CN205848706U

CN205848706U - A kind of sports socks of dual non-slip technology

Info

Publication number: CN205848706U
Application number: CN201620862255.3U
Authority: CN
Inventors: 顾伟基
Original assignee: Individual
Current assignee: Individual
Priority date: 2016-08-10
Filing date: 2016-08-10
Publication date: 2017-01-04
Anticipated expiration: 2026-08-10

Abstract

The utility model discloses the sports socks of a kind of dual non-slip technology, including socks body, described socks body arranges stocking blank and stocking foot, described stocking foot includes the stocking sole and instep, also including anti-skid structure, described anti-skid structure is fixing with socks body to be connected, and described anti-skid structure is antiskid fibrous layer, anti-skidding salient point is implanted on described antiskid fibrous layer surface, and described anti-skidding salient point accounts for less than the 50% of antiskid fibrous surface layer.The beneficial effects of the utility model are: anti-skid structure have have preferable skidproof effect, absorbing sweat after anti-skidding better, and have preferable air permeable effect concurrently.

Description

A kind of sports socks of dual non-slip technology

Technical field

This utility model relates generally to articles for daily use, the sports socks of a kind of dual non-slip technology.

Background technology

Conventional motion socks are substantially with cotton and make with various chemical fibre hybrid woven.Sports socks body does not possess relatively Strong non-skid property.When moving, the agility of foot is had higher requirements.As: football, basketball etc..If foot is in footwear storehouse Inside be not sufficiently stable and cause slip, affect athlete run, take-off, the action such as break-in, loss foot stability and strength.Therefore The non-skid property of sports socks is proposed higher requirement.So the sports socks of band antiskid function arise at the historic moment, existing band is anti-skidding The sports socks of technology, mainly to drip glue, the technique of silk screen printing, drip in sock body or print anti-skidding striped or granule, Material mainly has the aqueous Raw material processing molding such as PVC, silica gel, has the disadvantage in that when wearing

1, drip adhesive process thicker, impact dress comfortableness, colloid itself do not absorb water, airtight, foot goes out at the volley Meeting after antiperspirant, skidproof effect is not good enough.

2, printing PVC or silica gel, can realize preferable comfortableness and dry time skidproof effect, material itself is not inhaled Water, airtight, but, foot perspire after anti-skidding less effective.

3, it is at the bottom of towel because of sports socks major part inner bottom surface, directly in the printing of sports socks body or the technique of dripping glue, nothing Method is firmly connected at the bottom of socks reverse side towel, therefore it is anti-skidding to do one side, and skidproof effect is limited.

Utility model content

For solving deficiency of the prior art, this utility model provides the sports socks of a kind of dual non-slip technology, the first weight Skidproof effect when can play dry for antiskid fibrous granule and anti-skidding salient point, second heavily for antiskid fibrous ventilative, absorbing sweat Function, improves the skidproof effect after moisture absorption, and making anti-skid structure have has preferable skidproof effect, when foot perspires, and anti-skidding fibre After dimension layer absorbing sweat, skidproof effect more preferably, and can have preferable air permeable effect concurrently.

This utility model for achieving the above object, is achieved through the following technical solutions:

The sports socks of a kind of dual non-slip technology, including socks body, described socks body arranges stocking blank and stocking foot, and described stocking foot includes The stocking sole and instep, also include anti-skid structure, and described anti-skid structure is fixing with socks body to be connected, and described anti-skid structure is antiskid fibrous Layer, the anti-skidding salient point of described antiskid fibrous layer surface implantation, described anti-skidding salient point accounts for less than the 50% of antiskid fibrous surface layer.

The described stocking sole and the front of instep and/or reverse side arrange antiskid fibrous layer.

The described stocking sole is divided into heel area, ball area, arch area and loe zone, described heel area, loe zone, ball area, foot In bow district, anti-skidding salient point accounts for the ratio of antiskid fibrous surface layer and reduces successively.

Described anti-skidding salient point is evenly distributed on the surface of antiskid fibrous layer.

The thickness of described antiskid fibrous layer is 0.4-2 millimeter, and the thickness of described anti-skidding salient point is 0.1-0.8 millimeter.

In described antiskid fibrous layer, absorbing sweat layer is set.

Contrast and prior art, this utility model has the beneficial effects that:

1, this utility model anti-skid structure is antiskid fibrous layer, and antiskid fibrous layer can have again good breathing freely by absorbing sweat Effect, also has certain cushioning effect, increases the comfort level that socks are dressed, and anti-skidding salient point accounts for antiskid fibrous surface layer Less than 50%, do not interfere with again the breathability of antiskid fibrous layer while that wearability and skidproof effect can either being increased.

2, this utility model stocking sole and the front of instep and/or reverse side arrange antiskid fibrous layer, and the entirety increasing socks body is prevented Sliding effect.

3, the antiskid fibrous layer of this utility model, anti-skidding salient point are independent mutually, increase the skidproof effect of socks, and protruding Anti-skidding salient point foot is had certain massage effect.

4, in heel area described in the utility model, loe zone, ball area, arch area, anti-skidding salient point accounts for antiskid fibrous layer surface Long-pending ratio reduces successively, increases heel area, the wearability of loe zone, increases the ruggedness of socks.

5, the thickness of antiskid fibrous layer described in the utility model is 0.4-2 millimeter, and the thickness of described anti-skidding salient point is 0.1- 0.8 millimeter, owing to friction structure ratio is relatively thin so that it is can design in socks body entire body, without excessively increasing the weight of socks, and So that socks still keep overall soft, do not affect the comfort level of socks and sense of binding foot, such that it is able to realize socks to rubbing Wipe, comfortable, bind foot, the requirement of the equilibrium of sense of touch, light weight.

6, absorbing sweat layer is set in the antiskid fibrous layer of this utility model, increases the absorbing sweat performance of socks.

Accompanying drawing explanation

Accompanying drawing 1 is structural representation of the present utility model；

Accompanying drawing 2 is the structural representation of the stocking sole.

Label shown in accompanying drawing: 1, socks body；11, stocking blank；12, the stocking sole；13, instep；14, heel area；15, ball area；16、 Arch area；17, loe zone；2, antiskid fibrous layer；3, anti-skidding salient point.

Detailed description of the invention

In conjunction with the drawings and specific embodiments, the utility model is described in further detail.Should be understood that these embodiments are only used for This utility model is described rather than limits scope of the present utility model.In addition, it is to be understood that reading this utility model instruction Content after, this utility model can be made various changes or modifications by those skilled in the art, and these equivalent form of values fall equally In the application appended claims limited range.

The sports socks of a kind of dual non-slip technology, including socks body 1, described socks body 1 arranges stocking blank 11 and stocking foot, described stocking foot Including the stocking sole 12 and instep 13, also including anti-skid structure, described anti-skid structure is fixing with socks body 1 to be connected, and described anti-skid structure is Antiskid fibrous layer, antiskid fibrous layer can have again good air permeable effect by absorbing sweat, also have certain cushioning effect, increases The comfort level that socks are dressed.Anti-skidding salient point 3 is implanted on described antiskid fibrous layer surface, and anti-skidding salient point 3 is preferably gluey material (such as print Brush silica gel, PU or PVC), possess preferable comfortableness and skidproof effect, increase socks body 1 wearability and skidproof effect, due to glue Breathability and the absorption of perspiration of shape material are poor, and the most anti-skidding salient point 3 accounts for less than the 50% of antiskid fibrous surface layer, prevents anti-skidding Salient point 3 affects the ventilative of anti-skid structure and absorbing sweat performance.First then anti-skidding salient point 3 is designed as required shape during manufacture Implant antiskid fibrous layer, make socks comfortable and attractive in appearance, then the anti-skid structure machined is fixedly attached on socks body 1, There is dual non-slip effect, the first skidproof effect when heavily can play dry for antiskid fibrous granule and anti-skidding salient point, the Double for antiskid fibrous ventilative, ability of sweat absorption, improve the skidproof effect after absorbing sweat, make anti-skid structure have have the most anti-skidding Effect, when foot perspires, after antiskid fibrous layer absorbing sweat, skidproof effect more preferably, and can have preferable air permeable effect concurrently.

In order to increase the overall skidproof effect of socks body, the described stocking sole 12 and the front of instep 13 and/or reverse side arrange anti-skidding Fibrous layer.

Preferably, the described stocking sole 12 is divided into heel area 14, ball area 15, arch area 16 and loe zone 17, owing to walking Time heel area 14, loe zone 17, ball area 15, arch area 16 different to the active force of socks, active force by heel area 14 to foot Toe district 17, ball area 15, arch area 16 are sequentially reduced, anti-in described heel area 14, loe zone 17, ball area 15, arch area 16 The ratio that sliding salient point 3 accounts for antiskid fibrous surface layer reduces successively, arranges anti-skidding salient point 3 according to the difference of active force and accounts for anti-skidding fibre The ratio of dimension surface layer, heel area 14 time on foot, loe zone 17 are relatively big to the active force of socks, are also that socks are easiest to breakage Position, increase the area ratio of anti-skidding salient point 3, make heel area 14, loe zone 17 wearability increase, increase socks durable Property.

In order to increase the comfortableness that socks are dressed, described anti-skidding salient point 3 is and uniformly on the surface of antiskid fibrous layer 2, anti- Sliding salient point 3 is preferably annular, it is possible to carry out anti-skidding in all directions, and internal cavities does not interferes with sending out of antiskid fibrous layer 2 simultaneously Waving absorbing sweat, permeation functions, protruding anti-skidding salient point 3 also has certain massage effect to foot.

In order to not affect the comfort level of socks and sense of binding foot, the thickness of described antiskid fibrous layer 2 is 0.4-2 millimeter, described The thickness of anti-skidding salient point 3 is 0.1-0.8 millimeter.

In order to increase the absorbing sweat performance of socks, in described antiskid fibrous layer 2, absorbing sweat layer is set.

Embodiment:

The sports socks of a kind of dual non-slip technology, including socks body 1, described socks body 1 arranges stocking blank 11 and stocking foot, described stocking foot Including the stocking sole 12 and instep 13, also including anti-skid structure, described anti-skid structure is fixing with socks body 1 to be connected, and described anti-skid structure is Antiskid fibrous layer, the described stocking sole and the front of instep and/or reverse side arrange antiskid fibrous layer, and the described stocking sole is divided into heel area, foot Palm district, arch area and loe zone, in described heel area, loe zone, ball area, arch area, anti-skidding salient point accounts for antiskid fibrous layer surface Long-pending ratio reduces successively, and antiskid fibrous layer can have again good air permeable effect by absorbing sweat, also has certain damping and makees With, increase the comfort level that socks are dressed.Anti-skidding salient point 3 is implanted on described antiskid fibrous layer surface, described anti-skidding salient point be annular and Being evenly distributed on the surface of antiskid fibrous layer, the thickness of described antiskid fibrous layer is 0.4-2 millimeter, the thickness of described anti-skidding salient point For 0.1-0.8 millimeter.In described antiskid fibrous layer, absorbing sweat layer is set.Anti-skidding salient point 3 be preferably gluey material (as printing silica gel, PU or PVC), possess preferable comfortableness and skidproof effect, increase socks body 1 wearability and skidproof effect, due to gluey material Breathability and absorption of perspiration poor, the most anti-skidding salient point 3 accounts for less than the 50% of antiskid fibrous surface layer, prevents anti-skidding salient point 3 Affect the ventilative of anti-skid structure and absorbing sweat performance.First by anti-skidding salient point 3 during manufacture, anti-skidding salient point 3 is designed as required Then shape implants antiskid fibrous layer, makes socks comfortable and attractive in appearance, is then fixedly attached to by the anti-skid structure machined On socks body 1.Having the beneficial effects that of the present embodiment: the stocking sole and the front of instep and/or reverse side arrange antiskid fibrous layer, increases socks The overall skidproof effect of body；Antiskid fibrous layer, the anti-skidding salient point independent skidproof effect to increase socks mutually, and projection Anti-skidding salient point has certain massage effect to foot；Heel area 14 when walking, loe zone 17 are relatively big to the active force of socks, are also Socks are easiest to the position of breakage, increase the area ratio of anti-skidding salient point 3, make the wearability increase of heel area 14, loe zone 17, Increase the ruggedness of socks.

Claims

1. sports socks for dual non-slip technology, including socks body (1), described socks body (1) arranges stocking blank (11) and stocking foot, described Stocking foot includes the stocking sole (12) and instep (13), it is characterised in that: also including anti-skid structure, described anti-skid structure is solid with socks body (1) Fixed connection, described anti-skid structure is antiskid fibrous layer (2), and anti-skidding salient point (3) is implanted on described antiskid fibrous layer (2) surface, described Anti-skidding salient point (3) accounts for less than the 50% of antiskid fibrous surface layer.

The sports socks of a kind of dual non-slip technology the most according to claim 1, it is characterised in that: the described stocking sole (12) and socks Front and/or the reverse side of the back of the body (13) arrange antiskid fibrous layer (2).

The sports socks of a kind of dual non-slip technology the most according to claim 1 and 2, it is characterised in that: the described stocking sole (12) It is divided into heel area (14), ball area (15), arch area (16) and loe zone (17), described heel area (14), loe zone (17), foot Palm district (15), anti-skidding salient point (3) accounts for the ratio of antiskid fibrous floor (2) surface area and reduces successively in arch area (16).

The sports socks of a kind of dual non-slip technology the most according to claim 1, it is characterised in that: described anti-skidding salient point (3) It is evenly distributed on the surface of antiskid fibrous layer (2).

The sports socks of a kind of dual non-slip technology the most according to claim 1, it is characterised in that: described antiskid fibrous layer (2) thickness is 0.4-2 millimeter, and the thickness of described anti-skidding salient point (3) is 0.1-0.8 millimeter.

The sports socks of a kind of dual non-slip technology the most according to claim 1, it is characterised in that: described antiskid fibrous layer (2) absorbing sweat layer is set in.