RU151514U1 - SPORT PULSOMETER - Google Patents

Abstract

A sports heart rate monitor comprising a central processor, a heart rate sensor, an accelerometer, a memory unit, a clock, a wireless communication unit with a computer, a start button for a workout program, characterized in that it further comprises a workout start determination unit connected to the central processor according to the accelerometer , the unit for determining the recommended heart rate for the current training time and the recorded training program, the unit for comparing the current heart rate with the recommended heart rate, the unit for determining exceeding critical training regimes, a vibration alarm unit and an audible alarm unit, while the vibration alarm unit contains a vibratory alarm unit for the athlete to increase the current heart rate, the athlete's vibration alarm unit to lower the current heart rate, the athlete's vibration alarm unit to complete the training, and the audible alarm unit contains an audible alarm unit for the athlete to increase the current pulse, an audible alarm unit ation athlete need to lower the current pulse and the chime unit sportsman training necessary closure.

Description

Sports Heart Rate Monitor

The utility model relates to medical equipment and is used to control the frequency of cardiovascular function of people in the process of physical activity, sports training, competitions, to control the amount of physical activity according to a given plan.

A known system for monitoring the fitness of athletes of cyclic sports, adopted as a prototype, including a heart rate sensor and configured to calculate the total heart rate and assess the dynamics of changes in these values, characterized in that it contains a measurement unit, the function of which is to assess the dynamics of changes in heart rate values, contains tonometer configured to mount on the wrist of an athlete, which is equipped with a display and a wireless device, the latter being made with the ability to transmit heart rate data in real time to the measurement unit at the time the athlete crosses the finish line on each cycle or selected distance section (RF Patent for Utility Model No. 116034, IPC АВВ 5/00, 12/23/2011).

The known system allows you to assess the degree of fitness, but does not allow you to lead an athlete during training.

The objective of the utility model is the continuous submission of control commands to the athlete to guide the athlete from the side of the sports heart rate monitor during training, competition, according to the plan for training, competition set by the coach.

The technical result is achieved in that a sports heart rate monitor comprising a central processor, a heart rate sensor, an accelerometer, a memory unit, a clock, a wireless communication unit with a computer, a start button for a training program, according to a utility model, connected to the central processor

additionally contains a unit for determining the start of a training session connected to the central processor according to the accelerometer, a unit for determining the recommended heart rate for the current training time and a recorded training program, a unit for comparing the current heart rate with the recommended heart rate, a unit for determining the excess of critical training modes, a vibration alarm unit and an audible alarm unit wherein the vibration alarm unit comprises a vibration alarm unit for the athlete to increase the current pulse, Lok vibration alarm athlete need to lower the current pulse, the vibrating alarm unit athlete need closure workout and audible alarm unit comprises a buzzer athlete need to increase the current pulse, the chime unit athlete need to lower the current pulse and the chime unit sportsman training necessary closure.

The essence of the utility model is illustrated by drawings, which depict the main blocks of the proposed sports heart rate monitor (Fig. 1), and the implementation of a sports heart rate monitor in the form of a chest pulse sensor (Fig. 2).

In the drawing, the numbers indicate:

1. A heart rate sensor that continuously measures the athlete’s heart rate,

2. An accelerometer that continuously measures the athlete’s linear acceleration,

3. A memory in which all the parameters of the upcoming workout are recorded using an external computer, including the recommended heart rate at each moment of the workout, and during the workout, the actual heart rate at each time of the workout,

4. The clock, displays the current time, counts down the time interval from the beginning of the training,

5. Wireless communication unit with an external computer, to configure all parameters of the Sports Heart Rate Monitor,

6. The “Start” button, clicking on which starts the training program,

7. The central processor controls all the units of the Sports Heart Rate Monitor,

8. The unit for determining the start of the training, determined by the value of the linear acceleration of 2 athletes,

9. The unit for determining the recommended heart rate at a given time of training,

10. Block comparing the current and recommended heart rate,

11. The unit for determining the critical training regimen,

12. The unit of vibrational signaling to the athlete need to increase the athlete's pulse during training,

13. The block of vibrational signaling to the athlete need to lower the athlete's pulse during training,

14. The vibration alarm block for the athlete need to finish the training,

15. The sound alarm block to the athlete need to increase the athlete's pulse during training,

16. The sound alarm block to the athlete of the need to lower the athlete's pulse during training,

17. The sound alarm block to the athlete need to finish the training,

18. A person directly on the body of which is located a sports heart rate monitor,

19. Sports heart rate monitor, made in the form of a chest pulse sensor,

20, 21. The right and left contact of the pulse sensor 1, which takes the signals of the cardiogram of a person 18,

22. The location of the block 12 vibration alarm athlete need to increase the athlete's pulse during training,

23. The location of the block 14 vibration alarm athlete need to finish the training,

24. The location of the block 13 vibration alarm athlete need to lower the pulse of the athlete during training,

25. A cable connected to the sound alarm blocks 15, 16, 17,

26. A headphone (speaker) connected via cable 25 to the sound alarm units 15, 16, 17.

A sports heart rate monitor (Fig. 1) contains a heart rate sensor 1, an accelerometer 2, a memory unit 3, a clock 4, a wireless communication unit with an external computer 5, a Start button 6, a central processor 7, which is connected to all blocks of a sports heart rate monitor.

The difference of the proposed sports heart rate monitor is that it added a block for determining the start of training 8, a block for determining the recommended heart rate 9, a unit for comparing the current and recommended heart rate 10, a block for determining the critical training mode 11. In addition, vibration alarm blocks 12, 13, 14, and blocks are added sound alarm 15, 16, 17.

The work of a sports heart rate monitor is as follows.

The central processor 7 coordinates and controls the operation of all other blocks that supply data for the central processor (pulse 1, acceleration 2, current time 4, start signal 6, start signal of training 8), store data (block 3), and pre-process the data ( blocks 9, 10, 11), provide communication with an external computer (block 5), generate signals for the athlete (blocks 12, 13, 14, 15, 16, 17).

A pulse sensor 1 is hung on the athlete’s body, which continuously measures the value of pulse R. The vibration alarm units 12, 13, 14, which are of various kinds, are connected to the athlete’s body

provide various information to the athlete’s skin. The sound alarm blocks 15,16,17 work in such a way that the sound signals of these blocks are distinguishable by the athlete.

Before training (or sporting events) using an external computer connected to a sports heart rate monitor using a wireless communication unit with an external computer 5, a training plan is entered into memory unit 3: for each training time t, the recommended pulse Pp (t) is entered for this moment athlete.

Before the start of the training, the athlete presses the “Start” button 6, and the unit for determining the start of training 8 starts up, which, when the athlete’s acceleration A (which is measured by the accelerometer 2) exceeds the Astart set value (that is, when A> Astart) determines the start of the training and starts on the clock 4 the countdown of the time interval t from the beginning of the training.

During a workout, the clock counts the time interval t from the start of the workout, heart rate sensor 1 continuously measures the value of the heart rate P (t), block 9 determines the recommended heart rate Pp (t) at the moment of training time t, the CPU 7 writes the actual heart rate P to memory 3 (t).

Block 10 continuously compares the current P and the recommended Pp heart rate. With P <Pp, block 10 gives a pulse increase signal (to block 12 and block 15), while P> Pp, block 10 gives a pulse decrease signal (to block 13 and block 16).

Block 11 determining the critical training regimen continuously monitors the athlete’s current pulse P and, according to the specified algorithm, determines the critical training regimes threatening the athlete’s health, and when such critical regimes are detected, it gives a training stop signal (to block 14 and block 17). The algorithms for determining critical modes can be different:

- by exceeding the pulse P of the absolute maximum value of Rmax,

- by exceeding the work of the maximum value (at P> Рм during the time Т).

At the end of the training time, the heart rate monitor gives a training stop signal (to block 15 and block 17).

After the training, the trainer analyzes the recommended Pp (t) heart rate and the actual heart rate P (t) at each time t of the training (which are stored in memory 3), and makes adjustments to the training plan.

An example embodiment of a sports heart rate monitor in the form of a chest pulse sensor is shown in FIG. 2. A sports heart rate monitor 19 made in the form of a chest pulse sensor is fixed directly on the chest of a person 18, covering the chest with a closed ring. The right 20 and left 21 contacts of the pulse sensor 1, which takes pulse signals (cardiogram signals of a person 18), are pressed directly to the skin of a person 18. Vibration 22, 23, 24 and sound 26 alarm allows you to continuously send control commands to a person (athlete) 18. Block 12 vibration alarm athlete need to increase the pulse is located 22 on the right side of the human chest 18. Block 13 vibration alarm athlete need to lower the pulse is located 24 on the left side of the human chest 18. Block 14 is vibration With this signal, the athlete who needs to finish the training is located 23 in the center of the human chest 18. Such placement of 22, 23, 24 vibration alarm blocks 12, 13, 14 allows the person 18 to easily distinguish between vibration commands from different parts of the chest skin. To simplify the recognition of vibrational signals, blocks 12 and 13 create long (5 sec) continuous signals, block 14 creates a pulsating (0.5 sec on, 0.5 sec pause, repeated 5 times) signals. The vibration alarm blocks 12, 13, 14 are performed similarly to the vibration alarm in cell phones, for example, in the form of speakers capable of reproducing frequencies of the order of 10 Hz. The sound alarm blocks 15, 16, 17 create easily audible sound signals, for example: sound alarm block 15

the athlete who needs to increase the pulse generates continuous (5 sec) signals with a high frequency of 3000 Hz, block 16 generates continuous (5 sec) signals with a low frequency of 300 Hz, block 17 generates pulsating (0.5 sec on, 0.5 sec pause, sec repeating 5 times) signals with an average frequency of 1000 Hz. The sound alarm blocks 15, 16, 17 with the help of cable 25 create sound signals in the headphone (speaker) 26 that are easily distinguishable by person 18 both in frequency (3000, 1000, 300 Hz) and sound (continuous or pulsating). Duplication of control commands to person 18 from the side of the sports heart rate monitor 19 with vibrational (12, 13, 14) and sound (15, 16, 17) alarms can improve the reliability of timely recognition of teams in various conditions of training, competition.

Thus, the sports heart rate monitor allows you to continuously send control commands to the athlete to guide the athlete from the side of the sports heart rate monitor during training, competition, according to the plan set by the trainer for training, competition, and allows the athlete to maintain the pulse recommended by the trainer at each time of training, determines the critical athlete's health training modes. All this allows the athlete to exercise all the body’s capabilities safely, for health, achieving maximum sports results. For fans, a sports heart rate monitor will allow you to conduct workouts in the modes prescribed by doctors.

Claims (1)

A sports heart rate monitor comprising a central processor, a heart rate sensor, an accelerometer, a memory unit, a clock, a wireless communication unit with a computer, a start button for a workout program, characterized in that it further comprises a workout start determination unit connected to the central processor according to the accelerometer , the unit for determining the recommended heart rate for the current training time and the recorded training program, the unit for comparing the current heart rate with the recommended heart rate, the unit for determining exceeding critical training regimes, a vibration alarm unit and an audible alarm unit, while the vibration alarm unit contains a vibratory alarm unit for the athlete to increase the current heart rate, the athlete's vibration alarm unit to lower the current heart rate, the athlete's vibration alarm unit to complete the training, and the audible alarm unit contains an audible alarm unit for the athlete to increase the current pulse, an audible alarm unit ation athlete need to lower the current pulse and the chime unit sportsman training necessary closure.

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