KR20240040234A - Treadmill for balance training - Google Patents

Abstract

The present invention relates to a treadmill for balance training, which provides a walking path made of hard material to enable static balance exercise, and the walking path made of hard material includes a new walking path in the form of a tube whose volume expands when filled with air. By selectively applying the path, dynamic balance exercises can also be performed.
A treadmill for balance training according to the present invention includes a treadmill body that provides a walking path; A balance pad that is selectively applied to the walking path of the treadmill main body to provide a walking path instead, and whose hardness or volume varies as air is injected or discharged therein, and is compressed to a certain level by the user's load; and a balance control unit that supplies or recovers air to the internal space of the balance pad to change the hardness or volume of the balance pad.

Description

Treadmill for balance training {TREADMILL FOR BALANCE TRAINING}

The present invention relates to a treadmill for balance training, and more specifically, to a treadmill for balance training that can selectively perform static and dynamic balance exercises.

Walking is one of the unique physical functions of humans, the most common exercise, and a basic activity that people do every day.

In general, the gait cycle of normal people is roughly divided into two cycles: the stance phase and the swing phase.

The stance phase is the period when the foot is in contact with the ground and consists of the initial contact phase, plantar contact phase, intermediate stance phase, heel lift phase, and toe lift phase.

The swing phase is the period when the foot moves off the ground and consists of the toe lift phase, the middle swing phase, and the initial contact phase.

In normal walking, the stance phase accounts for approximately 60% and the swing phase accounts for approximately 40%.

For users who have reduced or lost walking ability, walking training is a very important part of improving their level of independence and quality of life.

Rehabilitation training to restore the walking ability of people with walking disabilities requires comprehensive help from experts in various fields. In particular, repetitive and systematic walking training is required to improve patients' sense of balance and increase endurance.

Walking is one of the most important exercises not only for rehabilitation patients with walking disorders, but also for the elderly, and the level of training required varies from patient to patient.

There is a treadmill (treadmill) as a device for performing such rehabilitation training.

A treadmill is an exercise equipment called a treadmill. It uses a belt that rotates in an infinite orbit to provide the exercise effect of walking or running in a narrow space, so it is widely used in rehabilitation hospitals, homes, and sports centers.

In addition, treadmills allow indoor walking or running exercise even in winter, and the running speed can be adjusted arbitrarily, so the demand for treadmills is rapidly increasing day by day.

However, despite this efficacy, existing treadmills are only for walking or running, so they can perform simple repetitive walking training, but have the problem of not being able to perform static and dynamic balance exercises.

Therefore, there is a problem that the effect of gait training that can be expected from existing treadmills is inevitably limited.

In addition, in recent years, there are cases where additional training equipment other than a treadmill is provided to perform dynamic balance training, but in this case, there is a problem that it is not economical because additional training equipment other than the treadmill must be purchased.

Registered Patent Publication No. 10-1723651

The present invention was developed to solve the problems of the prior art described above. It is possible to perform static balance exercises by providing a walking path made of hard material, and the walking path made of hard material expands in volume according to air filling. The purpose is to provide a treadmill for balance training that can also perform dynamic balance exercises by selectively applying a new tube-shaped walking path.

In addition, by selectively applying obstacles to the walking path to encourage the user to vary their walking patterns and strides, balance can improve cognitive and sensory functions and improve perception and physical coordination. The purpose is also to provide a treadmill for training.

A treadmill for balance training according to an embodiment of the present invention includes a treadmill body that provides a walking path; A balance pad that is applied to the treadmill body to provide a walking path for the user, whose hardness or volume varies as air is injected or discharged into the interior, and is compressed to a certain level by the user's load; and a balance control unit that supplies or recovers air to the internal space of the balance pad to change the hardness or volume of the balance pad.

Additionally, the balance pad is installed to rotate while forming an infinite orbit on the treadmill body.

In addition, the balance pad receives air from the balance control unit and includes air pockets arranged in multiple rows along the length to vary hardness or volume.

And, a connector rotatably mounted on the air outlet of the balance control unit and having at least one air passage formed therein; And installed at regular intervals on the circumferential surface of the connector, one side of which is installed to inject air into the air pocket of the balance pad, and the other side further includes a plurality of connection hoses that penetrate the connector and are respectively connected to the air passage. can do.

In addition, a plurality of air pockets arranged in each row are arranged to be connected in series along the width direction of the balance pad.

In addition, the air pockets arranged in each row have connection pockets that allow air from the balance control unit to pass through on surfaces facing each other.

Additionally, when air is injected by the balance control unit, the air pocket expands larger and higher than the connection pocket.

In addition, the air pockets arranged in each row are arranged so that a certain area intersects a certain area of other air pockets located in other adjacent rows to form a continuous curved surface along the longitudinal and width directions of the balance pad.

Additionally, the air pockets are formed to have the same size or different sizes.

And, a tube that is selectively seated or separated from a certain area of the upper surface of the balance pad; And it further includes an air pump that supplies air to the inner space of the tube so that the tube is inflated and stands up on the walking path.

In addition, the tube is seated on the upper surface of the air pocket whose bottom is selected, and is bent in the horizontal direction at the top of the vertical part and the vertical part where a filling space filled with air supplied from the air pump is formed, and the inner part is It is connected to the filling space of the vertical part and includes a horizontal part forming a filling space in which air supplied from the air pump is filled.

And, a variable string fixed to the bottom of the horizontal portion; A first magnet portion fixed to the lower end of the variable string and a plurality of second magnet portions fixed at regular intervals along the vertical length direction of one surface of the first vertical portion and formed to have a different polarity from the first magnet portion, The bending angle of the horizontal portion varies depending on the first magnet portion attached to any one of the second magnet portions.

The treadmill for balance training according to the present invention allows selective static balance training on a hard floor and a soft floor filled with air by controlling the amount of air filled in the balance pad while the treadmill is not in operation. It can be performed, and operating a treadmill has the effect of allowing dynamic balance exercises to be performed on a moving track on a soft or hard floor.

In addition, by selectively applying obstacles to the floor that provides a walking path to encourage the user to vary their walking patterns and strides, cognitive and sensory functions can be improved, and perception and body coordination can be improved. There is an effect that can be given.

Figure 1 is a perspective view showing a treadmill for balance training according to an embodiment of the present invention.
Figure 2 is a perspective view showing a state of use of a treadmill for balance training according to an embodiment of the present invention.
Figure 3 is a perspective view showing a balance pad applied to a treadmill for balance training according to an embodiment of the present invention.
Figure 4 is a cross-sectional view showing an air pocket applied to a treadmill for balance training according to an embodiment of the present invention.
Figure 5 is a plan view showing a state in which a tube and an air pump are applied to a treadmill for balance training according to an embodiment of the present invention.
Figure 6 is a cross-sectional view showing a state in which a tube applied to a treadmill for balance training according to an embodiment of the present invention is seated on a balance pad.
Figure 7 is a cross-sectional view showing step by step the bending angle of a tube applied to a treadmill for balance training according to an embodiment of the present invention.
Figure 8 is a front view showing another embodiment of a balance control unit applied to a treadmill for balance training according to an embodiment of the present invention.
Figure 9 is a side view showing another embodiment of a balance control unit applied to a treadmill for balance training according to an embodiment of the present invention.

The advantages and features of the present invention and methods for achieving them will become clear by referring to the embodiments described in detail below along with the accompanying drawings.

However, the present invention is not limited to the embodiments disclosed below and may be implemented in various different forms. The present embodiments are merely provided to ensure that the disclosure of the present invention is complete and to be understood by those skilled in the art. It is provided to fully inform those who have the scope of the invention, and the present invention is only defined by the scope of the claims. Like reference numerals refer to like elements throughout the specification.

Hereinafter, embodiments of the present invention will be described in detail with reference to the attached drawings so that those skilled in the art can easily implement the present invention. However, the present invention may be implemented in many different forms and is not limited to the embodiments described herein. Throughout the specification, similar parts are given the same reference numerals.

Figure 1 is a perspective view showing a treadmill for balance training according to an embodiment of the present invention, Figure 2 is a perspective view showing a state of use of a treadmill for balance training according to an embodiment of the present invention, and Figure 3 is a It is a perspective view showing a balance pad applied to a treadmill for balance training according to an embodiment of the present invention, and Figure 4 is a cross-sectional view showing an air pocket applied to a treadmill for balance training according to an embodiment of the present invention.

The treadmill 1 for balance training according to an embodiment of the present invention is a product that can selectively perform static balance exercise and dynamic balance exercise.

To this end, the treadmill 1 for balance training according to an embodiment of the present invention may include at least one of a treadmill main body 10, a balance pad 20, and a balance control unit 30.

The treadmill body is placed on an indoor or outdoor floor and may be formed in the shape of a polygonal plate with a certain length and thickness.

On the upper surface of the treadmill main body 10, a footrest portion 11 may be formed along the longitudinal direction to provide a user performing balance training with a walking path necessary for balance training.

As an example, the footrest portion 11 may be formed as a floating type. In this case, the footrest portion 11 may be formed in a substantially rectangular block shape.

Therefore, the user directly performs balance training while moving back and forth between the starting and ending points of the footrest unit 11.

Therefore, the upper surface of the footrest unit 11 may be made of a material with excellent friction, such as rubber or silicone, to prevent slipping when the user walks.

As another example, the footrest portion 11 may be formed as a belt. As is well known in treadmills, the belt is rotated in place while forming an infinite orbit on a pair of pulleys or rolls rotated by a motor (not shown), allowing the user to exercise by walking in place or running in place on the belt. do.

When the footrest portion 11 is formed of a belt, the treadmill body 10 may be formed in a square frame shape, and the footrest portion 11 is located in the internal space of the treadmill body 10.

A plurality of vertical supports 12 are installed at regular intervals on both edges of the upper surface of the treadmill main body 10, and handles 13 are installed on the upper surface of the vertical supports 12 along the longitudinal direction.

Therefore, balance training can be performed through the footrest unit 11 while holding the handle 13 with both hands.

Through this handle 13, a physically challenged user can be prevented from falling when walking along the footrest 11.

If the treadmill body 10 performs a static balance exercise, the balance pad 20 performs a dynamic balance exercise.

For example, as shown in FIG. 2, the balance pad 20 may be simply selectively placed on the upper surface of the floating footrest unit 11 to provide a walking path necessary for balance training instead of the footrest unit 11.

That is, if you want to perform both static and dynamic balance exercises as needed, perform the static balance exercise through the footrest portion 11, and then place the balance pad 20 on the upper surface of the footrest portion 11. By seating it, you can perform dynamic balance exercises through the balance pad 20.

As another example, the balance pad 20 may be applied as a type fixed to the footrest portion 11 formed of a belt.

At this time, the balance pad 20 may be fixed in a form surrounding the entire footrest portion 11 formed of a belt.

In this case, the balance pad 20 can be rotated while forming an infinite orbit together with the footrest portion 11 formed of a belt.

In this way, when the balance pad 20 is formed integrally with the footrest 11 formed of a belt, when air is injected into the balance pad 20, a soft floor is formed, and when the air is discharged, a hard floor is formed. The hardness of the floor controls the difficulty of each balance exercise.

The balance pad 20 is designed to encourage the user to think about maintaining balance when walking and to walk the walking path provided by the balance pad 20 while maintaining physical balance.

The balance pad 20 may be formed of the material of the tube 40, and its hardness or volume may vary as air is injected or discharged therein.

To this end, the balance pad 20 includes a plurality of air pockets 21 that receive air from the balance control unit 30 to become hard and expand in volume.

At this time, the balance control unit 30 may be formed as a known air pump and may include a connection hose 31 for injecting air into the balance pad 20.

The balance control unit 30 is connected to the balance pad 20 through a connecting hose 31 and supplies or retrieves air to the air pocket 21 to change the hardness or volume of the balance pad 20.

At this time, the degree of expansion and hardness of the balance pad 20 can be freely varied by controlling the balance control unit 30 to selectively adjust the amount of air supplied to the balance pad 20.

Subsequently, the balance pad 20 has a structure in which air pockets 21 are located inside the edge portion 22.

The air pockets 21 are arranged in multiple rows along the longitudinal direction of the balance pad 20 to increase the volume of the balance pad 20.

In addition, the air pockets 21 arranged in each row are applied in plural numbers and are arranged to be connected to each other in a series along the width direction of the balance pad 20.

The air pockets 21 are formed on surfaces facing each other with a connection pocket 211 through which air supplied from the balance control unit 30 passes.

As an example, the air pockets 21 arranged from the first row to the last row may have a structure that is partitioned from each other.

In this case, among the air pockets 21 arranged in each row, the air pockets 21 arranged on the outermost side have an inlet (not shown) to which the connection hose 31 of the balance control unit 30, which will be described later, is connected. is formed

That is, the connecting hoses 31 are applied in plural numbers and are respectively connected to the inlet of the air pocket 21 disposed on the outermost side among the air pockets 21 disposed in each row, and are controlled by the operation of the balance control unit 30. The generated air is filled inside all the air pockets 21 arranged in each row through each connecting hose 31, and this causes all the air pockets 21 to expand to a certain level.

As another example, an injection hole to which the connection hose 31 of the balance control unit 30 is connected may be formed at the edge 22 of the balance pad 20.

In this case, a connecting passage is formed inside the edge portion 22 that is connected to the inner space of the air pocket 21 located at the outermost portion.

And, the interior of all air pockets 21 may be structured to be connected to each other.

In this case, air can be filled inside all air pockets (21) with only one connecting hose (31).

At this time, the inlet of the balance pad 20 may be formed in plural, and the connection hose 31 is connected in a branch form to the main pipe and the main pipe connected to the air outlet (30a) of the balance control unit 30. It may also include a plurality of branch pipes (not shown).

Additionally, the branch pipes of the connecting hose 31 may be respectively connected to the inlet of the balance pad 20.

In this case, the air pockets 21 can be quickly expanded by simultaneously filling them with air through several branch pipes.

When air is injected, the air pocket 21 becomes relatively hard and its volume increases, and when the air is discharged, its volume decreases and becomes flat.

At this time, the treadmill 1 for balance training according to an embodiment of the present invention has a structure in which the air pocket 21 is larger and expands higher than the connection pocket 211 when air is injected by the balance control unit 30. It comes true.

In addition, the air pockets 21 arranged in each row are arranged so that a certain area intersects a certain area of the other air pockets 21 located in other neighboring rows. Due to these air pockets 21 and connection pockets 211, a continuous curved surface is formed along the longitudinal and width directions of the balance pad 20.

At this time, the air pockets 21 may be formed in the same size or may be formed in different sizes.

When the air pockets 21 are formed to have the same size, the air pockets 21 are expanded to the same size by air injection, so that a continuous curved surface can be formed in a constant pattern.

In addition, when the air pockets 21 are formed in different sizes, the air pockets 21 are expanded to different sizes by air injection, so that continuous curved surfaces can be formed in different patterns.

Therefore, a relatively difficult walking path can be provided to users who are training to walk. Because of this, the performance and efficiency of balance training can be further improved.

When the part where the user steps, such as the footrest 11, is flat, the user can walk stably and naturally without being aware of any difficulty.

However, in the case of the balance pad 20, a continuous curved surface is formed in the walking path through the air pocket 21 and the connection pocket 211, so the tactile sensation felt on the sole of the user's foot and the walking force are unstable compared to the footrest portion 11. You can make it feel right.

Moreover, since the air pockets 21 are compressed to a certain level by the user's load, the user may feel as if the user is walking on a muddy road with uneven ground, making walking difficult.

Therefore, the user can be encouraged to think that they must maintain balance when walking on the balance pad 20, and can be encouraged to walk the walking path provided by the balance pad 20 while maintaining physical balance. .

Because of this, the user's balance training can be maximized and the performance and efficiency of balance training can be improved even in a relatively short time.

Additionally, the balance pad 20, which includes the air pocket 21 and the connection pocket 211, allows the user to feel as if they are walking on a muddy road while making the user feel unstable in the tactile feel of the sole. , It can improve the user's cognitive and sensory functions, and improve perception and physical coordination.

Although not shown in the drawings, it is to be noted that in the treadmill for balance training according to an embodiment of the present invention, the balance pad 20 may be applied in the form of an air mat formed in a substantially square shape.

In addition, it is revealed that the shape of the balance pad 20 in the treadmill for balance training according to an embodiment of the present invention is not limited to the above, and can be changed to various shapes.

Additionally, although not shown in the drawing, an anti-slip pad made of rubber or silicone may be fixed to the upper surface of the air pocket 21, respectively.

The anti-slip pad can prevent users from slipping during gait training.

Meanwhile, as an example, as shown in FIG. 2, when the balance control unit 30 is applied to the footrest unit 11 in a floating type and the balance pad 20 is simply seated on the upper surface of the footrest unit 11, They are arranged at a predetermined distance apart from one side of the treadmill main body 10, and a connecting hose 31 is connected to the balance pad 20.

As another example, when the balance control unit 30 is applied as a belt type in which the footrest unit 11 rotates while forming an endless orbit, the balance control unit 30 may be fixed to one inner wall of the treadmill body 10 formed in a square frame shape.

This will be explained in detail with reference to FIGS. 8 and 9.

Figure 8 is a front view showing another embodiment of a balance control unit applied to a treadmill for balance training according to an embodiment of the present invention, and Figure 9 is a balance control unit applied to a treadmill for balance training according to an embodiment of the present invention. This is a side view showing another embodiment.

As shown in FIGS. 8 and 9, a connector 90 may be further included to allow air to be injected into the balance pad 20 without twisting the connecting hose 31.

The connector 90 is rotatably mounted on the air outlet 30a provided in the balance control unit 30.

The connector 90 may be formed in a substantially circular block or square block shape.

Also, at least one air passage 91 may be formed inside the connector 90.

The drawing shows an example in which a plurality of air channels 91 are applied inside the connector 90 and are formed radially.

At this time, the connecting hose 31 is applied in plural and installed at regular intervals on the circumferential surface of the connector 90, and one side penetrates the footrest 11 and releases air into the air pocket 21 of the balance pad 20. It is installed to inject, and the other side penetrates the circumferential surface of the connector 90 and is connected to the air passage 91, respectively.

Therefore, when the balance pad 20 is rotated while forming an endless orbit with the footrest 11, the connector 90 is rotated along the rotation direction of the footrest 11 on the air outlet 30a, and the connecting hose (31) is rotated along the rotation direction of the footrest portion (11) with one side and the other side connected to the air pocket (21) and the air passage (91), respectively. Ultimately, air generated from the balance control unit 30 can be supplied to the inside of the air pocket 21 while preventing twisting of the connecting hose 31. In addition, the user can perform balance training by stepping on the inflated air pockets 21 in the form of walking in place.

Next, with reference to FIGS. 5 to 7, a tube 40, an air pump 50, a variable strap 60, and a treadmill applied to the treadmill 1 for balance training according to an embodiment of the present invention are shown. 1 The magnet unit 70 and the second magnet unit 80 will be described.

Figure 5 is a plan view showing a state in which a tube and an air pump are applied to a treadmill for balance training according to an embodiment of the present invention, and Figure 6 is a tube applied to a treadmill for balance training according to an embodiment of the present invention. It is a cross-sectional view showing the state seated on the balance pad, and Figure 7 is a cross-sectional view showing step by step the bending angle of the tube applied to the treadmill for balance training according to an embodiment of the present invention.

The tube 40 forms an obstacle on the walking path of the balance pad 20, and is selectively seated or separated from the upper surface of one or more of the air pockets 21 of the balance pad 20.

That is, at least one tube 40 may be applied and may be arranged at regular intervals on the walking path of the balance pad 20.

The tube 40 can be applied or not depending on the user's balance ability or physical ability, and can be applied when it is desired to increase the intensity of balance training.

The tubes 40 may be arranged in various forms, such as arranged in a zigzag shape along the longitudinal direction of the balance pad 20, or arranged in a straight line with each other.

When the footrest portion 11 is formed of a belt, the tube 40 is used with the operation of the belt stopped.

This tube 40 may include a vertical portion 41 and a horizontal portion 42.

A weight 411 that is seated on the upper surface of the air pocket 21 is integrally formed at the bottom of the vertical portion 41.

The weight 411 is used to maintain the tube 40 standing on the balance pad 20, and may be made of metal or rubber.

When the weight 411 is made of a metal material, an anti-friction pad (not shown) made of rubber or silicon may be attached to the bottom of the weight 411.

The vertical portion 41 has an inlet on one side of which the connecting hose 51 of the air pump 50 is connected, and a filling space in which air supplied from the air pump 50 is filled is formed.

The vertical portion 41 expands to a certain volume when air is filled in the filling space.

The horizontal portion 42 is bent in the horizontal direction at the top, and a filling space connected to the filling space of the vertical portion 41 is formed inside.

Therefore, when air is supplied to the filling space of the tube 40 by the air pump 50, the tube 40 is expanded to a certain volume and forms an approximately 'L' shaped cross-sectional shape.

For example, the tube 40 may be manufactured to have a height of about 10 cm to 50 cm when inflated by air injection.

As another example, the tube 40 may be manufactured to have a height that is the same as the user's shins or knees when inflated by air injection.

These tubes 40 are fixed to the balance pad 20 in a regular or irregular pattern, and then the user is instructed to walk in a zigzag manner while sequentially avoiding the tubes 40 or to pass over the tubes 40 in sequence. , you can improve the difficulty and intensity of walking training.

Meanwhile, the variable strap 60 is fixed to the bottom of the horizontal portion 42.

The variable string 60 may be made of an elastic material or an inelastic material.

The first magnet portion 70 is fixed to the lower end of the variable strap 60.

The second magnet portion 80 is applied in plural numbers and is fixed to be spaced apart from each other along the vertical length direction of one surface of the first vertical portion 41, and is formed to have a different polarity from that of the first magnet portion 70.

At this time, Figure 6 shows an example in which three second magnet units 80 are applied. However, in the treadmill 1 for balance training according to an embodiment of the present invention, the number of second magnet units 80 is three or less. It is stated that three or more can be applied.

Subsequently, when the first magnet part 70 is attached to any one of the plurality of second magnet parts 80, the bending angle of the horizontal part 42 is different, and the difficulty of the walking ability required by the user can be selectively and freely varied. can do.

Specifically, as shown in (a), (b), and (c) of FIG. 7, when attaching the first magnet portion 70 to the second magnet portion 80 located in the lowest layer, 1 When attaching the magnet portion 70 to the second magnet portion 80 located in the middle layer and attaching the first magnet portion 70 to the second magnet portion 80 located in the uppermost layer, the horizontal portion 42 ) The bending angle is different.

That is, the step length of the foot becomes shorter when crossing the tube 40 from (a) to (b) in Figure 7.

Therefore, if the bending angles of the horizontal portions 42 of the tubes 40 are set differently through the first magnet portion 70 and the second magnet portion 80, each time the user sequentially passes through the tubes 40, the user's stride It can lead you to do things differently.

By setting the bending angle of the horizontal portion 42 in various ways, the difficulty of balance training can be set in various ways.

A person skilled in the art to which the present invention pertains will understand that the present invention can be implemented in other specific forms without changing its technical idea or essential features. Therefore, the embodiments described above should be understood in all respects as illustrative and not restrictive. The scope of the present invention is indicated by the scope of the claims described below rather than the detailed description above, and all changes or modified forms derived from the meaning and scope of the claims and their equivalent concepts are included in the scope of the present invention. must be interpreted.

1: Treadmill for balance training 10: Treadmill body
11: Footrest 12: Vertical support
13: Handle 20: Balance pad
21: air pocket 22: edge
30: Balance control unit 31,51: Connection hose
40: tube 41: vertical part
411: weight 42: horizontal part
50: air pump 60: variable string
70: first magnet portion 80: second magnet portion
90: Connector 91: Air Channel
30a: air outlet

Claims (10)

A treadmill body that provides a walking path;
A balance pad that is applied to the treadmill body to provide a walking path for the user, whose hardness or volume varies as air is injected or discharged into the interior, and is compressed to a certain level by the user's load; and
A treadmill for balance training including a balance control unit that supplies or recovers air to the inner space of the balance pad to change the hardness or volume of the balance pad.
According to paragraph 1,
A treadmill for balance training in which the balance pad is installed to rotate while forming an infinite orbit on the treadmill main body.
According to paragraph 2,
The balance pad is a treadmill for balance training including air pockets arranged in multiple rows along the length to vary hardness or volume by receiving air from the balance control unit.
According to paragraph 3,
A connector rotatably mounted on the air outlet of the balance control unit and having at least one air passage formed therein; and
A balance installed at regular intervals on the circumferential surface of the connector, one side of which is installed to inject air into the air pocket of the balance pad, and the other side of which includes a plurality of connection hoses that penetrate the connector and are respectively connected to the air passage. Treadmill for training.
According to paragraph 3,
A treadmill for balance training in which a plurality of air pockets arranged in each row are connected in series along the width direction of the balance pad.
According to paragraph 4,
The air pockets arranged in each row have connection pockets formed on opposing sides through which air from the balance control unit passes,
A treadmill for balance training in which the air pocket expands larger and higher than the connecting pocket when air is injected by the balance control unit.
According to clause 5,
The air pockets arranged in each row are arranged so that a certain area intersects a certain area of other air pockets located in other neighboring rows to form a continuous curved surface along the longitudinal and width directions of the balance pad for balance training. Treadmill.
In clause 7,
A treadmill for balance training in which the air pockets are formed of the same size or different sizes.
According to paragraph 1,
a tube that is selectively seated or separated from a certain area on the upper surface of the balance pad; and
It further includes an air pump that supplies air to the inner space of the tube so that the tube is inflated and erect on the walking path,
The tube is,
The bottom is seated on the upper surface of the selected air pocket, and the vertical part is formed with a filling space inside which air supplied from the air pump is filled, and the vertical part is bent in the horizontal direction at the top of the vertical part, and the filling space of the vertical part is formed inside A treadmill for balance training including a horizontal portion connected to form a filling space filled with air supplied from the air pump.
According to clause 9,
a variable string fixed to the bottom of the horizontal portion;
A first magnet part fixed to the bottom of the variable string and
A plurality of second magnet parts are fixed at regular intervals along the vertical length direction of one surface of the first vertical part and are formed to have a different polarity from the first magnet part,
A treadmill for balance training in which the bending angle of the horizontal portion is changed by the first magnet portion attached to any one of the second magnet portions.

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