CN207101738U - A kind of suspension arrangement for moving, entertaining and VR plays or experienced - Google Patents

Abstract

The utility model belongs to the technical field of sports and fitness, in particular to a suspension device for sports, entertainment and VR games or experiences. The utility model comprises a space frame, on which a suspended platform arranged in the air and a suspension system for supporting human body limbs are connected. The advantages are: 1. The human body is supported by the suspension platform and the suspension system, so that the human body is in a suspended state. Performing simulated sports such as running, swimming, rowing, and cycling in the air will produce a completely different sports experience and better fitness results than those on the ground. Since the lower limbs no longer or seldom bear body weight, the wear and tear of joint bones is very small. When suspended in the air, the pressure on the lower limbs is reduced and is closer to the level of the heart, and the blood circulation is smoother. The device makes sports safer, healthier, more efficient and more interesting. 2. When used in sports or flying VR games or experiences, since the user is in the suspended state, they will have completely different feelings and stimuli from those in the standing state. The sense of reality is more realistic, the sense of movement is stronger, and the impact is more violent.

Description

A suspension device for sports, entertainment and VR games or experiences

technical field

The utility model belongs to the technical field of sports and fitness, in particular to a suspension device for sports, entertainment and VR games or experiences.

Background technique

The current popular fitness methods in the field of sports, such as running and swimming, have been passed down from generation to generation in human history, summarized, refined and evolved, and have become very popular in modern times. With the development of science and technology, corresponding fitness equipment and sports facilities such as treadmills and swimming pools have also emerged in large numbers. However, these methods and equipment have both advantages and disadvantages, and some methods and equipment may cause serious side effects or even direct or invisible injuries to people, especially certain groups of people, when they are used for exercise, such as running or running The machine simulates running. Behind the various advantages of running, people tend to forget or ignore the direct or invisible damage to joints and bones caused by running. When running, the lower limbs are often loaded with too much ballast and the impact is too strong, which will directly cause Improper wear and tear of joints can even cause bone, muscle and even Achilles tendon damage. Especially if the joints and bones have been injured or the joints and bones begin to age and degenerate after middle age, every improper running will cause a certain degree of permanent wear to the joints and bones that is almost irreversible. Most of the lower extremity joint pains are almost all related to injuries and accelerated aging caused by long-term improper wear and tear. When this condition reaches a certain age or develops to a certain extent, it will seriously affect people's daily walking or even standing ability, and of course they cannot continue running.

In daily life and work of human beings, the most commonly used and most basic movement is walking and running with the head upright. However, walking and running are mainly used for fitness exercises. Too many repetitions of the same movement are too heavy, which will inevitably bring stress to the joints and bones. to direct or implicit damage. Since running has so many deficiencies, there is a saying that swimming is the best way to exercise. Although swimming has many advantages, its limitations and side effects are also well known: going to a public swimming pool to undress and shower takes time and money, is very inconvenient, and there are risks of infectious diseases and accidents in the water. However, it is difficult to set up a private swimming pool at home. Even if it is realized at a huge cost, the risk of accidents in the water is greater when used alone, and the trouble of undressing and showering is also not small. More importantly, the threshold for swimming exercise is relatively high. Learning to swim is time-consuming and expensive, and not everyone can learn it, which limits the popularity of swimming.

Since the advent of VR equipment, there has not been any precedent for using it on a suspended platform, nor has there been any related software for using VR on a suspended platform. At present, VR systems are all fixed platforms. Standing or sitting to play flying or sports games does not feel perfect. It is also necessary to develop a new VR platform and new VR software to experience the new feeling of VR, to play new VR games such as sports and flight, and to fill the gaps or deficiencies in these VR fields.

Utility model content

The purpose of this utility model is to solve the above problems and provide a suspension device with a reasonable design, which allows the human body to be suspended in the air for various sports, entertainment and VR games or experiences.

In order to achieve the above purpose, the utility model adopts the following technical solutions: the suspension device used for sports, entertainment and VR games or experience includes a space frame, and the space frame is connected with a suspension platform suspended in the air. It is also connected with a suspension system capable of supporting human limbs.

In the aforementioned suspension device for sports, entertainment and VR games or experiences, the suspension system includes at least one support member capable of supporting human limbs and having elastic force.

In the aforementioned suspension device for sports, entertainment and VR games or experiences, the support member includes a support sleeve suspended in the air, and the support sleeve is connected to the space frame through at least one tension strap.

In the aforementioned suspension device for sports, entertainment and VR games or experiences, the support includes a hand support component, a leg support component and a foot support component, and the hand support component It includes a hand cover that is suspended in the air and is worn or held on the human hand. The hand cover is connected to the upper part or/and lower part of the space frame through a tension strap, and the foot support component includes A foot cover set in the air and worn on the human foot, the foot cover is connected to the upper part or/and the lower part of the space frame through a tension strap, and the leg support part includes a set in the air and worn on the The leg sleeve of the human leg, the leg sleeve is connected with the upper part of the space frame through a tension strap.

In the aforementioned suspension device for sports, entertainment, and VR games or experiences, the suspension platform includes a prone platform, a supine platform, a sitting platform, an adjustable platform for sitting upside down, and an adjustable platform for standing upside down and sitting up . The suspended platform is connected to the space frame through the platform main hanging belt or the platform main hanging rod, the upper end of the tension hanging belt is connected to the space frame, and the upper end of the platform main hanging belt or the platform main hanging rod is connected to the suspension beam. The fixed hook or the hanger on the small beam is connected.

In the above-mentioned suspension device for sports, entertainment and VR games or experience, the space frame includes a bottom beam and a top beam, and the bottom beam and the top beam are connected by obliquely arranged slanted columns, so The above-mentioned top beam is provided with a suspension beam, and the tension strap is connected with the suspension beam.

In the aforementioned suspension device for sports, entertainment and VR games or experiences, the suspension beam includes a suspension main beam, and the two ends of the suspension main beam are respectively rotatably connected with suspension sub-beams, and the suspension main beam and A detachable fixing structure is also provided between the suspension sub-beams, and a small beam perpendicular to the suspension beams is connected to the end or middle of the suspension beams.

In the aforementioned suspension device for sports, entertainment and VR games or experiences, the middle part of the bottom beam located at the end of the top beam is hinged to form a first hinge point, and the lower end of the inclined column is hinged with the end of the bottom beam The second hinge point is formed. The upper end of the inclined column and the end of the top beam are hinged to form the third hinge point. When the space frame is in the unfolded state, the first hinge point and the second hinge point are located on the same horizontal line. The first hinge point and the third hinge point are located on the same vertical line.

In the aforementioned suspension device for sports, entertainment and VR games or experiences, the end of the top beam is provided with a drive motor, the drive shaft of the drive motor is connected with a steel wire, and the lower part of the steel wire is hinged to the middle of the bottom beam connected everywhere.

In the aforementioned suspension device for sports, entertainment and VR games or experiences, the space frame is provided with a host, and the host is connected to a display screen. In the VR experience mode, the user wears helmet glasses on his head, holds a hand controller in his hand, and connects with the host and sensors through data transmission.

Compared with existing technologies, the advantages of this suspension device for sports, entertainment and VR games or experiences are:

First, the human body is supported by the suspension platform and the suspension system, so that the human body is in a suspended state. Performing a variety of sports or simulated sports in the suspended state will produce a completely different sports experience and better fitness effect than on the ground. Since all the joints and bones of the user's lower limbs no longer or rarely bear the weight of the body, the joints in the movement And the wear and tear of bones is very small, effectively avoiding the so-called normal wear and tear of joints and bones that people thought in the past. When suspended in the air, the pressure on the feet and legs is reduced and is closer to the level with the heart, and the blood circulation is smoother. In particular, it eliminates the accidental injuries that are prone to occur in traditional sports such as running, including treadmill simulated running, swimming, rowing and cycling, etc., cancels the threshold for swimming, and can be used conveniently without water. All of the above make sports safer, healthier, more efficient and more fun, and suitable for people of almost all ages.

Second, equipped with a VR system for virtual reality games or experiences, including but not limited to: flying, paragliding, space walking, diving underwater, swimming, running, climbing, boating, skiing, cycling, etc. in almost any scene etc., this device is equipped with a display screen, which can monitor physiological indicators such as exercise data and heart rate, blood pressure, blood oxygen, etc.; this device can be used for leisure and entertainment activities, and can replace various entertainment platforms such as: swings, hanging chairs, cradles, and hammocks.

Third, it is suitable for almost all people, regardless of their age or physical condition, as long as they can lie down, lie down or sit, they can be used normally: swimming, running, mountain climbing, rowing, skiing, cycling, handstand, bench press, Sit-ups, etc. Of course, you can also choose your own actions, exert force at will, exercise your body as you like, and entertain games. This device can be placed in the air-purified room at home, which is more beneficial to health. It can be used at any time, convenient and safe, and exercise The middle suspension swings, with a strong sense of movement and great fun.

Fourth, the device is foldable and occupies a small space, and the folding and unfolding are driven by a driving motor, and the folding method is relatively simple and convenient.

Description of drawings

In order to more clearly illustrate the technical solutions in the embodiments of the present invention or the prior art, the following will briefly introduce the accompanying drawings that need to be used in the description of the embodiments or the prior art. Obviously, the accompanying drawings in the following description These are only some embodiments of the utility model, and those skilled in the art can also obtain other drawings according to these drawings without any creative effort.

Fig. 1 is a schematic structural diagram provided by the utility model.

Fig. 2 is a front view provided by the utility model.

Fig. 3 is a top view provided by the utility model.

Fig. 4 is a side view provided by the utility model.

Fig. 5 is a schematic structural view of a space frame provided by the present invention.

Fig. 6 is a schematic diagram of the folded structure provided by the utility model.

Fig. 7 is a side view state diagram of the backstroke platform provided by the utility model during backstroke.

Fig. 8 is a front view state view of the backstroke platform provided by the present invention during backstroke.

Fig. 9 is a side view state diagram of the prone platform breaststroke provided by the present invention.

Fig. 10 is a front view state view of the prone platform breaststroke provided by the present invention.

Fig. 11 is a side view state view of the prone platform provided by the utility model when running.

Fig. 12 is a side view state diagram of the supine platform provided by the utility model when running.

Fig. 13 is an enlarged view of Fig. 4-A provided by the present invention.

Fig. 14 is an enlarged view of Fig. 4-B provided by the present invention.

Fig. 15 is an enlarged top view of Fig. 4-B provided by the present invention.

Fig. 16 is an enlarged view of Fig. 4-C provided by the present invention.

Fig. 17 is a structural schematic diagram when the suspension platform provided by the present invention is an upward platform.

Fig. 18 is a structural schematic diagram when the suspension platform provided by the present invention is a downward platform.

Fig. 19 is a structural schematic diagram of the sit-up and handstand adjustable suspension platform provided by the utility model.

Fig. 20 is a view of the use state of the sit-up and handstand adjustable suspension platform provided by the utility model.

Fig. 21 is a side view state diagram when the sit-up and handstand adjustable suspension platform provided by the utility model is rowing.

Fig. 22 is a structural schematic diagram of an adjustable suspension platform for handstand sit-ups provided by the utility model.

Fig. 23 is a side view of the inverted sit-ups adjustable suspension platform provided by the utility model when it is inverted.

Fig. 24 is a side view of the inverted sit-ups provided by the utility model during sit-ups on an adjustable platform.

In the figure, the space frame 1, the suspension platform 2, the suspension system 3, the support 4, the support cover 5, the hand support part 6, the leg support part 7, the foot support part 8, the hand cover 9 , foot cover body 10, leg cover body 11, platform main hanging belt or platform main hanging rod 12, bottom beam 13, top beam 14, inclined column 15, suspension beam 16, suspension main beam 17, suspension subbeam 18, Small beam 19, first hinge point 20, second hinge point 21, third hinge point 22, drive motor 23, drive shaft 24, steel wire 25, display screen 27, tension strap 28, bolt 29, rotating shaft 30, lifting Slot 31, trapezoidal connection slot plate 32, lifting slot pendant 34, wheel 35, fixed hook 36, hinge piece 37, movable hook 38, helmet glasses 39, hand controller 40, host 41, wrist watch sensor 42, VR Sensor 43, seat cushion 44, adjustable backrest 45, adjusting bolt 46, arc-shaped adjustable support column 47, lying board 48, ring handrail 49, hanging piece 50, telescopic leg column 51, foot pad 52, adjustable foot clip 53 , positioning crossbeam 54, adjusting disc 55, positioning pin 56, telescopic leg column support frame 57.

Detailed ways

The following are specific embodiments of the utility model and in conjunction with the accompanying drawings, the technical solution of the utility model is further described, but the utility model is not limited to these embodiments.

As shown in Figure 1-24, the suspension device used for sports, entertainment and VR games or experience includes a space frame 1, which is connected with a suspension platform 2 suspended in the air, and is connected with a space frame 1 capable of supporting the human body. Suspension system 3 for limbs. Suspension system 3 includes at least one support member 4 capable of supporting human limbs and having elastic force. The support 4 includes a support sleeve 5 suspended in the air, and the support sleeve 5 is connected to the space frame 1 through at least one tension strap 28 . The suspension platform 2 and the supporting sleeve body 5 support the human body so that the human body is in a suspended state. Perform a variety of sports or simulated sports in the suspended state, including swimming, diving, running, mountain climbing, rowing, skiing, cycling, handstand, sit-ups, bench press, pulling and so on. And VR games or VR virtual reality experience, including flying, paragliding, space walking, diving underwater, swimming, running, climbing, boating, skiing, cycling, etc. Leisure and entertainment activities are also available, including swings, hanging chairs, hammocks, cradles and more.

In the suspended state, all the joints and bones of the user's lower limbs no longer or seldom bear the weight of the body, and the wear is very small during exercise, which completely subverts the excessive ballast and strong impact of the lower limbs during running in the past, which directly causes improper wear of the joints. Even traditional sports patterns that cause damage to bones, even muscles, and even the Achilles tendon. Since running on this device needs to lie prone or supine, it reversely changes the wear direction, wear angle, wear position and wear area of joints and bones during traditional running, greatly reduces the wear force and degree of wear, and effectively avoids joints and bones. The so-called normal wear and tear of bones in the past has eliminated the accidental injuries that are prone to occur in traditional running or treadmill simulated running. What's more important is that elastic ropes of different strengths can be freely exchanged conveniently during suspension running, and the strength, strength and speed of the legs, feet, and hands can be adjusted arbitrarily according to needs and preferences. At the same time, you can change the different suspension points of the elastic rope to adjust the most suitable force direction and force method for you. Of course, you can also quickly adjust the running pace and stride length according to your immediate exercise needs, which is only indirect than the treadmill. The method of adjusting the speed with the buttons is much more convenient and quick. Especially when the arms are swinging, you can also add a tension rope and adjust the strength, strength and force direction arbitrarily. While running, you can also exercise your upper limbs, shoulders and chest. While avoiding joint and bone wear and accidental injury, it more effectively exercises more muscles, joints, bones and corresponding parts and human body systems of the whole body.

More specifically, the support 4 includes a hand support section 6 , a leg support section 7 and a foot support section 8 . The hand support part 6 includes a hand cover 9 suspended in the air and worn or held on the human hand. The hand cover 9 is connected to the upper part or/and the lower part of the space frame 1 through a tension strap 28 . The foot support part 8 includes a foot cover 10 suspended in the air and worn on the human foot. The foot cover 10 is connected to the upper part or/and the lower part of the space frame 1 through three tension straps 28 . The leg support component 7 includes a leg sleeve 11 suspended in the air and worn on the human leg. The leg sleeve 11 is connected to the upper part of the space frame 1 through two tension straps 28 . The suspended platform 2 is connected with the space frame 1 through the platform main hanging belt 12 or the platform main hanging rod, the upper end of the tension hanging belt 28 is connected with the space frame 1, and the upper end of the platform main hanging belt 12 or the platform main hanging rod is connected with the suspension main beam The fixed hook 36 on the 17 or the hanger 50 on the small beam 19 are connected.

Suspension platforms include prone, supine, sitting, standing and sit-up adjustable inverted, inverted sit-up adjustable:

The adjustable suspension platform for sitting upside down includes a seat cushion 44 and an adjustable backrest 45 that are hinged to each other. An arc-shaped adjustable support column 47 is arranged between the seat cushion 44 and the adjustable backrest 45. The arc-shaped adjustable support column 47 can be adjusted by adjusting The bolt 46 adjusts the inclination angle of the adjustable backrest 45 . Further, the seat cushion 44 is adjusted to a lying cushion 44 when standing upside down, and the lower part is fixedly connected with a telescopic leg column support frame 57, which can be inserted into and connected to the telescopic leg column 51, and the other end of the telescopic leg column 51 is provided with a support for hanging human feet. Foot pad 52 and adjustable foot clamp 53. Further, the upper end of the platform main hanging rod 12 is connected with the hanger 50 fixed below the small crossbeam 19 above the suspension main beam 17, the lower end of the platform main hanging rod 12 is fixedly connected with an adjustment plate 55, and the outer side of the lying pad 44 is provided with There is a hanger 50, and the hanger 50 is rotatably connected with the platform main hanging rod 12 and the adjustment disc 55 through the rotating shaft 30. There are several positioning holes on the adjustment disc 55. When the hanger 50 is fixed to the adjustment disc 55 by the positioning pin 56, The position of lying down cushion 44 is fixed, forms rigid suspension. The lower end of the main hanging belt of the other platform is removed from the other hanger and the upper end is still connected and suspended on the space frame, which is temporarily used as a hanging handrail to provide support for the user when standing upside down, thereby improving safety. The lying pad 44 can rotate around the axis with the rotating shaft 30 as the center of a circle and adjust the angle through the adjusting disc 55 and the positioning pin 56 .

Inverted sit-ups adjustable suspension platform includes lying board 48, ring handrail 49, hanger 50, telescopic leg post 51, foot pad 52, adjustable foot clip 53, positioning beam 54. The outer part of the lying board 48 is provided with a hanger 50 , and the hanger 50 is rotatably connected with the platform main hanging rod 12 and the adjustment disc 55 through the rotating shaft 30 . Further, an adjustment plate 55 is fixedly connected to the main hanging rod 12 of the platform, and several positioning holes are opened on the adjustment plate 55. When the hanger 50 is fixed to the adjustment plate 55 through the positioning pin 56, the position of the lying plate 48 is fixed, forming a rigid structure. Hanging, the lying board 48 can rotate around the axis with the rotating shaft 30 as the center of a circle and adjust the angle through the adjusting disc 55 and the positioning pin 56 . Further, the platform main hanging rod 12 and the adjustment plate 55 are fixedly connected with a ring-shaped handrail 54 through bolts 29. The ring-shaped handrail 54 is convenient for the user to hold when standing upside down or doing sit-ups, and provides support for the user, thereby improving safety. Further, the reclining board 48 is slidably connected with a telescopic leg post 51 , and the end of the telescopic leg post 51 away from the reclining board 48 is provided with a foot pad 52 and an adjustable foot clip 53 for supporting and hanging human feet.

Suspension platform 2 can be suspended on the fixed hook 36 above the suspension main beam 17 by platform main hanging belt 12 as required, or hang on the hanger 50 that hangs main beam 17 top small crossbeam 19 below fixing hanger 50 by platform main hanging rod 12, The user lies prone, lies on his back or sits on the suspended platform 2 covered with sponge.

The space frame 1 comprises a bottom beam 13 and a top beam 14. The bottom beam 13 and the top beam 14 are connected by oblique columns 15 arranged obliquely. The top beam 14 is provided with a suspension beam 16. connect. Suspension beam 16 comprises suspension main beam 17, and the two ends of suspension main beam 17 are respectively rotatably connected with suspension sub-beam 18, and between suspension main beam 17 and suspension sub-beam 18, also be provided with rotatable detachment fixing structure, rotatable The dismantling and fixing structure includes the bolt holes provided in the suspension main beam 17 and the suspension sub-beam 18 and the bolts 29 and the rotating shaft 30 matched with the bolt holes. The end of the suspension sub-beam 18 is connected with a Small beam19. More specifically, there are four inclined columns 15, which are installed on the bottom beam 13 with bolts 29 and rotating shafts 30, and the four bottom beams 13 are connected into a square with eight bolts 29 as the load-bearing foundation of the whole device, of which two The hinged bottom beams 13 in the middle are respectively two sections of equal length, which are connected together with two rotating shafts 30 and lifting grooves 31 in the middle and are folded in equal length when the lifting grooves 31 rise. A trapezoidal connecting groove plate 32 is respectively welded at both ends of the top beam 14, and is connected to the top of the inclined column 15 with a bolt 29 and a rotating shaft 30 respectively. A suspension beam 16 is welded in the middle of the top beam 14, and two suspension sub-beams 18 of the suspension beam 16 are In order to hang the tension strap 28, one end is connected to the two ends of the suspension main beam 17 with a bolt 29 and a rotating shaft 30. When folding, the two suspension sub-beams 18 can be rotated and folded with the rotation shaft 30 as the axis, and the two suspension sub-beams The other end of 18 respectively fixes a little crossbeam 19, is also in order to suspend tension lanyard 28, is fixed on suspension subbeam 18 top with fastening bolt 29, can rotate or dismount when folding.

The middle part of the bottom beam 13 that is positioned at the top beam 14 ends one side is hinged to form the first hinge point 20, and the lower end of the inclined column 15 is hinged to form the second hinge point 21 with the end of the bottom beam 13, and the upper end of the inclined column 15 is connected to the bottom beam 13. The ends of the top beam 14 are hinged to each other by the hinge piece 37 to form the third hinge point 22. When the space frame 1 is in the unfolded state, the first hinge point 20 and the second hinge point 21 are located on the same horizontal straight line. The first hinge point 20 and the second hinge point The third hinge point 22 is located on the same vertical straight line. The end of the top beam 14 is provided with a drive motor 23 , the drive shaft 24 of the drive motor 23 is connected with a steel wire 25 , and the bottom of the steel wire 25 is connected with the middle hinge of the bottom beam 13 .

When it needs to be folded, first remove the fastening bolt 29 on the inclined column 15 and take off the suspension platform 2, then start the two driving motors 23 at the same time, tighten the steel wire 25 to pull the lifting slot pendant 34 to rise, and pass the bottom beam 13 to equal length two sections The two rotating shafts 30 on the top pull the bottom beam 13 to rise in equal length and fold up, and the thickness of the four columns after folding is only about 0.2 meters. The two suspended sub-beams 18 at the two ends of the main beam 17 can be rotated and folded to about 0.5 meters by the rotating shaft 30, which is convenient to place and takes up less space. There is a wheel 35 at both ends of the two bottom beams 13 on both sides of the end of the top beam 14, which is convenient for folding and moving. When unfolding and using, start two driving motors 23 at the same time, release the steel wire 25, the lifting slot hanger 34 descends with the dead weight of the bottom beam 13, and the two rotating shafts 30 in the middle of the equal-length two sections descend with the lifting slot hanger 34, and the bottom beam hangs down. After 13 equal-length two sections are launched, penetrate and fasten the fastening bolt 29 next to each rotating shaft 30 of the inclined column 15, and then it can be used normally.

Further, the space frame 1 is provided with a host 41 , and the host 41 is connected with the display screen 27 . The watch-type sensor 42 detects the user's ECG, blood pressure, and heart rate, and the display screen 27 can display information such as exercise time at any time, and can monitor and display the user's physiological information such as ECG, blood pressure, and heart rate in real time. The display screen 27 is connected to the Internet, and can browse the Internet or watch TV and movies during exercise. Furthermore, the device is equipped with a VR system while the suspension is in motion. The VR system includes helmet glasses 39, a hand controller 40, a host 41, and a VR sensor 43. Put on the VR glasses and enter the VR real-scene experience running mode. In the software system developed by this machine, you can run, walk or even climb mountains in any scene, anywhere, while enjoying the scenery around the world or blockbuster TV and movies, while running and exercising, which is very practical and interesting. Swimming in water is absolutely impossible to watch TV or wear a VR helmet. However, this device simulates swimming. You can swim while watching TV at will, and at the same time monitor your own exercise data, heart rate, blood pressure, blood oxygen and other physiological indicators. Of course, you can also wear VR helmet glasses 39, enter various software systems specially developed, swim in any rivers and lakes, roam in any seabed, and even swim in the air around the world, that is, spread your wings and fly, have a bird’s-eye view of the beautiful scenery, and use the most comfortable posture, The most suitable strength and the most standard or most casual movements, while exercising, roaming freely in the beautiful scenery of the world. When you enter the VR virtual reality system in the suspension, you can fly through ancient and modern China and foreign countries, and even take a space walk to swim in the universe. These are swimming pools and existing sports equipment, including current VR systems. Only in this state will there be a realistic feeling of swimming in the scene, flying with wings, traveling through ancient and modern times, and walking in space.

The using method of the utility model:

As shown in Figures 11-12, the prone and semi-prone or supine and semi-supine running is performed on the suspended platform 2. The user lies prone or supine on the suspended platform 2, and the suspended platform 2 plays an overall supporting role. The foot cover body 10 is connected with three tension straps 28, two of which are connected upwards to the suspension beam 16, and one is connected downwards to the load-bearing base formed by the bottom beam 13, and the foot needs to overcome the upward pulling force during the downward pressing process. The foot needs to overcome the downward pull in the process of lifting. The leg cover body 11 is connected with a tension lanyard 28, and the tension lanyard 28 is upwardly connected to the suspension beam 16. The leg cover body 11 mainly plays an elastic support role here. With a pull force of 28, it has the effect of exercising the legs. Two tension lanyards 28 are connected to the hand cover body 9, one of which is connected upwards to the suspension beam 16, and the other is connected downwards to the load-bearing base surrounded by the bottom beam 13. Similarly, the hand needs to overcome the tension during the hem process. The upward pulling force, the hand needs to overcome the downward pulling force in the process of lifting. While simulating the running process, it increases the upper body exercise, and the support is stable and easy to balance.

As shown in Figure 7-8, backstroke is performed on the suspended platform 2, the user lies on his back on the suspended platform 2, and the suspended platform 2 plays an overall supporting role. Two tension lanyards 28 are connected on the foot cover body 10, and both are upwardly connected with the suspension beam 16, and the foot is subjected to upward tension, that is, the foot needs to overcome the upward tension in the process of swinging (kicking water), and the hand A tension lanyard 28 is connected to the body cover 9, and the tension lanyard 28 is upwardly connected with the suspension beam 16, and the hand needs to overcome the received tension during the swing (stroke) process to simulate the backstroke process. The hand cover body 9 that the hand carries is connected with the tension lanyard 28 of optional tension and is suspended on the movable hook 38 suitable for the hand position of backstroke, and the foot hanging that the foot carries is connected with the tension lanyard of optional tension. 28 and hang on the movable hook 38 that is suitable for the foot position of backstroke, can carry out backstroke. While all the upper and lower limbs are exercising according to the tension rope that suits the strength of the user, as the user's body follows the rhythm of the movement, it has been swinging back and forth regularly in the air, which is very similar to the feeling of real swimming, the same reason Suitable for breaststroke.

As shown in Figure 9-10, breaststroke is performed on the suspended platform 2, the user lies prone on the suspended platform 2, and the suspended platform 2 plays an overall supporting role. Two tension lanyards 28 are connected to the foot cover body 10, and the feet need to overcome the backward, upward and forward pulling force in the process of turning over and pushing the clamp. The leg cover body 11 is connected with a tension lanyard 28, and the pulling force Hanging belt 28 connects suspension beam 16 upwards, and leg needs to overcome upward pulling force in swinging process, and hand cover body 9 is connected with a tension hanging belt 28, and this tension hanging belt 28 is upwards connected with suspension beam 16, and hand In the process of swinging (stretching forward and stroke), it is necessary to overcome the tension received, and simulate the process of breaststroke, and the support is stable and easy to balance. With the rhythm of the movement, the body has been swinging regularly and sharply in the air, which is very similar to the feeling of real breaststroke, and even less dangerous and more interesting than breaststroke in water.

As shown in FIG. 21 , rowing is performed on the suspension platform 2 , the user sits on the suspension platform 2 , and the sitting suspension platform 2 plays an overall supporting role. The foot cover body 10 is connected with three tension straps 28, two of which are upwardly connected to the suspension beam 16, and one is downwardly connected to the load-bearing foundation surrounded by the bottom beam 13. Pulling force, the pin needs to overcome the pulling force forward in the process of receiving back, and the hand cover body 9 is connected with two tension lanyards 28, one of which is connected upwards to the suspension beam 16, and the other is connected downwards to the bottom beam 13. In the process of pulling back (rowing), the hand needs to overcome the forward pulling force, and simulate the rowing process, and the support is firm and easy to balance. Five pairs of tension lanyards 28 are selected and used respectively according to the most suitable different strengths of the user's hands and feet, so as to achieve the best exercise effect. At the same time, since the user's body has been swinging regularly and substantially in the air with the rhythm of the movement, it is very similar to the feeling of real rowing. Compared with existing rowing machines that sit there fixedly and exercise, it has higher fidelity, stronger sense of movement, and greater interest, and is even safer and more convenient than real water rowing.

As shown in Figures 23-24, when performing handstand or sit-ups on the suspension platform 2, the user lies supine on the lying board 48, and the lying board 48 plays an overall supporting role. The feet are clamped between the foot pads 52 and the adjustable foot clamps 53, and the hand-holding ring armrest 49 lies backward to a suitable angle, inserts the positioning pin 56 into the adjustment plate 55, and sit-ups can be performed. Lie down to a vertical angle and place the positioning pin 56 inserts adjustment plate 55 and can stand upside down.

On the motion platform of this device, the user can choose the prone or supine or sitting or inverted motion platform on the space frame 1 according to his own needs, preferences and own conditions, and adjust his legs in the suspension system 3 It is convenient, scientific, healthy and comfortable to simulate swimming (including various swimming styles such as breaststroke, freestyle, butterfly, backstroke and diving), running, rowing, skiing, cycling, Handstand, bench press, sit-ups and other sports and simulated sports, or perform corresponding action training.

In order to suit the selection and appreciation habits of different groups of people, and to meet the size and use requirements of different venues, the space frame of this device is triangular (Figure 1). The folding methods include electric or manual and other specifications. There are also different types such as adjustable sit-ups, inverted sit-ups, inverted sit-ups, and so on.

The above descriptions are only preferred embodiments of the present utility model, and are not intended to limit the present utility model. Any modifications, equivalent replacements, improvements, etc. made within the spirit and principles of the present utility model shall be included in the Within the protection scope of the present utility model.

Claims (9)

1. A suspension device for sports, entertainment and VR games or experiences, characterized in that it comprises a space frame (1), the space frame (1) is connected with a suspension platform (2) suspended in the air, and the space The frame (1) is also connected with a suspension system (3) capable of supporting human limbs, the space frame (1) includes a bottom beam (13) and a top beam (14), and the bottom beam (13) and the top beam The beams (14) are connected by slanted columns (15), the top beam (14) is provided with a suspension beam (16), and the upper end of the tension strap (28) is connected to the suspension beam (16). connect. 2. The suspension device for sports, entertainment and VR games or experience according to claim 1, characterized in that, the suspension system (3) includes at least one support member (4) capable of supporting human limbs and having elastic force ). 3. The suspension device for sports, entertainment and VR games or experience according to claim 2, characterized in that, the support (4) includes a support sleeve (5) suspended in the air, and the support The sleeve body (5) is connected with the space frame (1) through at least one tension strap (28). 4. The suspension device for sports, entertainment and VR games or experience according to claim 3, characterized in that, the support (4) includes a hand support component (6), a leg support component (7) and the foot support component (8), the hand support component (6) includes a hand cover (9) suspended in the air and worn or held on the hand of the human body, the hand The cover body (9) is connected to the upper part or/and lower part of the space frame (1) through a tension strap (28), and the foot support sub-piece (8) includes a foot part suspended in the air and worn on the human foot Cover (10), the foot cover (10) is connected to the upper part or/and lower part of the space frame (1) through a tension strap (28), and the leg support part (7) includes a suspension A leg cover (11) is arranged and worn on the human leg, and the leg cover (11) is connected to the upper part of the space frame (1) through a tension strap (28). 5. The suspension device for sports, entertainment and VR games or experience according to claim 3 or 4, characterized in that, the suspension platform (2) includes a prone platform, a supine platform, a sitting platform and Sit upside down adjustable platform, handstand sit ups adjustable platform, the suspension platform is connected with the space frame (1) through the platform main hanging belt or the platform main hanging rod (12), the platform main hanging belt or the platform main hanging The upper end of bar (12) is connected with fixed hook (36) on the suspension beam (16) or hanger (50) on the small beam (19). 6. The suspension device for sports, entertainment and VR games or experience according to claim 1, characterized in that, said suspension beam (16) comprises a suspension main beam (17), and said suspension main beam ( The two ends of 17) are rotatably connected with the suspension sub-beam (18), and a detachable fixing structure is also provided between the suspension main beam (17) and the suspension sub-beam (18), and the ends of the suspension beam (16) The part or the middle part are connected with the vertical beam (19) with the suspension beam (16). 7. The suspension device for sports, entertainment and VR games or experience according to claim 1, characterized in that the middle part of the bottom beam (13) on one side of the end of the top beam (14) is hinged to form a first hinge Point (20), the lower end of the inclined column (15) is hinged with the end of the bottom beam (13) to form a second hinge point (21), and the upper end of the inclined column (15) is hinged with the end of the top beam (14) Form the third hinge point (22), when the space frame (1) is in the unfolded state, the first hinge point (20), the second hinge point (21) are located on the same horizontal straight line, the first hinge point (20) and the second hinge point The three hinge points (22) are located on the same vertical straight line. 8. The suspension device for sports, entertainment and VR games or experience according to claim 7, characterized in that, the end of the top beam (14) is provided with a driving motor (23), and the driving motor (23 ) is connected with a steel wire (25) on the drive shaft (24), and the bottom of the steel wire (25) is connected with the middle hinge of the bottom beam (13). 9. The suspension device for sports, entertainment and VR games or experiences according to any one of claims 1-4, characterized in that, the space frame (1) is provided with a host (41), so The host (41) described above is connected to the display screen (27). In the VR experience mode, the user wears helmet glasses (39) on his head and holds a hand controller (40) in his hand. The host (41) and the sensor (42) are connected.