KR20180001467U - Central governor training system comprising wearable device - Google Patents

Abstract

The present invention relates to a central control training system including a central computer in which a user-specific training plan is input by a supervisor (coach), and a wearable device for centrally controlling the user's training as the sound and flashing of the indicator according to the training plan.
The system of the present invention allows a supervisor to control the intensity and time of training of each wearable user through a central computer so that the supervisor can effectively perform the training program planned by the supervisor.
Based on the viewpoint that the exercise can not be carried out without a leader (supervisor), this design provides a system in which a supervisor (central computer) can manage training plans and user's physiological information.
The central control training system of the present invention can be used for athletic organizations and schools that need a systematic and efficient fitness improvement program. In particular, in order to perform intensive centralized control training, a trainer (coach, etc.) that controls a trainer under supervision of a supervisor was needed. However, the system of the present invention is effective because the user can be controlled without a trainer.

Description

[0001] The present invention relates to a central control training system including a wearable device,

The present invention relates to a central control training system including a wearable apparatus, and more particularly to a central control training system in which a user-specific training plan is inputted by a supervisor (coach) To a central control training system including a centrally controlled wearable device.

Exercise performance monitoring systems have also benefited from recent advances in electronics and digital technology. Exercise performance monitoring devices may include training or other exercises such as, for example, speed and distance data, altitude data, GPS data, heat rate, pulse rate, blood pressure data, Easy and convenient monitoring of many of the physical or physiological characteristics associated with performance has become possible.

Electronic devices capable of monitoring the physiological and physiological characteristics of such users are implemented by a user such as a band or a mobile phone, and in recent years, various types of physiological characteristics are monitored by a single device, It is being developed in the direction of checking and checking physical condition and health condition. In recent years, wearable devices have been developed in such a manner as to provide music with physiological information, or to provide a personal safety system.

These existing wearable devices display a large amount of physiological information or a training plan directly and directly to the user from the viewpoint of "being able to exercise by oneself" and providing the information to the user.

However, despite the advantages of wearable devices that provide various information directly, the inventor of the present invention poses the problems of training using wearable devices in terms of training performance as follows.

(1) Existing wearable equipment has incorrect information on exercise intensity.

(2) What happens when you see your heart rate displayed on the device during exercise (what is the meaning of checking your heart rate)? Is it possible for you to check your heart rate continuously during exercise?

(3) Can a wearable device control people and carry out intensive training?

In view of this fact, the inventor believes that, in view of actual exercise physiology and brain science, it is more likely that information on the heart rate and exercise intensity is given to the user during exercise, rather than on the training. Practically, it is not easy to observe the heart rate of a wearable device during exercise, and even if the heart rate can be seen, it is meaningless to increase the exercise effect.

Furthermore, the wearable device can provide physiological information and music to the user, but it is difficult to achieve the purpose of training that enforces training for individual users and improves physical strength by increasing strength.

The idea is to provide a system that enables effective supervision of training programs planned by actual field supervisors (managers, coaches, trainers, physical education teachers, researchers).

The design is to provide a system in which the intensity of training and the training time can be controlled by the supervisor rather than the user, thereby improving the training effect.

In one aspect,

A computer terminal (10) to which a wearable device user training plan is input; And

A central control and training system including at least one wearable device (20) for controlling a user's training as a blink of sound and an indicator according to a training schedule transmitted from the computer terminal,

The training plan for each user is the intensity and time of each user input to the computer terminal by the supervisor,

Wherein the computer terminal transmits a training time schedule according to an input training schedule to the wearable device, the wearable device displays a received training time schedule as a blink of sound and an indicator to control a user's training,

The wearable device senses the user's position information and heart rate to generate and transmit a sensing signal, and the computer terminal monitors and records the user's heart rate, training intensity, and training time in real time from the sensing signal received from the wearable device ≪ / RTI >

The central control training system of the present invention includes a central computer in which a user-specific training plan is input by a supervisor (coach), and a wearable device that instructs the user's training by flashing of sound and indicators according to the training plan.

The system of the present invention allows a supervisor to control the intensity and time of training of each wearable user through a central computer so that the supervisor can effectively perform the training program planned by the supervisor.

Based on the viewpoint that the exercise can not be carried out without a leader (supervisor), this design provides a system in which a supervisor (central computer) can manage training plans and user's physiological information.

The central control training system of the present invention can be used for athletic organizations and schools that need a systematic and efficient fitness improvement program. In particular, in order to perform intensive centralized control training, a trainer (coach, etc.) that controls a trainer under supervision of a supervisor was needed. However, the system of the present invention is effective because the user can be controlled without a trainer.

1 is a diagram showing a configuration of a central control training system of the present invention.
2 is a block diagram of a computer terminal of the present invention.
Fig. 3 is a block diagram of the wearable device of the present invention.
FIG. 4 is an example of a flowchart for inputting a training plan to the interface 11. FIG.
Figure 5 is a flow chart illustrating continuous training.

Hereinafter, preferred embodiments of the present invention will be described with reference to the drawings. However, the scope of the present invention is not limited to the description or drawings of the following embodiments.

FIG. 1 is a block diagram of a central control and training system of the present invention, FIG. 2 is a block diagram of a computer terminal of the present invention, and FIG. 3 is a block diagram of a wearable device of the present invention.

Referring to FIG. 1, the central control training system of the present invention includes a computer terminal 10 and at least one wearable device 20.

Each user training plan for wearing the wearable device 20 is input to the computer terminal 10. [ The computer terminal transmits a training time schedule according to the inputted training schedule to the wearable device, respectively.

The training plan for each user is the intensity and time of each user input to the computer terminal by the supervisor.

The supervisor may be a person conducting the training, for example, a supervisor, a coach, a trainer, a teacher, or the like.

The user may be one or more athletes participating in the training.

The training plan can be input equally to all users participating in the training, and can also be input differently according to each user's condition or fitness condition.

The exercise intensity is expressed as a percentage of the maximum exercise capacity, such as the running speed, the exercise distance, the number of repetitions, or the percentage of the maximum heart rate, and the training protocol is set. The exercise intensity can be appropriately adjusted according to the training content or the user's condition.

2, the computer terminal 10 includes an interface module 11, a communication unit 12, a control unit 13, and a display unit 14.

The interface module 11 supports an operating system ("OS") that is integrated with the graphics shown on the display 14 and may support voice activation commands as well as key input commands, ). ≪ / RTI > A physical keyboard or keypad provided on a desktop or the like may be part of the user interface module.

The communication module 12 can use any known device and network as a device for performing wireless communication with the wearable device. The network may include a wide area network ("WAN"), a local area network ("LAN"), the Internet, The communication module 12 may include a known RF transceiver, Internet Protocol (IP). The communication module may be a Wi-Fi module, a Bluetooth module, or a ZigBee module.

The control unit 13 generates a training time schedule according to the training plan inputted to the interface 11, receives a sensing signal received from the wearable device from the communication unit, and grasps the user's heart rate, training time, and training intensity And stores it.

The control unit 13 includes a processor unit 131 and a memory 132. The processor unit 131 may be any type of processing device that executes software instructions or may be a conventional microprocessor. The memory 132 may include known read only memory (ROM) and random access memory (RAM). The memory 132 may store software instructions to be executed by the processor unit 131. [

FIG. 4 is an example of a flowchart for inputting a training plan to the interface 11. FIG. Referring to Figure 4, the supervisor executes the central control training program and logs in. The supervisor can enter player information such as player name, sex, height, weight, body fat percentage, sports item, injury status, injury area, maximum heart rate, maximal oxygen uptake, lactate threshold. The maximum heart rate can be entered by individual person or can be estimated through age and gender: 1) M = 220- (his age), F = 206- (0.88 * his age) ), 2) male and female = 207-0.7 (his age), 3) 217- (0.85 * his age), 4) male and female = 206.3- ), 6) 206.9- (0.67 * his age), 7) M = 202- (0.55 * his age), F = 216- (1.09 *

Supervisors can choose either intermittent training or continuous training as a type of exercise and enter training plans, respectively. Intermittent training is physical strength training where training and short breaks are repeated.

The data input can be input in the following order, but is not limited thereto. In the case of intermittent training, first, any one of a plurality of wearable equipments (# 1 to # 10) (for example, # 1) is selected and a user to wear the selected wearable equipments # 1 is selected. Next, the supervisor selects and enters the sports item. Cross-country, alert, running, bicycle, etc.

Next, the data input of the Interval Training inputs the training intensity, and the intensity of the training is inputted as% of maximum exercise capacity or% of maximum heart rate. For example, enter 90-100% of maximal exercise capacity or 90-100% of maximal heart rate during a single exercise and enter 60-70% of maximal exercise capacity at incomplete rest time or 60-70% of heart rate can do.

      Next, enter the number of repetitions after inputting the exercise distance once. Enter the target time or the total exercise time once with the time input, input the incomplete rest time (break time between each repetition number) and end.

       Figure 5 is a flow chart illustrating continuous training. The continuous training of the device includes the execution of the continuous exercise without interruption at the relatively low intensity of the sports items included in the intermittent training, and the performance of the game and game form.

       The data input of Constant Training can be entered in the following order. Like the intermittent training, first, any one of a plurality of wearable devices (# 1 to # 10) (for example, # 1) is selected and a user to wear the selected wearable device # 1 is selected. Next, the training type of continuous training is selected. Examples of training types are long distance training, tempo / face training, and heart rate maintenance training.

Examples of long distance training and tempo / face training events include alarms and cross-country training. Exercise items in heart rate maintenance training may include long distance running, coordination (indoor), and bicycle (indoor).

Next, input training contents such as training intensity and training time. Training intensity should be entered as% of maximal exercise capacity or% of maximum heart rate. Enter the time or distance, the time of one section, the total distance or time of the distance, or enter the heart rate zone.

The control unit 13 generates a training time schedule for each user according to the training schedule input to the interface 11. [ The intermittent training schedule is based on the starting time of each exercise from the 1st session to the last meeting, the end time of each exercise from the 1st session to the last meeting, the exercise distance, the number of repetitions, the incomplete rest time and the training intensity. Table 1 below shows the intermittent training plan input (one exercise distance is 200m, maximum heart rate is 90 ~ 100%, repetition frequency is 6 times, target time is 1 minute, incomplete rest time is 2 minutes, heart rate is 60 ~ 70% Time 10:00). ≪ / RTI >

division Start time Expected end time rest time
(End) 1 time 10: 00; 00 10: 01; 00 10: 02; 59 Episode 2 10: 03; 00 10: 04; 00 10:05:59 3rd time 10:06; 00 10:07; 00 10:08; 59 4 times 10: 09; 00 10: 10; 00 10: 11; 59 5 times 10: 12; 00 10: 13; 00 10:14:59 6 times 10:15; 00 10:16; 00 10: 17; 59

The control unit 13 transmits the training time schedule to the wearable device 20 through the communication module 12. [ Meanwhile, the control unit 13 receives the sensing signal received from the wearable device 20 from the communication module 12, and stores the user's heart rate, training time, and training intensity.

Also, the controller 13 determines whether the received heart rate of the user corresponds to a heart rate range of the set training intensity and monitors the heart rate. The control unit 13 may display the received user heart rate through the display unit 14 when the received user heart rate is greater than or less than the set heart rate range of the set training intensity.

The wearable device 20 includes a body 21, a heartbeat sensor 22, a GPS module 23, a transceiver 24, a controller 25, and a display 26.

The body 21 may be a label attachable to a band or garment. The band may be a wrist band or a cuff band. The body 10 may be formed of various elastic materials (e.g., rubber, urethane, etc.).

The label may have an adhesive portion that is easy to attach and detach so that it can be attached to clothes.

The heartbeat sensor 22 is formed at a portion of the body corresponding to the radius of the user's radial artery to check the heart rate of the user.

The GPS module 23 may be attached to the body part to provide location information of the user.

The transceiver 24 is attached to the body and performs wireless communication with the computer terminal. The transceiver 24 can use any known communication module as an apparatus for performing wireless communication with the computer terminal.

The control unit 25 attaches to the body unit and processes the information measured by the heartbeat sensor unit and the GPS module and provides the information to the transceiver unit. The controller 25 transmits the training time schedule received from the transceiver unit to the display unit 26, Module 27 as shown in FIG.

The time module 27 includes a current time provisioning unit and a timer.

The control unit 25 may reset the training time schedule received from the computer terminal to a timer of the time module 27. [ For example, according to the training schedule of Table 1, the controller 25 sets the timer of the time module to 1 minute (60 seconds) of exercise time, and operates the timer at 10:00:00. The controller 25 resets the timer to a resting time of 2 minutes (120 seconds) and operates the timer when the exercise time of 60 seconds is over. In addition, the controller 25 can reset the timer to the exercise time of 60 seconds after the end of the 2-minute rest period.

The control unit 25 may provide the display unit 26 with a training time schedule received from the computer terminal to operate the speaker or the LED. For example, in accordance with the training schedule of Table 1, the control unit 25 may transmit a recorded voice " Start " to a speaker at 10:00:00 on the occasion of the timer being activated at 10:00:00, , And a signal may be transmitted to the display unit so that the LED is lit 10 seconds before the timer operation. In this way, the controller can control the timer, the speaker, and the LED lighting of the time module according to the received training time schedule.

In this manner, the control unit of the wearable device can control the user's training by activating the timer, speaker, and LED of the time module according to the supervisor's training schedule input to the computer terminal.

   In addition, the controller 25 processes information measured by the heartbeat sensor unit and the GPS module, and transmits the information to the computer terminal through the transceiver unit.

For example, the controller 25 may transmit the heart rate measurement value, the maximum heart rate, the total exercise time, and the distance to the computer terminal 10 every 10 seconds by the information measured by the heart rate sensor and the GPS module.

The control unit 25 determines the maximum heart rate at the heart rate received from the heart rate sensor and provides the real time heart rate and the maximum heart rate information to the computer terminal through the transceiver 24.

The control unit 25 determines whether the user has achieved the target time for each frequency and provides the computer terminal with the achievement time (lap time) for each frequency through the transmission / reception unit 24. The lap time measurement for each frequency can be measured by a known method. For example, it is possible to measure the lap time by attaching an RFID tag and a tag antenna for transmitting and receiving an RF signal to each wearable device.

The control unit provides position information measured by the GPS module to the computer terminal through the transceiver unit.

In this way, the wearable device can transmit the maximum heart rate, the real-time heart rate, the lap time, the achievement of the goal, the training time, and the position, which are training information performed by the user, to the computer terminal.

 The computer terminal can monitor and record the training information of the user received from the wearable device in real time and further provide the heart rate change data and the heart rate recovery time according to the training intensity from the training information.

While the present invention has been described in detail with reference to the preferred embodiments thereof, it is to be understood that such description is illustrative and exemplary of the present invention. Those skilled in the art will readily appreciate that various changes, modifications, and variations may be made without departing from the spirit and scope of the present invention as defined by the following claims and accompanying drawings.

10: computer terminal 20: wearable device

Claims (1)

A computer terminal (10) to which a wearable device user training plan is input; And
And a central control and training system including at least one wearable device (20) for instructing a user's training as a blink of sound and an indicator according to a training schedule transmitted from the computer terminal,
The training plan for each user is the intensity and time of each user input to the computer terminal by the supervisor,
The computer terminal (10)
A controller module (11) for inputting a training plan of the user of the wearable device, a communication module (12) for performing wireless communication with the wearable device, and a training time schedule according to a training plan entered in the controller interface, And a controller (13) for transmitting a training time schedule to the wearable device via the communication module,
The wearable device 20
A body module 21, a heartbeat sensor 22 attached to the body part to check the heart rate of the user, a GPS module 23 attached to the body part to provide location information of the user, A time module 26 attached to the body unit and having a current time providing unit and a timer, and a time module attached to the body unit, And a display unit (26) attached to the body part and having a speaker and an LED, wherein the controller (25)
The control unit 13 of the computer terminal stores the heart rate and distance information of the user received from the wearable device and monitors whether the received heart rate corresponds to the heart rate range of the set training intensity,
The control unit 25 of the wearable apparatus resets or operates the timer of the time module 26 according to the training time schedule received from the computer terminal and activates the speaker or LED of the display unit 26, Wherein the central control training system controls the central control system.

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