CN210008541U - Double-needle sock with bright spot composite tissue structure - Google Patents

Abstract

The utility model relates to a socks discloses a bright spot composite organization structure double needle socks. The double-needle sock with the bright spot composite tissue structure comprises a sock head, a sock foot, a sock heel and a sock opening, wherein the sock foot is of a combined structure of a thread structure and a double-reverse-side structure, metal wires are woven inside the double-needle sock with the bright spot composite tissue structure, and the content of the metal wires is 3-30 wt%. The utility model discloses a bright spot composite texture structure double needle socks adopt change rib knitting tissue and two reverse side organizational structure, and the surface has unsmooth effect, and the antiskid of wearing is pasted the foot. And 3% -30% of metal wires are added into the double-needle socks with the bright spot composite tissue structure, so that the surfaces of the sock bodies are bright spots, fashionable and attractive.

Description

Double-needle sock with bright spot composite tissue structure

Technical Field

The utility model relates to a socks especially relate to a bright spot composite organization structure duplex socks.

Background

When walking, the socks and the shoes generate friction, and the toes and the heels of the socks are often worn. Many people have the habit of wearing socks to walk on the floor at home directly, and ordinary socks are easy to slip on a smooth floor and are very unsafe. In the prior art, the anti-slip socks are additionally provided with the anti-slip pads or the anti-slip cloth at the bottoms of the socks, so that the thickness of the socks is increased, the wearing comfort is reduced, and the air permeability of the socks is poor.

Chinese patent application No. CN201410678311.3 discloses an anti-slip sock, in which an anti-slip cloth with a thickness of 1-5mm is provided at the heel part of the sock, and the anti-slip cloth is connected with the sock thread. The left side and the right side of the sole arch position of the sock are provided with anti-slip cloth. Although the sock has an anti-slip function, the relatively thick anti-slip cloth makes the sock relatively poor in breathability and comfort.

SUMMERY OF THE UTILITY MODEL

In order to solve the technical problem, the utility model provides a bright spot composite texture structure duplex socks. The double-needle socks with the bright spot composite tissue structure adopt the variable rib texture and the double-reverse-surface tissue structure, have the concave-convex effect on the surface, and are worn to prevent slipping and stick to feet. And 3% -30% of metal wires are added into the double-needle socks with the bright point composite tissue structure, so that the surfaces of the sock bodies are bright points, and the double-needle socks are fashionable and attractive.

The utility model discloses a concrete technical scheme does: the utility model provides a bright spot compound tissue structure double needle socks, includes undertoe, ankle socks, heel and welt, its characterized in that: the sock foot is provided with a thread structure and a double-reverse side structure, and the metal wires are woven inside the double-needle sock with the bright spot composite structure.

The utility model discloses a 3% -30% wire has been woven among the bright spot compound texture double needle socks, and socks body surface presents dazzles the bright spot, and fashion is pleasing to the eye. And the double-needle socks with the bright spot composite tissue structure adopt the variable rib texture and the double-reverse side tissue structure, so that the surfaces of the socks have concave-convex effects, are anti-skid when being worn by a user and are beneficial to ventilation. The thread structure and the links structure are both the prior art, which is not the creation point of the invention, but the thread structure with different numbers of longitudinal lines of the positive and negative coils and the links structure are combined to achieve the comfortable effect of attractive appearance, skid resistance and perfect fit with feet. The utility model discloses a bright spot composite texture structure double-needle socks do not adopt any other additional slipmat or anti-skidding cloth, only utilize the combination of self weaving structure to realize the purpose of antiskid subsides foot. The utility model discloses a bright spot composite texture structure double needle socks are close to the undertoe and heel department at the sole of undertoe and adopt the dorsad organizational structure, the effectual sole of avoiding the undertoe and the slip between the sole to form certain cushioning effect to the undertoe position. The thread tissue structure is arranged in the middle of the sock foot, so that the sock foot is attached to the foot of a human body, and the effect of pulling the first reversible tissue structure backwards is achieved. The two-side back surface tissue structure is arranged on the foot surface of the sock foot close to the sock head and the sock opening, so that the sock, the shoe head and the shoe opening can be effectively prevented from sliding. The utility model discloses set up the helicitic texture between the links of links.

Preferably, the sock foot comprises a foot surface and a foot sole, a first reversible surface tissue structure is arranged at the position, close to the sock toe, of the foot sole, a second reversible surface tissue structure is arranged at the position, close to the sock heel, of the foot sole, a third reversible surface tissue structure is arranged at the position, close to the sock toe, of the foot surface, and a fourth reversible surface tissue structure is arranged at the position, close to the sock toe, of the foot surface.

The utility model discloses be provided with the two negative side organizational structure of second in sole department of being close to the heel, this department sets up two negative side organizational structure, has location, buffering, anti-skidding effect.

Preferably, the first thread structure is provided in the middle of the sock leg. The middle part of the sock foot is provided with a thread structure, so that the sock foot is attached to the foot of a human body.

Preferably, a second thread structure is arranged between the third links-links and the first thread structure; a third thread structure is arranged between the second links-links structure and the fourth links-links structure; a third thread structure is also arranged between the sock opening and the sock heel. And a second thread organization structure is arranged between the third links-links structure and the first thread organization structure, so that the foot surface of the sock foot is attached to the foot of the human body, the positioning function is realized, and transition buffering is formed between the third links-links structure and the first thread organization structure. And a third thread organizational structure is arranged between the second links-links structure and the fourth links-links structure, so that the second links-links structure can be lifted upwards and the fourth links-links structure can be pulled downwards, and the second links-links structure and the fourth links-links structure can be better attached to feet. Set up third screw thread organizational structure between welt and heel, can upwards carry and draw the heel to make the part between welt and heel and ankle laminating.

Preferably, the number of positive and negative coil wales of the third thread structure is greater than the number of positive and negative coil wales of the second thread structure, and the number of positive and negative coil wales of the second thread structure is not less than the number of positive and negative coil wales of the first thread structure.

Preferably, the welt is provided with a fourth rib weave structure.

Preferably, the number of longitudinal rows of positive and negative coils of the fourth thread structure is smaller than the number of longitudinal rows of positive and negative coils of the first thread structure.

Preferably, the content of the metal wires is 3 to 30 wt%. The existence of wire makes the utility model discloses a bright spot composite texture structure double needle socks have certain antistatic and anti-radiation function.

Preferably, the sock head and the sock bottom are provided with breathable wear-resistant layers. The wear resistance and the air permeability of the sock head and the sock heel are improved.

The utility model has the advantages that: the utility model discloses a bright spot composite texture structure double needle socks adopt change rib knitting tissue and two reverse side organizational structure, and the surface has unsmooth effect, and the antiskid of wearing is pasted the foot. And 3% -30% of metal wires are added into the double-needle socks with the bright spot composite tissue structure, so that the surfaces of the sock bodies are bright spots, fashionable and attractive.

Drawings

Fig. 1 is a schematic view of the double-needle socks with a bright spot composite tissue structure of the present invention.

The reference signs are: 1. the sock head; 2. sock legs; 3. a heel; 4. a sock opening; 11. a breathable wear-resistant layer; 21. a step of making a foot surface; 22. the sole of the foot; 211. a third links-links side weave structure; 212. a fourth links-links side organizational structure; 213. a first thread formation; 214. a second thread formation; 215. a third thread organization; 216. a fourth rib weave structure; 221. a first reversible tissue structure; 222. a second dorso-facial tissue structure.

Detailed Description

The present invention will be further described with reference to the following examples. The devices, connections, and methods referred to in this disclosure are those known in the art, unless otherwise indicated.

Example 1

As shown in fig. 1: a double-needle sock with a bright spot composite tissue structure comprises a sock head 1, a sock foot 2, a sock heel 3 and a sock opening 4, wherein a thread tissue structure and a double-reverse-side tissue structure are arranged on the sock foot, and the combined structure of the thread tissue and the double-reverse-side tissue on the sock foot enables the surface of the sock to have a concave-convex effect, so that the sock is anti-skidding when being worn close to the foot and is beneficial to ventilation; 16 wt%'s wire has been woven to the inside of bright spot composite texture structure duplex socks, and the socks body surface presents the bright spot, and fashionable pleasing to the eye, the existence of wire makes simultaneously the utility model discloses a bright spot composite texture structure duplex socks have certain antistatic and anti-radiation function. The undertoe and the sole of a sock are provided with ventilative wearing layer 11, increase the wearability and the gas permeability of undertoe and heel.

The ankle sock is characterized in that the ankle sock comprises a instep 21 and a sole 22, a first dorso-surface organizational structure 221 is arranged at the position, close to the toe, of the sole, a second dorso-surface organizational structure 222 is arranged at the position, close to the heel, of the sole, a dorso-surface organizational structure is adopted at the position, close to the toe and the heel, of the sole, the slip between the sole and the sole of the ankle sock is effectively avoided, and the second dorso-surface organizational structure has positioning, buffering and anti-slip effects. The instep is close to undertoe department and is provided with third links back side organizational structure 211, and the instep is close to welt department and is provided with fourth links back side organizational structure 212, is close to undertoe and welt department at the instep of undertoe and sets up links back side organizational structure, can effectively avoid the slip of socks with toe cap and welt. The middle part of the sock foot is provided with a first thread structure 213, so that the sock foot is attached to the foot of a human body. And a second thread weave structure 214 is arranged between the third links-side weave structure and the first thread weave structure, so that the foot surface of the sock foot is attached to the foot of a human body, and the positioning effect is achieved. The longitudinal number of the positive and negative coils of the second thread structure is not less than that of the positive and negative coils of the first thread structure; and a third thread weave structure 215 is arranged between the second links-links structure and the fourth links-links structure, so that the fourth links-links structure can be better attached to the feet. A third thread weave structure is also arranged between the sock opening and the sock heel, so that the part between the sock opening and the sock heel is attached to the ankle. The welt is provided with a fourth rib stitch 216.

The positive and negative coil longitudinal number of the third thread organization structure is 4+4, the positive and negative coil longitudinal number of the second thread organization structure is 4+4, the positive and negative coil longitudinal number of the fourth thread organization structure is 1+1, and the positive and negative coil longitudinal number of the first thread organization structure is 2+ 2.

When the double-needle sock with the bright spot composite tissue structure is worn, the sock foot is attached to the foot part, the pressure of the sock opening is comfortable to fit the foot, the concave-convex texture on the surface of the sock can play a role in skid resistance, and the concave part of the sock is beneficial to ventilation. When walking, the two-side back surface structure on the surface of the sock and the shoe do not slide.

Example 2

Example 2 differs from example 1 in that: the positive and negative coil longitudinal row number of third thread organizational structure is 4+4, and the positive and negative coil longitudinal row number of second thread organizational structure is 4+3, the positive and negative coil longitudinal row number of fourth rib organizational structure is 1+1, and the positive and negative coil longitudinal row number of first thread organizational structure is 2+ 2. The rest of the procedure was the same as in example 1.

The above, only be the utility model discloses a preferred embodiment, it is not right the utility model discloses do any restriction, all according to the utility model discloses the technical entity all still belongs to any simple modification, change and equivalent structure transform of doing to above embodiment the utility model discloses technical scheme's protection scope.

Claims (9)

1. The utility model provides a bright spot composite organization structure duplex socks, includes undertoe (1), ankle socks (2), heel (3) and welt (4), its characterized in that: the sock foot is provided with a thread structure and a double-reverse side structure, and the metal wires are woven inside the double-needle sock with the bright spot composite structure.

2. The double-needle sock with a bright spot composite tissue structure as claimed in claim 1, wherein: the sock foot comprises a foot surface (21) and a foot sole (22), a first reversible surface tissue structure (221) is arranged at the position, close to the sock toe, of the foot sole, a second reversible surface tissue structure (222) is arranged at the position, close to the sock heel, of the foot sole, a third reversible surface tissue structure (211) is arranged at the position, close to the sock toe, of the foot surface, and a fourth reversible surface tissue structure (212) is arranged at the position, close to the sock opening, of the foot surface.

3. The double-needle sock with a bright spot composite structure according to claim 2, wherein: the middle part of the sock foot is provided with a first thread structure (213).

4. The double-needle sock with a bright spot composite texture structure as claimed in claim 3, wherein: a second thread weave structure (214) is arranged between the third links-links and the first thread weave structure; a third thread structure (215) is arranged between the second links and the fourth links; a third thread structure is also arranged between the sock opening and the sock heel.

5. The double-needle sock with a bright spot composite texture structure as claimed in claim 4, wherein: the positive and negative coil longitudinal number of the third thread organization structure is greater than that of the second thread organization structure, and the positive and negative coil longitudinal number of the second thread organization structure is not less than that of the first thread organization structure.

6. The double-needle sock with a bright spot composite texture structure as claimed in claim 5, wherein: the sock mouth is provided with a fourth rib weave structure (216).

7. The double-needle sock with a bright spot composite tissue structure as claimed in claim 6, wherein: and the longitudinal number of the positive and negative coils of the fourth rib weave structure is less than that of the positive and negative coils of the first thread weave structure.

8. The double-needle sock with a bright spot composite tissue structure as claimed in claim 1, wherein: the content of the metal wires is 3-30 wt%.

9. The double-needle sock with a bright spot composite tissue structure as claimed in claim 1, wherein: the sock head and the sock bottom are provided with breathable wear-resistant layers (11).