BE1027836B1 - Handstand posture roller skating fitness training device - Google Patents

Abstract

A handstand roller skating fitness training device is provided, which includes a support platform and portable roller skating equipment, the support platform being disposed above from the ground, the support platform being provided with a slide cavity, the bottom plate of the slide cavity being provided with a slide opening, the part of the bottom plate on either side of the slide opening being provided with a zigzag structure, the portable roller skating equipment comprising portable roller skates, each of the portable roller skates including a foot attachment component and a pulley component, the attachment component connected to the pulley component, the pulley component comprising an upper pulley group and a lower pulley group, the upper pulley group being located on the lower plate of the slide cavity, the lower pulley group being located below the slide cavity, and the upper pulley group and the lower pulley group being connected to each other; and a balancing component being disposed between the upper pulley group and the lower pulley group, and one end of the balancing component being engaged and cooperating with the zigzag structure. It can improve the training effect and interest for the user. It makes roller skating training stable and allows the user to take a break and rest during training.

Description

Handstand posture roller skating fitness training device

TECHNICAL FIELD The present invention relates to the technical field of sports equipment, in particular a fitness training device for roller skating in a headstand posture.

TECHNICAL BACKGROUND The information on the technical background part is given only to better understand the general background of the present invention and should not necessarily be taken as an acknowledgment or suggestion in any form that this information constitutes part of the art. existing already known to those skilled in the art. Although upright posture is a significant sign to differentiate between humans and other animals. But once humans walk upright, the effect of gravity causes three disadvantages: the first is that the blood circulation changes from the horizontal way to the vertical way, which leads to insufficient blood supply to the brain and overloading the system. cardiovascular. Mild effects are baldness, dizziness, gray hair, lack of energy, fatigue and premature aging; and serious effects are brain and heart disease. The second is that the heart and intestines move downward due to gravity. It causes many cases of gastrointestinal and cardiac ptosis, and fat accumulation in the abdomen and thighs, causing obesity in the abdomen and waist. The third is that the muscles of the neck, shoulders, back and waist are over-loaded by gravity, causing excessive tension, and aggravation of diseases such as muscle fatigue, cervical spondylosis, and lumbar spondylosis and periarthritis of the shoulder. To overcome the shortcomings of human evolution, drugs are not enough, and physical exercises are indispensable, the best exercise being is the handstand. Existing handstand posture training devices consist in supporting the human body by a support component to achieve a handstand posture, or suspending the feet directly from a horizontal bar by hooks, which has the disadvantages of being simple, boring and dangerous. Or they support the human body, then hold the legs up to achieve a vertical handstand posture, then perform a walk by a tractor, but this process cannot provide a good training effect for the user. DESCRIPTION OF THE INVENTION To solve the above problems in existing techniques, the present invention aims to provide a handstand roller skating fitness training device. The present invention provides a handstand roller skating fitness training device to meet the needs of movement in the handstand posture, with stable structure and interest.

To solve the above problems, the technical solution according to the present invention is as follows: A handstand posture roller skating fitness training device is provided, which includes a supporting platform and a portable roller skating, the support platform being disposed above the ground, the support platform being provided with a slide cavity, the bottom plate of the slide cavity being provided with a slide opening, the part of the bottom plate on either side of the slide opening being provided with a zigzag structure, the portable roller skating equipment comprising portable roller skates, each of the portable roller skates comprising a foot attachment component and a pulley component, the foot attachment component being connected to the pulley component, the pulley component comprising an upper pulley group and a pulley group lower, the upper pulley group being located on the lower plate of the slide cavity, the lower pulley group being located below the slide cavity, and the upper pulley group and the lower pulley group being connected l to another; A balancing component being disposed between the upper pulley group and the lower pulley group, and one end of the balancing component being engaged and cooperating with the zigzag structure.

It solves the danger problem of existing handstand posture training and provides a new 2921/5347 method of handstand posture training, thereby improving safety and stability during training. The benefit of handstand posture training for the user can be improved. One or more technical solutions of the present invention have the following beneficial effects: The invention provides a handstand roller skating fitness training device, which promotes the user's blood circulation and helps the user to recover from fatigue through headstand posture training. Handstand posture training can improve the user's physical fitness and improve blood circulation, especially for mental workers who often maintain a seated posture to work. The handstand posture roller skating device, stepping and sliding with the feet, can make the handstand posture training more interesting, can train the whole human body because the hands and feet can be exercised at the same time, and presents a certain difficulty of training, which offers a challenge. The design of the device's supporting platform and portable roller skates makes the whole process of roller skating relatively stable, ensures stability during roller skating, and reduces unnecessary sliding and shaking of the feet of the device. user. The handlebar design of the device allows the user to hold it during training to improve stability and take a break from holding the handlebar. The design of a plurality of slide cavities allows competition or multi-person training with flexibility.

DESCRIPTION OF FIGURES This application will be better understood by reference to the accompanying figures which construct part of the description of the present invention, and the illustrative embodiments of the present invention and its descriptions are only to explain the present invention, instead of to limit the present invention.

Figure 1 is a side view of the entire 2921/9347 roller skate fitness trainer in a handstand posture. Figure 2 is a structural view of the entire balancing component from both viewpoints; Figure 3 is a sectional view of two adjacent slide cavities; Figure 4 is a top view of the slide; Figure 5 is a side view of the portable roller skates and slide cavity; Figure 6 is a detailed view of the handlebar part; Figure 7 is a view of the inspection opening.

In the figures, 1- Support platform; 2-Slide cavity; 3-Slide cavity opening; 4-Zigzag structure; 5-Upper pulley group; 6-Lower pulley group; 7-Counterweight; 8-Balancing cylinder; 9-Pull rope; 10-Foot support plate; 11-Lower leg support plate; 12-Foot strap; 13-Lower leg strap; 14-Seat belt; 15-Amount; 16-Handlebar; 17-Seat support plate.

DETAILED DESCRIPTION OF EMBODIMENT It should be noted that the detailed description below is only illustrative to better understand the present invention. It should be noted that, unless otherwise indicated, all technical and scientific terms used in the present invention have the same meaning as those well known to those skilled in the art.

It should be noted that the terms used herein are intended to describe embodiments, rather than to limit the illustrative embodiments according to the present application. Unless otherwise indicated, the singular form includes the plural, further, the words used herein "understand" and/or "include", indicate the presence of the characteristic, step, work, device, component and/or the combination of these.

A handstand roller skating fitness training device is provided, which includes a support platform and portable roller skating equipment, the support platform being disposed above the ground, the support platform being provided with a slide cavity, the bottom plate of the slide cavity being provided with a slide opening, the part of the bottom plate on either side of the opening 2 21/ 9347 being provided with a zigzag structure, the portable roller skating equipment comprising portable roller skates, each of the portable roller skates including a foot attachment component and a pulley component, the 5 foot binding being connected to the pulley component, the pulley component comprising an upper pulley group and a lower pulley group, the upper pulley group being located on the lower plate of the slide cavity ssière, the lower pulley group being located below the slide cavity, and the upper pulley group and the lower pulley group being connected to each other; A balancing component being disposed between the upper pulley group and the lower pulley group, and one end of the balancing component being engaged and cooperating with the zigzag structure.

In some embodiments of the present invention, the upper pulley group is provided with two or four symmetrical pulleys, and the lower pulley group is provided with two or four pulleys, which are respectively located on either side of the zipper opening.

In some embodiments of the present invention, the distance between the upper pulley group and the lower pulley group is greater than the thickness of the bottom plate of the slide cavity.

In some embodiments of the present invention, the balancing component includes a counterweight and a balancing cylinder, clearance is provided on either side of the balancing component and the slide opening, the counterweight is arranged in the direction of the slide opening, a dovetail structure is arranged at the end in the advancing direction of the counterweight, the balance cylinder is arranged at the front end in the advancing direction, the balance cylinder is arranged vertically, and both ends of the balance cylinder are movably connected with the counterweight.

Optionally, the diameter of the balance cylinder is greater than the diameter of the counterweight body, and less than or equal to the maximum thickness of one end of the dovetail structure of the counterweight.

In some embodiments of the present invention, the portable roller skating equipment further comprises a pull rope, the two ends of the pull rope being connected respectively to the pulleys of the lower and hanging pulley group. naturally.

In some embodiments of the present invention, each of the portable roller skates includes a foot support plate, a lower leg support plate, a foot strap, and a lower leg strap, the foot strap being connected to the foot support plate, and the lower leg strap being connected to the lower leg support plate.

In some embodiments of the present invention, the zigzag structure on the bottom plate of the slide cavity is triangular zigzag shaped, and a catheter and a hypotenuse are formed on the bottom plate of the slide cavity, 1' hypotenuse being located to the side in the direction of advancement of the cathetus, and the balancing component being engaged and cooperating with the cathetus.

In some embodiments of the present invention, the support platform is provided with 1 to 4 groups of slider cavities, each group of slider cavities comprising two slider cavities and each slider cavity being connected and cooperating with a portable roller skate.

In some embodiments of the present invention, the portable roller skating equipment further includes a seat belt, the seat belt being connected to two portable roller skates.

In some embodiments of the present invention, the slide cavity includes two linear slide cavities and two arc slide cavities, the two linear slide cavities being arranged in parallel, the two arc slide cavities being arranged respectively either side of the two linear slide cavities and respectively connected to the two ends of the two linear slide cavities.

In certain embodiments of the present invention, it comprises a plurality of uprights, the uprights being connected respectively to the ground and to the support platform. In some embodiments of the present invention, it includes a handlebar, which is located below and on either side of the linear slide cavity.

In some embodiments of the present invention, the front sight comprises an arcuate front sight and a straight front sight arranged in opposition, the arc front sight being located between two groups of adjacent slider cavities or located inside the a slide cavity, the two ends of the arched handlebar being connected to the ground, and the straight handlebar being located between two adjacent uprights.

In some embodiments of the present invention, the straight handlebar includes an upper handlebar and a lower handlebar, the upper handlebar being located above the lower handlebar, and an L-shaped handlebar being connected between the upper handlebar and the lower handlebar.

In some embodiments of the present invention, it further comprises a stepped seat support plate, the seat support plate being connected to the post.

As described in the Technical Background, training in the handstand pose has many health benefits, especially for many people who often maintain a seated posture for work.

Training in headstand posture can improve the blood circulation of this population, in headstand posture, the cerebrovascular is forced to expand and contract maximally, which can improve vascular penetrability and thus reduce the frequency of occurrence of various cerebrovascular diseases.

Training in the regular handstand posture allows the brain and blood circulation to adapt well to complex conditions and thus promotes the improvement of the user's intelligence and adaptability.

Among the existing handstand posture workouts, some consist of keeping the user in a handstand posture, or suspending the feet directly from a horizontal bar with hooks, or keeping the legs on two parallel bars, so that the user can move on the parallel bars, or some equipment uses a tractor, so that the user can move in a headstand posture.

Although the workouts can achieve a held headstand posture, they lack the exercise process and lack interest.

In addition, security is insufficient during training.

As shown in Fig. 1, the present invention provides a handstand roller skating fitness training device, which comprises a support platform 1 and portable roller skating equipment, the support platform being arranged above the ground, the support platform being provided with a slide cavity 2, the bottom plate of the slide cavity 2 being provided with a slide opening 3, and the part of the bottom plate on either side of the slide opening 3 being provided with a zigzag structure 4. The support platform 1 is arranged above the ground and is provided with a slide cavity 2 , the slide cavity 2 provides a path and protection for roller skating, so that the user can roller skate along the slide cavity 2 in a handstand posture. The portable roller skating equipment includes portable roller skates, each of the portable roller skates includes a foot attachment component and a pulley component, the foot attachment component being connected to the pulley component, the pulley comprising an upper pulley group 5 and a lower pulley group 6, the upper pulley group 5 being located on the lower plate of the slide cavity 2, the lower pulley group 6 being located below the cavity of slide 2, and the upper group of pulleys 5 and the lower group of pulleys 6 being connected to each other. The pulley component is arranged crossing the slide cavity, and the upper pulley group 5 and the lower pulley group 6 form a sliding structure. The user's foot is connected with the foot attachment component, and the foot attachment component is connected with the pulley component, when the user's leg applies dynamic force forward, the pulley can be driven forward. forward to slide along the slide cavity, and when the user is in a handstand position, both feet slide forward alternately to achieve forward motion.

It comprises a balancing component, in particular, the balancing component is arranged between the upper group of pulleys 5 and the lower group of pulleys 6, one end of the balancing component being engaged and cooperating with the zigzag structure. The balancing component is disposed passing through the slide opening and cooperates with the zigzag structure. When the other foot is in the other slide cavity and the balancing component is engaged in the zigzag structure, this is equivalent to providing the other foot with a dynamic force to move forward, therefore, this movement toward | 'forward alternatively achieves a continuous forward movement, thus forming a continuous and efficient form of movement.

Because the lower plate engaged in the slide cavity 2 is disposed between the upper pulley group 5 and the lower pulley group 6, generally, when the user is in a vertical handstand state, the pulleys of the group The upper pulley group 5 comes into direct contact with the lower plate, and when the user is in a squat headstand state, the user moves his feet to walk forward and the upper pulley group 5 and the group of lower pulleys 6 come into contact with the lower plate, in this process, a squat walking process will be realized.

In addition, when longitudinal movement occurs, the upper BH2021/5347 lower pulley groups bear against the upper and lower surfaces of the bottom plate, providing stability during walking. A form of roller skating training in a handstand posture is proposed, which helps to improve the interest of sports training. In addition, a structural form including portable roller skates, a balancing component and a pulley component is provided, which improves the stability of sports training in handstand posture. The upper pulley group is provided with two or four symmetrical pulleys, and the lower pulley group is provided with two or four pulleys, which are respectively located on either side of the slide opening. The pulleys can slide along the bottom plate, and by arranging two or four pulleys to form a symmetrical arrangement of the pulleys, the sliding can be along a straight line as much as possible, or two symmetrical pulleys can keep stability under force during the turn.

The distance between the upper pulley group 5 and the lower pulley group 6 is greater than the thickness of the bottom plate of the slide cavity. A distance is provided between the upper pulley group 5 and the lower pulley group 6 in order to provide space for longitudinal movement, when the user walks in a squat or semi-squat posture, during foot lifting, the group lower pulley 6 contacts the underside surface of the bottom plate, thereby providing a degree of freedom of upward movement, so that the user can move forward freely. If the distance between the upper pulley group and the lower pulley group is equal to the thickness of the lower plate, swinging may be impossible, in some squatting walking states, it is considered that the human body must move with the help of an external force, therefore, a distance is essential for better walking.

The balancing component comprises a counterweight 7 and a balancing cylinder 8, a clearance is provided on either side of the balancing component and the slide opening, the counterweight is arranged in the direction of the slide opening, a dovetail structure is arranged at the end in the advancing direction of the counterweight 7, the balance cylinder is arranged at the front end in the advancing direction, the cylinder balance cylinder 8 is arranged vertically, and both ends of the balance cylinder are movably connected with the counterweight. Due to the end of the balancing component being dovetail shaped and clearance being provided on either side of the balancing component and the slide opening when the pulley group arrives at one position, the foot can apply a force towards one of the two zigzags during sliding movement, so that the dovetail structure of the counterweight 7 can block the zigzag structure to stop and provide a dynamic force to move forward. The balancing cylinder 8 has the function of guiding and maintaining stability. Both ends of the balancing cylinder 8 are movably connected to the counterweight. Therefore, the balancing cylinder 8 can rotate around itself, during the forward movement of the balancing component, when the balancing component deviates to one side, the balancing cylinder 8 comes into contact with the slide opening, and the balance cylinder 8 rotates around itself to some extent, which plays a guiding and stabilizing role for all portable roller skates, and when the balance cylinder touches the side walls of the slide opening, a certain reaction force will be applied to the portable roller skates, which reduces the sliding instability caused by the relatively large slide opening. In addition, the shock between the portable roller skates and the two ends of the slide opening will be reduced. A rotation around itself occurs when impacted, which reduces the instability of the human body caused by the impact.

Optionally, the diameter of the balance cylinder 8 is greater than the diameter of the counterweight body, and less than or equal to the maximum thickness of one end of the dovetail-shaped structure of the counterweight.

The portable roller skating equipment further includes a pull rope, both ends of the pull rope being connected to the pulleys of the lower pulley group and hanging naturally, respectively. The pull rope hangs naturally to provide tension to the hand when maintaining a squat state.

Each of the portable roller skates includes a foot support plate 10, a lower leg support plate 11, a foot strap 12 and a lower leg strap 13, the foot strap 12 being connected to the lower leg plate. foot support 10, and the lower leg strap 13 being connected to the lower leg support plate 11. Each of the portable roller skates includes a foot support plate 10 and a foot strap 12, so that the feet can fit there stably, and the foot strap here can be of any other type capable of retaining and fixing. The lower leg support plate and the lower leg strap have the function of protecting the ankle joint and fixing the lower part to the knee to prevent injury and blockage of the forward movement of the leg .

The zigzag structure on the bottom plate of the slide cavity is triangular in zigzag shape, and a catheter and a hypotenuse are formed on the bottom plate of the slide cavity, the hypotenuse being located at the side in the direction of lead of fA+ 2021/5347 cathetus, and the balancing component being engaged and cooperating with the cathetus.

The zigzag structure has a cathetus and a hypotenuse, with the cathetus located at the end of the forward direction, which helps to provide power to the balancing component to move forward.

The support platform is provided with 1 to 4 groups of slider cavities, each group of slider cavities comprising two slider cavities 2 and each slider cavity being connected and cooperating with a portable roller skate.

Each group of slide cavities is provided with two slide cavities, which can cooperate with two feet respectively.

The number of slide cavity groups can be more than one, which allows competition of several people while avoiding cross-influence, and a distance is provided between two adjacent slide cavity groups.

The portable roller skating equipment further includes a seat belt 14, the seat belt 14 being connected to two portable roller skates.

The shape of the seat belt can be changed, mainly to ensure the safety of the human upper body.

The slide cavity 2 comprises two linear slide cavities and two arc-shaped slide cavities, the two linear slide cavities being arranged in parallel, the two arc-shaped slide cavities being arranged respectively on either side of the two linear slides and respectively connected to both ends of the two linear slide cavities.

Arched slide cavities provide a slide for turning, similar to a playground track.

The arrangement of the balance cylinder 8 allows better turns, avoiding a shock between the counterweight and the slide opening and making the turn smoother.

The length of the counterweight 7 can be adjusted according to the bend angle of the arc slide, thus allowing better bends.

It further comprises a plurality of uprights 15, the uprights 15 being respectively connected to the ground and to the support platform.

The plurality of posts support the support platform.

In this way, the support platform can better allow the roller skater to slide smoothly.

It further comprises a handlebar 16, which is located below and on either side of the linear slide cavity.

During training, when user feels uncomfortable due to long time maintaining handstand posture, user can go to the handlebars and hold the handlebars to take a rest.

The front sight 16 comprises an arcuate front sight and a straight front sight arranged in opposition, the arcuate front sight 7021/5347 being located between two groups of adjacent slider cavities or located inside one slider cavity, and the front sight right being located between two adjacent uprights. Thanks to the arc handlebar layout, both ends of the arc are connected to the ground, making it easier for the hand to hold the handlebar at different heights.

The straight handlebar includes an upper handlebar and a lower handlebar, the upper handlebar being located above the lower handlebar, and an L-shaped handlebar being connected between the upper handlebar and the lower handlebar. The shape of the straight handlebar forms a sitting posture, so that the user can sit sideways on the straight handlebar for a short rest.

It further comprises a stepped seat support plate 17, the seat support plate 17 being connected to the upright 15. The seat support plate is disposed at one side and is used during preparation for loading equipment. portable or while unloading portable equipment.

As shown in Figure 7, the bottom plate of the slide cavity is provided with an intervention section, the bottom plate of the intervention section being detachably connected to the slide cavity with bolts generally. This facilitates intervention on the slide cavities. The intervention section is set to be shorter to avoid affecting the glide of the trainer.

The examples below are given only by way of example of preference, rather than limiting the present invention, and modifications and variations on the present invention by those skilled in the art are of course possible. All modifications, equivalent replacements, and improvements which conform to the spirits and principles of the present invention shall be included within the scope of the protection of the present invention.

Claims (10)

CLAIMS BE2021/5347 1. Handstand roller skating fitness training device characterized by comprising a support platform and portable roller skating equipment, the support platform being disposed above from the ground, the support platform being provided with a slide cavity, the bottom plate of the slide cavity being provided with a slide opening, the part of the bottom plate on either side of the slide opening being provided with a zigzag structure, the portable roller skating equipment comprising portable roller skates, each of the portable roller skates including a foot attachment component and a pulley component, the attachment component foot assembly being connected to the pulley component, the pulley component comprising an upper pulley group and a lower pulley group, the upper pulley group being located on the bottom plate of the slider cavity e, the lower pulley group being located below the slide cavity, and the upper pulley group and the lower pulley group being connected to each other; A balancing component being disposed between the upper pulley group and the lower pulley group, and one end of the balancing component being engaged and cooperating with the zigzag structure. 2. Handstand roller skating fitness training device according to claim 1, characterized in that, the upper pulley group is provided with two or four symmetrical pulleys, and the lower pulley group is provided with two or four pulleys, which are respectively located on either side of the slide opening; Or, the distance between the upper pulley group and the lower pulley group is greater than the thickness of the bottom plate of the slide cavity. 3. Handstand roller skating fitness training device according to claim 1, characterized in that, the balance component comprises a counterweight and a balance cylinder, the counterweight is arranged in the direction of the slide opening, a dovetail structure is arranged at the end in the advancing direction of the counterweight, the balance cylinder is arranged at the front end in the advancing direction, the cylinder balancing cylinder is arranged vertically and the two ends of the balancing cylinder are 5021/5347 connected movably with the counterweight; Optionally, the diameter of the balance cylinder is greater than the diameter of the counterweight body, and less than or equal to the maximum thickness of one end of the dovetail structure of the counterweight. 4. Handstand roller skating fitness training device according to claim 1, characterized in that, the portable roller skating equipment further comprises a pull rope, both ends of the pull rope being connected respectively to the pulleys of the lower and naturally hanging group of pulleys. S. Handstand roller skating fitness training device according to claim 1, characterized in that each of the portable roller skates comprises a foot support plate, a lower leg support plate, a foot strap and a lower leg strap, the foot strap being connected to the foot support plate, and the lower leg strap being connected to the lower leg support plate. 6. Handstand posture roller skating fitness training device according to claim 1, characterized in that, the zigzag structure on the bottom plate of the slide cavity is triangular zigzag shaped, and a cathetus and a hypotenuse are formed on the lower plate of the slider cavity, the hypotenuse being located to the side in the advancing direction of the cathetus, and the balancing component being engaged and cooperating with the cathetus. 7. Handstand roller skating fitness training device according to claim 1, characterized in that, the support platform is provided with 1 to 4 groups of slider cavities, each group of slider cavity comprising two slide cavities and each slide cavity being connected and cooperating with a portable roller skate; Or the portable roller skating equipment further comprises a seat belt, the seat belt being connected to two portable roller skates. 8. Handstand roller skating fitness training device according to claim 1, characterized in that, the slide cavity comprises two linear slide cavities and two arc slide cavities, the two linear slide cavities 2921/9347 being arranged in parallel, the two arched slide cavities being respectively arranged on either side of the two linear slide cavities and connected respectively to the two ends of the two linear slide cavities. 9. A headstand roller skating fitness training device according to claim 1, characterized in that it further comprises a plurality of uprights, the uprights being connected respectively to the ground and to the support platform. . 10. Handstand roller skating fitness training device according to claim 1, characterized in that it further comprises a handlebar, which is located below and on either side of the cavity of linear slide; Preferably, the handlebar comprises an arcuate handlebar and a straight handlebar arranged in opposition, the arcuate handlebar being located between two groups of adjacent slider cavities or located inside one of the slider cavity, the two ends of the arched handlebars being connected to the ground, and the straight handlebar being located between two adjacent uprights. Preferably, the straight handlebar comprises an upper handlebar and a lower handlebar, the upper handlebar being located above the lower handlebar, and an L-shaped handlebar being connected between the upper handlebar and the lower handlebar. Preferably, it further comprises a stepped seat support plate, the seat support plate being connected to the post.