WO2023167456A1

WO2023167456A1 - Exercise device having reverse exercise and roman chair functions

Info

Publication number: WO2023167456A1
Application number: PCT/KR2023/002433
Authority: WO
Inventors: 박재준
Original assignee: 주식회사 코헬스코
Priority date: 2022-03-03
Filing date: 2023-02-21
Publication date: 2023-09-07
Also published as: TWI801269B; TW202335703A; KR102415310B1; CN116726442A

Abstract

The present invention provides an exercise device having reverse exercise and Roman chair functions, the device comprising: a prop frame (110) comprising first and second prop frames (112, 114), a fixed frame (116), and a first adjustment frame (118) coupled to the fixed frame (116) to be able to slide; a first coupling frame (140) configured on the first prop frame (112) such that a lower body support frame (240) is selectively coupled thereto according to the exercise type; an angle support frame (160) connected to the first adjustment frame (118); a cushion prop frame (210) on which a cushion member (202) is mounted; a cushion angle adjustment member (220) connecting the cushion prop frame (210) and a second adjustment frame (230); a second adjustment frame (230) for adjusting the height and angle of the cushion prop frame (210); and a lower body support frame (240) coupled to one of the first and second coupling frames (240, 250) according to the exercise type.

Description

Exercise device equipped with inversion exercise and Roman chair function

The present invention relates to an exercise device equipped with inversion exercise and Roman chair functions. More specifically, by making it possible to change the position of the driving unit supporting the user's lower body freely according to the user's exercise method, not only upside-down exercise, but also an inversion exercise capable of Roman chair exercise and an exercise device equipped with a Roman chair function it's about

In general, a handstand exercise device, also known as an inverted exercise device, is an exercise device that reverses gravity by positioning the user's body upside down with the user's legs facing up and the head facing down on the pedestal, and is used to promote blood circulation and correct posture. It is known to help.

In addition, the handstand exercise by such an inverted exercise device has the advantage of being able to obtain a hanging effect, so that the spinal joints, etc., which are usually always pressed, can be relaxed to exert a considerable effect on the healing of low back pain.

However, general inverted exercise machines relax the muscles by hanging the whole body upside down, but if hypertensive patients, the elderly with weak muscles, or patients exercise by tilting the pedestal excessively, the symptoms are further aggravated or the deep muscles and spine of the back are strained and injured. has occurred.

Accordingly, the present applicant, as in Korean Registered Patent No. 10-2001346, has a main frame for fixing the manual upside-down exercise device to the ground; a lower handle member disposed at a lower end of the main frame and grasped by the user to rotate the user's upper body downward; a driving frame including a cushion member on which the lower body of the user is seated, a support frame coupled to the lower portion of the cushion member, and a rotating bracket configured to be formed on the lower portion of 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;

However, in the case of the above-mentioned prior art literature, there is an advantage of performing a stable upside-down exercise, but it is difficult to perform an exercise such as a Roman chair through a posture change, so only limited exercises are performed, and a separate Roman chair is used. There was a problem of having to provide exercise equipment.

In addition, in the case of the inverted exercise device according to the prior art, since it is delivered to the user in a disassembled state or only some components are temporarily assembled, the user must assemble and use the inverted exercise device himself, and this inverted exercise Even when the device is not in use, there is a problem in that it always occupies a considerable space because the assembled state must be maintained.

The background art or prior art described above is only to help understand the technical significance of the present invention, and does not mean a widely known technique in the technical field to which the present invention belongs prior to the filing of the present invention.

In order to solve this problem, the present invention has been devised by the above-mentioned background art, and the position change of the driving unit supporting the user's lower body can be freely changed according to the user's exercise method, so that not only the inverted movement but also the Roman An object of the present invention is to provide an exercise device equipped with an inversion exercise capable of chair exercise and a Roman chair function.

In addition, the present invention can perform upper and lower body exercises as well as abdominal muscle and waist exercises using one exercise device, thereby reducing the purchasing cost of the exercise device and improving the efficiency of the exercise. Inversion exercise and Roman chair Its purpose is to provide an exercise device equipped with functions.

In addition, the present invention is configured to be delivered to the user in a completely assembled state, and the user can receive the exercise device in the form of a finished product without performing a separate assembly operation, as well as stored in a folded state even when not in use. The purpose is to provide an exercise device equipped with a reverse motion and a Roman chair function that can provide a foldable function to enable this.

However, the object of the present invention is not limited thereto, and even if not explicitly mentioned, the purpose or effect that can be grasped from the solution or embodiment of the problem is also included therein, of course.

According to one embodiment of the present invention for achieving the above object, the first and second supporting

frames

112 and 114, the first and second supporting

frames

112 and 114 are fixed to be coupled to form orthogonal A support frame 110 including a frame 116 and a first adjusting frame 118 coupled to the fixed frame 116 to be slidably movable; A first coupling frame 140 formed on the second support frame 114 and to which the lower body support frame 240 is selectively coupled according to the movement method; an angular support frame 160 connected to the first adjusting frame 118 and providing a predetermined supporting force to a position where the rotation of the second adjusting frame 230 is completed; a cushion support frame 210 to which the cushion member 202 is mounted, and the second coupling frame 250 coupled to the front end of the rear side so as to form a right angle; a cushion angle adjusting member 220 connecting the cushion supporting frame 210 and the second adjusting frame 230 and limiting a rotation range of the cushion supporting frame 210; a second adjusting frame 230 connected to the fixing frame 116 and the first adjusting frame 118 and adjusting the height and angle of the cushion support frame 210 while being rotated by a predetermined angle; Characterized in that it comprises; a lower body support frame 240 coupled to any one of the first and

second coupling frames

240 and 250 according to the movement method.

According to one embodiment of the present invention, it is configured between the cushion support frame 210 and the second adjustment frame 230, and when the cushion support frame 210 is rotated, the cushion member 202 is rotated in a predetermined direction. An elastic member 260 providing an elastic force; characterized in that it is further configured.

According to one embodiment of the present invention, the support frame 110 includes the first adjustment frame 118 and the angular support frame 160, the angular support frame 160 and the second adjustment frame 230, Connecting the first rotation bracket 120, which supports the cushion support frame 210 and the second adjustment frame 230 so that they are rotatably coupled, and the fixing frame 116 and the second adjustment frame 230 And, it is characterized in that the second rotation bracket 130 for supporting the rotation operation of the second control frame 230 is further configured.

According to one embodiment of the present invention, the support frame 110 is configured in the inner space of the fixed frame 116, the movement guide frame 310 formed long along the longitudinal direction of the fixed frame 116 And, the moving guide 320 coupled to the lower surface of the first adjusting frame 118 and rotatably adhered to the inner surface of the moving guide frame 310 through the fixing frame 116 is further configured characterized by being

According to one embodiment of the present invention, the angular support frame 160, as the first adjustment frame 118 approaches the rear side of the fixed frame 116, the second adjustment frame 230 It is supported so as to be rotatably adjacent to the fixed frame 116 at right angles, and as the first adjusting frame 118 approaches the front side of the fixed frame 116, the second adjusting frame 230 It is characterized in that it is supported so that the rotation operation is possible so as to be adjacent to the fixed frame 116 and horizontal.

According to one embodiment of the present invention, the cushion support frame 210 is rotatably coupled to the front end of the second adjusting frame 230, and the adjustment support frame to which the cushion angle adjusting member 220 is connected to both sides (232) is characterized in that it is further configured.

According to one embodiment of the present invention, the first adjusting frame 118 has a fixing means 102 passing through, a fixing guide part 170 supporting the sliding movement of the fixing means 102, and the fixing guide. A spring 180 mounted inside the part 170 and a spring pressing flange 190 configured on the circumferential surface of the fixing means 102 and pressurizing the spring 180 depending on whether it is operated are further configured characterized by

According to this embodiment of the present invention, it is possible to freely change the position of the drive unit supporting the user's lower body according to the user's exercise method, so that not only the inverted motion but also the Roman chair motion is possible.

In addition, according to an embodiment of the present invention, it is possible to perform abdominal muscle and waist exercises as well as upper and lower body exercises using one exercise device, thereby reducing the purchasing cost of the exercise device and improving the efficiency of exercise. It works.

In addition, according to an embodiment of the present invention, it is configured to be delivered to the user in a completely assembled state, and the user can receive the exercise device in the form of a finished product without performing a separate assembly operation, as well as when not in use. It has the effect of providing a foldable function so that it can be stored in a folded state.

In addition, the various beneficial advantages and effects of the present invention are not limited to the above description, and will be more easily understood in the process of describing specific embodiments of the present invention.

1 is a perspective view showing an exercise device equipped with an inversion exercise and a Roman chair function according to an embodiment of the present invention;

2 is a perspective view showing a folded state of an exercise device equipped with a reverse motion and a Roman chair function according to an embodiment of the present invention;

3 is a front view showing an exercise device equipped with a reverse exercise and a Roman chair function according to an embodiment of the present invention;

4 and 5 are views showing a moving structure of an exercise device equipped with a reverse motion and a Roman chair function according to an embodiment of the present invention;

6 is a view showing a state in which an elastic member is provided in an exercise device equipped with an inversion exercise and a Roman chair function according to an embodiment of the present invention;

7 to 9 are diagrams showing an inverted motion process and an inverted motion process of an exercise device equipped with a Roman chair function according to an embodiment of the present invention;

10 and 11 are diagrams showing a Roman chair exercise method of an exercise device equipped with a reverse exercise and a Roman chair function according to an embodiment of the present invention.

frames

112 and 114, the first and second supporting

frames

second coupling frames

240 and 250 according to the movement method.

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

As shown, in the exercise device equipped with the inversion motion and Roman chair function of the present invention, the frame unit 100 configured to perform rotational operation and sliding movement according to the exercise method to be performed by the user and the user's body are in close contact with each other. It is configured to include a driving unit 200 that supports the movement so that the movement can be made by the inversion movement upside down movement method or the Roman chair movement method.

The frame unit 100 is seated on the ground, supports the operation of the drive unit 200, and is coupled to the support frame 110 and the support frame 110 that provide a predetermined supporting force for the user's body load, It is composed of the first and second rotation brackets (120.130) and the support frame 110 configured to be rotationally coupled with the 200, and the lower body support frame 240 of the driving unit 200 is selectively selected according to the movement method The first coupling frame 140 coupled to, the handle bar 150 coupled to the support frame 110 and configured to be grasped by the user for safe movement, and a predetermined position for the rotation operation of the driving unit 200 is completed It is configured to include an angular support frame 160 that provides a supporting force.

The support frame 110 is composed of first and

second support frames

112 and 114 respectively disposed in the front and rear parts of the exercise device, and both ends are on the inner surface of the first and

second support frames

112 and 114. A fixing frame 116 coupled to the central portion orthogonally to support the rotational operation of the driving unit 200, and a sliding movement coupled to the fixing frame 116 and an angular support frame 160 rotatably toward the upper surface It is composed of a first adjusting frame 118 to be coupled.

Here, the first support frame 112 is disposed in the rear portion of the exercise device, and coupled to the upper center of the first coupling frame 140 to form an integral body.

In addition, the second supporting frame 114 is disposed in the front part of the exercise device, and the handle bars 150 are coupled to both sides of the upper part.

At this time, the handle bar 150 is configured to be spaced apart at a predetermined interval along the longitudinal direction of the second supporting frame 114, and preferably is configured to be spaced apart so that a space capable of accommodating the user's upper body can be provided.

It is preferable that anti-slip pads are further configured on the lower surfaces of the first and second supporting

frames

112 and 114 to prevent the exercise device from slipping.

The fixed frame 116 is configured to be rotatably coupled to the second adjusting frame 230 of the drive unit 200 to be described later by a second rotation bracket 130, and the rotation operation of the second adjusting frame 230 is controlled. configured to support

The first adjusting frame 118 is configured to be able to slide along the longitudinal direction of the fixed frame 116, and the first rotation bracket 120 is coupled to the top thereof, and the rotation angle of the driving unit 200 is adjusted. It is configured to be able to set the range for the rotation operation, and is also configured to simultaneously perform the role of a stopper that prevents the drive unit 200 having been rotated arbitrarily.

The first adjusting frame 118 is coupled to a fixing means 102 on one side, and sliding movement is performed by an operation such as coupling and disengaging of the fixing means 102, or insertion and release. .

As shown in FIG. 4, in such a first adjusting frame 118, a fixing means 102 is coupled to one side of the first adjusting frame 118 to allow sliding movement, and the fixing means 102 ) A fixed guide portion 170 supporting the sliding movement is configured.

Here, the fixing guide part 170 supports the shaft member of the fixing means 102 so that it can be inserted into and detached from the fixing means fixing hole 116a formed in the fixing frame 116 while passing therethrough. A spring 180 is mounted.

At this time, the spring pressing flange 190 for pressing the spring 180 to the circumferential surface of the shaft member is further configured in the fixing means 102.

Accordingly, when the user pulls the fixing means 102, the spring pressing flange 190 presses the spring 180 and separates from the fixing means fixing hole 116a of the fixing frame 116, thereby causing the first The adjustment frame 118 slides along the axial direction of the fixed frame 116, and when the first adjustment frame 118 slides, the first adjustment frame 118 and the first and second rotation brackets As the rotational operation of the angular support frame 160 connected through (120, 130) and the driving unit 200 connected to the angular support frame 160 is performed, the exercise device of the present invention is shown in FIG. 3 or 5 It is configured to be transformed into the same state as

On the other hand, as shown in FIG. 5, the first adjusting frame 118 of the present invention further comprises a moving guide frame 310 and a moving guide 320 so that more smooth sliding movement can be made from the fixed frame 116. Maybe.

The moving guide frame 310 is formed in the inner space of the fixed frame 116, and is formed long along the longitudinal direction of the fixed frame 116, and the outer circumferential surface of the moving guide 320 is in close contact with the inner surface, When the first control frame 118 slides, the moving guide 320 is a component that supports rotational operation along the inner surface.

The moving guide 320 is coupled to the lower surface of the first adjusting frame 118, passes through the fixing frame 116 and is configured to rotatably come into close contact with the inner surface of the moving guide frame 310. It consists of a movement guide shaft 322 coupled to the frame 118 and a guide member 324 coupled to the upper end of the movement guide shaft 322 so as to perform a rotational operation.

The fixed frame 116 may further include a moving guide groove 312 through which the moving guide shaft 322 passes through a lower surface, preferably a long hole formed long along the longitudinal direction of the fixed frame 116. It can be configured to achieve the shape of.

In addition, the fixing frame 116 is further configured with a fixing support part 330 to keep the end of the fixing means 102 in close contact with one side thereof, and when the fixing means 102 is coupled, the first adjusting frame 118 and It may be configured so that a tighter coupling between the fixing frames 116 can be achieved.

On the other hand, the first rotation bracket 120 of the present invention is configured on the upper part of the first adjusting frame 118, and the lower end of the angular support frame 160 rotates according to whether the first adjusting frame 118 slides or not. configured to make this possible.

The first rotation bracket 120 passes through the first rotation bracket 120 and the angle support frame 160 to support rotation between the respective components, and the first rotation bracket 120 and the angle support bracket 160 is connected to the rotation support shaft 122, the first rotation bracket 120, and the angular support frame 160, respectively, and is configured so that the rotation support shaft 122 penetrates, and the angular support frame 160 A rotation guide 124 for guiding the rotation operation of may be further configured.

Here, the rotation guide 124 may be composed of a normal bearing member, but is not limited thereto.

The first rotation bracket 120 includes the first adjusting frame 118, the lower end of the angular support frame 160, the upper end of the angular support frame 160, and the second adjusting frame 230 of the driving unit 200, which will be described later. ), the lower surface of the cushion support frame 210 to be described later, and the front end of the control bar 232 formed in the second control frame 230 are connected, respectively, and the rotation between the connected components is supported is configured to

The second rotation bracket 130 is coupled to the fixing frame 116, and is preferably coupled to the rear side of the fixing frame 116 so that the lower end of the second adjusting frame 230 is rotatably coupled.

That is, the second rotation bracket 130 connects the fixing frame 116 and the second adjusting frame 230 and is configured to support the rotation of the second adjusting frame 230 .

The first coupling frame 140 is configured on the upper side of the second support frame 114, and is configured to extend in a vertical direction from the second support frame 114, and is selectively configured according to the exercise method that the user wants to perform. It is configured so that the lower body support frame 240 of the drive unit 200 can be coupled to.

Preferably, the lower body support frame 240 is configured to be coupled when the user wants to exercise in the Roman chair exercise method.

The first coupling frame 140 has a first coupling groove 142 to which the lower end of the lower body support frame 240 is coupled, and the lower body support frame 240 can be fixed by the fixing means 102. It consists of

The angular support frame 160 has upper and lower portions rotatably coupled to the first rotation bracket 120 and connected to the first and second adjusting frames 118 and 230, respectively, and the first adjusting frame 118 ) serves to support the rotation of the second control frame 230 as much as the sliding movement to the front side of the fixed frame 116.

That is, the angular support frame 160 rotates so that the second adjusting frame 230 is orthogonal to the fixed frame 116 as the first adjusting frame 118 approaches the rear side of the fixed frame 116. This support is possible, and as the first adjustment frame 118 approaches the front side of the fixed frame 116, the second adjustment frame 230 is supported so that the rotation operation is possible so that it is horizontally adjacent to the fixed frame 116. is to do

The driving unit 200 includes a cushion member 202 in close contact with the user's pelvis or upper body, a cushion support frame 210 to which the cushion member 202 is coupled, a cushion support frame 210 and a second adjustment frame ( 230) is connected to the cushion angle adjusting member 220, the fixing frame 116, and the first adjusting frame 118 to adjust the angle of the cushion support frame 210 while rotating by a predetermined angle. The adjustment frame 230, the lower body support frame 240 in close contact with the user's lower body to enable the inversion movement or Roman chair movement, and the cushion support frame 210 coupled to the rear part, to perform the inversion movement inversion movement It is configured to include a second coupling frame 250 to which the lower body support frame 240 is coupled so as to be.

The cushion support frame 210 has an upper fastening hole 212 to which the cushion member 202 is detachably coupled to the upper surface, and a fixing means so that the cushion angle adjusting member 220 can be rotatably coupled to the side. A side fastening hole 214 to which 102 is fastened is formed.

Here, the upper and side fastening holes 212 and 214 are configured to be spaced apart at predetermined intervals along the longitudinal direction of the cushion support frame 210, thereby adjusting the coupling position of the cushion member 202 and the cushion angle adjusting member 220 configured to make this possible.

The cushion angle adjusting member 220 is rotatably coupled to both sides of the cushion supporting frame 210 by means of fixing means 102, and coupled to the adjusting support frame 232 of the second adjusting frame 230 to provide a first 2 Guides the rotational operation of the cushion support frame 210 from the adjustment frame 230 and serves to limit the rotation range of the cushion support frame 210.

* The angle adjusting guide groove 222 is formed in the cushion angle adjusting member 220 so that the adjusting member 204 is coupled with the adjusting support frame 232 of the second adjusting frame 230 while passing through the cushion angle adjusting member 220 .

At this time, the adjustment member 204 may be a normal fixing bolt, and may be configured to control whether or not the cushion support frame 210 rotates according to the degree of coupling with the adjustment support frame 232 .

The second adjustment frame 230 is rotatably coupled with the second rotation bracket 130 at the lower end and the first rotation bracket 120 is mounted at the center to be connected to the angular support frame 160. This is a component that adjusts the height and angle of the cushion support frame 210 according to the exercise method that the user wants to perform.

The second adjustment frame 230 is drawn in and out, and the adjustment support frame 232 is configured to maintain the state drawn in or drawn out by the fixing means 102 .

The adjustment support frame 232 is rotatably coupled to the first rotation bracket 120 coupled to the cushion support frame 210 at its front end, so that the user performs an exercise while keeping his or her body in close contact with the cushion member 202 When doing so, it serves to support the cushion support frame 210 to be rotated by a predetermined angle with respect to the center of the axis of the first rotation bracket 120.

The adjusting support frame 232 is formed to penetrate through the side portion, the adjusting member 204 is fastened, and the shaft member of the adjusting member 204 moves by a certain distance along the longitudinal direction of the adjusting support frame 232. An adjustment long hole 234 for guiding to be possible is formed.

The lower body support frame 240 is either the first coupling groove 142 of the first coupling frame 140 or the second coupling groove 252 of the second coupling frame 250, depending on the type of exercise the user wants to perform. Coupled to one, the user's lower body is in close contact, and to provide support for the user's body weight during exercise, and lower body support cushions are configured on both sides.

The lower body support frame 240 is further configured with a coupling frame 242 detachably coupled to the first and

second coupling grooves

142 and 252.

At this time, the first and second coupling frames 140 and 250 are provided with a fixing means 102 fastened to the first and

second coupling grooves

142 and 252 at one side thereof, and the coupling of the fixing means 102 And it is configured to separate and fix the coupling frame 242 according to the loosening operation.

The second coupling frame 250 is coupled to the rear end of the cushion support frame 210, and is coupled to form a right angle from the cushion support frame 210 so that the lower body support frame 240 is selectively coupled. , The second coupling groove 252 to which the coupling frame 242 of the lower body support frame 240 is coupled to the upper surface is formed.

Preferably, the lower body support frame 240 is configured to be coupled when the user wants to perform an exercise in an inverted motion method by inversion motion.

In addition, the drive unit 200 of the present invention provides a predetermined elastic force to the cushion member 202, the position of which is variable when the user's upper body moves toward the handle bar 150 to perform an inverted motion, so that the cushion member ( 202) is supported so that the position can be stably fixed, and at the same time, when the user's upper body is restored to its original position by completing the inverted motion, the elastic force provided to the cushion member 202 returns to the original position even with a small force by the user. It is possible to further configure the elastic member 260 for supporting to return to.

The elastic member 260 has an upper end connected to the lower surface of the cushion support frame 210, in particular, a position adjacent to the second coupling frame 250, and a lower end connected to the lower part of the upper surface of the second adjustment frame 230 It consists of

When the elastic member 260 rotates toward the handle bar 150 in a state in which the user's upper body is in close contact with the cushion member 202 to perform an inverted motion, the cushion member 202 adjusts the support frame 232 ), and at this time, while the elastic member 260 is stretched, a predetermined elastic force is provided to the cushion member 202 and the cushion support frame 210 side.

In addition, the elastic member 260 is the state before the user performs the inverted motion, that is, when the user wants to return the user's upper body to the original position, the elastic member 260 is restored to the original position, and the cushion member 202 and the cushion support An extension operation is performed to pull the frame 210 to a position adjacent to the upper surface of the second control frame 230, and as a result, the user is configured to return to the original position with little force.

The above description is merely an example of the technical idea of the present invention, and various modifications and variations can be made to those skilled in the art without departing from the essential characteristics of the present invention. Therefore, the embodiments disclosed in the present invention are not intended to limit the technical idea of the present invention, but to explain, and the scope of the technical idea of the present invention is not limited by these embodiments. The protection scope of the present invention should be construed according to the claims below, and all technical ideas within the equivalent range should be construed as being included in the scope of the present invention.

100: frame part

102: fixing means 110: supporting frame

112: first support frame 114: second support frame

116: fixed frame 118: first adjustment frame

120: first rotation bracket 122: rotation support shaft

124: rotation guide 126: rotation support member

130: second rotation bracket 140: first coupling frame

142: first coupling groove 150: handle bar

160: angular support frame

200: driving unit

202: cushion member 204: adjusting member

210: cushion support frame 212: upper fastening hole

214: side fastening hole 220: cushion angle adjusting member

222: angle adjustment guide groove 230: second adjustment frame

232: adjustable support frame 234: adjustable hole

240: lower body support frame 242: combined frame

250: second coupling frame 252: second coupling groove

260: elastic member 310: moving guide frame

312: movement guide groove 320: movement guide

322: movement guide shaft 324: guide member

330: fixed support 332: fixed support groove

Claims

The first and second support frames 112 and 114, the fixed frame 116 coupled to the first and second support frames 112 and 114 at right angles, and the fixed frame 116 are capable of sliding movement. A support frame 110 including a coupled first adjusting frame 118;

A first coupling frame 140 formed on the second support frame 114 and to which the lower body support frame 240 is selectively coupled according to the movement method;

an angular support frame 160 connected to the first adjusting frame 118 and providing a predetermined supporting force to a position where the rotation of the second adjusting frame 230 is completed;

a cushion support frame 210 to which the cushion member 202 is mounted, and the second coupling frame 250 coupled to the front end of the rear side so as to form a right angle;

a cushion angle adjusting member 220 connecting the cushion supporting frame 210 and the second adjusting frame 230 and limiting a rotation range of the cushion supporting frame 210;

a second adjusting frame 230 connected to the fixing frame 116 and the first adjusting frame 118 and adjusting the height and angle of the cushion support frame 210 while being rotated by a predetermined angle;

a lower body support frame 240 coupled to any one of the first and second coupling frames 240 and 250 according to the movement method;

An exercise device equipped with a reverse movement and a Roman chair function, characterized in that it comprises a.
According to claim 1,

In the support frame 110,

A movement guide frame 310 formed in the inner space of the fixed frame 116 and formed elongated along the longitudinal direction of the fixed frame 116;

A movement guide 320 coupled to the lower surface of the first adjusting frame 118 and rotatably adhered to the inner surface of the movement guide frame 310 through the fixing frame 116

An exercise device equipped with an inversion exercise and Roman chair function, characterized in that further configured.
According to claim 1,

The angular support frame 160,

As the first adjusting frame 118 approaches the rear side of the fixing frame 116, the second adjusting frame 230 rotates and supports the fixing frame 116 so as to be orthogonally adjacent to the fixing frame 116. , As the first adjusting frame 118 approaches the front side of the fixed frame 116, the second adjusting frame 230 rotates to be adjacent to the fixed frame 116 horizontally. An exercise device equipped with an inversion exercise and a Roman chair function, characterized in that.
According to claim 1,

In the second adjusting frame 230

An adjustment support frame 232 to which the cushion support frame 210 is rotatably coupled to the front end and to which the cushion angle adjusting member 220 is connected to both sides;

The lower end is connected to one upper surface of the second adjusting frame 230 and the upper end is connected to the lower surface of the cushion support frame 210, so that the cushion member 202 is rotated when the cushion support frame 210 is rotated. Elastic member 260 providing a predetermined elastic force

An exercise device equipped with an inversion exercise and Roman chair function, characterized in that further configured.
According to claim 1,

The first adjusting frame 118 is

A fixing guide part 170 through which the fixing means 102 passes and supporting the sliding movement of the fixing means 102;

A spring 180 mounted inside the fixed guide part 170;

A spring pressure flange 190 formed on the circumferential surface of the fixing means 102 and pressurizing the spring 180 depending on whether it is operated or not.

An exercise device equipped with an inversion exercise and Roman chair function, characterized in that further configured.