, a main module or a platform.

A minor invention-D of the personal healthcare system of the present invention

This is a method of using a healthcare system that provides convenience to a health consumer using a submodule to perform a fitness exercise.

The method includes a sub module calling step in which a health consumer calls a sub module,

Wherein the submodule selects a fitness exercise type according to a health condition of a health consumer,

The submodule recommends the health consumer to the fitness user,

The sub-module is a demonstration phase of the fitness exercise demonstrating the fitness exercise to the health consumer,

The fitness user proceeds the fitness exercise according to the demonstration of the fitness exercise of the sub module,

An image sensing step in which the sub-module senses a health movement image of the health consumer,

An image analysis step in which the sub-module analyzes the health movement image of the health consumer,

A data transmission step in which the sub module transmits the health movement data of the health consumer to the platform through the main module,

A data storage step of storing the health movement data of the health consumer in the platform server of the platform,

And a DATA statistical processing step of statistically processing DATA on the platform.

A small invention-E of the personal healthcare system of the present invention

This is a method of using a healthcare system that provides convenience to a health consumer by using a sub-module to communicate with other health-conscious consumers connected to the main module.

The method includes a submodule in which a health consumer calls a submodule, a calling step,

A call instruction step in which the health consumer orders the sub module to call another health consumer,

The other health consumer submodule calling step in which the submodule calls a submodule of another health consumer connected to the main module,

A sub-module of another health consumer may call another health consumer,

A different health consumer response stage in which the other health consumer responds via his or her sub-module,

A network connection step in which the sub-module of the health consumer and the sub-module of the other health consumer communicate with each other via the main module,

And a dialogue progress step in which the health consumer and the other health consumer communicate with each other through the respective submodules through the main module.

The invention-F of the personal care system of the present invention

This is a method of using a healthcare system that provides convenience to a health consumer by using submodules to communicate with other healthcare users connected to the platform.

The method includes a sub module calling step in which a health consumer calls a sub module,

A call instruction step for instructing the health consumer to submodule another health consumer connected to the platform,

A submodule calling step in which the submodule calls a submodule of another health consumer connected to the platform,

A sub-module of another health consumer may call another health consumer,

Another health consumer responding step in which the other health consumer responds via the sub-module,

A network connection step in which a sub-module of a health consumer and a sub-module of another health consumer communicate with each other through a network,

And a dialogue progress step in which the health consumer and the other health consumer through the platform communicate with each other through the respective sub-modules.

The invention G of the personal health care system of the present invention

This is a method of using a healthcare system that provides convenience to the consumer of a meal to talk with a submodule.

The method includes a meal preparing step in which a health consumer prepares a meal,

 A sub module calling step in which a health consumer calls a sub module,

A meal conversation instruction step in which the health consumer orders the submodule to have a meal conversation,

The sub-module is connected to the platform and acquires the meal information information for acquiring the meal information (meal habit, favorite food, meal time, etc.) of the health consumer,

The start of the meal when the consumer starts eating

An image sensing step in which the sub module senses an image of a meal side dish,

An image analysis step in which the sub module analyzes the image of the meal side dish,

The sub-module transmits image analysis data to the platform,

The sub-module collects information on the side dishes on the platform,

The sub-module provides the information about the meal side dish of the health consumer, and the meal conversation stage in which the meal consumer interacts with the consumer on the eating habit or the meal time.

The invention of the personal healthcare system of the present invention-H

This is a method of using a healthcare system that provides convenience to a health consumer using a sub-module to communicate with other health-conscious consumers connected to the main module.

The method includes a meal preparing step in which a health consumer prepares a meal,

A sub module calling step in which a health consumer calls a sub module,

A call instruction step in which the health consumer orders the sub module to call another health consumer,

The other health consumer submodule calling step in which the submodule is networked to the main module and calling the submodule of another health consumer,

A sub-module of another health consumer may call another health consumer,

A different health consumer response stage in which the other health consumer responds via his or her sub-module,

A network connection step in which the sub-module of the health consumer and the sub-module of the other health consumer communicate with each other via the main module,

The stage of the meals for the consumer

An image sensing step in which the sub module senses an image of a meal side dish,

An image transmission step in which the submodule transmits the meal side dish image sensation data to the submodule of the other health consumer,

A step of acquiring meal side dish information by which the other health consumer obtains the side dish information of the health consumer through the image display unit of the sub module,

The other health consumer includes information on the side dish of the health consumer and the health consumer through the sub module of the health consumer, and a meal conversation stage in which the meal consumer carries out a meal conversation with the consumer on the eating habit or the meal time.

Invention I of the personal healthcare system of the present invention

This is a method of using a healthcare system that provides a convenience for a health consumer to use a sub-module to communicate with other health-conscious consumers connected to the platform.

The method includes a meal preparing step in which a health consumer prepares a meal,

A sub module calling step in which a health consumer calls a sub module,

A call instruction step for instructing the health consumer to submodule another health consumer connected to the platform,

The other health consumer submodule calling step in which the submodule is networked to the platform and calls a submodule of another health consumer,

A sub-module of another health consumer may call another health consumer,

A different health consumer response stage in which the other health consumer responds via his or her sub-module,

A network connection step in which a sub-module of a health consumer and a sub-module of another health consumer communicate with each other through a network,

The stage of the meals for the consumer

An image sensing step in which the sub module senses an image of a meal side dish,

An image transmission step in which the submodule transmits the meal side dish image sensation data to the submodule of the other health consumer,

A step of acquiring meal side dish information, in which the other health consumer acquires the meal side dish information of the health consumer through the monitor of the sub module,

The other health consumer includes information on the side dish of the health consumer and the health consumer through the sub module thereof, and a meal conversation stage in which the patient meets the meal habit or the meal time of the health consumer.

The invention of the personal healthcare system of the present invention-J

This is a method of using a healthcare system that provides convenience to subscribers and game users.

The method includes a game preparation step in which a health consumer prepares a game,

 A sub module calling step in which a health consumer calls a sub module,

A game progress command step in which the health consumer requests the sub module to play the game,

A game information acquiring step of acquiring game information (game habits, favorite game, game time, etc.) of the health consumer through a network connection of the sub-module to the platform,

Steps to start a game when a health consumer starts a game

An image sensing step in which the submodule senses a game image,

An image analysis step in which the sub-module analyzes the game image,

An image analysis transmission step in which the submodule transmits the image analysis data of the game to the platform,

A game information collection step in which the sub-module collects information about the game on the platform,

And a game progress stage in which a submodule plays a game with a health consumer.

Invention Inventor K of the personal health care system of the present invention

This is a method of using a healthcare system that provides convenience to a health consumer using a sub-module to play games with other health-conscious consumers connected to the main module.

The method includes a game preparation step in which a health consumer prepares a game,

A sub module calling step in which a health consumer calls a sub module,

A call instruction step in which the health consumer orders the sub module to call another health consumer,

The other health consumer submodule calling step in which the submodule is networked to the main module and calling the submodule of another health consumer,

A sub-module of another health consumer may call another health consumer,

A different health consumer response stage in which the other health consumer responds via his or her sub-module,

A network connection step in which the sub-module of the health consumer and the sub-module of the other health consumer communicate with each other via the main module,

A game start stage in which a health consumer starts a game,

An image sensing step in which the submodule senses a game image,

An image transmission step in which the submodule transmits the image sensation data of the game to the submodule of the other health consumer,

A game information acquiring step of acquiring game information of the health consumer through the image display unit of the sub-module of the other health consumer,

And a game progress stage in which another health consumer performs his or her game with the health consumer through the sub-module of the health consumer and the sub-module of the health consumer.

The invention-L of the personal health care system of the present invention

This is a method of using a healthcare system that provides convenience to the consumer of a health game by using a submodule with other health-conscious consumers connected to the platform.

The method includes a game preparation step in which a health consumer prepares a game,

A sub module calling step in which a health consumer calls a sub module,

A call instruction step for instructing the health consumer to submodule another health consumer connected to the platform,

The other health consumer submodule call step in which the submodule calls a submodule of another health consumer connected to the platform,

A sub-module of another health consumer may call another health consumer,

A different health consumer response stage in which the other health consumer responds via his or her sub-module,

A network connection step in which a sub-module of a health consumer and a sub-module of another health consumer communicate with each other through a network,

A game progress stage in which a health consumer can play a game,

An image sensing step in which the submodule senses a game image,

An image transmission step in which the submodule transmits the image sensation data of the game to the submodule of the other health consumer,

A game information acquisition step of acquiring game information of the health consumer through the monitor of the sub-module of the other health consumer,

And a game progress stage in which another health consumer performs his or her game with the health consumer through the sub-module of the health consumer and the sub-module of the health consumer.

The invention of the personal healthcare system of the present invention-M

It is a method of using a healthcare system that provides convenience for the health consumer to view the sub-module jargon.

The method includes a sub module calling step in which a health consumer calls a sub module,

A re-execution progress instruction step in which the health consumer requests the sub-module to re-

The sub module acquires the reallocation information of the health consumer (favorite reward, reordering time, reordering information of the family, etc.)

And a re-execution progress step in which the sub-module performs re-execution to the health consumer.

Invention invention -N of the personal health care system of the present invention

And a healthcare system using the sub-module to provide a convenience for the health consumer to view the re-use of other health-conscious consumers connected to the main module.

The method includes a sub module calling step in which a health consumer calls a sub module,

A call instruction step in which the health consumer orders the sub module to call another health consumer,

The other health consumer submodule calling step in which the submodule is networked to the main module and calling the submodule of another health consumer,

A sub-module of another health consumer may call another health consumer,

A different health consumer response stage in which the other health consumer responds via his or her sub-module,

A network connection step in which the sub-module of the health consumer and the sub-module of the other health consumer communicate with each other via the main module,

In the beginning stage of rehabilitation that other health users begin to rejoice,

An image sensing step in which a submodule of another health consumer performs image sensing of the rejuvenation of another health consumer,

An image analysis step in which a submodule of another health consumer performs an image analysis of the rejuvenation of another health consumer,

An image transmission step in which a submodule of another health consumer transmits an image analysis data of the rehabilitation of another health consumer to a health consumer's submodule,

And the sub-module of the health consumer includes a re-enactment step in which the user of the health care provider performs re-enactment according to the re-analysis image of the other health consumer.

The invention of the personal health care system of the present invention-O

It is a method of using a healthcare system that provides a convenience for the health consumer to utilize the submodule to see the jarring of other health users connected to the platform.

The method includes a sub module calling step in which a health consumer calls a sub module,

A call instruction step in which the health consumer orders the sub module to call another health consumer,

The other health consumer submodule calling step in which the submodule is networked to the platform and calls a submodule of another health consumer,

A sub-module of another health consumer may call another health consumer,

A different health consumer response stage in which the other health consumer responds via his or her sub-module,

A network connection step in which a sub-module of a health consumer and a sub-module of another health consumer communicate with each other through a network,

In the beginning stage of rehabilitation that other health users begin to rejoice,

An image sensing step in which a submodule of another health consumer performs image sensing of the rejuvenation of another health consumer,

An image analysis step in which a submodule of another health consumer performs an image analysis of the rejuvenation of another health consumer,

An image transmission step in which a submodule of another health consumer transmits an image analysis data of the rehabilitation of another health consumer to a health consumer's submodule,

And the sub-module of the health consumer includes a re-enactment step in which the user of the health care provider performs re-enactment according to the re-analysis image of the other health consumer.

For reference, examples of the health care system include

Korean Patent No. 10-0543670,

Korean Patent No. 10-0935879,

Korean Patent No. 10-1278552,

And the like.

As used herein, the term " composed "

When used in the claims, the term means that the claim uses a closed transition. When used in the description of the invention herein, the term " comprises " or " made up "

According to the present invention as described above, various effects can be obtained as follows. However, effects obtained through the present invention are not limited thereto.

First, according to the present invention, a health consumer can store his / her fitness motion data on a platform server through a platform.

Secondly, according to the present invention, a health consumer can search for his or her own fitness movement data from a platform at any time, and can greatly contribute to improving his / her health by comparing and analyzing statistical health movement data of other persons.

Third, according to the present invention, the health manager (physician, health trainer, family) can search the platform for health movement data of his or her patient (health consumer) and compare and analyze the health movement data with others, Based on the data, it is possible to make an effective exercise exercise prescription for the patient (the health consumer).

Fourth, according to the present invention, a health consumer can enjoy pleasant conversation or useful advice with other people (friend, family, health manager, doctor) through a platform and a network-connected submodule, It can be a great help in living a pleasant life.

Fifth, according to the present invention, a health consumer can enjoy a meal while talking to another person (friend, family, health manager, doctor) through a submodule connected to a platform and a network at the time of a meal, .

Sixth, according to the present invention, a health consumer can know his / her energy (calorie) consumption amount with his / her own health exercise data.

Seventh, the fitness exercise and the game using the submodule are established according to the present invention, so that the supplier promotes the research and development of the fitness exercise and the game using various submodules beneficial to the people.

Eighth, the health consumer receives the health exercise prescription more effectively from the health manager because of the health exercise data, thus contributing to health promotion.

The effects obtainable in the present invention are not limited to the above-mentioned effects. Further, other effects not mentioned may be clearly understood by those skilled in the art to which the present invention belongs.

≪ RTI ID = 0.0 > 1A < / RTI >
1 is a schematic view of a healthcare system of the first sub-
FIG. 1B is a schematic view of a first embodiment of the first sub-
1C is a schematic view of a second embodiment of the first sub-
FIG. 2A is a block diagram of a personal healthcare system of the present invention.
The second subcommittee is a schematic diagram of the submodule,
FIG. 3A is a block diagram of the personal healthcare system of the present invention.
3 is a schematic view of a game device of a third inventor,
FIG. 4A is a block diagram of the personal healthcare system of the present invention.
Figure 4 is a schematic diagram of a fourth inventive game-related healthcare system,
FIG. 4B is a schematic view of a first embodiment of the fourth sub-
4C is a schematic view of a second embodiment of the fourth sub-aspect of the invention.

The personal health care system of the present invention includes not only the personal health care system but also the health care system constituting the personal health care system, the sub-module 300 for the platform and the health care system, and the game apparatus 500 ), Various embodiments for each of the sub-inventions, and various details for each of the embodiments.

The personal health care system of the present invention includes all of the personal health care systems, various sub-modules 300, the health care system and platform, various game devices 500, the above-mentioned and the following, All of the personal health care systems and various sub-modules 300 and healthcare systems and platforms 100 that can be configured or applied in various ways, as well as those skilled in the relevant art, The present invention includes various configurations, various manufacturing methods, and various application methods that can be easily obtained by modifying the invention, embodiments, and examples.

The first sub-invention (i.e., sub-invention-1) of the personal healthcare system of the present invention is a healthcare system that uses sub-module 300 to allow sub-module 300 to act as a friend or family member, To help the physical health and mental health care of the health consumer.

FIG. 1A is a schematic view of a health care system according to a first embodiment of the present invention (that is, a subvention invention-1). FIG.

1A, the healthcare system includes at least one health consumer 400, one or more sub-modules 300, one or more main modules 200, one or more platforms 100 and one or more platform servers 101 do.

The sub-module 300 is network-connected to the main module 200 through one of wire or wireless.

In addition, the sub-module 300 may be connected to another sub-module 300-1 through one of wire or wireless.

The sub-module 300 may be connected to the platform 100 via the Internet.

The main module 200 is connected to the platform 100 via the Internet.

In addition, the main module 200 may be connected to another home network device through one of a wired or wireless network.

Also, the main module 200 may be connected to another home security device through one of wired and wireless networks.

Also, the sub-module 300 may be connected to another home network device through one of a wired or wireless network.

In addition, the sub-module 300 may be connected to another home security device through one of a wired or wireless network.

The main module 200 may be an artificial intelligent speaker, an artificial intelligent TV, a computer, a robot, or other Internet and other networked devices.

Also, the main module 200 may be fixed or mobile.

The sub-module 300 may be an artificial intelligent speaker, an artificial intelligent TV, a computer, a robot, a toy, or a doll.

In addition, the sub-module 300 may be fixed or mobile.

The sub-module 300 may include an image sensor.

The sub-module 300 may include a monitor screen.

The submodule 300 may be connected to the platform 100 through the main module 200 to exercise the health consumer 400.

The artificial intelligence or the program installed in the sub module 300 or the main module 200 or the artificial intelligence or the program configured in the platform 100 can be used by the health consumer 400 Demonstrate a fitness exercise demonstration.

When the health consumer 400 performs a fitness exercise along the sub-module 400 according to the demonstration of the fitness exercise of the sub-module 300, the image sensing unit of the sub- And transmits the health movement data to the platform 100. The platform 100 calculates the energy consumption (calorie consumption) for the health movement of the health consumer 400, Analyzes the fitness movement data, and stores it in the platform server 101.

The health consumer 400 may search the platform 100 for energy consumption or health movement data for his / her own health.

In addition, the health consumer 400 may exercise the other health consumer 400-1 through another sub module 300-1 connected to the main module 200 through the network.

When the health consumer 400 performs the fitness exercise demonstration, the image sensor of the sub module 300 near the health consumer 400 photographs the fitness movement, 300-1. When the other sub module 300-1 reproduces the fitness movement, the other health consumer 400-1 can perform the fitness exercise.

Or submodule 300. When the health consumer 400 selects a desired fitness movement in the submodule 300, the submodule 300 reproduces the fitness movement, And the fitness consumer 400 can follow the fitness exercise.

Alternatively, the health consumer 400 may control the sub-module 300-1 of the other health consumer 400-1 to exercise the other health consumer 400-1.

The health consumer 400 may interact with the sub-module 300. [

The submodule 300 or the main module 200 may carry artificial intelligence or a program or may connect an artificial intelligence or a program of a network 100 connected to the submodule 300, 400, and may make a conversation suitable for the health consumer 400. [

The conversation may be psychotherapy for the health consumer 400. [

That is, the health consumer 400 does not lonely talk and plays the role of receiving complaints of the health consumer 400.

The health consumer 400 may also communicate with another health consumer 400-1 of another sub module 300-1 connected to the main module 200 through the sub module 300. [

The submodule 300 is connected to the main module 200 through the main module 200 and the other submodule 300 is connected to the main module 200 through the main module 200. [ The sub module 300-1 is called and connected, and the other sub module 300-1 connects the other health consumer 400-1.

Therefore, the health consumer 400 can communicate with the other health consumer 400-1 through the sub module 300, the main module 200 and the other sub module 300-1.

The health consumer 400 may also have a meal conversation with the sub-module 300.

The submodule 300 recognizes the kind of food through the image sensor or the type of the food through the conversation with the health consumer 400 and stores the food information such as nutrition or calorie for the food by the artificial intelligence or program, (400) so that the meal of the health consumer (400) can provide more useful and delicious help.

The artificial intelligence or program may be configured in the sub-module 300, the main module 200, and the platform 100.

The health consumer 400 may also have a meal conversation with another health consumer 400-1 through his or her sub module 300 and another sub module 300-1 connected to the main module 200 through a network.

The sub-module 300 may provide jurisdiction to the health consumer 400.

The submodule 300 may group two or more patients to the health consumer 400.

The health consumer 400 may provide rewards to the other health consumer 400-1 through his or her sub module 300 and another sub module 300-1 connected to the main module 200 through the network.

This is possible by controlling another sub module 300-1 connected to the main module 200 through the sub module 300 itself.

The sub-module 300 may provide massage to the health consumer 400.

The submodule 300 may provide massage to the health consumer 400 more than two times.

The health consumer 400 may provide massage to the other health consumer 400-1 through the sub module 300 and another sub module 300-1 connected to the main module 200 via the network.

This is possible by controlling another submodule 300-1 connected to the main module 200 through its own submodule 300 as if the grandmother or the son were to massage his or her grandfather or grandmother or mother The same.

The sub-module 300 may provide the singing command to the health consumer 400.

The submodule 300 may provide the singing command to the health consumer 400 in more than one fashion.

The health consumer 400 may provide a song command to the other health consumer 400-1 through his or her sub module 300 and another sub module 300-1 connected to the main module 200 via the network.

This is possible by controlling another submodule 300-1 connected to the main module 200 through its own submodule 300 as if the grandmother or the son were to massage his or her grandfather or grandmother or mother The same.

In other words, it is possible to form consensus through singing while being separated from each other's room.

For the personal health care system of the present invention,

The health care system of FIG. 1A, which is the first invention (i.e., the invention-1), can be implemented through various embodiments,

Fig. 1B is a schematic view of the first embodiment of the invention-1 (i.e., Example 1-1).

1B, the healthcare system includes at least one health consumer 400, two or more sub-modules 300, one or more main modules 200, one or more platforms 100, and one or more platform servers 101 .

The health consumer 400 can receive prior health care such as conversation, meal conversation, massage, song instruction, or rejoicing using two or more sub-modules 300 connected to the platform 100.

The sub-module 300 may be disposed at various places such as the head, arm, or foot of the health consumer 400 so that the health consumer 400 can easily receive the assistance of the sub-module 300.

That is, the sub-module 300 located near the head of the health consumer 400 may smoothly listen to music that the health consumer 400 likes, or sleep music that is good for sleeping when sleeping.

The sub-module 300-3 in the vicinity of the foot may provide massage of the soles of the feet, if necessary.

Also, the sub-modules 300-1, 300-2 near the arms may provide massage of the arms when needed.

The control of the sub modules 300, 300-1, 300-2, and 300-3 may be performed by artificial intelligence or program control. The artificial intelligence or program may be controlled by the sub modules 300, 300-1, 300-2, 300-3, (100).

FIG. 1C is a schematic view of a second embodiment of the first sub-invention (that is, sub-invention-1) (that is, an embodiment -1-2).

1C, the healthcare system includes one or more health consumers 400, one or more sub-modules 300, one or more main modules 200, one or more platforms 100, and one or more platform servers 101 .

The main modules 200 and 200-1 may be an artificial intelligent speaker, an artificial intelligent TV, a computer, a robot, or other devices connected to the Internet.

Also, the main modules 200 and 200-1 may be fixed or mobile.

The sub modules 300, 300-1, 300-2, 300-3, 300-4, and 500-5 may be artificial intelligent speakers, artificial intelligence TVs, computers, robots, toys, or dolls.

In addition, the sub modules 300, 300-1, 300-2, 300-3, 300-4, and 500 may be fixed or mobile.

The sub modules 300, 300-1, 300-2, 300-3, 300-4, and 500 may include an image sensor.

The sub modules 300, 300-1, 300-2, 300-3, 300-4, and 500 may include a monitor screen.

The sub-modules 300, 300-1, 300-2, 300-3, 300-4, and 500 may move their hands and arms.

The submodule 300 may be connected to the platform 100 through the main module 200 to exercise the health consumer 400.

A health exercise demonstration is displayed by the health consumer 400 near the health consumer 400 by artificial intelligence or a program installed in the sub module 300 or by an artificial intelligence or a program configured in the platform 100 .

When the health consumer 400 performs the fitness movement along the sub-module 300 according to the demonstration of the fitness exercise of the sub-module 300, the image sensing unit of the sub- The platform 100 senses the energy (calorie) for the fitness movement of the health consumer 400, and transmits the health movement data to the platform 100. [ Calculates the amount of consumption, analyzes the fitness movement data, and stores it in the platform server (101).

The health consumer 400 may search the platform 100 for energy consumption or health movement data for his / her own health.

The health consumer 400 may also exercise another health consumer 400-1 through another sub-module 300-1 connected to the platform 100. [

When the health consumer 400 performs the fitness exercise demonstration, the image sensor of the sub module 300 near the health consumer 400 photographs the fitness movement and displays the health image on the main module 200, the platform 100, Module 300-1 through the main module 200-1 and when the other sub module 300-1 reproduces the fitness movement, the other health consumer 400-1 performs the fitness exercise can do.

Alternatively, when the health consumer 400 selects a fitness movement desired by the health consumer 400 in the sub-module 300, the sub-module 300 performs the fitness exercise And the fitness consumer 400 can follow the fitness exercise.

Alternatively, the health consumer 400 may control the sub-module 300-1 of the other health consumer 400-1 to exercise the other health consumer 400-1.

The health consumer 400 may interact with the sub-module 300. [

The submodule 300 may be connected to the artificial intelligence or program or may be connected to the artificial intelligence or program of the main module 200 or platform 100 connected to the submodule 300, 400, and may make a conversation suitable for the health consumer 400. [

The conversation may be psychotherapy for the health consumer 400. [

That is, the health consumer 400 does not lonely talk and plays the role of receiving complaints of the health consumer 400.

The health consumer 400 may also communicate with another health consumer 400-1 of another sub module 300-1 connected to the platform 100 through the sub module 300. [

The submodule 300 can be connected to other platforms connected to the platform 100 through the main module 200 when the normal health consumer 400 commands the submodule 300 to call another health consumer 400-1 Module 300-1, and the other sub module 300-1 connects the other health consumer 400-1.

Therefore, the health consumer 400 can communicate with the other health consumer 400-1 through the sub module 300, the main module 200 and the other sub module 300-1.

The health consumer 400 may also have a meal conversation with the sub-module 300.

The submodule 300 recognizes the type of food through the image sensor or through a dialog with the health consumer 400 and stores food information such as nutrition and calorie by the artificial intelligence or program into the health To the consumer (400) so that the meal of the health consumer (400) can provide more beneficial and delicious help.

Alternatively, the artificial intelligence or program may be configured in the sub module 300, the main module 200, and the platform 100.

The health consumer 400 may also have a meal conversation with the other health consumer 400-1 through his / her sub module 300 and another sub module 300-1 connected to the platform 100 via the network.

The submodule 300 may provide jurisdiction to the health consumer 400. [

The submodule 300 may group two or more patients to the health consumer 400.

The health consumer 400 may provide rewards to the other health consumer 400-1 through his or her sub module 300 and another sub module 300-1 networked to the platform 100. [

This is possible by controlling another submodule 300-1 connected to the platform 100 via the submodule 300 itself.

The sub-module 300 can provide massage to the health consumer 400. [

The submodule 300 may provide massage to the health consumer 400 in more than one fashion.

The health consumer 400 may provide massage to the other health consumer 400-1 through the sub module 300 and the other sub module 300-1 connected to the platform 100. [

This is possible by controlling another submodule 300-1 connected to the platform 100 through its own submodule 300 as if the grandchild or son were to massage his or her grandfather or father or mother same.

The sub-module 300 may provide the singing command to the health consumer 400.

The submodule 300 may provide the singing command to the health consumer 400 in more than one fashion.

The health consumer 400 may provide a song command to the other health consumer 400-1 through his or her sub module 300 and other sub module 300-1 connected to the platform 100. [

This is possible by controlling another submodule 300-1 connected to the platform 100 through its own submodule 300 as if the grandchild or son were to massage his or her grandfather or father or mother same.

In other words, they can form a consensus through singing while staying away from each other.

It is also possible, wholly or in part, to be compatible with and in combination with the personal care care system or the health care system of the various embodiments of the different personal care inventions of this invention-1 or of the various variations or improvements thereof .

The sub-module 300 for the healthcare system of the personal health care system of the present invention includes a main controller 302 and a transmitter / (303) and an input / output unit (301).

The sub-module 300 is network-connected to the main module 200 by wire or wireless.

The sub-module 300 may be connected to the other sub-module 300-1 by wire or wirelessly.

The sub-module 300 may be connected to the game device 500 through a network or a wired network.

The sub-module 300 may be networked with the platform 100 via the Internet.

2A is a schematic view of a first embodiment of the second invention (i.e., the second invention-2) of the present invention (i.e., Example-2-1).

As shown in FIG. 2A, the sub-module 300 includes a main control unit 302, a transceiver unit 303, and an input / output unit 301.

The transceiver 303 is network-connected to the main module 200 by wire or wireless.

The transceiver 303 may be connected to the other sub module 300-1 by wire or wirelessly.

The transceiver 303 may be connected to the game device 500 through a network or a wired network.

The transceiver 303 may be connected to the platform 100 via the Internet.

The main control unit 302 controls the input / output unit 301 and the transmission / reception unit 303.

The input / output unit 301 may constitute an audio microphone or an audio speaker and communicate with the health consumer 400 by voice.

Also, the input / output unit 301 may constitute a monitor screen and may communicate with the health consumer 400 through text or graphics.

The sub-module 300 may be configured to be movable.

The sub-module 300 may be configured to allow movement of hands and arms.

The sub-module 300 may be an artificial intelligent speaker, an artificial intelligent TV, a robot, a computer, a toy, a doll, or the like.

The sub-module 300 may be connected to another home network via a network or a wired network.

The sub-module 300 may be connected to another home security device via a network or wired connection.

A third invention of the personal healthcare system of the present invention is a game device 500 for a healthcare system that uses the game device 500 to play a game of the health consumer 400 Leisure life, and the like can be provided to help the health consumer 400 and the health care of the health consumer 400.

FIG. 3A is a schematic view of a game device 500 according to a third invention of the present invention (that is, a third invention).

As shown in FIG. 3A, the game apparatus 500 includes one or more game boards 510, one or more main controllers 502, one or more transceivers 503, and one or more game devices 520.

The transmission / reception unit 503 of the game device 500 is connected to the sub module 300 through a network or a wired network.

The transmission / reception unit 503 of the game device 500 may be connected to the platform 100 via the Internet.

The transmitting / receiving unit 503 of the game device 500 may be connected to the main module 200 through a network or a wired network.

In addition, the transmitting / receiving unit 503 of the game device 500 may be connected to the other game device 500-1 by wire or wirelessly.

The game device 520 constitutes a sensor for sensing the touch position on the game board 510.

The game device 520 constitutes a sensor to be distinguishable by function.

The sensor may be one of a magnetic sensor, an IC sensor, an infrared sensor, and a color sensor.

When the game device 520 is touched on the game board 510, the position of the game board 510 of the game device 520 is transmitted to the main controller 502.

The game board 510 constitutes a display device for recognizing the position of the game device 520 on the game board 510.

The display device allows the health consumer 400 to know the position on the game board 510 of the game device 520 that the other health consumer 400-1 desires to put, So that the opponent game device 520 can be placed on behalf of the consumer 400-1.

The display device includes an LED, an LCD, a bulb, a laser, and other light emitting devices.

The fourth invention of the personal health care system of the present invention is a game related healthcare system which enables the health consumer 400 to enjoy the game by using the game device 500, The consumer 400 enjoys leisure time and can help the health consumer 400 in mental health and health care.

FIG. 4A is a schematic view of a game-related health care system according to a fourth invention of the present invention (that is, a fourth invention). FIG.

4a, the healthcare system includes at least one health consumer 400, one or more game devices 500, one or more sub-modules 300, one or more main modules 200, one or more platforms 100, And the platform server 101 described above.

The game device 500 is network-connected to the sub-module 300 by wire or wireless.

Also, the game device 500 may be connected to the main module 200 through a wired or wireless network.

The health consumer 400 can enjoy the game with the submodule 300 by the game device 500. [

The game device 500 controls the game by artificial intelligence or program control.

The artificial intelligence or program may be configured in the game board 510 or the submodule 300, the main module 200, or the platform 100.

The game device 520 constitutes a sensor for recognizing the touch position on the game board 510.

The sensor may be one of a magnetic sensor, an IC sensor, an infrared sensor, a color sensor, and the like.

The game board 510 constitutes a display device capable of knowing the position of the game device 520 on the game board 510.

The display device allows the health consumer 400 to know the position on the game board 510 of the game device 520 that the other health consumer 400-1 desires to put, So that the opponent game device 520 can be placed on behalf of the consumer 400-1.

The display device includes an LED, an LCD, a bulb, a laser, and other light emitting devices.

Fig. 4B is a schematic view of the first embodiment of the invention (i.e., Embodiment -4-1).

4b, the healthcare system includes two or more health consumers 400 and 400-1, two or more game devices 500 and 501, one or more sub-modules 300, one or more main modules 200 and one or more platforms 100, And one or more platform servers (101).

The game device 500 is network-connected to the sub-module 300 by wire or wireless.

Also, the game device 500 may be connected to the main module 200 through a wired or wireless network.

Also, the game device 500 may be connected to another game device 501 through a wired or wireless network.

The game device 500 may be connected to the platform 100 via the Internet.

The health consumer 400 can enjoy the game with the other health consumer 400-1 of another game device 501 connected to the main module 200 by the game device 500. [

The game device 500 controls the game with artificial intelligence or program control.

The artificial intelligence or program may be configured in the game device 500 or the submodule 300, the main module 200, or the platform 100.

The game device 500 constitutes a sensor for recognizing the touch position on the game board 510.

The game board 510 constitutes a sensor for recognizing the touch position of the game device 520.

The sensor may be one of a magnetic sensor, an IC sensor, an infrared sensor, a color sensor, a touch sensor, and a pressure sensor.

The game board 510 constitutes a display device for recognizing the touch position of the game device 520 on the game board 510.

The display device allows the health consumer 400 to know the position on the game board 510 of the game device 520 to which the other health consumer 501 wants to put, 400-1 so that the opponent game device 520 can be placed thereon.

The display device includes an LED, an LCD, a bulb, a laser, and other light emitting devices.

4C is a schematic view of the first embodiment of the sub-aspect of the invention (i.e., the embodiment-4-2).

4C, the healthcare system includes at least two health consumers 400 and 400-1, two or more game devices 500 and 501, two or more sub-modules 300 and 300-1, two or more main modules 200 and 200-1, Includes a platform 100 and one or more platform servers 101.

The game device 500 includes a game device 520 and a game board 510.

The game device 500 is network-connected to the sub-module 300 by wire or wireless.

Also, the game device 500 may be connected to the main module 200 through a wired or wireless network.

The game device 500 may be connected to another game device 501 via the Internet.

The game device 500 may be connected to the platform 100 through the Internet.

The health consumer 400 can enjoy the game with the other health consumer 400-1 of another game device 501 connected to the platform 100 by the game device 500. [

The game device 500 controls the game with artificial intelligence or program control.

The artificial intelligence or program may be configured in the game device 500 or the submodule 300, the main module 200, or the platform 100.

The game device 520 constitutes a sensor for recognizing the touch position on the game board 510.

The game board 510 constitutes a sensor for recognizing the touch position of the game device 520.

The sensor may be one of a magnetic sensor, an IC sensor, an infrared sensor, a color sensor, a touch sensor, and a pressure sensor.

The game board 510 constitutes a display device for recognizing the touch position of the game device 520 on the game board 510.

The display device allows the health consumer 400 to know the position on the game board 510 of the game device 520 to which the other health consumer 501 wants to put, 400-1 so that the opponent game device 520 can be placed thereon.

The display device includes an LED, an LCD, a bulb, a laser, and other light emitting devices.

It is also possible, wholly or in part, to be compatible and combined with various embodiments of the different personal inventions of the personal care system or device of this invention-4 and their various variations or improvements in personal healthcare systems or gaming devices.

100 platform
101 platform server
200 main module
200-1 main module
300 submodules
300-1 Sub-module
300-2 submodule
300-3 submodule
300-4 submodule
300-5 submodule
301 Input / output unit
302 main control unit
303 Transmission /
400 Health Consumer
400-1 Health Consumer
500 game device
501 game device
510 game board
510-1 game board
520 game device
520-1 game device
520-2 game device
521 game device
521-1 game device
521-2 game device
502 main control unit
503 Transmission /

Claims (38)

A personal healthcare system comprising one or more sub-modules, one or more main modules, one or more platforms and one or more platform servers,
The sub-module includes a main control unit, a transmission / reception unit, and an input / output unit,
Wherein the sub-module is connected to the main module through one of wired and wireless networks,
Wherein the main module is connected to the submodule via one of a wired or wireless network,
Wherein the main module is connected to the platform via the Internet,
Wherein the platform server is connected to the platform either by wire or wireless,
The submodule is used to enable the health consumer to perform healthcare together with the health consumer either alone or with other health consumers, and to transmit the health movement data to the platform server To be stored in the personal healthcare system. The personal healthcare system according to claim 1, wherein the submodule is one of an artificial intelligent speaker, an artificial intelligent TV, a computer, a toy, or a doll. The personal health care system according to claim 1, wherein the main module comprises one of an artificial intelligent speaker, an artificial intelligent TV, a computer, or an apparatus connected to the Internet. The personal health care system according to claim 1, wherein the sub-module is configured to be connected to a game device via a network in either a wired or wireless manner. The personal healthcare system according to claim 1, wherein the sub-module is configured to be network-connected to another sub-module via one of wired and wireless. The personal health care system according to claim 1, wherein the sub-module is configured to be network-connected to a platform and the Internet. The personal health care system according to claim 1, wherein the sub-module is configured to be connected to another home network device via a network either in a wired or wireless manner. The personal health care system according to claim 1, wherein the sub-module is configured to be connected to another home security device through a network or a wired network. The personal health care system according to claim 1, wherein the main module is configured to be connected to another home network device through one of a wired or wireless network. The personal health care system according to claim 1, wherein the main module is configured to be connected to another home security device through a network or a wired network. A sub-module for a healthcare system comprising at least one main controller, at least one transceiver, and at least one input /
The main control unit controls the input / output unit and the transmission / reception unit,
Wherein the transceiver unit is connected to the main module through one of a wired or wireless network,
Wherein the input / output unit comprises a voice microphone and an audio speaker, and communicates with a health consumer by voice to assist a healthcare user in a healthcare system. The submodule for a healthcare system according to claim 11, wherein the transceiver of the submodule is connected to another submodule via one of a wired or wireless network. The submodule for a healthcare system according to claim 11, wherein the transceiver of the submodule is connected to a game device via one of a wired or wireless network. The sub-module for a health care system according to claim 11, wherein the input / output unit of the sub-module constitutes a monitor screen and communicates with a health consumer through text or graphics. The sub-module of claim 11, wherein the sub-module is for a healthcare system configured to be movable. The submodule for a healthcare system according to claim 11, wherein the submodule is configured to allow movement of hands and arms. The submodule of claim 11, wherein the submodule is a submodule for an artificial intelligent speaker, an artificial intelligence TV, a robot, or a healthcare system consisting of a computer, a toy, or a doll. The submodule for a healthcare system according to claim 11, wherein the submodule is configured to be connectable to another home network through one of wired and wireless networks. The submodule for a healthcare system according to claim 11, wherein the submodule is configured to be connectable to another home security device through one of a wired or wireless network. 1. A game device for a health care system comprising at least one game board, at least one main controller, at least one transceiver, and at least one game element,
Wherein the game board comprises a sensor for recognizing a touch position of the game device,
The game board constitutes a display device for indicating the position of the game device,
Wherein the main controller controls the game board, the sensor, the display device, and the transceiver,
Wherein the transmission / reception unit is connected to the submodule through one of a wired or wireless network,
The game device constitutes a sensor capable of informing the touch position on the game board,
The sensor may be configured to be able to distinguish by function of the game device
A game device for a healthcare system configured to assist the healthcare consumer through a game. [Claim 20] The game device according to claim 20, wherein the transceiving unit of the game device is connected to a platform and the Internet via a network. [Claim 20] The game device according to claim 20, wherein the transceiver of the game device is connected to the main module through one of wired and wireless networks. The game device according to claim 20, wherein the transmitting / receiving unit of the game device is connected to another game device through one of a wired or wireless network. The game apparatus according to claim 20, wherein the display device of the game board comprises one of LED, LCD, light bulb, laser, and other light emitting device. The game apparatus according to claim 20, wherein the sensor of the game board is one of a magnetic sensor, an IC sensor, an infrared sensor, and a color sensor. The game device according to claim 20, wherein the sensor of the game device is one of a magnetic sensor, an IC sensor, an infrared sensor, and a color sensor. A sub module calling step in which a health consumer calls a sub module,
Wherein the submodule selects a fitness exercise type according to a health condition of a health consumer,
The submodule recommends the health consumer to the fitness user,
The sub-module is a demonstration phase of the fitness exercise demonstrating the fitness exercise to the health consumer,
The fitness user proceeds the fitness exercise according to the demonstration of the fitness exercise of the sub module,
An image sensing step in which the sub-module senses a health movement image of the health consumer,
An image analysis step in which the sub-module analyzes the health movement image of the health consumer,
A data transmission step in which the sub module transmits the health movement data of the health consumer to the platform through the main module,
A data storage step of storing the health movement data of the health consumer in the platform server of the platform,
And a DATA statistical processing step of statistically processing DATA on the platform,
A method of using a healthcare system that provides a convenience to a health consumer by using a submodule to perform a fitness exercise. A sub-module in which a health consumer calls a sub-module,
A call instruction step in which the health consumer orders the sub module to call another health consumer,
The other health consumer submodule calling step in which the submodule calls a submodule of another health consumer connected to the main module,
A sub-module of another health consumer may call another health consumer,
A different health consumer response stage in which the other health consumer responds via his or her sub-module,
A network connection step in which the sub-module of the health consumer and the sub-module of the other health consumer communicate with each other via the main module,
And a dialogue progress step in which the health consumer and the other health consumer communicate with each other through the respective submodules through the main module,
A method of using a healthcare system that provides convenience to a health consumer by using a submodule to communicate with other healthcare consumers connected to the main module. A sub module calling step in which a health consumer calls a sub module,
A call instruction step for instructing the health consumer to submodule another health consumer connected to the platform,
A submodule calling step in which the submodule calls a submodule of another health consumer connected to the platform,
A sub-module of another health consumer may call another health consumer,
Another health consumer responding step in which the other health consumer responds via the sub-module,
A network connection step in which a sub-module of a health consumer and a sub-module of another health consumer communicate with each other through a network,
And a dialogue progress step in which the health consumer and the other health consumer communicate with each other through the submodule through the platform,
A method of using a healthcare system that provides a convenience for a health consumer to communicate with other healthcare users connected to the platform using a submodule. A meal preparation stage in which a health consumer prepares a meal,
A sub module calling step in which a health consumer calls a sub module,
A meal conversation instruction step in which the health consumer orders the submodule to have a meal conversation,
The sub-module is connected to the platform and acquires the meal information information for acquiring the meal information (meal habit, favorite food, meal time, etc.) of the health consumer,
The start of the meal when the consumer starts eating
An image sensing step in which the sub module senses an image of a meal side dish,
An image analysis step in which the sub module analyzes the image of the meal side dish,
The sub-module transmits image analysis data to the platform,
The sub-module collects information on the side dishes on the platform,
The sub-module includes information on the meal side dish of the health consumer and a meal conversation stage in which the meal customer interacts with the consumer on the eating habit or the meal time,
A method of using a healthcare system that provides a convenience for a health consumer to have a meal conversation with a submodule. A meal preparation stage in which a health consumer prepares a meal,
A sub module calling step in which a health consumer calls a sub module,
A call instruction step in which the health consumer orders the sub module to call another health consumer,
The other health consumer submodule calling step in which the submodule is networked to the main module and calling the submodule of another health consumer,
A sub-module of another health consumer may call another health consumer,
A different health consumer response stage in which the other health consumer responds via his or her sub-module,
A network connection step in which the sub-module of the health consumer and the sub-module of the other health consumer communicate with each other via the main module,
The stage of the meals for the consumer
An image sensing step in which the sub module senses an image of a meal side dish,
An image transmission step in which the submodule transmits the meal side dish image sensation data to the submodule of the other health consumer,
A step of acquiring meal side dish information by which the other health consumer obtains the side dish information of the health consumer through the image display unit of the sub module,
The other health consumer includes his / her sub module to provide information on the side dish of the health consumer and the health consumer, and a meal conversation stage to conduct the meal conversation on the health consumer's eating habit or the meal time,
A method of using a healthcare system that provides convenience to a health consumer by using a submodule to have a meal conversation with another health consumer connected to the main module. A meal preparation stage in which a health consumer prepares a meal,
A sub module calling step in which a health consumer calls a sub module,
A call instruction step for instructing the health consumer to submodule another health consumer connected to the platform,
The other health consumer submodule calling step in which the submodule is networked to the platform and calls a submodule of another health consumer,
A sub-module of another health consumer may call another health consumer,
A different health consumer response stage in which the other health consumer responds via his or her sub-module,
A network connection step in which a sub-module of a health consumer and a sub-module of another health consumer communicate with each other through a network,
The stage of the meals for the consumer
An image sensing step in which the sub module senses an image of a meal side dish,
An image transmission step in which the submodule transmits the meal side dish image sensation data to the submodule of the other health consumer,
A step of acquiring meal side dish information, in which the other health consumer acquires the meal side dish information of the health consumer through the monitor of the sub module,
The other health consumer includes information on the side dish of the health consumer and the health consumer through the sub module of the health consumer and a stage of the meal conversation process in which the patient meets the meal habit or the meal time of the health consumer,
A method of using a healthcare system that provides a convenience for a health consumer to use a sub-module to communicate with other health-conscious consumers connected to the platform. A game preparation stage in which a health consumer prepares a game,
A sub module calling step in which a health consumer calls a sub module,
A game progress command step in which the health consumer requests the sub module to play the game,
A game information acquiring step of acquiring game information (game habits, favorite game, game time, etc.) of the health consumer through a network connection of the sub-module to the platform,
Steps to start a game when a health consumer starts a game
An image sensing step in which the submodule senses a game image,
An image analysis step in which the sub-module analyzes the game image,
An image analysis transmission step in which the submodule transmits the image analysis data of the game to the platform,
A game information collection step in which the sub-module collects information about the game on the platform,
The sub-module includes a game progress stage in which a game is played with a health consumer,
A method of using a healthcare system that provides convenience to subscribers and game users with health subscribers. A game preparation stage in which a health consumer prepares a game,
A sub module calling step in which a health consumer calls a sub module,
A call instruction step in which the health consumer orders the sub module to call another health consumer,
The other health consumer submodule calling step in which the submodule is networked to the main module and calling the submodule of another health consumer,
A sub-module of another health consumer may call another health consumer,
A different health consumer response stage in which the other health consumer responds via his or her sub-module,
A network connection step in which the sub-module of the health consumer and the sub-module of the other health consumer communicate with each other via the main module,
A game start stage in which a health consumer starts a game,
An image sensing step in which the submodule senses a game image,
An image transmission step in which the submodule transmits the image sensation data of the game to the submodule of the other health consumer,
A game information acquiring step of acquiring game information of the health consumer through the image display unit of the sub-module of the other health consumer,
And a game progress stage in which the other health consumer performs the game with the health consumer through the sub module of the health consumer and the sub module of the health consumer,
A method of using a healthcare system that provides convenience to a health consumer by using submodules to play games with other healthcare consumers connected to the main module. A game preparation stage in which a health consumer prepares a game,
A sub module calling step in which a health consumer calls a sub module,
A call instruction step for instructing the health consumer to submodule another health consumer connected to the platform,
The other health consumer submodule call step in which the submodule calls a submodule of another health consumer connected to the platform,
A sub-module of another health consumer may call another health consumer,
A different health consumer response stage in which the other health consumer responds via his or her sub-module,
A network connection step in which a sub-module of a health consumer and a sub-module of another health consumer communicate with each other through a network,
A game progress stage in which a health consumer can play a game,
An image sensing step in which the submodule senses a game image,
An image transmission step in which the submodule transmits the image sensation data of the game to the submodule of the other health consumer,
A game information acquisition step of acquiring game information of the health consumer through the monitor of the sub-module of the other health consumer,
And a game progress stage in which the other health consumer performs the game with the health consumer through the sub module of the health consumer and the sub module of the health consumer,
A method of using a healthcare system that provides a convenience for a health consumer to use a submodule to play games with other healthcare consumers connected to the platform. A sub module calling step in which a health consumer calls a sub module,
A re-execution progress instruction step in which the health consumer requests the sub-module to re-
The sub module acquires the reallocation information of the health consumer (favorite reward, reordering time, reordering information of the family, etc.)
The sub-module includes a re-enactment step for re-enacting the health consumer,
A method of using a healthcare system that provides a convenience for a health consumer to view the submodules. A sub module calling step in which a health consumer calls a sub module,
A call instruction step in which the health consumer orders the sub module to call another health consumer,
The other health consumer submodule calling step in which the submodule is networked to the main module and calling the submodule of another health consumer,
A sub-module of another health consumer may call another health consumer,
A different health consumer response stage in which the other health consumer responds via his or her sub-module,
A network connection step in which the sub-module of the health consumer and the sub-module of the other health consumer communicate with each other via the main module,
In the beginning stage of rehabilitation that other health users begin to rejoice,
An image sensing step in which a submodule of another health consumer performs image sensing of the rejuvenation of another health consumer,
An image analysis step in which a submodule of another health consumer performs an image analysis of the rejuvenation of another health consumer,
An image transmission step in which a submodule of another health consumer transmits an image analysis data of the rehabilitation of another health consumer to a health consumer's submodule,
The sub-module of the health consumer includes a re-enactment step in which the user of the health consumer performs the re-enactment according to the re-analysis image of the other health consumer,
A method of using a healthcare system that provides a convenience for a health consumer to use the submodule to view rehabilitation of another health consumer connected to the main module. A sub module calling step in which a health consumer calls a sub module,
A call instruction step in which the health consumer orders the sub module to call another health consumer,
The other health consumer submodule calling step in which the submodule is networked to the platform and calls a submodule of another health consumer,
A sub-module of another health consumer may call another health consumer,
A different health consumer response stage in which the other health consumer responds via his or her sub-module,
A network connection step in which a sub-module of a health consumer and a sub-module of another health consumer communicate with each other through a network,
In the beginning stage of rehabilitation that other health users begin to rejoice,
An image sensing step in which a submodule of another health consumer performs image sensing of the rejuvenation of another health consumer,
An image analysis step in which a submodule of another health consumer performs an image analysis of the rejuvenation of another health consumer,
An image transmission step in which a submodule of another health consumer transmits an image analysis data of the rehabilitation of another health consumer to a health consumer's submodule,
The sub-module of the health consumer includes a re-enactment step in which the user of the health consumer performs the re-enactment according to the re-analysis image of the other health consumer,
A method of using a healthcare system that provides a convenience for a health consumer to use a submodule to view renditions of other healthcare consumers connected to the platform.

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