Scientific and technological wrapping socks

Abstract

The utility model relates to a scientific and technological wrapping sock which comprises a sock body, and the sock body comprises a rib top part, a sock leg part, a sock head part, a sock bottom part and a sock back part. The rib top part is provided with an opening for receiving the foot of a wearer; the breathable wear-resistant sock has the advantages that the breathable wear-resistant sock is made of breathable wear-resistant materials, accordingly, the breathability and the wear resistance of the sock can be improved, the heels can be wrapped and locked by the aid of the split heels which are made of thickened terry cloth materials, and the heels can be prevented from falling off; the heel tension is enhanced, the durability is improved, the sock can adapt to high-strength sports, the thickened looped piles play a role in cushioning, the front sole is better wrapped through the anti-skid yarn protruding heel beating structure, a breathable channel is formed in the key sweat gland area of the sole, sweat volatilization is accelerated through the air blowing principle, and the comfort of the sock is improved; bandage type reinforced locking prevents ankle sprain in a fatigue state and increases the rigidity of the foot.

Description

TECHNICAL FIELD

[0001] The utility model relates to the field of sock manufacturing, especially a science and technology wrap sock. BACKGROUND

[0002] With the acceleration of modern life rhythm, people's comfort and functionality requirements for daily wear are higher and higher, especially in sports and outdoor activities, the comfort, breathability and protection of the foot become important factors for choosing socks.

[0003] Traditional cotton socks have good moisture absorption and warmth, but they perform poorly in breathability and wrapping, especially in hot weather, which can cause excessive sweating of the feet, causing discomfort and odor, and during high-intensity exercise, traditional cotton socks sacrifice thickness and strength in pursuit of breathability, and the protection of the toes, heels and ankles, which are prone to injury, is not good, in addition, traditional cotton socks increase the hole or use breathable materials to improve breathability, but often the effect is limited, and the wrapping and wear resistance of the socks are sacrificed. SUMMARY

[0004] The technical problem to be solved by the utility model is poor breathability, lack of protection for the feet, poor comfort and poor wear resistance.

[0005] To solve the above technical problems, the utility model provides the following technical scheme: a science and technology wrap sock, which comprises a sock body, the sock body comprises a top opening part, a sock tube part, a sock toe part, a sock bottom part and a sock back part;

[0006] The top opening part has an opening for receiving the wearer's foot;

[0007] The sock tube part is connected to the top opening part, and the sock tube part is provided with a tuck-and-loop breathable net and a wrapped tuck-and-loop;

[0008] The sock bottom part is connected to the sock tube part, and the sock bottom part is provided with a split heel, a foot bottom breathable channel, an anti-skid yarn and a front palm rubber band;

[0009] The sock back part is connected to the sock tube part, and the sock back part is provided with a finger traction rubber band and a instep breathable hole;

[0010] The sock toe part is connected to the sock bottom part and the sock back part, and the sock toe part is made of seamless knitting.

[0011] As an improved scheme of the science and technology wrap sock, the inner wall of the top opening part is woven with island silk.

[0012] As an improved scheme of the science and technology wrap sock, the tuck-and-loop breathable net is arranged longitudinally along the sock tube part.

[0013] As a preferred scheme of the scientific wrapping sock of the utility model, wherein: the sock tube part, the sock toe part, the sock sole part and the sock back part are made of breathable wear-resistant material.

[0014] As a preferred scheme of the scientific wrapping sock of the utility model, wherein: the wrapping tuck is made by pressure process.

[0015] As a preferred scheme of the scientific wrapping sock of the utility model, wherein: the split heel is designed with elastic band, and the split heel is made of thick terry cloth material.

[0016] As a preferred scheme of the scientific wrapping sock of the utility model, wherein: the tuck breathable net, the sole breathable channel and the instep breathable hole are woven with high-density heat-dissipating mesh.

[0017] As a preferred scheme of the scientific wrapping sock of the utility model, wherein: the anti-skid yarn is convex heel structure and is woven with island silk.

[0018] As a preferred scheme of the scientific wrapping sock of the utility model, wherein: the toe traction elastic band is convex structure.

[0019] The utility model discloses a scientific wrapping sock, which has the advantages that the breathable wear-resistant material is used to improve the breathability and wear resistance of the sock, the split heel is designed and made of thick terry cloth material, the heel is wrapped and locked more strongly, the heel is prevented from falling off, the heel tension is enhanced, the durability is improved, the sock can adapt to high-intensity exercise, the thick terry cloth also plays a role in shock absorption, the anti-skid yarn convex heel structure better wraps the forefoot, the breathable channel is made in the key sweat gland area of the sole, the air blowing principle is used to accelerate the evaporation of sweat and improve the comfort of the sock, the pressure process is used at the ankle, the bandage type is strengthened and locked, and the ankle is prevented from being sprained in the fatigue state and the foot rigidity is increased. BRIEF DESCRIPTION OF DRAWINGS

[0020] Figure 1 It is structure schematic view of scientific wrapping sock in the embodiment of the present disclosure.

[0021] Figure 2 It is wearing effect drawing of scientific wrapping sock in the embodiment of the present disclosure.

[0022] Mark: sock body 100, the mouth part 1, the tuck breathable net 2, the sock tube part 3, the wrapping tuck 4, the split heel 5, the sole breathable channel 6, the anti-skid yarn 7, the forefoot elastic band 8, the sock toe part 9, the toe traction elastic band 10, the instep breathable hole 11, the sock sole part 12, the sock back part 13. DETAILED DESCRIPTION

[0023] In order to make the above-mentioned purpose, characteristics and advantages of the present application more apparent, understandable and detailed, the specific embodiments of the present application will be described in detail below with reference to the accompanying drawings.

[0024] Embodiment 1

[0025] With reference to Figure 1 The embodiment provides a science and technology wrapping sock, which comprises a sock body 100, the sock body 100 comprises a top opening part 1, a sock tube part 3, a sock toe part 9, a sock bottom part 12 and a sock back part 13.

[0026] The top opening part 1 is provided with an opening for receiving the foot of a wearer.

[0027] The sock tube part 3 is connected with the top opening part 1, and the sock tube part 3 is provided with a tuck-and-loop air-permeable net 2 and a wrapping tuck-and-loop 4.

[0028] The sock bottom part 12 is connected with the sock tube part 3, and the sock bottom part 12 is provided with a split heel 5, a foot bottom air-permeable channel 6, an anti-skid yarn 7 and a front palm rubber 8.

[0029] The sock back part 13 is connected with the sock tube part 3, and the sock back part 13 is provided with a finger traction rubber 10 and a instep air-permeable hole 11.

[0030] The sock toe part 9 is connected with the sock bottom part 12 and the sock back part 13, and the sock toe part 9 is made in a seamless knitting mode.

[0031] In the embodiment, the tuck-and-loop air-permeable net 2 is arranged on the sock tube part 3, the foot bottom air-permeable channel 6 is arranged on the sock bottom part 12, and the instep air-permeable hole 11 is arranged on the sock back part 13, air-permeable holes are arranged at multiple parts where the foot sweat glands are developed, air blowing principle is utilized to accelerate evaporation of sweat, air permeability during wearing is improved, the seamless knitting mode is adopted to connect the sock bottom part 12 and the sock back part 13, smooth transition of the sock toe part is ensured, friction points are reduced, wearing comfort is improved, the strength of the connection part of the sock is enhanced, and the service life is prolonged.

[0032] With reference to Figure 1 and Figure 2 The inner wall of the top opening part 1 is woven with island silk, and the anti-skid yarn 7 is a convex heel mechanism and is woven with island silk.

[0033] In the embodiment, the island silk is woven in the top opening part 1, the resistance between the top opening part 1 and the skin is increased, the phenomenon of sliding of the top opening part during movement is reduced, the anti-skid yarn 7 is designed as a convex heel mechanism, the front foot meat pad is imitated, the wrapping property of the front foot palm is increased, the feeling of the foot contacting the ground is enhanced, and the island silk is woven to improve the anti-skid property of the sock bottom part 12.

[0034] With reference to Figure 1 and Figure 2The split heel 4 is designed in an elastic band shape, and the split heel 4 is made of thickened terry cloth material.

[0035] The heel is locked and the heel tension is enhanced, the durability is improved, more high-intensity actions can be adapted, and the split heel 4 is made of thickened terry cloth material, improving the shock absorption effect of the socks.

[0036] Working principle: By setting the tuck stitch breathable mesh 2 on the sock tube part 3, the foot bottom breathable channel 6 on the sock bottom part 12, and the foot back breathable hole 11 on the sock back part 13, the breathable holes are set at multiple foot sweat gland developed parts, the air blowing principle is used to speed up the evaporation of sweat, the air permeability during wearing is improved, the seamless knitting method is used to connect the sock bottom part 12 and the sock back part 13 at the sock head part 9, the smooth transition of the sock head part can be ensured, the friction point is reduced, the wearing comfort is improved, the strength of the sock connection part is enhanced, the service life is prolonged, the island silk is woven inside the cuff part 1, the resistance between the cuff part 1 and the skin is increased, the phenomenon of the cuff sliding down during exercise is reduced, the anti-skid yarn 7 is designed as a convex heel structure, the forefoot meat pad is imitated, the wrapping of the forefoot sole is increased, the feeling of the foot contacting the ground is enhanced, the island silk is woven to improve the anti-skid property of the sock bottom part 12, the heel is designed in an elastic band shape, the heel is wrapped more tightly, the heel is locked, the heel tension is enhanced, the durability is improved, more high-intensity actions can be adapted, the split heel 4 is made of thickened terry cloth material, and the shock absorption effect of the socks is improved.

Claims

1. A tech sock, characterized by: The socks include a sock body (100), the sock body (100) includes a cuff (1), a leg portion (3), a toe portion (9), a sole portion (12) and a back portion (13); The cuff (1) has an opening for receiving a wearer's foot; The leg portion (3) is connected to the cuff (1), and the leg portion (3) is provided with a tuck gusset (2) and a wrap tuck (4); The sole portion (12) is connected to the leg portion (3), and the sole portion (12) is provided with a split heel (5), a sole ventilation channel (6), an anti-skid yarn (7) and a forefoot elastic (8); The back portion (13) is connected to the leg portion (3), and the back portion (13) is provided with a finger traction elastic (10) and a instep ventilation hole (11); The toe portion (9) is connected to the sole portion (12) and the back portion (13), and the toe portion (9) is made of seamless knitting.

2. A technical sock according to claim 1, characterized in that: The inner wall of the cuff (1) is knitted with island silk.

3. A technical sock according to claim 1, characterized in that: The tuck gusset (2) is arranged longitudinally along the leg portion (3).

4. A technical sock according to claim 1, characterized in that: The leg portion (3), the toe portion (9), the sole portion (12) and the back portion (13) are made of breathable and wear-resistant materials.

5. A technical sock according to claim 1, characterized in that: The wrap tuck (4) is made by a pressing process.

6. A technical sock according to claim 1, characterized in that: The split heel (5) is designed with an elastic, and the split heel (5) is made of thickened terry cloth material.

7. A technical sock according to claim 1, characterized in that: The tuck gusset (2), the sole ventilation channel (6) and the instep ventilation hole (11) are knitted with high-density heat-dissipating mesh.

8. A technical sock according to claim 1, characterized in that: The anti-skid yarn (7) is a raised heel structure and is knitted with island silk.

9. A technical hosiery sock according to claim 1, characterized in that: The finger traction elastic (10) is a raised structure.

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