KR900006049B1 - Training apparatus for track athletic sports - Google Patents

Abstract

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Description

Track training support

1 is a perspective view of an embodiment according to the present invention.

Fig. 2A is a plan sectional view showing the main part of the track mechanism.

(b) is a sectional side view of the track mechanism and the tilt adjustment mechanism.

(c) is a rear view of the inclination control mechanism.

3 is a side view for explaining a proximity switch of a control mechanism.

4 is a block diagram showing a shift state by a proximity switch.

5 is a sectional view of the main parts of the height adjusting means of the gripper.

6 is a perspective view showing a part of a pedestrian counter, a pulse rate counter, a control mechanism, and an electric cable among data detection means.

Fig. 7 is a block diagram showing the functions and control relationships for data detection means in which each mechanism is connected to the central processing unit of the control mechanism.

8 is a front view showing the entire panel of the control mechanism.

9 is a control schematic diagram of the apparatus.

10 is a movement pattern setting mode.

11 is a memory clear mode.

12 is a motion repetition mode.

13 is a workout data setting mode.

14 is a memory display mode.

15A to 15H show the kinetic data monitoring modes for each distance, time, number of steps, stride length, calories, inclination, speed, and pulse rate.

16 is a pause mode.

17 is an end mode.

18 is a mode of monitoring item selection.

19 is the rising slope stage adjustment mode.

20 is a start mode.

* Explanation of symbols for main parts of the drawings

1: track mechanism 2: tilt adjustment mechanism

3: control mechanism 4: holding gripping

8: exerciser 11: housing

12: Track Belt 18: Total Travel Distance Counter

23: pinion 24: rack

27,270,271: limit switch 34: proximity switch

42: rubber touch switch 72: walk count counter

111: support hole 339: data input display root

342: Operation key board

The present invention relates to a track training support device such as walking training or running using an endless track belt, and more particularly, by applying a microcomputer to input various data regarding an exercise state and an athlete in advance. The present invention relates to a track training support device that controls the entire exercise and has functions of selective display of monitoring items and memory warning.

Background Art In the past, as a walking training or running substrate, a "home runner" or a "health bike" is known.

Generally, these devices are not provided with a power means, and most of them are provided with a distance meter for accumulating and displaying a total exercise distance and a timer for setting an exercise time.

In addition, some of them also include walking training and running devices using endless conveyor belts, which are used for training athletes' physical fitness, training, or patient's physical therapy (Rehabilitation). Many of these controls were only manual, and no means such as pulse rate measurement were provided.

The above-described walking training and running substrates, in particular, lack the realism of the exercise because they are not equipped with a power means, and thus have been one of the great causes of the inability to continuously carry out the exercise.

In other words, in the home runner, since the meter that displays the total running distance is forwarded by one step by one step forward, the stride length cannot be corrected according to individual differences, and the individual exercise distance cannot be accurately determined. will be.

In addition, the walking distance and the walking speed are displayed quite accurately in a health bicycle, but in actual use, training tends to be interrupted because of lack of realism.

Furthermore, in modern ergonomics and physiology, the most effective amount of exercise and type of exercise can be scientifically recorded according to individual physique, age, and physical condition, so that training or physical therapy can be programmed and Considering that it is possible to control back by feeding back, the conventional method has an unscientific and unreasonable deficiency in physical arrangement.

In other words, the track belt with the conventional power means relies solely on manual control of the speed change, and there has not yet been a feedback control of the track belt speed in accordance with the basic fitness of the athlete or the state of health at the time of exercise.

Moreover, not only walking or running, but also speed change and slope change can be programmed based on the basic data of the exerciser, and the health status of the exerciser is not automatically detected and the warning is not yet provided.

Therefore, when exercising or training by a track belt-based apparatus, experienced trainers and doctors should be on the side, and training or measurement should be carried out while paying attention to the health of the athletes.

The present invention is based on the above situation, in the track training support device using a stepless track belt, equipped with a driving means, by applying a microcomputer automatic control of the track belt speed and its number of inclinations, the basis of the athlete The purpose of the present invention is to comprehensively implement an exercise program based on the data, a feedback control based on the exercise state of the exerciser, and a safety warning measure, and to provide measures to memorize the exercise data.

The present invention is a track belt type training support device equipped with a drive means to solve the above-mentioned problems, the track mechanism, the tilt adjustment mechanism, the control mechanism, the gripping between the configuration and each mechanism and gripping between It has the following structure.

The track mechanism has drive means, and the belt conveyor type endless track belt, which is the main body, is stepped or continuously shifted, and the exercise space is provided to the athlete.

The inclination control mechanism is installed near the front end of the track mechanism, and is equipped with an inclination stage converting means so as to change the inclination by dividing the aforementioned track mechanism into inclination stages of various stages.

The control mechanism includes a central processing unit (CPU), an input / output means, a PAM / ROM, an operation means, a display means, etc. mainly for a microcomputer to perform data processing and storage. Or programmed to perform manual control.

The gripping intervals are erected in parallel by sandwiching track belts on both upper surfaces of the track mechanism, and provided with height adjusting means and rubber touch switches.

The present invention is characterized in that a warning is displayed by comparing the data always monitored by the data detecting means attached to the control mechanism with the basic data of the exerciser previously input to the control mechanism.

The present invention first inputs the basic condition and exercise data of the exerciser to the microcomputer constituting the main body of the control mechanism based on the above-described means, and then starts the exercise after programming the movement distance, time, speed, sequence, and the like. .

After the start of the exercise, the speed of the track belt is shifted and controlled by the proximity switch established between the exerciser and the control mechanism, and the track mechanism is controlled by the inclination adjustment mechanism based on the type programmed in the control mechanism. Convert to the slope of the application.

In addition, speed control is continued even in the ascending state.

If the movement speed becomes extremely slow or the pulse rate becomes too large during the operation, the alarm is displayed by the warning means, and in some cases, the device is programmed to pause the device.

When the whole stroke of the exercise is finished, the automatic stop is performed, and each data of the finished exercise is stored.

In addition, retrieval calls of data are naturally possible.

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

EXAMPLE

1 is a perspective view showing an embodiment according to the present invention, wherein the track training support apparatus of the present invention is constituted as a track mechanism 1, an inclination adjustment mechanism 2, a control mechanism 3, and a gripping interval 4. As shown in FIG. .

The track mechanism 1 mainly consists of a "c" shaped housing 11 and a flat track 12, but a belt conveyor type endless track belt 12 is formed in a "shaped" shaped frame in the center of the housing 11. ), The track belt 12 is slid in the direction of the arrow F to move to the side.

Further, the support holes 111 for the gripping intervals 4 are provided on the upper surfaces of both lengths of the housing 11 in which the track belts 12 are fitted, in six positions, each of three positions on one side, It is possible to adjust the length, and the support holes 111 for the respective gripping intervals 4 are shaped like two gourds having holes having the same inner diameter as the pipe outer diameter of the gripping intervals 4, so that the circumference is slightly different from each other. Since it is established so that it may overlap, the width between the holding | gripping tools 4 is adjusted in a narrow range.

In addition, in this holding | gripping tool 4, the height adjusting nut 41 is provided in the leg part, and the rubber touch switch 42 is provided between the length control and the insulating sleeve 421 in the center part of the holding device 4. Each is recommended and connected to the control mechanism 3 by an electrical cord 35.

The inclination adjustment mechanism 2 is installed in the box 211 fixed to the front end of the housing 11 and at the same time, the movable arm 31 is fitted to the upper portion of the box 211 to hold and operate the control mechanism 3. .

In addition, the rear end of the housing 11 of the track mechanism 1 is installed by connecting the footrest 13 to both ends of the front end.

FIG. 2 is a view for explaining the detailed configuration of the track mechanism 1 and the inclination adjustment mechanism 2. In FIGS. 2a, b, and c, the track mechanism 1 is a " ゴ " shaped housing as shown in FIG. 2a. (11) The drive means 14 is built in the front end portion, and the rotational driving force of the drive means 14 is transferred into the housing 11 by the V belt 142, the coarse pulley 143, and the electric pulley 144. It drives to the installed main shaft spindle 15.

The rear end of the housing 11 is provided with a driven mandrel shaft 16 provided in the housing 11 in parallel with the main mandrel shaft 15, so that the track belt 12 having an endless track shape is provided with a double mandrel 15, 16. It is installed on the wound to activate the track belt 12 in a predetermined direction by the above-described driving means 14 and the V belt 142, the main shaft, the electric pulley 143, 144.

In addition, the driving means 14 is mainly composed of a power source 141 such as an electric motor, and at the same time, the above-described constant moving speed of the track belt 12 is shifted by 0-40 km per hour by the power source 141. It is configured to be stepped or continuously variable within the range.

In addition, the above-described electric pulley 144 is provided with a distance counter 18 made of a photoelectric sensor or the like, and the rotation speed of the electric pulley 144 is countered and input to a control mechanism (not shown). This is the basic data for displaying the speed of the track belt and the total distance traveled.

In addition, a base plate 17 (see FIG. 2) is provided under the surface side track belt 12 so as to cover the housing 11 on both sides and between the driving and driven mandrel shafts 15 and 16. Supports the weight of the athlete.

In addition, the box 211 of the inclination adjustment mechanism 2 adjacent to the front end of the housing 11 is integrally fixed to the housing 11.

The inclination adjustment mechanism 2 is built into the box 211 except for a part as shown in 2b and c, but the box 211 is fixedly mounted with a forward and reverse rotation motor 21 having a deceleration means. At the same time, the drive gear 28 is fixedly installed at the output end of the motor 21 and engaged with the electric gear 29. Therefore, when the motor 21 rotates clockwise, the electric gear 29 It rotates in the counterclockwise direction, and the electric shaft 22 fixedly mounted on the electric gear 29 is also driven to rotate in the counterclockwise direction. The pinion 23 provided at both ends of the electric shaft 22 also rotates in the counterclockwise direction. Therefore, the rod-shaped rack 24 provided on both sides of the box 211 so as to be movable up and down is moved along the axial direction and moved downward.

In addition, since the transmission shaft 22 is fixed to the stationary position in the box 211 by the bearing stand 212, the box 211 of the inclination adjustment mechanism 2 is counterclockwise of the pinion 23. In accordance with the rotational drive of the rack 24 to rise in the form of climbing, as shown by the dashed two-dot chain line of FIG. 2b, the front end of the track mechanism (1) fixedly installed with the box 211 is raised The inclination is formed between the bottom surface (G).

In addition, the lower end of the rack 24 is supported by the ball joint 25, and at the same time, the socket of the lower side of the ball joint 25 is formed with a supporting part and directly contacts the bottom surface G.

In addition, the lower surface near the rear end of the track mechanism 1 is provided with a supporting portion 112 such as the ball joint 25 described above, and serves as a supporting point when the inclination adjustment mechanism 2 forms a rise.

Next, the inclination number display of the inclination adjustment mechanism 2 will be described. As shown in FIG. 2C, the inclination number of steps is stepwise by the small projection 241 protruding from the limit inner side of the limit switch 27 and the rack 24. In this embodiment, since the number of steps is displayed, the limit switch 270 at the uppermost position of the box 211 is 0 steps, and the limit switch 271 below it is 1 step. When it is made into 2, 3, and 4 steps corresponding to a switch, when the small protrusion 241 of the rack 24 contacts the limit switch of each stage, the limit switch of the stage will operate and stop the motor 21. At the same time, the rotation speed of the measurement plate 261 fixed on the transmission shaft 22 in FIG. 2C is measured.

That is, the incidence number counter 26 using the photoelectric sensor etc. is measured, the inclination number display of the inclination adjustment mechanism 2 is performed by the control structure 3, and it is set as basic data of a feedback control.

Next, returning to FIG. 1 and the control mechanism 3 will be described. The control mechanism 3 is driven by the " <&quot; shaped arm to the top of the box 211 in the inclination adjustment mechanism 2; At the same time, adjusting screws 32 are provided at the upper and lower ends of each of the movable arms 31 to move the display operation panel 33 on the upper part of the control mechanism 3 back and forth or adjust the inclination angle according to the practical use. You can do it.

In addition, this panel 33 is provided by inserting the proximity switch 34 in the center of a base side, and adjusts the speed of the track belt 12 automatically according to the position on the track belt 12 of an exerciser.

Referring to the adjustment of the track belt speed by the known proximity switch 34 which can set the detection distance band based on FIG. 3, the athlete 8 may not walk or run on the track belt 12. At the same time, it reflects the ultrasonic wave emitted by the proximity switch 34 at the chest position and simultaneously captures the reflected wave by the same proximity switch 34, so that the walking or running speed of the athlete is greater than the movement speed of the track belt 12. When the forward limit line when A is moving forward in the forward direction is set to A and the distance between the proximity switch 34 and A is Da, the track belt 12 when the chest of the exerciser 8 reaches the A line. The speed of movement is automatically accelerated step by step so that the athlete 8 returns to the standard position D on the track belt 12.

Next, when the running speed of the athlete 8 is slower than the moving speed of the track belt 12, and the chest retreats from the retreat limit line B, that is, the distance from the proximity switch 34 becomes larger than Db, the belt ( The moving speed of 12) is automatically decelerated step by step so that the athlete returns to the standard position D described above.

This speed control is performed by the known proximity switch 34 in which the detection distance is banded using ultrasonic waves, and the shift is performed step by step based on the relative relationship between the walking or running speed and the belt speed. When is returned to the standard position D, the shift is stopped (see also the block diagram of the control system in FIG. 4).

FIG. 5 shows the structure of the height adjusting nut 41 which is opened at the leg of the holding part 4 to adjust the height of the holding part 4, and in FIG. 5, the union nut 411 is a union joint. The inner pipe 414 is firmly tightened to slide and slide into the rib-shaped outer pipe 415 so that both pipes 414 and 415 are fixed to each other. (415) Abuts a clamp ring 143 whose upper outer circumferential surface is an inclined surface at an upper end thereof, and the clamp ring 413 slides around the inner pipe outer circumference and is fitted to allow movement. The lower half of the inner surface of the union nut 411 is formed as a female screw that is screwed into the male thread formed on the outer circumferential surface of the upper end of the outer pipe 415, and the inner side becomes thicker as the upper half of the upper portion moves upward. Since the nut has a cross section, when the nut 411 is turned downward by turning the union nut 411, the tapered surface of the upper outer circumference of the upper end of the clamp ring 413 and the tapered piece 412 of the upper outer circumference of the union nut 411 are pressed. Iii) tightly tighten the inner pipe 414 to press-fit the union nut 411 to the outer pipe 415.

On the contrary, when the nut 411 is moved upward by turning the union nut 411, the pressure of the tapered surface 412 is released so that the inner pipe 414 slides freely inside the outer pipe 415. You can adjust the height.

After height adjustment, the union nut 411 is tightened again, and the inner and outer pipes 414 and 415 are press-fixed to each other.

The rubber touch switch 42 wound around the gripping portion is used to pause the present device if the pedestrian's hand falls from the gripping interval when the device is used for physical therapy purposes, for example.

6 is a diagram showing the pulse rate and the number of walking means, which means that the known pulse rate sensor 71 and the number of steps counter 72 is connected to the electrical cables 73 and 74, and at the same time, the cable 74 The plug 75 at the tip is screwed into the socket 36 provided on the lower surface of the control mechanism 3.

Therefore, the pulse rate and the number of steps of the exerciser are inputted to the control mechanism 3 via the pulse rate sensor 71 and the number of steps counter 72 to constantly monitor the pulsation state and the exercise state and can be used as valid basic data. .

In addition, the pulse rate sensor 71 is locked to the exerciser's finger, and the walking count counter 72 is locked near the waist belt.

7 shows a block diagram of the control system of the present invention. The central processing unit 30 mainly includes a microcomputer, but each control means is interconnected by the central processing unit 30, and is connected by the panel 33. As shown in FIG. I / O and various control of data can be done.

For example, the movement speed and the number of inclination of the track belt 12 are controlled by the control of the track mechanism 1 and the inclination adjustment mechanism 20, and at the same time, the inclination number counter 26 and the total movement distance counter 18 Numerals displayed on the panel 33 by the reference numerals 1) become basic data of the speed and inclination stage control of the track belt 12.

In addition, the total exercise distance and the number of walking are displayed by the total exercise distance counter 18 and the number of walking counters 72, and the stride length is calculated.

Then, the pulse rate sensor 71 monitors and alerts the pulse state.

Normally, each detected data signal is fed back as an input, stored in a memory, displayed on the panel 33, and output-controlled according to the difference compared with the set value. Although display, data processing, and initiation and reception of each instruction are performed in total, detailed items are as shown in the central processing unit 30 in FIG.

8 is a plan view of the display of the control mechanism 3, the display of the operation panel 33, and the operation keys, and on the upper end of the panel 33, a display name plate 331 and a track speedometer (from the left of the drawing). 332), the digital display system 333, but the digital display system 333, the four-digit first display unit 334, the total movement distance, which selectively numerically display the number of steps, stride length, calorie value, and the number of slopes from the left in the drawing. Alternatively, the second display unit 336 of four digits that selectively displays time is provided.

In the middle of the panel 33, inputs and controls about 2/3 of the left side of the drawing, each display group 337, 338, 339, 340 and 341 by the light emitting diodes, and about 1/3 of the right side of the drawing. Although the operation keys for the display board 342 are provided, the display groups 337, 338, 339, 340, and 341 are designed by the light emitting diode and the display characters. The warning display group 337, the device state display group 338, the data input display group 339, the inclined stage display group 340, and the memory display group 341 are provided.

The operation key board 342 on the right side of the figure is provided with each key for input and control.

The lower part of the panel 33 is equipped with a buried warning buzzer 343 near the left end of the drawing, a buried proximity switch 34 below the center of the drawing, and a switch group 344 on the right side of the drawing. 343 is a warning sound in conjunction with the warning display group 337 of the panel 33 interruption, and the proximity switch 34 of the center controls a track speed in relation to an exerciser as mentioned above. The switch group 344 includes power switches, ON, OFF switches, start, pause, and end switches from the left in the drawing.

Next, the operation procedure by the panel 33 will be described based on FIG. 8 and Tables 1 and 2. First, the "repetition" or "movement setting" key in the operation key board 342 is first performed before the apparatus starts. If the first exercise type is not repeated by pressing, it is possible to select whether to set a new exercise type.

When the previous exercise type is repeated, a new operation is not required. Here, the case of newly setting the exercise type will be described.

After the power switch 344 is turned ON, the exercise mode can first be set by pressing the "movement setting" key in the board 342 with the operation keys in accordance with the display of the machine state display group 338. After pressing the "Enter" key, and in accordance with the display of the data input display group 339, the athlete's classification code, weight, age, and normal pulse rate are sequentially input, followed by distance, time, and speed. Enter the number of slopes.

The exerciser can press the monitoring item key of the operation key board 342 to select the eleven items monitored during the exercise and display them in the digital display system 333 on the top of the panel 33.

During the actual exercise, the central processing unit 30 always monitors the exercise state. For example, when the movement speed of the track belt is automatically changed appropriately by the position of the track belt of the exerciser and the pulse rate is too high, the warning display group 337 is displayed while decelerating or pausing the warning buzzer 343. I'm trying to ring.

After the exercise, the exercise data is stored in the memory as it is, and the next time the apparatus is used, the previous data can be displayed by the memory display key of the operation key board 342.

Although not shown in the drawing, the gripping section 4 shown in FIG. 1 is a pair of two, but one of them is mounted at the front end of the front of the track belt 12 as if the crotch is wide open. By installing the rubber touch switch 42 on the horizontal part of the span 4 and installing the height adjusting nut 41 on the leg between the grips, the usability and stability can be further improved in the physical therapy type of exercise. .

According to the present invention, the control mechanism mainly composed of microcomputers and the data detection means attached thereto make the conventional simple and monotonous type of movement abundant, and consistently automatically starts from the start to the end of the movement. It can be controlled.

In addition, there is a safety measure to warn or pause the device by comparing the basic data of the athlete and the exercise state, so that more people can use it with confidence.

In addition, the type of exercise can be arbitrarily manipulated, and the memory function of the microcomputer is combined to provide an effect of providing a type of exercise suited to an individual's exercise ability and health condition.

For reference, various movement patterns generated in relation to the present device have a variety as shown in Table 1 to Table 5 below.

TABLE 1

TABLE 2

TABLE 3

TABLE 4

TABLE 5

Claims (23)

A track mechanism (1) having an endless track belt, an inclination adjustment mechanism (2) capable of changing the inclination of the track mechanism (1) stepwise, a data detection means, a control mechanism (3), and a gripper (4). As the track training support apparatus, the track mechanism 1 has driving means for driving the track belt 12, and the data detecting means, the movement state detector of the athlete 8 and the movement state detector of the track mechanism 1 The control mechanism 3 has control means for controlling the drive means and the inclination adjustment mechanism 2 on the basis of the information in the data detection means, and inputs basic data such as the weight and age of the athlete. Input means, setting means for setting the type of exercise, motion control means for generating a control signal for controlling the running and inclination of the track mechanism 1 based on the type of exercise, and the limit load amount of the exerciser based on the basic data of the exerciser Mountain Track load limiting means for calculating a developing load of the exerciser, developing load calculating means for calculating the exerciser's developing load, and monitoring control means for comparing the limiting load with the developing load and issuing the operation signal or a warning signal. Device. 2. The tilt control mechanism (2) according to claim 1, wherein the tilt control mechanism (2) is supported by the track mechanism (1) and includes a transmission shaft (22) having a pinion (23), and a power means capable of forward and reverse rotation of the transmission shaft (22). And a fixed rack (24) engaged with the pinion (23), and a plurality of limit switches (270) (271) for detecting the inclination angle of the track mechanism (1). The track training support apparatus according to claim 1, wherein the data detecting means includes a total travel distance counter (18) for measuring the accumulated travel distance of the track belt (12). The track training support apparatus according to claim 1, wherein the data detecting means includes an inclined stage counter (26) for detecting an inclination angle of the track mechanism (1). The track training support apparatus according to claim 4, wherein the inclination stage counter (26) is a photoelectric sensor. 2. The track training support apparatus according to claim 1, wherein the data detection means includes a distance sensor for detecting a distance between the exerciser on the track belt and the tip of the track mechanism. The track training support apparatus according to claim 1, wherein said data detecting means includes a walking count counter (72) for measuring the number of walking of an athlete. The track training support apparatus according to claim 1, wherein said data detecting means includes a pulse rate counter for detecting the pulse rate of the exerciser (8). The gripper 4 is provided with several support holes 11 in the upper surface of the housing 11 on both sides of the track mechanism 1 to adjust the length of the gripper 4 in the longitudinal direction. Track training support device, characterized in that possible. The track training support apparatus according to claim 1, wherein the holding section (4) is provided with a height adjusting means (41) on the leg portion. 2. The motion interruption detector according to claim 1, wherein said data detecting means comprises a rubber touch switch (42) mounted on a horizontal portion of the gripping interval (4), and detects the movement of the exerciser (8) from the gripping interval (4). Track training support device characterized in that it comprises a. 2. The control mechanism (3) according to claim 1, wherein the control mechanism (3) calculates the limit load based on input data such as weight and age of the exerciser, and at the same time, information from the pulse rate sensor (71) or distance sensor or walking sensor A tracker configured to calculate an exerciser's developing load based on the information from the controller, and to generate a warning signal when the developing load is at a predetermined ratio with respect to the limiting load by comparing the limiting load with the developing load. Training support. 2. The control mechanism (3) according to claim 1, wherein the control mechanism (3) has a key board (342), and the basic data such as the weight, age, etc. of the exerciser as the key is pressed, and the movement distance, time, and speed. Track training support device, characterized in that to set by entering the exercise menu, such as the number of slopes. The track training support apparatus according to claim 13, wherein the control mechanism (3) is capable of displaying on an indicator to provide input data or calculation data. 2. The control mechanism (3) according to claim 1, wherein the control mechanism (3) is set to one of a distance mode in which the total exercise amount is set to the traveling distance of the belt conveyor, and a calorie mode set in the calorie consumption value of the exerciser, and the predetermined exercise is repeated. Track training support device characterized in that it is possible to execute the exercise setting mode to set the number of times. 2. The control mechanism (3) according to claim 1, wherein the control mechanism (3) compares the set traveling distance with the actual traveling distance of the belt conveyor during the exercise according to the distance mode, and provides a stop signal when the actual traveling distance reaches the set traveling distance. Track training support device, characterized in that configured to output. The track training support according to claim 1, characterized in that the control mechanism (3) is configured to issue a control signal to execute the change of the running speed of the track belt (12) and the conversion of the number of inclined stages in a predetermined order. Device. 4. The track training support apparatus according to claim 1 or 3, wherein the control mechanism (3) is configured to calculate and display an exercise distance based on information from the total exercise distance counter (18). The track training support apparatus according to claim 1, wherein the control mechanism (3) is configured to select any of the number of steps, steps, inclinations, or calories as a monitoring item and to display the developing value. The track training support apparatus according to claim 1, wherein the control mechanism (3) is configured to store detection information and calculation information, and to retrieve and display necessary information. 2. The track according to claim 1, wherein the control mechanism (3) is configured to issue a control signal for setting the speed of the track belt (12) and a control signal for setting the number of inclination stages based on a preset type of exercise. Training support device. 2. The control mechanism (3) according to claim 1, wherein the control mechanism (3) compares the pulse rate obtained from the pulse rate counter with the limit pulse rate calculated from the input data of the exerciser, and warns when the developed pulse rate becomes a constant ratio with respect to the limit pulse rate. Track training support device, characterized in that configured to emit. The track training support apparatus according to claim 1, wherein the control mechanism (3) is configured to issue a control signal instructing each operation at the start, pause, and end of the track mechanism (1).

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