CN1515333A - Portable omnibearing motion device - Google Patents

Abstract

The portable omnibearing sports equipment for hand or foot to do omnibearing swinging includes two operation boards with opposite slots, one controller connected between the two operation boards to control the two operation boards to move up and down separately or to twist the two operation boards together, and a foot rod connected to the support seat in sliding mode around the bottom of the controller.

Description

Portable omnidirectional exercise device

technical field

The invention relates to a portable all-round exercise device, which belongs to the technical field of sports and entertainment, especially a device that can be quickly disassembled and folded into a small volume for easy portability, and has multiple functions for hand and foot movements. .

Background technique

With the rapid economic development of the society, the living space is getting narrower and narrower, and the lifestyle is also busy with work, and there is no flaw in exercising in the open space. Therefore, sports equipment continues to emerge as the times require, such as exercise bikes, treadmills, abdominal machines, rowing cars, etc.; However, all these exercise equipments have shortcomings and cannot adapt to the lifestyle of modern people. Among them; first, the aforementioned various indoor fitness equipments have a single function and do not have compound multi-exercise functions, and the applicable options are lacking in multiples; Second, the aforementioned exercise equipment is not convenient to carry. If you travel long distances by plane or car due to business trips or tourism, you will lack the exercise function to move your hands and feet, and you will lack the flexibility to apply fitness exercises anytime, anywhere.

Contents of the invention

The purpose of the present invention is to overcome the deficiencies and defects of the prior art. In view of the aforementioned lack of sports equipment that is convenient to carry and can be used for exercising hands and feet in the past, a portable omni-directional exercise device is redesigned to achieve a nearly portable The ultra-miniature size that can be carried around is not only convenient to carry, but also suitable for sports in a very small space, especially for hands or feet to provide multiple functions such as wrist movement, arm movement, ankle rotation movement, hamstring stretching movement, stepping movement, and twisting movement Selected all-round, full-angle motion effects.

In order to achieve the aforementioned object of the invention, the technical means used in the present invention is to provide a portable omnidirectional motion device, which includes:

Two operating panels, both of which are cover-shaped, with storage slots on one side;

A rotary controller that can be placed in the storage groove. The rotary controller is arranged between the two operation boards. The rotary controller includes a rotatable lock button, a pivot joint that is pivotally connected to the lock button, and a set of The connecting rod on the pivot joint, the connecting rod can be connected to the bottom surface of the operation board, the opposite end of the lock button and the pivot joint is set as a rotatable universal ball head, and the pivot joint is different from the end of the pivot lock button set to axis;

A support seat, the support seat at least includes two legs that can be placed in the storage slot, and each leg is connected to the shaft in a slidable manner on one end surface.

The available effects of the present invention include:

1. The invention has an ultra-miniature volume that can be stored in the pocket of the clothes and trousers, which is convenient to carry or store in a very small space. Therefore, it can be taken out and stored in two operations when office workers, student families, or on airplanes or long-distance coaches The components in the board, after simple combination, can allow hands or feet to have one-way omnidirectional, full-angle torsional movement, or stepping movement in a very small space, which is quite convenient and affordable.

2. The invention separates the four legs of the support base from the pivot joints of the controller, which not only reduces the storage volume, but also uses the combination of sliders and slide rails between the legs and the pivot joints, which is not only quick and easy to assemble , the combination is more stable without wobbling and shaking.

3. The rotary controller of the present invention controls the two operation boards to form individual activities, and they are connected together for activities. The operation mode is simple and easy to understand, and the variability is high. For example, wrist movements, arm movements, ankle movements, hamstring movements, All-round and full-angle movement effects such as stepping movement and twisting movement of hands and feet make the functions of hands and feet more diversified, and the movement effect is more sophisticated and monotonous.

4. The movable strut of the present invention can be supported on the connecting rod on the bottom surface of the two operating boards, so that when the two operating boards are swinging up and down and trampled, there are other positions besides the rotary controller for support, which increases the operating speed. stable and reliable features.

Description of drawings

Fig. 1 is an exploded perspective view of components of the present invention;

Fig. 2 is a combined sectional view of the present invention;

Fig. 3 is a combined cross-sectional view of the support foot and the pivot joint of the present invention;

Fig. 4 is a three-dimensional schematic diagram of a folded state of the present invention;

Fig. 5 is a schematic diagram of a side view of two operating panels of the present invention performing a stepping motion;

Fig. 6 is a three-dimensional schematic diagram of the stepping movement of the two operating panels of the present invention;

Fig. 7 is a schematic plan view of the end view of two operating panels locked for universal movement in the present invention;

Fig. 8 is a perspective schematic view of the present invention which has been folded;

Fig. 9 is an exploded perspective view of another embodiment of the support base of the present invention;

Fig. 10 is a combined sectional view of another embodiment of the present invention.

Detailed ways

The specific implementation manner of the present invention will be described in detail below in conjunction with the accompanying drawings and examples.

The present invention is a portable omni-directional movement device, please refer to Fig. 1 to Fig. 3, it is connected between two operation boards 10, 101, and a device can allow the two operation boards 10, 101 to swing universally or each Don’t swing the controller 20, the bottom of the controller 20 is set on a support base 30 for support, and further, the operation board body 10, 101 is formed with a storage groove 12 on one side for the controller after the disassembly. The device 20 and the support seat 30 are placed inside, so that the two operation boards 10, 101 are completely covered to form a portable pocket volume movement device.

The compositional relationship of each component is further described below, wherein, the operating panel body 10, 101 is a long cover shape, through the surrounding surface 11 erected on the surrounding side, and a storage groove 12 is built in the surrounding surface 11, which is different from the storage groove. The outer surface of 12 protrudes several protrusions 13 for massage and anti-slip, located on one end of the two operating plate bodies 10, 101, and is distributed into a foot-shaped outline area 131 by the number of protrusions 13, corresponding to the rear of the foot-shaped outline area 131 heel , the protruding grains 131 are distributed into an indicating circle 132 of a nearly arc-shaped zone, for the user to step on the foot contour area 131, or allow the heel position to retreat so that the outer edge is aligned with the indicating circle 132, and the two operations On the opposite side of the plate body 10, 101, a recessed container 14 with an opening facing inward is formed on the surface of the forming protrusion 13, and a recess 15 protrudes from the surface of the container 14, and the two operating plate bodies 10, 101 are located in the adjacent container 14 Two buttonholes 16 are formed through, and the bottom surfaces of the two operation boards 10 , 101 are opposite to the direction of the container 14 , extending a fixed piece 17 with a semicircular notch.

The rotary controller 20, the rotary controller 20 at least includes a lock button 21, a lock plate 24, a pivot joint 25 and a connecting rod 28, and an end surface of the lock button 21 forms a dial that can be rotated by hand. 211, the other end extends axially to be an externally threaded threaded column 22. As shown in Figure 2, the bottom surface of the threaded column 22 is concavely provided with a semi-spherical socket 23, and the lock plate 24 is a long plate with a short side The abutting ends 240 that can be arc-shaped are formed, and the long sides on both sides are trimmed edges 241 that can be straight. 14 The shape of the closed end and the abutting end 240 is corresponding to each other, such as a corresponding arc. The center of the locking piece 24 is pierced with an inner perforation 242 whose inner diameter is larger than the outer diameter of the threaded column 22 of the locking button 20. The locking piece 24 The bottom surface is provided with the protruding column 243 correspondingly matched with the recesses 15 of the two operation boards 10 and 101. Again, the pivot joint 25 is set at one end as a spherical ball head 26 and a neck with an outer diameter smaller than the ball head 26. Part 261, a shaft portion 27 that is provided with several roads in the axial direction slide rail 271 on the peripheral side, and the slide rail 271 is opened at the lower end. In addition, the connecting rod 28 is a rod body, and the center is expanded into a larger area. In order to start, an inner hole 281 for engaging the threaded column 22 of the lock button 21, and an abutment hole 282 with an inner diameter smaller than the inner hole 281 are provided in sequence. The ball head 26 cannot be allowed to pass through, and the ball head 26 is left in the inner hole 281, so that the top surface of the ball head 26 contacts the socket 23 of the lock button 21 above it. The ring groove 283 is recessed for the fixed piece 17 of the two operation boards 10, 101 to fasten, and the ring surface of the connecting rod 28 is arranged in a grid-like position, respectively provided with a recessed stop hole 284, and the connecting rod 28 can also cooperate with C Shaped buckle 29 rings against the bottom surface, hooked by the hook 291 extending from the free end of the buckle 29 to the buckle holes 16 of the two operating panels 10, 101, the transfer controller 20 can be connected to the two operating panels 10 , 101, the threaded column 22 of the lock button 21 is threadedly engaged with the inner hole 281 of the connecting rod 28, so that the pivot joint 25 passes through the inner hole 281 and the contact hole 282 with the shaft portion 27, and the shaft portion 27 is located at the two operation panels 10, 101 below.

The support seat 30 of this link transfer controller 20, the preferred embodiment of the support seat 30 is made up of four legs rods 31, and each legs rod 31 is concavely provided with a cross-section and is ㄇ-shaped cross groove 311 on the top side, spans the groove One end of 311 is provided with a pivot hole 32, and the foot rod 31 is relatively slidably arranged on the slide rail 271 of the pivot joint 25, and a shaped slider 33, allowing the four legs 31 to slide from the bottom of the shaft 27 slide rail 271 to the position by means of the slider 33, so as to be combined with the peripheral side of the pivot joint 25 to support the two operation boards 10, 101 and the controller 20. The slider 33 and the pivot hole 32 are respectively located at the two opposite ends of the foot bar 31. In addition, a movable strut 35 with a ㄇ-shaped cover is pivoted on the span 311. One end of the movable strut 35 is provided with a columnar pivot. 351 corresponds to the pivot hole 32 that is pivotally arranged on the span groove 311, and just fills the span groove 311 through the thickness of the movable strut 35 to keep the flat outer surface of the foot bar 31, while the movable strut 35 takes the pivot hole 32 as a fulcrum to move toward the Moving upward, it can abut against the abutting hole 284 at the appropriate position of the connecting rod 28 to support the bottom of the connecting rod 28 and limit the two operating boards 10, 101 from rotating in all directions.

As shown in FIG. 4 , the present invention is specially accommodated into a portable pocket-shaped volume, wherein, between the two operation board bodies 10, 101, the assembly of the transfer controller 20 and the support base 30 disassembled in FIG. Put it in the storage groove 12 where the two operation boards 10, 101 are facing each other. When the two operation boards 10, 101 are closed, they will form a rectangular parallelepiped shape, and the protrusions 13 are exposed on the outer surface, which can be conveniently carried and stored. Appropriate, and the two operating panels 10, 101 can be respectively provided with concave-convex matching cylinders and concave holes (not marked in the figure) in the opposite storage grooves 12, so that the cover of the two operating panels 10, 101 has different features. The tilting positioning, as shown in Figure 8, and because of the small storage volume, it is very easy to carry in the hand.

Also as shown in Figure 9, the support seat 40 is combined by two legs 41, 44 in a 90-degree cross pattern, wherein the top surface of the legs 41 is concavely provided with a square groove 42, and the square groove 42 is provided with a hole 421, and The bottom surface of the other leg bar 42 is concavely provided with a square groove 45, and the center of the square groove 45 is provided with a hole 451. The two leg bars 41, 44 are vertically aligned with the square grooves 42, 45 to match each other in concave and convex, so that the holes 421, 451 are provided. The pivot joint 25 shaft portion 27 of the rotary controller 20 can be forced into the combination in a tight-fitting manner.

As shown in Figure 10, it is illustrated that the present invention can be equipped with a buffer spring 262 on the outside of the neck 261 of the pivot joint 25 of the rotary controller 20, and is also provided with two half-ring bodies 263, 264, each of which is composed of two half-ring bodies 263, 264 The pivot joint 25 is located outside the lower part of the neck 261, and the two half-ring bodies 263, 264 are supported on the top surface of the foot bar 31 by the concave-convex buckle on the two opposite end surfaces of the two half-ring bodies 263, 264, The buffer spring 262 is clamped between the two half-ring bodies 263, 264 and the connecting rod 28, and the buffer spring 262 provides elastic damping for the torsional movement of the two operating panels 10, 101, so that the two operating panels 10, 101 have spring tops. of resilience.

Next, several movable modes of the present invention will be described. As shown in FIGS. In the inner hole 281 of the connecting rod 28, the locking piece 24 is no longer pressed, and the locking piece 24 is rotated with the threaded column 22 as the fulcrum, and the two abutting ends 240 respectively enter the cavity 14, and are locked by the protruding column 243 In the concave cavity 15, the two operation boards 10, 101 are connected into a flat form through the lock plate 24, and then the lock button 21 is locked, and the lock button 21 is pressed against the lock plate 24, so that the hands or feet are placed The two operating board bodies 10, 101 are in contact with the protrusions 13, and the ball head 26 and the movable support rod 35 are used as fulcrums to apply force to the two operating board bodies 10, 101 synchronously to form a one-way swing before and after, such as when two feet are placed On the two operating boards 10, 101, like the up and down pressing movement of both feet synchronously in the same direction, the two operating boards 10, 101 are restricted by the movable strut 35 to only swing forward and backward; Push against the connecting rod 28, and loosen the lock button 21 to rotate the lock piece 24, so that the abutting end 240 is separated from the container groove 14, and the trimming edge 241 is parallel to the two operation board bodies 10, 101, so the two operation board bodies are respectively placed The hands or feet on 10, 101, with the movable strut 35 and the connecting rod 28 as the fulcrum, form an up and down interactive stepping motion on the two operating board bodies 10, 101, and the movable strut 35 is far away from the transfer controller on the operating board body 10, 101 The place at 20 touches the top, and also forms the effect of three-point auxiliary support with the transfer controller 20.

Next, as shown in Figures 2 and 6, the movable strut 35 shown in Figure 2 can be removed from the stop hole 284 of the connecting rod 28, so that the movable strut 35 can lie flat on the span groove 311, and then the lock button 21 can be released. In order to rotate the lock plate 24, the abutting end 240 is separated from the holding groove 14, and the trimming edge 241 is parallel to the posture of the two operating plate bodies 10, 101, and a distance is kept from the sides of the two operating plate bodies 10, 101, and then the lock is tightened. Button 21 makes it close to lock sheet 24, prevents lock sheet 24 from moving, allows two operating panels 10, 101 to be fulcrums with connecting rod 28, ring groove 283, allows both feet (or both hands) to two operating panels respectively 10 and 101 form an up and down interactive stepping motion, and the two operating boards 10 and 101 take the ball head 26 as the fulcrum, and at the same time mix the rotation movement of the universal angle, so that the two hands or feet are respectively interacted up and down by the operating board 10 and 101 The movement effects of pedaling and mixed omni-directional angle rotation strengthen the soft movement of the wrist or ankle joint like stretching, and also train the response and sense of rhythm of the two limbs moving in alternating directions.

Finally, as shown in Figures 1, 2, and 7, the locking piece 24 can be moved back to the abutting end 240 to enter the container 14, and the locking piece 24 is used to connect the two operation boards 10, 101 as a whole, and the movable support The rod 35 breaks away from the connecting rod 28, pivots with the pivot hole 32 as a fulcrum and sticks to the span groove 311, so that both hands or feet can be placed on the two operation boards 10, 101, and at the same time be placed on the two operation boards The hands or feet on 10, 101, with the ball head 26 as the fulcrum, rotate arbitrarily in the omnidirectional universal angle included in the ball head 26, and the two operating boards 10, 101 jointly perform the universal torsion movement effect, such as Ankle rotation movement, hands and feet torsion movement effect.

Claims (10)

1. A portable all-round exercise device, characterized in that, comprising: Two operating panels, both of which are cover-shaped, with storage slots on one side; A rotary controller that can be placed in the storage groove. The rotary controller is arranged between the two operation boards. The rotary controller includes a rotatable lock button, a pivot joint that is pivotally connected to the lock button, and a set of The connecting rod on the pivot joint, the connecting rod can be connected to the bottom surface of the operation board, the opposite end of the lock button and the pivot joint is set as a rotatable universal ball head, and the pivot joint is different from the end of the pivot lock button set to axis; A support seat, the support seat at least includes two legs that can be placed in the storage slot, and each leg is connected to the shaft in a slidable manner on one end surface. 2 . The portable omni-directional exercise device according to claim 1 , wherein, on the opposite side of the operating board body, a storage tank with openings facing each other is recessed on an outer surface different from the storage tank. 3 . 3. The portable omni-directional exercise device as claimed in claim 2, wherein the controller further includes a locking piece pressed by the locking button, the locking piece is a long plate, and The short side forms the abutting end, and the long sides on both sides are set to be straight and straight. The two abutting ends can enter the holding grooves of the two operating boards. There are also protruding recesses on the surface of the holding grooves, and the center of the locking piece passes through. There is an inner perforation hole with an inner diameter larger than the outer diameter of the threaded post of the lock button. The bottom surface of the lock plate is provided with a protruding post corresponding to the concave and convex holes of the two operating panels. fixed film. 4. The portable omni-directional motion device as claimed in claim 3, wherein one end of the lock button forms a dial that can be rotated by hand, and the other end extends axially as an externally threaded threaded post , the bottom surface of the threaded column is concavely provided with a semi-spherical socket, and the shape of the abutting end of the locking plate and the corresponding closed end of the container are corresponding to each other. 5. The portable omnidirectional exercise device as claimed in claim 4, wherein one end of the pivot joint is sequentially set as a spherical ball head, a neck with an outer diameter smaller than the ball head, and a neck on the peripheral side. There are several axial slide rails on the shaft, so that the top surface of the ball head contacts the socket of the lock button. 6. The portable omni-directional exercise device as claimed in claim 5, wherein the connecting rod is a rod body, the center of which is expanded into a larger area, and a lock button is sequentially arranged on the central end surface. The inner hole where the threaded column is joined, and an abutment hole with an inner diameter smaller than the inner hole. The abutment hole allows the neck and the shaft to pass through, and the ball head is left in the inner hole. The connecting rod is located at both ends of the inner hole and has a ring groove on the outer ring of the end. , for the fixed pieces of the two operating boards to be buckled, and the ring surface of the connecting rod is respectively provided with concave-shaped stop holes according to the grid-like positions. 7. The portable omni-directional motion device as claimed in claim 6, wherein the connecting rod can also cooperate with a C-shaped buckle ring to lean against the bottom surface, and the two operating boards are located in the adjacent tanks and run through The two buttonholes are hooked to the buttonholes of the two operation board bodies by the hook buckle extended from the free end of the buckle ring. 8. The portable omni-directional exercise device as claimed in claim 1, characterized in that, the support seat can be composed of four legs, and each leg is recessed with a ㄇ-shaped cross-section on the top side, A pivot hole is provided at one end of the span groove, and the foot bar is relatively slid on the slide rail of the pivot joint, and a slider is protrudingly provided. The slider and the pivot hole are respectively located at two opposite ends of the leg bar. There is a movable strut with a ㄇ-shaped cover in cross-section. One end of the movable strut is provided with a columnar pivot end corresponding to the pivot hole pivoted on the span groove. The thickness of the movable strut just fills the span groove, so that the movable strut can pivot The hole moves upwards as a fulcrum, which can lean against the stop hole of the connecting rod. 9. The portable omni-directional exercise device as claimed in claim 1, characterized in that, the operating panel protrudes several protrusions on the outer surface different from the receiving groove; and the neck of the pivot joint of the controller A buffer spring is set on the outside, and two half rings are arranged around the hinge joint on the outside of the lower part of the neck. One end of the buffer spring leans against the two half rings, and the other end of the buffer spring leans against the bottom surface of the connecting rod. 10. The portable omni-directional exercise device as claimed in claim 1, wherein the supporting seat can be combined by two leg bars in a 90-degree cross pattern, one of which is provided with a side in the center of the top surface. There is a hole on the square groove, and a square groove is recessed on the bottom surface of the other leg rod. There is a hole in the center of the square groove. state forced into conjunction.

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