TWM631616U - Multifunctional exercise device - Google Patents

Abstract

A multifunctional sports device, comprising an elastic rope with two ends, a rigid material A mass sphere, and two swinging frames, wherein a force-applying portion is extended from the two ends of the swinging frame, and a ball sleeve hole for the sphere is set in the central part of the swing frame, and the two ball sleeve holes of the swing frame are respectively sleeved in the The different positions of the outer edge of the sphere make the two swinging frames oscillate against the outer arc surface of the sphere, and the elastic rope is wound around one side of the sphere and fixed to the two ends with the two ends respectively. on the swinging frame; when the user uses the force-applying part to force the swinging frame and pulls the elastic rope, the elastic rope has a reverse pulling force to pull the stored state of the two swinging frames, and when the user stops After the force is applied, the reverse pulling force of the elastic rope pulls the two swing frames back to their original state; thereby, the user can use the body parts to force the swing frames to achieve various ways of limb swing or core muscle group movement. motion effect.

Description

multifunction sports device

This creation is about a multi-functional sports device, which mainly uses a elastic rope, a sphere, and two swinging frames to swing in combination with each other, so as to achieve various ways of limb swinging or core muscle movement.

That is, there are medium-sized sports equipment such as grip bars, push-up supports, and mini-steppers on the market. The user can hold the grip bars with both hands and bend the grip bars, thereby training the arm muscles of the hands. The user can hold the push-up push-up support frame with both hands; and use this to train the strength of the arm muscles and core muscles of the hands; and the user can hold the pedals of the mini stepper with both hands or step on the pedals with both hands and swing The pedal performs a cyclic rotation action. However, the above-mentioned sports equipment all belong to a single cyclic back-and-forth swinging action, such as the arm of the grip bar swinging back and forth repeatedly, the arm of the push-up support frame being pushed up and down repeatedly back and forth, and the mini-stepper repeatedly drawing circles The swinging action, the swinging action in a single fixed direction, is very boring and uninteresting to use, and it is a traditional sports equipment that has existed on the market for a long time; therefore, whether it is a manufacturer, or a wholesaler or retailer when selling the above sports equipment, its Profits are quite low, and consumers are not interested in buying.

Therefore, how to use the new structure to synthesize the functions of the above-mentioned sports equipment, and improve the unity of sports action, and make it more interesting and humanized, so as to improve the above shortcomings and improve the To carry out research and development to improve the structure is actually the goal of the research and development required by the relevant industry.

In view of the conventional centrifugal sports equipment, it will generate disturbing noise when used, thus resulting in limited use time, and the structure is too complicated, so that the assembly cost and component cost are too high, which ultimately leads to poor sales.

The purpose of this creation is to provide a multi-functional sports device, including: an elastic rope, which has two ends; a sphere, which is a rigid material; A set of ball holes for the sphere to be sleeved, wherein the two sets of ball holes of the swing frame are respectively sleeved at different positions on the outer edge of the sphere, so that the two swing frames can swing against the outer arc surface of the sphere. After the elastic rope is wound around one side of the sphere, the two ends are respectively fixed on the two swinging frames. When the user uses the force-applying part to force the two swinging frames and pull the elastic rope , the elastic rope has a reverse pulling force to pull the stored state of the two swinging frames, and after the user stops applying force, the reverse pulling force of the elastic rope pulls the two swinging frames back to the original state.

The effect of this creation is:

Through the mutual combination between the sphere and the two swing frames, the swing frame can swing against the sphere in all directions, allowing the user to switch to the training of hand arm strength, foot muscle strength, or abdominal core muscle group. Swing the swing frame to achieve the fun and practicality of multi-angle swing and movement, thereby enhancing the competitiveness of product sales and consumers' desire to buy.

10: Elastic rope

101: End

11: Fixing parts

20: Sphere

21: Support Department

22: Accommodating space

23: Mandrel

24: Bearings

25: Turning parts

26: Counterweight

27: Groove

30: Swing frame

31: Force Department

32: Set of ball holes

321: inner ring surface

33: Grooving

34: Oblique arc surface

35: accommodating slot

36: Reinforcement Department

37: snap hole

Figure 1 is a three-dimensional combined view of this creation.

Figure 2 is an exploded view of this creation.

Picture 3 is the swing reference picture (1) of this creation.

Picture 4 is the swing reference picture (2) of this creation.

Picture 5 is the swing reference picture (3) of this creation.

Picture 6 is a reference picture of how the hand is used in this creation.

FIG. 7 is a schematic diagram of the swing of FIG. 6 .

Figure 8 is a reference diagram for the use of the leg clips in this creation.

Fig. 9 is a schematic diagram of the swing of Fig. 8.

Figure 10 is a reference image of another preferred hand use method in this creation.

Figure 11 is a schematic reference diagram (1) of the push-up use method of this creation.

Figure 12 is a schematic reference diagram (2) of the push-up use method of this creation.

Figure 13 is a schematic reference diagram of how the feet are used in this creation.

Figure 14 is a partial cross-sectional view of the sphere of this creation.

In order to enable your review committee to have a further understanding and understanding of the purpose, characteristics and effects of this creation, please follow the following examples in conjunction with [Simple Description of Drawings], and the detailed description is as follows:

First, please refer to Figures 1 to 5 in conjunction with Figure 14 to disclose a multifunctional exercise device, including:

an elastic cord 10 with two ends 101;

A sphere 20 is made of hard material, and a support portion 21 is provided at the corresponding two ends of the outer body. The sphere 20 has an accommodation space 22 inside. The accommodation space 22 is provided with a mandrel 23. The two ends of the mandrel 23 are respectively A bearing 24 is pivoted, and a rotating member 25 extends vertically from the center of the mandrel 23 . The rotating member 25 rotates radially and centrifugally with the mandrel 23 as the axis and is different from the end that combines with the mandrel 23 . There is a counterweight 26, and the ball body 20 is provided with two inserting grooves 27, and the two inserting grooves 27 are for the respective bearings 24 to be embedded respectively;

The two swinging frames 30 have a force-applying portion 31 extending from both ends, and a ball hole 32 for the ball body 20 to be nested in the central part thereof. The force-applying portion 31 is an arc-shaped piece and is provided with a through slot 33. The ball holes 32 of the two swinging frames 30 are respectively sleeved at different positions on the outer edge of the sphere 20, so that the two swinging frames 30 swing against the outer arc surface of the sphere 20, and the elastic rope 10 After being wound around one side of the ball 20, the two ends 101 are respectively fixed on the two swinging frames 30. When the user uses the force exerting force on the two swinging frames 30 to swing the two swinging frames 30 and pull the elastic rope At 10 o'clock, the elastic cord 10 has a reverse pulling force to pull the two swinging frames 30 in the stored state, and after the user stops applying force, the reverse pulling force of the elastic cord 10 pulls the two swinging frames 30 back to the original state. original state.

The diameter of the ball hole 32 is smaller than the diameter of the ball 20 .

Wherein, the peripheral edge of the ball hole 32 is further provided with an oblique arc-shaped curved surface 34 . When the ball 20 is sleeved in the ball hole 32 , the oblique arc-shaped curved surface 34 corresponds to the outer arc of the ball 20 . At least one accommodating groove 35 is concavely formed on the oblique arc-shaped curved surface 34 of the set of ball holes 32, and the accommodating groove 35 is used for the elastic rope 10 when the ball 20 is sleeved on the set of ball holes 32. accommodate.

Wherein, the end portion 101 of the elastic cord 10 is fixed with a fixing member 11, and the predetermined position of the inner ring surface 321 of the set of ball holes 32 is further protruded with at least one reinforcing portion 36, and the reinforcing portion 36 is provided with an engaging hole. 37. The engaging hole 37 is for engaging the fixing member 11 of the end portion 101 of the elastic cord 10.

With the above-mentioned structure and composition design, the various operation and implementation modes of this creation are described as follows:

(1) First, as shown in Figures 6 and 7, the user can hold the second force-applying portion 31 of the swing frame 30 with both hands on the same side of the ball 20 without the elastic cord 10 being wound around, and Swing the hands together repeatedly; at this time, the elastic rope 10 is pulled and shows a reverse force, and resistance is also felt when the hands are moved close to each other; and when the hands do not exert force, the elastic rope 10 will reverse The pulling force swings the hands apart; thereby, the effect of training the strength of the arm muscles.

(2) Second, as shown in Figures 8 and 9, the user can clamp both legs together on the same side of the sphere 20 and without the elastic rope 10 around the second force-applying portion 31 of the swing frame 30, and Swing the legs repeatedly; at this time, the elastic rope 10 is pulled and shows a reverse force, and resistance is also felt when the legs are clamped to swing; and when the legs do not exert force, the elastic rope 10 will have The reverse pull swings the legs apart; thereby, the effect of training the strength of the leg muscles.

(3) Furthermore, as shown in Figure 10, the user can place one of the swinging frames 30 as a base on a table, and hold the two ends of the other swinging frame 30 with both hands. The force-applying portion 31 swings universally against the upper outer arc surface of the sphere 20 . At the same time, the elastic cord 10 will also generate a pulling force when the hand-held swing frame 30 swings, so as to generate resistance to the swing of the hand-held swing frame 30 .

(4) Furthermore, as shown in Figure 11, the user can also place one of the swing frames 30 as a base on the ground, and hold his hands on the other swing in a push-up posture. The force-applying portions 31 at the two ends of the frame 30 oscillate universally against the upper outer arc surface of the sphere 20. At the same time, the elastic rope 10 will also generate tension when the hand-held swing frame 30 swings, so as to oppose the hand-held swing frame. The swing of 30 creates resistance. As a result, the body can push up with both feet as a fulcrum and swing the upper body with twisting motion. (5) Furthermore, as shown in Figure 12, the user can also use one of the swinging frames 30 of the present creation as the bottom The seat is placed on the ground, and the forearms of both hands are respectively supported on the force-applying parts 31 at the two ends of the other swing frame 30 in a push-up posture, and the upper outer arc surface of the sphere 20 is swung universally. At the same time, the elastic cord 10 will also generate tension when the hand-held swing frame 30 swings, so as to generate resistance to the swing of the hand-held swing frame 30 . Because of this, the body can use the feet as fulcrums to push down and swing the core muscles of the upper body twisted.

(6) In addition, as shown in Figure 13, the user can use one of the swinging frames 30 as a base to place it on the ground, and use both feet to step on the two ends of the other swinging frame 30 to exert force. 31, and swings universally against the upper outer arc surface of the ball 20. At the same time, the elastic rope 10 will also generate tension when the foot steps on the swinging frame 30, so as to prevent the swinging of the swinging frame 30. generate resistance.

(7) Finally, as shown in Figure 14, the user can also use the sphere 20 independently, and hold the supporting parts 21 at the two outer ends of the sphere 20 with both palms and exert force on the sphere 20, so that the The rotating member 25 is combined with the counterweight block 26 to rotate radially and centrifugally; thereby, the action of the arm swinging repeatedly is achieved.

(8) Another thing to mention is that the force-applying part 31 in this creation is an arc-shaped body, which mainly allows the user to swing his arms or feet in the above (2), (5) and (6) above. It can be more ergonomic and limited in the force applying portion 31 when stepping on the device, so as to avoid accidental injury caused by slipping out of the force applying portion 31 , thereby increasing the comfort and safety of use.

(9) The set of ball holes 32 is provided with a recessed accommodating groove 35 in the oblique arc-shaped curved surface 34 for the elastic rope 10 to be partially accommodated. When the swing frame 30 swings arbitrarily, the obstruction interference of the elastic cord 10 is avoided.

By the structure of the above-mentioned specific embodiment, the following benefits can be obtained:

In the present invention, the two swinging frames 30 can be placed in the The different eccentric positions of the sphere 20 swing in all directions, allowing users to switch hands or feet swing, hand arm strength, foot muscle strength, or abdominal core muscle training at any time during use, and break through traditional sports The angular direction of the equipment is fixed up and down, or swinging back and forth and the shortcomings of boring and unpleasant, and the swing frame 30 can be swung universally, so as to achieve multi-angle swing and movement of interest and practicability, thereby enhancing the competitiveness of product sales and consumer purchases want.

To sum up, this creation system can effectively solve the deficiencies of conventional creation, and can be easily understood and implemented by those of ordinary knowledge in the technical field. However, the above is only a preferred embodiment of this creation. However, it should not limit the scope of implementation of this creation; that is, all equivalent changes and modifications made according to the scope of the patent application for this creation should still fall within the scope of this creation patent.

10: Elastic rope

101: End

11: Fixing parts

20: Sphere

21: Support Department

30: Swing frame

31: Force Department

32: Set of ball holes

321: inner ring surface

33: Grooving

34: Oblique arc surface

35: accommodating slot

36: Reinforcement Department

37: snap hole

Claims (9)

A multifunctional exercise device, comprising: an elastic cord, tied with two ends; A sphere, which is a hard material; Two swinging frames have a force-applying portion extending from both ends, and a ball hole for the sphere to be sleeved in the center of the two swing frames, wherein the ball holes of the two swing frames are respectively sleeved on the opposite sides of the outer edge of the sphere. different positions, and make the two swinging frames swing against the outer arc surface of the sphere, and the elastic rope is wound around one side of the sphere and fixed on the two swinging frames with the two ends respectively. When the user applies force to swing the two swing frames and pulls the elastic rope through the force application part, the elastic rope has a reverse pulling force to pull the stored state of the two swing frames, and after the user stops applying the force, the elastic force The reverse pulling force of the rope pulls the two swing frames back to their original state. According to the multi-function sports device according to the first item of the claimed scope, the corresponding two ends of the sphere are each provided with a support portion. According to the multifunctional sports device described in claim 1, the force-applying portion is an arc-shaped sheet body and is provided with a through slot. According to the multifunctional sports device described in claim 1, the diameter of the set of ball holes is smaller than the diameter of the ball. According to the multifunctional sports device described in claim 1 of the scope of the application, a peripheral edge of one side of the set of ball holes is further provided with an oblique arc-shaped curved surface, when the ball is sleeved in the set of ball holes, the oblique arc-shaped The curved surface is corresponding to the outer arc surface of the sphere. According to the multi-function sports device described in claim 1 of the scope of the application, at least one accommodating groove is concavely formed on the oblique arc-shaped curved surface of the set of ball holes, and the accommodating groove is connected to the sphere and the set of balls. hole When the elastic cord is partially accommodated. According to the multifunctional sports device described in claim 1, the end of the elastic cord is fixed with a fixing member, and the inner ring surface of the set of ball holes is provided with at least one engaging hole, and the engaging hole is A fixing piece for engaging the end of the elastic cord. According to the multi-function sports device of claim 7, a reinforcement portion is further protruded from a predetermined position of the inner ring surface of the set of ball holes, and the engagement hole is formed on the reinforcement portion. According to the multi-function sports device described in claim 1, the sphere has an accommodating space inside, the accommodating space is provided with a mandrel, two ends of the mandrel are respectively pivoted with a bearing, and the center is provided with a bearing. A rotating member extends vertically from the center of the shaft. The rotating member rotates radially and centrifugally with the mandrel as the axis, and a counterweight block is combined with the end that is different from the end of the mandrel. The rotating member is combined with the counterweight block. The length is smaller than the radius of the rotating sphere, and two inserting grooves are arranged inside the sphere, and the two inserting grooves are used for the respective bearings to be embedded correspondingly.

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