WO2020101374A1

WO2020101374A1 - Manual inversion table device enabling twisting exercise

Info

Publication number: WO2020101374A1
Application number: PCT/KR2019/015495
Authority: WO
Inventors: 박재준
Original assignee: 박재준
Priority date: 2018-11-14
Filing date: 2019-11-14
Publication date: 2020-05-22
Also published as: KR102001346B1; CN112752596B; CN112752596A

Abstract

The present invention comprises: a main frame for fixing a manual inversion table device to the ground; a bottom handle member formed at the lower end portion of the main frame, and held by a user so as to downwardly rotate the upper body of the user; a driving frame including a cushion member on which the lower body of the user is seated, a supporting frame which is coupled to the lower part of the cushion member, and a rotary bracket which is formed on the lower part of the supporting frame and which is rotatably coupled to the main frame; and a fixing frame which is coupled to the driving frame, and which fixes the lower body of the user.

Description

Manual upside down exercise device capable of reverse movement

The present invention relates to a manual inverted exercise device capable of reversing motion, and more particularly to a reversing motion in a safe and comfortable posture, as well as a manual inverted exercise device capable of reversing motion capable of reversing the upper body of the user. .

In general, a stand-up exercise device, aka inverted exercise device, is an exercise device that counteracts gravity by positioning the body upside down with the user's legs on the pedestal facing up and the head facing down, promoting blood circulation and correcting posture. It is said to be helpful.

In addition, the handstand motion by the inverted exercise device can achieve a hanging effect, so that the spine joints, which have been pressed at all times, are relaxed, so that there is a significant effect in healing back pain.

However, in general, the upside-down exerciser hangs the whole body upside down to relax the muscles, but when hypertension patients, the elderly, and the patients with weak muscles exercise excessively by tilting the pedestal, the symptoms worsen or if the back muscles and spine are injured. Occurred.

In addition, in the case of a beginner, the muscles may be stiffened by the fear of rotation of the base plate, and when the ankle is fixed, the head may face downward, and there is a problem in that the ankle muscles may go over.

Accordingly, in the Republic of Korea Utility Model No. 20-2015-0000439 (hereinafter referred to as the prior art document), it supports the lower body of the lower pelvis of the human body so that the upper body can be hung upside down, with a frame, lower body support, thigh fixing bar, and cushion. A semi-inverted composition has been published.

However, according to the above-mentioned prior art documents, there is still a problem that an excessive force is applied to the waist when the user stands up in an original state in a state in which the head is turned downward with a structure without a member supporting the upper body.

In particular, since the user who boarded the pedestal manually rotates the pedestal by hand, the body is turned upside down or in its original position, so women with weak arms or the elderly are difficult to maintain a certain angle while rotating the body upside down or to restore it to its original position. There is a problem.

In order to solve this problem, the present invention was devised by the above-mentioned background technology, and secured the knee and rotated 90 ° in close contact with the thigh or belly to enjoy an upside down exercise, thereby providing safe and comfortable upside down exercise. It is an object of the present invention to provide a manual inverted exercise device capable of inverting motion.

In addition, the present invention is configured to prevent rotation of the driving frame on which the user's thigh or stomach is seated, so that a manual inversion capable of performing a muscle strengthening exercise of the hip joint and spine through the user's upper body reversing motion is possible. The purpose is to provide an exercise device.

In addition, the present invention configures the lower handle to grip before the user takes a handstand position for backward movement of the main frame to prevent sudden rotation of the driving frame, and at the same time, the user rotates the driving frame. An object of the present invention is to provide a manual inverted exercise device capable of inverting motion to minimize the fear transmitted to the user during inverted exercise.

In addition, the present invention, by supporting the inner surface of the user's calf, knee, and thigh, a manual inverted exercise device capable of an inverted movement capable of preventing a load on the ankle and hamstring of the user when performing an inverted movement and an inverted movement The purpose is to provide.

According to an embodiment of the present invention for achieving the above object, the main frame for fixing the manual inverted exercise device to the ground; A lower handle member configured at a lower end of the main frame and held by the user to rotate a user's upper body downward; A drive frame including a cushion member on which the lower body of the user is seated, a support frame coupled to a lower portion of the cushion member, and a rotating bracket configured to be lower on the support frame and rotatably coupled to the main frame; And a fixed frame coupled to the driving frame and fixing the lower body of the user.

According to an embodiment of the present invention, the main frame is configured on the lower front side, a front leg frame on which a bridge connecting panel is formed, and an upper support frame coupled to both upper sides of the front leg frame, and A first support frame comprising a connection frame which is configured in the upper support frame and is rotatably coupled to the rotation bracket; A rear leg frame coupled to the leg connection panel, and a second support frame to which the lower handle member is coupled; And an adjustment member coupled to the front leg frame and controlling rotation of the rear leg frame.

According to an embodiment of the present invention, the adjustment member includes a coupling protrusion configured on one side of the rear leg frame; A guide pin penetrating both the rear leg frame and the leg connecting panel, and one end being detachably coupled to the engaging projection; A pin fixing plate configured at the other end of the guide pin; An adjustment bracket having pin fixing protrusions to which the pin fixing plate is detachably coupled; And a restoring means configured inside the adjustment bracket and restoring the position of the guide pin.

According to an embodiment of the present invention, the support frame includes: an upper support frame supporting an upper portion of the lower surface of the cushion member; A lower support frame supporting a lower portion of the lower surface of the cushion member, and the rotating bracket is coupled to a lower portion; A cushion support frame connecting the upper support frame and the lower support frame; An upper handle member to be gripped when the user comes in close contact with the cushion member; A fixed guide frame configured on the upper and lower support frames and to which the fixed frames are coupled; And a safety member configured in the rotating bracket and controlling whether the driving frame is rotated.

According to an embodiment of the present invention, the safety member comprises: a rotating support shaft which is coupled to the rotating bracket and the main frame and is configured with a magnetization panel at an end; Magnetization means for forming a magnetic force line depending on whether power is applied to the magnetization to form the magnetization panel; A drive motor for rotating the rotation support shaft; An attachment panel for attaching the magnetizing means to the drive motor; And a plurality of power switches configured on the lower handle member and controlling whether the magnetizing means is magnetized and whether the driving motor is driven.

According to an embodiment of the present invention, the fixed frame, a coupling frame coupled to the support frame; A first length-adjustable frame having an upper end coupled to the length of the lower part of the coupling frame and a lower end bent; A second length adjustment frame inserted into the bent lower end of the first length adjustment frame to enable length adjustment; And a lower body fixing cushion configured at an end of the second length adjustment frame and the user's lower body is in close contact and fixed.

According to this embodiment of the present invention, by fixing the knee and rotating the 90 ° in close contact with the thigh, or belly, to enjoy the upside down exercise, there is an effect that a safe and comfortable upside down exercise is possible.

In addition, according to an embodiment of the present invention, as the user's thigh or belly is configured such that the rotation of the driving frame is not made, there is an effect capable of strengthening the muscles of the hip and spine through the inverted movement of the user's upper body.

In addition, according to an embodiment of the present invention, for a backward movement of the main frame, a user can configure a lower handle to grip before taking a handstand position to prevent sudden rotation of the drive frame. .

In addition, according to an embodiment of the present invention, as the user controls the rotation range of the driving frame, there is an effect that can minimize the fear transmitted to the user during upside down exercise.

In addition, according to an embodiment of the present invention, by supporting the inner surface of the user's calf, knee, and thigh, there is an effect that can prevent the load on the ankle and hamstring of the user when performing an inverted and inverted exercise.

1 is a perspective view schematically showing a manual inverted exercise device capable of reversing motion according to an embodiment of the present invention,

Figure 2 is a side view schematically showing a manual inverted exercise device capable of reversing motion according to an embodiment of the present invention,

3 is a view showing a lower handle member of the main frame according to an embodiment of the present invention,

Figure 4 is a view showing a leg angle adjustment member of the main frame according to an embodiment of the present invention,

5 is a view showing a rear portion of a drive frame of a manual inverted exercise device capable of reversing motion according to an embodiment of the present invention,

6 is a view showing a safety member of the drive frame according to an embodiment of the present invention,

7 to 9 is a view showing a state of use of a manual inverted exercise device capable of reversing motion according to an embodiment of the present invention.

The best form of the present invention includes a main frame for fixing a manual inverted exercise device to the ground; A lower handle member configured at a lower end of the main frame and held by the user to rotate a user's upper body downward; A drive frame including a cushion member on which the lower body of the user is seated, a support frame coupled to a lower portion of the cushion member, and a rotating bracket configured to be lower on the support frame and rotatably coupled to the main frame; And a fixed frame coupled to the driving frame and fixing the lower body of the user.

1 and 2 are views schematically showing a manual inverted exercise device capable of reversing motion according to an embodiment of the present invention, and FIGS. 3 and 4 are views showing a main frame according to an embodiment of the present invention, FIG. 5 And FIG. 6 is a view showing a drive frame of a drive frame according to an embodiment of the present invention, and FIGS. 7 to 9 are views showing a use state of a manual inverted exercise device capable of reversing motion according to an embodiment of the present invention. .

As shown, the manual inverted exercise device capable of reversing motion of the present invention is configured to include a main frame 100, a driving frame 200 and a fixed frame 300.

The main frame 100 is to fix the manual inverted exercise device to the ground and provide a predetermined support force so that a user's stable movement can be achieved. The first and second supporting

frames

110 and 120, the lower handle member 130, It is composed of an adjustment member 140 and a connection frame 150.

The first supporting frame 110 is configured in the lower portion of the front side of the manual inverted exercise device, and the front leg frame 112 whose approximate shape is formed in the shape of 'n', and the lower portion of the front leg frame 112 It is configured to include a support rib 114 that improves the supporting force of the first supporting frame 110 by connecting both sides.

The first supporting frame 110 allows the manual inverting exercise device to be stably fixed to the ground at the lower end, and the front supporting pad prevents the manual inverting exercise device from being moved by the user's exercise force during inverting or inverting motion ( 116) is composed.

The front support pad 116 may be made of a rubber material having excellent adhesion to the ground, but is not limited thereto.

In addition, the first supporting frame 110 is configured with a connecting frame 150 that is rotatably coupled to the rotating support shaft 230 and the rotating bracket 240 of the driving frame 200 to be described later upward.

At this time, the connection frame 150 is formed on the lower end portion of the upper portion of the first supporting frame 110, and both ends are integrally formed with the upper supporting frame 118, which are respectively coupled to the upper both sides of the front leg frame 112, , It is configured to be inserted into the rotating bracket 240 while passing through the center of the upper end of the front leg frame 112, and coupled to the rotating bracket 240 by the rotating support shaft 230.

In addition, the first supporting frame 110 may be coupled so that the second supporting frame 120 is orthogonal to the rear, and is configured to be integrally formed by a method such as welding.

However, the present invention is not limited thereto, and the front leg frame 120 is configured such that the second supporting frame 120 is rotated by a predetermined angle from the first supporting frame 110 depending on whether the adjusting member 140 will be described later. The bridge connecting panel 112a is further configured to one side of 112).

The leg connection panel 112a is formed to extend vertically to the rear portion of the front leg frame 112 of the first support frame 110, and is configured to be inserted into the front end of the second support frame 120, and an adjustment member ( Since the guide pin 145 of 140) is configured to penetrate, the second supporting frame 120 is rotated by a predetermined angle from the front leg frame 112 based on the axis center of the guide pin 145. .

The second supporting frame 120 is configured at the rear of the first supporting frame 120 and provides a predetermined support force to the rear portion of the manual inverted exercise device, the rear leg frame 122 and the rear supporting pad 124 ).

The rear leg frame 122 is coupled to form an orthogonal shape with the front leg frame 112. At this time, a rear support pad 124 is configured at the lower end of the rear leg frame 122 to achieve close contact with the ground.

Here, the rear support pad 124 is preferably made of the same material as the front support pad 116 described above.

In addition, the rear leg frame 122 allows the user to support the upper body before rotating the upper body so that the user's head faces the lower part in order to perform the inverted movement at the lower end portion, thereby causing the user's upper body to feel fear. The lower handle member 130 is configured to relieve.

In particular, the lower handle member 130 may adjust the rotational speed of the upper body to a user's desired speed as the user rotates the upper body downward while the user holds the lower handle member 130 to perform an inverted movement. will be.

At this time, the rotation of the upper body is made by the rotation operation of the driving frame 200 and the fixed frame 300, which will be described later, where the user's lower body is supported.

As illustrated in FIG. 3, the lower handle member 130 is coupled to a handle fixing bar 132 formed perpendicularly to a lower surface of the rear leg frame 122 and an upper portion of the handle fixing bar 132. It comprises a handle adjustment bar 134 to be held by the user.

The handle fixing bar 132 is formed with a handle adjusting hole 132a through which the handle adjusting pin 136 penetrates to enable height adjustment of the handle adjusting bar 134.

In addition, the handle adjustment bar 134 is configured such that the lower end of the handle fixing bar 132 is inserted, and it is configured to move in the up and down directions along the outer surface of the handle fixing bar 132, so that the user can easily hold it. Is configured to achieve a predetermined curvature.

The handle adjusting bar 134 may further include a sweat absorbing sheet 135 that prevents slipping due to sweat or the like generated in the user's hand to the outer surface.

In addition, on the lower surface of the handle adjustment bar 134, the end of the handle adjustment pin 136 is fastened by a screw fastening method, and the pin is fastened so that the handle fixing bar 132 and the handle adjustment bar 134 are combined. The member 138 is constructed.

The handle adjusting pin 136 penetrates the handle fixing bar 132 and the handle adjusting bar 134, and its ends are configured to be engaged with the pin fastening member 138 in a screw fastening manner. Accordingly, the handle adjustment bar according to whether the handle adjustment pin 136 and the pin fastening member 138 are fastened, and whether the handle adjustment pin 136 penetrates the handle fixing bar 132 and the handle adjustment bar 134. The height adjustment of 134 is made.

The adjustment member 140 is coupled to the lower one surface of the front leg frame 112, as shown in Figure 4, and the rotation of the rear leg frame 122 at the same time as combining the front and rear leg frames (112, 122) It serves to control whether it works.

The adjusting member 140 passes through both the rear leg frame 122 and the leg connecting panel 112a inserted in the rear leg frame 122, and guides for controlling rotation of the rear leg frame 122 Pin 145, a pin fixing plate 147 configured at an end of the guide pin 145, and a pin fixing protrusion selectively coupled to the pin fixing plate 147 to control whether the guide pin 145 is rotated or not ( 143) is formed of a control bracket 141 and the restoring means 149 to restore the position of the guide pin 145.

At this time, the rear leg frame 122 is further formed with a coupling protrusion 144 to which the bottom surface of the guide pin 145 is detachably coupled. Accordingly, the rear leg frame 122 is rotated only when the engaging projection 144 is separated from the guide pin 145, and when the guide pin 145 is coupled to the engaging projection 144, It is configured not to rotate.

At this time, the guide pin 145, when the bottom surface is coupled to the engaging projection 144, is made while pressing the rear leg frame 122, accordingly, the rear leg frame 122 and the leg connection panel ( It is configured to have a close adhesion between 112a), and the close and fast fixation of the front and rear leg frames 112 and 122 is made by this adhesion.

The guide pin 145 penetrates the rear leg frame 122 and the leg connection panel 112a, and is configured to perform sliding movement.

The pin fixing plate 147 is configured inside the adjustment bracket 141, and controls whether the guide pin 145 is rotated according to whether the pin fixing protrusion 143 is engaged. That is, when the pin fixing plate 147 is coupled to the pin fixing protrusion 143, rotation of the guide pin 145 is not made, and at this time, the head portion of the guide pin 145 is coupled with the coupling protrusion 144. Because it is in the state, the rotation of the rear leg frame 122 is also prevented by the rotation suppression of the guide pin 145.

On the contrary, when the guide pin 145 and the pin fixing plate 147 are separated from the engaging projection 144 and the pin fixing projection 143, the pressing force applied to the rear leg frame 122 is released, and the rear leg frame ( 122) will be rotated.

In addition, the restoring means 149 may be composed of a spring, is configured inside the adjustment bracket 141, and provides a predetermined pressing force toward the pin fixing plate 147, so that the guide pin 145 is restored to its original position and the coupling is performed. The protrusion 144 and the pin fixing protrusion 143 are combined with each other.

The adjustment member 140 may adjust the height of the manual inverted exercise device according to the user's physical condition, and adjust the distance between the first and second support frames 110 and 120 to support the user's load and mobility. Will be able to improve.

The driving frame 200 is configured on the upper portion of the main frame 100, and is a component that enables the user to perform inverted and inverted movements, and includes a support frame 210, a cushion member 220, and a safety member 250. It includes.

The support frame 210 is a main frame 110 and a fixed frame 300 are connected to each other, while supporting the user's body load, and at the same time, the user is a component that supports the user to perform an inverted or reverse movement.

The support frame 210 is composed of an upper support frame 212 and a lower support frame 214 respectively supporting upper and lower lower surfaces of the cushion member 220, and the upper support frame 212 and the lower support frame It consists of a cushion support frame 216 to improve the support of the cushion member 220 by connecting (214).

At this time, the upper and lower support frames 212 and 214 provide a support force in the transverse direction of the cushion member 220, and the cushion support frame 216 provides a support force in the longitudinal direction of the cushion member 220.

The upper support frame 212 is configured with upper handle members 215 on both sides. The upper handle member 215 is gripped when the user is in close contact with the upper body of the cushion member 220, and is a component gripped to rise from the driving frame 200 after completing the exercise.

In addition, the upper and lower support frames 212 and 214 are configured with a fixed guide frame 218 to which the coupling frame 310 of the fixing frame 300 to be described later is coupled.

The cushion member 220 is a user's thigh or lower abdomen seated when performing an inverted or inverted movement, and is composed of a pair.

In addition, the cushion member 220 is configured to be spaced apart at a predetermined interval, and a fixed guide frame 218 is formed therebetween. That is, the fixed guide frame 218 is configured to be positioned at the center of the upper and lower support frames 212 and 214.

In addition, the lower support frame 214 includes a rotating bracket 240 rotatably coupled to the connecting frame 150 of the main frame 100 to the lower portion, and the rotating bracket 240 while passing through the rotating bracket 240. A rotating support shaft 230 is configured to couple the connection frame 150.

At this time, the rotating support shaft 230 may be composed of a rotating head and a rotating shaft, the rotating head is configured to be fixedly coupled to the rotating bracket 240. Accordingly, the rotation bracket 240 and the lower support frame 214 to which the rotation bracket 240 is coupled are rotated only when the rotation support shaft 230 rotates.

The rotating bracket 240 is composed of a plurality of close to each side of the connecting frame 150, and one end of the rotating support shaft 230 is inserted into one of the plurality of rotating brackets 240, and the rotating support A safety member 250 for controlling the rotation operation of the shaft 230 is provided.

Safety member 250 is configured on one surface of the rotating bracket 240, the end of the rotating support shaft 230 is inserted, to control the rotation operation of the rotating support shaft 230 according to whether power is applied It is composed.

The safety member 250 includes a magnetization panel 258 configured at an end of the rotating support shaft 230 and a magnetization means for forming magnetization lines depending on whether power is applied to magnetize the magnetization panel 258. 252, and a driving motor 256 for rotating the rotating support shaft 230 and an attachment panel 254 for attaching the magnetizing means 252 to the rotating shaft of the driving motor 256.

In addition, the safety member 250 is preferably further configured insulator 260 to prevent the magnetic force line generated when the power is applied to flow to the manual inverted exercise device, the insulator 260 is a rotating support shaft 230 It is preferable that each of the outer peripheral surface and the outer peripheral surface of the rotation shaft of the driving motor 256 is configured.

In addition, the safety member 250 is configured to apply power according to a user's selection, and for this purpose, a plurality of power switches (not shown) that are electrically connected to the magnetization means 252 on one surface of the lower handle member 130. Could be constructed.

In the safety member 250, when the power is applied, the magnetization panel 258 configured on the rotational support shaft 230 and the magnetization means 252 coupled with the driving motor 256 by a predetermined magnetic force line are coupled to each other, Thereafter, the drive motor 256 is driven by the switch on / off operation of the power switch, so that the rotation operation of the rotation support shaft 230 is performed.

Accordingly, the user rotates the upper body to the lower side of the drive frame 200 for the inverted movement, and then operates the plurality of power switches to rotate the lower body to the upper side and take a standing position, safely and comfortably It can be done.

At this time, when only the state in which the magnetization panel 258 and the magnetization means 252 are combined is maintained, the rotation operation of the driving frame 200 is not performed.

Accordingly, the user may be able to strengthen the muscles of the hip joint and the spine while performing an inversion motion of the upper body while the lower body is fixed to the fixed frame 300 connected to the driving frame 200.

* The fixed frame 300 is configured to be connected to the drive frame 200, and to fix the lower body of the user, the upper and lower coupling frame 310 is coupled to the fixed guide frame 218 of the support frame 210, respectively And, the upper end is coupled to enable adjustment of the length of the lower portion of the coupling frame 310, the lower end of the first length adjustment frame 320 is formed to be bent, the length adjustment to the bent lower end of the first length adjustment frame 320 It is configured to include a lower body fixed cushion 340 that is configured to be inserted into the second length adjustment frame 330 and the lower end of the second length adjustment frame 330 is inserted and fixed to the user's lower body in close contact and fixed.

The first length adjustment frame 320 is coupled to move up and down from the combining frame 310, and the second length adjustment frame 330 is the length for the front and rear directions from the first length adjustment frame 320. It is combined to be adjusted so as to adjust the position of the lower body fixed cushion 340 according to the user's body condition.

At this time, the first and second length adjustment frame 320 is configured to be adjusted and fixed by the adjustment bolt 350.

In addition, the coupling frame 310 and the second length adjustment frame 9320 are configured to form a bolt fastening part 360 to which the adjustment bolt 350 is fastened, so that the fixed state is maintained stably after the length adjustment is completed. desirable.

On the other hand, in the present invention, the inverted motion is fixed to the lower body on the fixed frame 300 while the user is lying on the upper part of the cushion member 220 and then rotates the upper body downward to grip the lower handle member 130, and then drive frame (200) is to maintain the hand posture by rotating the fixed lower body to the upper side, the reversing motion of the user's hip and spine while rotating the upper body repeatedly downward or upward while the lower body is fixed to the fixed frame 300 It is to make muscle strengthening exercise.

100: main frame 110: first support frame

120: second support frame 130: lower handle member

140: adjusting member 150: connecting frame

200: drive frame 210: support frame

220: cushion member 230: rotating support shaft

240: rotating bracket 250: safety member

260: insulator 300; Fixed frame

310: combining frame 320: first length adjustment frame

330: second length adjustment frame 340: lower body fixed cushion

350: adjustment bolt 360: bolt connection

Claims

Main frame for fixing the manual inverted exercise device to the ground;

A lower handle member configured at a lower end of the main frame and held by the user to rotate a user's upper body downward;

A drive frame including a cushion member on which the lower body of the user is seated, a support frame coupled to a lower portion of the cushion member, and a rotating bracket configured to be lower on the support frame and rotatably coupled to the main frame; And

It includes a; fixed frame coupled to the drive frame, fixing the lower body of the user;

The main frame,

It is configured in the lower portion of the front side, the front leg frame having a bridge connecting panel on one side, the upper supporting frame coupled to both sides of the upper side of the front leg frame, and the upper supporting frame, and the rotating bracket and rotatable A first supporting frame including a connecting frame to be coupled; And

A rear leg frame coupled to the leg connection panel, and a second support frame to which the lower handle member is coupled;

Manual inverted exercise device capable of reverse movement, characterized in that it further comprises.
According to claim 1,

The main frame

Coupling projections coupled to the front leg frame and configured to one side of the rear leg frame to control the rotation of the rear leg frame,

A guide pin penetrating both the rear leg frame and the leg connection panel, one end of which is detachably coupled with the engaging projection;

A pin fixing plate configured at the other end of the guide pin,

An adjustment bracket formed with a pin fixing protrusion to which the pin fixing plate is detachably coupled,

An adjustment member configured inside the adjustment bracket and comprising restoration means for restoring the position of the guide pin;

Manual inverted exercise device capable of reverse movement, characterized in that it further comprises.
According to claim 1,

The support frame,

An upper support frame supporting an upper portion of the lower surface of the cushion member;

A lower support frame supporting a lower portion of the lower surface of the cushion member and having the rotary bracket coupled to a lower portion;

A cushion support frame connecting the upper support frame and the lower support frame;

An upper handle member to be gripped when the user comes in close contact with the cushion member;

A fixed guide frame configured on the upper and lower support frames and to which the fixed frames are coupled; And

A safety member configured in the rotating bracket and controlling whether the drive frame is rotated;

Manual inverted exercise device capable of reverse movement, characterized in that it comprises a.
According to claim 3,

The safety member,

A rotating support shaft that combines the rotating bracket and the main frame and has a magnetization panel at an end;

Magnetization means for forming a magnetic force line depending on whether power is applied to magnetize the magnetization panel;

A drive motor for rotating the rotation support shaft;

An attachment panel for attaching the magnetizing means to the drive motor; And

A plurality of power switches configured on the lower handle member and controlling whether the magnetizing means is magnetized and whether the driving motor is driven;

It characterized in that the configuration further comprises a manual inverted exercise device capable of reverse movement.
According to claim 1,

The fixed frame,

A coupling frame coupled with the support frame;

A first length-adjustable frame having an upper end coupled to the length of the lower part of the coupling frame and a lower end bent;

A second length adjustment frame inserted into the bent lower end of the first length adjustment frame to enable length adjustment; And

A lower body fixing cushion configured at an end of the second length adjustment frame and the user's lower body is in close contact and fixed;

Manual inverted exercise device capable of reverse movement, characterized in that it comprises a.