KR100728864B1 - Exercise machine for disintegration of physical fat and reinforcement of physical strength - Google Patents

Abstract

An exercise machine for decomposing body fat and reinforcing physical strength of the whole body is provided to stably shake a foot board by damping shaking of a shaking drum by elastically supporting the shaking drum in a direction different from an axial direction of the shaking drum, with a spring pipe of a shaking restraining unit. The exercise machine for decomposing body fat and reinforcing physical strength of the whole body is composed of a base plate(110) equipped with a driving body(112) and a fixing shaft(114); a rotary drum(120) fitted to the fixing shaft of the base plate and rotated by the driving body; a rolling disc(130) turned together with the rotary drum to provide undulation due to thickness difference and provided with a center shaft(132); a shaking drum(140) fitted to the center shaft of the rolling disc and shaken by undulations of the rolling disc; a foot board(150) shaken by the shaking drum to provide a shaking motion necessary for decomposing body fat and reinforcing physical strength of a user; and a shaking restraining unit(160) restraining the shaking width of the foot board. The shaking restraining unit comprises a mounting angle(163) separated from the shaking drum and fixed to the base plate and a spring pipe(165), both ends of which are connected to the mounting angle and the shaking drum, respectively to form an axis in a direction different from the axial direction of the shaking drum, and restraining the shaking width of the foot board by damping shaking of the shaking drum.

Description

Body Fat Breakdown Whole Body Strengthening Exercise Equipment {EXERCISE MACHINE FOR DISINTEGRATION OF PHYSICAL FAT AND REINFORCEMENT OF PHYSICAL STRENGTH}

1 is a perspective view showing a body fat decomposition whole body muscle strengthening exercise apparatus according to the prior art,

Figure 2 is a perspective view showing the swinging assembly of the exercise device shown in Figure 1,

3 is a side view showing the driving of the swinging assembly shown in FIG. 2;

Figure 4 is a perspective view showing a body fat decomposition whole body muscle strengthening exercise apparatus according to an embodiment of the present invention,

5 is an exploded perspective view showing the swinging assembly of the exercise device shown in FIG.

6 is a perspective view of the swinging assembly shown in FIG.

7 is a side view showing the driving of the swinging assembly shown in FIG. 5;

8 is a side view showing another embodiment of the swinging assembly shown in FIG.

<Description of Symbols for Main Parts of Drawings>

110: base plate 112: drive body

114: fixed shaft 120: rotating drum

130: rolling disc 132: central axis

140: rocking drum 150: scaffold

160: swing limit unit 161: first fitting protrusion

163: mounting angle 165: spring tube

165a, 165b: end shaft 167: angle bracket

169: second fitting protrusion 171: fastener

173: elastic tube B: coupling shaft

B ': Fixed shaft F: Flange

W: Washer

The present invention relates to an exercise device that artificially executes exercise, and relates to an exercise device that strengthens the muscle strength of the whole body while breaking down body fat.

Applicant of the present invention developed a body fat decomposition whole body muscle strengthening exercise device that provides body fat decomposition and whole body muscle strengthening exercise to the user on the foot plate while the scaffold swings (patent no. 550582, muscle strengthening exercise mechanism) There is a bar. In addition, a patent application (application No. 2006-52650, body fat decomposition whole body muscle strengthening exercise equipment) to the Republic of Korea Patent Office to improve the registered patent.

Here, Figures 1 to 3 attached to show a body fat decomposition whole body muscle strengthening exercise apparatus according to the patent application No. 2006-52650 (hereinafter referred to as 'prior art'). That is, Figures 1 to 3 attached to show the body fat decomposition whole body muscle strengthening actuator according to the improved prior art.

Body lipolysis whole body muscle strengthening exercise apparatus according to the prior art, the swing required for body fat decomposition and body strength strengthening through the footrest 80 exposed on the horizontal base plate 50 as shown in FIG. Provide exercise. At this time, the scaffold 80 is a drive body 60 as shown in FIG. Rotary drum 71; A rolling disc 75; It is rocked by a rocking assembly composed of rocking drum 77.

Here, the swing assembly as described above swings the scaffold 80 while the rotating drum 71 as shown is rotated by the drive body 60. At this time, the rotating drum 71 is rotated by the driving force of the motor 62 transmitted through the belt 64 of the drive body 60, and rotates the rolling disc 75 having a thickness deviation fixed to the upper bolt during rotation By rotating, the rocking drum 77 seated on the rolling disk 75 is rocked in all directions. Therefore, the scaffold 80 fixed to the swinging drum 77 swings in all directions by the swinging of the swinging drum 77. Of course, the swinging drum 77 is rocked as the rolling disk 75 swings due to thickness deviation.

On the other hand, as shown in the footrest 80, the swing width of the rubber member elastic band 94 is fixed to one side and the other side bolted to the side of the protruding rod 92 and the swinging drum 77 on the base plate 50 Limited.

The elastic band 94 elastically supports the side of the rocking drum 77 when the rocking drum 77 swings as shown in FIG. 3. Accordingly, the swinging drum 77 is limited in the swinging width by the elastic force of the elastic band 94. Accordingly, the footrest 80 is limited in swing width with the swing drum 77. That is, the scaffold 80 is rocked to an appropriate width by the elastic band 94.

Body fat decomposition whole body muscle strengthening exercise device according to the prior art patented by the applicant of the present invention as described above, as shown in Figure 3 provides a rocking motion to the user while the footrest (80) swings. At this time, the user standing on the footrest 80 performs movement unknowingly while moving around to grasp the center of gravity. Therefore, the user not only decomposes body fat while moving to grab the center of gravity, but also strengthens the whole body muscle.

On the other hand, the applicant of the present invention improved the prior art so that the body fat decomposition body muscle strengthening exercise apparatus according to the prior art as described above can be more stably swing. Accordingly, the applicant of the present invention has filed the present invention as the prior art is improved.

According to the present invention, the tubular member having elasticity and self-rigidity elastically supports the swinging drum in a direction different from the axial direction of the swinging drum so that the swinging of the swinging drum is damped while being attenuated by the elastic force of the aforementioned member. The purpose of the present invention is to provide a body fat-degrading systemic muscle strengthening exercise device that can stably limit the swing width of the body.

In particular, since the aforementioned member provides its own stiffness and elastic force in the form of a column along the circumferential direction due to its shape, it is to provide a body fat decomposition whole body muscle strengthening exercise device that can support the swinging rocking drum very stably. This is the purpose.

In addition, as the cylindrical projection is inserted into the end side of the aforementioned member, the inner circumferential surface of the aforementioned member is supported in the circumferential direction, thereby providing a body fat decomposition whole body muscle strengthening exercise apparatus capable of reinforcing the self-rigidity of the aforementioned member. For other purposes.

In addition, the elastic member is attached to the end of the aforementioned member to protect the end of the aforementioned member from friction, and to provide a body fat decomposition whole body muscle strengthening exercise apparatus that can prevent the noise generated during the friction. Another purpose.

Body fat decomposition whole body muscle strengthening exercise apparatus according to the present invention for achieving the above object is a base plate equipped with a driving body and a fixed shaft; A rotating drum which is fitted to the fixed shaft of the base plate and rotates by the above-mentioned driving body; A rolling disc having a central axis that rotates with the rotary drum and provides relief by thickness deviation; A rocking drum which is fitted to the central axis of the rolling disk and oscillates by the ups and downs of the rolling disk described above; A scaffold for rocking by the rocking drum to provide rocking motion necessary for body fat decomposition and strengthening of whole body muscle; And a swing limiting unit for limiting the swing width of the scaffold, wherein the swing limiting unit includes: a mounting angle fixed to the base plate while being spaced apart from the rocking drum described above; Both ends of the mounting angle and the aforementioned swinging drum are respectively connected to form an axis in a direction different from the axial direction of the swinging drum, and damping the swinging of the swinging drum through self-elasticity, thereby swinging the rocking platform. It includes; spring tube for limiting the width.

Hereinafter, an embodiment of the present invention will be described with reference to the accompanying drawings. FIG. 4 is a perspective view showing a body fat decomposition whole body muscle strengthening exercise device according to an embodiment of the present invention, and FIG. Figure 6 is an exploded perspective view showing the swinging assembly of the exercise device shown in Figure 6, Figure 6 is a perspective view showing the swinging assembly shown in Figure 5, the accompanying Figure 7 is a side view showing the driving of the swinging assembly shown in Figure 5 .

4, in the body fat decomposition whole body muscle strengthening exercise apparatus according to an embodiment of the present invention, the foot plate 150 is installed on the base plate 110 so as to swing. The scaffold 150 swings by the swinging assembly described later.

Referring to FIG. 5, the above-described rocking assembly includes a driving body 112 and a fixed shaft 114 mounted on the base plate 110 as shown in the drawing; Rotating drum 120; Rolling disc 130; Rocking drum 140; Rocking limiting unit (160). The following describes these components in more detail.

First, the driving body 112 and the fixed shaft 114 are spaced apart from each other on the base plate 110 as shown. This drive body 112 is composed of a motor 112a and a belt 112b as shown. And, the fixed shaft 114 is bolted to the base plate 110 through a flange formed at the bottom.

Next, the rotating drum 120 is fitted to the fixed shaft 114 of the base plate 110, as shown in the fixed on the base plate 110. Since the rotary drum 120 is fixed to the fixed shaft 114 can be rotated about the fixed shaft 114.

The rolling disc 130 is then bolted onto the rotating drum 120 as shown. The rolling disk 130 has a central axis 132 in the center as shown. In addition, the rolling disc 130 has thickness deviations T and t as shown.

Subsequently, the swinging drum 140 is fitted to the central axis 132 of the rolling disc 130 and seated on the rolling disc 130 as shown. Accordingly, the rocking drum 140 is not integrally fixed to the rolling disk 130 and maintains a state separated from the rolling disk 130. The rocking drum 140 is bolted to the above-described scaffold 150 on the top as shown. That is, the scaffold 150 forms an integral part with the swinging drum 140.

On the other hand, the rocking limiting unit 160 may be installed in the rocking drum 140 as shown. The swing limiting unit 160 is a component that limits the swing width of the scaffold 150. That is, the swing limiting unit 160 limits the swing width of the scaffold 150.

On the other hand, in the drawings, reference numeral BR is fitted to the fixed shaft 114 on the base plate 110 and the central axis 132 of the rolling disc 130, so that the rotating drum 120 and the swinging drum ( It is a bearing member for supporting the inner peripheral surface of the 140.

Referring to FIG. 6, the rotating drum 120, the rolling disc 130, and the rocking drum 140 are sequentially stacked on the base plate 110 as shown. Then, the belt 112b of the driving body 112 described above is wound on the motor 112a and the rotating drum 120 as shown.

Meanwhile, the swing limiting unit 160 may include, for example, a mounting angle 163 fixed to the base plate 110 in a state spaced apart from the swing drum 140 as shown in the figure; The mounting angle 163 and the swinging drum 140, the spring pipe 165 is connected to both ends, respectively; can be configured to include.

At this time, as the spring tube 165 is connected to both the swing drum 140 and the mounting angle 163, the spring tube 165 forms an axis in a direction different from the axial direction of the swing drum 140 as shown. That is, the spring tube 165 has one end connected to the swinging drum 140 and the other end connected to the mounting angle 163 and form a substantially right angle with respect to the swinging drum 140 as shown. Therefore, the spring pipe 165 is interposed in a horizontal state between the swinging drum 140 and the mounting angle 163 as shown.

The spring tube 165 is formed of a metal coil spring, and one end and the other end may be connected to the outer circumferential surface of the rocking drum 140 and the mounting angle 163 by welding. However, it is more preferable to be connected to the swinging drum 140 and the mounting angle 163 through one end connecting member and the other end connecting member to be described later. That is, the above-described swing limiting unit 160 needs to further include one end connecting member and the other end connecting member.

Here, the above-described one end connection member is, for example, an angle bracket 167 bent as shown enlarged; A first fitting protrusion 161 formed in a cylindrical shape so as to be fitted into the spring tube 165; It can be configured to include; coupling shaft (B) fastened to the angle bracket 167.

In addition, the other end connection member described above may include, for example, a second fitting protrusion 169 formed in the same manner as the above-described first fitting protrusion 161, as shown in an enlarged view; It may be configured to include; a fixed shaft (B ') is fastened to the mounting angle 163 described above.

At this time, the above-described coupling shaft (B) and the fixed shaft (B ') can be screwed to the nut (N) as shown enlarged. In addition, flanges F as shown in an enlarged manner may be integrally formed at the ends of the first and second fitting protrusions 161 and 169 described above.

Referring to FIG. 7, the angle bracket 167 of the one end connecting member is directly connected to the outer circumferential surface of the rocking drum 140 as shown in an enlarged view. Then, the coupling shaft (B) protrudes while being fastened to the angle bracket (167). The first fitting protrusion 161 is fitted and fixed to the coupling shaft B. Accordingly, the first fitting protrusion 161 is connected to the swinging drum 140.

On the other hand, the spring tube 165 is fitted to the first fitting protrusion 161 connected to the swinging drum 140 as one end is enlarged. Therefore, the spring pipe 165 is connected to the swinging drum 140 through the first fitting protrusion 161.

Here, the one end connection member described above will be described in more detail with reference to the accompanying drawings. First, the angle bracket 167 has an end portion bent at a right angle as shown in an enlarged view, and has a cross section having a shape such as '┓'. Accordingly, the angle bracket 167 is horizontal and vertical on one side and the other side. At this time, one side of the horizontal is fixed to the outer peripheral surface of the swinging drum 140 by welding. Therefore, the other side that is vertical is spaced apart from the outer circumferential surface of the swinging drum 140.

Next, the first fitting protrusion 161 is coupled to the other side of the vertical angle bracket 167 as shown in the enlarged view and fitted to one end of the spring tube 165. At this time, one end of the spring tube 165 is supported by the flange (F) formed at the end of the first fitting protrusion 161 as shown enlarged.

The first fitting protrusion 161 has an outer diameter corresponding to the inner circumferential surface of the spring tube 165. Accordingly, the first fitting protrusion 161 is fitted to one end of the spring tube 165 to support the inner circumferential surface of one end in the circumferential direction. Therefore, the spring tube 165 is strengthened as the first fitting protrusion 161 is supported. In particular, the one-side side rigidity is greatly strengthened. Of course, the spring tube 165 is integrally connected to the outer circumferential surface of the swinging drum 140 through the first fitting protrusion 161 fitted to one end. That is, the spring tube 165 is connected to the outer circumferential surface of the swinging drum 140 as the first fitting protrusion 161 is coupled to the angle bracket 167.

Then, the coupling shaft (B) passes through the other side of the vertical angle bracket 167 as shown in the enlarged direction toward the first fitting protrusion 161. Therefore, the coupling shaft B protrudes in a direction different from the axial direction of the swinging drum 140 at the other side of the angle bracket 167. At this time, the coupling shaft (B) is preferably to apply a bolt as shown enlarged.

The coupling shaft B is fastened to the angle bracket 167 by a nut (N) as shown in the enlarged view and passes through the center of the first fitting protrusion 161. That is, the coupling shaft (B) is screwed with the nut (N) is fastened to the angle bracket 167 and passes through the center of the first fitting protrusion (161). Accordingly, the coupling shaft B integrally couples the first fitting protrusion 161 to the angle bracket 167. That is, the first fitting protrusion 161 is integrally coupled to the angle bracket 167 through the coupling shaft (B). Of course, one end of the spring pipe 165 is connected to the angle bracket 167 by the first fitting protrusion 161.

On the other hand, the other end connecting member is secured by fitting the second fitting protrusion 169 to the fixed shaft (B ') is fastened to the mounting angle 163, as shown enlarged. Accordingly, the second fitting protrusion 169 is integrally fixed to the mounting angle 163. The second fitting protrusion 169 is fitted with the other end of the spring tube 165, as shown enlarged. Therefore, the spring tube 165 is connected to the mounting angle 163 through the second fitting protrusion 169.

Here, the other end connecting member will be described in more detail with reference to the accompanying drawings. First, the second fitting protrusion 169 is fitted to the fixed shaft B 'fastened to the mounting angle 163 as shown in an enlarged view. . In addition, the second fitting protrusion 169 is fitted with the other end of the spring tube 165 in a state of being fixed to the fixed shaft B '. At this time, the other end of the spring pipe 165 is supported by the flange (F) formed at the end of the second fitting protrusion 169 as shown enlarged. Accordingly, the spring tube 165 is connected to the mounting angle 163 through the other end fitted to the second fitting protrusion 169.

Next, the fixed shaft B 'penetrates the mounting angle 163 as shown in an enlarged manner and protrudes in a direction different from the axial direction of the rocking drum 140. At this time, the fixed shaft (B ') is preferably to apply a bolt as shown enlarged.

This fixed shaft (B ') is fastened to the mounting angle 163 by the nut (N) as shown in the enlarged and penetrates through the center of the second fitting protrusion (169). That is, the fixed shaft B 'is screwed to the nut N and fastened to the mounting angle 163 and then passes through the center of the second fitting protrusion 169. Accordingly, the fixed shaft B 'integrally fixes the second fitting protrusion 169 to the mounting angle 163. That is, the second fitting protrusion 169 is integrally fixed to the mounting angle 163 through the fixed shaft B '. Of course, the spring tube 165 is connected to the mounting angle 163 through the other end fitted to the second fitting protrusion 169 as described above.

Meanwhile, the first and second fitting protrusions 161 and 169 described above may be formed of a metal material, but may be formed of a rubber material so as to be elastically supported by the spring tube 165 by being fitted to an end of the spring tube 165 described above. It is desirable to. In addition, the first and second fitting protrusions 161 and 169 are longer than the coupling shaft B and the fixed shaft B 'as shown so as to be axially supported by the coupling shaft B and the fixed shaft B'. It is preferable to form a long.

On the other hand, the coupling shaft (B) and the fixed shaft (B ') described above may be fixed by welding to the angle bracket 167 and the mounting angle 163 described above, unlike shown. Thus, when the coupling shaft (B) and the fixed shaft (B ') is fixed by welding to the angle bracket 167 and the mounting angle (163), the nut for fixing the coupling shaft (B) and the fixed shaft (B') ( N) can be omitted.

In addition, the coupling shaft (B) described above may be directly connected to the outer circumferential surface of the swinging drum 140 by welding, as illustrated. At this time, the coupling shaft (B) is the head portion is welded to the outer peripheral surface of the swinging drum (140). Thus, when the coupling shaft (B) is directly connected to the swinging drum 140, the above-described angle bracket 167 can be omitted. Of course, the above-mentioned fixed shaft (B ') can also be directly connected to the mounting angle (163) by welding. At this time, the nut (N) fastened to the fixed shaft (B) can be omitted.

On the other hand, the spring tube 165 described above may be directly connected to the angle bracket 167 described above by welding or bolting, unlike one end thereof. In this case, the first fitting protrusion 161 and the coupling shaft B coupled to the angle bracket 167 may be omitted.

Referring to Figure 7 attached to the action of the body fat decomposition systemic muscle strengthening exercise apparatus according to an embodiment of the present invention configured as described above are as follows.

Referring to FIG. 7, the rotating drum 120 rotates about the fixed shaft 114 of the base plate 110 by the motor 112a of the driving body 112. At this time, the rotary drum 120 rotates on the belt 112b of the drive body 112 wound on the outer circumferential surface and the motor 112a. This rotating drum 120 rotates with the rolling disk 130 is fixed to the upper bolting.

Accordingly, the rolling disc 130 rotates while forming a relief by the thickness deviation. Therefore, the rocking drum 140 fitted to the central axis 132 of the rolling disk 130 swings in all directions by the ups and downs of the rolling disk 130. Of course, the footrest 150 swings in all directions along with the swinging drum 140 to provide rocking motion necessary for body fat decomposition and strengthening of whole body muscle strength.

On the other hand, the spring tube 165 damps the rocking of the rocking drum 140 through its own elastic force. At this time, the spring pipe 165 provides an elastic force in the orthogonal state with the swinging drum 140 as shown. In addition, the spring pipe 165 provides the elastic force in the form of a column by the shape characteristic of the tubular shape. Accordingly, the spring tube 165 provides the rocking drum 140 with a counter stress that limits the rocking of the rocking drum 140.

Accordingly, the rocking drum 140 is damped while the rocking damped by the elastic force provided by the spring pipe 165. Thus, the scaffold 150 has a stable swing width. That is, the scaffold 150 is gently rocked by the spring pipe 165.

The spring pipe 165 is deflected as shown when the rocking drum 140 swings. However, the damping of the swinging drum 140 is damped while being restored to the circular shape by the self rigidity and the self-elastic force. In this case, the first and second fitting protrusions 161 and 169 support both ends of the spring tube 165 as shown in an enlarged manner to prevent separation. Therefore, the spring tube 165 may continuously maintain the state connected to the angle bracket 167 and the mounting angle 163 even if the deflection and circular restoration are repeatedly performed. That is, the spring tube 165 is not separated from the angle bracket 167 and the mounting angle 163 even if the deflection deformation and circular restoration are repeated.

In addition, the first and second fitting protrusions 161 and 169 support the inner peripheral surface of the end side of the spring tube 165 as shown in an enlarged manner. Therefore, as the spring tube 165 is strengthened, excessive deflection deformation is not only suppressed, but also quickly circularly restored.

In this way, the first and second fitting protrusions 161 and 169 of the rubber material supporting the inner circumferential surface of the spring tube 165 are not only refracted to the same shape as the spring tube 165 by self-elasticity but also circularly restored. Accordingly, the spring tube 165 may be easily deflected even when the rigidity is enhanced, and may be easily circularly restored.

Meanwhile, the first and second fitting protrusions 161 and 169 formed of a rubber material absorb the frictional resistance at both ends of the spring tube 165 generated during the bending deformation and the circular restoration of the spring tube 165 by material characteristics. do. Accordingly, the spring tube 165 is not only smoothly deformed but also circularly restored without noise. In particular, the spring tube 165 is supported by the flange (F) formed in the end of the first and second fitting protrusions (161, 169), thereby smoothly deflection deformation and circular restoration without noise.

On the other hand, the spring pipe 165 is connected to the angle bracket 167 and the mounting angle 163 by both ends are fitted to the first and second fitting protrusions (161, 169), the angle bracket 167 and the mounting angle ( 163 is easily connected.

On the other hand, Figure 8 attached is a side view showing another embodiment of the swinging assembly shown in FIG. The swing assembly according to another embodiment is the same as the configuration of the swing assembly described above, except that the one end and the other end connection member of the swing limit unit 160 described above is configured differently than described above. Therefore, only the different parts will be described as follows. That is, when only one end and the other end connection member is described as follows.

As described above, one end and the other end connecting member applied to the swing limiting unit 160 of the swing assembly according to another embodiment, as shown in the enlarged exploded perspective view of the upper end of the drawing, both ends of the spring pipe 165 End shafts 165a and 165b integrally provided with each other; It may be configured to include; fasteners 171 fastened to the mounting angle 163 and the angle bracket 167, respectively, while wrapping the end shafts 165a and 165b.

At this time, the end shafts 165a and 165b described above are formed in the same body at both ends of the spring pipe 165 as shown in the exploded perspective view and formed to be substantially perpendicular to the axial direction of the spring pipe 165. desirable.

The fastener 171 described above includes, for example, a U-shaped U bolt 171a as shown in an exploded perspective view; It is preferable to include a nut (171b) screwed to the U bolt (171a). The U bolt 171a of the fastener 171 penetrates the angle bracket 167 and the mounting angle 163 while surrounding the end shafts 165a and 165b of the spring tube 165 as shown in the exploded perspective view. After screwing with the nut (171b). Therefore, the U bolt 171a is fastened to the angle bracket 167 and the mounting angle 163.

At this time, the spring tube 165, as shown in the enlarged cross-sectional view in the middle of the figure, the end shafts 165a and 165b are connected to the angle bracket 167 and the mounting angle 163 by the U bolt 171a. That is, the spring tube 165 is fixed to the angle bracket 167 and the mounting angle 163 through the end shafts 165a and 165b wrapped around the U bolt 171a. Accordingly, when the angle bracket 167 swings due to the swinging of the swinging drum 140, the spring tube 165 damps the swing of the angle bracket 167 while elastically supporting the angle bracket 167 through its own elastic force. do. Therefore, the swinging drum 140 connected to the angle bracket 167 has a limited swinging width. Of course, the footrest 150 connected to the swinging drum 140 is limited to the swinging width with the swinging drum 140.

On the other hand, one end and the other end connection member described above may further comprise a washer (W) as shown in the enlarged exploded perspective view. In addition, it may be configured to further include an elastic tube 173 as shown in the exploded perspective view. The washer W and the elastic tube 173 may be provided together, or alternatively, may be selectively provided. Here, the above-mentioned washer (W) and the elastic tube 173 will be described in more detail as follows.

First, the washer W is fitted to the U bolt 171a of the fastener 171 as shown in the enlarged exploded perspective view, and the end shaft 165a provided in the spring tube 165 as shown in the enlarged cross-sectional view. , 165b) is tightly supported. The washer W may be made of a metal material, or alternatively, may be made of a rubber material or a plastic material having elasticity. In addition, the washer (W) is preferably configured in the form of a double washer as shown in the exploded perspective view, as shown in the shaft hole (H) wrapped around the end shafts (165a, 165b) through the middle portion It is more preferable to form and comprise. Thus, when the shaft hole (H) is formed in the washer (W), the end shafts (165a, 165b) of the spring pipe (165) is more stably in close contact with the washer (W).

Next, the elastic tube 173 is fitted to the end shafts 165a and 165b of the spring tube 165 as shown in the enlarged exploded perspective view. The elastic tube 173 is preferably composed of a rubber or soft plastic material having an elastic force. The elastic tube 173 is fitted to the end shafts 165a and 165b to protect the end shafts 165a and 165b through self-elasticity. In particular, when the spring tube 165 swings by the swinging of the rocking drum 140, the elastic tube 173 frictionally directly with the angle bracket 167 or the mounting angle 173 when the end shafts 165a and 165b swing. Prevent it. Therefore, the spring tube 165 does not generate noise by the elastic tube 173 when swinging. That is, the elastic tube 173 protects the end shafts 165a and 165b from friction.

Body fat decomposition whole body muscle strengthening exercise apparatus according to the present invention as described above, because the spring tube of the swing limiting unit elastically supports the swinging drum in a direction different from the axial direction of the swinging drum, thereby damping the swinging of the swinging drum to stabilize the footing There is an effect that can be shaken.

In particular, since the spring tube provides its own rigidity and elastic force in the form of a column, it is possible to damp the rocking of the rocking drum very efficiently, and furthermore, it is possible to rock the scaffold more stably.

In addition, since both ends of the spring pipe are connected to the swinging drum and the mounting angle through the first and second protrusions, the spring pipes can be easily mounted, and the first and second protrusions repeatedly support the both ends of the spring pipes. There is also the effect that the spring tube being deformed and restored is not separated from the swinging drum and the mounting angle.

In addition, since the first and second protrusions are inserted at both ends of the spring tube to support the inner circumferential surface of the spring tube, the rigidity of the spring tube is not only strengthened, but also the effect of preventing the spring tube from being excessively deformed and circularly restored. There is also.

In addition, when the first and second protrusions are made of rubber material, noise is not generated even when the spring tube is deflected and circularly restored, and when the flanges are formed at the ends of the first and second protrusions, the end of the spring tube is stable. It is also supported by.

On the other hand, when the spring pipe is connected to the swinging drum and the mounting angle through the end shaft and the U-shaped bolt fastener formed at both ends, there is also an effect that can easily connect the spring pipe to the swinging drum and the mounting angle.

In addition, when the elastic material elastic tube is fitted to the end shaft of the spring tube, there is an effect that can prevent the noise is generated by the friction during the swing of the spring tube.

In addition, there is an effect that the end shaft of the spring tube can be more firmly fixed by the washer when the washer is fitted to the fastener.

Since the above embodiments are merely illustrative of preferred embodiments of the present invention, the scope of application of the present invention is not limited to the above, and appropriate modifications are possible within the scope of the same idea. Therefore, since the shape and structure of each component shown in the embodiment of the present invention can be carried out by deformation, it is natural that the modification of the shape and structure belong to the appended claims of the present invention.

Claims (8)

In the exercise device that strengthens the whole body's muscle strength while breaking down body fat, A base plate 110 on which the driving body 112 and the fixed shaft 114 are mounted; A rotating drum 120 which is fitted to the fixed shaft 114 of the base plate 110 and rotates by the driving member 112; A rolling disc 130 having a central axis 132 which provides a relief by thickness deviations T and t while rotating together with the rotating drum 120; A rocking drum 140 which is inserted into a central axis 132 of the rolling disk 130 and oscillates by the ups and downs of the rolling disk 130; A footrest 150 that swings by the swinging drum 140 and provides rocking motion necessary for body fat decomposition and strengthening of whole body muscle strength of the user; And Includes; rocking limiting unit 160 for limiting the rocking width of the scaffold 150, The swing limiting unit 160 includes: a mounting angle 163 fixed to the base plate 110 in a state spaced apart from the swing drum 140; And Both ends are connected to the mounting angle 163 and the swinging drum 140, respectively, to form an axis in a direction different from the axial direction of the swinging drum 140, and to damp the swinging of the swinging drum 140 through its own elastic force. Body lipolysis whole body muscle strengthening exercise equipment comprising a ;; spring tube (165) for limiting the swing width of the scaffold (150) swinging by the swinging drum (140). The method of claim 1, Further comprising; one end connecting member for connecting one end of the spring pipe 165 to the swinging drum 140, The one end connection member, An angle bracket 167 having one side directly connected to an outer circumferential surface of the rocking drum 140; A first fitting protrusion 161 coupled to the other side of the angle bracket 167 and inserted into one end of the spring tube 165 to connect the spring tube 165 to the angle bracket 167; And The first fitting protrusion 161 protrudes in a direction different from the axial direction of the rocking drum 140 at the other side of the angle bracket 167 and penetrates the first fitting protrusion 161 to the angle bracket 167. Body-integrated whole body muscle strengthening exercise equipment comprising a ;; The method of claim 1, Further comprising; one end connecting member for connecting one end of the spring pipe 165 to the swinging drum 140, The one end connection member, An angle bracket 167 having one side directly connected to an outer circumferential surface of the rocking drum 140; An end shaft 165a of one end portion integrally provided at one end of the spring tube 165 while being substantially perpendicular to the axial direction of the spring tube 165; And Body fastening body muscle strength characterized in that it comprises; fastening to the angle bracket 165 while wrapping the end shaft (165a), connecting the end shaft (165a) to the angle bracket 165; Strengthening fitness equipment. The method of claim 1, The other end connecting member for connecting the other end of the spring pipe 165 to the mounting angle 163; The other end connection member, A second fitting protrusion 169 fixed to the mounting angle 163 and fitted to the other end of the spring tube 165 to connect the spring tube 165 to the mounting angle 163; And The mounting angle 163 protrudes in a direction different from the axial direction of the rocking drum 140 and penetrates through the second fitting protrusion 169 to attach the second fitting protrusion 169 to the mounting angle 163. Body fat decomposition whole body muscle strengthening exercise equipment comprising a; fixed shaft (B ') to be fixed integrally. The method of claim 2 or 4, wherein the fitting protrusion, Body fat decomposition whole body muscle strengthening exercise equipment further comprises; a flange (F) for supporting the end of the spring pipe (165). The method of claim 1, The other end connecting member for connecting the other end of the spring pipe 165 to the mounting angle 163; The other end connection member, An end shaft 165b of the other end integrally provided at the other end of the spring pipe 165 while being substantially perpendicular to the axial direction of the spring pipe 165; And Body fastening body muscle strength characterized in that it includes; fastening to the mounting angle 163 while wrapping the end shaft 165b, connecting the end shaft 165b to the mounting angle 163; Strengthening fitness equipment. The method according to claim 3 or 6, wherein Body wasolating whole body muscle strengthening exercise equipment further comprises; washer (W) is fitted to the fastener (171) to closely support the outer peripheral surface of the end shaft. The method according to claim 3 or 6, wherein Body fat decomposition whole body muscle strengthening exercise equipment further comprises a; elastic tube (173) is fitted to the end shaft to protect the end shaft through its own elastic force.

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