WO2007112653A1

WO2007112653A1 - Vibrating exercise machine for training the body with amplitude linearly adjustable

Info

Publication number: WO2007112653A1
Application number: PCT/CN2007/000806
Authority: WO
Inventors: Yuchu Chen; Chenghsun Huang; David Shih
Original assignee: B. Green Technology Co., Ltd.
Priority date: 2006-03-31
Filing date: 2007-03-13
Publication date: 2007-10-11
Also published as: CN101045180A; DE112007000636T5; AU2007234250A1; JP2009531088A; CN100528266C

Abstract

A vibrating exercise machine for training the body with an amplitude linearly adjustable at least comprises a base frame (10), a swing linkage assembly (30) connected to the base frame (10) and a drive mechanism (20) over the base frame (10). The drive mechanism (20) can drive the swing linkage (31,34) of the swing linkage assembly (30) to swing and an eccentric transmission shaft (25) driven by a motor (21) will make the swing linkage assembly (20) produce linearly vibration during the swing action. The support platform (40) located on the base frame (10) can produce displacement up and down with different frequency propelled by the revolution of the motor (21). An adjustable means (50) is further configured between the swing linkage assembly (20) and the base frame (10), which can adjust the amplitude of the swing linkage assembly (30) by shifting the position of the pivot of the swing linkage (31,34). As a result, the swing linkage assembly (30) driven by the drive mechanism (20) can adjust linearly the amplitude.

Description

Whole body vibration training device capable of linearly changing vibration amplitude

The invention relates to a whole body vibration training device capable of linearly changing the amplitude of vibration, in particular to a driving mechanism for actuating the swinging links of a swinging link group, and further matching the rotation speed of the motor to produce various kinds of the support frame. The linear vibration of the frequency, and the amplitude of the swing of the swing link group can be changed by an adjustment mechanism to change the vibration amplitude, so as to have an excellent vibration effect, which can achieve resonance effects of various organs and muscles of the human body. Background technique

Generally, when the weight training equipment is used to perform muscle strength training, it is often fixed in a fixed form, and repeated times and loads are used to continuously improve muscle strength and muscular endurance. However, in general slow and stable isometric contraction, muscle strength The increase is limited. The impact training is a powerful muscle contraction method, which is trained through the components of muscle elongation, elasticity and contraction. After the skeletal muscle is stretched, the elastic energy is stored and applied to the subsequent contraction to generate force. A combination of centrifugation and centripetal contraction training can increase a greater degree of power and motivation than simple centripetal training.

FIG. 11 shows a conventional passive repetitive muscle strength lifting device, which is provided with a pedal 6 1 between a load-bearing equipment receiving frame 60 and a cam 6 2 disposed under the pedal 6 1 . 1 is the mechanism transmission mode to generate repeated up and down lifting activities, and with the rotation of the cam 6 2 to generate up and down amplitude lifting, so that the trainee can continuously bear the passive mode of motion load, engaged in short-term use of a large number of sports units of the impact type and Centrifugal contractile strength training to produce greater muscle strength and motivation.

12 and 13 are another conventional left and right up and down vibrating motion machine, which is mainly provided with a pedal 7 6 above a body 70, and a center axis 7 5 is arranged at the center of the bottom surface of the 5 plate 76. One end is provided with a linkage arm 7 4 , the linkage arm 7 4 is coupled with the motor 7 1 of the body 70, the linkage shaft eccentric linkage wheel 7 2, and the drive arm 7 3 are integrally connected, so that the left and right ends of the pedal 76 can be Repeatedly tilting and lifting, forming the up and down vibrations of the left and right ends, such as the seesaw, to assist the human body to move left and right, in order to achieve excellent practical benefits. Summary of the invention The technical problem to be solved by the present invention is that the vertical motion of the existing exercise machine can be up and down or left and right, and the vibration amplitude is still limited and cannot be linearly modulated, so that the applicable vibration frequency cannot be immediately adopted in synchronization. The amplitude is matched to stimulate the internal organs and muscles, and there is still room for improvement.

To this end, the present invention provides a whole body vibration training device that can linearly change the amplitude of vibration, comprising: a base, which is composed of a plurality of horizontal frames and a longitudinal frame, and is pivotally connected to a swing link group; a driving mechanism is pre-programmed and circuit-controlled driving, and an eccentric shaft driven by the driving mechanism can drive a group of swinging connecting rods disposed on the base to generate a connecting rod; a swinging link group, The utility model is provided with a plurality of swing connecting rods and a supporting frame on the base; and the driving mechanism drives the swinging connecting rod group to generate linear vibration during the swinging process, and cooperates with the rotation speed of the motor to support the upper side thereof The frame produces up and down displacements of vibrations of various frequencies.

The present invention also provides a whole body vibration training device capable of linearly changing the amplitude of vibration, comprising: a base, which is composed of a plurality of horizontal frames and a longitudinal frame, and is pivotally connected to a swing link group; The mechanism is pre-programmed with a circuit control drive, and an eccentric shaft driven by the drive mechanism can drive a set of swing link sets provided on the base to generate a link actuation; a swing link set is a plurality of swinging links and a supporting frame are arranged on the base; an adjusting mechanism is disposed between the base and the swinging connecting group, which can change the swinging amplitude of the swinging connecting rod group; The adjusting mechanism changes the swinging amplitude of the swinging link group, and when the driving mechanism drives the swinging link group to generate linear vibration during the swinging process, the rotation speed of the motor is matched to cause the upper and lower support frames to generate up and down displacements of various frequency vibrations. The 遂 can form a whole body vibration training device that can change the amplitude of the oscillation and can linearly change the amplitude of the vibration.

In other words, the present invention is a whole body vibration training device which can linearly change the amplitude of vibration, which is mainly composed of a base and a driving mechanism, based on the long-term research and integration of various sports equipments. The swing link set is pivotally connected to the base. The drive mechanism is mainly composed of a motor, a drive shaft and a drive block group, and the drive shaft passes through a pulley and a belt and a pulley on the transmission shaft are sleeved, and an eccentric shaft is arranged at both ends of the transmission shaft, so that both ends of the eccentric shaft are respectively pivotally connected with a driving block group, and the bottom of each driving block group is opposite to the swinging a swing link of the link set is pivotally connected; the swing link set is composed of a plurality of swing links connected to each other, and the drive block is pivotally connected with the first swing link, and the first swing link is further connected The end device is pivotally connected to a driving block, and the other end of the driving block is pivotally connected to the second swinging link, so that the other end of the second swinging link is pivotally connected to the third swinging link and a linkage body. The other end of the linked body is pivotally connected to the fourth swing link She Shi and the third pivot link and the other over the outside of the upper end of the other outer linking member pivotally connected to the fourth swing links with a filling The support frame is pivoted; the drive mechanism is operated to drive the swing link set to generate a link actuation, and the link is vertically displaced.

Another focus of the present invention is that an adjustment mechanism is disposed on the other side of the base, which is composed of a motor and a speed reduction mechanism and a horizontal screw. The horizontal screw is extended to be pivotally connected to the swing link. a drive base, and the two sides of the horizontal screw are fixed on the two pivot plates fixed on the base, and the screw is driven by the motor and the speed reduction mechanism to drive the drive seat to generate horizontal displacement, that is, to change the swing link. The position of the fulcrum, when the driving mechanism is operated, can change the swing amplitude of the swing link group to change the vibration amplitude, and has an excellent practical benefit.

By the above-mentioned components, the operation of the driving mechanism and the connecting rod of the swinging link group are actuated, and the swinging amplitude of the swinging link group is changed by the adjusting mechanism, so that a whole body capable of linearly changing the vibration amplitude can be formed. The vibration training device enables the whole body vibration training effect at the same time, which can stimulate the organs, promote blood circulation, relax nerves and muscles, improve muscle strength and health, and can be applied to general weight training or treatment. The benefits of rapid improvement, the overall innovation and practicality.

As can be seen from the above description, the present invention achieves the following effects as compared with the prior art:

1. Whole body vibration: Since the vibration training device of the present invention is actuated by the driving mechanism, the swing link group generates linear vibration during the swinging process, and at the same time, the motor rotation speed is used to cause the upper support frame to generate up and down displacement of various frequency vibrations. Achieve the effect of whole body vibration training.

2. The vibration amplitude can be changed linearly: Since the vibration training device of the present invention can be changed by the adjustment mechanism, the position of the pivot point of the swing link can be changed, and the swing amplitude of the swing link group can be changed to change the vibration amplitude. Good innovation and practical benefits.

3, can stimulate the organs, improve muscle strength: Because the vibration training device of the present invention can generate linear vibration and change the vibration amplitude at the same time, it can stimulate various organs of the human body, promote blood circulation, maintain health, and can quickly improve The effect of muscle strength and muscle endurance. DRAWINGS

Figure U is a perspective front view of the vibrating fitness device of the present invention;

1B is a perspective rear view of the vibrating fitness device of the present invention;

2A is an exploded perspective view of the base and the support frame of the vibration fitness device of the present invention; 2B is an exploded perspective view of the base of the vibration fitness device, the swing link set and the support frame of the present invention; FIG. 2C is an exploded perspective view of the swing link set of the vibration exercise device of the present invention;

Figure 3 is a front elevational view of the combination of the vibrating fitness device of the present invention;

4A to D are front views of the action of the swing link set of the vibrating fitness device of the present invention;

5A-D are front views of the action of the swinging link set and the support frame of the vibrating fitness device of the present invention; FIGS. 6A to 6B are front views of the action of the vibrating fitness device of the present invention;

Figure 7 is a perspective view showing the adjusting action of the adjusting mechanism of the present invention;

Figure 8 is a front elevational view showing the adjustment action of the adjustment mechanism of the present invention;

9A-B are schematic diagrams showing the action of the vibrating fitness device of the present invention for changing the amplitude of vibration; FIG. 10A to B are schematic views of the front view and the side view of the human body of the vibrating fitness device of the present invention; FIG. 11 is a schematic view of the prior art;

Figure 12 is an exploded perspective view of the prior art 2;

FIG. 13 is a schematic view showing the vibration of the prior art 2 applied to a human body. Description of the reference signs:

(this invention)

A - Whole body vibration training device capable of linearly changing the amplitude of vibration

B - housing seat C - pedal

a, b, c, d, e - pivot point

1 0 - base 1 1 - cross frame

1 2 -longitudinal frame 1 3 - positioning pivot

1 4 - pivot seat 1 5 - pivot seat

1 6 - Pivot

2 0 - drive mechanism 2 1 - motor

2 2 - Pulley 2 3 - Belt

2 4 - Pulley 2 5 - Drive shaft

2 5 1 - Eccentric shaft 2 6 - Bearing

2 7 - drive block

3 0 - swing link set 3 1 - first swing link

3 1 1 - pivoting end 3 2 - driving block 3 3 - pivot 3 3 1 - pivot

3 4 - second swing link 3 4 1 - track

3 4 2 - Slider 3 5 - Drive base

3 5 1 - pivot plate 3 5 2 - slot

3 5 3 - Axle 3 4 4 - Elastic components

3 6 - third swing link 3 7 - fourth swing link

3 7 1 - front plate 3 7 2 - rear plate

3 7 3 - Linkage 3 7 4 - Linkage

3 8 - buffer component

4 0 - Support frame 4 1 - Crossbar

4 2 -longitudinal rod 4 3 - pivoting group

5 0 - adjustment mechanism 5 1 - motor

5 2 - Reduction mechanism 5 3 - Shaft

5 4 - screw - pivot plate

5 5 1 - pivot plate 5 6 - shaft

(existing)

6 0 - Shelf 6 1 - Pedal

6 2 - cam 7 0 - body

7 1 -motor 7 2 - eccentric linkage wheel

7 3 - Drive arm 7 4 - Link arm

7 5 - central axis 7 6 one pedal

1A to B, 2A to C, and 3, the present invention is a whole body vibration training device A capable of linearly changing the amplitude of vibration, and the composition thereof comprises at least:

A pedestal is composed of a plurality of horizontal frames 1 1 and a vertical frame 1 2, and a plurality of pivoting seats are disposed thereon to pivotally connect with a driving mechanism 20 and a swinging link group 30;

A driving mechanism 20 is a pre-programmed and circuit-controlled drive, which is composed of a motor ² 1 , a transmission shaft 25 and a driving block group 27, and a pulley is connected to the shaft of the motor 2 1 2 2 and a belt 2 3 is connected with the pulley 24 of the transmission shaft 25, and the 俾 can be actuated by the motor 2 1 The belt 2 3 drives the transmission shaft 25 to rotate; the transmission shaft 2 5 has an eccentric shaft protruding from the same side at both ends

2 5 1 , a bearing 2 6 is respectively arranged on the front and rear positioning pivots 13 of the base 1 0 longitudinal frame 1 2 , so that the two ends of the transmission shaft 25 respectively extend through the two bearings 2 6 . And the two ends of the eccentric shafts 2 5 1 are respectively sleeved over a driving block group 27, which is composed of two rectangular blocks.

a swinging link set 30 is pivotally formed mainly by the first, second, third, and fourth swing links 3 1 , 3 4 , 3 6 , and 3 7 , and has a substantially strip shape, wherein the front The rear end of the first swinging link 3 1 forms a U-shaped plate-like pivoting end 31 1 , which is disposed at the middle of the base 10 and is opposite to the first The middle portion of the swinging link 3 1 is pivotally connected to form a pivot point b (as shown in FIG. 4A ), and the right side of the first swing link 3 1 is pivotally connected to the bottom of the driving block group 27 to form a pivot point a. The left U-shaped pivoting end 3 1 1 is pivotally connected to the bottom of a driving block 3 2 , and the driving block 3 2 is also a rectangular block, so that the upper part of the second driving block 3 2 is pivotally connected to a pivot. 3 3 and the pivot

3 3 and extending through the left side of the front and rear second swing link 34, the second swing link 34 is a rectangular frame, and has a track 3 4 1 at the center; a drive seat 3 5 , The utility model has a U-shaped shape, and two ends of the base body are vertically arranged with two pivoting plates 3 5 1 , and the pivoting plates 3 5 1 at both ends of the driving base 35 are pivotally arranged by a slider 3 4 2 respectively. A plurality of limit switches (not shown) are respectively disposed on the bases 10 of the left and right ends of the driving bases 35 in the rails 3 4 1 of the second swinging links 34 to form a pivoting point c. For the induction and protection of the origin and the end point; the second swing link 34 has a longer pivot 3 3 1 on the right side thereof, so that the two ends of the long pivot 3 3 1 are pivotally connected to the front and rear third swings. The right side of the connecting rod 36, the third swinging link 36 is disposed on the other side of the base 10, and is respectively pivotally connected to the middle portion thereof to form a pivot point d (such as The front and rear fourth swing links 37 have a front and a rear plate body 3 7 1 , 3 7 2 , respectively, between the two sides of the two plates 3 7 1 , 3 7 2 Pivoting 3 7 3, 3 7 4 , and the third swing link 36 is pivoted to the right side of the third swing link 3 7 and the fourth swing link is set. The middle portion of the front plate body 3 7 1 of the rod 3 7 is pivotally connected with the two opposite pivot seats 16 on the side of the base 10 to form a pivot point e; the support frame 40 is composed of a plurality of cross bars 4 1 Forming a rectangular frame body with the longitudinal rods 4 2, and a pivoting group 4 3 is disposed around the lower side thereof, so that the two pivoting groups 4 3 on the left side can be pivotally connected to the left end of the third swinging link 36, and The two pivotal groups 43 on the right side are pivotally connected to the right linkage plate 374 of the third swing link group 37;

An adjustment mechanism 50 is a pre-programmed and circuit-controlled drive, which is on the side of the base 10 A motor 5 1 is provided, and the motor 51 is coupled to a horizontal screw 54 by a shaft 5 3 of a speed reduction mechanism 5 2 , and the other end of the horizontal screw 5 4 is a penetrating plate 5 5 and the driving seat. 3 5 and pivoted on the other pivot plate 515, and a coil number sensor (not shown) is disposed on the outer end of the screw 514, and the cymbal can sense the number of revolutions of the screw 54. The two pivot plates 5 5 , 5 5 1 are oppositely fixed to the two vertical frames at the middle of the base 10 , and are respectively pivoted on the two sides of the two pivot plates 5 5 , 5 5 1 The horizontal screw 5 4 parallel shaft 5 6;

Wherein, between the rods and the swing link set 30 is a permeable sleeve or other connecting sleeve for mutually extending and pivoting; and wherein the motor 2 1 of the driving mechanism 20 and the transmission shaft 25 are It can be driven by a gear mechanism or pulley mechanism or other drive mechanism.

With the above components, please refer to FIG. 4 Α - D and FIG. 5 Α ~ D, which is a schematic diagram of the operation of the vibration training device of the present invention, when the motor 2 1 of the drive mechanism 20 is driven by the belt 2 3 When the transmission shaft 25 rotates, the eccentric shaft 2 5 1 is connected to drive the driving block 27 to generate left and right yaw, as shown in FIG. 4B and FIG. 5B, when the eccentric shaft 2 5 1 is rotated by 1/4 turn. The first swing link 31 is pivoted by the pivot point b, and the two ends of the first swing link 31 are yaw-shaped, and the left side is pivoted. 3 1 1 is associated with the driving block 3 2 rising, and the second swinging link 34 is driven by the pivot point c as a fulcrum, and is left upper right and lower yaw, and the right pivot 3 3 1 is simultaneously driven. The right side of the three-swing link 3 6 is lowered with the linkage plate 3 7 3 , and the third swing link 36 is in the upper left and lower right directions with the pivot point d as a fulcrum, and the linkage plate 3 7 3 drives the fourth swing. The connecting rod 37 has a pivot point e as a fulcrum and a left lower right upper shape, and the right connecting plate 374 is raised upward, so that the left and right sides of the swing link group 30 simultaneously drive the support frame 40. Upward displacement; as shown in Fig. 4C and Fig. 5C, when the eccentric shaft 2 5 1 is rotated to 2/4 turn, it can be connected to drive the two swinging links 3 1 to return horizontally. The left pivot terminal 3 1 1 of the rod 3 1 is coupled to lower the driving block 3 2 to return the second swing link 34 to the original position, and the right pivot 3 3 1 thereof is raised to drive the third swing link. 3 6 and the fourth swing link 37 return to the original position, and the left side of the third swing link 36 and the right swing plate 3 7 of the fourth swing link 3 7 are displaced downward to return to the original position, that is, The left and right sides of the swing link group 30 can be coupled to cause the support frame 40 to be displaced downward to return to the original position; as shown in FIG. 4D and FIG. 5D, when the eccentric shaft 2 5 1 is rotated to 3/4 turn The first swinging link 3 1 can be pivoted as a pivot point, and the two ends thereof are respectively left lower right and upper right yaw, and the left pivot terminal 3 1 1 is coupled to lower the driving block 3 2 . And the second swing link 34 is driven by the pivot point c as a fulcrum, and the right pivot 3 3 1 simultaneously drives the right side of the third swing link 36 and the linkage plate 3 7 3 on l, so that the third swing link 36 has a pivot point d as a fulcrum and has a left lower right upper shape, and the linkage plate 3 7 3 drives the fourth swing link 3 7 with the pivot point e as a fulcrum to be upper left and lower right. And the left side linkage plate 374 is lowered, so that the left and right sides of the swing link group 30 simultaneously drive the support frame 40 downwardly; as shown in FIG. 4A and FIG. 5A. When the eccentric shaft 2 5 1 is rotated back to the original position, it can bring the two ends of the first swing link 3 1 to return horizontally, and the left pivot end 3 1 1 is coupled to the driven block 3 2 ascending to return the second swing link 34 to the original position, and the right pivot 3 3 1 thereof is lowered to drive the third swing link 3 6 and the fourth swing link 37 to return to the original position, so that The left side of the third swing link 3 6 and the right swing board 3 7 of the fourth swing link 3 7 are displaced upward to return to the original position, so that the left and right sides of the swing link set 30 can be coupled to the support frame 40. The upward displacement returns to the original position; accordingly, when the driving mechanism 20 is driven, the eccentric shaft 2 5 1 of the transmission shaft 25 is circulated just above and directly below the transmission shaft 25 (the same Rotation), which can swing linkage 30 produce amplitude swing up and down, so that the support frame 40 and a circulating operation cycle of vertical displacement.

Actuated by the above-mentioned connecting rods, as shown in FIGS. 6A to B, each of the swinging links of the swinging link group 30 is driven by the driving mechanism 20 to generate linear vibration during the swinging process, and is matched with the rotation speed of the motor 2 1 The upper support frame 40 generates upper and lower displacements of various frequency vibrations, and the whole body vibration training device capable of linearly changing the vibration amplitude can be formed.

Referring to FIGS. 7-8 and FIG. 9A to 3⁄4 9B, the motor 51 can be driven by the adjusting mechanism 50 and the screw 54 is driven to rotate by the speed reducing mechanism 52. The relative displacement between the 3 5 and the screw 5 4 is stopped by the limit switch on both sides of the driving seat 35, and the slider 3 4 2 and the pivoting plate 3 5 1 are connected to the second swing link rail 3 4 1 generates a left-right direction displacement, that is, the pivot point c is displaced relative to the base 10, and it can be known through the principle of the stalk rod that when the adjustment fulcrum (ie, the pivot point c) is displaced to the left, the fulcrum is right The dry end of the side 4 becomes longer, so when the driving mechanism 20 drives the short-end yaw of the left side of the second swing link 34, the long end of the right side can generate a large yaw distance, and the swing link group 3 can be added. The swing amplitude of 0; conversely, when the adjustment fulcrum (ie, the pivot point c) is displaced to the right, the rod end of the right fulcrum is shortened, so when the drive mechanism 20 drives the second swing end of the second swing link 3 4 When yawed, the short end of the right side only produces a small amplitude yaw distance, which can reduce the swing amplitude of the swing link set 30 Forming a yaw adjustment mechanism may be varied slightly in order to change the vibration amplitude, with excellent practical indeed effective.

Wherein the other, see FIG. 7, which is the front ^37, rear plate 371, 372 disposed beneath a buffer group 38 to the fourth assembly of the swing link, the cushion assembly 3 8 is available for rubber, spring or Other elastoplastic elastic components can provide buffering effect of the swinging link set 30; wherein, as shown in the eighth figure, it can be preset under the base of the driving base 35 a slot hole 3 5 2 is disposed in the slot hole 35 5 through a shaft post 3 5 3 of the elastic component 3 5 4 , and a preloading spring structure is formed to make the drive base 3 5 slips, and provides the buffering effect when the drive seat 35 is slipped.

Referring to FIG. 10A to B, an embodiment of the present invention is shown, in which a housing body B can be disposed outside the vibration training device A, so that the support frame 40 protrudes from the surface of the base B, and The surface of the support frame 40 is provided with a pedal structure C for the user to stand, and the whole body vibration training effect can be performed.

By the above-mentioned components, the vibration training device A of the present invention drives the swing link group 30 to generate linear vibration during the swinging process by the drive mechanism 20, and cooperates with the rotation speed of the motor 21 to generate the upper support frame 40. The upper and lower displacements of various frequency vibrations can be combined with the adjustment mechanism 50 to change the vibration amplitude of the swing link group 30 to provide the effect of whole body vibration, which can vibrate to stimulate the internal organs and muscles of the whole body and muscles. It can produce resonance effect, can promote blood circulation, relax nerves and muscles and health, and can quickly improve muscle strength and muscle endurance. The vibration training device of the invention can be applied to general weight training or physical therapy, and the whole body has deep Innovative and practical.

In summary, the whole body vibration training device capable of linearly changing the vibration amplitude of the present invention provides an adjustment mechanism that drives the swing link group to generate linear vibration during the swinging process through the driving mechanism, and cooperates with the rotation speed of the motor. The fulcrum of the swinging link can be adjusted to generate left and right horizontal displacement with respect to the base, and the swing amplitude of the swinging link set can be changed to change the amplitude of the vibration. By the components described above, linear vibration can be generated while moving. By changing the amplitude of vibration, it can achieve many functions such as stimulating internal organs and rapidly increasing muscle strength, so that the whole industry has practical and innovative benefits, and its structure has not been seen in books or public use, and it is in line with the requirements for invention patent applications. Please ask the bureau to understand the patent and grant the patent as soon as possible.

It should be noted that the above is the technical principle immediately applied to the specific implementation of the present invention. If the changes made according to the concept of the present invention have not exceeded the spirit of the specification and the illustration. All should be within the scope of the invention.

Claims

Claim

A whole body vibration training device capable of linearly changing a vibration amplitude, comprising: a base, which is composed of a plurality of horizontal frames and a vertical frame, and is pivotally connected to a swing link group; The mechanism is a pre-programmed and circuit-controlled drive, and an eccentric shaft driven by the drive mechanism is configured to drive a set of swing link sets disposed on the base to generate a link actuation;

A swinging stack is provided with a plurality of swing links and a support frame on the base.

2. A whole body vibration training device capable of linearly changing a vibration amplitude, comprising: a base, which is composed of a plurality of horizontal frames and a vertical frame, and is pivotally connected to a swing link group; The mechanism is a pre-programmed and circuit-controlled drive, and an eccentric shaft driven by the drive mechanism is configured to drive a set of swing link sets disposed on the base to generate a link actuation;

a swinging stack is provided with a plurality of swing links and a support frame on the base;

An adjustment mechanism is disposed between the base and the swing link set for changing the swing amplitude of the swing link set.

3. The whole body vibration training device capable of linearly varying the amplitude of vibration according to claim 1 or 2, wherein the driving mechanism is mainly composed of a motor, a transmission shaft and a driving block group, the transmission shaft The two ends have an eccentric shaft, so that the eccentric shafts at both ends are respectively sleeved with the driving block group, and the driving block group is pivotally connected with a swinging link, and the driving shaft is rotated by the motor to drive the shaft The swing link set produces a linkage actuation.

The whole body vibration training device capable of linearly varying the amplitude of vibration according to claim 1 or 2, wherein the driving mechanism is mainly composed of a motor, a transmission shaft and a driving block group, the transmission shaft An eccentric shaft is arranged at both ends, so that both ends of the transmission shaft are pivoted on the base, and the eccentric shafts at both ends are respectively sleeved with the driving block group, and the driving block group is pivotally connected with a swinging link The rotation of the drive shaft through the motor is used to drive the swing link set to generate a link actuation.

The whole body vibration training device capable of linearly varying the amplitude of vibration according to claim 1 or 2, wherein the driving mechanism is mainly composed of a motor, a transmission shaft and a driving block group, and the motor versus

The whole body vibration training device capable of linearly varying the amplitude of vibration according to claim 1 or 2, wherein the swing link group is mainly pivoted by the front and rear first, second, third and fourth swing links Forming, which is in the form of a long strip, each of which is pivotally connected to the central portion of the base; the right side of the first swing link is pivotally connected to the eccentric shaft of the driving device a driving block, the left side of the first swing link is pivotally connected to the left side of the second swing link through a driving block; the two sides of the fourth swing link are respectively pivotally connected to a linking plate, and the second The right side of the swing link is pivotally connected to the right side of the third swing link and the left swing link of the fourth swing link; and the left and fourth swings of the third swing link The right side linkage plate of the connecting rod is respectively pivotally connected to a support frame.

The whole body vibration training device capable of linearly varying the amplitude of vibration according to claim 1 or 1, wherein the support frame is composed of a plurality of cross bars and a longitudinal bar.

8. The whole body vibration training device according to claim 2, wherein the adjustment mechanism is provided with a motor on a side of the base, and the motor is coupled to a screw via a shaft of a speed reduction mechanism. The other end of the screw is a pivot plate and a driving base which are fixedly connected to the base. The driving seat is U-shaped, and the two ends of the driving base are pivotally arranged on a pivotal connection. The swinging link on the base is driven by the motor to make a relative displacement between the driving base and the screw, and the pivot point of the swinging link can be adjusted to generate a horizontal displacement on the base, thereby changing the pivot point of the swinging link. position.

The whole body vibration training device capable of linearly changing the amplitude of vibration according to claim 1 or 2, wherein a housing body is disposed outside the movement device, and the support frame is received on the surface of the base body, and The surface of the support frame is provided with a pedal structure for the user to stand, and the whole body vibration training can be performed.