KR101973497B1 - Training apparatus set for functional walk and balance practice using trampoline - Google Patents

Abstract

The present invention relates to a functional walking and balance training trampoline equipment set capable of improving or restoring a substantial muscle function of a body used for walking. The functional walking and balance training trampoline equipment set comprises: a first mesh net mat (110); a first elastic member (120); a first frame housing (130); a first safety plate (140); a handle safety bar (150); a first support (160); a first functional walking training trampoline (100); a second mesh net mat (210); a second elastic member (220); a second frame housing (230); a second safety plate (240); a second support (250); a first inclination angle adjusting unit (260); a second inclination angle adjusting unit (270); and a second functional balance training trampoline (200).

Description

Training apparatus set for functional walk and balance practice using trampoline}

The present invention relates to a functional walking and balance training trampoline equipment set, and more particularly, by assisting the user walking training and stand balance training, to reinforce the overall muscles of the body used during walking, to improve the walking ability or The present invention relates to a set of functional walking and balance training trampoline equipment that can quickly restore and restore the ability of an injured muscle and improve the balance ability of the user.

Gait is a method of movement of a person, and is an act of walking with two feet moving the limbs in a normally symmetrical shift pattern.

In addition, upright walking walking with weight support with two legs is a highly developed exercise that only humans can do, and is a basic motion and function to maintain life as a human.

Therefore, when the upright walking is not only physically restricted to the movement but also socially impaired, and even mental problems may occur.

In order to solve these problems and to walk properly, static balance and dynamic balance are required. Two factors, symmetry and balance, are clinically important factors in achieving the ultimate goal of walking.

Bilateral gait training, static balance training and dynamic balance training are important for patients preparing to walk. First, in terms of the nervous system, muscle weakness and abnormal postural tension in central patients, such as patients with spinal cord injuries or stroke. , Excessive association reactions, reflections, loss of sense and balance are problems that make walking difficult.

Forced gait training, or treadmill training, prior to voluntary gait in patients with these problems, maximizes the association response unless it is based on the patient's background data, rather increasing asymmetrical and unbalanced patterns. .

On the other hand, symmetrical rhythmic gait patterns that train appropriate afferent stimuli can induce the correct plasticity of the brain by promoting normal biomechanical movements and feeding back.

Therefore, if the patient is difficult to voluntarily walk, inducing symmetrical walking using the tool can enable the patient to learn normal walking without triggering compensation or muscle stiffness.

In addition, if the visual feedback (feedback) can be corrected while confirming the patient's walking ability, it is possible to not only general static balance training, but also dynamic balance training required when walking.

Secondly, patients who train with abnormal gait patterns from the musculoskeletal side cause arthritis in the anterior joints that are subject to heavy weight loads.

As a result, the gait pattern in which the stance phase is long depending on the healthy side may cause a secondary problem of giving up walking due to pain and dysfunction of the healthy side.

In addition, asymmetric weight loads and walking habits lead to abnormalities in the lumbar spine, which may complicate secondary back pain due to scoliosis.

Active rehabilitation training may be important in the early rehabilitation of patients with brain injury, but in order to reduce the weakness of the patient and the resulting joint instability and afferent sensory confusion, early asymmetric dynamic gait training can be used to ensure correct afferent sense. It is important to learn how to control normal motor control and gain symmetrical dynamic training.

In addition, continuous training using the apparatus achieves brain reversibility for the correct learning effect, promotes balanced ability learning through symmetrical training, and adjusts step length and walking speed according to the walking ability for more normal walking training. Can help you effectively.

Therefore, walking training requires training equipment that is easy to handle and can be properly trained according to the situation of a patient, an elderly person and a trainer who needs rehabilitation, respectively.

However, rehabilitation and training equipment used in medical institutions or rehabilitation facilities is expensive and difficult to cope with malfunction due to malfunction of equipment, and it is provided in a complicated form and must be managed continuously by professional personnel. In addition, there is a limit to improve the walking ability of the trainer with a relatively simple walking training equipment that does not change the walking environment in a variety of expensive equipment or low-cost equipment.

Trampoline is a tool for free physical activity programs that do not require the teaching of exercise.

Free physical activity is a natural activity on your own, without the help of others. The condition is interesting.

Interestingness continues and continuous movements are possible.

Therefore, the trampoline that promotes continuous movement is a mechanism that can efficiently consume the energy of the body that is exercised by standing up due to its characteristics.

The characteristics of the exercise using the trampoline,

First, exercise on the fabric floating in the air under your feet,

Second, the elasticity of the rubber band is to float the body in the air.

The effects of these two singularities are:

Because of the unstable posture on the soft fabric of trampoline (Trampoline), the body's continuous movement to restore and maintain a stable posture brings about improved body balance.

That is, the sliding in winter can be reduced due to the improvement of equilibrium (sense of equilibrium).

In addition, the elastic fibrous properties of the trampoline elastic cord and myoffiber fibers in human muscles are very similar in nature, so that the elastic shock from the elastic cord may be consumed without being damaged by the joints in the muscle.

In addition, jumping up and down on the trampoline trains to move or fix the center of gravity below the navel.

This is an exercise device that is sufficient to strengthen the muscles around the lower back so that the correct posture and body shape.

Trampoline also improves basic fitness.

In addition, looking at the effects of the trampoline exercise in more detail,

Contributing to broadening their behavioral and communication skills, the strength of the jump is determined by the person who jumps, which in turn strengthens their decision-making ability, self-confidence and self-awareness. The ability to freely adjust the strength and height will be created.

As such, movements on the trampoline make it fun to act, experience, and enjoy themselves, and the pleasure of the body makes the muscles of the body move and interact naturally.

In other words, adaptation to the environment, concentration, balance, orientation, adaptation to space-time, rhythm, coordination, balance, flexibility, power control, endurance, jumping, body cognition, body perception, confidence, trust in others It has the effect of overcoming fear, self-reliance, fun, promoting the body's cognitive system, balance, and attention.

In particular, because of the reaction using space as a reaction, it is possible to develop a sense of body balance and direction, that is, the ability to orient body space, and to support the recovery of intrinsic water solubility and joint position sense because the support base is made unstable.

It is also an effective exercise for strengthening the lymphatic, circulatory and spine, and can be trained without straining joints or ligaments.

In addition, it can improve the activity of the heart and lungs, and at the same time can help to avoid strain on the exercise area.

In particular, it is absolutely affected by the sense of equilibrium, ability to control high water availability.

That is, trampoline intentionally produces unstable basal surface, which causes the movement of the unstable basal surface, and through the unstable basal surface, the small muscles of the lower extremity contract rapidly through the unstable basal surface to compensate the trunk to maintain the center of the body. It cooperates with the contraction of the body, and the repetition of the functional activity leads to the improvement of the intrinsic sensory sense, which is one of the sensory processing processes.

In other words, by using the characteristics of the trampoline (trampoline) muscles necessary for walking, muscle control training, muscle control training, stretching, balance training, etc. Training equipment is needed to improve the balance.

Thus, as a prior art related to the functional walking and balance training trampoline equipment set, as shown in (a) of FIG. 5, "registered exercise equipment using trampoline" of the Republic of Korea Utility Model Publication No. 20-0298766 (hereinafter, "prior art" 1 ".) Is installed in the center of the main body is formed in a circular or square stepping spring is elastically supported by the spring so that the user can exercise while jumping on the stepping board, on both sides of the main body The present invention relates to an exercise device using a trampoline that includes an auxiliary exercise means and provides an arm shot at the front and rear of the lower end of the auxiliary exercise means to perform arm movement more stably.

As another prior art, as shown in (b) of FIG. 5, Korean Utility Model Publication No. 20-2008-0005282, "Reliability Enhanced Functional Trempoline" (hereinafter referred to as "prior art 2"). Is composed of a frame formed with an elastic plate having elastic force and a body consisting of a plurality of legs supporting the frame, a pair of vertical bars connecting the top of the vertical bar, the end of the vertical bar is coupled to the leg It consists of a pair of support bars, a pair of vertical rods upright from each of the horizontal bar and a horizontal rod connecting the upper end of the vertical rod, the vertical rod is a first vertical rod and a plurality of through holes connected to the horizontal rod A second vertical rod which is provided in the longitudinal direction and connected to the horizontal bar and is coupled to the second vertical rod so that the first vertical rod is height-adjustable; It is characterized by consisting of a standing bar, equipped with a rod means to the trampoline to play a variety of, but the part supporting the rod is formed in the leg so that there is no fluidity to enjoy the jump play and the play of the rod at the same time stably It relates to a functional trampoline with enhanced stability.

However, the prior art, including the prior art 1 to the prior art 2 to the lower body movement with the arm movement in place in simple, in the comprehensive technical concept of using the trampoline (trampoline) in the present invention It may be the same, but the problems and effects and technical features to be solved are different.

In other words, there are technical limitations to enable the walking and balance training of trainers, and in particular, it is insufficient to be applied as a technique to support the training of irregular ground and the training of the trainer's dynamic state in a specific environment. .

Furthermore, the present invention is to maximize the effect while relatively simple in configuration compared to the conventional complex training equipment, while the prior art 1 to the prior art 2 to solve the problems and effects of the present invention as described above There are technical limitations that cannot be solved or exercised.

Republic of Korea Utility Model Registration Publication No. 20-0298766 (2002.12.09.) Republic of Korea Open Utility Model Publication No. 20-2008-0005282 (2008.11.12.)

Accordingly, the present invention has been made to solve the above-mentioned conventional problems,

The purpose of the present invention is to provide training equipment to create a specific environment for walking training, in particular, to improve or restore the actual muscle function of the body used in walking of the elderly and rehabilitation trainers.

Another object of the present invention is to reinforce the core muscles of the user by performing a balance training of the body at the same time due to the nature of the training equipment as well as the actual walking ability by repeated walking training in a specific environment.

In addition, it is an object of the present invention to provide training equipment to improve the balance ability of the body from the sudden external force transmitted to the body.

The present invention for achieving the above object is devised to achieve the problem to be solved,

In the functional walking and balance training trampoline equipment set,

A first mesh mesh mat having a rectangular shape made of a resilient material having a predetermined area so that a user can walk a certain distance;

A first elastic member coupled to the outer circumferential surface of the first mesh net mat at a predetermined interval to add elasticity to the first mesh net mat;

Handle safety bars formed on the outer circumferential surface of the first mesh mesh mat and spaced apart from each other, coupled to the other end of the first elastic member coupled to the first mesh mesh mat to support and protect the first mesh mesh mat, A first housing formed with an insert;

A first safety plate that fills a predetermined interval generated between the first mesh net mat and the first housing to prevent injury to a user and protect the first elastic member;

A handle safety bar inserted into and coupled to the handle safety bar inserting portion formed in the first frame housing to assist a user to walk safely;

A first support coupled to one side of a lower surface of the first housing to support the first housing to be spaced apart from the floor by a predetermined height;

The first mesh net is coupled to the first elastic member is formed on one side of the outer circumferential surface of the first housing, the first mesh net to adjust the elastic force of the first mesh mesh mat combined with the first elastic member by adjusting the tension of the first elastic member Mat tension control unit; First functional walking training trampoline consisting of; And,

A second mesh mesh mat made of a resilient material having a predetermined area so that a user can simultaneously step one foot or both feet;

A second elastic member coupled to the outer circumferential surface of the second mesh net mat at a predetermined interval to add elasticity to the second mesh net mat;

A second housing configured to be spaced apart from the outer circumferential surface of the second mesh net mat and coupled to the other end of the second elastic member coupled to the second mesh net mat to support and protect the second mesh net mat;

A second safety plate that fills a predetermined interval generated between the second mesh net mat and the second housing to prevent injury of the user and protect the second elastic member;

A second support coupled to an end of the second housing to support and support the second housing from an impulse delivered by a user, wherein the second housing is adjusted to an arbitrary inclination angle with respect to the floor;

A first inclination angle adjusting unit configured to fix and fix the second frame housing at an arbitrary inclination angle with respect to the second support;

A second inclination angle adjusting unit configured to fix and fix the second frame housing at an arbitrary inclination angle on the basis of the second support like the first inclination angle adjusting unit;

A second mesh net which is combined with the second elastic member and formed on one side of the outer circumferential surface of the second housing, and adjusts the elastic force of the second mesh net mat coupled with the second elastic member by adjusting the tension of the second elastic member; Consists of the second functional balance training trampoline consisting of;

The first functional walking training trampoline creates a walking environment for irregular and anomalous grounds so that practical walking training can be performed.

The second functional balance training trampoline is characterized in that the ground landing balance training is performed for the repulsive force of one foot or both feet of the user.

At this time, the first mesh net mat configured in the first functional walking training trampoline,

It is formed of one or more zones, the number of the first mesh mesh mat tension control unit is also formed in accordance with the number of zones formed in the first mesh mesh mat, so as to create a variety of walking environment It is characterized by.

On the other hand, before the present specification, the terms or words used in the claims should not be construed as being limited to the ordinary or dictionary meanings, the inventors of the concept of the term in order to explain his invention in the best way On the basis of the principle that can be appropriately defined should be interpreted as meanings and concepts corresponding to the technical spirit of the present invention.

Therefore, the embodiments described in the present specification and the configuration shown in the drawings are only the most preferred embodiments of the present invention, and do not represent all of the technical idea of the present invention. It should be understood that there may be equivalents and variations.

According to the present invention as described above in the above configuration and operation,

By providing walking training in a specific environment, it provides an optimized training equipment for improving or restoring the actual muscle function of the body used when walking the elderly and rehabilitation trainers.

In addition, the walking training in a specific environment as well as the actual walking ability, as well as the balance training of the body at the same time due to the nature of the training equipment to strengthen the core muscles of the user.

In this case, the specific environment provided to the elderly and the rehabilitation trainer means an irregular walking environment (an irregularly formed sidewalk block, an inclined walking path at an angle), and the elasticity of the first mesh net mat to the first mesh. Due to the mesh mat tension control unit to be adjusted in various ways to form a variety of specific circumstances, which is the key technical features to improve or restore the actual walking ability of the elderly and rehabilitation trainers.

In addition, the functional walking and balance of the elderly and rehabilitation trainers by the first functional walking training trampoline, as well as stand balance training for ground repulsion by the second functional balance training trampoline, can be performed in parallel. You can improve your ability.

In addition, the elderly and rehabilitation trainers to continually repeat a variety of exercises implemented in a specific environment to improve the coordination ability of the foot and the ground to walk naturally on irregularly projected ground.

In addition, it is possible to improve the walking ability by restoring or improving the body balance of dizziness or hemiplegic elderly and weak elderly.

In other words, it improves the development of control muscles by restoring injured muscles and strengthening inhibitory muscles and inhibitory nerves.

Therefore, the elderly and rehabilitation trainers are protected from safety accidents such as falling down due to arthritis and dizziness during actual walking by functional walking training, balance walking training, and stand balance training for ground repulsion according to the present invention. At the same time, the gait is corrected so that the walking is performed in the correct posture.

In other words, the present invention is a very effective invention that improves the walking ability and the balance ability necessary for the actual walking to allow the elderly and rehabilitation trainers to walk without safety accidents by adapting to irregular ground such as unstable sidewalk blocks. .

Figure 1 shows the configuration of the present inventors functional walking and balance training trampoline equipment set.
Figure 2 shows a perspective view of the state of the present inventors functional walking and balance training trampoline equipment set.
Figure 3 shows an enlarged plan view of an embodiment of the first mesh mesh mat tension control unit configured in the first functional walking training trampoline of the components of the present inventors functional walking and balance training trampoline equipment set.
Figure 4 shows an enlarged view of an embodiment of the first tilt angle control unit and the second tilt angle control unit configured in the second functional balance training trampoline among the components of the present inventors functional walking and balance training trampoline equipment set.
Figure 5 shows a representative view of the prior art for the inventors of the functional walking and balance training trampoline equipment set.

Hereinafter, with reference to the accompanying drawings will be described in detail the function, configuration and operation of the present invention functional walking and balance training trampoline equipment set.

Figure 1 shows a block diagram of the inventors of the functional walking and balance training trampoline equipment set, Figure 2 is a perspective view of the state of the functional walking and balance training trampoline equipment set of the present inventors.

As shown in Figure 1 to 2, the present invention,

In the functional walking and balance training trampoline equipment set (1),

A first mesh net mat 110 having a rectangular shape made of an elastic material and having a predetermined area so that the user can walk a certain distance;

A first elastic member 120 coupled to the outer circumferential surface of the first mesh net mat 110 at a predetermined interval to add elasticity to the first mesh net mat 110;

The first mesh net mat 110 is formed to be spaced apart from the outer circumferential surface by a predetermined interval, and coupled to the other end of the first elastic member 120 coupled to the first mesh net mat 110, the first mesh net mat 110 The first frame housing 130, the handle safety bar insertion portion 131 is formed on one side to support and protect);

A first safety plate 140 that fills a predetermined interval generated between the first mesh net mat 110 and the first frame housing 130 to prevent injury of the user and protect the first elastic member 120;

A handle safety bar 150 inserted into and coupled to the handle safety bar insertion part 131 formed in the first frame housing 130 to assist a user to walk safely;

The first support 160 is coupled to one side of the bottom of the first housing (130) to support the first housing (130) from the bottom, so that the first mesh net mat 110 is spaced apart from the floor by a certain height );

A first combined with the first elastic member 120 is formed on one side of the outer circumferential surface of the first frame housing 130, the first elastic member 120 is coupled to the first elastic member 120 by adjusting the tension of the first elastic member 120 A first functional walking training trampoline 100 consisting of; a first mesh net mat tension control unit 170 for adjusting the elastic force of the mesh mesh mat 110; And,

A second mesh net mat 210 formed of a resilient material having a predetermined area so that a user can simultaneously step one foot or both feet;

A second elastic member 220 coupled to the outer circumferential surface of the second mesh net mat 210 at a predetermined interval to add elasticity to the second mesh net mat 210;

The second mesh mesh mat 210 is formed to be spaced apart from the outer circumferential surface by a predetermined interval, the second mesh mesh mat 210 is coupled to the other end of the second elastic member 220 coupled to the second mesh mesh mat 210 A second housing 230 to support and protect the shell);

A second safety plate 240 that fills a predetermined interval generated between the second mesh net mat 210 and the second housing 2 to prevent injury of the user and protect the second elastic member 220;

Coupled to the end of the second housing 230 to support and support the second housing 230 from the shock delivered by the user instantaneously, the second housing 230 is any angle of inclination relative to the floor The second support 250 is coupled to be adjusted to the;

A first inclination angle adjusting part 260 to allow the second frame housing 230 to be adjusted and fixed at an arbitrary inclination angle with respect to the second support 250;

A second tilt angle adjusting unit 270 for adjusting and fixing the second frame housing 230 to an arbitrary inclination angle with respect to the second support 250 in the same manner as the first tilt angle adjusting unit 260;

A second combined with the second elastic member 220 is formed on one side of the outer circumferential surface of the second housing 2, and the second elastic member 220 is coupled to the second elastic member 220 by adjusting the tension of the second elastic member 220 The second functional balance training trampoline 200 consisting of; a second mesh mesh mat tension control unit 280 for adjusting the elastic force of the mesh mesh mat 210;

The first functional walking training trampoline (100) is to create a walking environment for irregular and anomalous ground so that practical walking training is performed,

The second functional balance training trampoline 200 is characterized in that the ground landing balance training for the repulsive force of one foot or both feet of the user is made.

At this time, the first mesh net mat 110 configured in the first functional walking training trampoline 100,

As shown in (a) of FIG. 2, the first mesh net mat tension is adjusted according to the number of zones A formed in the first mesh net mat 110. The number of parts 170 is also the same, so that various walking environments can be created.

That is, the first mesh mesh mat tension control unit formed in each region (A) is the elastic force of the first mesh mesh mat 110 formed of one or more zones (A) configured in the first functional walking training trampoline ( 170), the user can walk training in various environments and at the same time use the characteristics of the trampoline to strengthen the organic relationship and core muscles of the body's overall muscles required for walking, rehabilitation In addition to increasing the recovery of the damaged muscles to strengthen the control muscles, inhibitory muscles and inhibitory nerves, thereby improving the balance ability of the body.

On the other hand, when the first mesh net mat tension control unit 170 is described in more detail as an embodiment as shown in Figure 3,

Located in the first frame housing 130, coupled to one side of the first elastic member 120, which is moved forward and backward within a predetermined range within the first frame housing 130 by the first tension control handle 172. First tension control bar 171;

The tip portion protrudes outward of the first frame housing 130, and the other end is coupled to the first tension control bar 171, and the tip portion protruding outward of the first frame housing 130 clockwise and counterclockwise. A first tension adjusting handle 172 to rotate in a direction;

The first tension control fixing member 173 that is fixed in the first frame housing 130 and that one side of the first tension control handle 172 is inserted and coupled to fix the rotated state of the first tension control handle 172. It consists of;

That is, when the first tension control handle 172 is rotated in the clockwise direction, the first tension control bar 171 moves away from the first mesh net mat 110 with respect to the first mesh net mat 110 and thus the first mesh net. As the first elastic member 120 coupled between the mat 110 and the first tension control bar 171 is tensioned, the first mesh net mat 110 is in a tense state, and on the contrary, the first tension control handle 172. When rotated counterclockwise, the first tension control bar 171 is closer to the first mesh mesh mat 110 on the basis of the first mesh mesh mat 110 so that the first elastic member 120 is compressed and the first mesh The mesh mat 110 is in a loose tension.

As a result, the tension state of the first mesh net mat 110 formed in each zone A is variously controlled, thereby providing a variety of walking environments to the trainer.

Therefore, if you repeat the walking training holding the handle safety bar 150 according to the situation on the first mesh net mat 110 of each zone (A) created in a variety of walking environment, the actual muscle function required when walking Is improved.

That is, the first functional walking training trampoline 100 by using the characteristics of the unstable first mesh net 110 to increase the muscle recovery power so that the damaged muscle can be recovered, thereby strengthening the control muscles, thereby suppressing By allowing the muscles and the inhibitory nerves to be strengthened, the trainer's walking ability as well as the balance ability are improved.

On the other hand, the second functional balance training trampoline 200 to improve the balance of the body with respect to the ground repulsion force from various inclination angles are adjusted at various angles by the first inclination angle adjusting unit 260 and the second inclination angle adjusting unit 270,

Looking at this in more detail, as shown in Figure 4,

The first inclination adjustment unit 260,

One side of the second housing 230, that is, the hinge coupled to one side of the second support 250 to be rotatable based on the second support 250, the hinge coupled to one side of the second support 250 A plurality of first inclined angle adjusting through holes 261 formed radially in a predetermined array with respect to a central axis of the second axis;

One side of the second support 250, that is, the hinge is coupled to one side of the second frame housing 230, the first tilt adjustment through the reference to the central axis of the hinge coupled to one side of the second housing (230) A plurality of second inclined angle adjusting through holes 262 formed radially in the same arrangement as the holes 261;

The first inclined angle adjusting through hole 261 and the second inclined angle adjusting through hole 262 are inserted to be rotated with respect to the second support 250 to fix the second frame housing 230 having a predetermined inclination angle. Inclination angle fixing member 263;

The second inclination adjustment unit 270,

A first inclination adjustment member 271 coupled to one side of the rear surface of the second housing 230;

A second inclination adjusting member 272 coupled to one front side of the second support 250;

Combination of the first inclination angle control member 271 and the second inclination angle adjustment member 272 to adjust the inclination angle, the third inclination angle adjustment member (273) is maintained to be fixed and fixed;

The second frame housing 230 rotatable within a range in which a predetermined inclination angle can be formed based on a point of the second support 250 fixed to the ground is maintained at a fixed inclination angle with the second support 250. By doing so, the body's balance training for ground repulsion from various inclination angles can be made.

On the other hand, the second mesh mesh mat tension adjusting unit 280 for adjusting the elastic force of the second mesh mesh mat 210 formed in the second functional balance training trampoline 200 is the first mesh mesh mat tension adjusting unit described above. Is configured the same as 170,

More specifically,

Located in the second housing 230, and coupled to one side of the second elastic member 220, which is moved back and forth within a certain range within the second housing by the second tension adjusting handle 282. Second tension control bar 281;

The tip portion protrudes outward of the second frame housing 230, and the other end is coupled to the second tension control bar 281, and the tip portion protruding outward of the second frame housing 230 is clockwise and counterclockwise. A second tension adjusting handle 282 to rotate in a direction;

A second tension control fixing member 283 fixed in the second housing 230 and coupled to one side of the second tension control handle 282 to fix the rotated state of the second tension control handle 282; It is composed.

In summary, the present invention promotes the systemic reaction of the user with the first functional walking training trampoline 100 and the second functional balance training trampoline 200, strengthening the actual muscle and balance function required during walking, and thus the exercise nerves And reflexes are improved.

As described above, the present invention is not limited to the described embodiments, and various modifications and variations can be made without departing from the spirit and scope of the present invention, which will be apparent to those skilled in the art.

Therefore, the present invention may be implemented in various forms without departing from the technical idea or the main features, and thus, the embodiments of the present invention are merely examples in all respects and should not be construed as limited and may be variously modified.

The present invention relates to a functional walking and balance training trampoline equipment set, and to manufacturing and sales of the same, as well as to promote various sports and medical industries, such as specialized sports centers and specialized rehabilitation hospitals that require functional walking and body balance training and rehabilitation Applicable to contributions.

1: Functional walking and balance training trampoline equipment set
100: first functional walking training trampoline
110: first mesh net mat 120: first elastic member
130: first frame housing 131: handle safety bar insert
140: first safety plate 150: handle safety bar
160: the first support 170: the first mesh mesh mat tension control unit
171: first tension control bar 172: first tension control handle
173: first tension control fixing member
200: second functional balance training trampoline
210: second mesh net mat 220: second elastic member
230: second housing 2 240: second safety valve
250: second support 260: first inclination adjustment unit
261: first inclination adjustment through-hole 262: second inclination adjustment through-hole
263: tilt angle fixing member 270: second tilt angle adjusting unit
271: first inclination adjustment member 272: second inclination adjustment member
273: third tilt angle adjusting member 280: second mesh net mat tension control unit
281: second tension control bar 282: second tension control handle
283: second tension control fixing member
A: Zone

Claims (2)

The first functional walking training trampoline (100) and the second functional balance training trampoline (200) to promote the user's systemic reaction, to enhance the practical muscle and balance function required during walking, thereby improving the motor and reflexes doing,
In the functional walking and balance training trampoline equipment set (1),
A first mesh net mat 110 having a rectangular shape made of an elastic material and having a predetermined area so that the user can walk a certain distance;
A first elastic member 120 coupled to the outer circumferential surface of the first mesh net mat 110 at a predetermined interval to add elasticity to the first mesh net mat 110;
The first mesh net mat 110 is formed to be spaced apart from the outer circumferential surface by a predetermined interval, and coupled to the other end of the first elastic member 120 coupled to the first mesh net mat 110, the first mesh net mat 110 The first frame housing 130, the handle safety bar insertion portion 131 is formed on one side to support and protect);
A first safety plate 140 that fills a predetermined interval generated between the first mesh net mat 110 and the first frame housing 130 to prevent injury of the user and protect the first elastic member 120;
A handle safety bar 150 inserted into and coupled to the handle safety bar insertion part 131 formed in the first frame housing 130 to assist a user to walk safely;
The first support 160 is coupled to one side of the bottom of the first housing (130) to support the first housing (130) from the bottom, so that the first mesh net mat 110 is spaced apart from the floor by a certain height );
A first combined with the first elastic member 120 is formed on one side of the outer circumferential surface of the first frame housing 130, the first elastic member 120 is coupled to the first elastic member 120 by adjusting the tension of the first elastic member 120 A first functional walking training trampoline 100 consisting of; a first mesh net mat tension control unit 170 for adjusting the elastic force of the mesh mesh mat 110; And,
A second mesh net mat 210 formed of a resilient material having a predetermined area so that a user can simultaneously step one foot or both feet;
A second elastic member 220 coupled to the outer circumferential surface of the second mesh net mat 210 at a predetermined interval to add elasticity to the second mesh net mat 210;
The second mesh mesh mat 210 is formed to be spaced apart from the outer circumferential surface by a predetermined interval, the second mesh mesh mat 210 is coupled to the other end of the second elastic member 220 coupled to the second mesh mesh mat 210 A second housing 230 to support and protect the shell);
A second safety plate 240 that fills a predetermined interval generated between the second mesh net mat 210 and the second housing 2 to prevent injury of the user and protect the second elastic member 220;
Coupled to the end of the second housing 230 to support and support the second housing 230 from the shock delivered by the user instantaneously, the second housing 230 is any angle of inclination relative to the floor The second support 250 is coupled to be adjusted to the;
A first inclination angle adjusting part 260 to allow the second frame housing 230 to be adjusted and fixed at an arbitrary inclination angle with respect to the second support 250;
A second tilt angle adjusting unit 270 for adjusting and fixing the second frame housing 230 to an arbitrary inclination angle with respect to the second support 250 in the same manner as the first tilt angle adjusting unit 260;
A second combined with the second elastic member 220 is formed on one side of the outer circumferential surface of the second housing 2, and the second elastic member 220 is coupled to the second elastic member 220 by adjusting the tension of the second elastic member 220 The second functional balance training trampoline 200 consisting of; a second mesh mesh mat tension control unit 280 for adjusting the elastic force of the mesh mesh mat 210;
The first functional walking training trampoline (100) is to create a walking environment for irregular and anomalous ground so that practical walking training is performed,
The second functional balance training trampoline 200 is to be ground landing balance training for the repulsive force of one foot or both feet of the user,
The first mesh net mat tension control unit 170,
Located in the first frame housing 130, coupled to one side of the first elastic member 120, which is moved forward and backward within a predetermined range within the first frame housing 130 by the first tension control handle 172. First tension control bar 171;
The tip portion protrudes outward of the first frame housing 130, and the other end is coupled to the first tension control bar 171, and the tip portion protruding outward of the first frame housing 130 clockwise and counterclockwise. A first tension adjusting handle 172 to rotate in a direction;
The first tension control fixing member 173 that is fixed in the first frame housing 130 and that one side of the first tension control handle 172 is inserted and coupled to fix the rotated state of the first tension control handle 172. Consisting of;
When the first tension control handle 172 is rotated in the clockwise direction, the first tension control bar 171 is moved away from the first mesh mesh mat 110 based on the first mesh mesh mat 110 so that the first mesh mesh mat ( As the first elastic member 120 coupled between the first tension control bar 171 and the first tension control bar 171 is tensioned, the first mesh net mat 110 is in a tense state, and on the contrary, the first tension control handle 172 is halved. When rotated in a clockwise direction, the first tension control bar 171 is closer to the first mesh mesh mat 110 based on the first mesh mesh mat 110 so that the first elastic member 120 is compressed and thus the first mesh mesh mat. So that 110 is in a loose tension,
By varying the tension of the first mesh net mat 110 formed in each zone (A) to provide a variety of walking environment to the trainer,
The first inclination adjustment unit 260,
One side of the second housing 230, that is, the hinge coupled to one side of the second support 250 to be rotatable based on the second support 250, the hinge coupled to one side of the second support 250 A plurality of first inclined angle adjusting through holes 261 formed radially in a predetermined array with respect to a central axis of the second axis;
One side of the second support 250, that is, the hinge is coupled to one side of the second frame housing 230, the first inclined angle adjustment through the center axis of the hinge coupled to one side of the second housing (230) A plurality of second inclined angle adjusting through holes 262 formed radially in the same arrangement as the holes 261;
The first inclined angle adjusting through hole 261 and the second inclined angle adjusting through hole 262 are inserted to be rotated with respect to the second support 250 to fix the second frame housing 230 having a predetermined inclination angle. Inclination angle fixing member 263;
The second inclination adjustment unit 270,
A first inclination adjustment member 271 coupled to one side of the rear surface of the second housing 230;
A second inclination adjusting member 272 coupled to one front side of the second support 250;
Combination of the first inclination angle control member 271 and the second inclination angle adjustment member 272 to adjust the inclination angle, the third inclination angle adjustment member (273) is maintained to be fixed and fixed;
The second frame housing 230 rotatable within a range in which a predetermined inclination angle can be formed based on a point of the second support 250 fixed to the ground is maintained at a fixed inclination angle with the second support 250. By allowing the body to be trained to balance body ground repulsion from various inclination angles,
The second mesh net mat tension control unit 280,
Located in the second housing 230, and coupled to one side of the second elastic member 220, which is moved back and forth within a certain range within the second housing by the second tension adjusting handle 282. Second tension control bar 281;
The tip portion protrudes outward of the second frame housing 230, and the other end is coupled to the second tension control bar 281, and the tip portion protruding outward of the second frame housing 230 is clockwise and counterclockwise. A second tension adjusting handle 282 to rotate in a direction;
A second tension control fixing member 283 fixed in the second housing 230 and coupled to one side of the second tension control handle 282 to fix the rotated state of the second tension control handle 282; Composed,
Functional walking and balance training trampoline equipment set, characterized in that to adjust the elastic force of the second mesh net mat 210 in a variety of ways to achieve the balance training of the body. The method of claim 1,
The first mesh net mat 110 configured in the first functional walking training trampoline 100,
The number of the first mesh net mating tension control unit 170 is also the same according to the number of the zones A formed in one or more zones A and formed in the first mesh net mat 110. The functional walking and balance training trampoline equipment set, characterized in that to be formed, to create a variety of walking environment.

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