CN206137227U - Stink prevention hosiery - Google Patents

Abstract

The utility model provides a stink prevention hosiery, includes the socks bodies, and the socks body is including sock body, the leg of a stocking and stocking foot, and the leg of a stocking is connected with the sock body rear end, and stocking foot connects the front end in sock body, and sock body includes socks face, heel and the sole of a sock that is connected, distance between heel and the socks face is greater than the distance between the sole of a sock and the socks face, is provided with first sponge protection pad and second sponge protection pad in the heel and the sole of a sock respectively, and the top that the protection of first sponge was filled up lies in the second sponge and protects the top of filling up the top, all be provided with deodorant layer on socks face, the sole of a sock, heel and stocking foot's the internal surface, deodorant layer is the silver -coated fiber layer. The utility model discloses a set up deodorant layer and guaranteed the deodorant nature of socks on socks face, the sole of a sock, heel and stocking foot's internal surface, simultaneously, the protection of the first sponge of setting is filled up and second sponge protection pad can loosen the state so that people's foot is in, also can adsorb the sweat on people's foot to improve the deodorant nature of socks, socks comfortable and easy to wear, the peculiar smell is less, can effectively play deodorant effect.

Description

deodorant socks

technical field

The utility model relates to a sock, in particular to a deodorant sock.

Background technique

Socks are a necessity in people's daily life, and a pair of comfortable socks is of great significance for improving people's quality level. The structure of a sock is: a sock tube, a sock body and a sock foot. The front end of the sock body is connected to the sock foot, and the rear end of the sock is connected to the sock tube. The sock tube is wrapped around the leg to prevent the socks from sliding down; The sock feet are used to accommodate the toes. When worn, the socks can reduce the friction between the human feet and the shoes and provide protection for the feet.

Existing socks have the following disadvantages when in use: 1. Because the heel is usually thicker than the instep, and the size of the existing socks is the same, the heel is tighter and uncomfortable to wear. When the heel is tight, it is not conducive to the air permeability of the heel, which makes the socks smelly; 2. The thickness of the bottom of the sock and the heel of the sock are the same, which is not suitable for the shape of the human foot. Walking for a long time will make the feet tired; at the same time, If there are parts with strong water absorption at the bottom of the feet, it will also improve the comfort of people's feet, thereby reducing the degree of foot odor; 3, the material of existing socks does not have deodorization, and it is not comfortable enough to wear.

Contents of the invention

The technical problem to be solved by the utility model is to propose a kind of deodorant socks with good wearing effect aiming at the deficiencies of the prior art.

The technical problem to be solved by the utility model is achieved through the following technical solutions. A kind of deodorant socks includes a sock body. The sock body includes a sock body, a sock tube and a sock foot. Connect the sock tube, the sock tube is in the shape of a sleeve, and its characteristics are: the diameter of the top of the sock tube is larger than the diameter of the bottom end of the sock tube;

The sock body is in the shape of a sleeve, and the sock body includes a connected sock face, sock heel and sock bottom;

The front end of the sock face is connected with the sock foot; the rear end of the sock face is connected with the sock tube;

Both the bottom and the heel of the sock are located at the bottom of the sock; the front of the sock is connected to the foot of the sock, the rear of the sock is connected to the front of the heel, and the back of the heel is connected to the sock tube; the distance between the heel and the sock is greater than that of the sock bottom and the distance between the socks;

A first interlayer and a second interlayer are respectively arranged in the heel and the bottom of the sock, and a first sponge protection pad and a second sponge protection pad are respectively arranged in the first interlayer and the second interlayer, and the top of the first sponge protection pad is located on the second above the top of the foam pad;

There are 5 sock feet in total, and the 5 sock feet are evenly distributed along the width direction of the sock body;

A deodorant layer is arranged on the inner surface of the sock face, sock bottom, sock heel and sock foot, and the deodorization layer is a silver-plated fiber layer.

A tight fitting part is arranged inside the sock tube, and the tight fitting part includes a sleeve-shaped cloth body. set up.

The telescopic part is a rubber cord or an elastic cloth.

An anti-wear part is arranged on the sock tube, the bottom of the anti-wear part is located 50mm-150mm above the bottom of the sock tube, and the anti-wear part includes a sponge layer attached to the inner surface of the sock tube.

A connecting cloth is arranged on the inner surface of the sock tube, a cavity for accommodating the sponge layer is reserved between the connecting cloth and the inner surface of the sock tube, and a taking seam is reserved between the end of the connecting cloth and the sock tube.

Take the seam smaller than the width, length and thickness of the sponge layer.

Anti-slip protrusions are evenly distributed on the outer surface of the sock sole

Compared with the prior art, the beneficial effects of the utility model are: 1. The deodorization of the socks is ensured by setting the deodorant layer on the inner surfaces of the sock top, sock bottom, sock heel and sock feet; meanwhile, the first set The protective pad and the second protective pad can keep the human feet in a relaxed state, and can also absorb the sweat on the human feet to further improve the deodorization of the socks; in addition, the separate setting of the five sock feet also improves the wearing comfort of the socks. It can quickly absorb the sweat from between the toes. 2. The diameter of the top of the sock tube is larger than the diameter of the bottom end of the sock tube, thereby increasing the air permeability of the sock tube and improving its deodorization; there is a fitting part inside the sock tube to achieve the purpose of sticking the sock tube and the human leg to prevent the sock The barrel slipped off the person's leg. 3. The sock tube is provided with an anti-wear part, which can reduce the wear and tear of the shoes on the human feet. 4. There is a cavity to accommodate the sponge layer between the connecting cloth and the sock tube, so that it can be used to place the sponge layer; there is a pick-up seam reserved between the connecting cloth and the sock tube, and the user can place the sponge layer or Remove the sponge layer. 5. The taking seam is smaller than the width and length of the sponge layer, so as to prevent the sponge layer from slipping out of the cavity. 6. Anti-slip protrusions are distributed on the outer surface of the sock bottom, thereby improving the anti-slip performance of the deodorant socks.

Description of drawings

Fig. 1 is the structural representation of the utility model.

detailed description

A kind of deodorant socks, as shown in Figure 1, comprises socks body, and wherein, socks body comprises the sock tube 1 that is arranged vertically, and sock tube 1 is used for accommodating people's leg, thereby plays the function of fixing the sock body on people's feet The effect is to prevent the sock body from slipping off the human foot.

In order to ensure the comfort of the sock body, the diameter of the top of the sock tube 1 is greater than the diameter of the bottom end of the sock tube 1, so as to adapt to the structure of the human body's legs on the one hand, and to make the socks more beautiful and more breathable. When the diameter of the top of the sock tube 1 is greater than the diameter of the bottom end of the sock tube 1, the sock body will easily slide on the legs. 1 position on the human leg. Wherein, the tight part includes a sleeve-shaped cloth body 2, the two ends of the cloth body are connected, the top of the cloth body 2 is connected to the inner surface of the sock tube 1 in the circumferential direction, and the bottom end of the cloth body 2 is provided with a winding The cloth body 2 is provided with a telescopic member 3 circumferentially, and the telescopic member 3 is a rubber cord or an elastic cloth. The telescopic part provided can realize the fixing of the sock tube 1 on the human leg, and the cloth body 2 provided at the same time does not affect the overall aesthetics of the sock tube 1, and it is comfortable to wear.

There is also a wear-resistant part inside the sock tube 1, wherein the bottom of the wear-resistant part is located 50-150 mm above the bottom of the sock tube 1, preferably 100 mm. place. Wherein, the anti-wear part comprises a sponge layer 11, and a connecting cloth 6 is arranged on the inner surface of the sock tube 1 in cooperation with the sponge layer 11, and a cavity capable of accommodating the sponge layer 11 is reserved between the connecting cloth 6 and the sock tube 1. The cavity ensures the stable placement of the sponge layer, and the setting of the cavity also ensures that the sponge layer and the inner surface of the sock are attached together.

When in use, in order to take out the sponge layer 11 conveniently, a taking seam is reserved between the end of the connecting cloth 6 and the sock tube 1, and the taking seam communicates with the cavity, and the taking seam is not shown in the figure show. Wherein, the seam length of the taking seam is smaller than the width, length and thickness of the sponge layer 11, thereby preventing the sponge layer from slipping out of the cavity during wearing and ensuring the comfort of the sock body during wearing.

In order to further ensure the stability of the sponge layer, Velcro is provided between the access seam and the sock tube 1, and the access seam and the inner surface of the sock tube are connected by Velcro, which is not shown in the figure.

A sock body arranged horizontally is connected to the sock tube 1, and the sock body is in the shape of a sleeve, so that people's feet can be stretched in. The sock body includes a sock face 4, and the sock face 4 is in contact with the instep of the human foot.

The bottom of the sock surface 4 is connected with a sock heel 5, and the rear part of the sock heel 5 is connected to the bottom end of the sock tube 1. A first interlayer is arranged inside the sock heel 5, and the first interlayer is not marked in the figure. The first interlayer is provided with a first sponge protection pad 7, the material of the first sponge protection pad 7 is sponge, and the first sponge protection pad 7 provided can improve the cushioning property of the sole of the foot, and at the same time, improve the sweat absorption of the sole of the foot.

The front portion of the sock heel 5 is connected with a sock sole 8, and the sock sole 8 is also positioned at the bottom of the sock surface 4, wherein the distance between the sock heel 5 and the sock surface 4 is greater than the distance between the sock bottom 8 and the sock surface 4, thereby Adapt to the foot structure of the human body, making the human foot more comfortable and relaxed when wearing it.

Anti-slip protrusions are evenly distributed on the outer surface of the sock bottom 8, and the anti-slip protrusions provided can increase the anti-slip performance of the sock body and improve the comfort of the sock body during wearing. The anti-slip protrusions are not shown in the figure. When implementing, the non-slip protrusions are made of rubber.

A second interlayer is arranged in the sock sole 8, and the second interlayer is not marked in the figure, and a second sponge protection pad 10 is arranged in the second interlayer. The material of the second protective sponge pad 10 is also sponge, and the top of the second protective sponge pad 10 is positioned below the top of the first protective sponge pad 7, and the thickness of the second protective sponge pad 10 is set to be smaller than the first protective sponge pad 7 thickness can be achieved. The top of the second sponge protection pad 10 is located below the top of the first sponge protection pad 7, which can reduce the fatigue of the human body when walking.

Because the top of the second sponge protection pad 10 is located below the top of the first sponge protection pad 7, in order to ensure that the distance between the sock heel and the sock surface is greater than the distance between the sock bottom and the sock surface, it is necessary to set the sock surface obliquely. The method is that the sock face is set along the length direction of the sock body, from front to back, and is inclined upward, so as to ensure that there is a sufficient distance between the sock heel and the sock face.

In this embodiment, the first sponge pad and the second sponge pad are arranged in the first interlayer and the second interlayer, instead of directly fixing the first sponge pad and the second sponge pad on the heel and bottom of the sock Above, it is to facilitate the separation of the first sponge pad and the second sponge pad from the sock body, so that the deodorant socks can be used to meet the needs of different human feet.

A sock foot 9 is arranged on the front part of the sock face and the sock bottom, and the rear part of the sock foot 9 is connected with the sock body, and the front part is closed. The top of the sock pin 9 is connected with the sock face, and the bottom is connected with the bottom of the sock. During implementation, the number of sock feet 9 is 5, and these 5 sock feet 9 are arranged in conjunction with 5 toes of the human body, thereby avoiding the phenomenon of mutual wear between adjacent toes. In addition, separating the 5 toes can make the socks quickly absorb the sweat between the toes and play a deodorant effect. When implementing, five sock feet 9 are distributed sequentially along the width direction of the sock body.

In this embodiment, in order to improve the deodorization of the sock body, deodorant layers are provided on the inner surfaces of the sock surface 4, sock bottom 8, sock heel 5 and sock foot 9. The deodorant layer is not shown in the figure, wherein the deodorant The layer is a silver-plated fiber layer, and the silver-plated fiber layer is a mature existing material, and the improvement of the material itself is not included in this embodiment.

The user can place the sponge layer in the cavity according to needs in advance, or take the sponge layer out of the cavity; stretching, so that the human foot can pass through, and finally the five toes of the human foot are respectively located in the five sock feet; then, the sock tube 1 is fixed on the human leg by using the telescopic piece, and the diameter of the top of the sock tube 1 is larger than The diameter of the bottom end of the sock tube 1 adapts to the structure of human legs on the one hand, and on the other hand increases the air permeability of the sock tube 1 and further improves the deodorization of the sock body.

When wearing the deodorant socks for walking, the set sponge layer can reduce the wear and tear of the shoes on the human feet; the set first sponge protective pad and the second sponge protective pad make the human feet in the most relaxed state, and at the same time can absorb the human feet sweat.

The utility model ensures the deodorization of the socks by setting the deodorant layer on the inner surface of the sock surface, sock bottom, sock heel and sock foot; meanwhile, the first sponge protection pad and the second sponge protection pad can make the socks The human foot is in a relaxed state, and on the other hand, it can absorb the sweat on the human foot, thereby improving the deodorization of the socks; the socks described in the utility model are comfortable to wear, have less peculiar smell, and effectively have the effect of deodorization.

Claims (7)

1. A deodorant socks, comprising a sock body, said sock body comprising a sock body, a sock tube and a sock foot, the front part of the sock body is connected to the sock foot, and the rear part of the sock is connected to the sock tube, and the sock tube is sleeve-shaped, characterized in that : The diameter of the top of the sock is greater than the diameter of the bottom of the sock; The sock body is in the shape of a sleeve, and the sock body includes a connected sock face, sock heel and sock bottom; The front end of the sock face is connected with the sock foot; the rear end of the sock face is connected with the sock tube; Both the bottom and the heel of the sock are located at the bottom of the sock; the front of the sock is connected to the foot of the sock, the rear of the sock is connected to the front of the heel, and the back of the heel is connected to the sock tube; the distance between the heel and the sock is greater than that of the sock bottom and the distance between the socks; A first interlayer and a second interlayer are respectively arranged in the heel and the bottom of the sock, and a first sponge protection pad and a second sponge protection pad are respectively arranged in the first interlayer and the second interlayer, and the top of the first sponge protection pad is located on the second above the top of the foam pad; There are 5 sock feet in total, and the 5 sock feet are evenly distributed along the width direction of the sock body; A deodorant layer is arranged on the inner surface of the sock face, sock bottom, sock heel and sock foot, and the deodorization layer is a silver-plated fiber layer. 2. The deodorant socks according to claim 1, characterized in that: a tight fitting part is arranged inside the sock tube, the tight fitting part comprises a sleeve-shaped cloth body, the top of the cloth body is circumferentially connected with the inner surface of the sock tube, and the cloth body A telescopic piece is arranged on the bottom of the body, and the telescopic piece is arranged circumferentially around the cloth body. 3. The deodorant socks according to claim 2, characterized in that: the stretchable member is a rubber cord or elastic cloth. 4. The deodorant socks according to claim 3, characterized in that: the sock tube is provided with a wear-resistant part, the bottom of the wear-resistant part is located 50-150 mm above the bottom of the sock tube, and the wear-resistant part includes a Sponge layer on the surface. 5. The deodorant socks according to claim 4, characterized in that: a connecting cloth is arranged on the inner surface of the sock tube, a cavity for accommodating the sponge layer is reserved between the connecting cloth and the inner surface of the sock tube, and the end of the connecting cloth There is a seam reserved between the sock and the sock. 6. The deodorant socks according to claim 5, characterized in that: the taking seam is smaller than the width, length and back plug of the sponge layer. 7. The deodorant socks according to any one of claims 1 to 6, characterized in that anti-slip protrusions are uniformly distributed on the outer surface of the socks bottom.