CN111657583A

CN111657583A - Anti-falling compression wrist guard during movement and use method

Info

Publication number: CN111657583A
Application number: CN202010582055.3A
Authority: CN
Inventors: 石英权
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-10-26
Filing date: 2018-10-26
Publication date: 2020-09-15
Also published as: CN109393601B; CN109393601A

Abstract

The invention provides an anti-falling compression wrist guard during exercise and a cleaning method, and the compression wrist guard comprises a hand protection pad, an arm protection pad and a first elastic band, wherein the surface of the hand protection pad is knitted with a hand elastic band through needles and wires, one side of the hand elastic band, which is far away from the hand protection pad, is knitted with a traction layer through needles and wires, finger holes are formed in the surfaces of the hand protection pad, the hand elastic band and the traction layer, the surface of the first elastic band is connected with the surface of the arm protection pad through needles and wires in a knitted mode, and a sponge layer is bonded on the surface of the arm protection pad. The pressing protection of anti-drop during this motion can make the continuous activity of the inside gas of gasbag pad in hand motion for the gasbag pad is continuous to be tightened up and lax, and is practical comfortable, can compress tightly wrist and wrist band, also can strengthen the gas circulation, thereby has effectually solved present wrist band and has compressed tightly wrist band and wrist less easily when using, and the easy landing of wrist band causes the relatively poor problem of effect of protection wrist.

Description

Anti-falling compression wrist guard during movement and use method

The application is a divisional application with the application date of 2018, 10 and 26 and the application number of CN201811259654.0, and is named as an anti-falling pressing wrist guard during sports.

Technical Field

The invention relates to the technical field of protection pads, in particular to a compression wrist guard capable of preventing falling off during sports and a using method thereof.

Background

The wrist protector is an article for protecting the wrist part and the arm during sports, and is sleeved on the wrist during use to protect the wrist.

Present wrist band mainly wraps up the wrist through the intensity of elastic cord or knitting itself, this kind of wrist band is when using, there is the wrist band easily because the frequent and lax problem of hand activity, be in this problem, I find some wrist bands in the retrieval through increasing the gasbag in the wrist band inside, it is firm to step up through aerifing the gasbag, only make the gasbag inflation compress tightly the wrist through aerifing, this kind of mode can influence the comfort level if aerifing too much, the wrist activity can receive great resistance restriction, if aerify less suppression just can not be too tight, present wrist band compresses tightly wrist band and wrist less easily when using, the easy landing of wrist band, cause the effect of wrist band relatively poor, so need an anti-drop when motion to compress tightly the wrist band.

Disclosure of Invention

Technical problem to be solved

Aiming at the defects of the prior art, the invention provides the anti-falling pressing wrist guard, and solves the problems that the wrist guard and the wrist are not easy to press when the conventional wrist guard is used, and the wrist guard is easy to slide off, so that the wrist protection effect is poor.

(II) technical scheme

In order to achieve the purpose, the invention is realized by the following technical scheme: the utility model provides an anti-drop's wrist band that compresses tightly during motion, includes hand protection pad, arm protection pad and first elastic cord, the quantity of first elastic cord is two, and two first elastic cords use the central line on arm protection pad surface to be the symmetric distribution as the contrast line, and the tightness of wrist band and wrist and arm can be strengthened from both ends to two elastic cords, the surface of hand protection pad has the hand elastic cord through the needle thread braid, the one side that the hand protection pad was kept away from to the hand elastic cord has the traction layer through the needle thread braid, finger hole has been seted up on the surface of hand protection pad, hand elastic cord and traction layer, the surface of first elastic cord and the surface of arm protection pad are connected through the needle thread braid, the surface bonding of arm protection pad has the sponge layer, the surface of first elastic cord has the armguard outer through the needle thread braid, be provided with between the one side that the arm protection pad was kept away from to the sponge layer and the outer medial surface of, one side of the sponge layer, which is far away from the arm protection pad, and the inner side face of the outer layer of the arm protection pad are both bonded with a plurality of second elastic bands, the upper surfaces and the lower surfaces of the second elastic bands are both in a sunken arc shape, the surfaces of the second elastic bands are provided with gas transmission ports, the surfaces, which are opposite to the second elastic bands, of the second elastic bands are bonded with airbag cushions, the inner surfaces and the outer surfaces of the second elastic bands are both provided with breathing grooves, the inner walls of the airbag cushions are bonded with a plurality of gas control cushions, the surfaces of the gas control cushions are in an arc shape, every two gas control cushions are respectively provided with a traction rope, the surface of each traction rope is bonded with a traction rope, one end of each traction rope penetrates through the plurality of gas control cushions, an isolation cushion is arranged between every two gas control cushions, the surface of each isolation cushion is bonded with the inner wall of the airbag cushion, an airtight closed space, the both ends of isolated pad and haulage rope sliding connection's the mouth that runs through bond and have sealed the pad, and the first elastic cord of gasbag pad and one side is connected and is extended to the surface of the first elastic cord of opposite side, haulage rope and traction layer tie up and connect, the rightmost side the fixed surface of accuse air cushion is connected with the extension spring, and the one end that the accuse air cushion was kept away from to the extension spring is connected with the inner wall fixed connection of gasbag pad.

Preferably, the material on hand protection pad, arm protection pad and traction layer all includes the cotton thread, the cotton thread knitting density of hand protection pad and arm protection pad is less than the cotton thread knitting density of traction layer, the cotton thread can play fine sweat-absorbing effect, the density of cotton thread is little under the effect of the same pulling force, great flexible can take place for hand protection pad and arm protection pad, the great traction layer of cotton thread density takes place great displacement to hand protection pad and arm protection pad under the effect of pulling force, and pull the haulage rope, the great hand protection pad of flexible ability and arm protection pad can reset traction layer simultaneously.

Preferably, the number of the finger holes is five, five the finger holes correspond to five fingers of a person one to one, the connection relation between all the fingers and the wrist guard is strengthened, and the dragging force generated by hand movement is comprehensively applied.

Preferably, the material of the outer layer of the arm guard comprises cotton threads, and the cotton thread weaving density of the outer layer of the arm guard is the same as that of the traction layer.

Preferably, the surface of the first elastic band is provided with a plurality of small ventilation openings, and the small ventilation openings communicate the outside with the compaction cavity.

Preferably, the material of the traction rope and the material of the airbag cushion both comprise rubber.

(III) advantageous effects

(1) When the wrist protector is used, when the hand is bent and bent forwards, the hand can drive the traction layer to move relative to the wrist, the traction layer can drive the traction rope to move, the traction rope can pull the air control cushion, the air control cushion deforms at the moment of being pulled, the air control cushion can turn over and extrude air, the space between the air control cushion and the isolation cushion can be reduced, the air can want to support the air bag cushion up and down, the air bag cushion expands to extrude the protection cushion, the protection cushion and the arm are wrapped more tightly, the wrist protector can be tightened instantly when the hand is bent, and the situation that the wrist protector slides down in the process of moving is avoided.

(2) When the hand is bent, two adjacent isolated spaces in the airbag cushion expand and compress one, the expanded space can wrap the arm tightly, and the compressed space ensures that the arm is not blocked by the expansion gas when the arm is movably bent, so that the effects of sectional expansion gas and wrist rotation are not influenced.

(3) When the wrist protector is used, when the hand is bent and bent backwards, the gas in each expansion space is quickly retracted to restore the gas control pad, and the tension spring also plays a role in pulling the gas control pad to restore, so that the wrist protector can be continuously pressed and relaxed in coordination with the movement of the hand, and plays a role in massaging the wrist while preventing the wrist protector from falling off.

(4) When the wrist pad is used, the traction layer and the outer layer of the arm guard can be used for wiping sweat on the face, when hands move and each section of the air bag pad is continuously contracted and expanded, a space capable of freely exchanging gas is formed between the inside of the pressing cavity and the outside, in the process of repeated compression and expansion, the gas inside the pressing cavity is communicated with the outside through the small ventilation openings, the volatilization and drying of the sweat on the wrist guard can be accelerated by the gas circulating inside, meanwhile, the air circulation inside the breathing groove can be enhanced by the air bag pad in the process of contraction and expansion, the air is exchanged between the outside gas and the breathing groove through the gap between the outer layer of the arm guard and the sponge layer, and the volatilization of the sweat on the outer layer of the arm guard and the sponge layer is accelerated.

(5) The wrist protector can lead the gas in the air bag cushion to continuously move when hands move, leads the air bag cushion to be continuously tightened and loosened, is practical and comfortable, can tightly press the wrist and the wrist protector, and can also enhance the gas circulation, thereby effectively solving the problems that the wrist protector is not easy to tightly press the wrist and the wrist when the existing wrist protector is used, the wrist protector is easy to slide off, and the effect of protecting the wrist is poor.

Drawings

FIG. 1 is a schematic structural view of the present invention;

FIG. 2 is an enlarged view of the structure of FIG. 1 at A according to the present invention;

FIG. 3 is a side view of a first stretch band construction of the present invention;

fig. 4 is a top view of a traction layer structure of the present invention.

Wherein, 1 hand protection pad, 2 arm protection pads, 3 first elastic bands, 4 hand elastic bands, 5 draw the layer, 6 finger holes, 7 sponge layers, 8 armguard skin, 9 compress tightly the chamber, 10 second elastic bands, 11 gas transmission ports, 12 gasbag pads, 13 breathing grooves, 14 accuse air cushions, 15 haulage ropes, 16 extension springs, 17 ventilation osculums, 18 isolated pads.

Detailed Description

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the accompanying drawings of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

As shown in fig. 1 to 4, an embodiment of the present invention provides a compression wrist pad preventing falling off during exercise, including a hand protection pad 1, two arm protection pads 2 and two first elastic bands 3, the two first elastic bands 3 are symmetrically distributed with a center line of the surface of the arm protection pad 2 as a reference line, the hand protection pad 1 is knitted with the hand elastic bands 4 through needles and threads, one side of the hand elastic bands 4 away from the hand protection pad 1 is knitted with a traction layer 5 through needles and threads, the hand protection pad 1, the arm protection pad 2 and the traction layer 5 are made of cotton threads, the knitting density of the cotton threads of the hand protection pad 1 and the arm protection pad 2 is less than that of the traction layer 5, finger holes 6 are formed on the surfaces of the hand protection pad 1, the hand elastic bands 4 and the traction layer 5, the number of the finger holes 6 is five, the five finger holes 6 correspond to five fingers of a person one by one, the surface of the first elastic band 3 is connected with the surface of the arm protection pad 2 through needle thread knitting, a sponge layer 7 is adhered on the surface of the arm protection pad 2, the surface of the first elastic band 3 is provided with an arm protection outer layer 8 through needle thread knitting, the material of the arm protection outer layer 8 comprises cotton thread, the knitting density of the cotton thread of the arm protection outer layer 8 is the same as that of the cotton thread of the traction layer 5, a pressing cavity 9 is arranged between one surface of the sponge layer 7 far away from the arm protection pad 2 and the inner side surface of the arm protection outer layer 8, the surface of the first elastic band 3 is provided with a plurality of small ventilation openings 17, the outside is communicated with the pressing cavity 9 through the small ventilation openings 17, a plurality of second elastic bands 10 are adhered on one surface of the sponge layer 7 far away from the arm protection pad 2 and the inner side surface of the arm protection outer layer 8, the upper surface and the lower surface of each second elastic band 10 are both in a sunken arc shape, a gas transmission opening 11 is arranged on, the inner surface and the outer surface of the second elastic band 10 are both provided with breathing grooves 13, the inner wall of the air bag cushion 12 is bonded with a plurality of air control cushions 14, the surfaces of the air control cushions 14 are arc-shaped, a traction rope 15 is arranged between every two air control cushions 14, the surface of each air control cushion 14 is bonded with the traction rope 15, the material of each traction rope 15 and the material of the air bag cushion 12 both comprise rubber, one end of each traction rope 15 penetrates through the plurality of air control cushions 14, an isolation cushion 18 is arranged between every two air control cushions 14, the surface of each isolation cushion 18 is bonded with the inner wall of the air bag cushion 12, a closed space is arranged between each isolation cushion 18 and the air control cushion 14, the surface of each isolation cushion 18 penetrates through the surface of each isolation cushion 18, the two ends of a penetrating opening through which the isolation cushion 18 is in sliding connection with the traction rope 15 are bonded with sealing gaskets, the air bag cushion 12 is connected with the first elastic, the traction rope 15 is connected with the traction layer 5 in a binding mode, the surface of the rightmost air control cushion 14 is fixedly connected with a tension spring 16, and one end, far away from the air control cushion 14, of the tension spring 16 is fixedly connected with the inner wall of the airbag cushion 12.

When the wrist pad is used, the wrist pad is sleeved on a hand, five fingers are connected with five finger holes 6 in a one-to-one correspondence manner, the hand protection pad 1 is sleeved on the hand, the arm protection pad 2 is sleeved on the wrist and the arm, when the hand is bent and is bent forwards, the hand can drive the traction layer 5 to move relative to the wrist, the traction layer 5 can drive the traction rope 15 to move, the traction rope 15 can pull the air control pad 14, the air control pad 14 is deformed at the moment of being pulled, the air control pad 14 can turn over and extrude gas, the space between the air control pad 14 and the isolation pad 18 can be reduced, the gas can want to support the air bag pad 12 up and down, the air bag pad 12 can be expanded to extrude the pad, the pad and the arm are wrapped more tightly, when the hand is bent, two adjacent isolation spaces in the air bag pad 12 are expanded and compressed, the expanded arm can be wrapped tightly, and the compressed arm is not blocked by the expanded gas when the arm is bent, when the hand is bent and bent backwards, the air in each expansion space is quickly retracted to restore the air control cushion 14, the tension spring 16 also plays a role in pulling the air control cushion 14 to restore, the wrist guard can be continuously compressed and relaxed in cooperation with the hand movement, the wrist is massaged while the wrist guard is prevented from falling off, the traction layer 5 and the outer layer 8 of the arm guard can be used for wiping sweat on the face, when the hand moves and each section of the air bag cushion 12 is continuously contracted and expanded to enable the inside of the compression cavity 9 and the outside to form a space capable of freely exchanging air, in the repeated compression and expansion process, the air in the compression cavity 9 is communicated with the outside through the small ventilation openings 17, the volatilization and drying of sweat on the wrist guard can be accelerated by the air in the ventilation groove 13, meanwhile, the air circulation in the ventilation groove 13 can be enhanced by the air bag cushion 12 in the contraction and expansion process, and the air exchange between the outside and the ventilation groove 13 through the gaps of the outer layer 8 of the, thereby completing the using process of the whole sports type pressing wrist protector.

Claims

1. The utility model provides an anti-drop's wrist band that compresses tightly during motion, includes hand protection pad (1), arm protection pad (2) and first elastic cord (3), its characterized in that: the quantity of first elastic cord (3) is two, and two first elastic cords (3) are symmetrical distribution for the contrast line with the central line on arm protection pad (2) surface, hand elastic cord (4) have been compiled through the needle line to the surface of hand protection pad (1), the one side that hand protection pad (1) was kept away from to hand elastic cord (4) has been compiled through the needle line and has been compiled and knot and pull layer (5), finger hole (6) have been seted up on the surface of hand protection pad (1), hand elastic cord (4) and pull layer (5), the surface of first elastic cord (3) and the surface of arm protection pad (2) are compiled and are tied through the needle line and are connected, the surface bonding of arm protection pad (2) has sponge layer (7), the surface of first elastic cord (3) has been compiled through the needle line and have been tied up armguard outer layer (8), sponge layer (7) are kept away from and are provided with between the medial surface of arm protection pad (2) and the arm outer (8) and compress tightly chamber (9), one side of arm protection pad (2) is kept away from in sponge layer (7) and medial surface of armguard outer (8) all bond and have a plurality of second elastic cord (10), the upper surface and the lower surface of second elastic cord (10) all are sunken arc form, gas transmission mouth (11) have been seted up on the surface of second elastic cord (10), the surface bonding that second elastic cord (10) is relative has gasbag pad (12), the inside and outside surface of second elastic cord (10) all is provided with breathing trough (13), the inner wall bonding of gasbag pad (12) has a plurality of accuse air cushion (14), the surface of accuse air cushion (14) is arc form, per two all be provided with haulage rope (15) between accuse air cushion (14), the surface bonding of accuse air cushion (14) has haulage rope (15), the one end of haulage rope (15) runs through a plurality of accuse air cushion (14), An isolation cushion (18) is arranged between every two air control cushions (14), the surface of the isolation cushion (18) is bonded with the inner wall of the airbag cushion (12), a closed space is arranged between the isolation cushion (18) and the air control cushions (14), the surface of the traction rope (15) penetrates through each isolation cushion (18), sealing gaskets are bonded at two ends of a penetrating opening of the isolation cushion (18) and the traction rope (15) in sliding connection, the airbag cushion (12) is connected with the first elastic band (3) on one side and extends to the surface of the first elastic band (3) on the other side, the traction rope (15) is bonded with the traction layer (5), a tension spring (16) is fixedly connected to the surface of the air control cushion (14) on the rightmost side, and one end, far away from the air control cushion (14), of the tension spring (16) is fixedly connected with the inner wall of the airbag cushion (12);

the hand protection pad (1), the arm protection pad (2) and the traction layer (5) are made of cotton threads, and the knitting density of the cotton threads of the hand protection pad (1) and the arm protection pad (2) is smaller than that of the cotton threads of the traction layer (5);

the number of the finger holes (6) is five, and the five finger holes (6) correspond to five fingers of a person one to one;

the material of the outer arm protection layer (8) comprises cotton threads, and the cotton thread weaving density of the outer arm protection layer (8) is the same as that of the traction layer (5).

2. The pressing wrist band capable of preventing falling off during sports according to claim 1, characterized in that: the surface of the first elastic band (3) is provided with a plurality of small ventilation openings (17), and the small ventilation openings (17) communicate the outside with the pressing cavity (9).

3. The pressing wrist band capable of preventing falling off during sports according to claim 1, characterized in that: the material of the traction rope (15) and the material of the airbag cushion (12) both comprise rubber.

4. The use method of the pressing wrist band for preventing falling off during sports according to any one of claims 1 to 3, is characterized in that: when the wrist pad is used, the wrist pad is sleeved on a hand, five fingers are connected with five finger holes (6) in a one-to-one correspondence manner, the hand protection pad (1) is sleeved on the hand, the arm protection pad (2) is sleeved on a wrist and an arm, when the hand is bent and is bent forwards, the hand can drive the traction layer (5) to move relative to the wrist, the traction layer (5) can drive the traction rope (15) to move, the traction rope (15) can pull the air control pad (14), the air control pad (14) is deformed at the moment of being pulled, the air control pad (14) can turn over and extrude gas, the space between the air control pad (14) and the isolation pad (18) can be reduced, the gas can want to support the air bag pad (12) up and down, the air bag pad (12) expands to extrude the protection pad, so that the protection pad is more tightly wrapped with the arm, and when the hand is bent, two adjacent spaces in the air bag pad (12) are isolated, the wrist pad is characterized in that the wrist pad is expanded and compressed, the expanded arm can be tightly wrapped, the compressed arm can ensure that the arm is not hindered by the expanded gas when the arm is movably bent, when the hand is bent and bent backwards, the gas in each expansion space is quickly retracted to restore the air control cushion (14), the tension spring (16) also plays a role in pulling the air control cushion (14) to restore, the wrist pad can be continuously compressed and released in cooperation with the movement of the hand, the wrist pad is massaged while the wrist pad is prevented from falling off, the traction layer (5) and the outer layer (8) of the arm pad can be used for wiping sweat on the face, when the hand moves, each section of the air bag cushion (12) is continuously contracted and expanded to ensure that a space capable of freely exchanging gas is formed between the inside of the compression cavity (9) and the outside, and in the repeated compression and expansion processes, the gas in the compression cavity (9) is communicated with the outside through the, inside circulating gas can accelerate volatilization and the drying of wrist band sweat, and gasbag pad (12) can strengthen the inside circulation of air in breathing groove (13) at the in-process of shrink expansion simultaneously, and the outside gas exchanges the air through the space and breathing groove (13) of armguard skin (8) and sponge layer (7) to the use that whole sports type compressed tightly the wrist band has been accomplished.