KR101219524B1 - Body quake exercise systems - Google Patents

Abstract

PURPOSE: A shaking sporting apparatus is provided to exercise for balancing the body which realigns the user's spine and joint by relaxing the muscles and stretching the entire body. CONSTITUTION: A shaking sporting apparatus comprises a main body(100) which is adjustable at a designated angle by a flange composed on the upper portion of the interior of the housing; a column body(200) comprised on the front part of the main body on the vertical line of the ground; a front handle unit(300) for the user to grab in a stable posture; a control panel(400) which controls a shaking device connected electrically; a rear handle handrail unit where the handle is formed; a sling belt fixing element(600) equipped with several hanger loops which combines the sling belt; and a sling belt which ties to a part of the user's body for towing.

Description

Swinging device {BODY QUAKE EXERCISE SYSTEMS}

The present invention constitutes a sling belt fixing member for fastening a sling belt to pull a part of the user's body on the upper side of the main body, and swings in all directions for a time set by the swinging plate configured by the swinging device inside the main body of the user. The present invention relates to a full-body oscillation exercise device having a three-dimensional railing and a sling belt that gently stimulates the lumbar spine and joints to return to a proper position while relaxing the body. More specifically, the body has a flange formed at an upper end inside the housing at a predetermined angle. Comprising a rocking device adjustable to tilt, and coupled to the flange of the rocking device coupled to the rocking plate for the user to sit or stand, and to form a pillar body in front of the body in a vertical line with the ground, It is composed of a pair on the left and right sides to hold the user in a stable posture. A front handle part having at least two handles formed thereon, a control panel configured to control the rocking device electrically connected to the upper part of the pillar body, and configured to be held at the rear of the main body to hold the user in a stable posture. It comprises a rear handrail to form at least two handles to be formed, combined with the support extending from the front handle portion or the rear handrail portion is configured to be located on the upper side of the main body, a plurality of hooks for fastening the sling belt And a three-dimensional railing and a sling belt configured to include a sling belt configured to constitute a sling belt fixing member configured to be connected to a hook of the sling belt fixing member to tie a portion of a user's body.

In general, the device equipped with the swing control mechanism in the stretching device for exercise or correction of the body has been proposed in various ways, such as simply rocking up and down or rocking in all directions as the horizontal eccentric plate is rotated as a rocking chair.

Among the apparatuses equipped with such a rocking control mechanism, a 'swivel bed' is proposed in Utility Model Publication No. 20-1991-0005150. The swing bed is characterized in that the vertical axis installed in the center of the box in the bed rotates through a pair of bevel gears, so that the support shaft of the vertical axis is continuously rotated while pushing up to form a top dead center. By differently swinging, due to the fluctuation of the disk, the bed mat support plate elastically installed on the disk was able to rub the body of the user lying on the bed simply to obtain a massage effect.

In the rocking bed of the configuration as described above is to obtain a massage effect to shake the lying user while tapping, or the user can not stand on the disc to fit the joints of the boarding user gently while maintaining the balance of the body as well as full-body stretching It is difficult, and there is a problem that it is difficult to cope with the strength suitable for the user because there is no inclination angle adjusting means of the disc.

In addition, Patent No. 10-0406996 discloses a waist oscillation control mechanism, which is characterized in that the entire body is coupled to a flat-shaped rotating body that is interlocked by the drive mechanism to provide an eccentric oscillation without rotating the swing body arbitrary After the portable installation in the place, the therapist lays his back in a lying position, and the waist is eccentrically turned, and the waist can be rocked and massaged. And it can be used for a variety of purposes such as acupressure, traction, correction aid of the legs and the like.

However, in the lumbar oscillation control mechanism of the above configuration, the therapist can perform the rocking massage due to the eccentric turning of the waist by placing the waist in a lying posture, and of course, it can be applied to the treatment area other than the waist in the lying posture, and the spinal cord In addition to the lumbar spine, it can be used for a variety of purposes such as acupressure, traction, orthodontic assistance of the cervical spine and legs, but it is simply shaken in all directions when viewed from a plane. .

In order to dismiss this problem, Utility Model Registration No. 0434021 proposes a stretching device having a rocking control mechanism. The feature is that the rocking plate, which is not rotated and which can be adjusted at any inclination angle, is continuously in place clockwise or counterclockwise. The oscillation control mechanism and the oscillation plate of the oscillation control mechanism are provided so that the user can stably grip while sitting or standing so that the joint of the user on the oscillation plate can be smoothly corrected in place and corrected. Balanced, of course, full-stretch.

However, the stretching device requires the user to take the correct posture in order to obtain a definite exercise effect, it is difficult to take the correct posture because there is no guidance about the correct posture, and if the first rocking plate swings without the correct posture, the user's body As a result, the user was detached from the rocking plate and fell from the rocking plate in a moment, causing a problem of injury.

Utility Model Notification No. 20-1991-0005150 (1991.07.20), Patent Registration No. 10-0406996 (2003.11.12), Utility Model Registration No. 20-0434021 (2006.12.08)

The present invention is to solve the above-mentioned conventional problems, an object of the present invention is to oscillate in all directions at a predetermined inclination angle for the time set by the swinging plate, gently stimulating the lumbar spine and joint while relaxing the user's whole body muscles While correcting to return to the right position and at the same time to balance the body, as well as to the whole body stretching exercise, and to take more application posture of the user, and prevent the falling safety accident of the user, The purpose of the user is to guide the user's position on the handle plate and the rocking plate to be gripped so that the correct posture is obtained so as to double the exercise effect.

In addition, the present invention not only to take more various postures than the conventional full-body oscillation device, but also difficult to take a posture because the tooth, joint, bone muscles with the spine, cervical scoliosis or disc that the whole body rocking movement was difficult For this purpose, the purpose of the body to exercise the corrective exercise, the balance exercise as well as the whole body stretching exercise required by the physical movement of the device.

In order to achieve the above object, the present invention is a housing, a rocking plate in which a part of the user's body is seated and swinged from the upper side of the housing, the connecting shaft extending to the lower side of the rocking plate, the connecting shaft and the universal An upright shaft connected by a joint and extending downwardly and arranged to move up and down relative to the housing; and a rotatable body rotatably disposed about the upright shaft and the connecting shaft, the rotating body comprising a plurality of arms; In accordance with the inclination angle of the connecting shaft is adjusted, and provides a rocking motion device characterized in that the rocking plate is rocked in accordance with the rotation of the rotating body.
The inclined slider is disposed on the lower side of the upright shaft and has an inclined surface inclined toward one side, and further includes an inclined slider which is slid horizontally in the interior of the housing. Can be raised and lowered.
And a bushing through which the upright shaft penetrates and is supported to move up and down. The rotating body includes a horizontal fixed arm rotated by a driving motor at an outer circumferential side of the bushing, and extends upward from an end of the horizontal fixed arm. It consists of an upright arm hinged and an up and down pivoting arm hinged to an upper end side of the upright arm and rotatably connected to the connecting shaft, wherein the up and down pivoting arm may have inclination together according to the inclination angle of the connecting shaft. have.

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As described above, the present invention allows the swinging plate to oscillate in all directions at a predetermined inclination angle for a predetermined time, while gently stimulating the lumbar spine and joints while relaxing the user's whole body muscles, thereby correcting the body to return to the correct position and balancing the body. Exercise is, of course, a novel invention having the effect of stretching the whole body.

And by constructing the rear handrail on the rear of the main body and the sling belt fixing member on the upper side of the main body, a three-dimensional handrail that wraps around the main body is provided, so that the user can take more application posture and the user's falling safety accident It is effective in doubling the exercise effect by guiding the user's posture on the handle position and the rocking plate to be gripped by configuring the light emitting member on the handle and the rocking plate. It is a novel invention.

In addition, the present invention constitutes a sling belt fixing member on the upper side of the main body, by fastening the sling belt for pulling a part of the user's body to the sling belt fixing member, it is possible to take more various postures than the conventional whole body rocking exercise device. In particular, it is necessary to pull the sling belt to support the body part of the spine, scoliosis of the cervical spine, or the disc with teeth, joints and bones that are weak and unable to properly posture. Necessary correction, balance exercise, as well as a novel invention with the effect to make the whole body stretching exercise.

1 is a perspective view showing the configuration of the whole body oscillation exercise device having a three-dimensional handrail and sling belt of the present invention
Figure 2 is a side view showing the configuration of the whole body oscillation exercise device having a three-dimensional handrail and sling belt of the present invention
Figure 3 is an exemplary view showing the configuration of the rocking device according to the configuration of the present invention
Figure 4a is a perspective view showing a state in which the sling belt according to the configuration of the present invention bound to the body
Figure 4b is a side view showing a state in which the sling belt according to the configuration of the present invention bound to the body
Figure 5a is a perspective view showing the configuration of the whole body rocking motion device composed of the elastic support according to the configuration of the present invention
Figure 5b is an exemplary view showing an embodiment of a full-body rocking exercise device composed of an elastic support according to the configuration of the present invention
Figure 6a is an illustration showing the configuration of a sling belt for scoliosis correction according to the configuration of the present invention
Figure 6b is an exemplary view showing the configuration of a sling belt for cervical edible cerebrospinal cavity according to the configuration of the present invention
Figure 6c is an illustration showing the configuration of a seating cervical sling belt according to the configuration of the present invention
6d is an exemplary view showing the configuration of a waist sling belt according to the configuration of the present invention
7a to 7c is an exemplary view showing a state of use of the whole body rocking exercise device equipped with a sling belt according to the configuration of the present invention

In order to achieve the above object, the present invention will be described in detail with reference to the accompanying drawings.

In configuring the whole body oscillation exercise device to oscillate in all directions for the time set by the oscillation device configured therein to relax the whole body muscles of the user while gently stimulating the lumbar spine and joints to return to the right position.

Inside the housing 110 constitutes a rocking device 120 that can be adjusted so that the flange 121 is configured to tilt at a predetermined angle, the rocking device 120 to allow the user to sit or stand on the flange 121 of the rocking device 120 The main body 100 is configured to combine the plate 130;

A pillar body 200 configured in front of the main body 100 in a vertical line with the ground;

A front handle part 300 having at least two handles 310 formed on a pair of left and right sides of the pillar body 200 to grip a user so as to take a stable posture;

A control panel 400 configured on the pillar body 200 to control the rocking device 120 electrically connected thereto;

A rear handle railing part 500 configured at the rear of the main body 100 to form at least two handles 510 for holding a user in a stable posture;

Combining with the support 510 formed from the front handle 300 or the rear handle handrail 500 is configured to be located on the upper side of the main body 100, a plurality of hooks 610 for fastening the sling belt 700 And a sling belt fixing member 600 configured to include;

Sling belt 700 is fastened to the hook 610 of the sling belt fixing member 600 to tie a portion of the user's body.

In this case, the sling belt fixing member 600 may be fastened to be detachably attached to the upper end of the front handle part 300 and the rear handle handrail part 500 by the coupling member 511, and the sling belt fixing member 600 may be fixed. The elastic support 520 may be configured in a portion of the support 510 to have elasticity.

Looking at the detailed configuration and the embodiment of the present invention with reference to the drawings as follows.

As shown in FIG. 1 to FIG. 4B, a rocking device 120 is formed in the center of the main body 100, and a rocking plate 130 coupled to the rocking device 120 is disposed on the upper portion of the main body 100. Configure.

The swinging device 120 is an upright shaft of the shaft unit 123 installed therethrough when the rotating body 122 that receives power from the driving motor 126 rotates and the rotating body 122 rotates. The 123a and the connecting shaft 123b are adjusted to an arbitrary inclination angle by the inclined slider 124 about the universal joint 123c, thereby causing the oscillating plate 130 to swing in all directions.

In detail with respect to the rocking device 120, the inner side of the bushing 125 mounted to the main body 100 constitutes the shaft unit 123 vertically to be movable up and down relative to the main body 100, The shaft unit 123 penetrates through the housing 110 to form an upright shaft 123a, and connects the connecting shaft 123b to the upper end of the upright shaft 123a through a universal joint 123c.

The rotating body 122 is rotatably supported by the bearing A on the outer side of the bushing 125 and the connecting shaft 123b, and the rotating body 122 has a timing belt pulley 127 outside the bushing 125. ) And a plate-shaped horizontal fixing arm 122a is rotatably configured by a bearing A, and an upright arm 122b is hingedly connected to an end of the horizontal fixing arm 122a. The upper end of the upright arm 122b is also connected to the hinge, and the other end is connected to the upper and lower pivot arm 122c to be rotatable at a predetermined angle with the connecting shaft 123b.

The timing belt pulley 127 of the rotating body 122 is provided with a timing belt B, which is connected to the pulley of the driving motor 126 provided at a position spaced apart from the timing belt pulley 127, and the driving motor. As the 126 is driven, the rotating body 122 is rotated through the pulley, the timing belt B, and the timing belt pulley 127.

The flange 121 formed at the upper end of the connecting shaft 123b of the shaft unit 123 is coupled to the flat plate swing plate 130, and the upright shaft 123a at the lower end of the upright shaft 123a of the shaft unit 123. Inclined slider 124 having an inclined surface 124a inclined upward as the upper surface goes to one end so as to elevate), the upright shaft 123a and the inclined slider 124 are separated from each other. It is preferable to install the guide to guide in a straight direction, the inclined slider 124 and the main body 100 is also provided so that the smooth sliding and guidance is provided through the guide.

The main body 100 on one side of the inclined slider 124 is configured with a cylinder 128 connected to move the inclined slider 124, and the cylinder 128 has a multi-stage adjustment of the cylinder rod 129 freely. It is possible.

And the front of the main body 100 is configured with a pillar body 200, the left / right side of the pillar body 200 has a front handle 300 that can be held in a stable state in the user sitting or standing And, the upper part of the pillar body 200 is electrically connected to the rocking device 120 to configure a control panel 400 for controlling the rocking device.

At this time, the front handle portion 300 is formed to protrude (three-dimensional) toward the user side, the lower portion of the front handle portion 300 constitutes an ankle hook portion (320).

The ankle hanger 320 is to be able to hang the ankle when the user is lying down and stretching.

The control panel 400 is electrically connected to the rocking device 120 is provided to be controllable, the start button for operating the rocking device 120, the stop button for stopping the operation of the rocking device 120, as well as operating time And a time display section, a speed display section, and an inclination display section each showing a moving speed and a moving inclination angle, and an acceleration / deceleration key for adjusting them.

In addition, the control panel 400 is provided with a selection menu for the posture item to be exercised to drive the rocking device according to the input value input inclination angle, speed, time, etc. of the rocking plate 130 according to the selected exercise position .

In addition, the rear handle handrail 500 is configured at the rear of the main body 100 so as to grip the user to take a stable posture.

In addition, the handles 310 and 510 of the front handle 300 and the rear handle or the liver 500 may include light emitting members 311 and 511 to easily recognize a handle to be gripped by the user in order to obtain a correct posture. The light emitting member 131 is also configured on the upper surface of the plate 130 to allow the user to recognize the position of the sole, the position of the foot, or the like in order to obtain an accurate posture.

The light emitting members 131, 311 and 511 may include an EL sheet, an LED, a light bulb, and the like, and are electrically connected to the control panel 400 to correspond to the handles 310 and 510 according to the movement posture set by the control panel 400. And the position of the foot on the rocking plate 130 upper surface to emit light.

And the upper side of the main body 100 constitutes a sling belt fixing member 600, the sling belt fixing member 600 is a support 510 extending from the front handle 300 or the rear handle handrail 500 )

The sling belt fixing member 600 includes a plurality of hooks 610 for fastening the sling belt 700, wherein the hooks 610 are arranged along the periphery of the sling belt fixing member 600 at predetermined equal intervals. Configure.

In addition, the hook 610 of the sling belt fixing member 600 is fastened to a part of the user's body by fastening the sling belt 700.

In order to pull various body parts of the user, the sling belt 700 may be formed in a different shape of a pad that wraps according to each part of the body.

Looking at the configuration of the sling belt 700 as shown in Figure 6a to 6d of an example, the fixing belt 710 and the pad fixed to the hook (610) of the hook 610 of the sling belt fixing member 600 It is divided into a portion 720, the fixing belt 710 and the pad portion 720 is fastened by a fastener 730 configured by dividing the male and female to form a single belt.

The pad portion 720 is configured differently depending on the part surrounding the body, as shown in Figure 6a scoliosis correction pad to form a rectangular, wrapped in an elastic member, such as a sponge inside the leather or artificial leather outer shell Form pads.

And as shown in Figure 6b is preferably formed for the cervical cervical pad to support the neck, as shown in Figure 6c seat pad for cervical cervical spine so as to rely on the body to the sling belt 700. The pad that covers the entire waist includes tension bands for various waist sizes.

As shown in Figure 6d, the waist pad is composed of a pad of a type wrapped around an elastic member such as a sponge inside the outer shell of leather or artificial leather, forming a protrusion to contact the vertebral bone, and a pack of packs to store the thermal pack. It is preferable to form a storage bag and to constitute a knee support.

In addition, the sling belt fixing member 600 is configured to be detachable from the main body 100 as necessary, in order to perform such a function as shown in Figure 2 and the front handle as shown in Figure 2 the upper and rear handrail (300). The frame ends of the support and the sling belt fixing member 600 derived from the upper end of the 500 are fastened to each other by the coupling member 520 to be detachable.

Looking at the configuration of the coupling member 520, divided into an upper coupling 521a and a lower coupling 521b, the upper coupling 521a is configured at the frame end of the sling belt fixing member 600, the lower coupling 521b is configured in the support 510 derived from the upper end of the front handle 300 and the upper end of the rear handrail 500, and the upper coupling 521a and the lower coupling 521b are screwed to each other. To combine.

In addition, as shown in FIG. 5A to 5B, a portion of the support 510 formed to extend from the front handle 300 or the rear handle handrail 500 forms an elastic support 530 to form the sling belt fixing member ( 600) to be elastic.

 The elastic support 520 is buffered to protect the body against a sudden posture change by driving the swinging device after the user entrusts the body part to the sling belt 700.

As shown in FIGS. 7A to 7C, according to the configuration of the present invention, not only a more various exercise postures can be obtained than the conventional whole body oscillation exercise apparatus, but also a scoliosis of a vertebra or a cervical spine In addition, a part of the body, which is weak and weak in joints and bone muscles, can be supported by a sling belt so that the body performs orthodontic exercises, balanced exercises, and whole body stretching exercises required for the physical exercise of the apparatus.

100: main body 120: swinging device 121: flange
122: rotating body 122a: horizontal fixed arm 122b: upright arm
122c: upper and lower rotary arms 123: shaft unit 123a: upright shaft
123b: Connecting shaft 123c: Universal joint 124: Inclined slider
125: bushing 126: drive motor 127: timing belt pulley
128: cylinder 129: cylinder rod 130: swinging plate
131,311,511: light emitting member 200: pillar body 300: front handle part
310,510: handle 320: ankle hook 400: control panel
500: rear handrail rail 510: support 520: coupling member
521a: upper assembly 521b: lower assembly 530: elastic support
600: sling belt fixing member 610: hook 700: sling belt
710: fixing belt 720: pad portion 730: fastener

Claims (3)

housing;
A rocking plate on which a part of the user's body is seated and rocked from above to above the housing;
A connecting shaft extending downward of the rocking plate;
An upright shaft connected by the connecting shaft and the universal joint, extending downward, and arranged to move up and down with respect to the housing; And
And a rotatable body rotatably disposed about the upright shaft and the connecting shaft, the rotating body comprising a plurality of arms.
The inclination angle of the connecting shaft is adjusted according to the up and down of the upright shaft, the rocking motion device characterized in that the rocking plate is rocked in accordance with the rotation of the rotating body. The method of claim 1,
An inclined slider disposed below the upright shaft and having an inclined surface inclined toward one side of the upright shaft and slidable horizontally in the housing;
The upright shaft in contact with the inclined surface is moved up and down in accordance with the horizontal movement of the inclined slider. The method of claim 1,
And a bushing through which the upright shaft penetrates and supports up and down.
The rotating body is a horizontal fixed arm rotated by a drive motor on the outer circumferential side of the bushing, an upright arm hinged to extend upward from an end of the horizontal fixed arm, and hinged to an upper end side of the upright arm. It is made of a vertical pivot arm rotatably connected to the connecting shaft,
The up and down pivoting arm, the swinging movement device characterized in that inclined together in accordance with the inclination angle of the connecting shaft.

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