CN220859468U - Breathable anti-drop sock conforming to ergonomics - Google Patents

Abstract

The utility model discloses an ergonomic breathable anti-drop sock which comprises a sock body, a first breathable net and a sock mouth, wherein a first wear-resistant layer is arranged at the front toe of the sock body, the first breathable net is arranged at the front instep of the sock body, the sock mouth is arranged at the top end surface of the sock body, an elastic band is arranged at the bottom end surface of the sock mouth, the bottom end surface of the elastic band is provided with a ventilation net, the bottom end surface of the ventilation net is provided with a tightening ring, a second breathable net is arranged between the first wear-resistant layer and the anti-skid layer, and a sweat absorbing interlayer is arranged in an inner cavity of the sock body. This keep off socks that ventilative anticreep that accords with ergonomic, toe seam, instep department and the inside and outside two-layer of whole socks body all can increase the passageway of circulation of air, improve socks's gas permeability, this helps getting rid of sweat and moisture, keeps the foot dry and fresh, reduces the production of peculiar smell, and elastic cord, tightening ring and tensioning layer area can closely wrap up ankle, welt and arch of foot, provide extra stability and support, prevent socks landing or collapse in motion or walking.

Description

Breathable anti-drop sock conforming to ergonomics

Technical Field

The utility model relates to the technical field of socks, in particular to breathable anti-drop socks conforming to ergonomics.

Background

Socks are clothing articles worn on feet and play roles of protecting feet and preventing foot odor. The socks are generally called, and are divided into cotton yarn socks, wool socks, silk socks, various chemical fiber socks and the like according to raw materials, stockings, middle stockings, ship socks, panty-hose and the like according to shapes, and also have flat openings and rib openings, have various patterns and varieties such as heels, jacquard patterns, knitting patterns and the like, and meanwhile, the socks are also indispensable clothes in life.

The patent document according to application number 202222023812.0 discloses a sock which accords with human engineering, the sock body is connected with a sock leg, a ventilation surface is arranged at the foot surface of the sock body, a buffer surface is arranged at the heel of the sock body, a plurality of small toe interlayers are arranged at the toe of the sock body, big toe interlayers are arranged at the toe of the big foot of the sock body, and an adjusting mechanism is arranged between the small toe interlayers and the big toe interlayers. According to the utility model, the sealing cover is opened from the air injection port through the pulling piece, and then air is injected into the air bag through the air injection port through the inflator or other air injection tools of the existing tool, so that the effect of expanding the air bag is achieved, the adjustment treatment of the space between the big toe and the small toe of the human body is convenient, the wearing of different people is convenient, the correction effect on the feet of the people is achieved, and the feet of the people are more comfortable after the people wear the device.

Similar socks only adopt ventilative net design in the specific region of socks, and the air permeability of other positions is relatively poor inhomogeneous, and this can lead to the moisture of foot other positions to be unable effectively to discharge, causes airtight and uncomfortable sensation, and the foot of different foot types and foot shape people can't laminate socks completely, causes the landing easily and drops.

Accordingly, in view of the above, an ergonomic ventilation and anti-drop sock has been proposed, which is an improvement of the existing structure.

Disclosure of utility model

The utility model aims to provide an ergonomic breathable anti-drop sock, which is designed by adopting a breathable net only in a specific area of the sock, has poorer and uneven breathability in other parts, can cause the problem that moisture in other parts of the foot cannot be effectively discharged, causes air tightness and uncomfortable feeling, and can not be completely attached to the sock by feet of people with different foot shapes and foot shapes, and is easy to cause slipping and drop.

In order to achieve the above purpose, the present utility model provides the following technical solutions: the utility model provides a ventilative anticreep socks that accords with ergonomic, includes the socks body, first ventilative net and welt, the preceding toe department of the socks body is provided with first wearing layer, first ventilative net sets up the socks body front instep department, the welt sets up the top face of the socks body, just the bottom face of welt is provided with the elastic cord, just the bottom face of elastic cord is provided with the ventilation net, and the bottom face of ventilation net is provided with the tightening ring, the sole department of the socks body is provided with the skid resistant course, first wearing layer with be provided with the ventilative net of second between the skid resistant course, the inner chamber of the socks body is provided with sweat-absorbing intermediate layer.

Further, a thickening layer is arranged at the rear of the first ventilation net, the thickening layer is positioned at the small toe of the sock body, and the outer surface of the first ventilation net is distributed and arranged in a ventilation grid shape.

Furthermore, ankle department of the socks body is provided with the ankle guard layer, the ankle guard layer is provided with two sets of, the surface on ankle guard layer is the circle shape.

Further, the outer surface of the sock body is of a hole structure, the inner surface of the sock body is provided with a ventilation layer, and the ventilation net is of a honeycomb structure.

Further, the arch of the sock body is provided with a tensioning layer, the outer surface of the second breathable net is in a fishing net shape, and the bottom end of the anti-slip layer is in a wave texture shape.

Further, the second wear-resistant layer is embedded in the center of the heel of the sock body, the second wear-resistant layer is round, the first wear-resistant layer is made of reinforced fiber fabric, and the reinforced fiber fabric comprises polyester fiber and polyurethane coating.

Compared with the prior art, the utility model has the beneficial effects that: the inside and outside two-layer of toe seam, instep department and whole socks body all can increase the passageway of circulation of air, improves the gas permeability of socks, and this helps getting rid of sweat and moisture, keeps the foot dry and fresh, reduces the production of peculiar smell, and elastic cord, tightening ring and tensioning layer area can closely wrap ankle, welt and arch of foot, provide extra stability and support, prevent that socks from slipping down or loosening down in motion or walking, its specific content is as follows:

Be provided with first ventilative net and second ventilative net, first ventilative net is located the position of instep intercommunication toe seam, can increase the gas permeability of socks in this region, and can promote the circulation of air, reduces the moist and the stuffy sense of foot, improves the gas permeability and the comfort level of socks, and the second ventilative net is located toe seam below to ventilative additional gas permeability and ventilation effect are provided from top to bottom on with first ventilative net, keep the circulation of air.

The tightening ring can keep tightness of the sock, the sock is tightly wrapped around the ankle and is not easy to loose, the elastic band is located at the sock opening and can tightly wrap the ankle, the sock is prevented from sliding off, the tightening layer is located at the arch, extra support and stability can be provided, and foot fatigue and discomfort are reduced.

Drawings

FIG. 1 is a schematic elevational view of an ergonomic vapor permeable, anti-slip sock according to the present utility model;

FIG. 2 is a schematic bottom view of an ergonomic breathable anti-slip sock according to the present utility model;

fig. 3 is a schematic top view of an ergonomic ventilation anti-drop sock according to the present utility model.

In the figure: 1. a sock body; 2. an elastic band; 3. a tightening ring; 4. a first breathable web; 5. a first wear layer; 6. a second breathable web; 7. an anti-slip layer; 8. a tensioning layer; 9. a second wear layer; 10. thickening layers; 11. sweat absorbing interlayers; 12. a sock opening; 13. a ventilation layer; 14. a ventilation screen; 15. ankle support layer.

Detailed Description

Embodiments of the present utility model are described in further detail below with reference to the accompanying drawings and examples. The following examples are illustrative of the utility model but are not intended to limit the scope of the utility model.

As shown in fig. 1 to 3, the sock comprises a sock body 1, a first ventilation net 4 and a sock opening 12, wherein the ventilation layer 13 is arranged on the inner surface of the sock body 1, the ventilation layer 13 can enable air to circulate, so that feet keep dry and ventilated, excessive perspiration and moisture of the feet are prevented, peculiar smell is reduced, a sweat absorbing interlayer 11 is arranged in the inner cavity of the sock body 1, sweat can be effectively absorbed by the sweat absorbing interlayer 11 and can be rapidly discharged out of the sock body 1, the foot is prevented from being moist and uncomfortable, the outer surface of the sock body 1 is in a hole structure, ventilation effect of the sock is improved, the hole structure can promote air circulation, more fresh air is obtained for the feet, dryness and comfort are further kept, the sweat of the sweat absorbing interlayer 11 is enabled to be volatilized, the sock opening 12 is arranged at the top end surface of the sock body 1, an elastic band 2 is arranged at the bottom end surface of the sock opening 12, tight fit can be ensured, the bottom end surface of the sock band 2 is provided with a net 14, the net 14 is in a honeycomb structure, the net 14 can be increased in the position of the sock body, the foot neck can be prevented from being moist and uncomfortable, the foot is prevented from being tightly wrapped by the tightening ring 3, the foot is prevented from being tightly wrapping the foot opening 8, the ventilation ring is tightly and the foot is tightly wrapped, and the foot is tightly wrapped by the sole 8, and the ventilation ring is tightly wrapping the foot is tightly and the sole-shaped 3, and the foot is tightly and the tight and the ventilation layer is provided with the sole tightly and the sole is tightly and the sole-covered;

The sock body 1 is provided with the first wear-resistant layer 5 at the front toe, the first wear-resistant layer 5 is made of reinforced fiber fabric, the first wear-resistant layer 5 adopts the reinforced fiber fabric to reduce the friction degree between the toenail and the inside of the shoe or between the toenail and the sock, the abrasion and the abrasion risk are reduced, the first ventilation net 4 is arranged at the front instep of the sock body 1, the outer surface of the first ventilation net 4 is in ventilation grid-shaped distribution arrangement, the first ventilation net 4 is positioned at the position where the instep is communicated with the toe seam, the ventilation of the sock in the region can be increased, the ventilation of air can be promoted, the moist and stuffy feeling of the foot can be reduced, the ventilation property and the comfort degree of the sock are improved, the sole of the sock body 1 is provided with the anti-slip layer 7, the bottom end of the anti-slip layer 7 is in wave texture shape, the friction force of the sock at the sole can be increased, the sliding risk of the sock during walking or movement is reduced, the second ventilation net 6 is arranged between the first wear-resistant layer 5 and the anti-slip layer 7, the outer surface of the second ventilation net 6 is in a net shape, the net 6 is further in net shape, the ventilation effect is provided at the position of the sock through the net-shaped net surface, and the ventilation effect is further increased through the net surface;

The rear of first ventilative net 4 is provided with thickening layer 10, thickening layer 10 is located the little toe department of socks body 1, thickening layer 10 is used for protecting little toe and the wearing and tearing that the shoes caused, ankle department of socks body 1 is provided with ankle support layer 15, ankle support layer 15 is provided with two sets of, the surface of ankle support layer 15 is the circular shape, ankle support layer 15 circular shape's design can wrap up and protect the ankle effectively, reduce the sprain risk in motion or activity, and prevent that the ankle from appearing the scratch, the central point of socks body 1 heel department gomphosis has second wearing layer 9, second wearing layer 9 is circular form, the circular form design of second wearing layer 9 can increase the wear resistance of socks in heel department, reduce wearing and protecting the heel, increase the frictional force with shoes, prevent that socks from easily appearing sliding in shoes inside.

To sum up, as shown in fig. 1 to 3, the ventilation layer 13 can circulate air, keep feet dry and ventilated, prevent feet from sweating and being wet excessively, reduce odor, the sweat absorbing interlayer 11 can absorb sweat effectively and discharge it out of the sock body 1 rapidly, avoid feet from being wet and uncomfortable, the outer surface of the sock body 1 is in a hole structure, and increase ventilation effect of the sock. The hole structure can promote air circulation, the feet can obtain more fresh air, dryness and comfort are further kept, sweat of the sweat absorbing interlayer 11 is volatilized, the elastic band 2 can ensure that socks are tightly attached to the sock openings 12, the ventilation net 14 can increase air permeability of the ankle, air circulation is promoted, the feet are kept dry and comfortable, the tightening ring 3 keeps tightness of the socks, the socks are tightly wrapped around the ankle parts and are not easy to loosen, the tension layer 8 can tightly wrap the foot arches, foot fatigue and discomfort are reduced, the friction degree between the nails and the inside of the shoes or between the nails can be reduced by adopting the reinforced fiber fabric for the first wear-resistant layer 5, the reinforced fiber fabric comprises polyester fiber and polyurethane coating, and the abrasion and abrasion risk is reduced;

The first ventilation net 4 is located at the position where the instep is communicated with the toe seam, so that ventilation of the sock in the region can be increased, ventilation can be promoted, moisture and stuffy feeling of the foot can be reduced, ventilation property and comfort of the sock are improved, friction force of the sock at the sole can be increased due to the design of the wave texture of the anti-slip layer 7, sliding risk during walking or movement is reduced, ventilation effect of the sock at the foot seam is further improved through the net surface of the fishing net shape by the second ventilation net 6, and better ventilation effect is provided. The thickening layer 10 is used for protecting the small toes from friction and abrasion caused by shoes, the ankle protector 15 can be effectively wrapped and protect the ankle, the risk of sprain in during sports or activities is reduced, the ankle is prevented from being scratched, the wearing resistance of the sock at the heel can be improved through the circular design of the second wear-resistant layer 9, the abrasion is reduced, the heel is protected, the friction force with the shoes is increased, and the sock is prevented from sliding easily in the shoes.

Claims (6)

1. The utility model provides a ventilative anticreep socks that accords with ergonomic, includes socks body (1), first ventilative net (4) and welt (12), its characterized in that: the sock body (1) is provided with first wearing layer (5) in preceding toe department, first ventilative net (4) set up the instep department before the sock body (1), welt (12) set up the top face of the sock body (1), just the bottom face of welt (12) is provided with elastic cord (2), just the bottom face of elastic cord (2) is provided with ventilation network (14), and the bottom face of ventilation network (14) is provided with and receives tight ring (3), the sole department of the sock body (1) is provided with anti-skidding layer (7), first wearing layer (5) with be provided with second ventilative net (6) between anti-skidding layer (7), the inner chamber of the sock body (1) is provided with sweat-absorbing intermediate layer (11).

2. An ergonomic vapor permeable, anti-slip sock according to claim 1, characterized in that: the rear of the first ventilation net (4) is provided with a thickening layer (10), the thickening layer (10) is positioned at the small toe position of the sock body (1), and the outer surface of the first ventilation net (4) is distributed and arranged in a ventilation grid shape.

3. An ergonomic vapor permeable, anti-slip sock according to claim 1, characterized in that: ankle department of socks body (1) is provided with ankle guard layer (15), ankle guard layer (15) are provided with two sets of, the surface on ankle guard layer (15) is the circle shape.

4. An ergonomic vapor permeable, anti-slip sock according to claim 1, characterized in that: the outer surface of the sock body (1) is of a hole structure, the inner surface of the sock body (1) is provided with a ventilation layer (13), and the ventilation net (14) is of a honeycomb structure.

5. An ergonomic vapor permeable, anti-slip sock according to claim 1, characterized in that: the sock body (1) is characterized in that a tensioning layer (8) is arranged at the arch of the sock body, the outer surface of the second ventilation net (6) is in a fishing net shape, and the bottom end of the anti-slip layer (7) is in a wave texture shape.

6. An ergonomic vapor permeable, anti-slip sock according to claim 1, characterized in that: the central position of the heel of the sock body (1) is embedded with a second wear-resistant layer (9), the second wear-resistant layer (9) is circular, the first wear-resistant layer (5) is made of reinforced fiber fabric, and the reinforced fiber fabric comprises polyester fiber and polyurethane coating.