The compression wrist guard of anti-dropout when a kind of movement
Technical field
The present invention relates to the compression wrist guards of anti-dropout when a kind of protection pad technical field, specially movement.
Background technique
Wrist guard is a kind of article protected during exercise to wrist and arm, when in use by Wrister
In wrist, play the role of protection to wrist, current wrist guard is made of on the one hand to compress wrist by textile fabric and rise mostly
To the effect of protection wrist, on the other hand wrist guard can be used also to wipe sweat.
Current wrist guard mainly wraps wrist by the intensity of elastic band or braided fabric itself, and this wrist guard is using
When, there is a problem of wrist guard be easy because hand activities frequently and relaxation, be in this problem, I find in retrieval send out
More existing wrist guard inside wrist guard by increasing air bag, by stepping up to consolidate to air bag inflation, simply by inflation so that air bag
Expansion compresses wrist, if the inflation of this mode influences whether comfort level too much, wrist activity will receive larger resistance limitation, such as
What fruit inflated less compacting would not be too tight, and current wrist guard is less susceptible to compress wrist guard and wrist when in use, shield
Wrist is easy to slide, and causes the effect of protection wrist poor, so needing a kind of compression wrist guard of anti-dropout when movement.
Summary of the invention
(1) the technical issues of solving
In view of the deficiencies of the prior art, it the present invention provides a kind of compression wrist guard of anti-dropout when movement, solves at present
Wrist guard be less susceptible to compress wrist guard and wrist when in use, wrist guard is easy to slide, cause the effect of protection wrist compared with
The problem of difference.
(2) technical solution
In order to achieve the above object, the present invention is achieved by the following technical programs: the compression of anti-dropout when a kind of movement
The surface of wrist guard, including hand protection pad, arm protection pad and the first elastic band, the hand protection pad has hand loose by needlework woollen yarn knitting
Taut band, the one side of the hand elastic band far from hand protection pad have traction layer, the hand protection pad, hand pine by needlework woollen yarn knitting
The surface of taut band and traction layer offers finger hole, and the surface of first elastic band and the surface of arm protection pad are compiled by needlework
Knot connection, the surface of the arm protection pad are bonded with spongy layer, and there is armlet on the surface of first elastic band by needlework woollen yarn knitting
Outer layer, the spongy layer are provided with pressure between one side, the surface of elastic band and the medial surface of armlet outer layer far from arm protection pad
The medial surface of tight chamber, one side of the spongy layer far from arm protection pad and armlet outer layer is bonded with several the second elastic bands,
The upper and lower surfaces of second elastic band are in the arc shape of recess, and the surface of second elastic band offers biography gas
Mouthful, the surface of second elastic band is bonded with air bag cushion, surface, second pine on the surface of the air bag cushion and the second elastic band
The surface of the medial surface of taut band and armlet outer layer, the second elastic band and spongy layer is provided with respiratory slot, the air bag cushion it is interior
Wall is bonded with several control air cushions, the arc-shaped shape in surface of the control air cushion, is provided between control air cushion described in every two, institute
The surface for stating control air cushion is bonded with traction rope, and one end of the traction rope is between several control air cushions, every two control air cushion
It is provided with an insulating cushion, the surface of insulating cushion and the inner wall of air bag cushion are Nian Jie, are provided with one between insulating cushion and control air cushion
Each insulating cushion is run through on closed enclosure space, the surface of the traction rope, what the insulating cushion and traction rope were slidably connected
The both ends of perforative openning are bonded with gasket, air bag cushion and the first elastic band and the surface for extending to the first elastic band, described
The surface of the surface of traction rope and the surface bind of traction layer, the control air cushion of the rightmost side is fixedly connected with tension spring, and tension spring is remote
One end from control air cushion is fixedly connected with the inner wall of air bag cushion.
Preferably, the material of the hand protection pad, arm protection pad and traction layer includes cotton thread, the hand protection pad and arm
The cotton thread count of portion's protection pad is less than the cotton thread count of traction layer, and cotton thread can play good absorbing sweat effect, cotton thread
Density it is small under the action of identical involve power, biggish flexible, cotton thread density can occur for hand protection pad and arm protection pad
Biggish displacement occurs for biggish traction layer opposite hand protection pad and arm protection pad under the action of involve power, and tears traction
Rope, the biggish hand protection pad of simultaneous retractable ability and arm protection pad can reset traction layer.
Preferably, the quantity of the finger hole is five, and five fingers of five finger holes and people correspond, and is added
The connection relationship of strong all fingers and wrist guard, applies to the involve power of hand exercise generation comprehensively.
Preferably, the quantity of first elastic band is two, and two the first elastic bands are with the middle line of arm pad surface
It is symmetric for control line, two elastic bands can reinforce the tightness of wrist guard and wrist and arm from both ends.
Preferably, the material of the armlet outer layer includes cotton thread, the cotton thread count and traction layer of the armlet outer layer
Cotton thread count it is identical.
Preferably, the surface of first elastic band offers several ventilation osculums, the ventilation osculum by external and
Compress chamber connection.
Preferably, the material of the traction rope and the material of air bag cushion include rubber.
(3) beneficial effect
(1) present invention is using, and when hand bending and to front curve, hand will drive traction layer with respect to wrist
It moves, traction layer will drive traction rope movement, and traction rope will pull control air cushion, and in the moment being pulled shape occurs for control air cushion
Become, control air cushion can turn and squeeze gas, and the space controlled between air cushion and insulating cushion can reduce, and gas will be thought to support up and down
Dynamic air bag cushion, air bag cushion expansion can squeeze protection pad, so that protection pad and arm package is tighter, it can be with wink when having reached hand bending
Between tighten wrist guard, avoid the case where wrist guard slides in activity.
(2) for the present invention when hand bends, adjacent two inside air bag cushion completely cut off space, an expansion
One compression, expansion can wrap arm, and compression makes arm when activity curves not by the resistance of expanding gas
Hinder, reached segmented expanding gas, does not influence the effect of wrist rotation.
(3) when in use, when hand is bent and is bended backward, the gas of each expansion space returns rapidly the present invention
Contracting restores control air cushion, and tension spring also functions to the effect for pulling control air cushion to restore, so that wrist guard can cooperate hand exercise not
Disconnected compression and loosen, plays the role of massaging wrist while preventing wrist guard from falling off.
(4) present invention when in use, can be used traction layer and armlet outer layer to wipe the sweat of face, work as hand
Activity simultaneously makes each segmentation of air bag cushion constantly shrink and expand so that compressing intracavitary portion and extraneous formation one can be certainly
By the space of exchanging gas, during compression and expansion repeatedly, compresses the gas in intracavitary portion and pass through ventilation osculum and outer
Boundary's exchange, the gas of internal circulation can accelerate the volatilization and drying of wrist guard sweat, while air bag cushion is in the process of shrinkage expansion
In can be enhanced air circulation inside respiratory slot, extraneous gas by the gap and respiratory slot of armlet outer layer and spongy layer into
Row exchange of air accelerates the volatilization of the sweat of armlet outer layer and spongy layer.
(5) present invention can make the gas inside air bag cushion constantly movable when hand exercise, so that air bag cushion
Continuous tightening and relaxation, it is practical comfortable, wrist and wrist guard can be compressed, gas circulation also can be enhanced, thus effectively
It solves current wrist guard to be less susceptible to compress wrist guard and wrist when in use, wrist guard is easy to slide, and causes protection hand
The poor problem of the effect of wrist.
Detailed description of the invention
Fig. 1 is schematic structural view of the invention;
Fig. 2 is schematic enlarged-scale view at A in Fig. 1 of the present invention;
Fig. 3 is the first structural elastic side view of the invention;
Fig. 4 is traction layer structure top view of the present invention.
Wherein, 1 hand protection pad, 2 arm protection pads, 3 first elastic bands, 4 hand elastic bands, 5 traction layers, 6 finger holes, 7 seas
Continuous layer, 8 armlet outer layers, 9 compression chambers, 10 second elastic bands, 11 biography ports, 12 air bag cushions, 13 respiratory slots, 14 control air cushions, 15 are led
Messenger, 16 tension springs, 17 ventilation osculums, 18 insulating cushions.
Specific embodiment
Below in conjunction with attached drawing of the invention, technical scheme in the embodiment of the invention is clearly and completely described,
Obviously, described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.Based in the present invention
Embodiment, every other embodiment obtained by those of ordinary skill in the art without making creative efforts, all
Belong to the scope of protection of the invention.
As shown in Figs 1-4, the compression wrist guard of anti-dropout when the embodiment of the present invention provides a kind of movement, including hand protection pad 1,
Arm protection pad 2 and the first elastic band 3, the quantity of the first elastic band 3 are two, and two the first elastic bands 3 are with 2 surface of arm protection pad
Middle line be symmetric for control line, there are hand elastic band 4, hand elastic band 4 in the surface of hand protection pad 1 by needlework woollen yarn knitting
One side far from hand protection pad 1 has traction layer 5 by needlework woollen yarn knitting, and the material of hand protection pad 1, arm protection pad 2 and traction layer 5 is equal
Including cotton thread, the cotton thread count of hand protection pad 1 and arm protection pad 2 is less than the cotton thread count of traction layer 5, hand protection pad
1, the surface of hand elastic band 4 and traction layer 5 offers finger hole 6, and the quantity of finger hole 6 is five, five finger holes 6 and people
Five fingers correspond, the surface of the surface of the first elastic band 3 and arm protection pad 2 is connected by needlework woollen yarn knitting, and arm protects
The surface of pad 2 is bonded with spongy layer 7, and there are armlet outer layer 8, the material of armlet outer layer 8 in the surface of the first elastic band 3 by needlework woollen yarn knitting
Material includes cotton thread, and the cotton thread count of armlet outer layer 8 and the cotton thread count of traction layer 5 are identical, and spongy layer 7 is far from arm
It is provided between the one side of protection pad 2, the surface of elastic band and the medial surface of armlet outer layer 8 and compresses chamber 9, the table of the first elastic band 3
Face offers several ventilation osculums 17, and ventilation osculum 17 is connected to external with compression chamber 9, and spongy layer 7 is far from arm protection pad 2
Several second elastic bands 10, the upper surface of the second elastic band 10 and following table are bonded with the medial surface of armlet outer layer 8 on one side
Face is in the arc shape of recess, and the surface of the second elastic band 10, which offers, passes port 11, and the surface of the second elastic band 10 is bonded with
Air bag cushion 12, the surface of the surface of air bag cushion 12 and the second elastic band 10, the second elastic band 10 and armlet outer layer 8 medial surface,
The surface of second elastic band 10 and spongy layer 7 is provided with respiratory slot 13, and the inner wall of air bag cushion 12 is bonded with several control air cushions
14, the arc-shaped shape in surface of air cushion 14 is controlled, is provided between every two control air cushion 14, the surface of control air cushion 14 is bonded with traction
Rope 15, the material of traction rope 15 and the material of air bag cushion 12 include rubber, and one end of traction rope 15 is through several control air cushions
14, an insulating cushion 18 is provided between every two control air cushion 14, the surface of insulating cushion 18 is Nian Jie with the inner wall of air bag cushion 12, every
A closed enclosure space is provided between exhausted pad 18 and control air cushion 14, each insulating cushion is run through on the surface of traction rope 15
18, the both ends for the perforative openning that insulating cushion 18 is slidably connected with traction rope 15 are bonded with gasket, air bag cushion 12 and the first pine
Taut band 3 and the surface for extending to the first elastic band 3, the surface of traction rope 15 and the surface bind of traction layer 5, the control gas of the rightmost side
The surface of pad 14 is fixedly connected with tension spring 16, and tension spring 16 is fixedly connected far from one end of control air cushion 14 with the inner wall of air bag cushion 12.
In use, by Wrister on hand, five fingers connect one to one with five finger holes 6, by 1 set of hand protection pad
On hand, by 2 sets of arm protection pad in wrist and arm, when hand bending and to front curve, hand will drive traction
Layer 5 is moved relative to wrist, and traction layer 5 will drive the movement of traction rope 15, and traction rope 15 will pull control air cushion 14, control air cushion 14
In the moment being pulled, deformation occurs, and control air cushion 14 can turn and squeeze gas, controls between air cushion 14 and insulating cushion 18
Space can reduce, and gas will think racking air bag cushion 12 up and down, and the expansion of air bag cushion 12 can squeeze protection pad, so that protection pad and arm packet
What is wrapped up in is tighter, and when hand bends, adjacent two inside air bag cushion 12 completely cut off space, one pressure of an expansion
Contracting, expansion can wrap arm, and compression makes arm, not by the obstruction of expanding gas, work as hand when activity curves
When portion is bent and bends backward, the gas of each expansion space, which bounces back rapidly, restores control air cushion 14, and tension spring 16 also functions to pulling
The effect that air cushion 14 restores is controlled, wrist guard can cooperate hand exercise constantly to compress and loosen, while preventing wrist guard from falling off
Wrist is massaged, traction layer 5 and armlet outer layer 8 can be used to wipe the sweat of face, when hand activities and make air bag cushion 12
Each segmentation constantly shrink and expand so that compress the inside of chamber 9 with it is extraneous form one can be with the sky of free exchange gas
Between, during compression and expansion repeatedly, compresses the gas inside chamber 9 and exchanged by ventilation osculum 17 with the external world, it is internal
The gas of circulation can accelerate the volatilization and drying of wrist guard sweat, while air bag cushion 12 can be enhanced during shrinkage expansion
Air circulation inside respiratory slot 13, extraneous gas are handed over by the gap of armlet outer layer 8 and spongy layer 7 with respiratory slot 13
It ventilates, the use process of wrist guard is compressed so as to complete entire sports type.