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CN111054048B - Movable physical training safety protection device and method - Google Patents

Movable physical training safety protection device and method Download PDF

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Publication number
CN111054048B
CN111054048B CN201911242273.6A CN201911242273A CN111054048B CN 111054048 B CN111054048 B CN 111054048B CN 201911242273 A CN201911242273 A CN 201911242273A CN 111054048 B CN111054048 B CN 111054048B
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buffering
layer
rebound
transverse
vertical
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CN111054048A (en
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周永明
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Hunan University of Arts and Science
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Hunan University of Arts and Science
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    • AHUMAN NECESSITIES
    • A63SPORTS; GAMES; AMUSEMENTS
    • A63BAPPARATUS FOR PHYSICAL TRAINING, GYMNASTICS, SWIMMING, CLIMBING, OR FENCING; BALL GAMES; TRAINING EQUIPMENT
    • A63B71/00Games or sports accessories not covered in groups A63B1/00 - A63B69/00
    • A63B71/08Body-protectors for players or sportsmen, i.e. body-protecting accessories affording protection of body parts against blows or collisions

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  • Health & Medical Sciences (AREA)
  • General Health & Medical Sciences (AREA)
  • Physical Education & Sports Medicine (AREA)
  • Professional, Industrial, Or Sporting Protective Garments (AREA)

Abstract

The invention relates to a movable physical training safety protection device and a method, wherein a third connecting groove matched with a third connecting block is formed in the other end of a longitudinal supporting plate, a transverse buffering and anti-rebound layer is fixedly installed on the top surface of the transverse supporting plate, a longitudinal buffering and anti-rebound layer is fixedly installed on the surface of one side, facing the transverse supporting plate, of the longitudinal supporting plate, and both the transverse buffering and anti-rebound layer and the longitudinal buffering and anti-rebound layer are movably provided with a protective ring device worn by athletes; wholly realize the all-round protection to training personnel, in the place, place border position homoenergetic realizes the safety protection to training personnel, avoids hitting and kick-backs the more serious injury that causes with the secondary.

Description

Movable physical training safety protection device and method
Technical Field
The invention relates to a movable physical training safety protection device and a method.
Background
At present, in sports, the safety protection device for athletes mostly adopts the protection device worn by the athletes to protect the bodies of the athletes. Such as wearing knee pads, wristbands, elbow pads, protective hats, protective shoulder cape, and the like. The device realizes a certain local protection effect when the athlete participates in sports, and realizes effective protection on the vulnerable part of the body of the athlete.
However, these conventional guards have certain drawbacks in use, which are collectively expressed as: firstly, the traditional wearable protective device only plays a role in preventing scratches and reducing injuries caused by impact or friction, and cannot realize the slowing effect on impact and friction, although the protective device with the buffer really has a certain effect of reducing the buffer when in use, the protective device can be acted by acting force and reacting force to realize rebound after impact, under the action of rebound and rebound, sportsmen can possibly cause secondary injuries, because the rebound and rebound force depend on the impact force, the greater the rebound acting force, and the probability of the secondary injuries during rebound and rebound is increased; secondly, traditional protector is mostly the wearing formula structure, implements the protection to the key position of sportsman self many, and in some special sports items, because the match is fierce, have under a lot of circumstances, the sportsman can appear that urgent motion is emergent, and then appears the health and lose the focus and empty the emergence of phenomenon outside the match place. As is well known, there are many protective measures on a game field, such as a buffering work and an anti-slip work, for preventing a sportsman from falling down or colliding. However, these protective measures are limited to the field, and outside the field, fences and guardrails are often adopted in the sports events to block the field, so as to prevent the sports personnel from toppling or bumping outside the field, wherein the fences protect the sports personnel, protect the spectators and place the bumping. However, in the specific use process, the fence protection only can play a role in blocking the impact of the sportsman, and cannot reduce the buffer, so that some sportsmen can be injured after the impact outside the field, and can not continue to play games in serious cases.
Therefore, a simple structure is produced, convenient operation, work and operating efficiency are high, the function is various, and factor of safety is high, and effectual reduction striking possesses efficient cushioning effect, avoids the injury that the resilience caused, implements omnidirectional protection to the motion personnel to can set up in the outside peripheral position in place, play fine all-round protection operation, protection method efficient portable sports training safety device and method have extensive market prospect.
Disclosure of Invention
Aiming at the defects of the prior art, the invention provides the movable physical training safety protection device and the movable physical training safety protection method which have the advantages of simple structure, convenience in operation, high working and operating efficiency, multiple functions, high safety coefficient, capability of effectively reducing impact, high-efficiency buffer effect, capability of avoiding injury caused by rebound, capability of implementing all-around protection on sports personnel, capability of being arranged at the peripheral position outside a field to play a good all-around protection role, and high-efficiency protection method, and are used for overcoming the defects in the prior art.
The technical scheme of the invention is realized as follows: a movable physical training safety protection device comprises a transverse support plate and a longitudinal support plate connected with the transverse support plate, wherein one side of the transverse support plate is transversely provided with a first connecting groove, a first connecting block is movably arranged in the first connecting groove, the outer side of the first connecting block is fixedly connected with the lower side face of the longitudinal support plate into an integral structure, one side of the transverse support plate is fixedly provided with a slope block, the inner side of the slope block is integrally connected with the transverse support plate, one end of the transverse support plate is fixedly provided with a second connecting block, the other end of the transverse support plate is provided with a second connecting groove matched with the second connecting block, one end of the longitudinal support plate is fixedly provided with a third connecting block, the other end of the longitudinal support plate is provided with a third connecting groove matched with the third connecting block, the top face of the transverse support plate is fixedly provided with a transverse buffering and anti-, the face of one side of the longitudinal supporting plate facing the transverse supporting plate is fixedly provided with a longitudinal buffering anti-rebound layer, and the transverse buffering anti-rebound layer and the longitudinal buffering anti-rebound layer are movably provided with a protective ring device worn by athletes.
Sportsman wear guard ring device include soft clitellum, one side fixed mounting of soft clitellum prevent kick-back layer and vertical buffering prevent kick-back layer matched with wear buffering and prevent kick-back layer with horizontal buffering, fixed mounting has magic adhesive hair layer in the one side of wearing the soft clitellum that buffering prevented kick-back layer one side, fixed mounting has the magic adhesive hook layer with magic adhesive hair layer matched with on wearing the buffering and prevent the another side of the soft clitellum of kick-back layer opposite side.
Horizontal backup pad be rectangle platelike structure, vertical backup pad is rectangle platelike structure, the length of vertical backup pad and horizontal backup pad equals, the mounted position mutually perpendicular of horizontal backup pad and vertical backup pad, horizontal backup pad and vertical backup pad are through first spread groove and first connecting block interconnect, first spread groove is forked tail or I-shaped groove form structure, first connecting block is forked tail or I-shaped bulk structure with first spread groove shape matched with, the top surface that sets up direction and vertical backup pad of first connecting block is parallel to each other, the middle part position of what transversely backup pad one side is transversely opened to first connecting groove, the groove length of first connecting groove equals with the length of first connecting block.
The second connecting block is fixedly arranged at the longitudinal middle position of one end of the transverse supporting plate, the second connecting block is of a dovetail or I-shaped block structure, the second connecting groove is arranged at the longitudinal middle position of the other end of the transverse supporting plate, the second connecting groove is of a dovetail or I-shaped groove structure matched with the second connecting block in shape, and the groove length of the second connecting groove is equal to the longitudinal length of the second connecting block.
The third connecting block is fixedly arranged at the longitudinal middle position of one end of the longitudinal supporting plate, the third connecting block is of a dovetail or I-shaped block structure, the third connecting groove is arranged at the longitudinal middle position of the other end of the longitudinal supporting plate, the third connecting groove is of a dovetail or I-shaped groove structure matched with the third connecting block in shape, and the groove length of the third connecting groove is equal to the longitudinal length of the third connecting block.
The back middle part symmetry fixed mounting of vertical backup pad have two joint support ring seats, the cover is equipped with the rotation axis between two joint support ring seats, the bottom fixed mounting of rotation axis has two rotary supporting legs, the equal fixed mounting in bottom of every rotary supporting leg has the bottom non slipping spur, all vertically install four fixing bolt on every bottom non slipping spur, the both ends movable mounting of rotation axis has equipment fixation nut, set up at the both ends of rotation axis with equipment fixation nut matched with outer screw thread layer.
The transverse buffering anti-rebound layer is composed of a plurality of transverse buffering anti-rebound blocks, the bottom of each transverse buffering anti-rebound block is fixedly connected with the top surface of the transverse support plate, each transverse buffering anti-rebound block is of a mushroom-shaped structure, the minimum distance between every two adjacent transverse buffering anti-rebound blocks is not more than the maximum diameter of the single transverse buffering anti-rebound block, the longitudinal buffering anti-rebound layer is composed of a plurality of longitudinal buffering anti-rebound blocks, the side surface of each longitudinal buffering anti-rebound block is fixedly connected with the side surface of the longitudinal support plate, the shape and the size of each longitudinal buffering anti-rebound block are equal to those of the transverse buffering anti-rebound blocks, each longitudinal buffering anti-rebound block is of a mushroom-shaped structure, the minimum distance between every two adjacent longitudinal buffering anti-rebound blocks is not more than the maximum diameter of the single longitudinal buffering anti-rebound block, wear the buffering and prevent that resilience layer comprises a plurality of wearing buffering and prevent resilience block, every bottom of wearing buffering and prevent resilience block all with the side fixed connection of soft clitellum, every shape and the size of wearing buffering and preventing resilience block and horizontal buffering and prevent that the shape and the size of resilience block all equal, every is worn the buffering and prevents that resilience block is mushroom-shaped structure, adjacent two minimum distances of wearing buffering and preventing between the resilience block are not more than the single maximum diameter of wearing buffering and preventing resilience block.
The soft girdle is a rectangular strip-shaped structure made of soft rubber materials, the wearing buffering anti-rebound layer is made of rubber, and the bottom of the wearing buffering anti-rebound layer and the side surface of the soft girdle are of an integral structure.
Horizontal buffering prevent the bounce piece, vertical buffering prevents the bounce piece and all adopts the rubber material to make, offer the horizontal buffering that is used for installing horizontal buffering to prevent the bounce piece and prevents the bounce piece mounting groove, horizontal buffering prevents the bounce piece and installs at this horizontal buffering through the mode of pasting and prevents the bounce piece inslot, it prevents the bounce piece mounting groove to have offered the vertical buffering that is used for installing vertical buffering to prevent the bounce piece in the side of vertical backup pad, vertical buffering prevents the bounce piece and installs at this vertical buffering through the mode of pasting and prevents the bounce piece inslot.
A method for protecting by using the mobile physical training safety protection device comprises the following steps:
when the sports training is started, a trainer takes off the soft girdle band from the transverse buffering anti-rebound layer and the longitudinal buffering anti-rebound layer or takes off the soft girdle band in advance and wears the soft girdle band to the joint and the damageable part of the body, the tightness adjustment of different parts is realized through the magic sticky hair layer and the magic sticky hook layer, when the training starts after wearing the soft girdle band, when the collision or falling occurs in the field training process, the buffer operation is realized by wearing the buffer anti-rebound layer, so that the collision pressure between key parts of the body and the bottom surface of the field is reduced; when training personnel and the contact of off-site horizontal backup pad or vertical backup pad, wear the buffering and prevent that layer of kick-backing and horizontal buffering prevent that layer of kick-backing or vertical buffering prevent that the layer of kick-backing contacts, when the contact takes place, utilize and wear the buffering and prevent the layer of kick-backing, horizontal buffering prevents that layer of kick-backing and vertical buffering prevent that layer of kick-backing realizes offsetting each other between the impact, and utilize and wear the buffering and prevent that layer of kick-backing and horizontal buffering prevent the secondary damage that layer of kick-backing or vertical buffering prevent the buckle mode of layer of kick-backing and avoid recoiling, realize the all-round safety protection operation to training.
The invention has the following positive effects: this product convenient operation, work and operating efficiency are high, have overcome traditional wearing formula protector and only have played the defect that prevents the scotch and reduce the injury that striking or friction brought, wholly realize the all-round protection to training personnel, and in the place, place border position homoenergetic realizes training personnel's safety protection, avoids hitting the more serious injury that causes with the secondary kick-back.
Drawings
Fig. 1 is a schematic perspective view of the present invention.
Fig. 2 is a schematic side view of the present invention.
Fig. 3 is a schematic diagram of the back structure of the present invention.
Fig. 4 is a partial schematic structural diagram of the present invention.
FIG. 5 is a second partial schematic view of the present invention.
FIG. 6 is a schematic front view of the soft cuff of the present invention.
FIG. 7 is a schematic rear view of the soft cuff of the present invention.
Detailed Description
As shown in fig. 1, 2, 3, 5, 6, 7, a mobile physical training safety protection device comprises a transverse support plate 1 and a longitudinal support plate 2 connected with the transverse support plate 1, wherein one side of the transverse support plate 1 is transversely provided with a first connecting groove 8, a first connecting block 7 is movably arranged in the first connecting groove 8, the outer side of the first connecting block 7 is fixedly connected with the lower side surface of the longitudinal support plate 2 into an integral structure, one side of the transverse support plate 1 is fixedly provided with a slope block 11, the inner side of the slope block 11 is integrally connected with the transverse support plate 1, one end of the transverse support plate 1 is fixedly provided with a second connecting block 5, the other end of the transverse support plate 1 is provided with a second connecting groove 6 matched with the second connecting block 5, one end of the longitudinal support plate 2 is fixedly provided with a third connecting block 3, the other end of the longitudinal support plate 2 is provided with a third connecting groove 4 matched with the third connecting block 3, there is horizontal buffering at the top surface fixed mounting of horizontal backup pad 1 to prevent layer 9 that kick-backs, and fixed mounting has vertical buffering to prevent layer 10 that kick-backs on the face of vertical backup pad 2 towards horizontal backup pad 1 one side, and equal movable mounting has the sportsman to wear the guard ring device on horizontal buffering prevents layer 9 and vertical buffering and prevents layer 10 that kick-backs.
Sportsman wear guard ring device include soft clitellum 18, one side fixed mounting of soft clitellum 18 with transversely cushion prevent that layer 9 and vertical buffering prevent that layer 10 matched with wears the buffering and prevent resilience layer 21, fixed mounting has magic adhesive hair layer 20 on the one side of wearing the soft clitellum 18 that layer 21 one side was prevented in the buffering, fixed mounting has magic adhesive hair layer 19 with magic adhesive hair layer 20 matched with on wearing the buffering and preventing the another side of the soft clitellum 18 of resilience layer 21 opposite side. Horizontal backup pad 1 be rectangle platelike structure, vertical backup pad 2 is rectangle platelike structure, the length of vertical backup pad 2 and horizontal backup pad 1 equals, the mounted position mutually perpendicular of horizontal backup pad 1 and vertical backup pad 2, horizontal backup pad 1 and vertical backup pad 2 are through first spread groove 8 and first connecting block 7 interconnect, first spread groove 8 is forked tail or I-shaped groove form structure, first connecting block 7 is forked tail or I-shaped bulk structure with 8 shape matched with in first spread groove, the direction that sets up of first connecting block 7 is parallel to each other with the top surface of vertical backup pad 2, the middle part position of what transversely opened in horizontal backup pad 1 one side of first spread groove 8, the groove length of first spread groove 8 equals with the length of first connecting block 7.
Second connecting block 5 fixed mounting in the vertical middle part position of 1 one end of horizontal support plate, second connecting block 5 is forked tail or I-shaped massive structure, second connecting groove 6 set up in the vertical middle part position of the 1 other end of horizontal support plate, second connecting groove 6 be with 5 shape matched with forked tail or I-shaped groove form structure of second connecting block, the groove length of second connecting groove 6 equals with the vertical length of second connecting block 5. Third connecting block 3 fixed mounting in the vertical middle part position of 2 one ends of vertical backup pad, third connecting block 3 is forked tail or I-shaped massive structure, third connecting groove 4 set up in the vertical middle part position of the 2 other ends of vertical backup pad, third connecting groove 4 is the forked tail or I-shaped groove form structure with 3 shape matched with of third connecting block, the groove length of third connecting groove 4 equals with the vertical length of third connecting block 3. The back middle part symmetry fixed mounting of vertical backup pad 2 have two joint support ring seats 12, the cover is equipped with rotation axis 13 between two joint support ring seats 12, the bottom fixed mounting of rotation axis 13 has two rotary supporting legs 14, the equal fixed mounting in bottom of every rotary supporting leg 14 has bottom non slipping spur 15, all vertically install four fixing bolt 16 on every bottom non slipping spur 15, the both ends movable mounting of rotation axis 13 has equipment fixation nut 17, set up at the both ends of rotation axis 13 with equipment fixation nut 17 matched with outer screw thread layer.
The transverse buffering and anti-rebound layer 9 is composed of a plurality of transverse buffering and anti-rebound blocks, the bottom of each transverse buffering and anti-rebound block is fixedly connected with the top surface of the transverse support plate 1, each transverse buffering and anti-rebound block is of a mushroom-shaped structure, the minimum distance between every two adjacent transverse buffering and anti-rebound blocks is not more than the maximum diameter of the single transverse buffering and anti-rebound block, the longitudinal buffering and anti-rebound layer 10 is composed of a plurality of longitudinal buffering and anti-rebound blocks, the side surface of each longitudinal buffering and anti-rebound block is fixedly connected with the side surface of the longitudinal support plate 2, the shape and the size of each longitudinal buffering and anti-rebound block are equal to those of the transverse buffering and anti-rebound blocks, each longitudinal buffering and anti-rebound block is of a mushroom-shaped structure, the minimum distance between every two adjacent longitudinal buffering and anti-rebound blocks is not more than the maximum diameter of the single longitudinal buffering and anti-rebound block, wear the buffering and prevent layer 21 of kick-backing and be worn the buffering by a plurality of and prevent that the resilience block constitutes, every bottom of wearing the buffering and prevent the resilience block all with soft clitellum 18's side fixed connection, every shape and size of wearing the buffering and prevent the resilience block and the shape and the size of horizontal buffering and prevent the resilience block equal, every is worn the buffering and prevent the resilience block and be mushroom-shaped structure, adjacent two are worn the buffering and prevent that the minimum distance between the resilience block is not more than the single maximum diameter of wearing the buffering and prevent the resilience block. The soft girdle 18 is a rectangular strip-shaped structure made of soft rubber materials, the wearing buffering anti-rebound layer 21 is made of rubber, and the bottom of the wearing buffering anti-rebound layer 21 and the side surface of the soft girdle 18 are of an integral structure. Horizontal buffering prevent the bounce piece, vertical buffering prevents the bounce piece and all adopts the rubber material to make, offer the horizontal buffering that is used for installing horizontal buffering to prevent the bounce piece on horizontal backup pad 1 and prevent the bounce piece mounting groove, horizontal buffering prevents the bounce piece and installs at this horizontal buffering through the mode of pasting and prevents the bounce piece inslot, vertical buffering that is used for installing vertical buffering to prevent the bounce piece is offered in the side of vertical backup pad 2 and is prevented the bounce piece mounting groove, vertical buffering prevents the bounce piece and installs at this vertical buffering through the mode of pasting and prevents the bounce piece inslot.
A method for protecting by using the mobile physical training safety protection device comprises the following steps: when in specific protection, firstly, the transverse supporting plate 1 and the longitudinal supporting plate 2 are mutually connected through the first connecting groove 8 and the first connecting block 7 and are arranged on the periphery of a training field, the number of the transverse supporting plate 1 and the longitudinal supporting plate 2 is selected according to the size of the training field, when a plurality of transverse supporting plates 1 and longitudinal supporting plates 2 are required to be arranged, the side adopts the second connecting block 5, the second connecting groove 6, the third connecting block 3 and the third connecting groove 4 which are mutually matched to realize the connection of each transverse supporting plate 1 and the longitudinal supporting plate 2, when a sports training project is started, a trainer takes the soft girdle 18 down from the transverse buffering anti-rebound layer 9 and the longitudinal buffering anti-rebound layer 10 or takes down the soft girdle 18 in advance and wears the magic girdle and the magic-sticky-hair layer 20 and the magic sticky hook layer 19 to realize the adjustment of tightness of different parts, when the soft girdle 18 is worn, the training is started, when collision or falling occurs in the field training process, the buffer operation is realized by wearing the buffer anti-rebound layer 21, and the collision pressure between key parts of the body and the bottom surface of the field is reduced; when training personnel and the contact of off-site horizontal backup pad 1 or vertical backup pad 2, wear the buffering and prevent layer 21 and the horizontal buffering and prevent layer 9 or the vertical buffering and prevent layer 10 contact of kick-backing, when the contact takes place, utilize and wear the buffering and prevent layer 21 of kick-backing, horizontal buffering prevents layer 9 and the vertical buffering and prevent layer 10 of kick-backing and realize the buffering of offsetting each other between the impact force, and utilize and wear the buffering and prevent layer 21 and the horizontal buffering and prevent the secondary injury that layer 9 or the vertical buffering of kick-backing layer 10 of buckle mode avoiding kick-backing and causing, realize the all-round safety protection operation to training personnel.
The product is characterized in that when in specific operation: firstly, a transverse support plate 1 and a longitudinal support plate 2 are mutually connected through a first connecting groove 8 and a first connecting block 7 and are arranged on the periphery of a training field, the number of the transverse support plate 1 and the longitudinal support plate 2 is selected according to the size of the training field, when a plurality of transverse support plates 1 and longitudinal support plates 2 are required to be arranged, the transverse support plates 1 and the longitudinal support plates 2 are connected by side adopting a second connecting block 5, a second connecting groove 6, a third connecting block 3 and a third connecting groove 4 which are mutually matched, when a physical training project is started, a trainer takes a soft girdle 18 down from a transverse buffering rebound-proof layer 9 and a longitudinal buffering rebound-proof layer 10 or takes the soft girdle 18 down to a joint and a damageable part of a body after the training project is started, the tightness of different parts is adjusted through a magic sticky layer 20 and a magic sticky hook layer 19, when training starts after the soft girdle 18 is worn, collision or falling occurs in the field training process, the buffer operation is realized by wearing the buffer anti-rebound layer 21, and the collision pressure between the key parts of the body and the bottom surface of the field is reduced; when the trainers contact with the outdoor transverse supporting plate 1 or the outdoor longitudinal supporting plate 2, the trainers wear the buffer anti-rebound blocks to contact with the transverse buffer anti-rebound blocks or the longitudinal buffer anti-rebound blocks, when the contact occurs, the mutual offset and buffering among impact forces are realized by wearing the buffering anti-rebound block, the transverse buffering anti-rebound block and the longitudinal buffering anti-rebound block, and the buckling of every two buffering anti-rebound blocks is realized by a buckling mode between the wearing buffering anti-rebound block and the transverse buffering anti-rebound block or the longitudinal buffering anti-rebound block, because the minimum interval between two adjacent horizontal buffering anti-rebound blocks is not more than the maximum diameter of single horizontal buffering anti-rebound block, the minimum interval between two adjacent vertical buffering anti-rebound blocks is not more than the maximum diameter of single vertical buffering anti-rebound block, and the minimum interval between two adjacent wearing buffering anti-rebound blocks is not more than the maximum diameter of single wearing buffering anti-rebound block. The shape and size of each longitudinal buffering anti-rebound block are equal to those of the transverse buffering anti-rebound blocks, and the shape and size of each wearing buffering anti-rebound block are equal to those of the transverse buffering anti-rebound blocks. Through the ingenious realization buffering of above-mentioned structure prevent the lock joint between the piece of kick-backing, avoid the secondary injury that the resilience caused, realize the all-round safety protection operation to training personnel.
The above description is only a preferred embodiment of the present invention, and is not intended to limit the present invention in other forms, and the above stimulation forms can be performed in synchronization with the picture information stimulation and the discharge stimulation, and any person skilled in the art may change or modify the above-described technical content into equivalent embodiments with equivalent changes. However, any simple modification, equivalent change and modification of the above embodiments according to the technical essence of the present invention are within the protection scope of the technical solution of the present invention.

Claims (8)

1. The utility model provides a portable sports training safety device, includes horizontal backup pad (1) and vertical backup pad (2) that are connected with horizontal backup pad (1), its characterized in that: one side of the transverse supporting plate (1) is transversely provided with a first connecting groove (8), a first connecting block (7) is movably arranged in the first connecting groove (8), the outer side of the first connecting block (7) is fixedly connected with the side face of the lower part of the longitudinal supporting plate (2) into an integral structure, one side of the transverse supporting plate (1) is fixedly provided with a slope block (11), the inner side of the slope block (11) is integrally connected with the transverse supporting plate (1), one end of the transverse supporting plate (1) is fixedly provided with a second connecting block (5), the other end of the transverse supporting plate (1) is provided with a second connecting groove (6) matched with the second connecting block (5), one end of the longitudinal supporting plate (2) is fixedly provided with a third connecting block (3), the other end of the longitudinal supporting plate (2) is provided with a third connecting groove (4) matched with the third connecting block (3), a transverse buffering anti-rebound layer (9) is fixedly arranged on the top surface of the transverse support plate (1), a longitudinal buffering anti-rebound layer (10) is fixedly arranged on the surface of the longitudinal support plate (2) facing one side of the transverse support plate (1), and athlete wearing guard ring devices are movably arranged on the transverse buffering anti-rebound layer (9) and the longitudinal buffering anti-rebound layer (10); the athlete wearing protective ring device comprises a soft annular belt (18), a wearing buffering anti-rebound layer (21) matched with a transverse buffering anti-rebound layer (9) and a longitudinal buffering anti-rebound layer (10) is fixedly installed on one side of the soft annular belt (18), a magic sticky wool layer (20) is fixedly installed on one surface of the soft annular belt (18) on one side of the wearing buffering anti-rebound layer (21), and a magic sticky hook layer (19) matched with the magic sticky wool layer (20) is fixedly installed on the other surface of the soft annular belt (18) on the other side of the wearing buffering anti-rebound layer (21); the transverse buffering anti-rebound layer (9) is composed of a plurality of transverse buffering anti-rebound blocks, the bottom of each transverse buffering anti-rebound block is fixedly connected with the top surface of the transverse support plate (1), each transverse buffering anti-rebound block is of a mushroom-shaped structure, the minimum distance between every two adjacent transverse buffering anti-rebound blocks is not larger than the maximum diameter of the single transverse buffering anti-rebound block, the longitudinal buffering anti-rebound layer (10) is composed of a plurality of longitudinal buffering anti-rebound blocks, the side surface of each longitudinal buffering anti-rebound block is fixedly connected with the side surface of the longitudinal support plate (2), the shape and the size of each longitudinal buffering anti-rebound block are equal to those of the transverse buffering anti-rebound blocks, each longitudinal buffering anti-rebound block is of a mushroom-shaped structure, the minimum distance between every two adjacent longitudinal buffering anti-rebound blocks is not larger than the maximum diameter of the single longitudinal buffering anti-rebound block, wear buffering and prevent layer (21) of kick-backing and wear buffering by a plurality of and prevent that the resilience block constitutes, every bottom of wearing buffering and prevent the resilience block all with the side fixed connection of soft clitellum (18), every shape and the size of wearing buffering and preventing the resilience block and the shape and the size of horizontal buffering and preventing the resilience block equal, every is worn buffering and prevents that the resilience block is mushroom-shaped structure, adjacent two minimum distances of wearing buffering and preventing between the resilience block are not more than the single maximum diameter of wearing buffering and preventing the resilience block.
2. The mobile physical training safety guard of claim 1, wherein: horizontal backup pad (1) be rectangle platelike structure, vertical backup pad (2) are rectangle platelike structure, the length of vertical backup pad (2) and horizontal backup pad (1) equals, the mounted position mutually perpendicular of horizontal backup pad (1) and vertical backup pad (2), horizontal backup pad (1) and vertical backup pad (2) are through first spread groove (8) and first connecting block (7) interconnect, first connected slot (8) are forked tail or I-shaped slot form structure, first connecting block (7) are for dovetail or I-shaped massive structure with first connected slot (8) shape matched with, the direction that sets up of first connecting block (7) is parallel to each other with the top surface of vertical backup pad (2), first connected slot (8) transversely open how at the middle part position of horizontal backup pad (1) one side, the groove length of first connected slot (8) equals with the length of first connecting block (7).
3. The mobile physical training safety guard of claim 1, wherein: second connecting block (5) fixed mounting in the vertical middle part position of horizontal support plate (1) one end, second connecting block (5) are forked tail or I-shaped massive structure, second spread groove (6) set up in the vertical middle part position of the horizontal support plate (1) other end, second spread groove (6) are forked tail or I-shaped groove form structure with second connecting block (5) shape matched with, the groove length of second spread groove (6) equals with the vertical length of second connecting block (5).
4. The mobile physical training safety guard of claim 1, wherein: third connecting block (3) fixed mounting in the vertical middle part position of vertical backup pad (2) one end, third connecting block (3) are forked tail or I-shaped massive structure, third spread groove (4) set up in the vertical middle part position of vertical backup pad (2) other end, third spread groove (4) are forked tail or I-shaped groove form structure with third connecting block (3) shape matched with, the groove length of third spread groove (4) equals with the vertical length of third connecting block (3).
5. The mobile physical training safety guard of claim 1, wherein: the back middle part symmetry fixed mounting of vertical backup pad (2) have two joint support ring seats (12), the cover is equipped with rotation axis (13) between two joint support ring seats (12), the bottom fixed mounting of rotation axis (13) has two rotating support leg (14), the equal fixed mounting in bottom of every rotating support leg (14) has bottom non slipping spur (15), all vertically install four fixing bolt (16) on every bottom non slipping spur (15), the both ends movable mounting of rotation axis (13) has equipment fixation nut (17), set up at the both ends of rotation axis (13) with equipment fixation nut (17) matched with outer screw thread layer.
6. The mobile physical training safety guard of claim 1, wherein: the soft girdle (18) is of a rectangular strip structure made of soft rubber materials, the wearing buffering anti-rebound layer (21) is made of rubber, and the bottom of the wearing buffering anti-rebound layer (21) and the side surface of the soft girdle (18) are of an integral structure.
7. The mobile physical training safety guard of claim 1, wherein: horizontal buffering prevent the bounce piece, vertical buffering prevents the bounce piece and all adopts the rubber material to make, offer the horizontal buffering that is used for installing horizontal buffering to prevent the bounce piece on horizontal backup pad (1) and prevent the bounce piece mounting groove, horizontal buffering prevents the bounce piece and installs at this horizontal buffering through the mode of pasting and prevents the bounce piece inslot, it prevents the bounce piece mounting groove to have offered the vertical buffering that is used for installing vertical buffering to prevent the bounce piece in the side of vertical backup pad (2), vertical buffering prevents the bounce piece and installs at this vertical buffering through the mode of pasting and prevents the bounce piece inslot.
8. A method of performing security using the mobile physical training security device of claim 1, the method comprising:
when in specific protection, the transverse supporting plate (1) and the longitudinal supporting plate (2) are connected with each other through a first connecting groove (8) and a first connecting block (7) and are arranged on the periphery of a training field, the number of the transverse supporting plate (1) and the longitudinal supporting plate (2) is selected according to the size of the training field, when a plurality of transverse supporting plates (1) and longitudinal supporting plates (2) are required to be arranged, the side adopts a second connecting block (5), a second connecting groove (6), a third connecting block (3) and a third connecting groove (4) which are matched with each other to realize the connection of each transverse supporting plate (1) and the longitudinal supporting plate (2), when a sports training project is started, a trainer takes off a soft girdle (18) from a transverse buffering anti-rebound layer (9) and a longitudinal buffering anti-rebound layer (10) or wears a joint and an easily damaged part of a body after taking off in advance, and realizes the adjustment of the tightness of different parts through a magic viscous hair layer (20) and a magic viscous hook layer, when training starts after the soft girdle (18) is worn and collision or falling occurs in the training process on the ground, the buffering operation is realized by wearing the buffering anti-rebound layer (21), and the collision pressure between key parts of the body and the bottom surface of the ground is reduced; when training personnel and off-site horizontal backup pad (1) or vertical backup pad (2) contact, wear the buffering and prevent resilience layer (21) and prevent resilience layer (9) or vertical buffering and prevent resilience layer (10) contact with horizontal buffering, when the contact takes place, utilize and wear buffering and prevent resilience layer (21), layer (9) and vertical buffering are prevented resilience layer (10) and are realized offsetting each other the buffering between the impact, and utilize to wear buffering and prevent resilience layer (21) and horizontal buffering and prevent resilience layer (9) or vertical buffering and prevent the buckle mode of resilience layer (10) and avoid the secondary injury that the resilience caused, realize the all-round safety protection operation to training personnel.
CN201911242273.6A 2019-12-06 2019-12-06 Movable physical training safety protection device and method Active CN111054048B (en)

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