TW202108209A - Double-amplitude rhythmic movement method and apparatus providing rhythmic movement with different amplitudes to stimulate skeletal muscles of a body to achieve passive exercise effect - Google Patents

Abstract

This invention relates to a double-amplitude rhythmic movement apparatus, including a base provided with a plurality of supporting rods; a primary and secondary platform set sleeved to the upside of the base and having a plurality of bearing seats disposed below the primary and secondary platform set; a plurality of linkages pivoted to each of the supporting rods on the base, a first cross rod being pivoted with a plurality of pull rods with the same length, the top end of each of the pull rods being pivoted to parts of the bearing seats of the primary and secondary platform set, and a second cross rod being additionally disposed to be pivoted with the remaining bearing seats; and a power unit extended from any position of the linkages to form a power input rod, wherein power is supplied by virtue of the power input rod to enable a primary platform and a secondary platform to simultaneously perform relative movement with different amplitudes, so that rhythmic movement with different amplitudes is provided to stimulate skeletal muscles of a body, such that the effect of passive exercise is achieved.

Description

Double amplitude rhythm method and device

The present invention relates to a sports fitness device, in particular to the technical category of a double-amplitude rhythm device.

According to the current traditional known vibration training device, it mainly includes a set of vibration steps. The vibration step has a shell and a vibration generator arranged in the shell. The vibration generator can be a motor-driven eccentric block or a cam. It produces shock wave type, sonic transmission type, seesaw type vibration, or connecting rod transmission type design, so that the vibrating step can produce vibration effects, such as the national new patent No. 107122202 "vibration fitness machine".

When the traditional vibration training machine is used, it is placed on the ground, allowing the user to stand on the vibration stepping platform with both feet or one foot. After setting the vibration frequency and amplitude, the built-in vibration generator of the vibration stepping platform can generate The vertical vibration effect up and down is transmitted to other parts of the body through the soles of the user's feet to vibrate the muscles of the whole body.

However, the vibration step of the above-mentioned traditional vibration training machine can only be used as a single-amplitude rhythm, and cannot produce different-amplitude rhythms at the same time. It only provides a single-amplitude rhythm for the user, which stimulates the body's skeletal muscles in a single mode, which really needs to be improved.

Therefore, in view of the above-mentioned problems, the present inventor has worked hard to create the double-amplitude rhythm method and device of the present invention. Therefore, the main purpose of the present invention is to provide a fitness device with double-amplitude rhythm; therefore, the secondary purpose of the present invention is ：Provide a variety of motion mechanisms with double amplitude configuration and power configuration.

To achieve the above objectives, the present invention uses the following technical means:

A double-amplitude rhythm method includes: a step of constructing a base, with several poles set to different heights; a step of constructing a child-mother platform, which is set above the base, and A perforation is provided on a horizontal parent platform, and a sub-platform protruding from the perforation is provided on the perforation; a plurality of connecting rod assembly steps are connected to each of the bases. A first crossbar and a second crossbar are set on the support rod to form a first fulcrum and a second fulcrum, and a height difference is formed between the first crossbar and a second crossbar. A connecting rod is pivotally connected, and a plurality of tie rods of the same length are pivotally connected to the two sides of the first fulcrum of the first cross rod at a lower position, and the top of each tie rod is pivotally connected to the part of the parent-child platform group The bearing, and the second cross-bar is pivotally connected to the rest of the sockets; and a power input rod construction step is pivotally connected to any of the first cross-bar, the second cross-bar, the connecting rod or the tie rod, so that The power input rod drives each linkage group, and the linkage group then links the parent platform and the sub-platform to simultaneously perform vertical motions with different amplitudes.

In the double-amplitude rhythm method, the pivotal joints of the connecting rod group and each bearing have the same height position.

In the double-amplitude rhythm method, each pull rod moves closer to the first fulcrum with a smaller amplitude, and moves farther from the first fulcrum with a larger amplitude; and each of the rods connected to the second crossbar moves with a larger amplitude. If the bearing is closer to the second fulcrum, it moves with a smaller amplitude, and if it is farther from the second fulcrum, it moves with a larger amplitude.

Regarding a double amplitude rhythm device of the present invention, it includes: a base with several poles, and the several poles are set to different heights; a mother-and-child platform set is sleeved above the base and placed on top of the base. A parent platform that is horizontal is provided with a perforation, and the perforation is provided with a sub-platform that is horizontal and protrudes from the perforation. In addition, a number of bearings are provided under the group of parent and child platforms; a number of connecting rods are provided. Group, is a first crossbar and a second crossbar set on each support rod pivoted to the base to form a first fulcrum and a second fulcrum, and the first crossbar and A height difference is formed between a second cross-bar and a connecting rod is pivotally connected, and the first cross-bar at a lower position is pivotally connected with several rods of the same length, and the top of each rod is pivotally connected to the sub-bar. Part of the sockets of the mother platform group, and the second crossbar is pivotally connected with the rest of the sockets; and a power unit, which extends from any place of the connecting rod group to provide a power input rod.

In the double-amplitude rhythm device, the connecting rod group is provided with two sets, and is installed on two sides of the base, and the power input rod is also provided with two, and one end of the power input rod is pivotally connected to a rotating shaft. The other end of each power input rod is pivotally connected to any one of the first crossbar, the second crossbar, the connecting rod or the pull rod except the first fulcrum and the second fulcrum.

In the double-amplitude rhythm device, each link group is pivotally connected with each bearing seat to connect the mother-child platform.

In the double-amplitude rhythm device, a plurality of bearings provided in the parent-child platform group corresponding to the connecting rod group are respectively connected to a plurality of ribs provided under the parent-child platform group.

In the double-amplitude rhythm device, each pull rod moves closer to the first fulcrum with a smaller amplitude, and moves farther from the first fulcrum with a larger amplitude; and is connected to each of the second horizontal rods. If the bearing is closer to the second fulcrum, it moves with a smaller amplitude, and if it is farther from the second fulcrum, it moves with a larger amplitude.

In the double-amplitude rhythm device, the base corresponding to the plurality of rods provided in each connecting rod group are respectively set as a plurality of first rods and second rods, and the height of the first rod is shorter than the second rod The height position of the rod.

In order to achieve the above objectives, the present invention can achieve the following effects:

1. The present invention uses several connecting rod groups to drive the parent-child platform group, so that the parent platform and the child platform produce different amplitude rhythms at the same time. For example, if two feet stand on the parent platform, a smaller amplitude rhythm is used. The platform uses a larger-amplitude rhythm, and provides users with a quick choice to switch between them as needed. Two different-amplitude rhythms are used to stimulate the body's skeletal muscles and achieve the effect of passive movement.

2. According to the requirement of the degree of double amplitude, the connecting rod group of the present invention can be flexibly configured to pivotally connect the support rods at different positions, the power input rods at different positions and the motor positions, so as to manufacture double amplitude rhythm devices of various specifications. The positions of the fulcrums of the first and second crossbars may be as follows: inner pivot joint-fulcrum-outer pivot joint; fulcrum-inner pivot joint-outer pivot joint; inner pivot joint-outer Pivot point-fulcrum. The other end of each power input rod can be pivotally connected to any one of the first cross rod, the second cross rod, the connecting rod or the pull rod except the first fulcrum and the second fulcrum.

First of all, please refer to Figures 1 to 4. The present invention relates to a double-amplitude rhythm device A, which provides dual platforms that simultaneously generate different-amplitude rhythms for users to exercise their rhythms. It includes: a base 1. A parent-child platform group 2, a connecting rod group 3 and a power unit 4.

The base 1, as shown in FIGS. 2 and 4, is provided with a number of upright rods 11 of different lengths on the base 1, and the plurality of rods 11 are respectively set as a plurality of first rods 111 and A plurality of second supporting rods 112, of which the second supporting rod 112 is longer, when the first supporting rod 111 and the second supporting rod 112 are fixedly connected to the base 1, they form pivoting points of different height positions (first The fulcrum 1111, the second fulcrum 1112) provide the connecting rod group 3 to connect.

The parent-child platform set 2, as shown in Figures 1 and 4, is sleeved above the base 1, and a female platform 21 that is horizontal is provided with a perforation 211, and the perforation 211 is provided with a perforation 211. A sub-platform 22 showing a horizontal shape and protruding from the perforation 211; in addition, a plurality of bearing seats 23 of pivot joints 231 are provided below the sub-mother platform group 2; further, the sub-mother platform group 2 corresponds to The several sockets 23 provided in the connecting rod group 3 are respectively connected to the several ribs 24 provided under the parent-child platform group 2, and the plurality of ribs 24 are composed of a first rib 241 and a second rib 242 , And each rib 24 can improve the structural strength of the parent-child platform group 2.

The several connecting rod groups 3, as shown in Figures 2 to 5, are pivotally connected to the support rods 11 on the base 1 and are provided with a first cross rod 31 and a second cross rod 32, wherein the first cross rod A crossbar 31 is pivotally connected to the first fulcrum 1111 of the first support rod 111 at an appropriate location, and the second crossbar 32 is pivotally connected to the second fulcrum 1112 of the second support rod 112 at an appropriate location, so that the A cross bar 31 and a second cross bar 32 form a height difference h and then pivotally connect a connecting rod 33 (FIG. 5), that is, the first cross bar 31, the second cross bar 32, and the connecting rod 33 form one Z-shaped connecting rod group 30; the first cross-bar 31 is pivotally connected with several tie rods 34 of the same length to maintain the freedom of movement of the connecting rod group, and the top end of each tie rod 34 is pivotally connected to the parent-child platform group 1 The corresponding part of the bearing seat 23, and the second cross bar 32 is then pivotally connected to the remaining corresponding bearing seat 23; in particular, the connecting rod set 3 can be provided with two sets, and is installed next to the base 1 on both sides. and

The power unit 4, as shown in Figs. 2 to 5, is a power input rod 41 extending from any place of the connecting rod group 3; in addition, the power input rod 41 is also set to two and one end is respectively It is pivotally connected to the eccentric shaft 421 provided at the two ends of a rotating shaft 42, and the other end of each power input rod 41 is pivotally connected to the first cross bar 31, except the first fulcrum 1111 and the second fulcrum 1112. At any place of the second crossbar 32, the connecting rod 33 or the pull rod 34, in this embodiment, the power input rod 41 is pivotally connected to the middle of the second crossbar 32; in particular, the shaft 42 is mounted on top A pulley 44 is provided, and the pulley 44 is sleeved with a belt 45, and then the belt 45 is sleeved on the rotation axis of a motor 43, so that the motor 43 can drive the rotation axis through the belt 45 and the pulley 44 42 rotates, allowing the eccentric wheel 121 of the rotating shaft 42 to drive the power input rod 41 to yaw; in particular, the motor 43, the rotating shaft 42, the pulley 44, and the belt 45 are assembled and fixed on the base 1.

The double-amplitude rhythm device A of the present invention is constituted by the above-mentioned components, as shown in FIGS. 4 and 5, in this embodiment, when the first crossbar 31 and the second crossbar 32 of the linkage group 3 are in a horizontal state , Several tie rods 34, several sockets 23, first ribs 241 connected to the outer pivot joints 311 of each first crossbar 31, and several sockets connected to the outer pivot joints 321 of the second crossbar 32 23. The first ribs 241 jointly prop up the mother platform 21 in a horizontal position; in the same way, a number of tie rods 34, a number of bearings 23, and a second rib 242 connected to the pivot joints 312 in each first crossbar 31 , And several sockets 23 and second ribs 242 connected to the pivot joint 322 in the second cross-bar 32 to jointly prop up the sub-platform 22 in a horizontal position, and allow the sub-platform 22 to slightly protrude from the female The perforation 211 of the platform 21.

Please refer to Figure 4, Figure 6 to Figure 8, the user can first stand on the parent-child platform set 2, and then start the motor 43 to drive the rotating shaft 42 to rotate, the eccentric shaft 421 provided at both ends of the rotating shaft 42 will meet Drive the two power input rods 41 to swing, and then each power input rod 41 will drive the corresponding link groups 3, especially the first cross rod 31 with the first fulcrum 1111 of the first support rod 111 as In the same way, the second cross-bar 32 will also use the second fulcrum 1112 of the second support 112 as a fulcrum for the swing, so that the first cross-bar 31 is tilted in the opposite direction due to the swing. In the tilt direction of the second support rod 112.

In this way, if the outer pivot joint 311 of the first cross bar 31 and the outer pivot joint 321 of the second cross bar 32 will move the mother platform 21 downward, and the inner pivot joint 312 of the first cross bar 31 and The inner pivot joint 322 of the second cross-bar 32 will move the sub-platform 21 upward; if the outer pivot joint 311 of the first cross-bar 31 and the outer pivot joint 321 of the second cross-bar 32 will be linked If the mother platform 21 moves upward, the inner pivot joint 312 of the first cross-bar 31 and the inner pivot joint 322 of the second cross-bar 32 will link the sub-platform 21 to move downward.

Because the inner pivot joint 312 and the inner pivot joint 322 are far away from the support rod, the inner pivot joint 312 and the inner pivot joint 322 will link the sub-platform 22 to produce a larger amplitude; on the other hand, because of the The outer pivot joint 311 and the outer pivot joint 321 are far and closer to the support rod, so the outer pivot joint 311 and the outer pivot joint 321 will link the mother platform 21 to produce a smaller amplitude; in other words, if the user needs When exercising with a smaller amplitude, you can stand on the parent platform 21; if the user needs a larger amplitude for exercising, he can stand on the sub-platform 22.

Summarizing the double-amplitude rhythm device A of the present invention, the following double-amplitude rhythm method B of the present invention can be obtained, as shown in Figure 4, Figure 5 and Figure 8, which includes: a base construction step a, with several poles 11 , And the several poles 11 are set to different heights; the step b of assembling a mother-and-child platform is set above the base 1, and a perforation 211 is provided on a mother platform 21 that is horizontal, and the perforation 211 A sub-platform 22 that is horizontal and protrudes from the perforation 211 is provided; a step c of assembling a plurality of connecting rods is a first crossbar 31 and a first crossbar 31 and each supporting rod 11 pivotally connected to the base 1 A first fulcrum 1111 and a second fulcrum 1112 are formed anywhere on a second cross bar 32, and a height h difference is formed between the first cross bar 31 and a second cross bar 32 and is pivotally connected The rod 33 is pivotally connected to the two sides of the first fulcrum 1111 at the lower position of the first cross rod 31 with several tie rods 34 of the same length, and the top end of each tie rod 34 is pivotally connected to the parent-child platform set 2 corresponds to the part of the socket 23, and the second cross bar 32 is pivotally connected to the corresponding remaining socket 23; and a power input rod construction step d is to pivot each power input rod 41 to the first Any place of the first cross bar 31, the second cross bar 32, the connecting rod 33 or the tie rod 34 other than the fulcrum 1111 and the second fulcrum 1112 allows the power input rod 4 to drive the connecting rod group 3, and the connecting rod group 3 The mother platform 21 and the sub platform 22 are then linked to perform vertical motions of different amplitudes at the same time, so as to provide different amplitude rhythms to stimulate the body's skeletal muscles to achieve the effect of passive motion.

In summary, the present invention relates to a "double amplitude rhythm method and device", and the structure of each embodiment has not been seen in books or publicly used, and sincerely meets the requirements of a patent application. I sincerely ask the Bureau to approve the patent as soon as possible. , I’m very grateful; if you need to clarify, the above are the specific embodiments of this case and the technical principles used. If the changes made according to the concept of this case, the resulting functional effects still do not exceed the specification and diagrams. All the spirits covered should be stated within the scope of this case.

A: Double amplitude rhythm device 1: pedestal 11: Support rod 111: The first pole 112: second pole 1111: the first pivot 1112: second pivot 42: shaft 421: eccentric shaft 2: Parent-child platform group 21: Mother platform 211: Piercing 22: sub-platform 23: seat 231: Pivot 24: rib 241: The first rib 242: second rib 3: Connecting rod group 31: The first crossbar 311: Outer Pivot 312: Inner Pivot 32: second crossbar 321: Outer Pivot 322: Inner Pivot 33: connecting rod 34: lever h: height difference 4: power unit 41: Power input lever 42: shaft 421: eccentric shaft 43: Motor 44: Pulley 45: belt B: Double amplitude rhythm method a: steps b: step c: steps d: steps

Figure 1: is a three-dimensional external view of the double amplitude rhythm device of the present invention. Figure 2: is a three-dimensional view of the internal structure of the double amplitude rhythm device of the present invention. Figure 3: is a perspective view of another internal structure of the double amplitude rhythm device of the present invention. Figure 4: is a plan view of the internal structure of the double amplitude rhythm device of the present invention. Figure 5: is a schematic diagram of the structure of the double amplitude rhythm device of the present invention. Fig. 6 is a schematic diagram of the structure and operation of the double amplitude rhythm device of the present invention. Figure 7: is a schematic diagram of another structure of the double amplitude rhythm device of the present invention. Figure 8 is a diagram showing the implementation and use of the double amplitude rhythm device of the present invention. Figure 9: is a flow chart of the double amplitude rhythm method of the present invention.

A: Double amplitude rhythm device

1: pedestal

11: Support rod

111: The first pole

112: second pole

1111: the first pivot

1112: second pivot

2: Parent-child platform group

21: Mother platform

211: Piercing

22: sub-platform

23: seat

231: Pivot

24: rib

241: The first rib

242: second rib

3: Connecting rod group

31: The first crossbar

311: Outer Pivot

312: Inner Pivot

32: second crossbar

321: Outer Pivot

322: Inner Pivot

33: connecting rod

34: lever

4: power unit

41: Power input lever

421: eccentric shaft

Claims (9)

A double-amplitude rhythm method includes: a step of constructing a base, with several poles set to different heights; a step of constructing a child-mother platform, which is set above the base, and A perforation is provided on a horizontal parent platform, and a sub-platform protruding from the perforation is provided on the perforation; a plurality of connecting rod assembly steps are connected to each of the bases. A first crossbar and a second crossbar are set on the support rod to form a first fulcrum and a second fulcrum, and a height difference is formed between the first crossbar and a second crossbar. A connecting rod is pivotally connected, and a plurality of tie rods of the same length are pivotally connected to the first fulcrum side of the first cross rod at a lower position, and the top of each tie rod is pivotally connected to a part of the socket of the parent-child platform group , The second crossbar is pivotally connected to the rest of the corresponding position socket; and a power input rod construction step is pivotally connected to the first crossbar, the second crossbar, and the other except the first fulcrum and the second fulcrum. At any place of the connecting rod or pull rod, let the power input rod drive each connecting rod group, and the connecting rod group will then link the parent platform and the sub-platform to make vertical motions of different amplitudes at the same time, so as to provide different amplitude rhythms to stimulate the body Skeletal muscles, in order to achieve the effect of passive exercise. According to the double-amplitude rhythm method of claim 1, wherein the connecting rod group is pivotally connected with each bearing to connect the mother-child platform. For the double-amplitude rhythm method of claim 1 or 2, wherein each drawbar moves closer to the first fulcrum with a smaller amplitude, and moves farther from the first fulcrum with a larger amplitude; and is connected to the first fulcrum. Each bearing of the second crossbar moves closer to the second fulcrum with a smaller amplitude, and moves farther from the second fulcrum with a larger amplitude. A double-amplitude rhythm device includes: a base with several poles, and the several poles are set to different heights; a mother-and-child platform set is sleeved above the base, and is in a horizontal shape. A mother platform is provided with a perforation, and the perforation is provided with a sub-platform that is horizontal and protruding from the perforation. In addition, there are several sockets under the sub- and mother platform group; several connecting rod groups are connected Each of the support rods pivotally connected to the base is provided with a first cross rod and a second cross rod to form a first fulcrum and a second fulcrum, and the first cross rod and a second fulcrum A height difference is formed between the crossbars and a connecting rod is pivotally connected, and a plurality of tie rods are pivotally connected to the first cross rod at a lower position, and the top of each tie rod is pivotally connected to a part of the bearing of the parent-child platform group , And the second crossbar is pivotally connected with the rest of the sockets; and a power unit, which extends from any place of the connecting rod group to form a power input rod; by actuating the power input rod and driving each connecting rod The rod group, which links the parent platform and the sub-platform to simultaneously perform vertical motions of different amplitudes to provide rhythms of different amplitudes to stimulate the body's skeletal muscles to achieve the effect of passive motion. The double-amplitude rhythm device according to claim 4, wherein the connecting rod group is provided with two sets and installed on two sides of the base, and the power input rod is also provided with two and one end is pivotally connected to one On the eccentric shaft at the two ends of the rotating shaft, the other end of each power input rod is pivotally connected to any one of the first cross bar, the second cross bar, the connecting rod or the pull rod except the first fulcrum and the second fulcrum. . The double-amplitude rhythm device according to claim 4 or 5, wherein each link group is pivotally connected with each bearing seat to connect the mother-child platform. The double-amplitude rhythm device according to claim 6, wherein the parent-child platform group corresponds to a plurality of bearings provided in the connecting rod group, and they are respectively connected to a number of ribs provided under the parent-child platform group. For the double-amplitude rhythm device of claim 7, wherein each rod moves closer to the first fulcrum with a smaller amplitude, and moves farther from the first fulcrum with a larger amplitude; and is connected to the second fulcrum. Each bearing of the cross bar moves closer to the second fulcrum with a smaller amplitude, and moves farther from the second fulcrum with a larger amplitude. The double-amplitude rhythm device according to claim 6, wherein the base corresponding to the plurality of rods provided in each link group are respectively set as a plurality of first rods and second rods, and the height of the first rod is shorter than The height position of the second pole.

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