KR20030004512A - A quantity-of-exercise managing system and method using network - Google Patents

Abstract

PURPOSE: A system and method for managing exercise using a network is provided to prescribe kind of the exercise and quality of the exercise for a user, practice the prescription, measure and manage the practice result received through the network. CONSTITUTION: A measuring device(100) receives an exercise quantity prescription through the network, informs the prescription to a user, measures an exercise quantity of the user, transmits the exercise quantity through a network, receives data such as an analyzed total exercise quantity, and informs the data to the user. A web server(300) prescribes a proper exercise quantity in accordance with inputted health information of the user, receives exercise result data, calculates total exercise quantity, manages the exercise quantity, and prescribes an exercise quantity again in accordance with the result. A personal computer(200) is connected to the measuring device(100), connects to the web server(300) through the network, and transmits an exercise quantity prescription and exercise result data.

Description

A quantity-of-exercise managing system and method using network

The present invention relates to an exercise amount management system and method using a network. More specifically, by using a network, the type of exercise and the amount of exercise are prescribed according to the health information of an individual, and the measured exercise and the amount of exercise are measured. The present invention relates to an exercise amount management system and method using a network that continuously manages appropriate exercise.

As the food industry such as agricultural technology and livestock industry develops, life becomes rich and nutrition is excessive.However, thanks to the development of science and technology, life becomes more convenient. Adult diseases are worsening the health of modern people.

As a result, the mortality rate of adult diseases is increasing in developed countries. As a countermeasure, obesity is achieved by using a diet method that restricts calorie intake by controlling the amount of meals and an appropriate exercise method for consuming unnecessary calories. To prevent and prevent adult diseases.

In the above, the first method is a diet method is too focused on dietary calorie restriction excessively easy to harm health according to uniform intake calorie control, there is a problem that the side effects such as yo-yo phenomenon.

In addition, the second method, exercise method, is a method of relieving obesity or preventing adult diseases by receiving scientific exercise prescription through a hospital, physical education center, and other physical fitness exercise institution, and exercising according to the prescribed contents. Compared to the diet method does not harm the health or cause the yo-yo phenomenon.

However, as described above, the method of prescribing exercise through a hospital or a fitness center specialized in exercise, etc. requires the user to go directly to the place every day, and pays an expensive cost according to the prescription. Because of the heavy burden, it is useful for a small number of people who have economic conditions or have time to spare, but have a problem that is difficult to use for a large number of people who do not.

In addition, in the above case, even if the exercise as prescribed, the user can not actually check whether the exercise according to the prescription, it is difficult to check the exact amount of exercise, it is difficult to obtain the effect according to the prescription and time is There is a delay.

Accordingly, an object of the present invention is to solve the problems of the prior art as described above, with respect to a user who needs to exercise for the purpose of relieving obesity or preventing an adult disease, the exercise suited to the characteristics of the user By appropriately prescribing the type and the amount of exercise, according to the user, the exercise is scientifically performed, and the result is transmitted through the network, scientifically measured and professionally managed, so as to maximize the effect according to the exercise prescription. It is to provide an exercise management system and method used.

1 is a block diagram applying an exercise management system using a network according to an embodiment of the present invention,

Figure 2 is a block diagram showing the function of the exercise management web server in Figure 1,

3 is a block diagram showing the function of an exercise amount measurer in FIG.

4 is an operation flowchart of an exercise amount measurer applying an exercise amount management method using a network according to an embodiment of the present invention;

5 is a flowchart illustrating an operation management web server to which an exercise amount management method using a network according to an exemplary embodiment of the present invention is applied.

The configuration of the present invention for achieving the above object,

In the system that manages exercise amount using a network,

An exercise amount measuring means for receiving an exercise amount prescription through a network and informing the user, measuring the exercise amount during the exercise of the user and transmitting the measured amount of exercise through the network, and receiving data such as the analyzed total exercise amount and informing the user;

An exercise management service means for prescribing an appropriate exercise amount according to the health information of the individual input, calculating the cumulative exercise amount by receiving the exercise result data, and accumulating and managing the exercise amount accordingly;

It is characterized in that it comprises a network connection means connected to the exercise amount measuring means as necessary for the user and connected to the exercise management service means through a network to deliver the exercise amount prescription and exercise result data.

Another configuration of the present invention for achieving the above object,

In the system that manages exercise amount using a network,

Receiving a prescription exercise amount via the network, transmitting the measured exercise amount data, and receiving the analyzed data accordingly;

Calculating the total exercise amount and calorie consumption by measuring and analyzing the exercise amount of the user according to the received prescription exercise amount;

Alerting the user if the total exercise amount and calorie consumption measured and analyzed in the step are out of the prescribed exercise amount by comparing the prescribed exercise amount and calorie consumption amount and the exercise intensity prescribed according to the exercise purpose;

And informing the user of the prescribed exercise amount data, measured exercise amount data, and analyzed data according to a user's request.

Another configuration of the present invention for achieving the above object,

In the system that manages exercise amount using a network,

Receiving a user's health information and prescribing exercise accordingly;

Receiving the measured user's exercise and calorie consumption through the network, analyzing and evaluating the result of the exercise by comparing the exercise amount and calorie consumption and the exercise intensity prescribed according to the exercise purpose and accumulating the data ;

Re-prescribing the amount of exercise using the accumulated data analyzed and evaluated in the step;

And transmitting the calculated total exercise amount, the analyzed data, and the represcribed exercise amount through the network.

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

As shown in Figure 1, the configuration of the exercise management system using the network according to an embodiment of the present invention, in the system for managing the exercise using the network, the user receives the exercise prescription through the network to inform the user, accordingly Measures the amount of exercise during the user's exercise and transmits it through the network, and receives an exercise amount measuring device 100 that informs the user by receiving data such as the analyzed total exercise amount, and prescribes an appropriate exercise amount according to the health information of the individual to be input, The exercise management web server is connected to the exercise management web server 300 and the exercise amount measuring device 100 as necessary to the user, and the cumulative management calculates a comprehensive exercise amount by receiving the exercise result data. A personal computer that connects the network to the 300 and delivers exercise amount prescription and exercise result data. Characterized in that it comprises a (200).

The exercise amount measuring device 100 may include an input device 110 that receives and outputs personal health information of the user, an impact measuring device 120 that measures the amount of exercise of the user, and outputs it as an electrical signal, and measures the heart rate of the user. The heart rate measuring unit 130 outputs an electrical signal, and receives the signal output from the input device 110 to prescribe an exercise amount corresponding to the user's health information, the impact measuring unit 120, heart rate measuring unit 130 A controller 140 which receives a signal output from the controller, calculates a total exercise amount, and outputs various signals for the user to exercise within a prescribed exercise amount, data necessary for operating in the controller 140; A memory device 150 for storing a program, a horn 160 for notifying a user to listen according to a signal output from the controller 140, and the controller ( The display device 180 displays a signal output from the user 140 for viewing by the user, and a battery 170 for supplying power for operating each component.

The exercise management web server 300, the exercise prescription device input and output system 330, exercise amount accumulation management system 320, exercise prescription analysis and input system 310 is built, the exercise prescription analysis and input system Numeral 310 is composed of a physical prescription system 311, gender prescription system 312, age-specific prescription system 313, disease-specific prescription system 314, exercise purpose prescription system 315, each of the The system exists in the form of a program.

In the above, the network uses the Internet.

Operation of the embodiment of the present invention made as described above is as follows.

In the exercise amount management system using the network of the present invention, the exercise amount measurer 100 is carried by the user or always carried in the body as needed, and the user starts the operation by inserting the battery 170 and turning on the power. do.

The exercise measurer may select a connection mode for connecting to a network to transmit and receive data, select an exercise mode to be set when exercising, or select a data output mode to view exercise amount and other data.

In addition, when the exercise device 100 is connected to a network, the exercise computer 100 is connected to the personal computer 200 through a computer interface, and the personal computer 200 is connected to the Internet to the exercise management web server 300.

When measuring the amount of exercise using the exercise amount measuring device 100, the exercise management web server 300 first reads personal health information about the user (S400), and starts from the operation of prescribing the exercise amount according to the information. (S410).

Personal health information can be input by the user on the exercise management web server 300 on-line on the Internet through the personal computer 200, the information is height, weight, age, sex, disease, Data such as eating habits, exercise habits, and exercise purpose.

The exercise amount accumulation management system 320 of the exercise management web server 300 stores the received personal health information, and transmits the information to the exercise prescription analysis and input system 310 to prescribe the exercise amount.

The exercise prescription analysis and input system 310 is based on the personal health information, physical prescription system 311, gender prescription system 312, age-specific prescription system 313, disease-specific prescription system 314, exercise Kinds of exercises suitable for the physical constitution of the individual according to the user's personal health information, by physical fitness, gender, age, fitness level, purpose of exercise, disease according to the user's personal health information program Prescribe the amount of exercise, etc. (S410).

Then, when the user connects the exercise measurer 100 to the personal computer 200, accesses the exercise management web server 300 through the Internet, and performs a connection mode to request a prescribed exercise amount (S10, S470), exercise The management web server 300 transmits the prescribed exercise amount data to the personal computer 200 (S480), and the personal computer 200 transmits the data to the exercise amount measurer 100, and the exercise amount measurer 100. Stores the prescription exercise amount data in the memory device 150, wherein the memory device 150 uses EEPROM (S20).

Then, when the user operates the exercise amount measurer 100 in the exercise mode (S100), selects an exercise type (S110) and starts the exercise (S120), the exercise amount measurer 100 starts to measure the exercise amount (S130). ).

The exercise type can be programmed in various ways, such as walking, jogging, climbing, tennis, rope skipping, swimming, and the user is basically set to walk, unless the user specifically selects it. do.

When the activity of walking or running in the usual degree is corrected based on the user's personal health information on the exercise amount measured through the exercise amount measuring unit 100, present basic information such as current speed, calorie consumption, number of steps, moving distance .

However, when performing a specific exercise, in order to obtain more precise measurement results and analysis, evaluation, re-prescription, etc. according to the specific exercise result, the user may select a specific exercise by selecting an operation mode.

When the user selects the type of exercise to be performed using the input device 110 (S40), and starts the selected exercise (S120), the controller 140 uses the heart rate monitor 130 and the impact meter 120. The amount of exercise and heart rate of the user are measured, and the total amount of exercise and calorie consumption according to the characteristics of the exercise are calculated using the measured values (S130).

In the above, in the method of measuring the amount of exercise, only the impact sensor 120 may be used, the heart rate monitor 130 may be used, and the user may select the measurement using both.

In the above, the impact sensor 120 measures the amount of each time the user exercises, using a method of the pedometer (commonly known as a pedometer), using a method of counting the shake according to the user's movement The heart rate monitor 130 uses a function of a pulse meter that counts the heart rate.

If the user wants to measure the amount of exercise and calories by selecting only the impact measuring unit 120, and then choose to use only the impact measuring unit 120, the type of exercise to be done now from among the prepared exercise types such as walking, jogging, climbing, tennis, jumping rope, and swimming To select. Accordingly, when the user selects the type of exercise to be performed using the input device and starts the selected exercise, the controller 140 measures the value measured by the impact measuring unit 120, the health information of the user that is input in advance, The amount of exercise of the user is calculated using the exercise characteristics and the time required, and the calories burned are calculated accordingly.

On the other hand, if the user selects to measure the amount of exercise and calories using only the heart rate monitor 130, first, the heart rate is measured primarily for a predetermined time during the preparation period within 5 minutes of the start of the exercise, and the end of the exercise Second, heart rate is measured for a second time.

When measuring the heart rate is measured by touching both hands of the user to the heart rate measurement terminal, the measurement time is set to about 10 seconds.

Then, the controller 140 calculates the amount of exercise using the primary and secondary measured values and the exercise time measured above, and the user's health information and exercise characteristics set in advance, and accordingly, the exercise Calculate strength and calorie consumption.

In the above, the heart rate may be set to be continuously measured during the exercise, but the exercise amount and calories calculated by the heart rate are calculated by the method described above according to the user's preference and in the case of an exercise in which it is difficult to measure the heart rate during swimming or other exercise.

On the other hand, the amount of exercise can be measured by using both the impact measuring unit 120 and the heart rate measuring unit 130, in this case, as described above, by the value and heart rate measuring unit 130 measured by the impact measuring unit 120 The amount of exercise is calculated using the measured values, the user's health information and the characteristics of the exercise, and the time required to calculate the exercise intensity and calorie consumption accordingly.

As described above, when the exercise amount and calorie consumption amount are calculated by one of the three exercise amount measuring methods selected by the user, the controller 140 compares the calculated exercise amount and calorie consumption amount with a preset reference amount. By doing so, it is determined whether the current exercise amount is a proper exercise amount existing within the range of the prescribed exercise amount (S140).

That is, when the exercise amount increases rapidly than the prescribed upper limit reference amount, the controller 140 determines that the exercise amount is excessive and warns the user by adjusting the horn 160 and the display device 180 because the exercise amount is excessive. When the exercise amount does not meet the prescribed lower limit reference amount, the controller 140 determines that the exercise amount is insufficient and warns the user by using the horn 160 and the display device 180 to increase the exercise amount because the exercise amount is insufficient (S150). ).

After the warning as described above, the controller 140 stores the calculated exercise amount data and calorie consumption data in the storage device 150 (S170).

The operation of warning to maintain the appropriate exercise amount by the exercise amount measurement as described above continues in the state in which the user selects the exercise mode until the power is turned off (S300).

After the user ends the exercise, and accesses the exercise management web server 300 again through the personal computer 200, and transmits the measured exercise amount data and calorie consumption data (S40), the exercise management web server 300 Receives the data (S420), and calculates the comprehensive exercise amount by analyzing the value (S430).

In addition, the exercise management web server 300 re-executes the exercise prescription of the corresponding user using the values (S440), and stores and stores the calculated data and represcription exercise amount data in the exercise amount accumulation management system 320 and accumulates them. (S450).

That is, as described above, when the user's health information input by the user is unreliable at first, by using the data according to the exercise, the exercise propensity and ability of the individual can be grasped and appropriate prescription can be made. By accumulating and managing the data, the prescription accuracy is increased and the effect of exercise is increased.

Meanwhile, the user receives and stores the exercise amount data re-prescribed in the exercise management web server 300 again in the connected mode (S20), requests the transmission of the analyzed data (S460), and accordingly the exercise management web When the server 300 transmits the corresponding data (S470), the data is received and stored in the storage device 150 (S60).

In addition, when the user instructs to display the desired data to the exercise amount measurer 100 in the data output mode state S200, the exercise measurer 100 reads the command (S210) and displays the corresponding data in the display device 180. Output through (S220).

The user can know his / her exercise history and analysis result through the result data such as the exercise item, exercise time, exercise intensity, exercise purpose, calories burned by each exercise, exercise speed, and exercise distance output through the display device 180. By evaluating this, the user can make a judgment on fitness of exercise through his exercise history, analysis result and evaluation contents.

Then, the series of operations as described above continues until the power of the exercise management apparatus according to the present invention is turned off, and the user can select the exercise type for the next exercise, and manages the exercise quantity until the next exercise. It is also possible to power off the device 100.

The present invention, by operating as described above, always manages the user to exercise in compliance with the prescribed amount of exercise, by showing the exercise history accordingly, so that the user can exercise properly checking his exercise amount, exercise In addition to the enjoyment of the exercise, you can increase the efficiency of the exercise, and you can exercise while immediately checking the effect of improving the fitness through the exercise.

In addition, the exercise related information of the individual measured by the exercise amount measuring device 100 is managed cumulatively throughout the life through the exercise management web server 200, it is possible to continuously monitor the change, such as a sudden decrease in physical strength have.

Therefore, according to the present invention operating as described above, a personalized exercise prescription based on the health information of the individual, and precisely and accurately measure the amount of exercise performed accordingly, the exercise prescription program automatically re-prescribes the correct exercise prescription, It can work.

In addition, the present invention by setting the purpose of exercise according to the presence of disease, physical fitness and degree of obesity, and analyzes and evaluates the results of the degree of performing the prescribed exercise based on these, by warning that the deviation of the prescribed exercise, In exercise, there is an effect to prevent side effects, inefficiencies and risk factors, and to allow the user to continue to exercise at a safe and effective level.

In addition, the present invention operating as described above is capable of managing physical fitness and obesity without overwhelming the body by accurate exercise amount management, and further has the effect of appropriately prevent the adult disease.

Accordingly, the present invention can be immediately re-prescribed according to the content of the individual's physical fitness, exercise purpose, age, disease status, etc. that change with the passage of time, so that health care can be continuously and inexpensively managed, The effect is that the individual can monitor the change in the amount of exercise and intensity while monitoring themselves.

Claims (9)

In the system that manages exercise amount using a network, An exercise amount measuring means for receiving an exercise amount prescription through a network and informing the user, measuring the exercise amount during the exercise of the user and transmitting the measured amount of exercise through the network, and receiving data such as the analyzed total exercise amount and informing the user; An exercise management service means for prescribing an appropriate exercise amount according to the health information of the individual input, calculating the cumulative exercise amount by receiving the exercise result data, and accumulating and managing the exercise amount accordingly; An exercise amount management system using a network, comprising: network connection means connected to the exercise amount measuring means as necessary for a user and connected to the exercise management service means through a network to deliver exercise amount prescription and exercise result data. . According to claim 1, The momentum measuring means, Input means for receiving and outputting personal health information of a user; Impact amount measuring means for measuring an exercise amount of the user and outputting the electric signal; Heart rate measuring means for measuring a user's heart rate and outputting it as an electrical signal; Receives the signal output from the input means to prescribe the amount of exercise corresponding to the user's health information, and receives the signal output from the impact measuring means and the heart rate measuring means to calculate the total amount of exercise, the user of the prescribed amount of exercise Control means for outputting various signals to exercise within a range; Exercise amount management system using a network comprising a notification means for informing the user in accordance with the signal output from the control means. According to claim 2, The impact amount measuring means, The exercise amount management device, characterized in that it comprises a pedeometer for counting the shake according to the user's movement. In the system that manages exercise amount using a network, Receiving a prescription exercise amount via the network, transmitting the measured exercise amount data, and receiving the analyzed data accordingly; Calculating the total exercise amount and calorie consumption by measuring and analyzing the exercise amount of the user according to the received prescription exercise amount; Alerting the user when the total exercise amount and calorie consumption measured and analyzed in the step are out of the prescribed exercise amount by comparing the prescribed exercise amount and calorie consumption amount and the exercise intensity prescribed according to the exercise purpose; And a step of informing a user of prescribed exercise amount data, measured exercise amount data, and analyzed data according to a user's request. The method of claim 4, wherein the calculating of the total exercise amount and calorie consumption by measuring and analyzing the exercise amount of the user according to the received prescription exercise amount, Reading the exercise type selected by the user; Measuring the amount of exercise according to the exercise using an impact meter when the exercise is started; And calculating the total exercise amount and calorie consumption according to the exercise characteristics, user's health information and exercise time, which are set in advance, by using the exercise amount measured in the above. The method of claim 4, wherein the calculating of the total exercise amount, exercise intensity and calorie consumption by measuring and analyzing the exercise amount of the user according to the received prescription exercise amount, Reading the exercise type selected by the user; Measuring the amount of exercise according to the exercise using a heart rate monitor when the exercise starts; And calculating the total exercise amount and calorie consumption according to the exercise characteristics, user's health information and exercise time, which are set in advance, by using the exercise amount measured in the above. The method of claim 6, wherein the measuring of the amount of exercise by using the heart rate monitor; First measuring the heart rate within a set reference time after the start of the exercise; Exercise amount management method comprising the step of measuring the second heart rate at the end of the exercise. The method of claim 4, wherein the calculating of the total exercise amount and calorie consumption by measuring and analyzing the exercise amount of the user according to the received prescription exercise amount, Reading the exercise type selected by the user; Measuring the amount of exercise according to the exercise using an impact gauge and a heart rate monitor when the exercise starts; And calculating the total exercise amount and calorie consumption according to the exercise characteristics, user's health information and exercise time, which are set in advance, by using the exercise amount measured in the above. In the system that manages exercise amount using a network, Receiving a user's health information and prescribing exercise accordingly; Receiving the measured user's exercise and calorie consumption through the network, analyzing and evaluating the result of the exercise by comparing the exercise amount and calorie consumption and the exercise intensity prescribed according to the exercise purpose and accumulating the data ; Re-prescribing the amount of exercise using the accumulated data analyzed and evaluated in the step; And a step of transmitting the calculated total exercise amount, the analyzed data, and the represcribed exercise amount through a network.