TWI331540B - Exercise machine for burning body fat and strengthening muscle - Google Patents

Description

1331540 IX. Description of the invention: [Technical field to which the invention belongs] There is a kind of exercise device for doing physical exercise, more specifically, a value of 'Hfl; a kind of exercise device that can burn fat and strengthen muscles. [Prior Art] There are a variety of sports and health devices available on the market for home or health (4). The user can select some of the exercise and health machines of the machine that can adjust or strengthen the body to be passive machines, users, who must apply force to the machines or operate the machines to obtain exercise effects. The machine is operated to stretch and contract the muscles of the user, and the user can obtain physical benefits. An example of such a sports machine is described in Korean Patent No. 283,875, which is incorporated herein by reference. The training apparatus for improving muscle strength only in the Korean Patent No. 283875 includes a base mounted on a horizontal surface, a post mounted to the front of the chicken bottom, a bottom plate mounted on the base, and a base plate disposed in the base a driving unit and a control panel mounted on the column, wherein the bottom plate can move up and down and serve as a footrest of the user, and the driving unit moves up and down to make the two sides of the bottom plate rise and fall. And the control panel is for controlling the operation operation of the driving unit. The driving unit includes a driving source mounted on the substrate, and a pair of active pulleys fixed on the shaft of the driving source are disposed on the main body. a passive 潸 1331540 wheel connected to one side of the movable pulley and connected to the driving pulley by a driving belt, a pair of eccentric shafts respectively inserted into the respective passive pulleys to form a substantially blunt angle, a bracket mounted on the base and rotatably mounted An end supporting each of the eccentric shafts and a link rotatably connected at its lower end to the ends of the eccentric shafts extending from the bracket The link at the upper end thereof is rotatably connected to the bottom surface of the base plate, such that rotation of the rod by the eccentric shaft and moving back and • manner over the base plate movement. In the above structure, each of the driving pulleys is rotated by a motor, and φ the rotational force is transmitted to the respective passive pulleys through the belt, so that the passive pulley rotates the eccentric shaft. Therefore, when a tilting portion performs a circular motion, the bottom end of the connecting link also moves in a circular motion, and the tip end of the connecting rod only moves vertically up and down. Therefore, the bottom plate will alternately rise and fall. With this mode of operation, the user does not have to rely on his own muscles to move. Instead, the movement of the drive unit is used to achieve the effect of strengthening the muscles while relieving muscle fatigue. However, since the bottom plate can only perform two-dimensional movement, that is, reciprocating motion from left to right or up and down, the motion effect obtained from such equipment is limited. • In addition, such health equipment in this field is often difficult to accurately mount the eccentric shafts on a pair of pulleys relative to each other, causing manufacturing difficulties and reduced production. Moreover, when used for a long period of time, the belts may loosen and slip off, so that the eccentric shafts cannot be held in the correct and substantially opposite positions, resulting in mechanical failure and unreliability. In this case, components such as connecting rods or eccentric shafts may break, which further reduces the reliability of the equipment. SUMMARY OF THE INVENTION 6 1331540 Accordingly, the present invention is directed to a sports apparatus that overcomes one or more of the problems of the disadvantages or disadvantages of the prior art. One aspect of the present invention provides a motion device for burning fat and strengthening muscles that operates three-dimensionally and moves as a unitary unit to provide a user with the effect of burning fat and strengthening muscles.

Another aspect of the present invention provides a moving fat and muscle-enhancing moving device having a simple structure and combination, which is easy to manufacture and which avoids breakage and cracking of the device member when performing three-dimensional operation. Additional advantages, aspects, and features of the present invention will be set forth in part in the description which follows. <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; With features. The aspects and other advantages of the present invention will be apparent from and elucidated by the description of the invention.

In order to achieve the aspects and other advantages embodied and summarized herein, and in accordance with the purpose of the present invention, there is provided a sports machine for burning fat and strengthening muscles, the machine comprising: a substantially horizontal base frame; a drive element disposed on a side of the base frame for providing a driving force; a swinging device disposed on the top of the base frame, which is oscillated in a three-dimensional direction by a driving force provided by the driving unit; and a bottom plate, It is connected to the oscillator and follows the rocking with the three-dimensional oscillation of the oscillator. It is believed that the user lying thereon provides three-dimensional exercise for burning fat and strengthening muscle. It is to be understood that the present invention The above general description and the detailed description below are used as examples and explanations for the purpose of explaining the inventions claimed in the appended claims. [Embodiment] Hereinafter, preferred embodiments of the present invention will be described in detail, and examples of the embodiments are shown in the accompanying drawings. The same or corresponding component parts in the drawings are denoted by the same reference numerals throughout the drawings.

Fig. 1 is a perspective view of a moving device according to a first embodiment of the present invention. Fig. 2 is an exploded perspective view showing the components of the moving device which can provide the oscillating motion in the first cymbal. Figure 3 is a cross-sectional view showing the appearance of the components in the second circle after assembly. Figure 4 shows a side view of the components before operation in Figure 2, and Figure 5 shows a side view of the components in Figure 2 when they are in operation.

Referring to Fig. 1, a sports apparatus for burning fat and strengthening muscles according to a first embodiment of the present invention comprises a bottom plate 80 which is attached to the base 14 in an exposed state. The bottom plate 80 will be three-dimensionally (ly) oscillated as a station, and the user on the bottom plate 80 provides three-dimensional vibration motion. Here, the substrate 14 is box-shaped as shown, and as shown in the second circle, the substrate 14 includes a base frame 50, a drive unit 60 and a swing RD. As shown in Fig. 1, the base 14 also includes an opening/closing door 18 for providing access to the inspection and service drive unit 60 and the oscillator RD. Here, the drive unit 60 is a member that supplies a driving force to the oscillator RD to operate the oscillator. The oscillator RD is used to swing the members of the bottom plate 80. That is, 1331540 is that the driving element 60 and the oscillator RD provide the oscillating motion to the bottom plate 8A. The post 14a is mounted on the base 14, and the post Ma can be used to connect the handle 14b that the user grips. Here, the control panel 14c for controlling the closing state and speed of the drive unit 6 is mounted on the column 14 &amp; Further, a remote controller R for controlling a part of the function controlled by the control surface 'He from the remote side is mounted on the handle Mb. That is, when the user wants to operate the swinging motion of the moving machine, the control panel 14c or the remote controller R can be used to control the operation of the driving unit 6〇. Of course, by controlling the driving unit through the control panel 14c or the remote controller R, the swinging motion β' of the bottom plate can be controlled, and a stationary platform sp can be provided on the substrate 14. The stationary center ~ ° Sp can be placed on each side of the bottom plate 80. This stationary platform sp is used before the user moves on the oscillating floor 80 or in motion. That is, the stationary platform SP is for the user to stand before the start of the bottom plate 8 or during the operation. Therefore, the user can &amp; stand on the stationary platform 8 when the user is allowed to lean on or move down from the bottom plate 80 during the movement. Referring to Figure 2, the base frame 50 is disposed at a substantially horizontal level on the floor. A drive unit oscillator RD for providing a swing motion to the bottom plate 8 is mounted on the base frame 50. The bottom plate 8 is connected to the actuator RD. In the following tenth, a more detailed description of these components will be provided. First, the base frame 50 may be formed of a sheet material as shown by the second circle or may be made of interconnected tubular materials as shown in Fig. 10. to make. The base frame 50 can be made of a metal plate or a metal pipe material to

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The drive unit 60 and the oscillator RD are firmly and steadily supported. Next, the drive unit 60 may include a motor 62 and a motor 62 mounted on the base frame 50, and the drive belt 64 has a drive shaft of 62 and a rotary drum 71 of the oscillator RD. Because a bracket BR allows the motor 61 to be suspended from the base frame 50 and the motor 62 can be a forward or reverse running, or an easily controllable stepper motor. The drive belt 64 can have a plurality of grooves 64a along the inner surface of the drive belt 64. When the grooves 64a are formed in the belt 64, they are respectively formed on the drive shaft of the motor 62 and the outside of the rotary drum 71. The grooves 62a and 71a are paired with the grooves 64a of the belt. The groove 64a of the belt 64 is engaged with the groove of the motor drive shaft and the rotary drum, so that the driving force of the motor can be efficiently transmitted. The belt 64 is a type for transmitting the driving force of the motor 62 to the swing weight transmitting member. Here, the drive unit may select to use a gear (not shown on the drive shaft when the gear is used in the unit, the driving gear must reach 62), and the drive gear must be disposed on the rotary drum 71. This is known to those skilled in the art of the gear system, and therefore will not be described below. Next, the oscillator RD may include a rotary drum 71 and a rotary swing drum 77, which are sequentially stacked and disposed on the base frame 50. A 动L moving belt 64 that rotates the rotating drum 71 on the base frame 50, [• drive the horse i, can be used; above. and can reverse the horse: the inner side formed on the surface, on the surface due to the transmission 62a and 71 a such a transmission RD). When the drive is mounted on the horse L-moving gear; the unit is for that - do the detailed chain 75 and one. Here, the stator is fixed to 10 1331540 to rotate the drum 71. The rotating disk 75 is tied to the rotating drum 71. Further, the oscillating drum 77 is supported on the rotary disk 75 through a supporting member. More specifically, the rotating disk 75 and the rotating titanium can be integrally formed. The oscillating drum 7 can be formed integrally with the rotating disk 75. Here, the fixing member may include a through shaft 73a and a support frame S, the through shaft 73a is disposed on the base frame 5〇 p ^ , and the support frame s extends outward from the through portion 73a. Here, the through-cylinder u glaze 73a passes through a plurality of bolts (not drawn

It is fixed to the base frame 50. Gu Zhe. The bolts are passed through the base frame 5〇 and fixed to the through-shaft 73a, or when the flange-to-toe-through shaft 73a is formed with a flange FL around it as shown in Fig. 2, the stem is marked x

The bolts can pass through the flange FL and fix the flange to the base frame 50. Therefore, the 'through shaft 73a is firmly fixed to the base frame 50 by the bolts.» In addition, the support member can include a disk shaft. (disc shaft) 75a and a support frame, the disk shaft 75 a is integrally disposed on the rotation confusing μ + ^ ^ dead disk 75, and the support frame is formed on the disk

The circumference of the shaft 75a. Here, the disk 75a is too loose ** A to be on the center of the rotary disk 75. The disc shaft 75a can be integrally reported with the rotating disc 75, and the +^ shape is used or it is divided into a rotating disc.

Open and use a bolt (not shown) to fix the tray m rib sleeve 75a to the rotating disc 75. 0 Rotating drum 7! Can be made into a barrel shape 'or different from that shown in Fig. 2, the rotating drum 7 The crucible is in the form of an annular disk. The rotary drum can be rotated by the driving force transmitted from the motor 62 through the belt 64. Therefore, the rotary drum 7i has a continuous through hole 71b formed therein for the passage of the through shaft 3a. That is, the through shaft 73a is inserted through the through hole. 71b. Therefore, the rotary drum 71 is inserted around the through shaft 73a, and when rotated, the rotary drum 1 does not traverse

::S 11 1331540 The shaft 73a is loose. The rotary disk 75 can be manufactured separately from the rotary drum 71, and then the rotary disk 75 is integrally tethered to the rotary drum 71; or the rotary disk 75 can be integrally formed with the rotary drum 71 when the rotary drum is manufactured. The rotary disk 75 is integrated with the rotary drum to be rotated together with the rotary drum 71.

Therefore, the rotary disk 75 has a thickness difference τ and t as shown in the enlarged view of the rotary disk of Fig. 2. Thus, when the rotary disk 75 is rotated in the ring type with the rotary drum 71, a three-dimensional oscillating motion in all directions is generated. That is to say, the rotary disk 75 is a disk cam that changes the rotational motion into a swing motion.

The thickness (τ and t) of the rotating disk 75 can be proportional such that the thinner thickness 1 is between 2/3 and 3/4 of the thicker thickness T. For example, if the thickness difference between T and t is greater than 2/3, the amplitude of the swing when the bottom plate 80 is operated will be too large, and it is not suitable for people other than athletes and gym sports coaches. Excessive swing can cause damage to the muscles and joints of most users. On the other hand, when the thickness difference between T and t is less than 3/4, the movement effect is negligible due to the insufficient swing amplitude of the bottom plate 80. The swing drum 77 can be made into a drum shape as shown, or Can be made into a discoidal shape. The oscillating drum 77 includes a uniform perforation 77b for the passage of the disc shaft 75a of the rotary disc 75. That is, the 'disc shaft 75a is inserted into the through hole 77b. Therefore, the swing drum 77 is inserted around the disk shaft 75a and placed on the rotary disk 75. Therefore, when the rotary disk 75 rotates, the swing drum will swing on the rotary disk 75. That is to say, the oscillating drum 77 does not rotate with the rotating disk 75, but only performs a swinging motion.

12 1331540 Here, the swing drum swing drum 77 swings upward in the ring direction. Further, since the disk shaft 75a is inserted in the through hole 77b, the oscillating drum is not released from the rotary disk 75. The bottom plate 80 is provided for the user to stand and is fixed to the swing drum 77 by through-type fastening members CM. Therefore, the bottom plate 80 is connected to the oscillator RD through the fastener CM. The fastener CM shown here may be a bolt. Therefore, the bottom plate 80 connected to the oscillating device RD is oscillated as the oscillating drum 77 is immersed in the two-dimensional dredging, and provides a oscillating motion to the user standing thereon. As shown in Fig. 2, the bottom plate 80 may include a ##3 seal member 80a which is attached to the bottom plate 80. The sealing member 80a can be formed in an ancient manner, L ^ ^ 直 is formed straight along the edge of the bottom plate 80 and the sealing member 8〇a is shown in the postal map to provide a resilient finger-folding material. Or if the 2nd_ is mounted on the pure 8〇, the bottom plate 8Q=edge is sealed, and the parts of the body of the seal are in contact with the bottom plate 8〇&gt; to avoid the oscillating device RD. Therefore, the user is prevented from being injured by the seal 8〇a. The swing of the bottom plate 80 of the limiter j can be restricted by a swing limiter Rc. The pendulum limiter RC may include an elastic member 19 to which the ejector pin 19 is fixed to the base frame 50 and connected to the base plate 8''. The body of the girl and the elastic member 丨9 can be a spiral spring like the second circle, and can be fixed on the lunar system by the younger brother in the basal bone 芊 5〇 ^ ^ TM ^ rod-shaped solid 疋 rod 19a When the s elastic member 19 is fixed to the base and the base by the bottom bone 疋 疋 19 19 19a, the length of the elastic member 19 can be retracted. Therefore, the elastic member is reduced in length to adjust its elasticity for adjusting the elasticity of the elastic member 19. Solid rod 19a疋

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19, particularly at the base bone member 19. When the elastic members 19 are attached to the base frame 50, the opposite sides of the plurality of elastic members are provided on opposite sides of each of the elastic sides to provide an elastic member 1 9 , 80 on both sides. In the third circle of the inter-column, the ancient RD is mounted on the base frame 50 because the rotary drum is inserted in the through-shaft. Here, the (four) drum 7 is rotated on the base 50 in a vertically aligned manner with the swing drum 77. The bottom plate 80 is horizontally fixed to the swing by the tightening member CM, and because the rotary disk 75 has a thickness difference d and t, the rotary drum 71 is inserted at the center thereof on the through shaft 73a, and the outer circumference of the rotation is wound around The drive having the drive unit 6A of the motor 62 is thus, the rotary disk 75 is tethered and fixed to the rotary drum 71, and rotates integrally with the rotation. The rotary disk 75 is mounted on the base frame 5'' and rotated by an element 62. Further, the oscillating drum 77 is disposed on the rotary disk 75 to support the chassis 80. Therefore, the oscillating drum 77 is mounted on the base frame 5'' to be three-dimensionally oscillated. Here, the support frame s of the through shaft 73a supports the portion of the rotary drum n. The support frame 8 of the disc shaft 75a supports the lower position of the swing drum. Therefore, the rotary drum 71 does not contact the base frame 5〇. It does not touch the rotating disk 75. As shown in the third circle, the through 73&amp; and the disc shaft 75&amp; are inserted into a journal bearing JB. The 颙 bearing jb can prevent the inner surface of the rotating drum and the oscillating drum 77 from rubbing through the faces of #73a and 盘#. The spherical bearing JB can use a spherical wheel bearing. Each of the shelves 50. The bottom plate. Swinging Rotating skeleton drum 77 Drum 71 64° Drum 71 is made up of horses to support the lower part 77 and the neck shaft 71 and appearance

S 14 1331540 Referring to Fig. 4, the elastic member 19 fixed to the base frame 50 through the fixing rod 19a is fixed to the bottom surface of the bottom plate 80 to elastically connect the bottom plate 80 to the base frame 50»the elastic member 19 is elastically connected On one side of the bottom plate 80. Here, the elastic members 19 fixed to one side of the bottom plate 80 may each be contracted and stretched with the inclination formed by the rotary disk 75. That is, the elastic member 19 fixed to the side of the bottom plate 80 is elongated, and the elastic member 19 fixed to the other side of the bottom plate 80 is contracted.

The belt 64 of the drive unit 60 is wound around the side of the rotating drum 71 of the oscillator RD via the side of the elastic member 19. That is, the belt 64 does not come into contact with the elastic member 19. Referring to Fig. 5, when the elastic member 19 is swung with the bottom plate 8 shown by the solid line and the broken line, the elastic member 19 is repeatedly stretched and contracted to hinder the swinging action of the bottom plate 80. Here, when the bottom plate 80 is raised, the raised side elastic member 19 is stretched to pull the bottom plate 80 by its own inherent tension. » When the bottom plate is lowered, the lower side elastic member is contracted to allow The lowering action of the bottom plate 80 can reduce the bottom plate by the damping effect

80 swings. Thereby, the elastic force of the elastic member 19 is used to restrict the swing of the bottom plate 8〇. The operation of the above-described structure for burning fat and strengthening muscle exercise machine according to an embodiment of the present invention will be described below with reference to Fig. 5. As shown in Fig. 5, the drive list of the building supported by the bracket BR; the motor 62 of the it 60 drives the actuator "._ the belt 64 is wound. Therefore, the oscillator rd is wound around

The bobbin cobalt A of the belt 64 is rotated about the through shaft 73a. Here, the rotary disk 75 tethered and fixed to the rotary drum 71 rotates because of the rotary disk

15 75 thickness difference t and do three-dimensional movement. Therefore, the oscillating drum 77 provided on the screw 75 is swung by the swing of the rotation because it is inserted into the disc shaft 75a. Of course, the oscillating drum 77 is three-dimensionally oscillated in a circular direction in accordance with the three-dimensional oscillating action provided by the rotary disk 75. The bottom plate 8 整体 integrally fixed to the oscillating drum 77 is swung with the oscillating drum η. At this time, the bottom plate 8 turns three-dimensionally with the three-dimensional pendulum of the oscillating drum 77. That is, the bottom plate 80 is swung in all directions by the vibration of the oscillating drum 77. Therefore, the bottom plate 80 can provide a three-dimensional pendulum/movement to the squatters located on the bottom plate 8 。. When the bottom plate 80 performs a three-dimensional oscillating motion in all directions, the user on the position plate 8 can obtain a sporting effect by moving the body in order to keep the body flat on the bottom plate 80. ...the three-dimensional movement of the bottom plate:: The physical movement of the body to strengthen the user's muscles and burn the body fat during the process of the user's special use of the calf, thigh, buttocks, waist, chest + ° 'abdominal judgment Shake, back and other body parts to strengthen the muscles. Fig. 6 is an exploded perspective view showing the members in the first embodiment according to the second embodiment of the present invention, and Fig. 7 is a cross-sectional view showing the state in which the members are combined in Fig. 6. That is, the sixth and seventh figures &amp; _ paste are not constructed according to the second embodiment of the present invention, and a plurality of members of the exercise machine which can provide the oscillating motion. The members designed in accordance with the second embodiment of the present invention are different from the prior embodiments in that a bottom bearing 20 is additionally provided. This difference will be explained below with reference to a circle. Referring to Fig. 6, the bottom bearing 20 includes a bearing plate 24 1331540 outer casing 22 in which a plurality of rotatable and sliding support members are embedded in the bearing disc 24, and the outer casing 22 is used to enclose Bearing disk 24. Here, the support members 24a may be a plurality of balls, and are disposed in the bearing disk 24 as in the sixth embodiment. The outer casing 22 can be formed separately by the male B 1 red to respectively surround the top and bottom of the bracket 24. This bottom bearing is inserted over the through shaft 73 and located at a lower portion of the through shaft 73a.

Referring to Fig. 7, the split housing 22 of the bottom bearing 2'' is at the side 'to the side to insert the support #24a into the retainer disk 24 from the side. That is, 'the two portions of the split casing 22 are not in contact with each other because of the thickness of the support member 24a. The support member 24a can be rolled or slid in the outer casing 22. The diameter of the bottom bearing 20 can support the rotating drum 71 of the oscillator rd. The bottom bearing 20 is inserted at a lower portion of the through shaft 73 &amp; and is located at a lower portion of the rotary drum 71 so that the bottom bearing 2 〇 supports the rotary drum. The lower part of 1. When the rotary drum 71 is to be rotated by the drive unit 60, the rotary drum 71 can be easily rotated by the bottom bearing 20.

When the bottom bearing 20 supports the rotary drum 71, the support frame Se of the through shaft 73a as described in Fig. 2 can be omitted, that is, since the bottom bearing 2 〇 supports the rotary drum 71, the through shaft 73a does not require the support frame s. . Figure 8 is a view showing the arrangement of the members according to the third embodiment of the present invention in Fig. 2, that is, the eighth circle shows the number of exercise machines designed to provide the oscillating motion according to the third embodiment of the present invention. Components. The second embodiment differs in that an additional tilting unit 3 is provided which provides an oblique angle to the through shaft 73a and the drive unit 60. Therefore, the additional added tilt unit 30 will be described in detail below with reference only to Fig. 8.

17 1331540 As shown in Fig. 8, in the third embodiment, the tilting unit 30 is connected to the through shaft 73a and the driving unit 60. The tilting unit 3〇 can include a hinge 32, a vertical bracket 34, a cylinder 36 and a link bracket 3 8 » where the pair of tilting units 30 will be The components are described in more detail. First, the frame 32 passes through the shaft 73a and is fixed to the base frame 50, and the lower end of the through shaft 73a is fixed to the base frame 50. The through shaft 3a is caused to rotate along the axis of the hinge 32 on the base frame 50. Next, the vertical bracket 34 is spaced apart from the through shaft 73a and vertically mounted on the base frame 50. The distance between the vertical brackets is determined according to the length and stroke of the cylinder 36. Thereafter, both ends of the cylinder 36 are fixed to the vertical bracket 34 and the through shaft 73a by means of a button. That is, the cylinder 36 is fixed to the vertical bracket 34 and the through shaft 73a at the end of the length adjusting rod and the end of the container surrounding the adjusting rod. The steam red 36 fixed to the vertical bracket 34 and the through shaft 73a by the hinge at both ends thereof forms an axis different from the direction of the through shaft 73a. Furthermore, the link bracket 38 is bent. The respective ends of the connecting bracket 38 are connected to the through shaft 73a and the motor 62 of the driving unit 60, respectively, and an integral connection is formed between the through shaft 73a and the motor 62. The tilting unit 30 of this structural arrangement will contract the tilting unit by controlling the cylinder contraction by the control panel 14c (see Fig. 1). Here, the cylinder 36 moves through the contraction of one rod to move the through shaft in the supporting state. 73a. The through shaft 73a is caused to rotate along the hinge 32. Connection bracket 38

The S 18 1331540 and the motor 62 are thus pivoted about the through shaft 73a about the through shaft 73a. Of course, the oscillator RD also pivots around the through shaft 73a along the through shaft 73a. When the field oscillator RD is thus rotated, the three-dimensional moving bottom plate 80 mounted on the oscillator RD also rotates around the through shaft 73a following the oscillator RD__. Therefore, the bottom plate 80 can be adjusted according to its inclination. That is to say, after the tilt angle of the bottom plate 80 is adjusted, the bottom plate 8 turns three-dimensionally. The bottom plate 80 is provided to provide an increasing oscillating motion to the user standing thereon. Of course, users also use this training to get more effective fat burning and muscle strengthening effects. The bottom plate 80 is reversible through the cylinder 36. That is, the cylinder 36 can be retracted repeatedly. In this way, the user can obtain not only the swinging motion but also the surfing-like motion effect. More specifically, the tilt unit 3〇 provides user surfing motion. Fig. 9 is a side elevational view showing the arrangement of the members of Fig. 2 in accordance with a fourth embodiment of the present invention. That is, Fig. 9 shows a plurality of members of the exercise machine which provides the oscillating motion according to the fourth embodiment of the present invention. The members according to the fourth embodiment of the present invention are omitted from the previously described disk shaft 75a in the rotary disk 75 of the oscillator rd, the oscillating drum 77 which is formed into a disk shape, and added to the oscillating drum 77'. A rotating member 85» In the fourth embodiment, the disk-shaped oscillating drum 77 is attached to the rotary disk 75 of the oscillator RD, and the rotary disk 75 does not have the above-described disk shaft 75a. Further, the rotating member 85 is disposed on the disk-shaped oscillating drum 77' for supporting the bottom plate 80. As shown in the enlarged view in the figure, the bottom plate 80 is utilized.

19 1331540 The fastener CM passes through the bottom plate and anchors the head HD of the fastener CM to the bottom plate 80, and the bottom plate 80 is fixed to the rotary disk 75. Therefore, the bottom plate 80 is fixed to the rotary disk 75 through the fastener CM. Of course, the fastener CM sequentially passes through the bottom plate 80 and the swing drum 77, and is fixed to the rotary disk 75. Here, the rotating member 85 includes a rotor 85a and a rotating lever 85b' attached to the swinging drum 77, and the rotating lever 85b is fixed to a lower portion of the bottom plate 80 to allow the rotor 85a to rotate. In the fourth embodiment of the above configuration, the disk-shaped oscillating drum 77' of the oscillator rd is three-dimensionally oscillated in conjunction with the common rotation of the rotary drum 71 and the rotary disk 75. Here, the rotor 85a is rotated on the disk-shaped oscillating drum 77, and the chassis 80 is supported by the rotating lever 85b. Of course, since the bottom plate 80 is supported by the swinging drum 77' by the rotor 85a through the rotating lever 85b, the swinging is performed. Therefore, the three-dimensional movement can be performed by the disk-shaped swinging drum 77. Therefore, the bottom plate can provide a swinging motion for burning fat and strengthening muscles to the user on the bottom plate 80. As described in the fourth embodiment, the rotor 85a can be formed on and in direct contact with the rotary disk 75. Further, the rotating member 85 may be mounted on a lower portion of the bottom plate 80 surrounding the rotary disk 75 to contact the rotating member 85 positioned on the rotary disk 75. The first component

According to the root system 1 ο 1X map see through the solution group in the composition of the composition, etc. 2, the first example, the circle example ο 1 real 5 is the first picture of the 11th post-time transfer group Piece configuration, etc. The middle figure ο ο 11 11 The first urwf SR Figure 2 3 The 9th and 9th drawings and the view

c S 20 1331540 Side view. 10 to 13 show respective members of a moving machine for providing a swinging motion according to a fifth embodiment of the present invention. The difference between the fifth embodiment of the present invention and the previously described embodiment includes: adding a needle-shaped neck bearing and a swing limiter RC, the needle-shaped neck bearing JR being mounted on the through shaft 73a of the swinger RD and Disk shaft 75 &amp; The following points will be used in conjunction with the notes to illustrate these differences. In the first picture, the needle-shaped neck bearing JR is mounted on the oscillator RD.

The shaft 73a and the disc shaft 75a are threaded, and as shown in Fig. 1, a needle bearing i, an upper cap 3 and a lower cap 2, a snap Hng 4, and a fixing member may be included. The upper cap and the lower caps 3 and 2 respectively enclose the upper part and the lower part of the needle bearing!, and the buckle 4 is sleeved on the through-and-out plate 75a to support the upper cap 3, And the fixing member fixes the buckle 4 to the through shaft 73a and the disk shaft 75a. Here, the above-mentioned neck bearing JR will be described in more detail. None of the 'outside of the neck bearing 1' - the brain, * heart added to the needle... ::The gradient is fine to bear

1 bark and allow self-alignment. That is to say, 2贞 load (compound self-aligning tapered needle bearing. Needle bearing 1 is a second, the upper cap 3 circle around the needle shaft cover 3 has a through hole IH, the through hole The upper portion of the IH system is capped and has a tapered end for receiving the inner surface of the tapered upper cap. The cap 3 securely holds the needle wheel bevel bearing 1. Therefore, The function can be like a needle bearing! The outer surface of the frame (/ outer cap. The upper cap 3 rotates around the outer circumference of the needle bearing! 1 bucket is also the upper cap 3 can be 21 1331540 connected to the lower cap 2 Connected to the upper cap 3 and supports the lower portion of the needle bearing. Therefore, the lower cap;;&gt; „ ^ 憎盍 2 combined with the upper cap 3 to seal and protect the needle bearing 1. &amp; 4 is inserted into the through shaft 73a and the disc shaft 75&amp; by a fixing member to prevent the upper cap 3 from coming out from the upward direction. As shown in Fig. 1, the fixing member can be formed in the through shaft 73a and a ring-shaped groove G of the disk shaft 75a. The ring groove is limited to the buckle 4 inserted in the through-shaft 73a and the disk shaft 75a, so as to avoid the buckle 4 along the through-shaft 73. a is moved in the direction of the disk shaft 75a. That is, the buckle ring 4 is inserted in the annular groove G. The swing limitation in the fifth embodiment is that the RC may include at least one vertical axis 73 and an elastic coupling band 94, which Vertically and sleeves 92 are tied to the base frame 5, and the elastic link 94 is made of a material such as rubber or urethane and is joined to the summer axis 72. Here, a plurality of verticals can be used. The opposite sides of the axis 92 ^ &amp; the middle of the two vertical axes 92. For example, as shown in Fig. 11, the two vertical axes 92 can be respectively placed on the bottom of the 1 &amp; bottom frame 50 and make the oscillator RD The oscillating drum 77 is located in the splicing belt 94 and can be made into an annular cymbal I and fixed by the fixing screw SC to the vertical shaft 92 and the oscillating drum 77 of the oscillating device. This connecting belt 94 is as before The drive cymbal 64 has a ridge 94a formed in its inner surface. Of course, the π outer surface of the oscillating drum 77 is formed with a ridge groove 77a' to cover the ridge. Here, the η back The relationship between 94a and the ridge 77a is similar to the relationship of the gully rotating drum 71 on the belt 64. In Fig. 11, the Pangu s straight shaft 92 of the swing limiter RC is mounted on the base frame 50 and separated from the swing drum double 77 of the oscillator RD.

22 1331540

The swinging motion of the swing drum 77 is hindered. Therefore, the swinging motion connected to the bottom plate of the swing drum 77 is also restricted. Of course, depending on the material used to connect the belt 94, the connecting belt 94 does not generate noise. Figure 14 is a perspective view showing the arrangement of the member of Figure 2 in accordance with a sixth embodiment of the present invention. That is, Fig. 14 shows the respective members of the exercise machine which can provide the oscillating motion according to the sixth embodiment of the present invention. Sixth Embodiment A place similar to that of the fifth embodiment is that a plurality of vertical axes 92 are provided. The difference caused will be explained with reference to Fig. 14. As shown, the vertical axis 92 of the swing limiter RC is disposed in four opposite positions with respect to the swing drum 77 of the oscillator RD. The number of these verticals 92 may be four, and they are disposed two to two in front of and behind the swinging drum 77. Of course, the tie strip 94 forms a four-corner closed loop and is surrounded by four vertical axes 92. The four-corner connecting belt 94 has a large elastic force due to the tension of the four vertical shafts 92. Therefore, the connecting belt 94 can more stably limit the swing of the swing drum 77 by its large elastic force. However, since the swing of the swing drum 77 is restricted, the swing of the bottom plate 80 is also limited. Here, the carriage BR shown in the enlarged view at the lower left of Fig. 14 is a fixed vertical axis 92. That is, the vertical shaft 92 can be fixed to the bottom frame 50 through the bracket BR. Further, a vertical shaft 92 can be manufactured in a semi-cylindrical shape as shown in the enlarged view at the lower right of Fig. 14. That is, the vertical shaft 92 can be a round metal tube. Of course, the vertical axis 92 can also be box or triangular. However, the vertical axis 92 needs to be substantially perpendicular to the base frame 50 to wrap the annular link 94 around the vertical axis 92. The circumscribing circle is not sufficient for the shaft. The base 9 is a half belt 9 Λ 24 1^31540 Fig. 15 shows a perspective circle in which the members of Fig. 2 are arranged according to the seventh embodiment of the present invention. That is, the fifteenth circle shows the respective members of the exercise machine which can provide the oscillating motion according to the seventh embodiment of the present invention. The seventh embodiment is different from the foregoing embodiments in that the swing limiter RC is in the form of a rubber strip or a coil spring. The difference will be described below with reference to Fig. 15. As shown in Fig. 15, the swing limiter RC according to the seventh embodiment of the present invention is a connecting strip 96 made of an elastic material, one end of which is connected to The swinging drum 77 of the oscillator RD and the other end are connected to the base frame 50' such that the connecting strip 96 remains in a tight state. Here, for example, as shown in the lower left diagram of Fig. 15, the connecting strip 96 is formed in a straight strip shape, and the both ends of the connecting strip 96 are fixed to the swinging drum 77 and the base frame 5〇 by the bolts b, respectively. The link 96. Therefore, the swing amplitude of the swing drum 77 is limited by the elastic force of the joint strip 96. Of course, since the swing of the swing drum 77 is restricted, the amplitude of the swing of the bottom plate 80 is also limited. As shown in Fig. 15, a plurality of connecting strips 96 may be provided, and the connecting strips 96 may be provided in such a manner as to face the swinging drum, or two connecting strips 96 facing the swinging drum 77 may be provided on each side. That is, four tie bars 96 may be provided as shown in Fig. 15, or two tie bars 96 may be provided. Of course, a single tie strip 96, or more than four tie strips 96, may also be provided. Here, as shown in the lower right side of Fig. 15, a coil spring 97 may be used instead of the spiral strip 96. That is, the swing limiter rc may be in the form of a coil spring 94. In other words, the swing limiter RC may be a linear connecting strip 96 or a helical spring 97. The coil spring 97 limits the swing of the swing drum 77 by its own elastic force of 25 1331540. Of course, since the swing of the swing drum 77 is restricted, the swing of the bottom plate 80 is also limited. The 16th circle is a perspective view showing the arrangement of the members in the second stack according to the eighth embodiment of the present invention. That is, the 16th circle shows the respective members of the exercise machine which can provide the swinging motion according to the eighth embodiment of the present invention. The eighth embodiment is different from the foregoing embodiment in that the swing limiter is formed in a flared shape. This difference will be explained below with reference to Fig. 16. As shown in Fig. 16, the swing limiter RC according to the eighth embodiment is in the form of a sheet spring 98. Here, the leaf spring 98 may be bent into an "L" shape as shown by the upper circle in Fig. 16 to obtain elasticity, or the leaf spring 98 may be as shown in the lower diagram of Fig. 16. It is folded into an "S" shape. Both ends of the leaf spring 98 can be directly connected to the base frame 50 and the swing drum 77 of the oscillator RD by bolts B. Therefore, the leaf spring 98 limits the swing of the swing drum 77 by its own elasticity. Of course, since the swing of the swing drum 77 is restricted, the swing of the bottom plate 80 is thus limited. Here, the enlarged view on the lower right shows an s-shaped leaf spring fixed to the base frame 50, which is again bent again. That is, the leaf spring 9S can be bent one more time at its lower end. In the enlarged view of Fig. 16, the leaf spring 98 can be formed into a forked shape having branches to reinforce the spring force of the spring 98. That is, the leaf spring 98 can be split into two from the top to the bottom, as shown in the enlarged view above the Fig. 16. Fig. 17 is a perspective view showing the members of Fig. 2 in accordance with the ninth embodiment of the present invention. Figure 18 shows the operation of these components in Figure 17.

Side view of 26 1331540 • That is, the 17th and 18th views show the respective members of the moving machine which can provide the oscillating motion according to the ninth embodiment of the present invention. The ninth embodiment differs from the foregoing embodiment in that the swing limiter RC is in the form of a load bearing. This difference will be explained below with reference to the drawings.

Referring to Fig. 17, the swing limiter RC according to the ninth embodiment may include a bearing bearing LB and a fixing member F, wherein the bearing bearing LB has a ball joint having a vertical mounting on the ball joint a fixing portion LB-1 on the base frame 50 and a movable portion LB-2 vertically connected to one end of the fixed portion LB-1 and moving around the end; and the fixing member F will carry the movable portion LB of the bearing LB 2 is fixed to the swing drum 77 of the oscillator RD.

Here, the fixing member F may be a structure including a fixing bracket FB and a connecting pin P. The fixing bracket FB is fixed to the outer surface of one end of the swing drum 77 by a bolt B; and the connecting pin P passes through the other end of the fixed bracket FB and the movable portion LB-2 to connect the fixed bracket FB. To the active part LB-2. Here, the other end of the movable portion LB-2 carrying the bearing LB can be moved by the connecting pin p. That is, the other end of the movable portion LB-2 is rotatable around the connecting pin P. Referring to the 18th, the movable portion LB-2 of the bearing bearing LB is moved by the swing of the swinging drum 77. That is, the movable portion LB-2 is moved in an elliptical shape by the swing of the swinging drum 77. Here, the moving stroke of the movable portion LB-2 is received by the fixed portion LB-1 located at the end of the movable portion LB-2 and the connecting pin P located at the other end of the movable portion lb-2.

27 1331540 Restrictions. Therefore, the bearing bearing restricts the swinging of the swinging drum to the swinging drum 77 by the restriction of the bottom plate. When the swinging limiter is formed by the bearing bearing LB and the fixing member f, the slipping drum 77 can be omitted. The ridge groove 77 C on the surface is the same as the oscillating stopper in the first &quot; and 18; = the connecting belt 94 having the ridge 94a formed on the inner surface is not required (see the figure) Therefore, the ridge groove 7 7a can be omitted. 1()

Fig. 19 is an exploded perspective view showing the arrangement of the members in Fig. 2 according to the first embodiment of the present invention. Fig. 20 is a perspective view showing the combination of the members in Fig. 19, and a twenty-first circle showing a side view of the members in the 19th circle in operation. Namely, Figs. 19 to 21 show respective members of the exercise machine which can provide the oscillating motion according to the first embodiment of the present invention. In the tenth embodiment, except that the swing limiter RC has a mounting angle 163 and a spring tube 165, all the members are the same as those of the fifth embodiment (see Fig. 1). The difference will be explained below with reference to the drawings.

The swing of 77. Of course, the swing by 80 is thus also attached to the swinging drum 77 of the swinger RD which is three-dimensionally movable by the swing limiter RC according to the tenth embodiment. A swing limiter RC is provided on each side of the swing drum 77 to restrict the swinging motion of the swing drum 77 from both sides of the swing drum 77. Referring to Fig. 20, the swing limiter RC according to the first embodiment of the present invention may include a mounting angle 163 and a spring tube 65, wherein the mounting angle 163 is fixed to the base frame 50 and the swing drum of the oscillator RD 77 is separated by one end distance, and both ends of the spring tube 165 are respectively connected to the mounting angle 163 and

28 The swing drum 77 is β. Here, the ends of the spring tube 165 are connected to the swing drum 77 and the mounting angle 163', respectively, so that the mounting angle 163 is spaced apart from the axis of the swing drum. That is, one end of the projectile tube 165 is connected to the swing drum 77, and the other end is connected to the mounting angle 163 « as indicated by a circle, the spring tube 165 is substantially perpendicular to the swing drum 77, and is disposed horizontally. Therefore, the spring tube 165 Horizontally between the swing drum 77 and the mounting angle 163" The spring tube 165 may be made of a metal coil spring, and the ends of the spring are welded to the outer surfaces of the swing drum 77 and the mounting angle 163, respectively. However, the ends may also be coupled to the swing drum 77 and the mounting angle 163 by first and second end connectors, as will be described below. That is, the swing limiter RC may further include a first end connector and a second end connector. Here, the first end connector may include a corner bracket 167, a first insertion protrusion 161, and a coupling shaft A, wherein the first insertion protrusion is cylindrically inserted into the spring tube 165, and the connection The shaft A is coupled to the angle bracket 167. Furthermore, the second end connector may include a second insertion protrusion 169 and a fixed axis A', wherein the second insertion protrusion 169 is like the first insertion protrusion 161, and the fixed axis A' is fixed to the mounting angle ι63 . Here, the connecting shaft A and the fixing shaft A' can be screwed using the nut n. And a flange FL may be integrally formed on the ends of the first and second insertion projections 161 and 169. Referring to Fig. 2, the corner bracket 丨 67 of the first end connector is directly connected to one side of the outer surface of the oscillating drum 77 as shown in an enlarged view. And when connected · · 29 1331540

When the shaft A is fixed to the corner bracket 167, the coupling shaft A is extended. The insertion protrusion 161 is inserted and fixed to the coupling shaft A. The first insertion 161 is thus connected to the swing drum 77. One end of the spring tube 165 is inserted into the swinging drum 77 and inserted into the protruding piece 161. Therefore, the spring tube is connected to the swing drum 77 through the first insertion projection. The first end connector will be described in more detail with reference to the drawings, and the 167 has an intermediate portion folded at a right angle to become an "L" shape. Since the frame 167 has one side in the horizontal direction and the other in the vertical direction, one side of the horizontal direction is welded to the outer surface of the swing drum 77, and the one end of the spring tube 165 is inserted into the first insertion protrusion, and The first insertion protrusion 161 is located on the other side of the corner bracket 167. The one end of the spring tube abuts against the flange FL at the end of the first insert 161. The first insertion projection 161 has an outer surface that corresponds to the inner surface of the 165. Therefore, the first insertion projection 161 is inserted into the one end of the spring and is annularly supported in its inner circumference. Since the magazine is supported by the first insertion protrusion 161, the spring tube 165 is reinforced. Since the first insertion protrusion is inserted in the spring tube 165, the spring tube 165 is integrally connected to the outer surface of the swing drum 77". The first insertion protrusion 161 is coupled to the angle bracket 167, so the spring is thus connected to the swing drum The outer surface of 77. Then, the coupling shaft A vertically penetrates the extension of the angle bracket 167 toward the first insertion projection 161. Therefore, the coupling shaft A is inserted from the corner bracket first insertion member of the first piece 161 angle bracket to the corner bracket side. The arm member 161 is straight into the protruding spring tube 165 tube 165. The end of the tube 165 is extended from the other end of the pivoting drum 77 by the side of the tube 165 and 167 toward 30 〆 1331540, wherein the corner bracket 167 The other end is spaced apart from the swing drum 77. As shown in the enlarged view in Fig. 21, the coupling shaft A may have a bolt.

This coupling shaft A is fixed to the angle bracket 167 by the nut N and passes through the center of the first insertion protrusion 161. That is, the coupling shaft A is screwed and fixed to the corner bracket 167 by the nut N, and the corner bracket 167 is passed through the center of the first insertion protrusion 161. Therefore, the coupling shaft A integrally connects the first insertion projection 161 to the corner bracket 167», i.e., the first insertion projection 161 is integrally coupled to the angle bracket 167 through the coupling shaft A. Of course, one end of the spring tube 165 is also connected to the angle bracket 167 by the first insertion protrusion 161. The connector on the other end has a second insertion protrusion 169 and is fixed to the fastening system. Fixed axis A on corner 163. Therefore, the second insertion protrusion 169 is integrally formed and fixed on the mounting angle 163. This second insertion projection 169 is inserted into the other end of the magazine tube 165. Therefore, the spring tube 165 is coupled to the mounting angle 163 through the second insertion protrusion 169.

This other end connector will be further explained below with reference to the drawings. First, the second insertion projection 169 is inserted on the fixed shaft A', and the fixed shaft A' is fixed to the mounting angle 163. The second insertion protrusion 169 is also inserted into the other end of the spring tube 165 to fix it to the fixed shaft A'". The spring tube 165 is supported by the flange FL formed on the end of the second insertion protrusion 169. another side. Therefore, the spring tube 165 is connected to the mounting angle 163 through the other end inserted in the second insertion protrusion 169. Next, the fixed axis A' penetrates the mounting angle 163 and faces the axis of the oscillating drum 77.

31 1331540

The heart direction extends and is spaced a distance from the axis. Here, A' can use bolts. The fixed shaft A' is first fixed to the mounting angle 163 through the nut N, and the second insertion center of the protruding member 169. That is, the fixed shaft A' is screwed to the mounting angle 163 and passed through the second insertion projection 169, so that the fixed insertion axis A' integrally fixes the second insertion projection 169 to the corner 163. That is, the second insertion projection 169 is fixed to the mounting angle 163 through the fixed shaft A'. Of course, the spring tube 165 is coupled to the mounting angle 163 by inserting the insertion end into the second insertion projection 169. The first and second insertion projections 161 and 169 described above may be made of a rubber material to support the spring tube 165 after being inserted into one end of the spring tube 165. Further, in order to be able to support the first and second insertion projections 161 and 169 using the coupling shaft A axis A', A and the fixed shaft A' may extend for a length. Further, the above-mentioned coupling shaft A and fixed shaft A' can be welded to the corner bracket mounting angle 163. When the coupling shaft A and the fixed shaft A' are welded to the corner bracket mounting angle 163, the nut N for fixing the coupling shafts A and A' can be omitted.

The coupling shaft A can also be directly welded to the outside of the swing drum 77. When the head of the coupling shaft A is welded to the outer surface of the swing drum 77, the shaft A and the swing drum 77 are directly connected in this manner, the angle bracket can be saved. Rack 167. Of course, the fixed shaft A' can be welded directly to the mounting. At this time, the nut N for fixing to the fixed shaft A' may be omitted. The one end of the spring tube 165 may be directly welded or tethered to the fixed shaft and passed through the center of the nut N. As a result of the installation, the other or the rubber can be elastically attached to the fixed coupling shafts 167 and 167 and the fixed shaft surface. . When the above mentioned angle 163 〇 corner bracket 32 wide ^ 1331540 167. At this time, the first insertion protrusion 166 connected to the corner bracket 167 and the coupling shaft A can be omitted. The operation of the swing limiter RC according to the tenth embodiment of the present invention will be described below with reference to the twenty-first embodiment. As shown in the figure, when the oscillating drum 77 of the oscillator RD is three-dimensionally oscillated to oscillate the bottom plate 80 three-dimensionally, the elasticity of the spring tube 165 itself can be utilized to hinder the swing of the oscillating drum 77. At this time, the spring tube 165 provides the elastic force to the swing drum 77 at a right angle. And the tubular spring tube 165 provides a spring force in a column-like manner. Therefore, the spring tube 165 restricts the swing of the swing drum 77 and provides a reaction force against the swing drum 77. Therefore, the spring force provided by the spring tube 165 can be used to reduce and hinder the swing of the oscillating drum 77. Further, the amplitude of the swing of the bottom plate 8〇 is stably restricted. That is, the bottom plate 80 can be smoothly oscillated by the spring tube 165. When the oscillating drum 77 is swung, the spring tube ι65 is deformed into a curved shape. However, due to the strength and elasticity of the spring tube 165 itself, it can be restored to the original shape of the spring tube to hinder the swing of the oscillating drum 77. Here, the first and second insertion projections 161 and 169 support the both end portions of the spring tube 165 to prevent the spring tube from moving. As a result, the spring tube 165 can be repeatedly deformed into a curved shape and returned to the original shape while maintaining the connection with the corner bracket 167 and the mounting angle 163. That is, although the spring tube 165 is repeatedly deformed to return to the original shape, the ends of the spring tube are not detached from the corner bracket 167 and the mounting angle 163. The first and second insertion projections 161 and 169 support the spring tube 165 33

c S 1331540

The inner surface of the end. Therefore, the spring spring tube is reinforced excessively and can be made of rubber and supported for a short time. The second insertion protrusions 161, 169 are made of elastic material and are bent and deformed. Restoring the original spring tube 165 is more robust and can be restored to the original shape. The frictional resistance is absorbed when the spring tube 165 is bent and deformed and the material properties of the first and second insertion protruding glues made of the rubber material are restored. Therefore, the bending deformation and the return of the original shape into the protruding member FL support the spring tube. The spring tube 165 can perform the operation without noise and smoother. The spring tube 165 can be easily attached to the corner 163 by inserting the numbers 1611, 169 at both ends of the spring tube 165. Figure 22 is a side view showing the members of the eleventh embodiment according to the present invention. That is, Fig. 22 shows; the first and second end connecting members of the movable machine RC which can provide the oscillating motion are the same as the members of the tenth embodiment. . That is, the first and second end connectors will be the same as below. Tube 165 is used to avoid internal return to its original shape. The first inner surface of the 165 has the same elastic starting shape as the reed pipe 165. Therefore, even if it is easily deformed and it is easy to return to the original shape, the rubber members 161 and 169 may be smooth due to the rubber and the spring tube 165. The ends of the first and second inserts 165 are positioned such that the deformed and restored original shapes - the second insert projections are attached to the corner bracket 167 and the second embodiment of the embodiment and the eleventh embodiment of the invention. In addition to the swing limit, the eleventh embodiment is used. Therefore, the swing according to the eleventh embodiment will be described below with reference to the exploded perspective view of the first embodiment and the tenth embodiment, not shown in FIG. The first and second ends of the limiter RC are connected: an end shaft 165&amp; and a 165b and a fixing member 171 may be included, which are integrally formed on the ends of the spring #165 by the end wheels 165 and 165b, respectively. The end shafts 165a and 165b are surrounded by the ring and the spring tube us is fixed to the leg 163 and the corner bracket 167. do not

The end shafts 165a and i65b are integrally formed at both ends of the spring tube 165, respectively, and are substantially at right angles to the axial direction of the spring tube 165, as shown in the exploded perspective view of Fig. 22. The fixing member 171 may also include a "u" type bolt 17U and a nut 171b for locking the U-shaped bolt 171a. In this fixing member 171, the U-shaped bolt 171a encloses the end shafts 165a and 165b of the spring tube 165, and is passed through the angle bracket 167 and the mounting angle 163, and then locked with a nut. Therefore, the serpentine bolt 171a is fixed to the corner bracket 167 and the mounting angle 163. Here, as shown in the central enlarged cross-sectional view of Fig. 22, the projectile

The 165 has its own end draws 165a and 165b and connects the end shafts 165a and 165b to the corner bracket 167 and the mounting angle 163 through the U-shaped screw test 171a. That is, the spring tube 165 is fixed to the angle bracket 167 and the mounting angle 163 by enclosing the end shafts 165a and 165b by the U-bolt 171a. Therefore, when the swing of the swing drum 77 causes the angle bracket 167 to swing, the spring tube 165 can elastically support the angle bracket 167 by its own elastic force to block the swing of the mud angle bracket 167. The amplitude of the swing of the swing drum 77 on the angle bracket 167 is limited. Of course, the amplitude of the swing of the bottom plate 80 connected to the swing drum 77 is thus also controlled together with the swing of the swing drum 77. • 'W / 35 1331540 The first and second end connectors may further include a pad W as shown in the enlarged exploded view. Further, an elastic tube 173 may be further included. Also, the gasket W and the elastic tube 173 may be used together or selectively. The gasket W and the elastic tube 173 will be further described below.

First, as shown in the exploded perspective view, a U-shaped bolt is inserted into the gasket W, and is pressed against the outer surfaces of the end shafts 165a and 165b of the spring tube 165 as shown in an enlarged sectional view. The spacer W may be made of a metal material or a rubber or plastic material having a certain degree of elasticity. As shown in the exploded perspective view, the pad W may be a double pad and may have a shaft groove 中央 in the central portion of the pad that allows the end shafts 165a and 165b to pass through the circle The end shafts. Therefore, in the structural configuration in which the axial groove Η is formed in the spacer W, the end shafts 165a and 165b of the spring tube 165 can be pressed more firmly against the spacer W.

Next, as shown in the exploded perspective view, the elastic tube 173 is fitted over the end shafts 165a and 165b of the spring tube 165. The elastic tube 173 can be made of a rubber or soft plastic material having a certain degree of elasticity. The elastic tube 173 is fitted over the end shafts 165a and 165b to protect the end shafts 165a and 165b by its own elastic force. When the spring tube 165 is swung by the swing of the swing drum 77, the elastic tube 173 can prevent the end shafts 165a and 165b from directly rubbing the angle bracket 167 or the mounting angle 173. Therefore, the elastic tube can avoid noise when the spring tube 165 swings. That is, the elastic tube 173 protects the end shafts 165a and 165b from friction. Figure 23 is a perspective view showing a pillar on a machine for burning fat and forcing muscles in accordance with an embodiment of the present invention. Figure 23 shows the addition in the first

36 1331540 1 A metal bar 58 on a moving machine. The metal rod 58 can be mounted on a machine for burning fat and strengthening muscles according to an embodiment of the present invention. The metal rod 58 will be described below with reference to the 23rd circle. As shown by the 23rd circle, the metal rod 58 is mounted at the end portion of the handle 14b to allow horizontal rod movement. The metal rod 58 is supported on the column 14a through the handle i4b. Therefore, even with the metal rod 58 for horizontal movement

When a load is applied to the moving machine, the moving machine can also fully withstand the load. Similarly, the metal rod 58 can also be mounted on the post i4a instead of the handle 14b. However, as shown in Fig. 23, the metal rod 58 can be mounted at the end portion of the handle 14b to support the main load during the movement of the horizontal rod.

As shown in Figure 23, the metal rod 58 can be movable. When the metal rod 58 is in the movable form, the orientation of the metal rod can be adjusted according to the height of the user. Here, the 'component symbols 58a and 58b respectively represent the lower and upper rods for combination, the Η represents a plurality of fixing holes for fixing the upper and lower rods 58a and 58b together, and p represents the insertion of the fixing holes Η The fastening pin in the middle. The metal rod 58 includes a plurality of fixing holes η respectively formed in the upper and lower rods 58a and 58b and a plurality of fixing pins Ρ. As shown in an enlarged view in the figure, the fixing rod 58 includes an upper rod 58b, and the upper rod 58b It is inserted into the lower rod 58a and can be raised or lowered in the lower rod 58a. Wherein, when the fixing holes n formed in the upper and lower rods 58b and 58a are aligned, the fixing pins are inserted into the aligned fixing holes to fix the upper rod 58b. 37 1331540 Therefore, the height of the metal rod 58 can be adjusted. The metal rod 58 described above provides the user with horiz〇ntal bar exercise. Thus, the exercise machine made in accordance with the present invention not only provides for the combustion of fat and muscles, but also provides horizontal rod motion. As shown in the 23rd circle, the base 14 which seals the base frame 5〇 can be formed into an approximately hemispherical shape. When the substrate 14 is formed in a hemispherical shape, the bottom plate 8 is exposed in a convex manner on the upper portion of the substrate 14. Since only the bottom plate 80 is exposed on the substrate for the user to use, the user can easily board the bottom plate 80. Fig. 24 is an exploded perspective view showing the seat assembly of the fat burning and reinforced muscle exercising machine according to the embodiment of the present invention, and Fig. 25 is a side view showing the seat of Fig. 24 in operation. Figures 24 and 26 show the case where the seat ST is added to a sports machine for burning fat and strengthening muscles according to an embodiment of the present invention. In this embodiment of the invention, the seat jgT can be mounted on a sports machine that burns fat and strengthens muscles. The seat ST will be described below with reference to the accompanying drawings. Referring to Fig. 24, the seat St is mounted on the swingable bottom plate 80. The above seat ST can be mounted on the bottom plate 80 by a seat frame C, or Mounted directly on the bottom plate 8〇. Wherein the 'seat ST has a plurality of projections CP which protrude from the lower portion of the seat frame C as shown in Fig. 24, and the bottom plate 80 has a plurality of insertion tubes ρι and protrudes The portion cp is inserted in the insertion tube PI' to mount the seat ST on the bottom plate 8'. That is, the seat ST is attached to the bottom plate 80 through the projection CP and the insertion tube pj. therefore,

38 1331540 The seat ST can be easily mounted to or removed from the base plate 80. When the bottom plate 80 is swung, the seat ST will follow the bottom plate 80 to be perturbed. Here, the design of the seat takes safety as the first priority. In order to provide an atmosphere of entertainment, for example, by providing a horse-riding entertainment effect by riding a swinging seat, a sporting effect is also provided. That is, you can get an interesting sports experience. Referring to Fig. 25, the seat ST fixed to the bottom plate 8 through the seat frame C can be moved in all directions by the swinging action of the bottom plate 80. Therefore, this safe seat ST provides a sports experience equivalent to practicing equestrian riding. With the seat ST, the user can experience a sport similar to riding a course. Fig. 26 shows a perspective view of the seat shown in Fig. 24 according to another embodiment of the present invention. The seat ST according to another embodiment of the present invention includes a flange PL formed below the seat frame c, and the flange PL is tied to the bottom plate 80, so that the seat is detachable. The seat ST shown in Fig. 26 differs from the embodiment of Fig. 24 in that the flange PL is located below the seat frame C. The above-described fat burning and fortified muscle exercising machine according to an embodiment of the present invention has a simple drive unit structure to facilitate the installation of the machine, and provides integration of the members to avoid breakage or damage of the members, and provides the ability to burn fat and Strengthens the smooth 3D movement of the muscles. In addition, the motion avoidance allows the three-dimensional swing amplitude of the bottom plate to be adjusted even during operation, thereby providing a comfortable and better motion effect. Furthermore, the swing limiter can be used to safely control the swinging motion of the bottom plate 39 1331540 to avoid the user's injury caused by the excessive swing of the bottom plate. Also, when the metal rod is mounted on the base frame, not only the swing motion but also the horizontal rod motion can be provided. In the case of a seat, it is possible to provide a horse-riding raft. Those skilled in the art will be able to modify and change. Therefore, various modifications and changes to the scope of the invention are included.

In addition, an additional sporting experience is installed on the floor. It is to be understood that various modifications may be made to the invention without departing from the scope of the appended claims. A simple description of the L circle] The figure is for a part of the attack. It is to be understood that the present invention has been described as a description of the present invention, and that it is not an embodiment of the present invention, and the present invention is described in conjunction with the text of the present invention. The disambiguation pattern is as follows: Fig. 1 is a view of a cargo device according to the present invention; a view of the first embodiment of the cargo month

The decomposition of the components is shown in Fig. 3 as a cross-sectional view; the side view of the assembled components of the moving device for providing the oscillating motion is shown in Fig. 5. The decomposition of some components is super Figure 7 is a side view of the components; a side view of the members before operation; a side view of the members in operation; the group of members in the second figure of the second embodiment of the invention Side view of the appearance

40 1331540 FIG. 8 is a side view showing the components of FIG. 2 according to the third embodiment of the present invention; FIG. 9 is a view showing the components of FIG. 2 according to the fourth embodiment of the present invention. Fig. 10 is an exploded perspective view showing the members in Fig. 2 according to the fifth embodiment of the present invention; Fig. 11 is a perspective view showing the assembled state of the members in Fig. 10.

Park, Figure 12 shows a side cross-sectional view of the assembled form of the components in Figure 10; Figure 13 shows a side view of the components in operation in Figure 10; Figure 14 shows a view according to the invention A perspective view of the members in the second embodiment of the sixth embodiment; a fifteenth view showing the members of the second embodiment in accordance with the seventh embodiment of the present invention;

Figure 16 is a perspective view showing the members of Figure 2 according to the eighth embodiment of the present invention; and Figure 17 is a perspective view showing the members of Figure 2 according to the ninth embodiment of the present invention; Figure 18 is a side elevational view showing the members of the Figure 17 in operation; Figure 19 is an exploded perspective view showing the members of Figure 2 in accordance with the tenth embodiment of the present invention; In the figure, the perspective of the assembled components is fgl · circumference,

41 1331540 Fig. 21 is a side view showing the components in Fig. 19 in operation; Fig. 22 is a side view showing the members in Fig. 2 according to the eleventh embodiment of the present invention; A perspective view of a column assembly on a sports machine for burning fat and strengthening muscles in accordance with an embodiment of the present invention; Figure 24 is a view showing the disassembly of a seat assembly on a sports machine for burning fat and strengthening muscles in accordance with an embodiment of the present invention. perspective;

Fig. 25 is a side view showing the seat in operation in Fig. 24; and Fig. 26 is a perspective view showing the seat in Fig. 24 according to another embodiment of the present invention.

[Main component symbol description] 1 needle bearing 94 connecting tape 2 lower cap 94a ridge 3 upper cap 96 connecting strip 4 snap ring 97 coil spring 14 base 98 sheet spring 14a post 161 first insertion protruding piece 14b handle 163 Mounting angle 14c Control panel 165 Spring tube 18 Open/close door 165a, 165b End shaft 19 Elastic member 167 Angle bracket 19a Fixing rod 169 Second insertion projection 20 Bottom bearing 171 Fixing member

42 1331540 ΊΊ, Swing drum R Remote controller 77b Through hole RC Swing limiter 80 Base plate RD Swinger 80a Seal S Support frame 85 Rotating member SC Fixing screw 85a Rotor SP Static platform 85b Rotating lever ST Seat 92 Vertical axis W lining pad

44

Claims (1)

1331540 丨1日修(3⁄4正换ΐ| I \ * -——* &quot;*·&quot; -- ! II The first system of patents, the patent year of the bamboo year, the application for patent garden: - 1. A sports machine for burning fat and strengthening muscles, comprising: • a base frame to a substantial level; a slidable unit disposed on one side of the base frame for providing a driving force, _ an oscillator, disposed on the a top of the base frame, which is three-dimensionally oscillated by the driving force provided by the driving unit; and a bottom plate connected to the oscillator 'and swings with the three-dimensional swing of the oscillator to be used on the bottom plate Providing a three-dimensional movement of combustible fat and strengthening muscles; wherein the oscillator comprises: a rotating drum rotating on the base frame by a driving force provided by the driving unit; a fixing member for rotating the rotating body The drum is rotatably fixed to the base frame, wherein the fixing member comprises: Φ a through shaft disposed on the base frame and passing through the rotating drum in the axial direction of the rotating drum; a bracket extending from the through-axis and extending by the driving unit to support a lower portion of the rotating drum; a rotating disk is integrally disposed with the rotating drum, and Rotating drum rotation 'provides a three-dimensional movement when the rotating disc rotates in a circular direction; a swinging drum' is supported on the rotating disc, and along with the rotating disc [s] 45 1331540 month. Day !! (疋) is to make a three-dimensional swing by the swing provided by the page, the swing drum is connected to the bottom plate for moving the bottom plate in three dimensions; and a support member for supporting the swing drum on the rotary disk The support member includes: a disk shaft integrally disposed on the rotating disk and passing through the swinging drum in the direction of the pendulum axis; a support frame extending from the disk axially to support The lower portion of the pendulum; and further comprising a neck bearing for preventing friction between an inner surface of the oscillating drum and the outer surface of the disc shaft. 2. The sports machine of claim 1, wherein the element comprises: a motor mounted on the base frame; and a power transmitting member for transmitting a driving force of the motor to the drum, wherein the power The transport member is a drive belt that is wound between the drums of the drive shaft of the motor. 3. The exercise machine of claim 1, further comprising a neck bearing for preventing friction between the rotating surface through which the through shaft passes and an outer surface of the through shaft. The bottom plate, » the moving drum of the moving drum, the driving single is rotated with the drum one inside 46 1331540............ _ month (four) Φ positive replacement page '1 a 4. If applying for a patent The exercise machine of the first aspect, ^ further includes a tilting inclination; the unit 'providing the through shaft and the driving unit to be provided, the tilting unit comprises: fixing to the frame in an eccentrically rotated state a vertical bracket is disposed on the base frame; an eight-cylinder is fixed to the through-axis of the eccentric rotation through the button at both ends thereof; and ^ 穿 接 接 接 接 接 接 接 接 接 接 接 接 接 接 接 接 接 接 接 接 接 接 接 接 接 接 接 接 接 接 接 接 接 接 接 接 接 接 接 接 接 接 接% 忑 passes through the rotating drum in the axial direction of the rotating drum; and the foot bearing is worn on the through shaft for rotatably bearing the vertical load of the rotating drum rotated by the driving unit. For example, applying for a patent, Fan Gu, Item 1 a moving machine, wherein the rotating disk is tethered and fixed to the rotating drum, has an uneven inclined thickness, is disposed on the rotating drum and rotates together with the rotating drum, and when the rotating disk is along a ring The three-dimensional swing is generated when the direction is rotated. 7. The mobile machine according to the first application of the patent, the base plate is borrowed from the [S1 47 1331540 genus 2) month P] ( repair (the inflammatory positive replacement page is made by a through-tightening Fixing to the rotating disk, the through-type fastener includes a head for grasping the bottom plate. The moving machine of claim 1, further comprising a swing limiter for Limiting the three-dimensional oscillation of the bottom plate by the oscillator of the base frame. 9. The exercise machine of claim 8, wherein the swing limiter is an elastic member that connects the bottom plate to the base frame for reducing and limiting the inherent elasticity of the swing limiter. The swing of the bottom plate. 10. The exercise machine of claim 9, wherein the swing limiter is an elastic member that directly connects one side of the swinger and the two ends of the base frame to transmit through the swing limiter. The elasticity is to reduce the swing of the oscillator and to limit the swing of the bottom plate connected to the swing gas. 11. The exercise machine of claim 9, wherein the swing limiter comprises: a vertical rod mounted on the base frame and spaced apart from the swinger; and an elastic connecting strip, two of The ends are each connected to the vertical rod and to one side of the actuator to maintain tension between the two. </ RTI> </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; </ RTI> <RTIgt; Mounted on the base frame, and the movable portion is connected to one end of the fixed portion at a right angle and eccentrically swings around the fixed portion; a coupling member for connecting the movable portion of the load bearing to one side of the swinging device, wherein the coupling member comprises: a fixing bracket for fixing the coupling member to one side of the swinging device; and a a connecting pin for connecting the fixed bracket to the movable portion of the load bearing. 13. The exercise machine of claim 9, wherein the swing limiter comprises: a mounting angle for fixing the swing limiter to the base frame and separating from the swinger And a spring tube connected to the mounting angle and one side of the swinger in a substantially horizontal arrangement, the spring tube is configured to reduce the swing of the oscillator by the elasticity of the spring tube itself And limiting the oscillation of the bottom plate by the oscillator. 14. The mobile machine according to claim 13 of the patent application, further comprising a 491331540 year, a month, a repair, a strict replacement of the page 1 1---1 end connector, One side of the spring tube is connected to one side of the oscillator, wherein the first end connector comprises: a corner bracket, one side of which is directly connected to an outer surface of the oscillator; a first insertion projection coupled to the other side of the angle bracket and inserted into one end of the spring tube to connect the spring tube to the angle bracket; and a coupling shaft from which the bracket The other side projects and extends through the first insertion projection to integrally couple the first insertion projection to the angle bracket. 15. The exercise machine of claim 13, further comprising a first end connector for connecting one end of the spring tube to the one side of the oscillator, wherein the first end connector include: a corner bracket, one end of which is directly connected to an outer surface of the oscillator; a first end shaft which forms a substantially right angle with the axial direction of the spring tube, and is integrally disposed on the one end of the spring tube; And a fastener enclosing the first end shaft and secured to the angle bracket for coupling the first end shaft to the angle bracket. 16. The exercise machine of claim 13, further comprising a second end connector for connecting the other end of the spring tube to the mounting angle, wherein the second end connector comprises: a second insertion projection fixed to the mounting angle and inserted into the other end of the [S 50 1331540 spring tube to couple the spring tube to the mounting angle; and a fixed shaft extending from the mounting angle And extending through the second insertion protrusion to integrally couple the second insertion protrusion to the mounting angle. 17. The exercise machine of claim 14 or 16, wherein the insertion protrusion further comprises a flange for supporting one end of the spring tube. 18. The exercise machine of claim 13, further comprising a second end connector for connecting the other end of the spring tube to the mounting angle, wherein the second end connector comprises: a second end shaft that forms a substantially right angle with the axial direction of the spring tube and is integrally disposed on the other end of the spring tube; and a fastener that surrounds the second end shaft and is fixed To the corner bracket for connecting the second end shaft to the corner bracket. 19. The exercise machine of claim 15 or 18, further comprising a pad mounted to the fastener and squeezing and supporting an outer surface of the end shaft. The exercise machine of claim 15 or 18, further comprising an elastic tube for mounting on the end shaft to protect the end shaft by the elasticity inherent to the elastic tube itself. 51 1331540 21. The exercise machine of claim 1, further comprising a metal rod mounted on the base frame to permit horizontal rod movement. 22. The exercise machine of claim 1, further comprising a position detachably secured to the base plate for three-dimensionally oscillating along with the base plate. 23. A sports machine for burning fat and strengthening muscles, comprising: a base frame at a substantial level: a drive unit disposed on one side of the base frame for providing a driving force; a swinger, setting At a top of the base frame, the three-dimensional swing is performed by using the driving force provided by the driving unit; a bottom plate coupled to the wobbler and oscillating with three-dimensional oscillation of the wobbler to provide a three-dimensional movement of combustible fat and reinforcing muscle for a user located thereon; and a swing limiter for limiting the bottom plate a three-dimensional swing generated by the oscillator of the base frame; wherein the oscillator comprises: a rotating drum rotating on the base frame by a driving force provided by the driving unit; a fixing member for The rotating drum is rotatably fixed to the base bone 52 1331540 (I) is replaced by a 4-page frame; a rotating disk is integrally disposed on the rotating drum, and rotates as the rotating drum rotates The rotating disk generates a three-dimensional oscillation when rotated in an annular direction, and is coupled to the bottom plate for moving the bottom plate in three dimensions; and a roller member rotatably fixed to the bottom plate and rotated by the rotating plate Supported; # wherein the roller member comprises: a rotor attached to the swinging drum on the rotating disc, and a rotating rod fixed to a lower portion of the bottom plate, Allow rotation of the rotor; and wherein, further comprising a journal bearing, a drum to avoid the inner surface of the swinging plate shaft passes and an outer friction surface of the disk shaft. 53 1331540 0 years, the first month of the month is repaired (dead) is replacing the page • - 丨· _ -- I I I - 1 —— Figure 10 CM 80 1331540 Month ~ 曰修 (Sense) is replacing page i-u.-a=»a-gjg»».H rt jt m .,-rw*^s^am第23图