KR102487154B1 - Fitness exercise management system and method thereof - Google Patents

Abstract

The present invention relates to a fitness exercise management system and method, and more particularly, to a fitness exercise device (or referred to as a "fitness device") by measuring and collecting the amount of exercise of a user using the attached fitness device when attached to and attached to the exercise amount By applying an Internet of Thing (IoT) fitness exercise information collection device that transmits exercise information including It relates to a fitness exercise management system and method capable of automatically recording and managing exercise management information including exercise information and body reaction information of, and allowing a user to check the managed information anytime, anywhere.

Description

Fitness exercise management system and method

The present invention relates to a fitness exercise management system and method, and more particularly, to a fitness exercise device (or referred to as a "fitness device") by measuring and collecting the amount of exercise of a user using the attached fitness device when attached to and attached to the exercise amount By applying an Internet of Thing (IoT) fitness exercise information collection device that transmits exercise information including It relates to a fitness exercise management system and method capable of automatically recording and managing exercise management information including exercise information and body reaction information of, and allowing a user to check the managed information anytime, anywhere.

The development of medical technology increases lifespan, and people who do not exercise due to busy work exercise in various ways to maintain a healthy life.

Among the various types of exercise, the exercise that modern people do the most is a fitness exercise called Health.

Fitness exercise is divided into weight exercise, aerobic exercise, and bare-body exercise.

Weight exercise is an exercise method that requires the use of one's own body weight and a resistance load with a spring or weight, such as an expander, dumbbell, barbell, or weight that can be easily lifted such as sandbags.

Fitness equipment for weight exercise includes leg curl machines, leg extension machines, lat pull down machines, shoulder press machines, peck decks, chest press machines, dumbbells, benches, power Racks, barbells, kettlebells, etc.

And fitness equipment for aerobic exercise includes treadmills (commonly referred to as “treadmills”), bicycles, and ellipticals.

Bodyweight exercises include squats, planks, dips, push-ups, sit-ups, and burpees.

Typically, in order to effectively perform a fitness exercise, the exerciser's exercise effect can be maximized only when a fitness exercise device suitable for the exerciser is exercised with an amount of exercise suitable for the exerciser.

In order to maximize the effect of exercise, more and more exercisers are hiring trainers to receive personal training (PT), but they have to pay expensive lessons to receive personal training.

Most fitness exercisers set their own time, number, sets, etc. due to high tuition fees, and exercise, but they check whether the correct motion is performed using the fitness exercise device and whether the exercise is performed according to the set amount of exercise. There was a problem that it was difficult to do and the efficiency of the exercise was low.

In addition, exercisers themselves should record the amount of exercise for each fitness device individually in order to check whether their goal is achieved, but it is not easy to record while exercising.

As described above, there is a problem in that the efficiency of the exercise is low and the recording is not performed, so that the goal is low and neglect or quit the exercise in the middle frequently.

Republic of Korea Patent Publication No. 10-2017-0077361 (published on July 6, 2017)

Therefore, an object of the present invention is an attachable object that is attached to and detached from a fitness exercise device (or referred to as "fitness device"), measures and collects the amount of exercise of a user using the attached fitness device, and transmits exercise information including the amount of exercise. By applying the Internet of Thing (IoT) fitness exercise information collection device, exercise including exercise information and body response information such as exercise amount, time, calorie consumption, and body response integrated by user (member) and fitness device An object of the present invention is to provide a fitness exercise management system and method capable of automatically recording and managing management information and enabling a user to check managed information anytime, anywhere.

The fitness exercise management system according to the present invention for achieving the above object is: After acquiring the fitness identification information for the attached fitness device when the IoT fitness exercise information collection device that is detachable from the exercise element object of the fitness device is attached, Measures the exercise amount measurement element for the exercise element of the exercise element object, and uses the exercise amount information on the exercise amount of the user using the fitness device for the measured exercise amount measurement element, usage identification information including his or her device identification information, and fitness identification information Exercise information providing process for generating and transmitting the exercise information including; and a fitness exercise management unit collects exercise information from the IoT fitness exercise information collection device, identifies the fitness device by device identification information included in the exercise information, and uses the device identification information of the use identification information to identify the IoT fitness exercise. Identifying the information collection device, identifying the user of the fitness device by the use identification information, analyzing the user's exercise amount using the fitness device based on the exercise amount information of the exercise information, and outputting the analyzed analysis information It is characterized in that it includes a fitness exercise management process.

The fitness exercise management unit may include a communication unit for accessing the IoT network and performing data communication with a plurality of IoT fitness exercise information collection devices through the IoT network; A member DB for storing member information including user identification information and member identification information for the user, a fitness equipment DB for storing fitness device information for fitness identification information, exercise information for each user who is a member, and the exercise information A server storage unit including an exercise history DB for storing analysis information about; And collects exercise information from the IoT fitness exercise information collection device through the communication unit, identifies the IoT fitness exercise information collection device by device identification information of the use identification information included in the exercise information by referring to the fitness equipment DB, , Identifies the fitness device by the fitness identification information, identifies the user of the fitness device by the use identification information, and analyzes the amount of exercise of the user using the fitness device by the exercise amount information of the exercise information, and a server controller for storing the exercise information and the analyzed analysis information in the exercise history DB.

The IoT fitness exercise information collecting device includes user identification information of a user to exercise on the fitness device and device identification information of the IoT fitness exercise information collecting device as the use identification information and transmits the exercise information, the server control unit The exercise information collection unit for collecting exercise information from the IoT fitness exercise information collection device through the communication unit and storing it in the exercise history DB; A use setting unit configured to set the use of the IoT fitness exercise information collection device of the device identification information for the user of the user identification information included in the collected exercise information; and identifying the fitness device by fitness identification information included in exercise information by referring to the fitness equipment DB, identifying a user of the fitness device by the user identification information, and using the user identification information set for the user. Analysis information is generated by analyzing the amount of exercise using the fitness device of the user based on the exercise amount information of the exercise information collected from the IoT fitness exercise information collection device of the device identification information, and then mapped to the user and stored in the exercise history DB. Characterized in that it comprises an exercise information analysis unit for storing.

The IoT fitness exercise information collection device transmits the device identification information of the IoT fitness exercise information collection device as the usage identification information in the exercise information, and the fitness exercise management unit transmits the user identification information for the user and the Further comprising a usage identification information detection unit for acquiring and outputting device identification information of the IoT fitness exercise information collection device, wherein the server control unit determines the device identification information for a user of the user identification information obtained through the usage identification information detection unit. A use setting unit that performs use setting of the IoT fitness exercise information collection device; An exercise information collection unit for collecting exercise information from the IoT fitness exercise information collection device through the communication unit and storing it in the exercise history DB; And referring to the fitness equipment DB, identifying the fitness device by fitness identification information included in the exercise information, and using the fitness device by user identification information of a user set to be used for the device identification information included in the exercise information. and analyzes the amount of exercise using the fitness device of the user by the exercise information of the exercise information collected from the IoT fitness exercise information collection device of the device identification information set for the user of the user identification information. After generating the information, it is characterized in that it comprises an exercise information analyzer for mapping to the corresponding user and storing it in the exercise history DB.

The exercise information analysis unit may include: a usage identification information extraction unit extracting usage identification information from the exercise information; a momentum information extraction unit for extracting momentum information from the exercise information; From the exercise amount information, any one or more of the exercise time, number of exercises, number of sets, speed, amount of calories consumed, activation amount for each muscle, and body response according to the fitness device are analyzed, and analysis information is generated accordingly to be stored in the exercise history DB. Momentum information analysis unit to store; a statistic unit generating statistical information obtained by statisticizing the analyzed analysis information by any one or more of daily, weekly, monthly, and yearly data and storing the statistical information in the exercise history DB; And it characterized in that it comprises a visualization information generating unit for generating visualization information for the momentum information and statistical information and storing it in the exercise history DB.

The system includes: a user terminal used by the user, in which a fitness exercise management application is installed, and receiving and displaying the visualization information through the exercise management application; and providing the fitness exercise management application to the user terminal, and when receiving exercise information request information including the user identification information from the user terminal, the user identification information is interlocked with the fitness exercise management unit through the fitness exercise management application. Characterized in that it further comprises a mobile interlocking unit for providing visualization information corresponding to the user terminal.

The system: performs pairing with the IoT fitness exercise information collection device, receives the exercise information from the IoT fitness exercise information collection device when pairing is completed, and displays fitness identification information and momentum information included in the exercise information It is characterized in that it further comprises a user terminal.

The usage identification information detection unit may include: a biometric information detection unit that detects user's biometric information and outputs it as user identification information; And a QR code recognition unit for obtaining the user identification information and device identification information from the QR code including the user identification information of the user and the device identification information of the IoT fitness exercise information collection device.

The IoT fitness exercise information collection device includes an IoT communication unit that wirelessly connects to the IoT network and performs data communication with at least one paired device connected to the IoT network; Fitness equipment DB for storing fitness device information including fitness identification information, sensor information, and setting element information for each of a plurality of fitness devices, and fitness equipment storing setting information for the setting element information corresponding to the attached fitness device Tracker storage unit including a setting DB; a tracker sensor unit including at least one sensor that outputs an exercise amount measuring element signal for measuring an exercise amount of an exerciser in response to the attached fitness device; And one of the fitness devices stored in the fitness equipment DB is selected and set as a fitness device to exercise, and setting information including setting element information corresponding to the set fitness device is stored in the fitness equipment setting DB, Exercise information including exercise amount information about the fitness device, fitness identification information, and use identification information including own device identification information based on the exercise amount measurement element signal input from the tracker sensor unit and setting information on the selected fitness device It is characterized in that it comprises a tracker control unit for generating and transmitting to the paired device through the IoT communication unit.

The fitness exercise management method according to the present invention for achieving the above object is: After obtaining fitness identification information for the attached fitness device when the IoT fitness exercise information collection device attached to and detached from the exercise element object of the fitness device is attached Measures the exercise amount measurement element for the exercise element of the exercise element object, and uses the exercise amount information on the exercise amount of the user using the fitness device for the measured exercise amount measurement element, usage identification information including his or her device identification information, and fitness identification information Exercise information providing process for generating and transmitting the exercise information including; and a fitness exercise management unit collects exercise information from the IoT fitness exercise information collection device, identifies the fitness device by fitness identification information included in the exercise information, and uses the device identification information of the usage identification information to identify the IoT fitness exercise. Identifying the information collection device, identifying the user of the fitness device by the use identification information, analyzing the user's exercise amount using the fitness device based on the exercise amount information of the exercise information, and outputting the analyzed analysis information It is characterized in that it includes a fitness exercise management process.

In the exercise information providing process, the IoT fitness exercise information collection device selects one of the fitness devices stored in the fitness equipment DB and sets it as a fitness device to be attached, including setting element information corresponding to the set fitness device Fitness device setting step of setting the fitness device to exercise by storing the setting information in the fitness equipment setting DB; An exercise amount measuring step in which the IoT fitness exercise information collection device generates exercise information by measuring an exercise quantity for the fitness device based on an exercise quantity measuring element signal input from a tracker sensor unit; And an exercise information providing step in which the IoT fitness exercise information collection device generates exercise information including the exercise quantity information, the fitness identification information, and use identification information, and transmits the exercise information to the fitness exercise management unit through an IoT communication unit. do.

The exercise information providing process may include: a fitness device identification step of acquiring fitness identification information for the attached fitness device when the IoT fitness exercise information collection device is attached to and detached from the exercise element object of the fitness device; The IoT fitness exercise information collection device obtains user identification information of a user to exercise on the fitness device and device identification information of the IoT fitness exercise information collection device as the use identification information, and includes the user identification information and device identification information a use identification information acquisition step of generating use identification information; An exercise amount information generating step of generating exercise information by the IoT fitness exercise information collection device by measuring an exercise quantity for the fitness device by an exercise quantity measuring element signal input from a tracker sensor unit; And a transmission step of generating exercise information including the exercise quantity information and the usage identification information and transmitting the fitness exercise management unit to the fitness exercise management process, wherein the fitness exercise management unit performs a plurality of IoT fitness exercises through a communication unit. An exercise information collection step of collecting exercise information from an information collection device and storing the exercise information for each user in the exercise history DB; A use setting step in which the fitness exercise management unit sets the use of the IoT fitness exercise information collection device of the device identification information for the user of the user identification information included in the collected exercise information; And the fitness exercise management unit identifies the fitness device by fitness identification information included in the exercise information by referring to the fitness equipment DB, identifies the user of the fitness device by the user identification information, and identifies the user of the user identification information. Based on the exercise information of the exercise information collected from the IoT fitness exercise information collection device of the device identification information set for use, the exercise amount using the fitness device of the user is analyzed to generate analysis information, and then mapped to the user. Characterized in that it comprises the step of analyzing the exercise information stored in the exercise history DB.

The fitness exercise management process may include a usage identification information detection step in which the fitness exercise management unit obtains and outputs user identification information for the user and device identification information of the IoT fitness exercise information collection device through a use identification information detection unit; A use setting step of setting the use of the IoT fitness exercise information collection device of the device identification information to the user of the user identification information obtained through the use identification information detection unit by the fitness exercise management unit; An exercise information collection step in which the fitness exercise management unit collects exercise information from the IoT fitness exercise information collection device through the communication unit and stores it in an exercise history DB; And the fitness exercise management unit identifies the fitness device by fitness identification information included in the exercise information by referring to the fitness equipment DB, and uses the user identification information of a user set to be used for the device identification information included in the exercise information. Identifies the user using the fitness device, and the exercise amount of the user using the fitness device is determined by the exercise amount information of the exercise information collected from the IoT fitness exercise information collection device of the device identification information set for the user of the user identification information. After generating analysis information by analyzing, it is characterized in that it comprises an exercise information analysis step of mapping to the user and storing it in the exercise history DB.

The exercise information analysis step may include a use identification information extraction step in which the fitness exercise management unit extracts usage identification information from the exercise information; Momentum information extraction step of the fitness exercise management unit extracting the exercise information from the exercise information; The fitness exercise management unit analyzes any one or more of the exercise time, number of exercises, number of sets, speed, amount of calories consumed, activation amount for each muscle, and body response according to the fitness device from the exercise amount information, and generates analysis information accordingly. Step of analyzing the momentum information stored in the exercise history DB; a statisticization step in which the fitness exercise management unit generates statistical information obtained by statisticizing the analyzed analysis information by one or more of daily, weekly, monthly, and yearly data and stores the statistical information in the exercise history DB; and a visualization information generation step of generating visualization information for the exercise quantity information and statistical information by the fitness exercise management unit and storing the visualization information in the exercise history DB.

The method includes: a user terminal in which a fitness exercise management application is installed and used by the user provides the fitness exercise management application according to the fitness exercise management application and through a mobile linkage unit that operates in conjunction with a fitness exercise information management unit. a user exercise information request process of transmitting exercise information request information requesting the visualization information to the fitness exercise information management unit; And when the fitness exercise management unit receives exercise information request information including the user identification information from the user terminal through the mobile interlocking unit, visualization information corresponding to the user identification information is sent to the user terminal through the fitness exercise management application. It is characterized in that it further comprises a process of providing visualization information provided.

The method: User exercise in which pairing is performed with the IoT fitness exercise information collection device, and upon completion of pairing, a user terminal wirelessly connected transmits exercise information request information including the usage identification information to the IoT fitness exercise information collection device. information request process; And when the IoT fitness exercise information collection device receives the exercise information request information from the user terminal, if the usage identification information included in the exercise information request information and the set usage identification information match, the exercise information currently measured and generated is transmitted to the user terminal. Characterized in that it comprises a process of providing user terminal exercise information transmitted to.

The present invention collects exercise information for each user by applying an attachable IoT fitness exercise information collection device, so it is effective to collect exercise information for fitness devices regardless of whether the fitness device is old or new.

In addition, the present invention has an effect of enabling the user to perform fitness exercise more efficiently by collecting exercise information for users who are a plurality of members, analyzing the collected exercise information, and providing various information to the user.

In addition, when the present invention provides an attachable IoT fitness exercise information collection device to a user who is a member, the user identification information and the device identification information, which is the IoT fitness exercise information collection device identification information, are matched, so that the attachment type IoT fitness exercise information collection device is more convenient. The use of settings can be performed with the effect.

In addition, the present invention allows user identification information to be input through an attachable IoT fitness exercise information collection device according to another embodiment, and the corresponding user identification information, device identification information of the IoT fitness exercise information collection device, and fitness identification information It is convenient for the manager because it receives the exercise information including the IoT fitness exercise information collection device and sets the use of the attached IoT fitness exercise information collection device so that the manager does not have to set the use of the IoT fitness exercise information collection device every time the member enters the gym. There is an effect that can provide.

In addition, the present invention has the effect of obtaining the information more reliably and quickly because the user can obtain exercise information about himself directly from the IoT fitness exercise information collection device using his user terminal.

1 is a diagram showing the configuration of a fitness exercise management system according to the present invention.
Figure 2 is a view showing an example of the installation of the fitness exercise management system according to the present invention of the attached IoT fitness exercise information collection device.
3 is a diagram showing an example of a mechanical configuration of an attachable IoT fitness exercise information collection device or a tracker sensor unit attached to a treadmill device of a fitness exercise management system according to the present invention.
4 is a block diagram showing the block configuration of the attached IoT fitness exercise information collection device of the fitness exercise management system according to the present invention.
Figure 5 is a block diagram showing the fitness exercise management unit of the fitness exercise management system according to the present invention.
6 is a diagram showing an example of a fitness exercise information providing screen provided to a user mobile terminal in the fitness exercise management system according to the present invention.
7 is a procedure diagram illustrating a fitness exercise management method according to the present invention.
8 is a flowchart illustrating a method of analyzing exercise information among fitness exercise management methods according to the present invention.
9 is a procedure diagram illustrating a method of providing exercise information according to another embodiment of the fitness exercise management method according to the present invention.
10 is a procedure diagram showing an IoT fitness exercise information collection device using a user terminal and a fitness device usage setting method among fitness exercise management methods according to another embodiment of the present invention.

Hereinafter, with reference to the accompanying drawings, the configuration and operation of the fitness exercise management system to which the attachable IoT fitness exercise information collection device according to the present invention is applied will be described in detail, and the use setting of the attachable IoT fitness exercise information collection device in the system. , and explain how to collect and analyze exercise information.

1 is a diagram showing the configuration of a fitness exercise management system according to the present invention, Figure 2 is a view showing an example of mounting an attached IoT fitness exercise information collection device of the fitness exercise management system according to the present invention, Figure 3 is It is a diagram showing an example of the mechanical configuration of the attached IoT fitness exercise information collection device or tracker sensor unit attached to the treadmill device of the fitness exercise management system according to the present invention. It will be described with reference to FIGS. 1 to 3 below.

Referring to FIG. 1, the fitness exercise management system according to the present invention includes a plurality of IoT fitness exercise information collection devices 1 and a fitness exercise management unit 200, and according to an embodiment, a mobile interlocking unit 300 and a user terminal (400) may be further included.

As shown in FIG. 2, the attachable IoT fitness exercise information collection device 1 of the present invention is directly attached to the exercise element object 4, or only the tracker sensor means including at least one sensor is attached to the exercise element object 4. It is attached to collect motion information by measuring the amount of change in distance, rotation, inclination, tension, acceleration, rotation angle, and body response of the motion element object (4). As the attachment method, one or more of a weight pin attachment method, a magnet attachment method, a band attachment method, etc. may be applied, and it would be preferable to be configured so that all attachment methods can be applied.

If the weight pin attachment method is described as an example, when the fitness device is a cable weight exercise device, the IoT fitness exercise information collection device 1 and the tracker sensor means are weights that are exercise element objects 4 as shown in FIG. The weight pin may be integrally or detachably configured so that it can be inserted and attached to the fixing hole of the.

The tracker sensor means is configured in the form shown in FIG. 3 when adjusting the exercise weight (resistance load) according to the tilt control, such as the treadmill footrest, and detects the rotational speed of the conveyor belt of the treadmill footplate by the rotation sensor 501. It may be configured to measure the inclination of the treadmill footrest by the angle sensor 502.

As shown in FIG. 2, the exercise element object 4 may be a weight, a treadmill footrest including a conveyor belt, a pedal of a bicycle, or a body of an exerciser.

The attached IoT fitness exercise information collection device 1 transmits the generated exercise information to the fitness exercise management unit 200 through the Internet of Things (IoT) network 3. The exercise information includes fitness identification information for any fitness device to which the IoT fitness exercise information collection device 1 is attached and the user is exercising, the device identification information of the IoT fitness exercise information collection device 1 and the fitness device. It includes exercise amount information for, and may further include user identification information and the like according to an embodiment. Hereinafter, usage identification information is used as a collective term for both the device identification information and the user identification information.

In addition, according to the embodiment, the attachable IoT fitness exercise information collection device 1 may directly transmit exercise information to the user terminal 400 through a direct short-range wireless communication method or the IoT network 3. At this time, the IoT fitness exercise information collection device 1 and the user terminal 400 should be paired according to the same wireless communication protocol.

The detailed configuration and operation of the IoT fitness exercise information collection device 1 will be described in detail with reference to FIG. 4 below.

The mobile interlocking unit 300 provides the fitness exercise management application to the user terminal 400 or provides an exercise management web page to the user terminal 400 .

When receiving exercise information request information including the user identification information from the user terminal 400, the mobile interlocking unit 300 interworks with the fitness exercise management unit 200 and uses the user identification information through the fitness exercise management application. Visualization information corresponding to is provided to the user terminal 400 .

The user terminal 400 collects data collected from the fitness exercise management unit 200 through the mobile interlocking unit 300 to which any one or more of an application server and a web server providing an application providing a fitness exercise management service according to an embodiment is applied. Receives and displays visualization information including motion information.

The user terminal 400 obtains device identification information from the IoT fitness exercise information collection device 1, obtains fitness identification information from the fitness device 2, and pre-set user identification according to another embodiment of the present invention. information, device identification information and fitness identification information are transmitted to the fitness exercise management unit 200 so that usage settings for the IoT fitness exercise information collection device 1 and fitness devices can be performed at the same time It could be.

4 is a block diagram showing the block configuration of the attached IoT fitness exercise information collection device of the fitness exercise management system according to the present invention.

4, the attachable IoT fitness exercise information collection device 1 according to the present invention includes a tracker storage unit 10, a display unit 20, an input unit 30, an IoT communication unit 40, a tracker sensor unit ( 50) and the tracker control unit 100, and may further include a connection unit 60, an audio output unit 70, and a use identification unit 80 according to embodiments.

The tracker storage unit 10 includes a program area for storing a control program for controlling the overall operation of the attachable IoT fitness exercise information collection device 1 according to the present invention, and a temporary area for temporarily storing data generated during the execution of the control program. , It includes a data area for semi-permanently storing data generated during the execution of the control program and data necessary for the execution of the control program. In the data area, a fitness equipment DB 11 and a fitness equipment setting DB 12 will be configured according to the present invention.

The fitness equipment DB 11 stores fitness device information including fitness identification information, sensor information, and setting element information for each of a plurality of fitness devices. The setting element information is an element to be set by the user for each fitness device, and when the fitness device is a weight exercise device and the exercise element object 4 is a weight, an exercise corresponding to a distance measured by the tracker sensor unit 50 of the present invention. It may be a weight (= resistance load weight), and may be an inclination of a treadmill footrest when the fitness device is an aerobic exercise machine and the exercise element object 4 is a treadmill footrest. The setting element information may be information input by a user or information measured by the tracker sensor unit 50.

The fitness equipment setting DB 12 stores setting information (distance value, exercise weight value, inclination value, bicycle tension value, etc.) for setting element information corresponding to the attached fitness equipment.

The display unit 20 may be composed of one or more multi-color light emitting diodes (LEDs), text liquid crystal displays (LCDs), graphic LCDs, and the like.

The display unit 20 is controlled by the tracker controller 100 to display information according to the operating state of the fitness exercise information collection device 1 .

When the display unit 20 is composed of a text LCD and a graphic LCD, it may display various information according to operating conditions and provide text or graphic user interface means for setting setting information of the fitness equipment.

The input unit 30 is a key input device that outputs a key signal corresponding to a pressed key including one or more keys to the tracker control unit 100. When the display unit 20 is composed of an LCD, the LCD screen is integrally It may include any one or more of a touch pad configured to output a position signal corresponding to a touched position.

The IoT communication unit 40 wirelessly connects to the IoT network 3, performs pairing with another device connected to the IoT network 3, and performs data communication with the paired device. The IoT network 3 is a local network including a WiFi network and a Zigbee network, an Internet network (wide area network (WAN)) including the local network, 3 Generation (3G), 4G , and mobile communication networks such as 5G.

The tracker sensor unit 50 is a sensor module that includes at least one sensor according to an attached fitness device and measures an exercise amount measurement element, and outputs an exercise amount measurement element signal according to the configured sensor to the tracker control unit 100. The exercise amount measuring element may be the distance, speed (rotation number), angle, tension, acceleration, angular velocity, and body response signal (heartbeat, pulse, etc.) of the exercise element object 4 for each fitness device.

The tracker sensor unit 50 includes a speed measurement sensor 51 for measuring the speed of the movement element object 4, which is a movement measurement element, a distance measurement sensor 52 for measuring a distance for measuring a change in distance, and a movement element object ( 4) an angle measurement sensor 53 for measuring the tilt of the body, a tension measurement sensor 54 for detecting the tension of the rotating body, a body response measurement sensor 55 for detecting body response signals such as pulse and heartbeat, It may include any one or more of an acceleration sensor 56 that measures acceleration and angular velocity.

The speed measurement sensor 51 detects the rotation of the rotating body, which is the motion element object 4, and outputs a count signal as a momentum measurement element signal to the tracker control unit 100 for each rotation, or the speed according to the cycle of the count signal It is measured and output to the tracker control unit 100 as a momentum measuring element signal.

The distance measurement sensor 52 may be an ultrasonic sensor or an infrared sensor, and measures the distance from the motion element object 4 to a reference point, and transmits the measured distance signal to the tracker control unit 100 as a momentum measurement element signal. print out

The angle measurement sensor 53 is for measuring the inclination as a motion measurement element when the inclination of the motion element object 4 is adjusted and the motion weight changes accordingly, and the inclination of the motion element object 4 is measured. And, the measured slope signal is output to the tracker control unit 100 as a momentum measuring element signal.

The tension measuring sensor 54 is for measuring the tension as a motion measuring element when the tension of the motion element object 4 is adjusted and a corresponding motion load is generated, and the tension of the motion element object 4 (rotation body) is measured, and the measured tension signal is output to the tracker controller 100 as a momentum measuring element signal.

The body response measuring sensor 55 is attached in the form of a band near the user's heart, wrist, etc. to detect the user's heartbeat, pulse, etc., and outputs a corresponding momentum measuring element signal to the tracker control unit 100.

The acceleration sensor 56 outputs the acceleration of the exercise element of the fitness device and the angular velocity according to the direction of movement to the tracker control unit 100 as an element signal for measuring momentum. Velocity and angle can be measured by the acceleration momentum measuring element signal.

Depending on the embodiment, the sensors of the tracker sensor unit 50 may be configured to be connected or disconnected from the attachable IoT fitness exercise information collection device 1.

To this end, a connection unit 60 having at least one port capable of connecting or disconnecting at least one sensor of the tracker sensor unit 50 and outputting a momentum measurement element signal received through the port to the tracker control unit 100 may include more.

The connection unit 60 may be a simple connection means for outputting a momentum measurement element signal input through a port to the tracker control unit 100, a connection means for performing data communication according to a wired communication protocol, or direct wireless communication It may be a connection means that performs data communication according to the protocol. The wired communication protocol may be a Universal Serial Bus (USB) or the like, and the wireless communication protocol may be Bluetooth or the like. However, when a communication protocol is applied, the same communication protocol should be applied to the tracker sensor unit 50 as well.

The audio output unit 70 is configured according to the embodiment and is controlled by the tracker control unit 100 to provide setting guide voice, user exercise, etc. for setting guidance of exercise setting elements of the attachable IoT fitness exercise information collection device 1 An exercise guide voice that guides the number of exercise, exercise time, exercise speed, etc. is output through a speaker. The exercise count guidance voice may be continuously output, but it would be preferable to be configured to be periodically output in consideration of battery performance.

The use identification unit 80 may be applied with a barcode reader, a QR code reader, a biometric information reader, a near field communication (NFC) reader, and the like, and user identification information and information from barcodes, QR codes, users and NFC tags, etc. The fitness identification information is recognized and output to the tracker control unit 100. User identification information may be a user name, membership number, phone number, biometric information, and the like.

It is preferable that the fitness identification information is included in a barcode, QR code, NFC tag, etc. and attached to the corresponding fitness device. The fitness identification information includes fitness device identification information including at least one of a device name and device type information of the fitness device and a unique identification number uniquely assigned to the fitness device.

The tracker control unit 100 includes an input/output processing unit 110, a fitness equipment selection unit 120, a device setting unit 130, an exercise measuring unit 140, and an exercise information generating unit 150, including attachment according to the present invention. Controls the overall operation of the type IoT fitness exercise information collection device (1).

Specifically, the input/output processing unit 110 processes input/output of information.

That is, the input/output processing unit 110 performs input/output processing of information through communication with the other user terminal 400 and the fitness exercise management unit 200 paired through the IoT communication unit 40, and the display unit 20 and the input unit ( 30), and the audio output unit 70 performs output processing of information according to an embodiment.

The fitness device selection unit 120 interlocks with the input/output processing unit 110 to select any one of the fitness devices stored in the fitness equipment DB 11 and attaches the attached IoT fitness exercise information collection device 1 to allow the user to exercise Set it up as a fitness device to do.

If the fitness equipment selection unit 120 includes the use identification unit 80 according to the embodiment, it will be attached to the fitness device of the fitness identification information input through the use identification unit 80 and configured to set it as a fitness device to exercise. It could be.

The device setting unit 130 operates when a fitness device is selected in the fitness equipment selection unit 120.

The device setting unit 130 is connected to the input/output processing unit 110 to attach the attachable IoT fitness exercise information collection device 1 or the tracker sensor unit 50 to the exercise element object 4 providing the exercise weight to be exercised. is requested, and when attached to the exercise element object 4, the exercise measurement element is measured through the tracker sensor unit 50, and the exercise weight according to the measured exercise measurement element is calculated and set.

The exercise element object 4 may vary according to the type of fitness exercise. The types of fitness exercise include equipment weight exercise using cable exercise equipment, low pull exercise equipment, high pull exercise equipment, etc., free weight exercise using benches, power racks, barbells, dumbbells, kettlebells, etc., treadmills, bicycles, ellipticals, etc. There are aerobic exercises that are used, and bare-body exercises that do not use equipment.

The motion measurement unit 140 measures motion measurement elements such as distance, number of revolutions, time, angle, and body response signal according to the user's motion through the tracker sensor unit 50, and measures the amount of motion and the motion time according to the motion measurement elements , Calorie consumption, and exercise amount information including body reaction information are generated.

The exercise information generation unit 150 is pre-stored in the exercise amount information output from the exercise measurement unit 140, the fitness identification information input through the use identification unit 80 or the input unit 30, and the tracker storage unit 10 Creates exercise information including use identification information including device identification information of the IoT fitness exercise information collection device 1 in the room.

The exercise information generation unit 150 may further include user identification information obtained through any one of the use identification unit 80 and the input unit 30 as the use identification information in the exercise information and transmit it.

The exercise information providing unit 160 transmits the generated exercise information to the paired fitness exercise management unit 200 through the IoT communication unit 40, or according to another embodiment, the IoT communication unit 40 or the connection unit 60 ( It may be configured to be transmitted to the user terminal 400 through a short-distance wireless communication protocol such as Bluetooth).

In the above description, the case in which the exercise measurer 140 calculates the number of exercises, the number of sets, the amount of calories consumed, and the like, and the exercise information provider 160 transmits exercise information including the above information has been described. However, without configuring the exercise measurement unit 140, that is, without counting the number of exercises and sets described above and calculating the amount of calories consumed, the exercise information generator 150 and the exercise information transmitter 160 are tracker sensor units It may be configured to generate exercise information including the exercise quantity measuring element signal collected through 50 as exercise quantity information and then transmit it to the fitness exercise management unit 200 .

5 is a block diagram showing a block diagram of a fitness exercise management unit of a fitness exercise management system according to the present invention, and FIG. 6 shows an example of a fitness exercise information providing screen provided to a user mobile terminal in a fitness exercise management system according to the present invention. is the drawing shown. It will be described with reference to FIGS. 5 and 6 below.

The fitness exercise management unit 200 includes a server storage unit 210, a communication unit 220, and a server control unit 230, and may further include a usage identification information detection unit 280 according to an embodiment.

The server storage unit 210 includes a program area for storing a control program for controlling the overall operation of the fitness exercise management unit 200 according to the present invention, a temporary area for temporarily storing data generated during execution of the control program, and the control program It includes a data area capable of semi-permanently storing data required for execution and data generated during the execution of the control program. In the data area, according to the present invention, a member DB 211, a fitness equipment DB 212, a fitness equipment setting DB 213, and an exercise history DB 214 may be configured.

The member DB 211 stores member information including user identification information and member identification information for a user who wants to receive a fitness exercise management service according to the present invention. The user identification information may be biometric information such as a phone number of the user terminal 400, a user's fingerprint, and an iris. The member identification information may be a member identification number or the like.

The fitness equipment DB 212 and the fitness equipment setting DB 213 will store the same information as the fitness equipment DB 111 and the fitness equipment setting DB 112 of the IoT fitness exercise information collection device 1. However, the fitness equipment DB 212 may further map and store information on whether each fitness device is used, user information about a user using the fitness device, and usage time information. In addition, the fitness equipment setting DB 213 receives the exercise measuring element signal as exercise amount information from the attachable IoT fitness exercise information collection device 1, and displays exercise time, exercise number, number of sets, calorie consumption, bioreaction information, etc. It would be desirable to be configured when creating.

The exercise history DB 214 stores exercise information for each user who is a member, analysis information on the exercise information, statistical information, usage setting information for the used IoT fitness exercise information collection device 1, and the like.

The communication unit 220 connects to the IoT network 3 so that the IoT fitness exercise information collection devices 1 wirelessly connected to the IoT network 3 and the server control unit 230 can perform data communication.

The use identification information detection unit 280 is configured according to an embodiment of the present invention, and is attached to the fitness device to be used by the user to use the fitness device and provides information about the device identification information of the IoT fitness exercise information collecting device 1 to be used and the user. It is a means for acquiring user identification information.

Preferably, the use identification information detection unit 280 includes at least one of a biometric information detection unit 281, a barcode recognition unit 282, a QR code recognition unit 283, and an NFC reader 284. .

The biometric information detection unit 281 detects the user's biometric information and outputs it to the server control unit 230 as user identification information.

The barcode recognition unit 282 recognizes the user identification information or device identification information from the barcode including the user identification information and the barcode including the device identification information of the IoT fitness exercise information collection device 1, and sends the server control unit 230 print out

The QR code recognition unit 283 recognizes the user identification information or device identification information from the QR code including the user identification information of the user and the device identification information of the IoT fitness exercise information collection device 1 to recognize the server It is output to the control unit 230.

The NFC reader 284 reads the user identification information and device identification information of the user from the NFC tag including the NFC tag and the device identification information, respectively, and outputs the user identification information to the server control unit 230 .

The server control unit 230 includes a use setting unit 240, an exercise information collection unit 250, an exercise information analysis unit 260, and a visualization information providing unit 270, and the fitness exercise management unit 200 according to the present invention control the overall operation of

The usage setting unit 240 includes a usage identification information acquisition unit 241 and a collection device matching unit 242 .

The use identification information acquisition unit 241 detects user identification information and device identification information included in the exercise information collected through the exercise information collection unit 250 according to the embodiment and outputs them to the collection device matching unit 242, According to another embodiment, user identification information and device identification information are obtained through the use identification information detection unit 280 and output to the collection device matching unit 242 .

The collection device matching unit 242 matches the user identification information and the device identification information input from the use identification information acquisition unit 241 according to the embodiment to collect IoT fitness exercise information of the device identification information for the user. Execute the usage setting of (1).

In addition, the collection device matching unit 242 matches the fitness identification information of the exercise information to the user identification information and the device identification information according to another embodiment to determine the fitness device for the user and the IoT fitness exercise information collection device 1. It may be configured to perform usage setting.

The exercise information collection unit 250 collects exercise information from the IoT fitness exercise information collection device 1 used for each user through the communication unit 220, matches the corresponding user identification information, and stores it in the exercise history DB 214.

The exercise information analysis unit 260 includes a usage identification information extraction unit 261, momentum information extraction unit 262, momentum information analysis unit 263, statistics unit 264, and visualization information generation unit 265. Analysis information is generated by analyzing exercise information, statistical information about the analysis information and momentum information is generated, and visualization information corresponding to the analysis information and statistical information is generated.

Specifically, the usage identification information extraction unit 261 extracts usage identification information from the exercise information.

The momentum information extractor 262 extracts momentum information from the exercise information.

The exercise amount information analyzer 263 extracts any one or more of the exercise time, exercise number, set number, speed, calorie consumption, and body response according to the fitness device from the exercise amount information according to an embodiment, and , Fitness devices used by time, exercise amount by fitness device used, activation amount by muscle, etc. are analyzed, and analysis information is generated and stored in the exercise history DB 214.

In addition, the exercise amount information analyzer 263 according to another embodiment uses the exercise measuring element signals (information) included in the exercise amount information to exercise time, exercise number, set number, speed, and calorie consumption according to the corresponding fitness device. , Body response information, etc. are generated, fitness devices used daily, monthly, and hourly, exercise amount for each used fitness device and activation amount for each muscle are analyzed, and analysis information is generated and stored in the exercise history DB 214. It could be.

The statistic unit 264 generates statistical information that statisticizes the analyzed analysis information into one or more of daily, weekly, monthly, and yearly data, and stores it in the exercise history DB 214 .

As shown in FIG. 6 , the visualization information generation unit 265 generates visualization information for the momentum information and statistical information and stores it in the exercise history DB 214 .

The visualization information generating unit 265 does not store the generated visualization information in the exercise history DB 214, and analyzes information and It may be configured to generate visualization information as shown in FIG. 8 by combining statistical information.

The visualization information providing unit 270 transmits the generated visualization information to the user terminal 400 as shown in FIG. 6 to be displayed.

7 is a procedure diagram illustrating a fitness exercise management method according to the present invention.

Referring to FIG. 7, when the fitness exercise management unit 200 provides the attachable IoT fitness exercise information collection device 1 to a user who wants to exercise at the front of a gym or at home, the attachable IoT fitness exercise information collection device ( By mapping the device identification information of 1) to the user identification information and storing it in the exercise history DB 214, the use setting of the attachable IoT fitness exercise information collection device 1 is performed for the user (S110).

The present invention as described above may be applied and used at home, but will be described based on a gym having a plurality of fitness devices.

The attachable IoT fitness exercise information collection device 1 is powered on, and when the setting of the fitness device to exercise and the device setting of the fitness device are completed, exercise by whether or not an exercise measuring element signal is input through the tracker sensor unit 50 It is determined whether this starts (S111).

When the exercise is started, the attachable IoT fitness exercise information collection device 1 generates exercise information for the exercise measuring element signal collected through the tracker sensor unit 50, and generates exercise information including the generated exercise information. After (S113), it is transmitted to the fitness exercise management unit 200 (S115).

When the S110 is performed according to the embodiment, the exercise information only needs to include any one of user identification information and device identification information, which are use identification information, and when S110 is not performed according to another embodiment, the exercise information includes user identification information. and device identification information should both be included.

If the above S110 is not performed, the fitness exercise management unit 200 extracts usage identification information including device identification information and user identification information from the received exercise information, and attaches the device identification information to the user of the user identification information. The use setting of the IoT fitness exercise information collection device 1 is performed (S119).

When the use setting of the attachable IoT fitness exercise information collection device 1 is completed by any one of the above S110 and S119, the fitness exercise management unit 200 analyzes the exercise amount information of the received exercise information to generate analysis information (S121 ), generating statistical information about the momentum information and analysis information of the exercise information (S123).

When the momentum information, analysis information, and statistical information are generated, the fitness exercise management unit 200 generates visualization information for the momentum information, analysis information, and statistical information and stores it in the exercise history DB 214 (S125).

After generating the visualization information, the fitness exercise management unit 200 monitors whether exercise information request information is received from the user terminal 400 according to the embodiment (S127), and when the exercise information request information is received from the user terminal 400 (S129) The generated and stored visualization information is provided to the user terminal 400 (S131).

On the other hand, according to another embodiment, when receiving an exercise information request signal from the user terminal 400, the fitness exercise management unit 200 generates visualization information for the exercise amount information, analysis information, and statistical information and transmits it to the user terminal 400. may be configured to do so.

8 is a flowchart illustrating a method of analyzing exercise information among fitness exercise management methods according to the present invention.

Referring to FIG. 8 , the fitness exercise management unit 200 monitors whether exercise information is received from the attached IoT fitness exercise information collection device 1 (S211).

When the exercise information is received, the fitness exercise management unit 200 extracts user identification information from the exercise information to identify the user (S213), and extracts fitness identification information from the exercise information to identify the fitness device on which the identified user has exercised. Do (S215).

When the user and the fitness device are identified, the fitness exercise management unit 200 analyzes the exercise amount information of the exercise information, and the number of exercises for the fitness device, the number of sets (the set is determined by the change in the receiving interval of the exercise measurement element signal), and the exercise By analyzing time, calorie consumption, and body response (heart rate, pulse rate, etc.) information, daily, monthly, and hourly fitness devices used, exercise amount for each fitness device used, and activation amount for each muscle are analyzed (S217), and analysis information is generated accordingly. It is stored in the exercise history DB (214) (S219).

9 is a procedure diagram showing a method for providing exercise information according to another embodiment among the fitness exercise management methods according to the present invention, and a procedure diagram showing a method for a user terminal to receive exercise information directly from an attachable IoT fitness exercise information collection device. .

Referring to FIG. 9 , the user terminal 400 checks whether a request for exercise information by the user is generated (S311).

When a request for exercise information is generated, the user terminal 400 receives input from the user or generates exercise information request information including pre-stored access security information of the collection device (S313), and then the attachable IoT fitness exercise information collection device (1) It is transmitted to (S315). The collection device access security information may be provided by a manager who provides an attachable IoT fitness exercise information collection device. In addition, it is preferable that the collection device access security information is configured to be valid only for a certain period of time (1 hour, 2 hours, 3 hours, 1 day, etc.).

When the exercise information request information is received from the user terminal 400 while monitoring whether exercise information request information is received (S317), the attachable IoT fitness exercise information collection device 1 accesses the collection device included in the exercise information request information. The security information is compared with the pre-set registration collection device access security information, and verification is performed according to whether they match (S319).

The attachable IoT fitness exercise information collection device 1 determines success as a result of performing the verification (S321), and if the verification fails, transmits the verification failure to the user terminal 400 (S323), and if the verification is successful The generated exercise information is transmitted to the user terminal 400 (S325).

The user terminal 400 receiving the exercise information will display the exercise information on the display screen (S327).

10 is a procedure diagram showing an IoT fitness exercise information collection device using a user terminal and a fitness device usage setting method among fitness exercise management methods according to another embodiment of the present invention.

Referring to FIG. 10, the fitness exercise management unit 200 receives and registers member information including user identification information for a user using the user terminal 400, and registers it in a plurality of IoT fitness exercise information collection devices 1. Device identification information for each fitness device 2 is stored and registered, and fitness device 2 is registered by storing fitness identification information for each of the fitness devices 2 (S411).

The fitness exercise manager will provide the attached IoT fitness exercise information collection device 1 to the user using the user terminal 400 at the front.

Then, the user will move and attach the attachable IoT fitness exercise information collection device 1 to the fitness device 2 to which he/she wants to exercise.

Before or after attachment, the user must inform the fitness exercise management unit 200 that he will use the attachable IoT fitness exercise information collection device 1 and the fitness device 2 to exercise through the user terminal 400.

Specifically, when the fitness exercise management application is driven, the user terminal 400 monitors whether a usage setting event for the IoT fitness exercise information collection device 1 is generated (S413).

When a usage setting event for the IoT fitness exercise information collecting device 1 occurs, the user terminal 400 requests to obtain device identification information from the IoT fitness exercise information collecting device 1 (S415), and the IoT fitness exercise It is monitored whether device identification information is obtained from the information collection device 1 (S419).

The device identification information may be printed on the outside of the attachable IoT fitness exercise information collection device 1 in the form of a QR code, barcode, or attached in the form of a sticker, attached to the outside in the form of an RFID tag, or attached to the inside. may be composed.

Since the user terminal 400 is a mobile terminal including a camera and an NFC function such as a smart phone or smart pad, device identification information can be easily acquired from the QR code, barcode, RFID tag, or the like.

When the device identification information is obtained from the attachable IoT fitness exercise information collection device 1, the user terminal 400 requests fitness identification information to be acquired and checks whether the fitness identification information is acquired (S423).

The fitness identification information may also be attached or printed on the fitness device in the form of a QR code, barcode, or RFID tag.

When the fitness identification information is obtained, the user terminal unit 400 transmits usage setting information including the device identification information, pre-stored user identification information, and fitness identification information to the fitness exercise management unit 200 through the mobile interlocking unit 300. It will be transmitted to or directly transmitted to the fitness exercise management unit 200 (S427).

The fitness exercise management unit 200 receiving the use setting information determines whether the user using the user terminal 400 uses the IoT fitness exercise information collection device 1 and the fitness device 2, and the IoT fitness The exercise information collected from the exercise information collection device 1 is stored and managed as information about the user.

On the other hand, it is common knowledge in the art that the present invention is not limited to the above-described typical preferred embodiments, but can be implemented by various improvements, changes, substitutions, or additions within the scope of the present invention. If you have the , you can easily understand. If the implementation by such improvement, change, substitution or addition falls within the scope of the appended claims below, the technical idea should also be regarded as belonging to the present invention.

1: IoT fitness exercise information collection device 2: fitness device
3: IoT network 4: motion element object
10: tracker storage unit 11: fitness equipment DB
12: fitness equipment setting DB 20: display unit
30: input unit 40: IoT communication unit
50: tracker sensor unit 51: speed measurement sensor
52: distance measurement sensor 53: angle measurement sensor
54: tension measurement sensor 55: body response measurement sensor
56: acceleration sensor 60: connection
70: audio output unit 80: use identification unit
100: tracker control unit 110: input/output processing unit
120: fitness equipment selection unit 130: device setting unit
140: motion measuring unit 150: motion information generating unit
160: exercise information providing unit 200: fitness exercise management unit
210: server storage unit 211: member DB
212: fitness equipment DB 213: fitness equipment setting DB
214: movement history DB 220: communication department
230: server control unit 240: use setting unit
241: use identification information acquisition unit 242: collection device matching unit
250: exercise information collection unit 260: exercise information analysis unit
261: use identification information extraction unit 262: momentum information extraction unit
263: statistic unit 264: momentum information analysis unit
265: visualization information generating unit 270: visualization information providing unit
300: mobile interlocking unit 400: user terminal

Claims (16)

It is attached to and detached from the exercise element object of the fitness device, and after obtaining fitness identification information for the attached fitness device when attached to any fitness device, measuring the momentum measurement element for the exercise element of the exercise element object, and measuring the measured momentum A plurality of IoT fitness exercise information collection devices that generate and transmit exercise information including exercise amount information on the user's exercise amount using the fitness device for elements, usage identification information including their own device identification information, and exercise information including the fitness identification information. ; and
Collects exercise information from the IoT fitness exercise information collection device through the IoT network, identifies the fitness device by fitness identification information included in the exercise information, and attaches to the fitness device by device identification information of the usage identification information It identifies the IoT fitness exercise information collection device, identifies a user using the fitness device, analyzes the user's exercise amount using the fitness device based on the exercise amount information of the exercise information, and outputs the analyzed analysis information. Fitness exercise management system characterized in that it comprises a fitness exercise management unit to do.
According to claim 1,
The fitness exercise management unit,
a communication unit that connects to the IoT network and performs data communication with a plurality of IoT fitness exercise information collection devices through the IoT network;
A member DB for storing member information including user identification information and member identification information for the user, a fitness equipment DB for storing fitness device information for fitness identification information, exercise information for each user who is a member, and the exercise information A server storage unit including an exercise history DB for storing analysis information about; and
Collects exercise information from the IoT fitness exercise information collection device through the communication unit, identifies the IoT fitness exercise information collection device by device identification information of the usage identification information included in the exercise information by referring to the fitness equipment DB, The fitness device is identified by the fitness identification information, the user using the fitness device is identified by the use identification information, and the exercise amount of the user using the fitness device is analyzed by the exercise amount information of the exercise information. , A fitness exercise management system comprising a server controller for storing the exercise information and the analyzed analysis information in the exercise history DB.
According to claim 2,
The IoT fitness exercise information collection device,
As the use identification information, user identification information of a user to exercise on the fitness device and device identification information of the IoT fitness exercise information collection device are included in the exercise information and transmitted,
The server control unit,
An exercise information collection unit for collecting exercise information from the IoT fitness exercise information collection device through the communication unit and storing it in the exercise history DB;
A use setting unit configured to set the use of the IoT fitness exercise information collection device of the device identification information for the user of the user identification information included in the collected exercise information; and
Referring to the fitness equipment DB, the fitness device is identified by the fitness identification information included in the exercise information, the user of the fitness device is identified by the user identification information, and a device set for use by the user of the user identification information. Analysis information is generated by analyzing the amount of exercise using the fitness device of the user based on the exercise amount information of the exercise information collected from the IoT fitness exercise information collection device of the identification information, and then mapped to the user and stored in the exercise history DB. Fitness exercise management system characterized in that it comprises an exercise information analysis unit to do.
According to claim 2,
The IoT fitness exercise information collection device,
As the use identification information, the device identification information of the IoT fitness exercise information collection device is included in the exercise information and transmitted,
The fitness exercise management unit,
Further comprising a usage identification information detection unit for obtaining and outputting user identification information for the user and device identification information of the IoT fitness exercise information collection device,
The server control unit,
A use setting unit configured to set the use of the IoT fitness exercise information collection device of the device identification information for the user of the user identification information obtained through the use identification information detection unit;
An exercise information collection unit for collecting exercise information from the IoT fitness exercise information collection device through the communication unit and storing it in the exercise history DB; and
Referring to the fitness equipment DB, identifying the fitness device by fitness identification information included in the exercise information, and using the fitness device by user identification information of a user set to be used for the device identification information included in the exercise information Identifies the user, analyzes the amount of exercise using the fitness device of the user based on the exercise amount information of the exercise information collected from the IoT fitness exercise information collection device of the device identification information set for the user of the user identification information, and analyzes the analysis information After generating, fitness exercise management system characterized in that it comprises an exercise information analyzer for mapping to the user and storing it in the exercise history DB.
According to claim 3 or 4,
The exercise information analysis unit,
a use identification information extractor extracting use identification information from the exercise information;
a momentum information extraction unit for extracting momentum information from the exercise information;
From the exercise amount information, any one or more of the exercise time, number of exercises, number of sets, speed, amount of calories consumed, activation amount for each muscle, and body response according to the fitness device are analyzed, and analysis information is generated accordingly to be stored in the exercise history DB. Momentum information analysis unit to store;
a statistic unit generating statistical information obtained by statisticizing the analyzed analysis information by any one or more of daily, weekly, monthly, and yearly data and storing the statistical information in the exercise history DB; and
The fitness exercise management system comprising a visualization information generator for generating visualization information for the exercise amount information and statistical information and storing it in the exercise history DB.
According to claim 5,
A terminal used by the user, in which a fitness exercise management application is installed, and a user terminal receiving and displaying the visualization information through the exercise management application; and
The fitness exercise management application is provided to the user terminal, and when receiving exercise information request information including the user identification information from the user terminal, the user identification information is linked to the fitness exercise management unit through the fitness exercise management application. The fitness exercise management system further comprising a mobile interlocking unit providing corresponding visualization information to the user terminal.
According to claim 1,
A user terminal that performs pairing with the IoT fitness exercise information collection device, receives the exercise information from the IoT fitness exercise information collection device upon completion of pairing, and displays fitness identification information and exercise amount information included in the exercise information. A fitness exercise management system comprising:
According to claim 4,
The use identification information detection unit,
a biometric information detection unit that detects user's biometric information and outputs it as user identification information; and
Fitness exercise characterized by comprising a QR code recognition unit for obtaining the user identification information and device identification information from the QR code containing the user identification information of the user and the QR code containing the device identification information of the IoT fitness exercise information collection device management system.
According to claim 1,
The IoT fitness exercise information collection device,
IoT communication unit for wirelessly accessing the IoT network and performing data communication with at least one paired device connected to the IoT network;
Fitness equipment DB for storing fitness device information including fitness identification information, sensor information, and setting element information for each of a plurality of fitness devices, and fitness equipment storing setting information for the setting element information corresponding to the attached fitness device Tracker storage unit including a setting DB;
a tracker sensor unit including at least one sensor that outputs an exercise amount measuring element signal for measuring an exercise amount of an exerciser in response to the attached fitness device; and
Select one of the fitness devices stored in the fitness equipment DB to be attached, set it as a fitness device to exercise, store setting information including setting element information corresponding to the set fitness device in the fitness equipment setting DB, Exercise information including exercise amount information for the fitness device, fitness identification information, and usage identification information including own device identification information based on the exercise measurement element signal input from the tracker sensor unit and setting information for the selected fitness device A fitness exercise management system comprising a tracker controller for generating and transmitting to a paired device through the IoT communication unit.
After obtaining the fitness identification information for the attached fitness device when the IoT fitness exercise information collection device detachably attached to the exercise element object of the fitness device is attached, the exercise amount measuring element for the exercise element of the exercise element object is measured, and the measured exercise amount An exercise information providing process of generating and transmitting exercise information including exercise amount information for a user's exercise amount using the fitness device for a measurement element, use identification information including his/her own device identification information, and fitness identification information; and
The fitness exercise management unit collects exercise information from the IoT fitness exercise information collection device, identifies the fitness device by fitness identification information included in the exercise information, and uses the device identification information of the use identification information to identify the IoT fitness exercise information. Fitness that identifies the collection device, identifies the user of the fitness device by the use identification information, analyzes the user's exercise amount using the fitness device based on the exercise amount information of the exercise information, and outputs the analyzed analysis information. A fitness exercise management method comprising an exercise management process.
According to claim 10,
The exercise information providing process,
The IoT fitness exercise information collection device selects one of the fitness devices stored in the fitness equipment DB, sets it as the fitness device to be attached, and transmits setting information including setting element information corresponding to the set fitness device to the fitness equipment setting DB. A fitness device setting step of setting the fitness device to be exercised by storing in the;
An exercise amount measuring step in which the IoT fitness exercise information collection device generates exercise information by measuring an exercise quantity for the fitness device based on an exercise quantity measuring element signal input from a tracker sensor unit; and
The IoT fitness exercise information collection device generates exercise information including the exercise amount information, the fitness identification information and use identification information, and transmits the exercise information to the fitness exercise management unit through the IoT communication unit. How to manage fitness workouts.
According to claim 10,
The exercise information providing process,
A fitness device identification step of acquiring fitness identification information for the attached fitness device when the IoT fitness exercise information collection device is attached to and detached from the exercise element object of the fitness device;
The IoT fitness exercise information collection device obtains user identification information of a user to exercise on the fitness device and device identification information of the IoT fitness exercise information collection device as the use identification information, and includes the user identification information and device identification information a use identification information acquisition step of generating use identification information;
An exercise amount information generating step of generating exercise information by the IoT fitness exercise information collection device by measuring an exercise quantity for the fitness device by an exercise quantity measuring element signal input from a tracker sensor unit; and
A transmission step of generating exercise information including the exercise amount information and the usage identification information and transmitting the exercise information to the fitness exercise management unit,
The fitness exercise management process,
An exercise information collection step in which the fitness exercise management unit collects exercise information from a plurality of IoT fitness exercise information collection devices through a communication unit and stores the exercise information for each user in an exercise history DB;
A use setting step in which the fitness exercise management unit sets the use of the IoT fitness exercise information collection device of the device identification information for the user of the user identification information included in the collected exercise information; and
The fitness exercise management unit identifies the fitness device by fitness identification information included in the exercise information by referring to the fitness equipment DB, identifies the user of the fitness device by the user identification information, and identifies the user of the user identification information. After generating analysis information by analyzing the amount of exercise using the fitness device of the user based on the exercise amount information of the exercise information collected from the IoT fitness exercise information collection device of the device identification information set for use, the exercise is mapped to the corresponding user. A fitness exercise management method comprising the step of analyzing exercise information stored in a history DB.
According to claim 10,
The fitness exercise management process,
A use identification information detection step of obtaining and outputting user identification information for the user and device identification information of the IoT fitness exercise information collection device through the use identification information detection unit by the fitness exercise management unit;
A use setting step of setting the use of the IoT fitness exercise information collection device of the device identification information to the user of the user identification information obtained through the use identification information detection unit by the fitness exercise management unit;
An exercise information collection step in which the fitness exercise management unit collects exercise information from the IoT fitness exercise information collection device through the communication unit and stores it in an exercise history DB; and
The fitness exercise management unit identifies the fitness device by fitness identification information included in the exercise information by referring to the fitness equipment DB, and uses the user identification information of the user set to be used for the device identification information included in the exercise information. Identifies a user using the device, and determines the amount of exercise using the fitness device of the user by the exercise amount information of the exercise information collected from the IoT fitness exercise information collection device of the device identification information set for the user of the user identification information. After analyzing and generating analysis information, the fitness exercise management method comprising the step of analyzing the exercise information to be mapped to the corresponding user and stored in the exercise history DB.
According to claim 12 or 13,
The exercise information analysis step,
a usage identification information extraction step in which the fitness exercise management unit extracts use identification information from the exercise information;
Momentum information extraction step of the fitness exercise management unit extracting the exercise information from the exercise information;
The fitness exercise management unit analyzes any one or more of the exercise time, number of exercises, number of sets, speed, amount of calories consumed, activation amount for each muscle, and body response according to the fitness device from the exercise amount information, and generates analysis information accordingly. Step of analyzing the momentum information stored in the exercise history DB;
a statisticization step in which the fitness exercise management unit generates statistical information obtained by statisticizing the analyzed analysis information by one or more of daily, weekly, monthly, and yearly data and stores the statistical information in the exercise history DB; and
The fitness exercise management method comprising a visualization information generating step of generating visualization information for the exercise amount information and statistical information by the fitness exercise management unit and storing it in the exercise history DB.
According to claim 14,
A user terminal, which is a terminal in which a fitness exercise management application is installed and used by the user, provides the fitness exercise management application according to the fitness exercise management application and provides the fitness exercise information through a mobile linkage unit that operates in conjunction with a fitness exercise information management unit. a user exercise information request process of transmitting exercise information request information requesting the visualization information to a management unit; and
When the fitness exercise management unit receives exercise information request information including the user identification information from the user terminal through the mobile linkage unit, visualization information corresponding to the user identification information is provided to the user terminal through the fitness exercise management application. A fitness exercise management method further comprising a process of providing visualization information.
According to claim 10,
A user exercise information request process of performing pairing with the IoT fitness exercise information collection device and transmitting exercise information request information including the use identification information from a wirelessly connected user terminal to the IoT fitness exercise information collection device upon completion of pairing; and
When the IoT fitness exercise information collection device receives the exercise information request information from the user terminal, if the usage identification information included in the exercise information request information and the set usage identification information match, the currently measured and generated exercise information is sent to the user terminal. A fitness exercise management method comprising a process of providing user terminal exercise information to be transmitted.

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