KR102296726B1 - Sports safety checker with vital information - Google Patents

Abstract

The present invention relates to a sports safety checker that provides vital information, and more particularly, vital information including electrocardiogram information, blood pressure information, pulse information, body temperature information, stress index information, etc. of a sports active athlete or exercise participant who is a vital measurer. A sports safety checker that measures through one safety checker instead of using each measuring device, then comprehensively checks the individual's physical condition and provides vital information to inform the vital measurer whether exercise is possible. is about

Description

Sports safety checker with vital information

The present invention relates to a sports safety checker that provides vital information, and more particularly, vital information including electrocardiogram information, blood pressure information, pulse information, body temperature information, stress index information, etc. of a sports active athlete or exercise participant who is a vital measurer. A sports safety checker that measures through one safety checker instead of using each measuring device, then comprehensively checks the individual's physical condition and provides vital information to inform the vital measurer whether exercise is possible. is about

In recent years, as interest in health has increased, many people are aware of the need for exercise for health promotion, and are actually managing their health through various exercises.

It is common to use a fitness center or gym to keep in shape.

In the fitness center, you can work out systematically with a trainer using a variety of exercise equipment.

In particular, if you exercise with a trainer who has professional knowledge to create a healthy body, the popularity of personal training continues to increase because the effect of the exercise appears quickly.

However, the ratio of trainers who can be recognized for their professionalism among trainers working across the country is very low, and many people are currently receiving training from trainers who do not have qualifications.

In addition, injuries and injuries due to overtraining are also frequent because most exercise is performed according to the trainer's discretion without accurately analyzing one's own body information such as body type, physical strength, and basal metabolic rate.

Also, there are many members who do not feel the effects of exercise properly due to under-training.

In order to increase the effect of exercise, it is necessary to create an exercise schedule, set an exercise goal, and provide appropriate feedback by referring to the amount of exercise or physical condition.

However, in the related art, even when receiving personal training, it is not possible to obtain appropriate feedback information about one's own exercise amount and exercise effect, and thus scientific and systematic exercise is not possible, so it is not efficient.

In addition, if members do not visit the center frequently, or if there are more members than the number of trainers, individual service is practically impossible because the trainers do not give feedback on the exercise to all members individually, so distrust and image deterioration of the center This makes it difficult to acquire members.

On the other hand, as the average lifespan of the people increases and the quality of life is emphasized, interest in health is increasing, and national sports are in the spotlight for health management through leisure activities, and physical education is being promoted. The number of deaths due to cardiac abnormalities during sports events cannot be prevented.

In the prior art, there are many devices that use the wireless heart rate monitor as an APP that displays real-time exercise information through heart rate measurement. Since there is no technology to deliver information to respond, modern people who enjoy sports in their busy daily life need a technology to check the physical condition that allows them to participate in exercise efficiently within a short time.

Republic of Korea Patent Publication No. 10-1844897 Korean Patent Publication No. 10-2016-0107012

Accordingly, the present invention has been proposed in view of the problems of the prior art as described above, and a first object of the present invention is to measure vitality, such as electrocardiogram information, blood pressure information, pulse information, body temperature information, and stress index of a sports active athlete or exercise participant. Vital information including information is not measured by each measuring device, but is measured through a single safety checker, and through this, the individual's physical condition is comprehensively checked and the exercise is possible to inform the vital measurer. .

In other words, in order to prevent accidents due to physical abnormalities that may occur during sports activities or exercise participation, information to diagnose physical conditions before participating in sports activities or exercise and to prevent dangerous situations in advance (heart attack, etc.) The purpose of this is to enable one-stop checking of physical conditions (heart rate, blood pressure, pulse, body temperature, stress, etc.) through a sports safety checker.

In order to achieve the problem to be solved by the present invention, a sports safety checker that provides vital information according to an embodiment of the present invention,

A vital measuring means 100 that can measure vital information of a sports active athlete or exercise participant who is a vital measurer;

An information storage unit 200 for storing vital information measured by the vital measurement means, basic vital information by gender and age group, and basic information of a vital measurement person input from the information input means;

A display unit 300 for displaying on the screen whether the vital information measured by the vital measuring means and the sports activity or exercise participation determined by the safety check control means is possible;

An information input means 400 capable of inputting basic information including the gender and age of the vital measurer;

The vital information measured by the vital measurement means and basic information including the gender and age input through the information input means are obtained, and after extracting basic vital information that matches the gender and age of the vital measurement person, the measurement of the vital measurement means It is compared with the obtained vital information to determine whether the vital measurer can participate in sports activity or exercise, and provides the judgment result to the display unit. Safety check control means 500 to transmit,

and an alarm means 600 for outputting an alarm alarm when an alarm signal is received from the safety check control means.

A sports safety checker that provides vital information according to the present invention,

In order to prevent accidents due to physical abnormalities that may occur during sports activities or exercise participation, it is necessary to diagnose the physical condition before participating in sports activities or exercise and provide information to prevent dangerous situations (heart attack, etc.) in advance. By enabling the checker to check the physical condition (heart rate, blood pressure, pulse, body temperature, stress, etc.) one-stop at a time, it is possible to prevent accidents caused by physical abnormalities that may occur during sports activities or exercise participation. provides

1 is a conceptual configuration diagram of a sports safety checker that provides vital information according to an embodiment of the present invention.
Figure 2 is a conceptual block diagram of a sports safety checker that provides vital information according to an embodiment of the present invention.
3 is a conceptual configuration diagram of the vital measuring means 100 of the sports safety checker that provides vital information according to an embodiment of the present invention.
4 is a conceptual configuration diagram of a safety check control means 500 of a sports safety checker that provides vital information according to an embodiment of the present invention.
5 is a block diagram of a measurement vital information determination unit 530 of a sports safety checker that provides vital information according to an embodiment of the present invention.
6 is an overall configuration diagram of a sports safety checker that provides vital information according to this embodiment of the present invention.

The following is merely illustrative of the principles of the invention. Therefore, those skilled in the art will be able to devise various devices which, although not explicitly described or shown herein, embody the principles of the present invention and are included within the spirit and scope of the present invention.

In addition, it should be understood that all conditional terms and examples listed herein are, in principle, expressly intended only for the purpose of understanding the inventive concept and are not limited to the specifically enumerated embodiments and states as such. do.

A sports safety checker that provides vital information according to an embodiment of the present invention,

A vital measuring means 100 that can measure vital information of a sports active athlete or exercise participant who is a vital measurer;

An information storage unit 200 for storing vital information measured by the vital measurement means, basic vital information by gender and age group, and basic information of a vital measurement person input from the information input means;

A display unit 300 for displaying on the screen whether the vital information measured by the vital measuring means and the sports activity or exercise participation determined by the safety check control means is possible;

An information input means 400 capable of inputting basic information including the gender and age of the vital measurer;

The vital information measured by the vital measurement means and basic information including the gender and age input through the information input means are obtained, and after extracting basic vital information that matches the gender and age of the vital measurement person, the measurement of the vital measurement means It is compared with the obtained vital information to determine whether the vital measurer can participate in sports activity or exercise, and provides the judgment result to the display unit. Safety check control means 500 to transmit,

When an alarm signal is received from the safety check control means, it is characterized in that it comprises an alarm means (600) for outputting an alarm alarm.

In addition, the sports safety checker,

Obtain judgment result information including gender and age of the vital measurer from the safety check control means 500, basic vital information of the corresponding gender and age, measured vital information, set threshold information, sports activity or exercise participation possibility, and It is characterized in that it is configured to further include an output means 700 for printing output.

In addition, the vital measuring means 100,

an electrocardiograph 110 for measuring an electrocardiogram of a vital measurer;

a blood pressure meter 120 for measuring the blood pressure of a vital measurer;

a pulse meter 130 for measuring the pulse of a vital measurer;

a body temperature meter 140 for measuring the body temperature of a vital measurer;

At least one of the stress meter 150 for measuring the stress index of the vital measurer is included, and the electrocardiogram 110, blood pressure meter 120, pulse meter 130, body temperature meter 140, stress meter (150) It is characterized in that the measurement information measured by at least one or more measuring devices is provided to the safety check control means (500).

In addition, the safety check control means 500,

an information acquisition unit 510 for acquiring basic information including vital information measured by the vital measurement means and gender and age input through the information input means;

a basic vital information extraction unit 520 for extracting the gender and age information of the vital measurer obtained in the information acquisition unit, and extracting basic vital information corresponding thereto from the information storage unit 200;

a measured vital information determining unit 530 for comparing the extracted basic vital information with the measured vital information, determining whether it is out of a set threshold, and providing the determination result to the determination result processing unit;

A determination result processing unit ( 540); characterized in that it is configured to include.

In addition, the sports safety checker,

Doedoe further comprising a communication means (800),

It is connected to the network with the smart device 900 through the communication means and receives basic information including the gender and age of the vital measurer from the smart device and provides it to the information input means 400, and the vital from the safety check control means 500 It is characterized in that the determination result information including the gender and age of the measurer, basic vital information of the corresponding gender and age, setting threshold information, and whether sports activity or exercise participation is possible is obtained and provided to the smart device 900 .

Hereinafter, it will be described in detail through an embodiment of a sports safety checker that provides vital information according to the present invention.

1 is a conceptual block diagram of a sports safety checker that provides vital information according to an embodiment of the present invention.

As shown in FIG. 1 , it is configured to include a vital measuring means 100 , a display unit 300 , an information input means 400 , and an alarm means 600 .

In the case of FIG. 1, as an external view of a sports safety checker, the vital measuring means 100 is configured on the upper side of the main body to measure vital information of a sports active athlete or exercise participant who is a vital measurer.

Preferably, two vital measuring means are installed and configured to be spaced apart from each other by a predetermined interval so that the vital information can be measured by inserting the left and right arms of the vital measurer.

As described above, by configuring two vital measuring means, it is possible to improve the accuracy of vital information of the vital measurer.

For example, if the systolic blood pressure of the left arm is 110mmHg and the systolic blood pressure of the right arm is 120mmHg, looking at the normal reference value of the systolic blood pressure, it is determined that the right arm is not a normal blood pressure value.

However, when the average blood pressure values measured in the left and right arms are obtained, the systolic blood pressure -115 mmHg is obtained, which is a normal blood pressure value.

In this way, it is possible to improve the accuracy of the measured value by installing and configuring two rather than one.

In addition, the display unit 300 displays on the screen whether vital information measured by the vital measuring means and the sports activity or exercise participation determined by the safety check control means is possible.

For example, as described above, vital information such as systolic blood pressure - 115 mmHg, diastolic blood pressure - 75 mmHg, electrocardiogram - 25 mm/sec, pulse - 65 beats, body temperature - 36 degrees, stress index - 90, etc. will be displayed on the screen.

And, the information input means 400 performs a function of inputting basic information including the gender and age of the vital measurer.

For example, it is to input the gender, age, smart device number, etc. of the vital measurer, and an input page is provided to the vital measurer.

In addition, the alarm means 600 performs a function for outputting an alarm when an alarm signal is received from the safety check control means, for example, 'Please stop exercising for a while because your current physical condition is not normal. .' is output to the display unit and an alarm sound is output at the same time to induce the vital measurer to pause the current exercise.

2 is a conceptual block diagram of a sports safety checker that provides vital information according to an embodiment of the present invention.

As shown in Figure 2, the sports safety check machine, vital measuring means 100, information storage unit 200, display unit 300, information input means 400, safety check control means 500, alarm It will be configured to include means (600).

Specifically, the vital measuring means 100 performs a function for measuring vital information of a sports active athlete or an exercise participant who is a vital measurer.

That is, vital information including ECG information, blood pressure information, pulse information, body temperature information, and stress index information of the vital measurer is measured.

At this time, the information storage unit 200 stores the vital information measured by the vital measuring means.

And, the information input means 400 performs a function of inputting basic information including the gender and age of the vital measurer.

For example, an input page is provided for the information input means so that the vital measurer can input personal information, and gender, age, personal smart device number, etc. are input on the input page.

At this time, the information storage unit 200 stores the basic information of the vital measurer input by the information input means.

In addition, basic vital information for each gender and age group is stored in the information storage unit.

And, the safety check control means 500 that provides the core function of the present invention acquires vital information measured by the vital measurement means and basic information including gender and age input through the information input means.

At this time, the obtained vital information and basic information is stored and processed in the information storage unit.

In addition, basic vital information corresponding to the gender and age of the vital measurer stored in the information storage unit is extracted.

For example, if a man, 40 years old is input, basic vital information of a man 40 years old is extracted.

Then, by comparing the measured vital information of the vital measurer with the extracted basic vital information, it is determined whether the vital measurer can participate in sports activities or exercise.

For example, if the measured blood pressure corresponds to the basic vital information of a 40-year-old male, it will be determined that exercise participation is possible.

At this time, the determination result is provided to the display unit, which is to basically output the measured result value when it is measured.

In addition to this, when it is determined that sports activity or exercise participation is not possible as a result of the determination, an alarm signal is transmitted to the alarm means.

As described above, when it is impossible to participate in a sports activity or exercise, an alarm means is configured to immediately notify it.

And, the display unit 300 performs a function for displaying on the screen the vital information measured by the vital measurement means, the sports activity or exercise participation determined by the safety check control means on the screen.

That is, the measured vital result value and whether or not sports activity or exercise participation is possible or impossible are output on the screen so that the vital measurer can immediately check it.

On the other hand, as described above, when the alarm signal is received from the safety check control means, the reason for separately configuring the alarm means 600 for outputting an alarm is not only the vital measurer, but also the exercise coaches and exercise trainers existing in the vicinity of the vital measurer. This is to allow the user to check the current state of the body so that, despite the physical state in which the exercise is impossible, advice can be provided in case of performing the exercise.

3 is a conceptual configuration diagram of the vital measuring means 100 of the sports safety checker that provides vital information according to an embodiment of the present invention.

As shown in Figure 3, the vital measuring means 100,

an electrocardiograph 110 for measuring an electrocardiogram of a vital measurer;

a blood pressure meter 120 for measuring the blood pressure of a vital measurer;

a pulse meter 130 for measuring the pulse of a vital measurer;

a body temperature meter 140 for measuring the body temperature of a vital measurer;

At least one of the stress meter 150 for measuring the stress index of the vital measurer is included, and the electrocardiogram 110, blood pressure meter 120, pulse meter 130, body temperature meter 140, stress meter (150), it is characterized in that the measurement information measured by at least one or more measuring devices is provided to the safety check control means (500).

Specifically, the electrocardiogram 110 performs a function for measuring an electrocardiogram of a vital measurer.

The electrocardiography (ECG) is for measuring the user's electrocardiogram, and generally includes an ECG measuring sensor and an ECG circuit.

The ECG measuring sensor is attached to the two vital measuring means 100 of the present invention, and the + electrode is on the left and the - electrode is on the right, so that the vital measurer simply touches the index finger of the left and right hands, respectively. The electrocardiogram can be measured by touching the + and - electrodes of

In the same manner as described above, the ECG sensor unit measures the user's heart rate, P wave (atrial systolic), QRS wave (ventricular systolic), and T wave (ventricular diastolic).

Meanwhile, according to an additional aspect, the ECG sensor unit may further include a body impedance measuring circuit, and it is also possible to measure the body fat percentage of the user through this.

Then, the blood pressure meter 120 performs a function for measuring the blood pressure of the vital measurer.

A cuff method, which is a general measurement method, is adopted, and through this, systolic blood pressure and diastolic blood pressure information can be measured.

In the present invention, in order to ensure accuracy, each of the two vital measuring means 100 is installed in a cuff manner, blood pressure information is measured through each vital measuring means, and an average value thereof can be obtained, and each blood pressure value may also provide

And, the pulse meter 130 performs a function for measuring the pulse of the vital measurer.

For example, the pulse meter includes a PPG sensor unit, which is a photoplethysmographic wave measurement unit for measuring a pulse wave of a vital measurer, and includes a PPG circuit and a PPG measurement sensor like the ECG sensor unit.

The PPG measuring sensors are respectively installed in the two vital measuring means 100 of the present invention, and unlike the ECG measuring sensors, two are installed respectively.

The structure is a form of putting the tip of the index finger of the vital measurer, and the measurement method is to irradiate the user's finger with LED light, measure the reflected light or transmitted light of the finger part by the LED light, and measure the user's pulse wave from this.

The light absorption rate indicates the maximum value of the systolic blood pressure and the minimum value of the diastolic blood pressure.

In addition, cumulative stress, that is, the degree of resistance to the external environment can be identified as a change in pulse rate, and heart rate distribution, sympathetic nerve activity, parasympathetic nerve status, and autonomic nerve balance can be determined by comparing them with the average age group.

On the other hand, the vital measuring means 100 of the present invention includes the ECG sensor unit and the PPG sensor unit for measuring an electrocardiogram and a pulse wave, the main point is that one ECG sensor unit and two PPG sensor units are installed, and the Since the technology for each sensor unit and the circuit unit uses a conventional technology, detailed technical description of each sensor unit for measuring the electrocardiogram and pulse wave will be omitted.

And, the body temperature measuring device 140 is for measuring the body temperature of the vital measurer, for determining whether the body temperature is outside the normal range, and the stress measuring instrument 150 performs a function for measuring the stress index of the vital measurer. do.

As described above, the stress meter 150 determines the cumulative stress, that is, the resistance level of the external environment as a change in the pulse, and measures the distribution of heart rate, the activity of the sympathetic nerve, the state of the parasympathetic nerve, the balance of the autonomic nerve, etc. as the age average. It can be judged by comparing

Since such a stress measurement method is currently operating in a U-Health-based app or smart watch, a detailed description will be omitted.

4 is a conceptual configuration diagram of a safety check control means 500 of a sports safety checker that provides vital information according to an embodiment of the present invention.

As shown in FIG. 4 , the safety check control means 500 includes an information acquisition unit 510 , a basic vital information extraction unit 520 , a measurement vital information determination unit 530 , and a determination result processing unit 540 . included will be included.

Specifically, the information acquisition unit 510 performs a function for acquiring basic information including vital information measured by the vital measurement means and gender and age input through the information input means.

For example, vital information such as systolic blood pressure - 115 mmHg, diastolic blood pressure - 75 mmHg, electrocardiogram - 25 mm/sec, pulse - 65 times, body temperature - 36 degrees, stress index - 90, etc. He acquires basic information from Sudan, a man, 40 years old.

At this time, the basic vital information extraction unit 520 extracts the gender and age information of the vital measurer obtained in the information acquisition unit, for example, extracts information that is a 40-year-old male, and basic vital information corresponding thereto is extracted from the information storage unit 200 .

For example, basic vital information such as systolic blood pressure - less than 120 mmHg, diastolic blood pressure - less than 80 mmHg, electrocardiogram - less than 30 mm/sec, pulse - less than 100 beats, body temperature - less than 37 degrees, stress index - less than 100, etc. .

Then, the measured vital information determining unit 530 compares the extracted basic vital information with the measured vital information, but determines whether it is out of a set threshold.

For example, if the set threshold is set to 10%, it is determined whether it is out of the set threshold.

That is, systolic blood pressure - less than 132 mmHg, diastolic blood pressure - less than 88 mmHg, electrocardiogram - less than 33 mm/sec, pulse - less than 110 beats, body temperature - less than 40 degrees, stress index - less than 110. Since the vital information measured by the vital measurer does not deviate from the corresponding set threshold, it is determined to be normal.

At this time, the determination result is provided to the determination result processing unit.

And, the determination result processing unit 540 obtains the determination result from the measurement vital information determination unit, provides the determination result to the display unit, and when the determination result is determined that sports activity or exercise participation is impossible, the alarm means It performs a function to transmit an alarm signal.

For example, since the determination result is normal, the display unit outputs normally, and the alarm signal is not transmitted to the alarm means.

On the other hand, if vital information such as systolic blood pressure - 140 mmHg, diastolic blood pressure - 90 mmHg, electrocardiogram - 40 mm/sec, pulse - 120 beats, body temperature - 36 degrees, and stress index -130 is obtained from the vital measurement means, it is considered impossible to exercise. Since it is determined, the determination result processing unit 540 obtains the determination result from the measurement vital information determination unit, provides the determination result, which is the exercise impossible information, to the display unit, and the determination result is determined that sports activity or exercise participation is impossible. It will transmit an alarm signal to the alarm means.

On the other hand, as shown in Figure 5, according to an additional aspect of the present invention, the measurement vital information determining unit 530,

When it is determined that exercise is impossible, the number of non-exercise items setting module 531 for setting the number out of the set threshold range;

A non-exercise item number excess determination module 532 for comparing the extracted basic vital information and the measured vital information, but determining whether the items out of the set threshold range exceed the number set by the non-exercise item number setting module;

The determination result processing module 533 for providing the determination result determined by the exercise impossible item number excess determination module to the determination result processing unit; may be configured to further include.

In detail, the non-exercise item number setting module 531 performs a function for setting the number out of the set threshold range when it is determined that the exercise is impossible.

For example, if the number of out of the set threshold range is set to three, the number of non-exercise items exceeded determination module 532 compares the extracted basic vital information with the measured vital information, but the item outside the set threshold range is the above It is determined whether the number of items that cannot be exercised exceeds the number set by the setting module.

That is, systolic blood pressure - less than 132 mmHg, diastolic blood pressure - less than 88 mmHg, electrocardiogram - less than 33 mm/sec, pulse - less than 110 beats, body temperature - less than 40 degrees, and stress index - less than 110 basic vital information of a 40-year-old man. , If vital information such as systolic blood pressure - 140 mmHg, diastolic blood pressure - 90 mmHg, electrocardiogram - 40 mm/sec, pulse - 120 beats, body temperature - 36 degrees, stress index -130 is obtained from vital measurement means,

Systolic blood pressure - Abnormal, Diastolic blood pressure - Abnormal, ECG - Abnormal, Pulse - Abnormal, Body temperature - Normal, Stress index - Abnormal. It is judged as impossible to exercise.

At this time, the determination result processing module 533 provides the determination result determined by the non-exercise impossible item number excess determination module to the determination result processing unit.

On the other hand, according to another additional aspect, the measurement vital information determining unit 530,

Priority determination module 534 for setting the priority of measurement items in the measurement vital information, and determining that exercise is impossible when the number of priorities set among the priorities is out of the set threshold range; may be configured to further include .

For example, priorities can be set in the order of systolic blood pressure > diastolic blood pressure > electrocardiogram > pulse > body temperature > stress index. Therefore, if the systolic blood pressure, diastolic blood pressure, and electrocardiogram are out of the set threshold range, it is determined that exercise is impossible.

Therefore, even if the systolic blood pressure, diastolic blood pressure, and electrocardiogram are normal, and the remaining pulse, body temperature, and stress index are out of the threshold range, it is determined that exercise is possible.

On the other hand, according to another additional aspect, artificial learning basic vital information processing unit for setting the basic vital information for each gender and age group stored in the information storage unit 200 using a deep neural network (DNN) algorithm; It can be configured to further include.

For example, the deep neural network structure is an artificial neural network composed of several hidden layers between an input layer and an output layer.

DNN is the most common deep learning model, and the more hidden layers, the more accurate the results.

In particular, the artificial learning basic vital information processing unit estimates basic vital information by gender and age group by matching it with the hidden layer matrix of a deep neural network (DNN) algorithm.

Taking blood pressure as an example, when estimating normal blood pressure of a 40-year-old man, the hidden layer matrix has at least one of a weight and a threshold value of input features, and includes an input value and a hidden layer. By matching the matrix, output values such as systolic blood pressure and diastolic blood pressure are estimated.

When the DNN algorithm is configured, systolic blood pressure and diastolic blood pressure, which are output data, can be estimated by estimating blood pressure and using the hidden layer matrix learned for a given input value.

The pre-learned data is stored in a memory (not shown) in the form of a hidden layer matrix.

In this case, the deep neural network (DNN) algorithm in the present invention performs basic learning by using information including the patients' electrocardiogram, blood pressure, respiration rate, and PPG.

6 is an overall configuration diagram of a sports safety checker that provides vital information according to this embodiment of the present invention.

On the other hand, as shown in Figure 6, according to another additional aspect, the sports safety check machine,

Obtain judgment result information including gender and age of the vital measurer from the safety check control means 500, basic vital information of the corresponding gender and age, measured vital information, set threshold information, sports activity or exercise participation possibility, and It is characterized in that it is configured to further include an output means 700 for printing output.

Specifically, the vital measuring means 100, the information storage 200, the display 300, the information input means 400, the safety check control means 500, the alarm means, which are components according to an embodiment according to an embodiment. It is configured to further include an output means 700 in addition to (600).

Through this, the gender and age of the vital measurer from the safety check control means 500 through the network-connected output means, basic vital information of the corresponding gender and age, measured vital information, set threshold information, sports activity or exercise participation is possible It is possible to obtain the determination result information including whether or not to print the information on paper.

For example, male, 40 years of age and gender and age of the vital measurer;

systolic blood pressure - less than 120 mmHg, diastolic blood pressure - less than 80 mmHg, electrocardiogram - less than 30 mm/sec, pulse - less than 100 beats, body temperature - less than 37 degrees, stress index - less than 100

set threshold - 10%, and

Measured vital information, systolic blood pressure - 140 mmHg, diastolic blood pressure - 90 mmHg, electrocardiogram - 40 mm/sec, pulse - 120 beats, body temperature - 36 degrees, stress index - 130 departments,

As a result of judging that sports activity or exercise participation is possible, the result information is obtained from the output means and printed out on paper.

This is an actual sports activity, that is, when athletes perform a specific competition, the current physical condition can be printed and stored for athlete management.

In addition, exercise participation, that is, before the general public exercise, the current physical condition of the general public at a specific sports center can be printed and stored for public protection.

On the other hand, as shown in Figure 6, according to another additional aspect, the sports safety check machine,

Doedoe further comprising a communication means (800),

It is connected to the network with the smart device 900 through the communication means to receive basic information including the gender and age of the vital measurer from the smart device and provide it to the information input means 400 .

That is, the smart device 900 that you always have, for example, you download and install the sports safety check app through your smartphone, and when the safety check app is installed and configured, you can measure your own body condition before the current exercise. Before, basic information including gender and age will be provided as information input means.

At this time, the corresponding gender and age information is provided from the information input means to the safety check control means, and the current body state is measured using the vital measuring means 100 .

Thereafter, the vital information measured by the vital measuring means 100 is provided to the safety check control means 500, and the safety check control means 500 includes basic vital information corresponding to the input gender and age and the measured vital information. is compared to determine whether exercise is possible.

Thereafter, from the safety check control means 500 to the communication means 800 the determination result information including the gender and age of the vital measurer, basic vital information of the corresponding gender and age, set threshold information, sports activity or exercise participation possibility It is provided, and the communication means 800 acquires it and provides it to the smart device 900, so that the user can check his/her current physical condition in real time through the smart device.

Therefore, the measured vital information can be printed on paper even from a remote location, and the measured vital information can be checked and monitored in real time through the sports safety check app mounted on the smart device possessed by the vital measurement person. will do

Meanwhile, according to an additional aspect, the information storage unit 200 may be configured to include a member information DB, an affiliate center information DB, and a fitness DB.

The member information DB stores basic body shape information for each customer. Specific information may be included.

The affiliate center information DB stores a series of information necessary for affiliate center management, such as the location of the affiliate center registered in the fitness system, the number of members, and equipped exercise equipment.

The fitness DB stores information necessary for body shape management and weight management, such as exercise methods for each exercise equipment, muscles used, effects, and calories consumed.

At this time, according to another additional aspect, the sports safety check machine,

It may further include a body shape management schedule generator for generating a body shape management schedule including an exercise and food program for reaching a target body shape based on the basic body shape information for each member.

For example, by comparing the ratio of the size of each body part of the user to the size of each body part of the target body type, the weight to be reduced and the amount of muscle to be increased may be calculated, and a body shape management schedule may be generated based on this.

The specific information for each member may include individual information such as medical history, presence of injury, constitution, available exercise time, and interview information.

The body shape management schedule may include a daily exercise program and a diet program for reaching a target body shape.

On the other hand, according to another additional aspect, the sports safety check machine,

Guide to adjust the exercise intensity according to the measured vital information, it can be configured to further include an exercise equipment control unit for controlling the exercise equipment according to the exercise intensity.

For example, vital information including the member's electrocardiogram, blood pressure, body temperature, pulse, etc. is measured, and when it is determined that exercise is possible as a result of determining whether exercise is possible, it is guided to adjust exercise intensity, for example , when riding a bicycle, the exercise equipment is controlled by adjusting the exercise load based on the current vital information.

That is, when the pulse is maintained at 80, the exercise intensity is increased by adjusting the exercise load of the bicycle up to about 100, and after 10 minutes, when the pulse rises to 110, the exercise load of the bicycle is measured again. By lowering the exercise intensity somewhat by adjusting the to moderate, the member's body reaction is controlled.

According to the present invention, information for diagnosing a physical condition before participating in sports activities or sports and preventing dangerous situations (heart attack, etc.) Accidents caused by physical abnormalities that may occur during sports activities or participation in sports are prevented in advance by allowing one-stop physical condition checks (heart rate, blood pressure, pulse, body temperature, stress, etc.) through a sports safety checker to provide It provides a preventable effect.

In addition, although preferred embodiments of the present invention have been illustrated and described above, the present invention is not limited to the specific embodiments described above, and the technical field to which the present invention pertains without departing from the gist of the present invention as claimed in the claims Various modifications may be made by those of ordinary skill in the art, and these modifications should not be individually understood from the technical spirit or perspective of the present invention.

100: vital measurement means
200: information storage unit
300: display unit
400: information input means
500: safety check control means
600: alarm means
700: output means
800: communication means
900: smart device

Claims (5)

In a sports safety checker that provides vital information,
A vital measuring means 100 that can measure vital information of a sports active athlete or exercise participant who is a vital measurer;
An information storage unit 200 for storing vital information measured by the vital measurement means, basic vital information by gender and age group, and basic information of a vital measurement person input from the information input means;
A display unit 300 for displaying on the screen whether the vital information measured by the vital measuring means and the sports activity or exercise participation determined by the safety check control means is possible;
An information input means 400 capable of inputting basic information including the gender and age of the vital measurer;
The vital information measured by the vital measurement means and basic information including the gender and age input through the information input means are obtained, and after extracting basic vital information that matches the gender and age of the vital measurement person, the measurement of the vital measurement means It is compared with the obtained vital information to determine whether the vital measurer can participate in sports activity or exercise, and provides the judgment result to the display unit. Safety check control means 500 to transmit,
When an alarm signal is received from the safety check control means, it is configured to include an alarm means 600 for outputting an alarm alarm,

The safety check control means 500,
an information acquisition unit 510 for acquiring basic information including vital information measured by the vital measurement means and gender and age input through the information input means;
a basic vital information extraction unit 520 for extracting the gender and age information of the vital measurer obtained in the information acquisition unit, and extracting basic vital information corresponding thereto from the information storage unit 200;
a measured vital information determining unit 530 for comparing the extracted basic vital information with the measured vital information, determining whether it is out of a set threshold, and providing the determination result to the determination result processing unit;
A determination result processing unit ( 540); sports safety checker that provides vital information, characterized in that it is configured to include.
The method of claim 1,
The sports safety checker,
Obtain judgment result information including gender and age of the vital measurer from the safety check control means 500, basic vital information of the corresponding gender and age, measured vital information, set threshold information, sports activity or exercise participation possibility, and A sports safety checker providing vital information, characterized in that it further comprises an output means 700 for printing and outputting as.
3. The method of claim 1 or 2,
The vital measuring means 100,
an electrocardiograph 110 for measuring an electrocardiogram of a vital measurer;
a blood pressure meter 120 for measuring the blood pressure of a vital measurer;
a pulse meter 130 for measuring the pulse of a vital measurer;
a body temperature meter 140 for measuring the body temperature of a vital measurer;
At least one of the stress meter 150 for measuring the stress index of the vital measurer is included, and the electrocardiogram 110, blood pressure meter 120, pulse meter 130, body temperature meter 140, stress meter (150) Sports safety checker providing vital information, characterized in that the measurement information measured by at least any one or more measuring devices is provided to the safety check control means (500).
delete The method of claim 1,
The sports safety checker,
Doedoe further comprising a communication means (800),
It is connected to the network with the smart device 900 through the communication means and receives basic information including the gender and age of the vital measurer from the smart device and provides it to the information input means 400, and the vital from the safety check control means 500 Vital information, characterized in that the determination result information including the gender and age of the measurer, basic vital information of the corresponding gender and age, setting threshold information, sports activity or exercise participation possibility is obtained and provided to the smart device 900 Sports safety checkers provided.

Images