TWM584111U - Socks for interior sterilization of shoes - Google Patents

Abstract

The utility model relates to a sterilization sock, which is suitable for wearing on a foot and is suitable for killing pathogens that can cause skin diseases on the inner surface of shoes worn on the outside of the sock. The sterilizing sock may include a first sock body, a second sock body, a third sock body, and a sterilizing agent layer. The socks have an inner surface and an outer surface on opposite sides. The sterilizing agent layer is laid on the outer surface or the inner surface or both sides of the sock body, and the sterilizing agent layer is suitable for killing the germs.

Description

Sterilization socks inside shoes

The present invention relates to a sock, particularly a sterilization sock for the inner surface of shoes.

During use, the inner surface of the shoe will often closely fit the foot skin or socks, so it has poor ventilation. Once it is contaminated by sweat, rain, or sewage, it is less likely to dry, and the shoe is often wet. surroundings. Especially in subtropical regions, the heat inside the shoes is usually difficult to dissipate and the temperature inside the shoes is high. The above-mentioned conditions of humidity and high temperature make the shoes a breeding ground for germs and make people susceptible to diseases such as athlete's foot. Once the germs multiply on the inner surface of the shoes, even if the feet healed after treatment have been cleaned by wearing socks, they will still be susceptible to the feedback of these large numbers of germs in the shoes after putting on shoes infected with the germs. Infected with tinea pedis. In addition, the bacteria on the inner surface of the shoes may be transmitted to another pair of clean and sterile shoes through socks. However, the material of most shoes should not be sterilized by hot baking. Therefore, most users usually maintain the shoes by ventilating and drying the shoes after returning home to remove the shoes, or spray some sterilization into the shoes with their hands. Or spray some antiseptic liquid.

As shown in FIG. 1, it is a short tube shoe known in warm areas. In order to prevent water droplets from entering the shoe and to protect the toes of the foot from being impacted, the upper 42 is mostly in a closed state. Inside the shoe Since the surface 41 is constantly attached to the skin or socks of the human foot, it is easy to maintain the temperature and humidity suitable for the propagation of germs for a long time.

The shoes that people wear every day often contain a variety of germs, and they are particularly susceptible to the large number of molds that cause the human foot to suffer from "tinea pedis". The conventional way of sterilizing shoes is to grab some medicine powder by hand and spray it into the shoes or spray some germicidal liquid. However, because the area of the mouth 43 is small and the palm is usually larger than the space at the toe when the palm is open, it is difficult to stretch. To the tip of the shoe, so the way of dusting is not easy to uniformly and comprehensively apply the germicidal powder to the shoe's inner surface before, after, up, down, left, and right all the places that will contact the foot skin or socks, and sprinkle it into each Too much or insufficient medicine powder on the part cannot be seen clearly and is not easy to control. As for the spraying method, it is also difficult to accurately spray, and after spraying, it is not possible to fully see the sprayed area in the shoes. Therefore, some parts of the medicine are often too concentrated. The formation of waste, and the lack of medicine in some parts, reduce the efficacy.

Therefore, it is an object of the present invention to provide a sterilization sock that can improve at least one of the disadvantages of the prior art. The sock is adhered to a powdery or chipped or chipped sterilization agent and is subject to vibration or friction or moisture. The medicament will gradually fall off or melt and adhere to the inner surface of the shoe in all directions, so that the shoe can be fully disinfected.

Therefore, in some embodiments, the new sterilization socks are suitable for wearing on the feet. The sterilization socks include two layers of a first sock body and a second sock body, and the adhered powder. Or a debris-like or fragment-shaped germicidal agent layer, which can kill the germs that can cause skin diseases caused by the contacted parts of the inner surface of shoes worn outside the socks. The first sock body has a first inner surface on an opposite side And the first outer surface, the second sock body has a second inner surface and a second outer surface on opposite sides, and the setting method is: the first outer surface of the first sock body and the second sock body The inner surfaces are opposite each other. The sterilizing agent layer is laid on the first outer surface of the first sock body.

It is hereby designated that each of the following socks has an inner surface and an outer surface on the opposite side for the convenience of explanation, that is: the first socks have a first inner surface and a first outer surface on the opposite side; the second socks A second inner surface and a second outer surface on the opposite side; a third sock body having a third inner surface and a third outer surface on the opposite side

In some embodiments, the sterilizing sock comprises two layers of a first sock body and a second sock body, and an adhered sterilizing agent layer, and the setting method is as follows: An outer surface and a second inner surface of the second sock body are opposed to each other, and the sterilizing agent layer is laid on the second outer surface of the second sock body.

In some embodiments, the sterilizing sock comprises two layers of a first sock body and a second sock body, and an adhered sterilizing agent layer, and the setting method is as follows: An outer surface and a second inner surface of the second sock body are opposed to each other, and the sterilizing agent layer is laid on the second inner surface of the second sock body.

In some embodiments, the sterilizing sock comprises two layers of a first sock body and a second sock body, and an adhered sterilizing agent layer, and the setting method is as follows: An outer surface and a second inner surface of the second sock body are opposed to each other, and the sterilizing agent layer is laid on the first inner surface of the first sock body.

In some embodiments, the sterilizing sock comprises two layers of a first sock body and a second sock body, and an adhered sterilizing agent layer, and the setting method is as follows: An outer surface and a second inner surface of the second sock body are opposed to each other, and the sterilizing agent layer is laid on the first outer surface of the first sock body and the second inner surface of the second sock body.

In some embodiments, the sterilizing sock comprises two layers of a first sock body and a second sock body, and an adhered sterilizing agent layer, and the setting method is as follows: An outer surface and a second inner surface of the second sock body are opposed to each other, and the sterilizing agent layer is laid on the first outer surface of the first sock body and the second outer surface of the second sock body.

In some embodiments, the sterilizing sock comprises two layers of a first sock body and a second sock body, and an adhered sterilizing agent layer, and the setting method is as follows: An outer surface and a second inner surface of the second sock body are opposed to each other, and the sterilizing agent layer is laid on the first inner surface of the first sock body and the second inner surface of the second sock body.

In some embodiments, the sterilizing sock comprises two layers of a first sock body and a second sock body, and an adhered sterilizing agent layer, and the setting method is as follows: An outer surface and a second inner surface of the second sock body are opposed to each other, and the sterilizing agent layer is laid on the first inner surface of the first sock body and the second outer surface of the second sock body.

In some embodiments, the sterilizing sock comprises two layers of a first sock body and a second sock body, and an adhered sterilizing agent layer, and the setting method is as follows: An outer surface and a second inner surface of the second sock body are opposed to each other, and the sterilizing agent layer is laid on the first outer surface of the first sock body and the second outer surface of the second sock body and the second sock body Of the second inner surface.

In some embodiments, the sterilizing sock comprises two layers of a first sock body and a second sock body, and an adhered sterilizing agent layer, and the setting method is as follows: An outer surface and a second inner surface of the second sock body are opposed to each other, and the sterilizing agent layer is applied on the first outer surface and the first inner surface of the first sock body; and the second outer surface of the second sock body And the second inner surface.

In some embodiments, the sterilization sock comprises a first sock body, a second sock body, and a third sock body with three layers, and an adhered sterilization agent layer. The setting method is: The first outer surface of the first sock body and the second inner surface of the second sock body are opposed to each other, the second outer surface of the second sock body and the third inner surface of the third sock body are opposed to each other, the sterilizing agent The layer is laid on the second outer surface of the second sock body and the third inner surface of the third sock body.

In some embodiments, the sterilization sock comprises a first sock body, a second sock body, and a third sock body with three layers, and an adhered sterilization agent layer. The setting method is: The first outer surface of the first sock body and the second inner surface of the second sock body are opposed to each other, the second outer surface of the second sock body and the third inner surface of the third sock body are opposed to each other, the sterilizing agent The layer is laid on the first outer surface of the first sock body, the second inner surface and the second outer surface of the second sock body, and the third inner surface of the third sock body.

In some embodiments, the sterilization sock comprises a first sock body, a second sock body, and a third sock body with three layers, and an adhered sterilization agent layer. The setting method is: The first outer surface of the first sock body and the second inner surface of the second sock body are opposed to each other, the second outer surface of the second sock body and the third inner surface of the third sock body are opposed to each other, the sterilizing agent Layers are laid on the first outer surface of the first sock body and the second inner surface and the second outer surface of the second sock body and the third of the third sock body An inner surface and a third outer surface.

In some embodiments, the present invention comprises a sock body and a powdered or chipped or chipped germicidal agent layer, which is suitable for killing pathogens that cause skin diseases on the inner surface of shoes. The sock body has an inner surface and an outer surface on opposite sides. The sterilizing agent layer is laid on the outer surface of the sock body.

In some embodiments, the present invention comprises a sock body and a powdered or chipped or chipped germicidal agent layer, which is suitable for killing pathogens that cause skin diseases on the inner surface of shoes. The sock body has an inner surface and an outer surface on opposite sides, and the sterilizing agent layer is laid on the inner surface of the sock body.

In some embodiments, the distribution of the bactericidal agent layer in each of the embodiments described above is completely laid on the surface of the sock body.

In some embodiments, the first or second or third sock is a stocking.

In some embodiments, after the human body is worn in the previous embodiment, the stockings have a full circle of band-shaped parts at the openings, and the distribution of the sterilizing agent layer is laid on the band-shaped parts to avoid the band-shaped parts. Body surface.

In some implementation forms, each of the above implementation forms wherein the first sock body or the second sock body or the third sock body is socks.

In some embodiments, the first or second or third socks are boat socks.

In some embodiments, after wearing the above-mentioned embodiments, the surface of the sock body has a hat-shaped heel portion adjacent to the heel of the human body and a hat-shaped toe portion adjacent to the human toe, the sterilization The distribution of the medicine layer is mainly laid on the cap-shaped heel and the cap-shaped toe.

In some embodiments, in the above embodiments, a layer of a single-sided soft plastic bag close to the size of the sock is placed inside the sock body adjacent to the skin of the human foot to temporarily completely isolate the germicidal agent. Effect on foot skin.

The novel type has at least the following effects: by laying a sterilizing agent layer on the socks, the pathogens that can cause skin diseases caused by wearing on the inner surface of the outer shoes of the socks can be killed to prevent the pathogens from being transmitted back to the inner surface of the shoes by sexual transmission The condition of the new socks and the skin of the foot that has been treated or cleaned makes it difficult for the user to be repeatedly infected with diseases such as athlete's foot.

10‧‧‧ Sterilization socks

1‧‧‧ the first sock

11‧‧‧first inner surface

12‧‧‧ the first outer surface

121‧‧‧ hat heel

122‧‧‧ hat-shaped toe

123‧‧‧Striped Face

2‧‧‧ Fungicide layer

21‧‧‧ Powdery bactericide

22‧‧‧ Debris and Fragment Fungicide

3‧‧‧Second socks

31‧‧‧second inner surface

32‧‧‧ second outer surface

4‧‧‧ shoes

41‧‧‧Inner surface of shoes

42‧‧‧ Upper

43‧‧‧Shoe mouth

5‧‧‧foot

6‧‧‧ Third Sock

61‧‧‧ third inner surface

62‧‧‧ third outer surface

7‧‧‧ plastic bag with single opening

Other features and effects of the present invention will be clearly presented in the embodiments with reference to the drawings, among which:

FIG. 1 is a schematic diagram illustrating a situation in which a shoe is put on a foot; FIG. 2 is a schematic diagram of a first sock body in a first embodiment of the new sterilization sock, showing that a sterilization agent layer is applied on the outside of the first sock body On the surface, the bactericidal agent layer contains powdery, chipped and fragmented agents; FIG. 3 is a schematic diagram of the second sock body in the first embodiment of the present invention; A schematic diagram between the feet and shoes, showing The sterilizing agent layer is applied to the outer surface of the first sock body. The foot and a part of the shoe upper are not shown in the figure; FIG. 5 is a schematic diagram of the second embodiment of the present invention, showing the sterilizing agent layer is applied to the second sock. The outer surface of the body shows that the second sock body can be short socks to match short shoes; the sock body is adhered with powdery, chipped and fragmented sterilization agents; FIG. 6 is a third embodiment of the present invention Is a schematic view showing that a germicidal agent layer is laid on the inner surface of the second sock body, and a part of the second sock body is omitted from the figure; FIG. 7 is a schematic view of the fourth embodiment of the present invention, showing a germicidal agent layer It is laid on the inner surface of the first sock body, a part of the second sock body is omitted from the figure; FIG. 8 is a schematic diagram of the fifth embodiment of the present invention, showing that a sterilizing agent layer is laid on the outer surface of the first sock body And the inner surface of the second sock body, a part of the second sock body is omitted from the figure; FIG. 9 is a schematic diagram of the sixth embodiment of the present invention, showing that a sterilizing agent layer is applied on the outer surface of the first sock body and The outer surface of the second sock body, and the first sock And the second sock body may be short socks to match short shoes; FIG. 10 is a schematic diagram of the seventh embodiment of the present invention, showing that a sterilizing agent layer is applied on the inner surface of the first sock body and the second sock body Inner surface, a part of the second sock body is omitted and not shown in the figure; FIG. 11 is a schematic diagram of the eighth embodiment of the present invention, showing that a sterilizing agent layer is applied on the inner surface of the first sock body and the outer surface of the second sock body Surface, and the second sock body can be socks; FIG. 12 is a schematic diagram of the ninth embodiment of the present invention, showing that a sterilizing agent layer is applied on the outer surface of the first sock body, the inner surface of the second sock body, and the first The outer surface of the second sock body. A part is not shown; FIG. 13 is a schematic diagram of the tenth embodiment of the present invention, showing that a sterilizing agent layer is applied on the inner surface of the first sock body and the outer surface of the first sock body, and the inner surface of the second sock body and the second On the outer surface of the sock body, a part of the second sock body is omitted from the figure; FIG. 14 is a schematic diagram of the eleventh embodiment of the present invention, which is a combined installation of a three-layer sock set, showing that a sterilizing agent layer is laid on the The outer surface of the second sock body and the inner surface of the third sock body, a part of the third sock body is omitted from the figure, and the second sock body and the third sock body may be socks; FIG. 15 It is a schematic diagram of the twelfth embodiment of the present invention. It is a combined installation of a three-layer sock set, showing that a sterilizing agent layer is applied on the outer surface of the first sock body, the inner surface of the second sock body, and the outer of the second sock body. The surface and the inner surface of the third sock body are omitted in the figure and part of the second and third sock body are not shown in the figure, and the second and third sock body may be socks; FIG. 16 is A schematic diagram of the thirteenth embodiment of the present invention is a combined set of three-layer socks, showing a bactericide The layers are laid on the outer surface of the first sock body, the inner surface of the second sock body, the outer surface of the second sock body, the inner surface of the third sock body, and the outer surface of the third sock body. The second sock is omitted in the figure. Part of the third sock body and the third sock body are not shown, and the second sock body and the third sock body may be socks; FIG. 17 is a schematic diagram of the fourteenth embodiment of the present invention, showing powder and debris Layered and fragmented germicidal agent layer is laid on the outer surface of the sock body, and the surface of the entire belt-shaped part near the opening of the sock body may not be sterilized with sterilizer to match the short shoes; FIG. 18 is a fifteenth embodiment of the novel A schematic diagram showing that powdery, chipped, and fragmented sterilization agent layers are applied to the inner surface of a boat-shaped sock body, and can be applied only to the cap-shaped heel portion of the sock body and the cap shape The inner surface of the toe.

FIG. 19 is a schematic diagram of a sixteenth embodiment of the present invention, showing that a layer of a single-sided open plastic bag close to the size of the sock body is put on the inside of the sock body.

Before the new model is described in detail, it is stated in the following description that similar elements are represented by the same number.

Please refer to FIG. 1 to FIG. 4. FIG. 1 shows that the ordinary foot 5 is wearing a relatively airy short tube shoe 4. The upper 42 is in a waterproof closed state without socks, so the skin of the foot will contact the inner surface 41 of the shoe. . FIG. 2 is a new sterilization sock 10. The sock body 1 has a first inner surface 11 and a first outer surface 12 on opposite sides. The outer surface 12 is provided with a germicidal agent layer 2 containing powdery germicidal agent 21 and debris germicidal agent and fragmentary germicidal agent 22, or any of the three germicidal agents (described below) The bactericidal agent layer described herein is the same, and can be only one of the three states mentioned above, or a mixture of germicidal agents in any two or three states), and the inner surface 11 is not provided with a germicidal agent. FIG. 3 shows a second sock body 3 without a medicine, having a second inner surface 31 and a second outer surface 32 on opposite sides. (The following embodiments also specify that each sock body has an inner surface and an outer surface on the opposite side for the convenience of description, that is, the first sock body 1 has a first inner surface 11 and a first on the opposite side. The outer surface 12; the second sock body 3 has a second inner surface 31 and a second outer surface 32 on opposite sides; and the third sock body 6 has a third inner surface 61 and a third outer surface 62 on the opposite sides).

The following embodiments have different sizes of another sock body, which can be used to cover the outer surface of the sock body with the medicine in FIG. 2 or be placed inside the sock body with the medicine in FIG. 2. The two layers of socks can be worn together to produce various effects. Bactericidal effect.

FIG. 4 is a first embodiment of a new sterilization sock 10, which includes two layers of a first sock body 1 and a second sock body 3, and an adhered sterilant layer 2, the sterilant Layer 2 contains powdery germicidal agent 21 and debris-type germicidal agent and debris-type germicidal agent 22, and as mentioned above, the germicidal agent layer 2 may be completely powdery germicidal agent, may also be completely crumbly-germicidal agent, or may be completely It is a fragmented germicidal agent, and does not necessarily include two or more types of agents. The same applies to the following embodiments.

The first sock body 1 is exemplified as being constructed of a fabric (the following embodiments are also exemplified as being constructed of a fabric for convenience of explanation) and has a first inner surface 11 and a first outer surface 12 located on opposite sides as described above. The second sock body 3 has a second inner surface 31 and a second outer surface 32 on opposite sides. In the embodiment of the sock set, the first outer surface 12 of the first sock body 1 and the second inner surface 31 of the second sock body 3 are opposed to each other, which means that the first sock body 1 is an inner layer and The second sock body 3 is an outer layer, and the bactericidal agent layer 2 is a first outer surface 12 of the first sock body. Therefore, the barrier of the second sock body 3 can prevent a user's hands from contaminating a large amount of the medicine on the first outer surface 12 of the first sock body 1 when wearing socks. 2Single-layer socks are worn separately. When the sock set is worn on the foot 5, the sterilizing agent layer 2 is suitable for killing pathogens that can cause skin diseases on the inner surface 41 of the shoe 4 worn on the outside of the sock set. Bacteria or molds of skin diseases such as ringworm (the same applies to the sterilizing agent layer 2 described in other embodiments below), and to meet specific needs, the first sock body that is close to the skin of the foot may not be a fabric. And the tissue is fine to reduce the effect of the germicidal agent on the skin.

It should be noted that the sock structures of the first sock body 1 and the second sock body 3 described in the embodiments of the present invention do not have to be completely the same. As shown in FIG. 5, the second sock body 3 on the outside is a sock. Structure, the first sock body 1 on the inner side is a stocking structure, and can also be made into an ultra-short boat shape. Similarly, the first sock body 1 may also be designed as a sock structure, and the second sock body 3 may be designed as a stocking structure according to personal needs. In addition, the thickness of the first sock body 1 and the second sock body 3 can also be adjusted separately according to requirements. For example, the fabric surface of one sock body is densely hairy, and it is easy to attach a larger amount of medicine to To meet the needs of different ethnic groups and the temperature changes.

In detail, as shown in FIG. 4, when the sterilization sock group 10 is put on the foot 5 and placed in the shoes 4 together, the shock or friction of the sock group 10 is the first The powdery germicidal agent on the outer surface 12 can gradually penetrate the fabric holes (not shown) densely packed on the second sock body 3, or the moisture in the foot of the shoe can promote the chip-like and The fragment-shaped germicidal agent 22 gradually melts and penetrates and contacts the inner surface 41 of the shoe, so that the antimicrobial agent layer 2 on the first outer surface 12 exerts a comprehensive sterilizing effect on the inner surface 41 of the shoe. In the same way, through the dense fabric holes (not shown) of the first sock body 1 itself, the sterilizing agent layer 2 can also kill the bacteria on the skin of the feet (not shown) in the sock body, and then reach the shoes. 4 The purpose of comprehensive internal disinfection is to eliminate the germs contaminated by the inner surface 41 of the shoes when the shoes are re-launched every day and return to the socks that have been replaced and the skin of the treated or cleaned feet (not shown), so as to allow use. Those who do not repeatedly suffer from athlete's foot and other diseases.

It should be noted that the sterilizing agent-based medicinal powder product of the present invention can form a chip shape or a chip shape when they are combined with each other under the influence of moisture. And by the contraction pressure of the second sock body 3, it can help maintain the original different densities of the sterilizing agents 21, 22 distributed at various positions on the outer surface 12 of the first sock, making the medicament difficult. Displacement or shedding due to the friction of walking on the feet. Also, since the medicine does not fall off from the sock body a lot when worn, the reusability of the sterilization sock 10 which does not need to be washed the next day is further increased. In order to make the surface of fabrics such as socks more firmly adhere to the powder, the new model can first wet the part that needs a thicker drug with an appropriate amount of water or a viscous liquid, and then contact a large amount of powder and flatten it. This will allow the agent to penetrate into the tissues of the sock body and combine with each other. After the agent on the sock body is dried, it will form a flat and irregular chip-like and fragment-shaped sterilization agent 22, and can adhere to the sock body more firmly. In addition, the powdered medicine and liquid can be mixed into a thick state before applying the socks, and the medicine on the socks can form a flat and regular fragmented sterilization medicine layer after drying.

The position and density of the chipped and fragmented sterilization agent 22 required on the socks surface during the manufacture of the socks can be controlled by the amount of water or the amount and position of mucus that were previously wetted on the socks, that is, on the socks The part that requires more medicine on the surface can be stained with more water or viscous liquid, and the part that does not need medicine on the surface of the sock body can be stained with less water or viscous liquid. The more powder will stick to more places, the less the amount of powder will be on the wet and dry socks, and the powder will fall off easily. In this way, the medicine on the surface of the sock body can be used to match the different bacterial densities at various positions on the foot and the different needs of various ethnic groups, so as to produce socks types with different drug distribution states, resulting in, for example, the germicidal agent division in FIG. 2 State, and finally the sock body covered with the sterilizing agent is dried and then sealed and packaged.

In addition, in various modified embodiments, the bactericidal agent can also be formed into fine particles or other shapes with the same appearance, and is not limited to powdery or irregular crumb or fragmented germicidal agents. After the sterilization agents are used to their ineffectiveness, each of the socks can be cleaned and used as ordinary socks.

FIG. 5 is a second embodiment of the new sterilization sock 10. The sock set includes two layers of a first sock body 1 and a second sock body 3, and an adhered sterilization agent layer 2. This embodiment The sock set is set as follows: the first outer surface 12 of the first sock body and the second inner surface 31 of the second sock body are opposed to each other, and the sterilization agent layer contains a powdery sterilization agent 21 and debris and The fragment-shaped sterilization agent 22 is a suitable amount of the second sock body 32, and the first sock body which is close to the skin of the foot may not be a fabric to meet specific requirements. Effects of the germicidal agent on the skin.

The advantage of this embodiment is that some users have no tinea pedis at all, and their feet are clean and free of bacteria. You can choose to wear the socks of this embodiment, and only perform maintenance sterilization on the inner surface of the shoes, and use it. The blocking of the first sock body 1 reduces the effect of the sterilizing agent layer 2 on the skin of the feet.

FIG. 6 is a third embodiment of the new sterilization socks 10. The socks group includes two layers of a first sock body 1 and a second sock body 3, and an adhered sterilization agent layer 2. This embodiment The sock set is set as follows: the first outer surface 12 of the first sock body and the second inner surface 31 of the second sock body are opposed to each other, and the sterilization agent layer contains a powdery sterilization agent 21 and debris and The fragment-shaped sterilization agent 22 is a proper amount of the second inner surface 31 of the second sock body. In order to meet specific needs, the first sock body that is close to the skin of the foot may not be a fabric, and the structure is fine to reduce Effects of the germicidal agent on the skin.

The advantage of this embodiment is that the shrinkage pressure of the first sock body 1 can help the inner surface 31 of the second sock body to substantially maintain the density and position of the sterilizing agent distribution, making it difficult for the agent to get out of the sock body. Quickly move or fall off.

FIG. 7 is a fourth embodiment of the new sterilization sock 10. The sock group includes two layers of a first sock body 1 and a second sock body 3, and an adhered sterilization agent layer 2. Set way The first outer surface 12 of the first sock body and the second inner surface 31 of the second sock body are opposed to each other, and the sterilizing agent layer contains powdery sterilizing agent 21 and debris-like and fragment-shaped sterilizing agent 22, It is laid on the first inner surface 11 of the first sock body in an appropriate amount.

The advantage of this embodiment is that sometimes the user wears more detailed and expensive thin shoes, and the second sock body 3 in this embodiment can properly block the drug effect, so that the shoe upper's gloss and leather material are less affected by the special germicidal agent. Impact of infiltration.

FIG. 8 is a fifth embodiment of the new sterilization sock 10. The sock group includes two layers of a first sock body 1 and a second sock body 3, and an adhered sterilization agent layer 2. The setting method is: the first outer surface 12 of the first sock body and the second inner surface 31 of the second sock body are opposed to each other, and the sterilization agent layer contains powdery sterilization agent 21 and crumb and fragmentation sterilization Medicament 22 is appropriately placed on the first outer surface 12 of the first sock body and the second inner surface 31 of the second sock body. In order to meet specific needs, the first sock body that is close to the skin of the foot may also be used. It is not a fabric and has a fine structure to reduce the effect of the germicidal agent on the skin. The advantage of this embodiment is that the total capacity of the germicidal agent layer 2 can be increased to facilitate repeated use for many days and extend the service life of the new model.

FIG. 9 is a sixth embodiment of the new sterilization sock 10. The sock set includes two layers of a first sock body 1 and a second sock body 3, and an adhered sterilization agent layer 2. The two socks The body can be all socks. The setting method of the socks group is: the first outer surface 12 of the first sock body and the second inner surface 31 of the second sock body are opposed to each other, and the sterilizing agent layer contains powder. The sterilization agent 21 and the debris-like and fragment-shaped sterilization agent 22 are appropriately placed on the first outer surface 12 of the first sock body and the second outer surface 32 of the second sock body. The first sock body of the foot skin may not be a fabric, and The tissue is fine to reduce the effect of the germicidal agent on the skin.

The advantage of this embodiment is that when the user needs it, the sterilization agent layers of the two socks can be made with different densities to meet different needs. For example, the adhesion of the sterilization agent layer on the second outer surface 32 is reduced. When using the new model, these agents will be easier to fall off the sock body and attach to the inner surface of the shoe to kill the original large amount of bacteria in the shoe. When the new model is used the next day or the third day, there will be no bacteria. Therefore, a small amount of the sterilizing agent firmly adhered to the first outer surface 12 is gradually leaked to the inner surface of the shoe through the sock body 2 to maintain the sterility of the shoe.

FIG. 10 is a seventh embodiment of the new sterilization sock 10. The sock group includes two layers of a first sock body 1 and a second sock body 3, and an adhered sterilization agent layer 2. The setting method is: the first outer surface 12 of the first sock body and the second inner surface 31 of the second sock body are opposed to each other, and the sterilization agent layer contains powdery sterilization agent 21 and crumb and fragmentation sterilization The medicine 22 is appropriately placed on the first inner surface 11 of the first sock body and the second inner surface 31 of the second sock body.

The advantage of this embodiment is that the sterilizing agent layers of the two socks can be made with different components or different densities to meet different needs. For example, the medicine on the first inner surface 11 of the first socks can be made to strengthen the skin of the feet. And a small amount of the sterilizing agent adhered to the second inner surface 31 is gradually exuded to the inner surface of the shoe through the sock body 2 to maintain its aseptic state.

FIG. 11 is an eighth embodiment of the new sterilization sock 10. The sock group includes two layers of a first sock body 1 and a second sock body 3, and an adhered sterilization agent layer 2. The setting method is: the first outer surface 12 of the first sock body and the second inner surface 31 of the second sock body are opposed to each other, and the sterilization agent layer contains powdery sterilization agent 21 and crumb and fragmentation sterilization Medicament 22 is to be placed in an appropriate amount On the first inner surface 11 of the first sock body and the second outer surface 32 of the second sock body.

The advantage of this embodiment is that the sterilizing agent layers of the two socks can be made into agents with different components or different densities to meet different needs. For example, the agent component of the first inner surface 11 can be added with a drug that protects the skin of the feet. The adhesiveness of the sterilizing agent layer on the second outer surface 32 is reduced, so that when the new type is used for the first time, these agents will be easier to fall off the sock body and adhere to the inner surface of the shoe to kill a particularly large amount of the original inside the shoe Bacteria.

FIG. 12 is a ninth embodiment of the new sterilization sock 10. The sock group includes two layers of a first sock body 1 and a second sock body 3, and an adhered sterilization agent layer 2. The setting method is: the first outer surface 12 of the first sock body and the second inner surface 31 of the second sock body are opposed to each other, and the sterilization agent layer contains powdery sterilization agent 21 and crumb and fragmentation sterilization Medicament 22 is appropriately placed on the first outer surface 12 of the first sock body and the second inner surface 31 and the second outer surface 32 of the second sock body. In order to meet specific needs, it should be close to the skin of the foot. The first sock body may not be a fabric, and the structure is fine, so as to reduce the effect of the sterilizing agent on the skin.

The advantage of this embodiment is that the total capacity of the sterilizing agent layer 2 can be increased, so as to facilitate repeated use for many days and extend the service life of the new model.

FIG. 13 is a tenth embodiment of the new sterilization sock 10. The sock group includes two layers of a first sock body 1 and a second sock body 3, and an adhered sterilization agent layer 2. The setting method is: the first outer surface 12 of the first sock body and the second inner surface 31 of the second sock body are opposed to each other, and the sterilization agent layer contains powdery sterilization agent 21 and crumb and fragmentation sterilization The medicine 22 is appropriately placed on the first inner surface 11 and the first outer surface 12 of the first sock body and the second inner surface 31 of the second sock body. And second outer surface 32.

The advantage of this embodiment is that the total capacity of the bactericidal agent layer 2 can be increased, so that the new type can be reused for many days to extend the service life, and different sterilizing agent layers can be made into agents with different components or different densities to meet different needs.

FIG. 14 is an eleventh embodiment of a new sterilization sock 10, which is a three-layer sock combined set including a first sock body 1 and a second sock body 3 and a third sock body 6, and The sterilizing agent layer 2 of the adhered sock set is set as follows: the first outer surface 12 of the first sock body and the second inner surface 31 of the second sock body are opposed to each other, and the second The outer surface 32 and the third inner surface 61 of the third sock body are opposite to each other. The sterilization agent layer contains a powdery sterilization agent 21 and a chip-shaped and fragment-shaped sterilization agent 22, and is appropriately laid on the second sock body. The second outer surface 32 and the third inner surface 61 of the third sock body, and the second sock body and the third sock body may both be short-thin socks, and in accordance with specific needs, close to the skin of the foot The first sock body may also be non-fabric and has a fine structure to reduce the effect of the sterilizing agent on the skin.

The advantage of this embodiment is also that the total capacity of the sterilizing agent layer 2 can be increased, so that the new type can be reused for many days to extend the service life, and for the needs of special ethnic groups, the barrier of the first sock body 1 is added to reduce the sterilization Effect of the medicine layer 2 on the skin of the feet.

FIG. 15 is a twelfth embodiment of the new sterilization sock 10. The sock set is a three-layer sock combined set, including a first sock body 1 and a second sock body 3 and a third sock body 6, and The sterilizing agent layer 2 of the adhered sock set is set as follows: the first outer surface 12 of the first sock body and the second inner surface 31 of the second sock body are opposed to each other, and the second The outer surface 32 and the third inner surface of the third sock body The surfaces 61 are opposite to each other. The sterilizing agent layer contains powdery sterilizing agent 21 and debris and fragmented sterilizing agent 22, and is appropriately placed on the first outer surface 12 of the first sock body and the second sock body. The second inner surface 31 and the second outer surface 32 and the third inner surface 61 of the third sock body.

In this embodiment, the first sock body 1, the second sock body 3, and the third sock body 6 may all be made of light and fine holes, and the second sock body and the third sock body may be short socks. According to the needs of special ethnic groups, this embodiment can increase the total capacity of more bactericidal agent layer 2 in order to facilitate longer-term reuse and prolong the service life of the new model. In order to meet specific needs, it should be close to the foot skin. The sock body may not be a fabric, and the structure is fine, so as to reduce the effect of the sterilizing agent on the skin.

FIG. 16 is a thirteenth embodiment of the new sterilization socks 10, which is a three-layer socks combined set, including a first sock body 1 and a second sock body 3 and a third sock body 6, and The sterilizing agent layer 2 of the adhered sock set is set as follows: the first outer surface 12 of the first sock body and the second inner surface 31 of the second sock body are opposed to each other, and the second The outer surface 32 and the third inner surface 61 of the third sock body are opposed to each other. The sterilization agent layer contains a powdery sterilization agent 21 and a chip-shaped and fragment-shaped sterilization agent 22, and is placed on the first sock body in an appropriate amount. The first outer surface 12 and the second inner surface 31 and the second outer surface 32 of the second sock body and the third inner surface 61 and the third outer surface 62 of the third sock body.

As in the above example, the first sock body 1, the second sock body 3, and the third sock body 6 in this embodiment may all be made of light and thin holes. This embodiment is directed to the needs of special ethnic groups. For the first use of the new type, its If the inside of the shoe is very stinky and there are too many bacteria, the bacteria in the shoe can be quickly eliminated by the sterilizing agent on the third outer surface 62, and the total capacity of the sterilizing agent layer 2 can be increased to facilitate Repeated use for longer periods extends the life of the new model. Of course, the outer surface of the first sock body may not be sterilized. Only the second and third sock body surfaces are sterilized. In order to meet specific needs, the first sock body that is close to the skin of the feet may not be a fabric, and the structure is fine, so as to reduce the effect of the germicidal agent on the skin.

FIG. 17 is a fourteenth embodiment of the new sterilizing sock 10, which includes a sock body 1 and an adhered sterilizing agent layer 2 which is suitable for killing pathogens that cause skin diseases on the inner surface of shoes. The sock body has an inner surface 11 and an outer surface 12 located on opposite sides. The sterilization agent layer includes powdery medicament 21 and chip-shaped and fragment-shaped sterilization medicament 22, and is laid on the outer surface 12 of the sock body In order to meet specific needs, the sock body may not be a fabric, and the structure is fine, so as to reduce the effect of the sterilizing agent on the skin.

In addition, as shown in FIG. 4, if the stockings 1 are directly inserted into the short-shoes 4, the entire belt-shaped face of the sock opening will not contact the inner surface 41 of the shoe without sterilization. Therefore, above the dotted line in FIG. 17, the entire circle of the band-shaped face 123 may not be sterilized to avoid waste. In the other embodiments of the present invention, in addition to the sterilizing agent distribution method, in addition to being fully laid on the surface of the sock body, the entire circle of the belt-shaped face 123 on the opening portion of the sock body may not be sterilized. Elixir to avoid waste.

FIG. 18 is a fifteenth embodiment of the new sterilizing sock 10, which includes a sock body 1 and an adhered sterilizing agent layer 2. The sterilizing agent layer 2 is suitable for killing pathogens that cause skin diseases on the inner surface of shoes. The sock body has an inner surface 11 and an outer surface 12 located on opposite sides, and the sterilization agent layer has a powdery medicament 21 and a chip-like and fragment-shaped sterilization agent 22 and is laid on the inner surface 11 of the sock body.

The sock body of this embodiment may adopt stockings, socks, or boat socks without a sock surface to match Shoes without uppers are used, and such boat socks can also be used as needed in other embodiments. In addition, in this embodiment, after wearing the human body, the sock body has a cap-shaped heel portion 121 adjacent to the human heel and a cap-shaped toe portion 122 adjacent to the human toe. The distribution of the sterilizing agent layer 2 may also be The focus is on the parts that are particularly susceptible to breeding bacteria, and they are only laid on the inner surfaces of the cap-shaped heel portion 121 and the cap-shaped toe portion 122.

In other embodiments of the present invention, in addition to the sterilizing agent distribution method, in addition to being fully laid on the surface of the sock body, it can also be applied only to the cap-shaped heel portion 121 and the cap-shaped toe portion 122 of the sock body. surface.

FIG. 19 is a sixteenth embodiment of the new sterilization sock 10, which is substantially the same as the fourteenth embodiment, and includes a sock body 1 and an adhered sterilizing agent layer 2. The sterilizing agent layer 2 is suitable for killing the inner surface of shoes. Germs that cause skin diseases. The sock body has an inner surface 11 and an outer surface 12 located on opposite sides. The sterilization agent layer has a powdery medicament 21 and a chip-like and fragment-shaped sterilization agent 22 and is laid on the outer surface 12 of the sock body. Only on the inside of the sock body 1 adjacent to the skin of the human foot, a layer of soft plastic bag 7 with a single-sided opening close to the size of the sock body can be easily wrapped around the foot surface to temporarily completely isolate the sterilizing agent from the foot The role of skin to meet the needs of special ethnic groups.

For example, the surface of the sock body uses a strong sterilization agent. When returning home to take off shoes, put the plastic bag 7 on the outside of the human foot, and then put the sock body 1 on the outside of the plastic bag 7, and then cover the shoe. To the outside of the sock body 1. After walking for 30 seconds in this way, the inner surface of the shoe is sufficiently covered with the germicidal agent, and the user can remove the shoe and the sock body 1 and the plastic bag 7 of this embodiment, leave the shoe to stand the next day, and pour it Remove excess medicine inside shoes and then go out to achieve the purpose of sterilization inside the shoes.

In addition, the foregoing embodiments can also be placed inside the sock body adjacent to the skin of the human foot, and then put on a layer of soft plastic bag with a single opening close to the size of the sock body, so that it can be easily wrapped on the foot surface for temporary complete isolation. The effect of germicide on the skin of the feet to meet the needs of use.

It should be noted that, according to the embodiments of the present invention, the sock body is stockings, short socks or boat socks, and the thickness of the sock body can be changed according to the needs of the region and the climate to meet the needs of different ethnic groups. The time when the sterilization socks are used on the feet in the above embodiments depends on the composition of various germicidal agents and the needs of different ethnic groups. Some can be worn continuously for a whole day, and some can be worn for dozens of days. Removing the sock after a few seconds is sufficient.

In summary, the new sterilization sock 10 can kill the germs that can cause skin diseases by putting the sterilization agent layer 2 on the sock body, which can cause the skin disease caused by wearing on the inner surface 41 of the shoes that are set on the outside of the sterilization sock. In order to eliminate the contamination of the germs from the inner surface 41 of the shoes and return to the socks that have been renewed and the skin of the feet that have been treated or cleaned, it is difficult for the user to repeatedly infect the diseases such as athlete's foot.

However, the above are only examples of the new model. When the scope of implementation of the new model cannot be limited by this, any simple equivalent changes and modifications made in accordance with the scope of the patent application of the new model and the content of the patent specification are still The scope of this new patent.

Claims (26)

A sterilization sock is suitable for wearing on a foot and is suitable for killing germs that can cause skin diseases on the inner surface of shoes worn on the outside of the sock. The sterilizing sock includes: a first sock body having an opposite position A first inner surface and a first outer surface on one side; a second sock body having a second inner surface and a second outer surface on the opposite side, the first sock body is correspondingly sleeved on the second sock And the first outer surface of the first sock body and the second inner surface of the second sock body are opposite to each other; and a sterilizing agent layer is laid on the surface of the sock body, and the sterilizing agent layer is suitable for killing the germs . The sterilization sock according to claim 1, wherein the sterilization agent layer is laid on a first outer surface of the first sock body. The sterilization sock according to claim 1, wherein the sterilization agent layer is laid on a second outer surface of the second sock body. The sterilization sock according to claim 1, wherein the sterilization agent layer is laid on the second inner surface of the second sock body. The sterilizing sock according to claim 1, wherein the sterilizing agent layer is laid on a first inner surface of the first sock body. The sterilizing sock according to claim 1, wherein the sterilizing agent layer is laid on a first outer surface of the first sock body and a second inner surface of the second sock body. The sterilization sock according to claim 1, wherein the sterilization agent layer is It is laid on the first outer surface of the first sock body and the second outer surface of the second sock body. The sterilizing sock according to claim 1, wherein the sterilizing agent layer is laid on a first inner surface of the first sock body and a second inner surface of the second sock body. The sterilizing sock according to claim 1, wherein the sterilizing agent layer is laid on a first inner surface of the first sock body and a second outer surface of the second sock body. The sterilizing sock according to claim 1, wherein the sterilizing agent layer is laid on a first outer surface of the first sock body and a second inner surface and a second outer surface of the second sock body. The sterilizing sock according to claim 1, wherein the sterilizing agent layer is laid on the first inner surface and the first outer surface of the first sock body, and the second inner surface and the first sock of the second sock body. Two outer surfaces. A sterilization sock is suitable for wearing on a foot and is suitable for killing germs that can cause skin diseases on the inner surface of shoes worn on the outside of the sock. The sterilization sock includes: a first sock body having A first inner surface and a first outer surface on one side; a second sock body having a second inner surface and a second outer surface on the opposite side; a third sock body having a first sock on the opposite side Three inner surfaces and a third outer surface, the first sock body is correspondingly sleeved on the second sock body, the second sock body is correspondingly sleeved on the third sock body, and the first outer surface of the first sock body The surface is opposite to the second inner surface of the second sock body, and the second outer surface of the second sock body The surface is opposite to the third inner surface of the third sock body; and a sterilizing agent layer is applied on the surface of the sock body, and the sterilizing agent layer is suitable for killing the germs. The sterilizing sock according to claim 12, wherein the sterilizing agent layer is laid on the second outer surface of the second sock body and the third inner surface of the third sock body. The sterilizing sock according to claim 12, wherein the sterilizing agent layer is laid on a first outer surface of the first sock body, and a second inner surface and a second outer surface of the second sock body, and The third inner surface of the third sock body. The sterilizing sock according to claim 12, wherein the sterilizing agent layer is laid on the second inner surface and the second outer surface of the second sock body, and the third inner surface and the first sock of the third sock body. Three outer surfaces. The sterilization sock according to any one of claims 1 to 15, wherein the sterilization agent is powdered. The sterilizing sock according to any one of claims 1 to 15, wherein the sterilizing agent is in a chip shape and a chip shape. A sterilization sock is suitable for wearing on a foot and is suitable for killing germs that can cause skin diseases on the inner surface of shoes worn on the outside of the sock. The sterilization sock includes: a sock body having an opposite side An inner surface and an outer surface; and a layer of powdery germicidal agent applied to the outer surface of the sock body, the germicidal agent is suitable for killing the germs. A sterilization sock, suitable for wearing on the foot, and suitable for killing and wearing on The germs that can cause skin diseases on the inner surface of the shoes outside the socks. The sterilization socks include: a sock body with an inner surface and an outer surface on the opposite side; and a layer of chip-shaped and chip-shaped bactericidal agents for laying On the outer surface of the sock body, the sterilizing agent is suitable for killing the germs. A sterilization sock is suitable for wearing on a foot and is suitable for killing germs that can cause skin diseases on the inner surface of shoes worn on the outside of the sock. The sterilization sock includes: a sock body having an opposite side An inner surface and an outer surface; and a layer of powdery germicidal agent applied to the inner surface of the sock body, the germicidal agent is suitable for killing the germs. A sterilization sock is suitable for wearing on a foot and is suitable for killing germs that can cause skin diseases on the inner surface of shoes worn on the outside of the sock. The sterilization sock includes: a sock body having an opposite side An inner surface and an outer surface; and a layer of debris-like and fragment-shaped sterilizing agent is applied to the inner surface of the sock body, and the sterilizing agent is suitable for killing the germs. The sterilization sock according to any one of claims 1 to 15 and 18 to 21, wherein the sock body is not a knitted fabric. The sterilizing sock according to any one of claims 1 to 15 and 18 to 21, wherein the sterilizing agent layer is comprehensively laid on the surface of the sock body. The sterilization sock according to any one of claims 1 to 15 and 18 to 21, the sock body has a cap-shaped toe portion adjacent to a human toe when worn, and A cap-shaped heel part, wherein the sterilizing agent layer is mainly laid on the cap-shaped toe part and the cap-shaped heel part. The sterilizing sock according to any one of claims 1 to 15 and 18 to 21, wherein the sock body is a high-legged sock, and the sterilizing agent layer is a belt shape avoiding a full circle of the sock body opening Laying on the face. The sterilization socks according to any one of claims 1 to 15 and 18 to 21, and a layer of a single-sided open plastic bag close to the size of the socks body is put on the inside of the socks body.