KR20200101688A - A motion state measuring device, a real-time motion information management system, and a motion state measuring method - Google Patents

Abstract

The present invention relates to an exercise state measuring apparatus, a real-time exercise information managing system, and an exercise state measuring method. The present invention manages personal exercise and exercise information by mutually connecting an exercise state measuring device (10), a smartphone of an exerciser or an exercise analyzing device (20), a data managing unit (30) for connecting a data server (31) and data (32), and a smartphone (40) of a manager. Provided is the exercise state measuring apparatus including the exercise state measuring device (10) which remotely inquires and manages an exercise amount and information anytime anywhere by managing data collected by displaying and managing a state of an exercise amount of a user in real time; and the smartphone of the exerciser or the exercise analyzing device (20) which places the exercise state measuring device (10) in an exercise position to check a state of exercise, senses an exercising state, and displays and records a result. The present invention helps to continuously exercise by adding fun and interest to boring and repetitive exercise; provides motivation of the exercise by opening the exercise amount anytime anywhere with exercise data; greatly improves quality and reliability of the exercise state measuring device; and provides a good image by satisfying various needs of consumers who are users.

Description

A motion state measuring device, a real-time motion information management system, and a motion state measuring method}

An embodiment of the present invention relates to an exercise state measurement device, a real-time exercise information management system, and an exercise state measurement method, and in more detail, it helps to continuously exercise by adding fun and interest to boring and repetitive exercise, The exercise data is used to view the amount of exercise anytime, anywhere to give motivation to exercise, and this greatly improves the quality and reliability of the exercise state measuring device, thus satisfying the diverse needs (needs) of users, consumers, and a good image. It was made to be able to plant.

As is well known, every year at the beginning of the year, I start exercising with a lot of determination related to diet and exercise.

Although more and more people start exercising by themselves at home or by registering at a health club, in reality, most of them have difficulty in exercising for a long time or give up immediately even if they start exercising.

According to a survey of people who started exercising by related organizations, a survey of 499 workers last year found that 96% of workers were interested in sports, but only 4 out of 10 people exercised regularly.

It is said that the reason for failing to exercise was "weakening will." As a result of the “National Health Awareness Survey” conducted by the Korea Institute for Health Promotion, 61.2% answered that the reason for failing in their efforts for health was “because they are weak and lazy.”

I start exercising with a commitment at the beginning of the year, but when I do exercise at home personally, I work out for a day or two, but unlike the initial commitment, I get bored and the number of times I exercise more and more, and eventually I give up.

There are also people who have suffered personal exercise failures and start exercising by registering at a health club. However, it is difficult to fill a month or two even with a firm heart.

Therefore, in order to solve the above problem, a momentum measuring device has been developed in the prior art, but it is inconvenient to use due to structural deficiencies, and there is a large problem that there is no technology for measuring and managing the motion state with a smart app.

In order to solve the above problems, the following prior art documents have been developed in the prior art, but there is still a large problem that cannot solve the problems of the prior art at once.

Republic of Korea Patent Publication No. 0892665 (2009. 04. 02) has been registered. Korean Registered Patent Publication No. 1220179 (2013. 01. 03) has been registered. Korean Patent Application Publication No. 2005-0112217 (2005. 11. 30) has been disclosed. Korean Patent Application Publication No. 2011-0119999 (2011. 11. 03) has been published.

The present invention was conceived to solve the problems of the prior art as described above, and an exercise state measurement device equipped with a smart PT control unit and an exercise state detection unit, an exerciser's smartphone or exercise analysis device, a data management unit, and The first purpose is to have a manager terminal or a smartphone, and the second object of the present invention according to the above technical configuration is to help you continue to exercise by adding fun and interest to boring and repetitive exercise. It is designed to provide motivation for exercise by viewing the exercise amount anytime, anywhere using data, and the third purpose is to display and manage the user's exercise amount status in real time with a smartphone app, an exercise analysis device, while managing the collected data on the server. It is an integrated management at anytime and anywhere so that the exercise amount and information can be viewed and managed remotely, and the fourth object of the present invention is that the exercise state measuring device of the present invention uses the exercise state measuring device system for members registered in a health club. It is used for personal training instead of coaches so that members' exercise status and management can be provided anytime, anywhere personal exercise information at low cost, and the fifth purpose is to use a portable exercise condition measuring device to exercise the user's exercise. Motion state measurement that helps and manages boring exercise systematically and fun by expressing the user's exercise state visually and aurally using a smartphone app, which is an exercise analysis device, using the detected sensor value. A device is provided, and the sixth purpose is to place the exercise state measuring device in the exercise position to check the state of exercise, detect the state of exercise, and display and record the result with a smartphone app to record individual exercise. The purpose of the seventh is to support the exercise of boring exercises with fun by managing accumulated data not only on indoor bicycles but also on all fitness equipment and bare body exercises. 8 The goal is, after all, the ultimate goal The movement is planned and started, but the movement that fails every time is to be continuously exercised by adding interest and fun using the exercise state measuring device of the present invention, and the ninth purpose is to improve the quality and reliability of the exercise state measuring device. Since it is greatly improved, it provides an exercise state measuring device, a real-time exercise information management system, and a method of measuring exercise state that satisfy various needs (needs) of users as users and instill a good image.

In order to achieve this object, the present invention is to manage personal exercise and exercise information by providing an exercise state measuring device, an exerciser's smartphone or exercise analysis device, and a data management unit connected to the data server and the data manager's smartphone. , An exercise state measuring device for remotely inquiring and managing exercise amount and information anytime, anywhere by managing the collected data while displaying and managing the state of the user's exercise amount in real time; And an exerciser's smartphone or exercise analysis device that detects the exercise state by placing the exercise state measurement device in the exercise position so as to check the state of the exercise, and displays and records the result thereof. Provides.

In addition, the present invention is a motion state measuring device; And the exercise state measurement device controls and senses the distance value of the sensing unit detected by the exercise state detection unit by a sensor communication unit and transmits it to a smart PT control unit, and to a smartphone or an exercise analysis device of an athlete connected through the Bluetooth communication unit. The sensor value is transmitted, and all data generated by the exercise state measurement device are programmed by the exerciser's smartphone or the exercise analysis device app so that the data management unit can store the data, and the data stored in the data management unit is authenticated anytime, anywhere. Provides a real-time exercise information management system using an exercise state measuring device, characterized in that all information on individual exercise quantity can be viewed through a network through a manager terminal or a smartphone.

In addition, the present invention uses an exercise state measuring device to display and manage the user's reciprocating or rotating momentum status in real time while managing the collected data to remotely inquire and manage the amount of exercise and information anytime, anywhere. The step of extracting the sensor value for may include positioning the motion state measuring device at a location capable of recognizing the reciprocating motion; Connecting the exerciser's smartphone or the exercise analysis device with the Bluetooth communication unit of the exercise state measurement device; Selecting the type of reciprocating motion in the exerciser's smartphone or motion analysis device, and setting a sensor minimum/maximum value; Reading, by the exercise state detection unit, a sensor distance value as the exercise starts; Reciprocating one reciprocating motion; The target number completion step of proceeding to the previous step if'No', and proceeding to the next step if'Yes' according to whether the reciprocating movement once reciprocates; An exercise state measuring apparatus and a method for measuring an exercise state using a real-time exercise information management system are provided, characterized in that the step of ending when the target number of times is completed, otherwise proceeds to a step before reading the sensor distance value.

As described in detail above, the present invention is to be provided with an exercise state measuring device equipped with a smart PT control unit and an exercise state detection unit, a smart phone or an exercise analysis device of an athlete, a data management unit and a manager terminal or a smart phone. .

The present invention according to the above-described technical configuration helps to continuously exercise by adding fun and interest to boring and repetitive exercise, and to give motivation of exercise by viewing the amount of exercise anytime, anywhere using exercise data. will be.

In addition, the present invention displays and manages the state of the user's exercise amount in real time with a smartphone app, which is an exercise analysis device, and integrates and manages the collected data in the management server so that the exercise amount and information can be remotely inquired and managed anytime, anywhere.

In addition, the present invention exercise state measurement device is used for personal training instead of a fitness coach using an exercise state measurement device system for members registered in a health club, so that the member's exercise state and management can be obtained at low cost and personal exercise amount information anytime, anywhere. I made it possible to provide.

In addition, the present invention senses the user's exercise state using an exercise state measuring device that can be carried anytime, anywhere, and visually and aurally detects the user's exercise state using a smartphone app that is an exercise analysis device using the detected sensor value. It provides an exercise state measuring device that helps and manages the boring exercise by expressing it systematically and fun.

In particular, the present invention detects the exercise state by placing the exercise state measuring device in the exercise position so that the state of exercise can be checked, and the result is displayed and recorded with a smartphone app to record and notify individual exercise. It was designed to support continuous implementation.

In addition, the present invention supports not only indoor bicycles, but also accumulated data in all fitness equipment and bare body exercise, so that boring exercise can be exercised with fun.

In addition, the final object of the present invention is to plan and start a continuous exercise every time, but to continuously exercise by adding interest and fun to the exercise that fails every time by using the exercise state measuring device of the present invention.

The present invention greatly improves the quality and reliability of the exercise state measuring device due to the above-described effect, and thus it is a very useful invention that satisfies the various needs (needs) of consumers, who are users, and allows a good image to be planted.

Hereinafter, a preferred embodiment of the present invention for achieving this effect will be described in detail with reference to the accompanying drawings.

1 is an exercise state measuring device and real-time exercise information management applied to the present invention
Block diagram of the system.
Figure 2 is a configuration diagram of another embodiment of the motion state measuring device applied to the present invention.
3 is a view of the type of reciprocating motion.
4 is a diagram of the type of rotational motion.
Figure 5 is a state diagram attached to the present invention exercise state measuring device to the fitness equipment.
6 is a diagram of a process of extracting a sensor distance value for a reciprocating motion.
7 is a diagram of a process of extracting a sensor distance value for a rotational motion.
(A)(b)(c)(d)(e)(f)(g)(h)(i) of FIG. 8 is an exerciser's smartphone or exercise analysis field
A diagram explaining Chi's program app.

The exercise state measurement apparatus, the real-time exercise information management system, and the exercise state measurement method applied to the present invention are configured as shown in FIGS. 1 to 8.

In the following description of the present invention, if it is determined that a detailed description of a related known function or configuration may unnecessarily obscure the subject matter of the present invention, a detailed description thereof will be omitted.

In addition, terms to be described later are terms set in consideration of functions in the present invention, and since these may vary according to the intention or custom of the producer, the definition should be made based on the contents throughout the present specification.

In addition, the size and thickness of each component shown in the drawings are arbitrarily shown for convenience of description, so the present invention is not necessarily limited to those shown in the drawings.

First, the present invention relates to an exercise state measurement device 10, an exerciser's smartphone or exercise analysis device 20, and a data management unit 30 connected to the data server 31 and the data 32, and the manager's smartphone 40 ) Are interconnected to manage personal exercise and exercise information.

To this end, the present invention is provided with an exercise state measurement device 10 for remotely inquiring and managing exercise amount and information anytime, anywhere by managing the collected data while displaying and managing the state of the user's exercise amount in real time.

In addition, the present invention includes an exerciser's smartphone or exercise analysis device 20 that detects the exercise state by placing the exercise state measuring device 10 in the exercise position so that the state of exercise can be checked, and displays and records the result. Provides an exercise state measuring device.

All data generated by the exercise state measuring device 10 of the present invention are programmed in the exerciser's smartphone or an app of the exercise analysis device 20 so that they can be stored in the data management unit 30, and stored in the data management unit 30. The data can be viewed anytime, anywhere, by any authenticated person, and provides an exercise state measurement device, characterized in that all information on individual exercise amounts can be viewed through a network through a manager terminal or a smartphone 40.

In particular, the exercise state measurement device 10 controls and senses the distance value of the detection unit detected by the exercise state detection unit 13 by the sensor communication unit 12 and transmits it to the smart PT control unit 11, and the Bluetooth communication unit The sensor value is transmitted to the exerciser's smartphone or exercise analysis device 20 connected through (15).

At this time, the motion state detection unit 13 is preferably made of an ultrasonic sensor or an infrared sensor composed of a transmitter and a receiver to detect the state of motion.

In addition, the smart PT control unit 11 has a touch display display unit 14 that displays the operating state of the exercise state measuring device 10 and displays the state of the battery 16 or the current state of Bluetooth operation, and sound. A speaker 17 for generating a signal and a power supply unit 18 for turning the power on and off are provided.

Meanwhile, the exercise state measuring device 10 applied to the present invention uses a flexible wire 55 that is easy to bend in order to detect the exercise state according to the body movement according to the exercise item. It is configured to protrude to the outside of the measuring device 10, and in addition, a height adjustment rod 51 is provided in the connection part 50 for the height of the motion state measuring device 10, and in addition, the distance of the motion state measuring device 10 Provides a motion state measurement device, characterized in that a plurality of stands 52 with wheels are included at the lower end of the height adjustment rod 51 in order to flexibly bend the movement and the base as well as change it into a free form. do.

On the other hand, the exercise state measurement device 10 described in the present invention controls and senses the distance value of the detection unit detected by the exercise state detection unit 13 by the sensor communication unit 12, and the smart PT control unit 11 And transmits the sensor value to the exerciser's smartphone or exercise analysis device 20 connected through the Bluetooth communication unit 15, and all data generated by the exercise state measurement device 10 is a data management unit 30 The program is processed in the app of the exerciser's smartphone or exercise analysis device 20 so that it can be stored in, and the data stored in the data management unit 30 can be viewed anytime, anywhere, by anyone authenticated, and through the manager terminal or smartphone 40 It provides a real-time exercise information management system using an exercise state measuring device, characterized in that all information on individual exercise amount can be viewed through a network.

At this time, the motion state detection unit 13 sets the lowest point (recognition distance) and the highest point (initialization distance) in the app of the exerciser's smartphone or motion analysis device 20 in the reciprocating motion, and processes one reciprocating motion as completion. Alternatively, the motion state detection unit 13 detects a repetitive cycle in the exerciser's smartphone or the app of the motion analysis device 20 in the rotational motion, analyzes the information of the rotational motion, and then records the speed and motion distance. It provides a real-time exercise information management system using the exercise state measuring device.

On the other hand, the present invention can be variously modified and take various forms in applying the above-described components.

And it should be understood that the present invention is not limited to the particular form mentioned in the detailed description above, but rather, including all modifications, equivalents, and substitutes within the spirit and scope of the present invention as defined by the appended claims. It should be understood as.

The operational effects of the present invention exercise state measurement apparatus, real-time exercise information management system, and exercise state measurement method configured as described above will be described as follows.

First of all, the present invention is to provide a device that introduces Smart PT technology to help you exercise without boredom while exercising anytime, anywhere.

In addition, the purpose of the invention is to support the continued exercise more systematically using the exercise database accumulated for each individual, and in the case of a health club, smart support for personalized training for each individual using the member's individual exercise database.

In the end, by adding a device that can motivate the mind to continue exercising, it is possible to obtain the fruits of continuous exercise.

To this end, Fig. 1 applied to the present invention shows a block diagram of an exercise state measuring apparatus and a real-time exercise information management system, and reference numeral 21 denotes a leg press fitness device.

2 is a configuration diagram of another embodiment of the exercise state measuring device applied to the present invention. The exercise state measuring device of FIG. 1 is mainly used by attaching to a fitness equipment, and the exercise state measuring device of FIG. 2 is mainly around or around fitness equipment. It was shown to be used by placing it around a bare body exercise.

In other words, FIG. 2 shows the motion state measurement device 10 to move variably, unlike FIG. 1, and allows the motion state detection unit 13 to move freely through the flexible wire 55 to determine the motion state. In addition, the movement state can be accurately measured through the height adjustment rod 51 connected to the connection part 50, and the movement state measurement device 10 through the pedestal 52 It can be easily moved to a desired location to provide convenience of use.

In particular, the support 52 has a wheel at the bottom to help the distance movement of the exercise state measuring device 10, and the support can be flexibly bent and can be changed into a free form, so the use of the exercise state measuring device 10 Will provide the convenience of

3 is a diagram showing a type of reciprocating motion, showing squash, let pull-down, push-ups, leg presses, leg extensions, and sit-ups.

4 is a diagram showing a type of rotational exercise, showing an indoor exercise bike, an elliptical and a treadmill.

Figure 5 is a state diagram of the present invention in which the exercise state measuring device is attached to a fitness equipment, is a view showing a state in which the user exercises after mounting the exercise state measuring device 10 on the leg press 21, the user pushes the foot and puts it back In the process, the exercise state measuring device 10 counts the number of exercise.

When the above-described effects of the present invention are described in more detail as follows.

5 is a schematic diagram of a state in which the exercise state measuring device 10 is attached to the leg press fitness device 21. Of course, in addition to the fitness equipment 21, it will be possible to operate the same by installing the exercise state measuring device 10 in a position that can detect the reciprocating motion even in the bare body exercise. An ultrasonic sensor capable of detecting the state of exercise is operated in the exercise state measurement device 10 attached to the leg press fitness device 21. In particular, the SmartPT control unit 11 of the present invention controls the motion state detection unit 13 to extract the distance value of the sensor in order to detect this motion in units of 0.1 seconds. The extracted distance value of the sensor is transmitted in real time to the SmartPT control unit 11 through the sensor communication unit 12. Meanwhile, the touch display display unit 14 displays the operating state of the exercise state measuring device 10. In addition, the touch display display unit 14 is configured to display the state of the battery 16 or the current state of blue pitcher operation. The distance value of the sensor extracted from the motion detection sensor 13 is transmitted to the exerciser's smartphone or the motion analysis device 20 app through the blue pitcher communication unit 15. In the exerciser's smartphone or the exercise analysis device 20 app, as shown in Fig. 8(c), various types of exercise can be selected from the app to exercise.

In addition, the app of the exerciser's smartphone or exercise analysis device 20 is operated as follows. That is, Fig. 8(a) is an app icon installed on a smartphone, and Fig. 8(b) is a flash screen when an app is executed. Before performing the exercise, check the connection state by connecting the exercise state measuring device 10 with a blue pitcher in Fig. 8(i).

On the other hand, when all preparations for various exercises are completed, the exerciser sets the exercise state measuring device 10 as follows and starts exercising. Fig. 8(c) shows an exercise by selecting a type of exercise from an exercise list registered as the main screen of the app. Here, all motions are divided into reciprocating motion and rotary motion, and the reciprocating motion is configured to set the minimum value (recognition distance) and maximum value (initialization distance) of the sensor distance. It operates on the basis of increasing 1 exercise when reciprocating the minimum and maximum values of the sensor distance value once. Reciprocating exercises include most of the exercises, such as squats, push-ups, and sit-ups, which are bare body exercises, and there are fitness equipment such as let pull-down, leg press, and leg intension.

There are treadmills, indoor exercise bikes, and ellipticals for rotational movement. When selecting a rotational exercise, the exercise state measuring device 10 is placed next to a fitness equipment where rotational movement is detected, and the minimum value (recognized distance) and the maximum value (initialization distance) are automatically determined in the moving motion by detecting the rotational movement for a certain period of time. Program it to set. The motion state measuring device 10 may convert the repeated cycle of the rotational motion into a speed using information. The converted speed is displayed as a variety of information on the screen of Fig. 8(d), and is programmed so that the athlete can recognize it by calculating the final exercise distance. In this way, all data generated by the exercise state measuring device 10 are programmed in the smartphone 20 app so that they can be stored in the data management unit 30. The data stored in the data management unit 30 can be viewed by any authenticated person anytime, anywhere, and all information on individual exercise amounts can be viewed. In the exercise information, the program can be managed in an app of the manager's smartphone 40, a personal computer, etc. so that general exercise information and exercised calories can be clearly viewed.

Meanwhile, FIG. 6 is a diagram of a process of extracting a sensor distance value for a reciprocating motion.

The present invention uses the exercise state measuring device 10 to display and manage the user's reciprocating or rotational momentum state in real time while managing the collected data to remotely inquire and manage the amount of exercise and information anytime, anywhere. The step of extracting the sensor value for the exercise goes through each of the following steps.

That is, a step of positioning the motion state measuring device 10 at a place where reciprocating motion can be recognized is performed.

Thereafter, the present invention goes through the step of connecting the exerciser's smartphone or the exercise analysis device 20 with the Bluetooth communication unit 15 of the exercise state measurement device 10 (S100)

Subsequently, the present invention goes through the steps of selecting the type of reciprocating motion in the exerciser's smartphone or motion analysis device 20 and setting the sensor minimum/maximum values (S110).

Thereafter, according to the present invention, the exercise state detection unit 13 reads the sensor distance value according to the start of the exercise. (S120)

Subsequently, the present invention goes through a step of reciprocating one reciprocating motion (S130).

Thereafter, the present invention goes through a target number completion step of proceeding to the previous step if it is'No' and proceeds to the next step if it is'Yes' according to whether or not one reciprocating motion is reciprocated (S140).

Finally, the present invention provides an exercise state measuring apparatus and a method for measuring exercise state using a real-time exercise information management system that undergoes the step of terminating when the target number of times is completed, otherwise proceeds to a step before reading a sensor distance value.

7 is a diagram of a process of extracting a sensor distance value for a rotational motion.

The step of extracting the sensor value for the rotational movement among the movements goes through each of the following steps.

That is, a step of positioning the motion state measuring device 10 in a place where rotational motion can be recognized is performed.

Thereafter, the present invention goes through the step of connecting the exerciser's smartphone or the exercise analysis device 20 with the Bluetooth communication unit 15 of the exercise state measurement device 10 (S200)

Subsequently, the present invention goes through the step of selecting the type of rotational motion in the exerciser's smartphone or the motion analysis device 20, and setting the sensor automatically (S210).

Thereafter, the present invention goes through the step of reading the period sensor value by the exercise state detection unit 13 as the exercise starts (S220).

Subsequently, the present invention goes through a step of displaying the rotational motion with a speedometer (S230).

Finally, the present invention proceeds to the step before reading the periodic sensor value if it is'No' and ends the exercise if it is'Yes' according to whether the target time/distance is completed (S240); through the exercise state measuring device and real-time exercise information management Provides a method of measuring motion conditions using a system.

8 (a) (b) (c) (d) (e) (f) (g) (h) (i) is a diagram illustrating a program app of an exerciser's smartphone or exercise analysis device.

At this time, FIG. 8(a) is a view in which the app icon of the exercise state measurement device 10 is displayed on the smartphone or the exercise analysis device 20.

In the present invention, when the user executes (touches) the app, the flash main screen as shown in FIG. 8(b) is opened.

Thereafter, according to the present invention, when the user starts exercising after selecting an exercise item (eg, indoor bicycle) desired by the user while the screen shown in FIG. 8(c) is displayed, a screen as shown in FIG. 8(d) appears. In such a state, the speed at which the bicycle pedal is stepped is displayed on the screen.

In addition, FIG. 8(e) shows an edit screen for removing, storing, and canceling indoor bicycle exercise data.

8(f) is a screen during data reception.

8(g) shows an editing screen for removing, saving, and canceling squad workout data.

8(h) shows a screen window for additionally selecting another exercise item on the exercise item screen.

Fig. 8(i) is an exercise result screen, showing clear log, return to main screen, and Bluetooth connection menu.

The present invention as described above is intended to help an individual to continue exercising by adding interest to the exercise that fails each time by displaying the state and number of exercise and showing the stored exercise result so as not to get bored whether exercising at home or at a health club. .

In addition, it is possible to motivate exercise achievement and continued exercise by showing the calories consumed, results, etc. using the database generated from exercise.

In addition, in the health club, a person does not directly perform individual training using the member's personal exercise information, but a more systematic training is performed with a small number of personnel using the aggregated member's exercise database, so that individual customized training can be performed at low cost.

The exercise information of these members can provide a system that can comprehensively manage the members' health and condition.

The technical idea of the exercise state measurement device, the real-time exercise information management system, and the exercise state measurement method of the present invention can actually repeat the same result, and in particular, by implementing the present invention, it is possible to contribute to industrial development by promoting technological development. It's well worth protecting.

<Explanation of symbols for major parts of drawings>
10: motion state measuring device
11: Smart PT control unit
13: Motion state detection unit
20: exerciser's smartphone or exercise analysis device
30: Data Management Department
40: Administrator terminal or smartphone

Claims (7)

The exercise state measurement device 10, the exerciser's smartphone or exercise analysis device 20, and the data server 31 and the data 32 connected to the data management unit 30 and the manager's smartphone 40 are interconnected To manage personal exercise and exercise information,
An exercise state measurement device 10 for remotely inquiring and managing exercise amount and information anytime, anywhere by managing the collected data while displaying and managing the user's exercise amount state in real time; And
A smartphone or exercise analysis device 20 of an exerciser for displaying and recording the result by placing the exercise state measuring device 10 in the exercise position so as to check the state of exercise; characterized in that it includes Device for measuring the state of motion
The method according to claim 1,
The motion state measuring device 10,
The distance value of the detection unit detected by the exercise state detection unit 13 is controlled and sensed by the sensor communication unit 12 and transmitted to the smart PT control unit 11, and the smartphone of the athlete connected through the Bluetooth communication unit 15 Or the exercise state measurement device, characterized in that transmitting the value of the sensor to the motion analysis device (20).
The method according to claim 1 or 2,
The motion state measuring device 10,
In order to be able to detect according to the movement of the body according to the exercise item, the exercise state detection unit 13 is configured to protrude to the outside of the exercise state measurement device 10 using a flexible wire 55 that is easy to bend, and
For the height of the motion state measuring device 10, the connection part 50 is provided with a height adjustment rod 51, in addition
In order to move the distance of the motion state measurement device 10 and flexibly bend the base and change it into a free form, a plurality of bases 52 with wheels are included at the lower end of the height adjustment bar 51. Movement state measuring device, characterized in that.
The motion state measuring device 10 according to any one of claims 1 to 3; And
The exercise state measurement device 10 controls and senses the distance value of the detection unit detected by the exercise state detection unit 13 by the sensor communication unit 12 and transmits it to the smart PT control unit 11, and the Bluetooth communication unit ( 15) to transmit the sensor value to the smartphone of the athlete connected through or to the exercise analysis device 20,
All data generated by the exercise state measurement device 10 are programmed in the exerciser's smartphone or an app of the exercise analysis device 20 so that they can be stored in the data management unit 30,
The data stored in the data management unit 30 can be viewed by any authenticated person anytime, anywhere,
A real-time exercise information management system using an exercise state measuring device, characterized in that all information on an individual exercise amount can be viewed through a network through a manager terminal or a smartphone 40.
The method of claim 4,
The motion state detection unit 13 sets the lowest point (recognition distance) and the highest point (initialization distance) in the app of the exerciser's smartphone or motion analysis device 20 in the reciprocating motion, and processes one reciprocating motion as completion, or ,
The motion state detection unit 13 detects a repetitive cycle in the exerciser's smartphone or the app of the motion analysis device 20 in the rotary motion, analyzes the information of the rotary motion, and then records the speed and the motion distance. Real-time exercise information management system using a condition measuring device.
Using the exercise state measuring device 10 according to any one of claims 1 to 3, the user's reciprocating or rotating momentum status is displayed and managed in real time while the collected data is managed to remotely inquire and manage the momentum and information anytime, anywhere Stay in,
Extracting a sensor value for the reciprocating motion among the motions,
Positioning the motion state measuring device 10 at a place where reciprocating motion can be recognized;
Connecting the exerciser's smartphone or the exercise analysis device 20 with the Bluetooth communication unit 15 of the exercise state measurement device 10;
Selecting the type of reciprocating motion in the exerciser's smartphone or motion analysis device 20, and setting a sensor minimum/maximum value;
Reading, by the exercise state detection unit 13, a sensor distance value according to the start of exercise;
Reciprocating one reciprocating motion;
The target number completion step of proceeding to the previous step if'No' and proceeding to the next step if'Yes' according to whether or not the reciprocating movement once round trip;
After completing the target number of times, the step of terminating; otherwise, the exercise state measurement device and the exercise state measurement method using a real-time exercise information management system, characterized in that it proceeds to a step before reading the sensor distance value.
The method of claim 6,
Extracting the sensor value for the rotational movement among the movements,
Positioning the motion state measuring device 10 in a place where rotational motion can be recognized;
Connecting the exerciser's smartphone or the exercise analysis device 20 with the Bluetooth communication unit 15 of the exercise state measurement device 10;
Selecting the type of rotational motion in the exerciser's smartphone or motion analysis device 20, and setting the sensor automatically;
Reading, by the exercise state detection unit 13, a periodic sensor value according to the start of exercise;
Displaying the rotational motion with a speedometer; And
Depending on whether the target time/distance is completed, if'No', proceeds to the previous step of reading the period sensor value, and if'Yes', the step of ending the exercise; exercise using an exercise state measurement device and a real-time exercise information management system, characterized in that it includes How to measure your condition.

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