KR20150123544A - Prefabricated body exercise device - Google Patents

Abstract

The present invention relates to an exercise device and, more specifically, to a whole body exercise device enabling a user to exercise by moving his/her whole body while lying on his/her belly. Disclosed is an assembly whole body exercise device formed in an assembly type to be conveniently accommodated and transferred, easily assembly and used by a user, having ensured stability, and capable of being installed on a wall surface. The whole body exercise device of the present invention comprises: a pair of rails specially produced; an upper end support for fixing the rails, and capable of being attached to and detached from the rails; a lower end support formed to be attached to and detached from the rails, and having one or more support pines supporting the ground; and a pair of support legs formed on a lower end of the upper end support to have an adjustable length, and formed to be attached to and detached from the upper end support. A pair of handles and a pair of supports capable of respectively supporting hands and feet of a user are formed to be attached and detached on the rails. One of the handles is connected to the support of the rail in the opposite side through an attachable and detachable crossing rod. The handles are connected with handles in the opposite side through a wire, so a safety accident is prevented in advance and durability is ensured. Installation and disassembling are easy, so accommodation and carrying are convenient.

Description

{Prefabricated body exercise device}

The present invention relates to an exercise device, and more particularly, to a whole body exercise device capable of moving by moving a whole body in a prone position, and is manufactured in a prefabricated manner, and is easily stored and transported. And can be installed on a wall surface.

Many modern people living in cities are suffering from chronic lack of exercise because they are more likely to have mental activity than physical activity and often have no free space for physical activity, Lowering and obesity, which are harmful to health.

However, as mentioned above, since modern people living in the city do not have enough free space for physical activity, modern people who want to do physical activities such as exercise are improving their physical fitness and strength through indoor fitness equipment.

The above-mentioned indoor exercising apparatuses are exercise apparatuses for improving the muscular strength of a specific region except for a running machine, a cycling apparatus, etc., and such exercise apparatuses are aimed at intensively developing the muscles of a specific region by isolating them. Therefore, the user who wants to train the muscles of the whole body achieves the purpose by alternately using various exercises to train the arms, legs, chest, and back.

However, since each part of a person's body is organically connected to each other, a fitness part developed only for a certain part of the body affects the nearby body, and thus a fitness device developed with a purpose and structure for simply training a part of the body Since the organic structure of the body is not taken into consideration, it is inevitably limited in terms of efficiency.

The above-mentioned specific region stimulation exercise apparatus can give excessive stimulation to a target specific region, which may cause an unnecessary load on the muscles or joints, which may cause a health hazard.

Therefore, in addition to the above-described specific exercises for partial training, there is a demand for a exercise apparatus having a structure capable of training the whole body of the body.

As a whole body exercise machine, there has been disclosed various forms of a crawling type whole body exercise machine. [0004] Japanese Patent Application Laid-Open No. 10-0722294, No. 10-0723297, No. 10-0717815, No. 10-0868982, -0868983 discloses various types of automatic or manual crawling type whole body exercises.

However, since all of the above-mentioned registered patents are manufactured in one piece, there is a disadvantage that it is very difficult to transfer and store, and the structure also does not guarantee stability. Therefore, the present invention is an improved version which overcomes the disadvantages of the above-mentioned registered patent, and thus it is possible to secure sufficiently differentiation from the above-mentioned registered patent.

Also, as a structure related to the above-mentioned patent, a roller separation prevention structure of a whole body exercise device is disclosed in Patent Document 10-0804314. The release prevention structure disclosed in the registered patent also has a problem of stability, ease of manufacture, It is questionable whether it is unstable.

In addition, the applicant of the present invention has disclosed a crawling type whole body exercising apparatus and disclosed a crawling type whole body exercising apparatus by disclosing the above-mentioned crawling type whole body exercising apparatus.

DISCLOSURE OF THE INVENTION The present invention has been made to solve the problems and inconveniences arising in the prior art and the registered patent and patent disclosed by the applicant of the present invention, And it is an object of the present invention to provide a prefabricated whole body exercising apparatus which can dramatically increase the stability and prevent an accident risk.

In order to accomplish the object of the present invention as described above,

A pair of rails as a whole body exercise device; An upper pedestal for fixing the rail and detachably attached to the pair of rails; A lower pedestal provided detachably with the pair of rails and provided with at least one support pin for supporting the ground; And a pair of pedestal legs provided at the lower end of the upper pedestal and adjustable in length and detachably attached to the upper pedestal, wherein the pair of rails are each provided with a pair Wherein one of the pair of knobs is connected to a support of the opposite rail through a detachable cross bar and the pair of knobs is connected to the opposite knob through a wire, Provides exercise equipment.

In the above, the connection between the pair of rails and the upper and lower pedestals is made so that the rail and the pedestal are connected to each other through the four connecting frames formed in the shape of a rectangular frame having one side open.

In this case, the pair of rails and the upper and lower pedestals are connected to each other via the connecting frame, the connecting frame is detachably connected to the side surfaces of the respective pedestals, and the connecting frame connected to the pedestal is detachably attachable to one end of the rail .

In the above, it is preferable that at least one screw is used for connecting the pair of rails and the upper and lower pedestals through the connecting frame.

In the above, one or more grooves are formed on the upper surface and the lower surface of the pair of rails, respectively.

In this case, the handle and the support may include a support portion to which the user's hand or foot is directly supported, a wheel engagement portion fixedly installed at the lower end of the support portion, at least one upper engagement wheel fixedly installed at the wheel engagement portion, A lower coupling wheel on which at least one protrusion is formed, a cross coupling portion provided outside the one side of the wheel coupling portion and connected to the crossroads, wherein the at least one upper coupling wheel is formed on the upper surface of the rail And one or more protrusions of the lower coupling wheels may be respectively engaged with the grooves formed on the lower surface of the rail.

In the above, a wire conveying section provided with rollers is attached to the front portion of the two connection frames provided on the upper pedestal.

In this case, each of the hooks is provided with a pair of hooks on the front portion of the handle, and a wire groove and at least one fastening hole are formed in the wire so that both ends of the wire are hooked to the hook, And two fastening pins each of which can be inserted into the hole, so that both ends of the wire are formed in a detachable ring shape so that the handle and the wire can be fixedly fastened to the hook provided on the front face of the handle And one side of the wire is connected to one side of the handle in the above-described manner, and then is bent in a 'C' shape through a roller of a wire transfer unit attached to a front side of a pair of connection frames installed on an upper- It is preferable that one handle and the other side of the wire are connected in the above-described manner.

The pair of legs may include a support, a column, a length adjuster capable of adjusting the length, and a connection rotation unit rotatably installed on the length adjuster. The connection and rotation unit may be detachably attached to both sides of the upper support, .

In the above, it is preferable that the connecting and rotating parts of the pair of legs are fastened so as to be attachable and detachable using screws with the upper end support.

In this case, the support base includes a support pin mount which is connected to the column, and at least one support pin which is installed to be adjustable in length on the support pin mount and directly supports the ground.

Preferably, the support pin holder is formed in a cross shape, and the support pin holder is provided with four support pins so that the length of the support pin holder can be adjusted one by one at each protruding portion of the support pin holder.

According to the present invention, since it is possible to completely separate each part of the mechanism, it is very easy to store or transport, and it is easy to assemble the separated parts so that the user can easily install them. The support structure is very robust so that the user can safely use the exercise device.

In addition, since the above-described exercise apparatus is very easy to install and assemble, it can be installed on the wall surface, which can help a variety of physical health of the user.

1 is an exploded perspective view of a whole body exercise machine of the present invention.
2 is an assembled perspective view of the whole body exercise device of the present invention.
Figure 3 is an example of use of the whole body exercise machine of the present invention.
4 is a partial cross-sectional structural view of a part A of the whole body exercise machine of the present invention.
FIG. 5 is a B partial structure view of a whole body exercise machine of the present invention. FIG.
FIG. 6 is a cross-

BRIEF DESCRIPTION OF THE DRAWINGS The present invention will be described in more detail with reference to the accompanying drawings. The following description is intended to assist in the understanding and understanding of the present invention, but is not to be construed as limiting the invention thereto. Those skilled in the art will appreciate that various modifications and changes may be made within the spirit of the invention as set forth in the following claims.

FIG. 1 is an exploded perspective view of a whole body exercise device 1000 of the present invention, and FIG. 2 is an assembled perspective view of the whole body exercise device 1000. Hereinafter, the structure and the coupling relationship of the whole body exercise device 1000 of the present invention will be schematically described with reference to FIGS. 1 and 2, and the detailed coupling relationships (A, B, C, D parts) Explain it.

1 and 2, the whole body exercising apparatus 1000 of the present invention includes a parallel lower one-rail 100, a second rail 200, an upper pedestal 300, and a lower pedestal 400, A left foot support 110 and a left hand support 120 are installed on the first rail 100 and a right support 210 and a right hand support 220 are installed on the second rail 200, The support leg 110 and the right hand grip 220 are fixedly connected to both ends of the first intersecting rod 510 and the right leg support 210 and the left hand strap 120 are connected to both ends of the second intersecting rod 520 And is fixedly connected.

One end of the first rail 100 and the second rail 200 are fixedly connected to the upper pedestal 300 and the other end is fixedly connected to the lower pedestal 400. Both ends of the upper pedestal 300 are supported by the first pedestal bridge 600 and the second pedestal bridge 700 which are adjustable in height as shown in FIGS.

The left hand 120 and the right hand 220 are connected to each other by a wire 800 providing a predetermined tension so as to prevent a safety accident.

3, the user uses the left hand 120 to hold the left hand 120 and the left hand 120 is held by the right hand (see FIG. 3) The first rail 100 and the second rail 200 are held by a left or right hand, a left foot, or a right foot in a state that the left foot is supported by a left foot and the right foot is supported by a right foot support 210. [ The left foot support 110 and the left hand support 120, the right foot support 210 and the right hand support 220 located on the first and second rails 100 and 200 reciprocate in parallel directions on the first and second rails 100 and 200 . The right hand grip 220 is connected to the left foot supporter 110 through the first intersection rods 510 and the left hand supporter 120 is connected to the right foot supporter 210 through the second cross rods 520 So that the user can move both arms, legs and body together on the whole body exercising apparatus 1000 as if riding on a sloping rock wall, thereby achieving a whole body exercise effect.

It is possible to prevent an accident caused by sudden slippage of the foot supports 110 and 210 and the grips 120 and 220 on the rails while preventing the accidental movement of the cross bars 510 and 520, The left and right hands 110 and 220 and the left and right legs 120 and 210 are fixedly connected to each other so that only one of them can be moved. So that the user can safely use the exercising apparatus 1000 because any one of the sudden slippage can be prevented on the opposite side.

A more specific coupling relationship of the whole body exercising apparatus 1000 will be described below with reference to FIG. 1 and FIG. 4 to FIG.

1 and FIG. 1 show the coupling relationship and the structure (FIG. 1A) of the foot supports 110 and 210 and the handles 120 and 220 provided on the first and second rails 100 and 200, respectively, 4.

4 is a cross-sectional view of the left foot 110 of the foot supports 110 and 210 installed on the first rail 100. FIG. In the case of the handles 120 and 220, the connection relation and structure with the rails 100 and 200 are the same as those of the foot supports 110 and 210 as shown in FIG.

4, the left foot support 110 includes a support portion 111 on which a user directly follows the foot, a wheel coupling portion 112 fixedly connected to the lower end of the support portion 112 and provided with wheels 114 and 115, And a lower wheel shaft 116 mounted on the lower side of the wheel coupling part 112 so as to be rotatable about the lower wheel shaft 116. The lower wheel shaft 112 is fixed to the wheel coupling part 112 by welding, A lower coupling wheel 115 having one or more protrusions 115a formed thereon and a second coupling shaft 115 coupled to the first coupling shaft 110 and the second coupling shaft 112 so as to be engaged with the first coupling shaft 510 shown in FIG. The portion 113 is welded.

The bottom wheel shaft 116 connecting the lower coupling wheel 115 and the wheel coupling portion 112 is formed with a thread groove at both ends thereof. The lower wheel shaft 116 can be inserted into the hole formed at the lower side of the wheel coupling portion 112 so that the hole formed at the lower side of the wheel coupling portion 112 and the center portion of the lower coupling wheel 115 And the lower wheel shaft 116 is inserted into the hole of the lower coupling wheel 115 and the side lower hole of the wheel coupling portion 112 so that a thread groove is formed So that the lower coupling wheel 115 can be installed by tightening the both ends of the lower coupling wheel 115 with a pair of wheel fixing nuts 115b.

The first rails 100 are formed in the upper end of the first rail 100 with the same number of upper grooves 101 as the at least one upper coupling wheel 114 and are formed on the lower coupling wheel 115 A lower end groove 102 of the same number as that of the at least one projection 115a is formed at the lower end of the first rail 100 so that the lower coupling wheel 115 and the at least one projection 115a, The left foot support 110 can move freely on the first rail 100 and can be completely fixedly installed without detaching it.

In addition, the cross-coupled portion 113 provided on the outer side of the wheel coupling portion 112 is connected to the first cross bar 510. To this end, the cross- The coupling length adjusting groove 113a is formed and an adjusting groove 511a having an identical length to the coupling length adjusting groove 113a is formed on one end surface of the first intersecting rod 510 The length adjusting portion 511 is fixed by welding or the like as shown in FIGS. 1 and 4 so that the fixing screws 512 are inserted into the two length adjusting grooves 113a and 511a, So that the left leg support 110 and the first cross bar 510 can be connected by screwing into the gap formed by the grooves 113a and 511a.

At this time, it is preferable that the two length adjusting grooves 113a and 511a are formed to have a sufficient length in the transverse direction, and the user can adjust the length adjusting portion 511 of the first cross bar 510 to fit the body length of the user It is possible to adjust the length while moving it on the cross fitting part 113 and then fasten the fixing screw 512a.

The method of installing or dismounting the left foot support 110 constructed as described above on the first rail 100 includes the steps of supporting the support portion 111 and the wheel coupling portion 112 of the left foot support 110, Since the wheel 114 and the cross-linking part 113 are fixed and provided to each other by welding or the like, the user places the above-described components on the first rail 100, (115), and disassembly can be easily accomplished also by separating the lower coupling wheel (115).

The remaining left hand 120 and right hand support 210 and right hand 220 of the whole body exercising apparatus 1000 of the present invention are constructed in the same manner as described above and only the support portion 111 and the wheel coupling portion 112 may be different from each other, but the coupling relation with the rails 100, 200 and the attaching / detaching methods are all the same, so that they are omitted.

Although the upper coupling wheel 114 and the lower coupling wheel 115 are used as the connecting structure of the knobs and the wheels 110, 120, 210 and 220, wheels may be provided on the side surfaces of the rails 100 and 200 4, one or more side grooves 103 are formed on both sides of the rails 100 and 200, and the wheels of the side grooves 103 are detachably attached to the wheel coupling portions 112, As shown in FIG.

 FIG. 5 shows the coupling relationship (B in FIG. 1) between the left hand 120 and the wire 800 among the whole body exercising apparatus 1000 of the present invention. Hereinafter, the coupling relationship between the grips 120 and 220 and the wire 800 will be described with reference to FIGS. 1 and 5. In the case of the right grip 220, the coupling method with the left hand 120 is the same. do.

5, the ring 127 is fastened to the front surface of the wheel engaging portion 122, which is fastened by welding or the like, to the lower end of the grip portion 121 of the left-hand side 120 using welding or the like (Not shown) are fastened to the right knob 220 at the same position.

The wire 800 is hooked to the loop 127 so that the wire 800 can be connected to the opposite right knob 220 while providing a predetermined tension to the loop 127, The clamping pin 810 is used to tighten the remaining wire of the wire 800 so that the wire 800 can be stably connected to the wire 800 so that the wire 800 can maintain a ring shape. A wire hole 811 is formed through the front and rear surfaces of the tightening pin 800 to allow the wire 800 to pass therethrough. And one or more fastening holes 812 are formed on the upper surface or the lower surface of the fastening pins 810 on either side of the fastening pins 810, 5, One or more fastening screws 813 are inserted into the fastening holes 812 and the internal wire 800 is pressed inside the wire holes 811 so as not to move, So that the left hand 120 and the wire 800 can be easily connected to each other.

When the wire 800 is to be separated from the left hand 120, the wire 800 can be easily released by simply loosening and loosening the at least one tightening screw 813.

6 is an enlarged exploded perspective view (FIG. 1C) of the first rail 100 and the lower pedestal 400 of the assembled type whole body exercise machine 1000 of the present invention. Hereinafter, the coupling relationship between the first rail 100 and the lower pedestal 400 will be described with reference to FIGS. 1 and 6. FIG. The coupling relationship between the second rail 200 and the lower pedestal 400 is the same as the coupling relationship between the first rail 100 and the lower pedestal 400, and thus will not be described here.

1 and 6, in order to detachably connect the first rail 100 and the lower pedestal 400, one side is provided between the first rail 100 and the lower pedestal 400 A lower connecting frame 410 in the form of an open rectangular frame is located.

One or more rail fastening bolt grooves 411 are formed on one side or both sides of the lower link frame 410 and at least one frame bolt fastening groove 412 is formed as a lower end. 6, the lower end of the lower connection frame 410 is in contact with one side of the lower support 400, and the lower end of the lower connection frame 410 is connected to the lower end of the lower connection frame 410, The same number of support locking grooves 402 as the frame bolt locking grooves 412 are formed on the surface of the pedestal 400.

Here, the grooves 402, 411, and 412 are formed such that screw grooves are formed internally so that the screws can be inserted.

The connection of the first rail 100 to the lower connection frame 410 having the above-described structure is achieved by first inserting one side of the first rail 100 into the open side of the lower connection frame 410, The lower link frame 410 and the first rail 100 are screwed with rail bolt screws 413 through the rail bolt fastening groove 411 so as to be inserted into the first rail 100, So as to fix it. At this time, since the rail bolt screw 413 can be inserted into the first rail 100, a hollow is formed on one surface of the first rail 100 in contact with the rail bolt fastening groove 411 .

The connection between the lower connection frame 410 and the lower support 400 is such that at least one frame bolt screw 414 passes through the frame bolt connection groove 412 and the support bolt connection groove 402, So that the lower end connecting frame 410 and the lower end supporting part 400 can be fixedly fastened to each other while the threaded head part of the frame bolt screw 414 is connected to the lower end connecting frame 410 Since the first rail 100 is installed on the bottom surface of the lower connection frame 410 so that the first rail 100 is fixed to the frame bolt screw 414 are hooked on the head of the screw so as not to inconvenience the installation.

The support pin 401, which is installed on the lower end surface of the lower pedestal 400 and directly supports the floor, is fixedly fastened to the lower end surface of the lower pedestal 400 using conventional means such as bolting, 1, the same number of support pins 401 are fastened to the other side of the lower pedestal 400 in the same manner in a portion where the second rail 200 is installed as shown in FIG.

In order to assemble the first rail 100 and the lower pedestal 400 constructed as described above, the lower pedestal 400 and the lower end connection frame 410 are fixedly coupled to each other by the above-described method, The first rail 100 and the second rail 410. The disassembly can be easily performed in the reverse order of the assembly described above.

7 is an exploded perspective view (FIG. 1D) of an enlarged view of the first rail 100, the upper pedestal 300, and the first pedestal leg 600 among the whole body exercise machines 1000 of the present invention. Hereinafter, the coupling relationship between the first rail 100 and the upper pedestal 300 and the first pedestal leg 600 will be described with reference to FIGS. 1 and 7. FIG. The coupling between the second rail 200 and the upper pedestal 300 and the second pedestal leg 700 is the same as the coupling between the first rail 100 and the upper pedestal 300 and the first pedestal leg 600 And therefore will not be described here.

The connection between the first rail 100 and the upper pedestal 300 is similar to the connection between the first rail 100 and the lower pedestal 400 using the lower connection frame 410, The connection frame 310, and the connection is also performed in the same manner.

A roller 321 for connecting the wire 800 connecting the grips 120 and 220 by 90 degrees is connected to the front surface of the upper connection frame 310 and a body 322 ) Are fixedly fastened to each other. 1 and 7, the wire transfer unit 320 may be formed by folding the direction of the wire 800 so that the grips 120 and 220 are easily connected to each other through the wire 800 in a 'C' shape And the other side of the first roller 100 is blocked by using the body 322 to prevent the grips 120 and 220 from moving over the rails 100 and 200.

One or more frame bolt screws 314 which are inserted through the upper connection frame 310 and the upper support 300 are connected to the first pedestal leg 600 while being inserted into the first pedestal bridge 600, The first and second pedestal bridges 314 are fixedly connected to the upper connection frame 310, the upper pedestal 300, and the first pedestal bridge 600.

Here, the connection between the first pedestal leg 600 and the frame 300 will be described in more detail. First, the pedestal leg 600 includes a support 640 directly contacting the ground, a cylindrical A length adjusting part 620 installed to be inserted into the column and adjusting the length of the column 630 and an upper connecting frame 310 installed to be rotatable on the length adjusting part 620, And a connection rotary part 610 fastened to the upper pedestal 300 through one or more frame bolt screws 314.

The connection frame 310 and the upper pedestal 300 are connected to each other by one or more frame bolt screws (not shown) The screw part of the at least one frame bolt screw 314 passes through the connection frame 310 and the upper frame 300 while the first pedestal bridge 600 The connection frame 310 and the upper frame 300 and the first pedestal leg 600 are connected to each other.

The connection rotation part 610 includes a plate-like connection part 612 formed to have the same width so as to be in close contact with the upper pedestal 300 and a connection part 612 formed at a lower end of the connection part 612 so as to be perpendicular to the connection part 612 And at least one rotating part 611 to be rotated.

The connection part 612 is in close contact with the upper end 300 and is fixed to the upper end of the upper support 300 so that the at least one frame bolt screw 314 can be inserted into the connection part 612. [ One or more connecting grooves 613 are formed on the surface of the connecting portion 612 which abuts on the connecting portion 302. The frame bolt screw 314 is inserted into the frame bolt fastening groove 312 of the upper connection frame 310 and the support fastening groove 302 and the connection groove 613 so as to be inserted into the upper connection frame 310, The upper pedestal 300, and the first pedestal leg 600 are connected to each other.

The rotation unit 611 vertically formed or welded to the lower end of the connection unit 612 is connected to the length adjustment unit 620 of the first support leg 600 using a pedestal screw 614, A rotation hole 610a is formed in the rotation part 611 and a joining part 621 of the joining part 621 of the length adjustment part 620 is in contact with the rotation part 611 and the rotation hole 610a, And the fixing screw 614 is inserted into the joint hole 621a and the rotation hole 610a and then tightened with a nut to thereby adjust the connection rotation portion 610 and the length of the connection hole 621a A portion 620 is connected.

At this time, the rotation part 611 of the connection rotation part 610 can be formed more than one as described above. However, when considering stability and economical efficiency, the rotation part 611 is formed as a pair as shown in FIG. 1 and FIG. And the connecting portion 621 is sandwiched between the pair of rotating portions 611 and connected by using the pedestal screws 614 as described above.

Alternatively, the rotating part 611 may be formed as one unit, and the joining part 621 may be formed as a bent part. The rotation part may be sandwiched between the gaps of the joining part 621, .

 The length adjuster 620 includes the joining portion 621, a length adjusting column 622 provided at the lower end of the joining portion, and an adjusting switch 623a for fixing the adjusted length of the length adjusting column 622 And a column 630 and a support 640 are positioned at a lower end of the length adjuster 620. [ The length adjusting pillar 622 is inserted into the cylindrical pillar 630 and can be moved up and down. After the length adjusting pillar 622 is adjusted to an appropriate length, the length adjusting pillar 622 is adjusted And the length adjusting column 622 is fixed and supported using the switch 623a. This can be accomplished by using a hydraulic cylinder method or a conventional method in which a plurality of grooves are formed in the length adjusting column 622 and then fixed using an adjusting switch 623a. do.

In addition, the support pedestal 640 for supporting the ground surface of the first pedestal bridge 600 includes a plurality of support pins 642 that directly support the ground surface and are manufactured by means of bolts or the like and can be adjusted in length, And a support pin rest 641 for supporting the pin 642 so that the length of each of the plurality of support pins 642 is adjusted to the ground surface even if the support surface is irregular as shown in FIG. So that the pedestal leg 600 can be stably supported on the ground.

The support pin holder 641 is formed in a cross shape as shown in FIG. 7, and each of the protruding portions 641 of the support pin holder 641 in the shape of a cross is formed by using four support pins 642, It is preferable that the first pedestal leg 600 can stably support the ground to be supported.

Assembly of the first rail 100, the upper connection frame 310, the upper pedestal 300, and the first pedestal leg 600 is performed by assembling the first pedestal bridge 600 and the upper pedestal 300, The upper connecting frame 310 is assembled and the connecting rotation portion 610 and the length adjusting pillar 622 are adjusted to adjust the height and angle at a convenient for the user to use, And is installed on the frame 310. Dismantling can also be accomplished easily in the reverse order.

The assembled whole body exercising apparatus 1000 of the present invention having the above structure can be installed on a wall surface because the whole body exercising apparatus 1000 is fastened using a bolt, And at this time, the pedestal legs 600 and 700 and the like can be excluded from the construction.

100: First rail. 101: Top groove. 102: bottom groove. 103: Side groove.
110: Left foot support. 111: Support. 112: Wheel coupling part. 113: cross-coupled portion.
114: top coupling wheel. 115: bottom coupling wheel. 116: Lower wheel axle.
120: left handed. 200: Second rail. 210: Right foot support. 220: Right handed.
300: Top stand. 302, 402: Supporting fastening groove. 310, 410: connection frame.
312, 412: Frame bolt fastening groove. 314, 414: Frame bolt screw.
320: Wire transfer. 321: Rollers. 322: Body. 400: Lower pedestal.
401: Support pin. 411: Rail bolt fastening groove. 413: Rail Bolt Screw.
510: 1st cross bar. 511: Length adjusting section. 512: Fixing screw. 520: 2nd cross bar.
600: 1st pedestal bridge. 610: connection rotation part. 611: Rotating part. 612: Connections.
613: Connection home. 614: Pedestal screw. 620: Length adjuster. 621: Joints.
622: Length adjustable column. 623: Length adjustment lock. 630: Columns. 640: Support.
641: Support pin holder. 642: Support pin.

Claims (12)

A pair of rails as a whole body exercise device; An upper pedestal for fixing the rail and detachably attached to the pair of rails; A lower pedestal provided detachably with the pair of rails and provided with at least one support pin for supporting the ground; And a pair of pedestal legs provided at the lower end of the upper pedestal and adjustable in length and detachably attached to the upper pedestal, wherein the pair of rails are each provided with a pair One of the pair of knobs is connected to a support of the opposite rail through a detachable cross bar and the pair of knobs is connected to the opposite knob through a wire A whole body exercise machine. [3] The apparatus as claimed in claim 1, wherein the connection between the pair of rails and the upper and lower pedestals is such that the rails and the pedestal are connected to each other via four connection frames, . [3] The apparatus as claimed in claim 2, wherein a connection between the pair of rails and the upper and lower pedestals through the connection frame is formed by connecting and detachably connecting the connection frame to the sides of the respective pedestals, Wherein the body is fixedly connected to one end so as to be removable. The prefabricated whole body exercise device according to claim 3, wherein the connection uses one or more screws. The prefabricated whole body exercising apparatus according to claim 1, wherein one or more grooves are formed on the upper surface and the lower surface of the pair of rails. [7] The apparatus as claimed in claim 1 or 5, wherein the handle and the support stand comprise: a support portion to which a user's hand or foot is directly supported; a wheel engagement portion fixedly installed at the lower end of the support portion; A lower coupling wheel attached to the wheel coupling portion so as to be detachable from the upper coupling wheel and having at least one protrusion formed thereon and a cross coupling portion provided outside the one side of the wheel coupling portion and connected to the crossbar, Characterized in that one or more upper coupling wheels are respectively located in the grooves formed on the upper surface of the rail and one or more projections of the lower coupling wheels are respectively engaged with the grooves formed on the lower surface of the rail, . [2] The apparatus as set forth in claim 1, wherein a wire conveying portion having rollers is attached to the front portion of the two connecting frames installed on the upper pedestal. The wire according to any one of claims 1 to 7, wherein each of the pair of knobs is provided with a ring on a front portion of the handle, and a wire groove and a wire groove are formed in the wire so that both ends of the wire are respectively hooked to the ring. Wherein at least one fastening hole is formed, and two fastening pins, each of which is composed of a fastening screw that can be respectively inserted into the at least one fastening hole, are further formed so that both ends of the wire are formed in a detachable ring shape, And the wire is connected to a pair of connecting frame front portions provided on the upper end pedestal so that one side of the wire is connected to one side of the wire in the above- And the other side of the wire is connected to the other side of the wire in the above-described manner Prefabricated body exercise device according to claim. [2] The apparatus according to claim 1, wherein the pair of legs comprise a support, a column, a length adjustable length adjuster, and a connection rotation part rotatably installed on the length adjuster, Wherein the body member is detachably attached to the body. The prefabricated whole body exercising apparatus according to any one of claims 1 to 9, wherein the coupling rotation part of the pair of legs is fastened to the upper pedestal so as to be detachable using screws. [12] The apparatus as claimed in claim 9, wherein the support base comprises a support pin cradle connected to the pillar, and at least one support pin directly supporting the ground while being adjustable in length on the support pin cradle . [12] The apparatus of claim 11, wherein the support pin holder is formed in a cross shape, and the support pin holder is provided with four support pins so that the protruding portions of the support pin holder are adjustable in length.

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