CN216393081U

CN216393081U - Five-toe pressure sock suitable for sportsman

Info

Publication number: CN216393081U
Application number: CN202123205240.XU
Authority: CN
Inventors: 朱凯军
Original assignee: Zhejiang Maizi Hosiery Technology Co ltd
Current assignee: Zhejiang Maizi Hosiery Technology Co ltd
Priority date: 2021-12-20
Filing date: 2021-12-20
Publication date: 2022-04-29
Anticipated expiration: 2031-12-20

Abstract

The utility model relates to the technical field of socks, in particular to a five-finger pressure sock suitable for sportsmen, which comprises a front sock front foot, a middle sock instep, a sock sole, a rear sock heel and a sock leg, wherein the sock instep and the sock sole are connected in a matched mode to form a sock body, the front end of the sock body is connected with the sock front foot, the rear end of the sock body is connected with the sock heel and the sock leg, and the upper end of the sock leg is provided with a sock opening; the front foot of the sock is of a five-finger structure, the sock leg extends upwards to form a sock pressure leg with a high-elastic structure, the sock pressure leg is matched with a leg curve, and the front foot of the sock, the instep of the sock, the sole of the sock, the heel of the sock and the sock leg are of an integrated knitting structure. This socks are through combining five finger structure and pressure socks for the sportsman not only can avoid the too much influence foot comfort of toe sweat at the motion in-process, also can wrap up the shank with the sportsman simultaneously and give pressure, avoids the too much influence motion performance of shank lactic acid accumulation.

Description

Five-toe pressure sock suitable for sportsman

Technical Field

The utility model relates to the technical field of socks, in particular to a five-finger pressure sock suitable for sportsmen.

Background

The pressure socks, also called medical pressure socks, are a product for treating lower limb venous diseases and slimming legs at present, and are products for promoting venous blood to flow back to the heart. The present medical pressure socks establish the highest supporting pressure at the ankle and gradually decrease upwards along the leg. The pressure is reduced to 70% -90% of the maximum pressure value in the calf and 25% -45% of the maximum pressure value in the thigh, and the descending change of the pressure can lead the venous blood of the lower limb to flow back, thereby effectively relieving or improving the pressure born by the veins and the venous valve of the lower limb.

Medical compression stockings are mainly used for patients suffering from related diseases, but are not used in a large number of daily lives.

After a long period of exercise, especially after a long period of running exercise, the typical sports enthusiasts may accumulate lactic acid in the lower leg due to excessive exercise, which may cause soreness after exercise and affect subsequent recovery. Even during the exercise, the blood circulation of the legs is increased, the anaerobic exercise is increased, and the accumulation of lactic acid is easy to cause weakness of the two legs, so that the effective and continuous exercise is influenced.

Therefore, the sock suitable for being developed based on sportsmen, particularly runners, has good market prospect.

SUMMERY OF THE UTILITY MODEL

The utility model aims to provide a five-finger pressure sock suitable for sportsmen, which is used for solving the problem that the existing sportsmen is easy to suffer from leg ache and the like during sports to influence the progress of sports.

The technical scheme adopted by the utility model for solving the technical problems is as follows:

a five-toe pressure sock suitable for sportsmen comprises a front sock front foot, a middle sock instep, a sock sole, a rear sock heel and a sock leg, wherein the sock instep and the sock sole are connected in a matched mode to form a sock body, the front end of the sock body is connected with the sock front foot, the rear end of the sock body is connected with the sock heel and the sock leg, and a sock opening is formed in the upper end of the sock leg; the front foot of the sock is of a five-finger structure, the sock leg extends upwards to form a sock pressure leg with a high-elastic structure, the sock pressure leg is matched with a leg curve, and the front foot of the sock, the instep of the sock, the sole of the sock, the heel of the sock and the sock leg are of an integrated knitting structure.

Preferably, a reinforcing layer is arranged outside the heel of the sock, and the reinforcing layer extends from the bottom of the heel of the sock to the rear part of the heel of the sock backwards and upwards.

Preferably, the inner side of the heel of the sock is provided with a comfort reinforcement portion which is engaged with the rear side of the heel for protecting the rear side of the heel.

Preferably, the front side of the sock pressure leg is of a loose-weave structure, and the sock pressure leg is of a dense-weave structure.

Preferably, the inner side of the bottom of the sock foot corresponding to the arch of the foot is provided with a thickened sweat absorption part which is matched with the sole of the foot.

Preferably, the front side of the pressure leg of the sock is provided with an air hole arranged along the leg.

The utility model has the beneficial effects that: by combining the five-finger structure with the pressure socks, the sportsman can avoid the influence of excessive sweat on the comfortable feeling of the feet during the movement, and can also avoid the influence of excessive accumulation of lactic acid on the legs on the movement exertion by wrapping the legs of the sportsman to apply pressure; this socks utilize foot structure to set up sweat thickening portion at the socks sole inboard, fill arch of foot below space through sweat thickening portion, for the sole provides better travelling comfort, also utilize sweat thickening portion in time to absorb the sweat of sole simultaneously, avoid the sweat to influence the performance of sportsman's motion in-process. The socks heel is provided with the enhancement layer outward, socks heel inboard is provided with and is used for protecting the comfortable rib of heel rear side with the cooperation of heel rear side for reduce the sportsman and avoid the friction of heel to cause sportsman's foot injury with the friction of shoes in the motion process.

Drawings

Fig. 1 shows a schematic structural diagram of embodiment 1 of the present invention.

Fig. 2 shows a schematic structural diagram of embodiment 2 of the present invention.

Figure 3 shows a side view of example 2 of the present invention.

In the figure: 1 socks front foot, 2 socks instep, 3 socks soles, 4 socks heels, 5 socks legs, 6 socks bodies, 7 welts, 8 socks pressure legs, 9 enhancement layers, 10 comfortable reinforcing parts, 11 sweat-absorbing thickening parts and 12 air holes.

Detailed Description

Further refinements will now be made on the basis of the representative embodiments shown in the figures, and in which reference is made to the accompanying drawings which form a part of the description, in which specific embodiments according to said embodiments are shown by way of illustration.

Example 1: a five-toe pressure sock suitable for sportsmen, as shown in figure 1, comprises a front sock front foot 1, a middle sock instep 2 and a sock sole 3, a rear sock heel 4 and a sock leg 5, wherein the sock instep 2 and the sock sole 3 are connected in a vertically matched manner to form a sock body 6, the front end of the sock body 6 is connected with the sock front foot 1, the rear end of the sock body 6 is connected with the sock heel 4 and the sock leg 5, and the upper end of the sock leg 5 is provided with a sock opening 7; sock fore foot 1 has the five fingers structure, and stocking leg 5 upwards extends the stocking pressure leg 8 that forms and have high elasticity structure, and the high elasticity makes this position can form better parcel effect to the shank to can carry out the compaction with corresponding shank muscle, stocking pressure leg 8 and shank curve match, sock fore foot 1, instep 2, sole 3, heel 4 and stocking leg 5 knitting structure as an organic whole.

The front foot 1 of the sock is provided with a five-finger structure, so that the friction between the five fingers is reduced, the probability of blister is reduced, and a long-distance runner is protected. The high elastic structure of the sock pressure leg 8 forms better elastic wrapping on the leg to form certain pressure, thereby reducing lactic acid accumulation and avoiding premature fatigue from affecting movement. The sock is of an integrated knitting structure, a flat knitting machine is adopted at the five fingers, and the rest parts are integrally woven by a sock knitting machine.

Example 2: a five-toe pressure sock suitable for sportsmen, as shown in figures 2 and 3, on the basis of embodiment 1, a reinforcing layer 9 is further arranged outside a heel 4 of the sock, the reinforcing layer 9 extends from the bottom of the heel 4 of the sock to the rear part of the heel 4 of the sock, and a comfortable reinforcing part 10 matched with the rear side of the heel and used for protecting the rear side of the heel is arranged on the inner side of the heel 4 of the sock.

The front side of socks pressure leg 8 is for dredging the knit structure, weaving structure for carrying promptly, and the ventilation of being convenient for, 8 rear sides of socks pressure leg are close knit structure, in order to wrap up shank muscle, prevent that muscle cramp, and further, the front side of socks pressure leg 8 is opened and is equipped with bleeder vent 12 along the shank setting. Is used for ventilation and is convenient for sweat volatilization. The inner side of the sole 3 of the sock is provided with a sweat absorbing thickened part 11 corresponding to the arch of the foot, the sweat absorbing thickened part 11 is matched with the sole, and the sweat absorbing thickened part 11 fills the arch part of the sole, so that the sole feels better, and meanwhile, sweat on the sole can be absorbed, and the comfort level of the sole is kept.

Embodiment 1's socks in this case are through combining five finger structure and pressure socks for the sportsman not only can avoid the too much influence foot comfort of toe sweat in the motion process, also can wrap up the shank of sportsman and give pressure simultaneously, avoids the too much influence motion performance of shank lactic acid accumulation. Embodiment 2 on embodiment 1's basis, utilize foot's structure to set up sweat thickening portion 11 at socks sole 3 inboard, fill arch of foot below space through sweat thickening portion 11, for the sole provides better travelling comfort, also utilize sweat thickening portion 11 in time to absorb the sweat on sole simultaneously, avoid sweat to influence the performance of sportsman's motion in-process. The socks heel 4 is provided with enhancement layer 9 outward, socks heel 4 inboard is provided with and is used for protecting the comfortable rib 10 of heel rear side with the cooperation of heel rear side for reduce the sportsman and avoid the friction of heel to cause sportsman's foot injury with the friction of shoes in the motion process.

For purposes of explanation, specific nomenclature is used in the above description to provide a thorough understanding of the described embodiments. It will be apparent, however, to one skilled in the art that certain modifications, combinations, and variations are possible in light of the above teachings.

Claims

1. A five-toe pressure sock suitable for sportsmen, characterized in that: the sock comprises a front sock foot (1) at the front part, a back sock foot (2) and a bottom sock foot (3) at the middle part, a heel sock (4) and a leg sock (5) at the rear part, wherein the back sock foot (2) and the bottom sock foot (3) are matched and connected up and down to form a sock body (6), the front end of the sock body (6) is connected with the front sock foot (1), the rear end of the sock body (6) is connected with the heel sock foot (4) and the leg sock (5), and the upper end of the leg sock (5) is provided with a sock opening (7); sock foreleg (1) has the five fingers structure, and socks pressure leg (8) that formation has high-elastic structure are upwards extended in socks leg (5), and socks pressure leg (8) match with the shank curve, sock foreleg (1), instep (2), sole (3), heel (4) and socks leg (5) are knitting structure as an organic whole.

2. A five-toe compression sock for a sports person, according to claim 1, wherein: a reinforcing layer (9) is arranged outside the sock heel (4), and the reinforcing layer (9) extends upwards from the bottom of the sock heel (4) to the rear part of the sock heel (4).

3. A five-toe compression sock for a sports person, according to claim 2, wherein: the inner side of the sock heel (4) is provided with a comfortable reinforcing part (10) which is matched with the rear side of the heel and used for protecting the rear side of the heel.

4. A five-toe compression sock for a sports person, according to claim 1, wherein: the front side of the sock pressure leg (8) is of a sparse weaving structure, and the rear side of the sock pressure leg (8) is of a dense weaving structure.

5. A five-toe compression sock for a sports person, according to claim 1, wherein: the inner side of the sole (3) of the sock is provided with a sweat absorption thickened part (11) corresponding to the arch of foot, and the sweat absorption thickened part (11) is matched with the sole of foot.

6. A five-toe compression sock for a sports person, according to claim 1, wherein: the front side of the sock pressure leg (8) is provided with an air hole (12) arranged along the leg.