KR102063800B1 - IoT TUMBLER FOR PRODUCING HYDROGEN WATER AND DRINKING MANAGEMENT AND INFORMATION SERVICE SYSTEM USING THE SAME - Google Patents

Abstract

Disclosed are an IoT tumbler for producing hydrogen water and a drinking management and information providing system using the same. The drinking management and information providing system of the present invention comprises: a hydrogen water producing IoT tumbler for electrolyzing water in a container to produce hydrogen water; a smartphone wirelessly connected to the hydrogen water producing IoT tumbler, and collecting and transmitting the number of production times of the produced hydrogen water and production time, the number of drinking times of the hydrogen water of a user, drinking time, and drinking amount data using an application program; and a sever for receiving the number of production times of the hydrogen water and production time, the number of drinking times of the hydrogen water of the user, drinking time, and the drinking amount data from the smartphone to form the same as big data for analysis, and transmitting an analysis result to the smartphone. According to the present invention, water of a tumbler can be electrolyzed to produce hydrogen water to drink water before thirst in accordance with a preset time in case of forgetting drinking of the water due to a busy task. In particular, the number of production times of the hydrogen water or the amount thereof, and the number of drinking times or the drinking amount thereof are analyzed to provide an alarm for production or drinking of the hydrogen water, thereby creating an environment of continuously producing the hydrogen water to drink the same.

Description

IoT tumbler for hydrogen water generation and drinking management and information providing system using the same {IoT TUMBLER FOR PRODUCING HYDROGEN WATER AND DRINKING MANAGEMENT AND INFORMATION SERVICE SYSTEM USING THE SAME}

The present invention relates to a tumbler, and more particularly, to a tumbler and a drinking management and information providing system using the same, and more specifically, an Internet of Things (IoT) tumbler for generating hydrogen water and the same It relates to a drinking management and information providing system used.

Hydrogen water is water in which hydrogen molecules are mixed to a certain level or more.

Hydrogen water is known to have therapeutic effects on various diseases such as cancer, brain diseases, and atherosclerosis. In addition, the effects of anti-aging, anti-inflammatory, anti-allergic and the like has been proved, it is known that there is an effect of removing free radicals causing various diseases as well as preventing dermatitis, skin whitening, increased immunity when drinking.

Hydrogen water can be easily generated through electrolysis by simply applying electricity to a diaphragm electrolyzer.

However, hydrogen water has a very short dissolved time in water because of its low molecular weight and low binding properties. That is, it is difficult to maintain hydrogen water for a long time.

Therefore, after generating hydrogen water, it is necessary to drink it within a short time for the effect.

Meanwhile, recently, the IoT has been applied to various electronic devices or services to increase convenience of electronic devices.

The Internet of Things (IoT) means that everything beyond smartphones and PCs is connected to the Internet.

In general, IoT-based devices transmit data to an external device such as a server through a communication module, collect and manage data on the server, and the server transmits the data to the smart phone to send information to the user through the display of the smart phone. The way of providing is widely used.

However, there is a limit in that it is impossible to provide information to the user when the user of a high age group who is not familiar with the use of the smartphone or when the use of the smartphone is impossible due to a communication environment or the like.

It is also possible to apply automated services through the IoT to devices or services related to the above hydrogen water. So far, there is no example of providing an automated service by increasing the relationship between hydrogen water and the Internet of Things.

Patent Publication 10-1805760 Patent Publication 10-1854572

An object of the present invention is to provide an IoT tumbler for generating hydrogen water.

Another object of the present invention is to provide drinking management and usage information data using the IoT tumbler for generating hydrogen water through the system.

The above-described IoT tumbler for hydrogen water generation according to the object of the present invention includes an electrolysis module for generating hydrogen water, which generates hydrogen water by electrolyzing water in a container, and calculating the number of times and generation time of hydrogen water; A display module configured to display generation of hydrogen water in real time when the hydrogen water is generated by the electrolysis module for generating hydrogen water; An alarm module configured to output an alarm in real time when hydrogen water is generated by the electrolysis module for generating hydrogen water; According to the detection result of the sensor module may be configured to include a drinking determination module for determining whether the hydrogen water of the hydrogen tumble generation IoT tumbler to drink the number of drinking, the drinking time and the volume of the hydrogen water.

Here, the IoT which transmits the number of times and generation time of the hydrogen water calculated by the electrolysis module for generating hydrogen water and the number of times of drinking, the drinking time and the volume of hydrogen water calculated by the drinking determination module to the smartphone in real time. It may be configured to further include a communication module.

The IoT communication module may be configured to receive a drinking request alarm and / or a generation request alarm of the IoT tumbler for generating hydrogen water from the smartphone.

The alarm module may be configured to output a drinking request alarm or a generation request alarm when the drinking request alarm or the generation request alarm of the hydrogen tumble generation IoT tumbler is received in the IoT communication module.

Drinking management and information providing system using the hydrogen tumble generation IoT tumbler according to another object of the present invention described above, Hydrogen generation IoT tumbler for generating hydrogen water by electrolyzing the water in the container; It is wirelessly connected to the IoT tumbler for generating hydrogen water, and collects the generated number and generation time of the generated hydrogen water and the number of times of drinking, the drinking time and the volume data of the generated hydrogen water using an application program. Smartphone to deliver; It is configured to include a server for receiving the number of times of generation and generation time of hydrogen water from the smartphone, the number of times of drinking water of the user, drinking time and volume data to be big data, and analyzing and transmitting the analysis result to the smartphone. Can be.

Here, the server may be configured to generate a chart so that a plurality of users using the hydrogen tumble generation IoT tumbler to compare the analysis results to each user's smartphone.

The application program of the smartphone may be configured to generate and output a drinking request alarm or a generation request alarm when the IoT tumbler for generating hydrogen water is not consumed for a predetermined period or when the hydrogen water is not generated for a predetermined period.

The server may generate big data by analyzing a place and a volume of a user drinking hydrogen water based on pre-subscribed user information including at least one of gender, age or region and GPS information of the smartphone. And, it may be configured to provide the generated big data to the smart phone.

Drinking management and information providing system using the IoT tumbler for generating hydrogen water in accordance with another object of the present invention described above, IoT-based hydrogen water generating device for generating hydrogen water by electrolyzing the water in the container; It is wirelessly connected to the IoT-based hydrogen water generating device, using the application program (application program) using the generated number and generation time of the generated hydrogen water and the number of times of use of the hydrogen water, use place, use time and usage data Smartphone to collect and deliver; Receiving the number of generation and generation time of the hydrogen water from the smartphone and the number of times of use of the hydrogen water, the use place, the use time and usage data received by the big data analysis, and includes a server for transmitting the analysis results to the smartphone It can be configured to.

Here, the IoT-based hydrogen water generating device may be composed of a hydrogen water mist group, an ion water group or oral cleaning device.

The server may be configured to generate a chart so that a plurality of users using the IoT-based hydrogen water generation device may compare the analysis results with each other, and provide the same to a smartphone of each user.

According to the above-described IoT tumbler for hydrogen water generation and drinking management system using the same, it is configured to generate hydrogen water by electrolyzing the water of the tumbler, thereby thirsting according to a preset time when water consumption is forgotten due to busy or urgent business. It is effective to drink water before.

In particular, by analyzing the number and amount of hydrogen water generated and the number or amount of drinking water to provide an alarm for the generation or drinking of hydrogen water, the effect of creating an environment that can continue to generate hydrogen water to drink have.

On the other hand, it is possible to form big data related to the IoT tumbler for generating hydrogen water and to use the big data analysis result to provide an average water consumption and set a goal to intake water.

In addition, the alarm function of the IoT tumbler has the effect that you can always carry the water required for the user's body and drink immediately.

In addition, the alarm function of the IoT tumbler not only informs that the water needs to be replaced, but also informs that the battery needs to be charged.Also, it is possible to always carry it when moving or suddenly going out, and when the smartphone and the IoT tumbler are separated by a certain distance It has the effect of making it always portable and drinkable.

1 is a block diagram of a drinking management system using an IoT tumbler for generating hydrogen water according to an embodiment of the present invention.

As the inventive concept allows for various changes and numerous embodiments, particular embodiments will be illustrated in the drawings and described in detail in the written description. However, this is not intended to limit the present invention to specific embodiments, it should be understood to include all modifications, equivalents, and substitutes included in the spirit and scope of the present invention. In describing the drawings, similar reference numerals are used for similar elements.

Terms such as first, second, A, and B may be used to describe various components, but the components should not be limited by the terms. The terms are used only for the purpose of distinguishing one component from another. For example, without departing from the scope of the present invention, the first component may be referred to as the second component, and similarly, the second component may also be referred to as the first component. The term and / or includes a combination of a plurality of related items or any item of a plurality of related items.

When a component is referred to as being "connected" or "connected" to another component, it may be directly connected to or connected to that other component, but it may be understood that other components may be present in between. Should be. On the other hand, when a component is said to be "directly connected" or "directly connected" to another component, it should be understood that there is no other component in between.

The terminology used herein is for the purpose of describing particular example embodiments only and is not intended to be limiting of the present invention. Singular expressions include plural expressions unless the context clearly indicates otherwise. In this application, the terms "comprise" or "have" are intended to indicate that there is a feature, number, step, operation, component, part, or combination thereof described in the specification, and one or more other features. It is to be understood that the present invention does not exclude the possibility of the presence or the addition of numbers, steps, operations, components, components, or a combination thereof.

Unless defined otherwise, all terms used herein, including technical or scientific terms, have the same meaning as commonly understood by one of ordinary skill in the art. Terms such as those defined in the commonly used dictionaries should be construed as having meanings consistent with the meanings in the context of the related art and shall not be construed in ideal or excessively formal meanings unless expressly defined in this application. Do not.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is a block diagram of a drinking management system using an IoT tumbler for generating hydrogen water according to an embodiment of the present invention.

Referring to FIG. 1, the drinking management system using the hydrogen tumble generation IoT tumbler may be configured to include the hydrogen tumble generation IoT tumbler 100, the smartphone 200, and the server 300.

Drinking management system using the IoT tumbler for hydrogen water generation to easily generate hydrogen water in the IoT tumbler 100 for hydrogen water generation and the IoT tumbler 100 for hydrogen water generation via the smartphone 200 in the server 300 It is configured to collect and analyze relevant data and provide the required analysis results to the user.

It is configured to steadily manage to enable the user to drink hydrogen water as well as to manage the user's hydrogen water drinking status.

Hereinafter, the detailed structure is demonstrated.

The IoT tumbler 100 for generating hydrogen water may be configured to generate hydrogen water by electrolyzing water in a container.

The IoT tumbler 100 for generating hydrogen water includes a user button input module 101, an electrolysis module for generating hydrogen water 102, a sensor module 103, a timer 104, a drinking judgment module 105, and an IoT tumbler data. Storage module 106, battery module 107, battery check module 108, communication distance sensing module 109, display module 110, alarm module 111, IoT communication module 112 to be configured. Can be. Hereinafter, the detailed structure is demonstrated.

The user button input module 101 is provided outside the tumbler and is configured to receive an input when the user wants to generate hydrogen water.

The electrolysis module 102 for generating hydrogen water may be configured to generate hydrogen water by electrolyzing water in the IoT tumbler 100 for generating hydrogen water.

The electrolysis module 102 for generating hydrogen water may be configured to count the number of times the hydrogen water is generated each time the hydrogen water is generated and confirm and calculate the generation time.

The sensor module 103 may be configured to sense the movement of the IoT tumbler 100 for generating hydrogen water or the hydrogen water level or the weight of the hydrogen water of the IoT tumbler 100 for generating hydrogen water. That is, the sensor module 103 may be configured with various sensors such as a 3-axis acceleration sensor, a weight sensor, a gyro sensor, and a water level sensor.

The timer 104 is a component for counting a preset time after the hydrogen water is generated. This is because most of the hydrogen molecules dissolved in the water will evaporate if they are not consumed within a certain time after the hydrogen water is produced. The preset time may be set to, for example, about 5 minutes.

The drink determination module 105 is configured to determine whether the user can drink hydrogen water.

The drinking determination module 105 determines that the user has consumed the hydrogen water when movement, water level decrease, weight loss, etc. are detected by the sensor module 103 within the preset time counted by the timer 104 after the hydrogen water generation. Can be configured.

If it is determined that the hydrogen water is to be consumed by the three-axis movement of the IoT tumbler 100 for generating hydrogen water sensed by the sensor module 103, the drinking judgment module 105 counts the number of times of drinking the hydrogen water and drinks the drinking water. It can be configured to check the time and calculate the volume according to the three-axis movement.

The IoT tumbler data storage module 106 may be configured to store data related to hydrogen water generation and hydrogen water drinking of the IoT tumbler 100 for hydrogen water generation.

The IoT tumbler data storage module 106 may be configured to receive the hydrogen water generation event of the electrolysis module 102 for generating hydrogen water and to store data such as the number of generation of hydrogen water, generation time, and the like.

The IoT tumbler data storage module 106 may be configured to receive the hydrogen water drinking event from the drinking determination module 105 to store data such as the number of drinking water, the drinking time, the volume of the hydrogen water, and the like.

The battery module 107 is configured to supply power for electrolysis or display by charging power.

The battery check module 108 may be configured to check the battery remaining amount of the battery module 107. The remaining battery amount may be transmitted in real time to the smartphone 200 through the IoT communication module 112.

The communication distance detecting module 109 may be configured to detect the distance between the two by disconnection of the IoT communication between the hydrogen tumble generation IoT tumbler 100 and the smartphone 200. The hydrogen tumbler IoT tumbler 100 is configured to prevent the loss away from the user or to float while holding the alarm in the smartphone 200 when the communication is disconnected to always use.

The display module 110 is a component for displaying various IoT tumbler data, battery remaining amount, departure from the smartphone 200, and the like.

The display module 110 may be configured to display information about whether hydrogen water is generated by the electrolysis module 102 for generating hydrogen water. Information on the timer 104 may also be used to indicate whether the water is currently hydrogen.

The display module 110 may be configured to display information about drinking hydrogen water by the drinking determination module 105.

The display module 110 may be configured to display battery check information of the battery check module 108. You can display the battery level and whether it needs charging.

The alarm module 111 may be configured to output an alarm sound based on various IoT tumbler data.

The alarm module 111 may output a hydrogen water generation completion alarm indicating completion of generation of hydrogen water, output a charge request alarm indicating whether the battery is low, and disconnection of the IoT by the communication distance detection module 109, that is, In addition, the departure-avoidance alarm indicating that the distance is far away can be output.

On the other hand, the alarm module 111 may be configured to output a drinking request alarm to drink within a predetermined time when the hydrogen water is not drinking within a preset time after the generation of hydrogen.

The IoT communication module 112 stores the IoT tumbler data stored in the IoT tumbler data storage module 106, for example, the number of times and generation time of hydrogen water and the number of times of drinking water, drinking time, volume, etc. by IoT communication. It may be configured to transmit to the smartphone 200. Bluetooth communication may be used for the IoT communication method.

In addition, the IoT communication module 112 may be configured to receive various alarms from the IoT communication module 201 of the smartphone 200. The alarm received from the IoT communication module 201 of the smartphone 200 may include the aforementioned drinking request alarm and charging request alarm.

The smartphone 200 may be configured to wirelessly communicate with the IoT tumbler 100 for generating hydrogen water as a mobile terminal of a user.

The smartphone 200 may be configured to include an IoT communication module 201, a control module 202, an alarm generation module 203, an alarm output module 204, a mobile communication module 205, and a messenger module 206. Can be. Hereinafter, the detailed structure is demonstrated.

The IoT communication module 201 communicates with the IoT communication module 112 of the IoT tumbler 100 for generating hydrogen water and may be configured to receive various IoT tumbler data therefrom. As mentioned above, Bluetooth communication may be used for the IoT communication method.

The control module 202 is a component for controlling the overall configuration of the IoT communication module 201, the alarm generation module 203, the alarm output module 204, the mobile communication module 205, and the like.

In addition, the control module 202 may be configured to receive IoT tumbler data through the IoT communication module 201 and deliver it to the server 300 through the mobile communication module 205.

The alarm generation module 203 may be configured to generate an alarm according to the IoT tumbler data received by the IoT communication module 201. According to the user's number of drinking water, drinking time, volume, drinking pattern, the user can set the time required to drink the hydrogen water according to the user, and a drinking request alarm can be generated according to the set time.

The alarm generation module 203 may generate a drinking request alarm when water is not consumed for a predetermined period of time in the IoT tumbler 100 for hydrogen water generation, and generate a generation request alarm when hydrogen water is not generated for a predetermined period of time. Can be generated.

The drinking request alarm or the generation request alarm may be transmitted to the IoT tumbler 100 for hydrogen water generation through the IoT communication module 201, and the drinking request alarm may be output through the display module 110 or the alarm module 111. .

In addition, the alarm generation module 203 may generate a charge request alarm through the battery remaining amount received from the IoT tumbler 100 for generating hydrogen water.

On the other hand, if the IoT communication with the IoT communication module 112 of the IoT tumbler 100 for hydrogen water generation in the IoT communication module 201 of the smart phone 200 occurs, the alarm generation module 203 is an alarm to prevent departure Can be generated.

The alarm output module 204 may be configured to output a drink request alarm, a generation request alarm, a charge request alarm, and a departure prevention alarm generated by the alarm generation module 203.

The control module 202 controls the output of the drinking request alarm, the generation request alarm, the charging request alarm only in the alarm output module 204 or the hydrogen tumbler IoT tumbler 100 according to a preset value set in the smartphone 200. Control to output only from the display module 110 or the alarm module 111 of the) or may be controlled to be output from the alarm output module 204, the display module 110, the alarm module 111.

The mobile communication module 205 may be configured to deliver IoT tumbler data to the server 300.

The messenger module 206 may be configured to receive and display a big data analysis result of IoT tumbler data from the server 300.

The server 300 is configured to form big data using the IoT tumbler data of each user remotely, and provide the big data analysis result to each user's smartphone 200.

The server 300 may be configured to include a communication module 301, a big data analysis module 302, and a big data storage module 303. Hereinafter, the detailed structure is demonstrated.

The communication module 301 may be configured to receive IoT tumbler data from the smartphone 200.

The big data analysis module 302 may be configured to analyze the IoT tumbler data received from the communication module 301. For example, the number of generations of hydrogen water, generation time, the number of drinking of hydrogen water, the drinking time, the volume, the drinking pattern for each period may be configured to analyze.

Big data analysis module 302 is pre-subscribed user information, namely. Big data analysis can be performed based on various factors such as gender, age, region, and GPS information.

The above GPS information is information about where the user drinks water or hydrogen water, and may correspond to, for example, a house, an office, or another area.

The big data analysis module 302 generates a chart that enables users to analyze and compare data related to the same type of hydrogen tumbler IoT tumbler 100 for each user, and compare the data with the smartphone 200 through the communication module 301. ) Can be provided.

The big data analysis module 302 is configured to compare and analyze the number of drinking water and the volume of the water of the same age users of the same gender by the specific user drinking water and the volume, and compares the result of the comparison analysis through the communication module 301 It may be configured to provide each to the corresponding smartphone 200. In this case, the user may include both a domestic user and an overseas user.

In addition, the big data analysis module 302 is configured to compare and analyze the number of drinking water and the volume of people living in a specific user's area with the number of drinking water and the volume of the specific user, and compares the result of the comparative analysis with the communication module 301. Can be configured to provide each to the corresponding smartphone 200 through.

In addition, the big data analysis module 302 may be configured to compare and analyze the places of electrolysis and drinking, and provide the analyzed results to the corresponding smartphone 200 through the communication module 301, respectively.

In other words, big data may be analyzed and provided to each user.

The server 300 may share the big data analysis result such as the volume of the big data analysis result with each user to stimulate each user to drink more water.

The communication module 301 may provide the big data analysis result to the messenger module 206 of each user, and the smart phone 200 of each user may be configured to receive and display the big data analysis result through the messenger module 206. Can be.

The big data storage module 303 may be configured to store the big data analysis result of the big data analysis module 302.

The function of the IoT tumbler 100 for hydrogen water generation described above may be applied to both IoT-based hydrogen water generating devices such as hydrogen water mist group, ionizer, oral cleaning device as well as IoT tumbler 100 for hydrogen water generation.

In addition, the smartphone 200 and the server 300 may also perform functions such as alarm or big data generation according to the type of the IoT-based hydrogen water generating device.

The smartphone 200 is wirelessly connected to the IoT-based hydrogen water generating device, and the number and generation time of hydrogen water generated in the IoT-based hydrogen water generating device using an application program and the hydrogen water of the user The number of times of use, places of use, times of use and usage data may be configured to collect and deliver the data to the server 300.

On the other hand, the server 300 may be configured to receive big number of generation and generation time of hydrogen water from the smart phone 200 and the number of times of use of the hydrogen water, use place, use time and usage data to be big data analysis .

The server 300 may be configured to transmit the above analysis result to the smartphone 200.

In addition, the server 300 may be configured to generate a chart so that a plurality of users using the IoT-based hydrogen water generating device can compare the analysis results with each other, and provide it to the smartphone 200 of each user.

Although described with reference to the above embodiments, those skilled in the art can understand that the present invention can be variously modified and changed without departing from the spirit and scope of the invention described in the claims below. There will be.

100: IoT tumbler for hydrogen water generation
101: user button input module
102: electrolysis module for generating hydrogen water
103: sensor module
104: timer
105: drinking judgment module
106: IoT Tumbler Data Storage Module
107: battery module
108: battery check module
109: communication distance sensing module
110: display module
111: alarm module
112: IoT communication module
200: smartphone
201: IoT communication module
202: control module
203: alarm generation module
204: alarm output module
205: mobile communication module
206: messenger module
300: server
301: communication module
302: big data analysis module
303: big data storage module

Claims (12)

In the drinking water management and information providing system using a hydrogen tumble generation IoT tumbler, a smartphone and a server with a hydrogen tumble generation IoT tumbler,
The IoT tumbler for hydrogen water generation,
An electrolysis module for generating hydrogen water that electrolyzes water in the container to generate hydrogen water, and calculates the number of times and generation time of the hydrogen water;
A sensor module including a three-axis acceleration sensor, a weight sensor, a gyro sensor, and a water level sensor to detect the movement of the hydrogen tumbler for generating hydrogen water, the hydrogen water level, or the weight of the hydrogen water;
A display module configured to display generation of hydrogen water in real time when the hydrogen water is generated by the electrolysis module for generating hydrogen water;
When hydrogen water is generated by the electrolysis module for generating hydrogen water, an alarm is output in real time to generate hydrogen water. An alarm module for outputting an alarm;
A drinking determination module determining whether the drinking water is consumed by three-axis movement of the hydrogen tumble generation IoT tumbler sensed by the sensor module, and calculating the number of drinking water, the drinking time, and the volume of the hydrogen water;
Receive hydrogen water generation event of the electrolysis module for generating hydrogen water to store the data of the number of generation, generation time of hydrogen water, and receive the hydrogen water drinking event from the drinking judgment module, the number of times of drinking, drinking time IoT tumbler data storage module for storing data of the volume; And
Hydrogen water generation for real time transmission and generation time of hydrogen water calculated by the electrolysis module for generating hydrogen water and the number of times of drinking, drinking time and volume of hydrogen water calculated by the drinking determination module in real time Includes; IoT communication module of the IoT tumbler
The smartphone,
An IoT communication module for a smartphone communicating with the IoT communication module of the hydrogen tumbler for generating hydrogen water; And
The user can set the time required to drink hydrogen water according to the user's number of drinking water, drinking time, volume, drinking pattern received from the IoT communication module for the smart phone, and generates a drinking request alarm according to the set time And an alarm generation module configured to generate a hydrogen water generation request alarm when hydrogen water is not generated for a predetermined period in the IoT tumbler for generating hydrogen water.
A server for receiving the generation number and generation time of the hydrogen water from the smartphone and the number of drinking times of the user's hydrogen water, the drinking time, and the volume data to be analyzed by big data, and transmitting the analysis result to the smartphone; Drink management and information providing system using the IoT tumbler for hydrogen water generation, characterized in that.
delete delete delete The method of claim 1,
In order to prevent a user from losing the IoT water tumbler for generating hydrogen water or to carry the hydrogen water generating IoT tumbler at all times, the smartphone is detected by detecting a disconnection between the hydrogen water generating IoT tumbler and the smartphone. Drinking management and information providing system using the IoT tumbler for hydrogen water generation, characterized in that it further comprises a communication distance sensing module for outputting an alarm through.
The method of claim 1,
The smartphone,
It is wirelessly connected to the IoT tumbler for generating hydrogen water, using the application program (application program) to collect the number and generation time of the generated hydrogen water and the number of times of drinking, drinking time and volume data of the hydrogen water of the user Drinking management and information providing system using the IoT tumbler for hydrogen water generation, characterized in that the transmission.
The method of claim 6,
The server,
Drink management using the hydrogen tumble generation IoT tumbler, characterized in that the plurality of users using the hydrogen tumble generation IoT tumbler is configured to generate a chart to compare the analysis results to each other's smartphones And information provision system.
The method of claim 6,
The application program of the smartphone,
When the hydrogen tumble generation IoT tumbler is not consumed for a predetermined period or the hydrogen water is not generated for a predetermined period, the hydrogen tumble generation IoT tumbler is configured to generate and output a drinking request alarm or a generation request alarm. Drinking management and information providing system.
The method of claim 6,
The server,
Based on pre-subscribed user information including at least one of gender, age or region and GPS information of the smart phone, the user analyzes a place and volume of drinking hydrogen water to generate big data, and generates generated big data Drink management and information providing system using the IoT tumbler for hydrogen water generation, characterized in that configured to provide data to the smartphone. delete delete delete

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