JP3162160U - Automatic waist twist weight loss exercise equipment - Google Patents

Abstract

An automatic waist twist weight loss exercise apparatus is provided.
A swing arm device 20 is assembled into a through hole in an assembly space in a base by using a coupling hole together with swing arms 22 and 22 'on both sides by a center assembly member 21, and the swing arm devices on both sides are assembled. The connecting rod part 24 is screwed into the lock holes on both sides of the assembly space of the base by the fixed end and the combination part. The pivot end at the upper end of the swing arm is assembled into a through hole in the pivot space on the bottom side of the balance portion. In addition, the connecting part of the connecting rod part is also assembled into a screw hole in the attaching space of the equilibrium part, and an interlocking rod is installed at an appropriate position of the swing arm device. The part is fixed to the bottom side of the pedal by the connecting end. The interlocking rod is displaced up and down together with the connecting rod part to cause a positional shift, and the swinging operation is performed so that the pedal rotates by the interlocking part.
[Selection] Figure 2

Description

  The present invention relates to an automatic waist twist exercise apparatus, and in particular, an automatic waist twist weight reduction that swings the waist and swings the hips by swinging left and right while stepping on the step machine and moving up and down. It relates to exercise equipment.

  As shown in FIG. 16, the existing conventional stepping exercise apparatus mainly has the tip ends of a pair of pedals 40 pivotally attached to the bottom 41 and connects both the pedals 40 and the hydraulic cylinder 42 with a relative interlocking mechanism. The damping operation of the hydraulic cylinder 42 causes the pair of pedals 40 to swing relative to each other so that the pedals 40 operate alternately up and down. An appropriate resistance is generated with respect to the pedal 40, and the force for exercise is increased.

  However, in the conventional step exercise apparatus, the effect of the exercise is actually limited to the exercise of both legs, and the exercise effect is not so much applied to other parts of the body, so that the function as a whole is still insufficient. there were.

  Accordingly, an object of the present invention is to provide an exercise device that can obtain an exercise effect such as a waist twist without being limited to the exercise of the foot using a stepping mechanism.

  Therefore, the present inventor conducted intensive studies to eliminate the drawbacks of the conventional stepping exercise equipment and solve the problems of the present invention. Focusing on the fact that a dynamic exercise effect can be obtained and also a weight loss effect can be obtained, the present invention has been conceived based on such knowledge.

  That is, the main purpose of the present invention is that when the user operates the pedal up and down, the interlocking bar installed at the appropriate position is interlocked and displaced up and down, and the other of the interlocking bars is interlocked. Since it is assembled on the bottom side of the pedal through the parts, the pedal is displaced up and down on the connecting rod parts and swings to the left and right to obtain the effect of step training. It is an object of the present invention to provide an automatic waist twist weight loss exercise device that can swing left and right and can obtain the exercise effect of twisting the hips and swinging the hips.

Thus, according to the present invention, in claim 1,
An assembly space is formed inside, a through hole and a lock hole are formed on both side walls, and a base portion on which stoppers are installed at appropriate positions on both sides of the assembly space, and both sides of the central assembly member, respectively. The swing arm is installed in an inclined state, the upper part of the swing arm is a screwed end, the buffer part is assembled, the fixed end is formed on the other side of the buffer part, and the connecting rod part A pivot part is provided at the upper end part, a connecting rod part is assembled on the swing arm, a pivot part is provided at the upper end part of the connecting rod part, and a combination part is provided at the other end part. A swing arm device in which an interlocking rod is further installed at a position, and one of the interlocking rods is provided with an interlocking part having a pull-pushing rod, a connecting end, and a combined end;
The swing arm device is assembled and consists of a balance part and a pedal. There is a pivot attachment space on the bottom side of the balance part. A through hole and a screw hole are formed on both side walls. The pedal is provided with an installation part, a turntable is installed on the bottom side of the pedal, and a pivot shaft is formed in the center for inserting the insertion part. An automatic lumbar twist weight loss exercise device is provided.

According to the device of claim 2,
2. The automatic waist twist weight loss exercise apparatus according to claim 1, wherein the interlocking rod is assembled to the shock absorber part and the connecting rod part of the swing arm device.

According to the device of claim 3,
An assembly space is formed inside, a through hole and a lock hole are formed on both side walls, and a base seat on which a stopper is fixed at an appropriate position on each side of the assembly space, and a central assembly member On both sides, a swing arm is installed in an inclined state, the upper part of the swing arm is a screwed end, a buffer part is assembled, and a fixed end is formed on the other side of the buffer part. A pivot part is provided at the upper end part, a connecting rod part is assembled on the swing arm, a pivot part is provided at the upper end part of the connecting rod part, and a combination part is provided at the other end part. In addition, a swing arm in which an interlocking arm is formed by integral molding, and an interlocking part having a pulling bar, a connecting end, and a combined end is assembled on one of the interlocking arms. The device and the swing arm device are assembled and consist of a balance part and a pedal. There is a pivot attachment space on the bottom side of the balance part, and a through hole and a screw hole are formed on both side walls. Is installed on the bottom side of the pedal, and a pivot shaft is formed at the center for inserting the insertion portion. The union portion is installed on the pedal. An automatic waist twist weight loss exercise device is provided.

According to the invention of claim 4,
The automatic waist twist weight loss exercise apparatus according to claim 1 or 3, wherein a grip portion extending upward is installed at an appropriate position in the base portion.

According to the device of claim 5,
A through hole and a lock portion are formed at appropriate positions on the upper end surface of the center assembly member and the swing arm, respectively, and the swing arm passes through the through hole of the center assembly member by a screwing element, thereby locking the swing arm lock portion. The automatic waist twist weight loss exercise device according to claim 1 or 3, wherein the exercise device is fixed to the center assembly member by being screwed to the center assembly member.

According to the device of claim 6,
4. The automatic waist twist weight loss exercise apparatus according to claim 1, wherein the coupling end and the combination end are a universal joint or a universal bearing.

According to the device of claim 7,
The automatic waist twist weight loss exercise apparatus according to claim 1 or 3, wherein the pivot shaft of the turntable is fixed in the insertion portion of the balance portion by a lock member.

According to the device of claim 8,
The insertion portion in which the bearing element is assembled is opened at the center of the balance portion, and the turntable on the bottom side of the pedal is assembled to the bearing element of the balance portion by a pivot shaft. An automatic waist twist weight loss exercise apparatus according to 1 or 3 is provided.

According to the device of claim 9,
The automatic waist twist weight loss exercise apparatus according to claim 1 or 3, wherein the combination part of the pedal is assembled at an appropriate position of the turntable.

According to the device of claim 10,
The automatic waist twist weight loss exercise apparatus according to claim 9, wherein an interlocking part on the other side of the interlocking arm is fixed to a combination part at an appropriate position of the turntable at a connecting end. The

  The automatic waist twist exercise apparatus according to the present invention has the above-described configuration, and by the user's pedaling exercise, the waist exercise can be performed together with the foot exercise, the exercise of twisting the waist and the swinging of the buttocks. Exercises effectively and has a significant effect on weight loss.

  Hereinafter, the features and technical contents of the present invention will be described in detail with reference to the drawings. However, those drawings and the like are for reference and explanation, and the present invention is not limited thereto.

  The automatic waist twist weight loss exercise apparatus according to the present invention will be described with reference to FIGS.

  An automatic waist twist weight loss exercise apparatus according to the present invention includes a base 10, a swing arm device 20, and a pedal element 30. The base 10 is an H-shaped frame, and a hook-shaped assembly space 11 is formed in the center in the lateral direction, and through holes 112 and lock holes 113 are formed on both side walls thereof. . Stoppers 12 are installed at appropriate positions on both sides of the assembly space 11, and the stoppers 12 are screwed to the base 10 so as to be adjustable.

  Further, the base 10 is assembled with a grip 13 extending upward as shown in FIG. 4 at an appropriate position of the tip, and the swing arm device 20 is swinging on both sides of the center assembly member 21 in an inclined state. Arms 22 and 22 'are installed, and cushioning component 23, connecting rod component 24 and interlocking rod 25 are assembled above swing arms 22 and 22'.

  The center assembly member 21 has a concave groove formed at the bottom end, coupling holes 211 formed on both side walls, and a through hole 212 formed through the upper end surface. The upper part of the swing arms 22, 22 ′ is a screwed end 221, the buffer part 23 is assembled, and a fixed end 231 is formed on the other side of the buffer part 23, and the upper part of the swing arm 22, 22 ′ A pivot end 222 is formed at the end, and an assembly end 223 is installed at one end of the swing arm 22 ′ so as to be positioned in the coupling hole 211 of the center assembly member 21.

  In addition, a lock portion 224 is provided at an appropriate position on the upper end, and the screwing element 225 passes through the through hole 212 of the center assembly member 21 and is screwed to the lock portion 224. Since the center assembly member 21 of the swing arm device 20 and the swing arm 22 'on one side can be separated, the overall volume is reduced. This saves transportation costs.

  Further, the swing arms 22 and 22 ′ on both sides may be directly fixed to the center assembly member 21 as shown in FIG. 5. A pivot part 241 is installed at the upper end of the connecting rod part 24, a combination part 242 is provided at the other end, and the interlocking part 26 is assembled on one of the interlocking bars 25.

  The interlocking part 26 includes a pulling rod 261, a connection end 262, and a combination end 263. The connection end 262 and the combination end 263 are a universal joint or a universal bearing. The pedal element 30 is assembled to the swing arm device 20 and includes a balance portion 31 and a pedal 32. A pivot space 311 is provided on the bottom side of the balance portion 31, and through holes 312 and screw holes 313 are provided on both side walls. The insertion portion 314 is formed at the center of the upper end surface. A turntable 321 is installed on the bottom side of the pedal 32, and a pivot shaft 322 for inserting the insertion portion 314 is formed in the center thereof. At a suitable position of the pedal 32 or the turntable 321, The union part 323 is installed.

  Further, the combination of the balance portion 31 and the pedal 32 has other embodiments, and an insertion portion 314 in which the bearing element 315 is assembled is opened at the center of the balance portion 31 as shown in FIG. On the bottom side of the pedal 32, a turntable 321 is assembled to the bearing element 315 of the balance portion 31 by a pivot shaft 322.

  As described above, as shown in FIGS. 2, 3, and 7, the swing arm device 20 is coupled with the swing arm 22, 22 ′ on both sides by the center assembly member 21, and the coupling hole 211. Assembling into the through hole 112 of the assembly space 111, the cushioning parts 23 and the connecting rod parts 24 of the swing arms 22 and 22 'on both sides are fixed to the locking holes on both sides of the assembly space 111 of the base 10 by the fixed end 231 and the combination part 242. A pivoting end 222 which is screwed to 113 and located at the upper end of the swing arms 22 and 22 ′ is assembled into a through hole 312 in the pivoting space 311 on the bottom side of the balance seat 31.

  Further, the pivoting portion 241 of the connecting rod component 24 is also assembled in the pivoting space 311 of the balancing portion 31 and screwed into the screwing hole 313 of the pivoting space 311, and the interlocking rod 25 is connected to the swing arm device. 20 connecting rod parts 24 are assembled.

  Further, the swing arm device 20 may be assembled at any appropriate position, for example, on the swing arm 22 or the buffer component 23, and the interlocking component 26 on the other side of the interlocking rod 25 is connected to the pedal by the connecting end 262. 32 or the turntable 321 is fixed to a combination part 323 at an appropriate position, and when the interlocking rod 25 is displaced up and down in conjunction with the swing arm device 20, the interlocking component 26 causes the pedal 32 to rotate. A new automatic waist twist weight loss exercise device is constructed by the above structure.

  According to the present invention, as shown in FIGS. 8 and 9, the swing arm device 20 is installed in the through hole 112 of the assembly space 11 of the base portion 10 by the center assembly member 21, and the shock absorber 23 and the connecting rod The fixed end 231 and the combination part 242 of the component 24 are assembled to the lock holes 113 on both sides, the swing arm device 20 and the assembly space 11 form an inclined angle, and the pivot end 222 of the swing arm 22 is also formed. And the connecting part 241 of the connecting rod part 24 are assembled into the through hole 312 and the screwing hole 313 of the balance seat 31, respectively, and four parts are provided between the swing arm 22, the connecting rod part 24, the assembly space 11, and the balanced part 31. A connecting rod mechanism is formed.

  Thus, when the pedal 32 is stepped on, an operation state of stepping up and down is realized, and the interlocking rod 25 is assembled to the connecting rod part 24 at an appropriate position of the swing arm device 20.

  In addition, since the interlocking part 26 on the other side of the interlocking rod 25 is fixed to the combination part 323 at an appropriate position of the pedal 32 or the turntable 321 at the connecting end 262, when using the step machine, When the swing arm device 20 is operated up and down, the swing arm 22 and the connecting rod part 24 are displaced due to the principle of the four connecting rods, and one pedal 32 is depressed during use as shown in FIG. When operating downward, the interlocking rod 25 fixed to the connecting rod part 24 is interlocked and displaced downward. As a result, a force pulled outward is generated by the interlocking part 26 assembled on the other side of the interlocking rod 25, and the force is pulled outward using the pulling rod 261 and the connecting end 262. A phenomenon of lateral rotation occurs at the end 262. Therefore, the combination portion 323 of the pedal 32 is pulled outward around the pivot shaft 322. Further, the other pedal 32 ′ is interlocked to operate upward, and the connecting rod component 24 is displaced upward, so that the interlocking rod 25 is interlocked and extends upward, and is on the other side of the interlocking rod 25. A force that pushes inward is generated in the interlocking component 26.

  In addition, the pulling rod 261 and the connecting end 262 are used to cause a phenomenon in which a force pushing inward rotates in the lateral direction at the connecting end 262.

  Therefore, the combination part 323 of the pedal 32 'is pushed inward about the pivot shaft 322, so that the pedals 32, 32' on both sides are counterclockwise synchronously as shown in FIG. Swing to the left. At this time, as shown in FIG. 12, when the pedal 32 ′ operating upward is stepped downward, the connecting rod part 24 on the swing arm 22 ′ side is interlocked downward and the interlocking rod assembled to the connecting rod part 24. 25 is displaced downward, and a pulling force is generated in the interlocking component 26 on the other side of the connecting rod component 24, and the pulling rod 261 and the connecting end 262 are used to pull the connecting component 26. A phenomenon occurs in which the force rotates laterally at the connecting end 262.

  Therefore, the combination part 323 of the pedal 32 ′ rotates outward about the pivot shaft 322, and the other pedal 32 also operates upward in synchronization with the connecting rod component 24 on the side. The rod 25 is interlocked and displaced upward, and a force that is pushed inward is generated in the interlocking rod 25, and the combination portion 323 of the pedal 32 is pivoted by using the pulling rod 261 and the connecting end 262. It rotates inward about the landing axis 322 and rotates in the lateral direction.

  Thereby, as shown in FIG. 13, the pedal 32 performs a swinging motion to the right in a clockwise direction synchronously. When the step 32 is operated up and down by the above structure, only the effect of the step training is obtained. In addition, a user who steps on the pedal 32 can swing left and right together with the pedal 32, and the exercise effect of repeatedly swinging the waist and swinging the buttocks is obtained.

  14 and 15 show another embodiment of the present invention. In the swing arm device 20, swing arms 22 and 22 'are installed in an inclined state on both sides of the center assembly member 21, respectively. Further, a buffer part 23 and a connecting rod part 24 are assembled on 22 and 22 '.

  The center assembly member 21 is formed with a concave groove at the bottom end, a coupling hole 211 is formed on both side walls, a through hole 212 is formed through the upper end surface, and the upper side of the swing arms 22 and 22 'is screwed. The shock-absorbing end 221 is assembled, the shock-absorbing component 23 is assembled, the other end of the shock-absorbing component 23 is formed with the fixed end 231, and the pivot end 222 is formed at the upper end of the swing arms 22, 22 '. . An assembly end 223 is installed at the lower end of the swing arm 22 ′ so as to be positioned in the coupling hole 211 of the center assembly member 21. A pivoting portion 241 is provided at the upper end portion of the connecting rod component 24, and a combination portion 242 is provided at the other end portion. The interlocking arm 243 extends to an appropriate position of the connecting rod component 24 by integral molding, and the interlocking portion 242 The interlocking component 26 including the pulling rod 261, the connecting end 262, and the combined end 263 is assembled on one side of the arm 243. After the swing arm device 20 and the balance seat 31 of the pedal element 30 are combined, the interlocking arm 243 integrally formed with the connecting rod part 24 is also assembled to the interlocking part 26.

  Further, the connecting end 262 on the other side of the interlocking component 26 is fixed to the combination part 323 at an appropriate position of the pedal 32 or the turntable 321, so that the interlocking arm 243 is moved up and down together with the swing arm device 20. When the displacement is performed, the interlocking component 26 performs a swing operation in which the pedal 32 rotates, and the above-described structure constitutes a new automatic waist twist weight reduction exercise machine.

  According to the specific embodiment described above, the following advantages can be obtained, and the automatic waist twist weight loss exercise apparatus according to the present invention is provided with the interlocking rod 25 at an appropriate position of the swing arm device 20, respectively. When the device 20 is operated up and down by the user depressing the pedal 32, the interlocking rod 25 at an appropriate position is interlocked and displaced up and down, and the other side of the interlocking rod 25 is interlocked. Since the component 26 is assembled on the bottom side of the pedal 32, the pedal 32 swings to the left and right in synchronization with the vertical displacement of the connecting rod component 24, so that not only the effect of step training but also the user who steps on the pedal 32 With the pedal 32, it can be swung left and right, and the exercise effect of hip twist and buttocks rocking can be obtained.

  As mentioned above, it is clear that the present invention is more progressive and more practical and requires registration of a utility model according to the law.

  The above is a better embodiment of the present invention, and the present invention is not limited thereto. Equivalent changes and modifications made based on the scope of claims for patent registration relating to the present invention and the contents of the description. Is clearly included within the scope of the present invention.

1 is a perspective view of an automatic waist twist weight loss exercise apparatus according to an embodiment of the present invention. 1 is an exploded perspective view of an automatic waist twist weight loss exercise apparatus according to an embodiment of the present invention. 1 is an exploded perspective view of a pedal element and a swing arm device of an automatic waist twist weight loss exercise apparatus according to an embodiment of the present invention. It is a conceptual diagram of the grip part of the automatic waist twist weight loss exercise apparatus by one Embodiment of this invention. FIG. 6 is an exploded perspective view of an automatic waist twist weight loss exercise apparatus according to another embodiment of the present invention. FIG. 6 is an assembly view of another embodiment of a pedal element of an automatic waist twist weight loss exercise apparatus according to an embodiment of the present invention. It is a local expansion conceptual diagram of a swing arm device and pedal elements of an automatic waist twist weight loss exercise apparatus according to an embodiment of the present invention. It is a plane conceptual diagram in the state where the automatic waist twist weight loss exercise device by one embodiment of the present invention is not operating. It is a plane conceptual diagram in the state where the pedal of the present invention is not operating. It is a conceptual diagram of a state where a pedal rotates counterclockwise by a step operation of an automatic waist twist weight loss exercise apparatus according to an embodiment of the present invention. It is an operation | movement conceptual diagram of the state which the pedal of the automatic waist twist weight reduction exercise device by one Embodiment of this invention rocks to the left. It is a conceptual diagram of a state in which a pedal rotates in a clockwise direction by a step operation of an automatic waist twist weight loss exercise apparatus according to an embodiment of the present invention. It is an operation | movement conceptual diagram of the state which the pedal of this invention rocks to the right. FIG. 6 is an exploded perspective view of an automatic waist twist weight loss exercise apparatus according to another embodiment of the present invention. It is a plane conceptual diagram of the state which the other Example of the automatic waist twist weight loss exercise device by one Embodiment of this invention does not operate | move. It is a perspective view of the conventional stepping exercise device.

Exercise equipment 10 according to the present invention Base 11 Assembly space 111 Assembly space 112 Through hole 113 Lock hole 12 Stopper 13 Grip part 20 Swing arm device 21 Center assembly member 211 Coupling hole 212 Through hole 22, 22 'Swing arm 221 Screwing end 222 Pivoting end 223 Assembly end 224 Locking part 225 Screwing element 23 Buffer part 231 Fixed end 24 Connecting rod part 241 Pivoting part 242 Combining part 243 Interlocking arm 25 Interlocking bar 26 Interlocking part 261 Pulling push bar 262 Connecting end 263 Combined end 30 Pedal element 31 Balancing part 311 Pivoting space 312 Through hole 313 Screwing hole 314 Insertion part 315 Bearing element 32, 32 'Pedal 321 Turntable 322 Pivoting shaft 323 Combined part

Conventional Stepping Exercise Equipment 40 Pedal 41 Bottom 42 Hydraulic Cylinder

Claims (10)

An assembly space is formed inside, a through hole and a lock hole are formed on both side walls, and bases on which stoppers are respectively installed at appropriate positions on both sides of the assembly space;
On both sides of the central assembly member, the swing arm is installed in an inclined state, the upper part of the swing arm is a screwed end, a buffer part is assembled, and a fixed end is formed on the other side of the buffer part. A connecting part is provided at the upper end of the connecting rod part, a connecting rod part is assembled on the swing arm, a connecting part is provided at the upper end of the connecting rod part, and a combination part is provided at the other end. A swing arm device in which an interlocking rod is further installed at an appropriate position, and one of the interlocking rods is provided with an interlocking part having a pulling rod, a coupling end and a combination end;
The swing arm device is assembled and consists of a balance part and a pedal. There is a pivot attachment space on the bottom side of the balance part. A through hole and a screw hole are formed on both side walls. The pedal is provided with an installation part, a turntable is installed on the bottom side of the pedal, and a pivot shaft is formed in the center for inserting the insertion part. Elements,
An automatic lumbar twist weight loss exercise device characterized by containing.   2. The automatic waist twist weight loss exercise apparatus according to claim 1, wherein the interlocking rod is assembled to a shock absorbing component or a connecting rod component of a swing arm device. An assembly space is formed inside, a through hole and a lock hole are formed on both side walls, and bases on which stoppers are respectively installed at appropriate positions on both sides of the assembly space;
On both sides of the central assembly member, the swing arm is installed in an inclined state, the upper part of the swing arm is a screwed end, a buffer part is assembled, and a fixed end is formed on the other side of the buffer part. A connecting part is provided at the upper end of the connecting rod part, a connecting rod part is assembled on the swing arm, a connecting part is provided at the upper end of the connecting rod part, and a combination part is provided at the other end. A swing arm device in which an interlocking arm is formed at an appropriate position by integral molding, and an interlocking part having a pulling push bar, a coupling end and a combination end is assembled on one of the interlocking arms;
It is assembled to a swing arm device and consists of a balance part and a pedal. There is a pivot attachment space on the bottom side of the balance part, and a through hole and a screw hole are formed on both side walls. The pedal is provided with an installation part, a turntable is installed on the bottom side of the pedal, and a pivot shaft is formed in the center for inserting the insertion part. Elements,
An automatic lumbar twist weight loss exercise device characterized by containing.   The automatic waist twist weight loss exercise apparatus according to claim 1 or 3, wherein a grip portion extending upward is installed at an appropriate position in the base portion.   A through hole and a lock portion are formed at appropriate positions on the upper end surface of the center assembly member and the swing arm, respectively, and the swing arm passes through the through hole of the center assembly member by a screw element to lock the swing arm. The automatic waist twist weight loss exercise device according to claim 1 or 3, wherein the automatic waist twist weight loss exercise device is fixed to the center assembly member by being screwed to the portion.   The automatic waist twist weight loss exercise apparatus according to claim 1 or 3, wherein the connection end and the combination end are a universal joint or a universal bearing.   The automatic waist twist weight loss exercise apparatus according to claim 1 or 3, wherein the pivot shaft of the turntable is fixed in the insertion portion of the balance seat by a lock member.   The insertion portion in which the bearing element is assembled is opened at the center of the balance portion, and the turntable on the bottom side of the pedal is assembled to the bearing element of the balance portion by a pivot shaft. Item 4. The automatic waist twist weight loss exercise apparatus according to Item 1 or 3.   4. The automatic waist twist weight loss exercise device according to claim 1, wherein the combination part of the pedal is assembled at an appropriate position of the turntable.   10. The automatic waist twist weight loss exercise apparatus according to claim 9, wherein an interlocking part on the other side of the interlocking arm is fixed to a combination part at an appropriate position of the turntable at a connecting end.