TWM503771U - 3D knitted sock for arch support - Google Patents

Description

Support arch of three-dimensional woven socks

The present invention relates to a three-dimensional woven sock supporting the arch, especially a woven sock for the user's foot to be placed on the arch of the foot while walking and correcting the plantar lesion.

According to the fact that since human beings have the habit of wearing shoes, socks have become an indispensable wearing fabric. The main purpose is to separate the foot and the shoe body, so as to prevent the foot skin from directly contacting the shoe body and causing the foot to be worn by the shoe body. The skin is worn out, so the design of the socks is good or bad, which is very important for the user.

Generally, the sock worn by the human body is woven from a woven fabric, which is limited to a single wearer. If the user has special requirements for foot pressure or wearing comfort, the conventional single-layer woven fabric is used. The socks that are made cannot be effectively provided. Therefore, a soft rubber insole is designed to be produced, and the soft rubber insole is placed on the sole. When the user wears the shoe, the soft rubber insole plays a role of cushioning and partial pressure; however, due to the softness The rubber insole is not fixed when placed on the sole, and the soft rubber insole cannot be corresponding to the corresponding position of the sole due to the size problem of the shoe or the wetness of the foot, so that the effect is greatly lost. Secondly, the soft rubber insole is easily stained and stained when it is on the sole, and has no hygienic conditions and is clean.

Press again, the concept of preventive medicine is gradually accepted by people, and the prevention of disease is far more economic than the treatment of disease. It is found that plantar fasciitis is a foot disease that often occurs in people and causes serious problems. The main cause of plantar fasciitis is the plantar fascia ligament, and the plantar fascia is very Long ligament, distributed from the heel to the front end of the arch, its role is to hold the curve of the arch during walking, so that it plays with the up and down movement of the arch, if the foot is Excessive use of the membrane causes tearing of the ligaments, inflammation of the tissue, and even the removal of the originally attached bone. Therefore, for the prevention or for those suffering from plantar fasciitis, in addition to active maintenance or pathological treatment, how to provide more care for the foot is also the direction of efforts.

However, as far as the above is concerned, the protection provided by the traditional socks for the human foot is still obviously insufficient for the person suffering from plantar fasciitis, that is, wearing traditional socks or using soft. The gel-like insole still lacks the aforementioned foot protection and needs to be improved.

The present invention provides a supporting three-dimensional woven sock, which is a woven sock that can be worn by a user's foot, and the woven sock includes a sock foot having a wrapable foot a backing area of the back of the stocking and a sock area covering the sole of the foot; a sock body portion located at the rear end of the leg portion of the sock and extending upwardly to be covered with a sock area, and Providing a sheathing area around the sock area; and a sock head, the toe area of the sock portion at the front end of the sock foot; The utility model is characterized in that: the woven sock is combined with an external special knitting machine to form a knitting form by interweaving knitting lines, etc., so that the sole portion of the sock portion is formed with different thickness patterns, so that the sole is formed. The fauna defines a sole region, a forefoot region, and a heel region; wherein the arch region is provided with a thickened layer formed by weaving, and the shape of the thickened layer is identical to the concave shape of the arch region When the user's foot is put into the woven socks, the thickened layer of the arch region is in a state of being supported by the arch of the user's foot.

Wherein the sole region of the sole region is provided with at least one anti-slip point formed by the woven convex portion for the user's foot to be worn in the woven socks, so that the non-slip points of the sole region and the pre-slip The frictional force is generated between the contact surfaces; wherein the sling area is followed by a soft buffer formed by the weaving, so that the user's foot is put into the woven socks, so that the heel area The soft buffer is in a protected state against the ankle of the user's foot; wherein the non-slip point of the sole region of the sole region and the thickened layer of the arch region of the sole region and the sole region a soft buffer zone of the area, which is integrally formed with the sole area; wherein the non-slip point of the sole area and the thickened layer of the arch area and the soft buffer of the heel area are Presented by different thicknesses, the sole portion of the sock portion is formed to have different thickness patterns and a tensile elastic effect; wherein the non-slip point of the sole region extends from the outer surface of the plantar region; The thickened layer of the arch region is from the foot A surface region extending projection; soft buffer of the other line extending from the heel area of the heel region of the inner surface of the projection; Wherein the non-slip point of the plantar region is represented by any one of a circle, a rectangle, a square or a geometric shape; wherein the thickened layer of the arch region is represented by a raised area; wherein the sock head of the woven socks The toe area is provided with a ventilating net for evacuating the body heat and odor generated by the user's foot, thereby improving the ventilation effect of the woven sock; wherein the toe area of the sock head is a two-toed type Or a three-toed type or a five-toed type; wherein the toe area of the toe portion is provided with at least one non-slip point formed by the braided protrusion; wherein the toe point of the toe area is a circle Any of a shape, a rectangle, a square, or a geometric shape.

1. The main purpose of the present invention is to provide a woven sock for the user's foot to be placed in the arch of the foot while being worn while walking to correct the plantar lesion.

2. The secondary purpose of this creation is to provide a woven sock with different thickness patterns and a tensile elastic effect.

1. The support arch arch three-dimensional woven socks of the present invention refers to a woven sock that can be worn by the user's foot, and the woven socks include a sock foot having a package. Covering the back area of the back of the back of the sock and the bottom of the sock covering the sole of the foot; a sock body portion located at the rear end of the leg of the sock and extending upwardly and stitching to form a sock area And a socking area around the sock area; and a sock head, the toe area of the sock portion at the front end of the sock foot; the woven socks match Foreign special knitting machine for knitting and other interweaving Formed in a one-piece woven shape, such that the sole portion of the sock portion is formed with different thickness patterns, such that the sole region defines a sole region, a arch region, and a heel region; The arch region is provided with a thickened layer formed by weaving and the shape of the thickened layer is identical to the concave shape of the arch region; thereby, when the user's foot is nested and worn on the woven socks, The thickened layer of the arch area is in a state of support close to the arch of the user's foot, and a special knitting machine and high-level weaving technology are used to strengthen the thickening of the arch area of the sole area. The thickened layer is formed, and the area of the arch is pre-padded to avoid collapse due to fatigue after standing for a long time or after a long walk, thereby causing problems of plantar fasciitis.

2, because the support of the creation of the arch three-dimensional woven socks, refers to a user's foot into the wearing of the woven socks, the woven socks include a sock foot, the sock foot has a package Covering the back area of the back of the back of the sock and the bottom of the sock covering the sole of the foot; a sock body portion located at the rear end of the leg of the sock and extending upwardly and stitching to form a sock area And a socking area around the sock area; and a sock head, the toe area of the sock portion at the front end of the sock foot; the woven socks match The foreign special knitting machine is knitted into a knitting fabric and formed into a one-piece knitting form, so that the sole portion of the sock portion is formed with different thickness patterns, so that the sole portion defines a sole region and a foot. a bow area and a heel area; and the foot area is provided with at least one anti-slip point formed by the braided protrusion; and the heel area is provided with a soft buffer formed by the weaving; wherein the sole area is a non-slip point in the plantar region and a thickened layer of the arch region of the sole region and a heel region of the sole region a soft buffer of the domain, which is associated with the bottom of the sock Formed integrally, the non-slip point of the plantar region and the thickened layer of the arch region and the soft buffer zone of the heel region are presented in different thicknesses, resulting in the formation of the sock bottom portion of the sock foot It has different thickness profiles and has the same tensile strength effect.

This creation:

A‧‧‧ woven socks

1‧‧‧ Stockings

11‧‧‧ Back area

12‧‧‧ Socks area

121‧‧‧foot area

1211‧‧‧Slip point

122‧‧‧The arch area

1221‧‧‧ Thickened layer

123‧‧‧With the area

1231‧‧‧Soft buffer

2‧‧‧ Socks

21‧‧‧ Socks

22‧‧‧ tightening zone

3‧‧‧ socks head

31‧‧‧Toe area

311‧‧‧ Breathable net

312‧‧‧Slip point

4‧‧‧ Foot

The first picture is a three-dimensional diagram of the appearance of the present creation.

Figure 2 is a schematic view of the creation.

Figure 3 is a schematic view of the wearing of the embodiment of the present invention.

Fig. 4 is an enlarged schematic view showing the plantar region of the sole area of Fig. 3 of the present creation.

Fig. 5 is an enlarged schematic view of the arch region of the sole area of the third drawing of the present creation.

Fig. 6 is an enlarged view of the area of the sole of the sock in the third drawing of the present creation.

Figure 7 is a bottom view of the embodiment of the present invention after wearing.

First of all, please refer to Figure 1 to Figure 2, which is the "supporting arch three-dimensional knitting socks" for this creation; the woven socks A is knitted with a special knitting machine for knitting and knitting. Forming the whole shape of the contour of the instep and the sole of the foot, the woven sock A is woven by a sock foot 1, a sock portion 2 and a sock head 3, wherein: the sock portion 1, the overall appearance of the shape of the covered instep and the sole of the foot, the sock foot 1 is provided with the sock foot 1 has a sock back area 11 covering the back of the foot and a sole area 12 covering the sole of the foot Because the woven sock A is worn with a special knitting machine for knitting, etc. The form of the one-piece knitting, such that the sole region 12 of the sock portion 1 is formed with different thickness patterns, such that the sole region 12 defines a sole region 121, wherein the plantar region 121 is provided with at least a non-slip point 1211 formed by a braided protrusion; an arch region 122, the forefoot region 122 is provided with a thickened layer 1221 formed by weaving, and the shape of the thickened layer 1221 and the concave shape of the arch region 122 are The same coincidence; and a heel region 123, wherein the heel region 123 is provided with a soft buffer 1231 formed by weaving; wherein the non-slip point 1211 of the sole region 121 of the sole region 12 and the sole region 12 The thickened layer 1221 of the arch region 122 and the soft buffer 1231 of the sole region 12 followed by the region 123 are integrally formed with the sole region 12; the non-slip point 1211 of the sole region 121 is Presented by any one of a circle, a rectangle, a square, or a geometric shape; the thickened layer 1221 of the arch region 122 is presented as a raised area; the body portion 2 is located at the rear end of the sock portion 1 and Extending the woven fabric to cover a portion of the sock area 21 for the user to wear The state of covering the calf is presented, and a tightening zone 22 is arranged around the sock area 21 for the user to wear tightly and wrap the calf when worn, so as not to cause slipping. Further, the sock portion 2 is sewn in a pressure-designed structure, so that the sock portion 2 has an elastic effect to greatly enhance the comfort for the user to wear; and the sock head 3 The overall appearance of the toe shape, the toe head 3 is a toe area 31 which is sewed and stretched at the front end of the sock foot 1; wherein the toe of the sock head 3 of the woven socks A The zone 31 is provided with a gas permeable mesh 311. Generally speaking, the gas permeable mesh 311 is complex The mesh woven by a plurality of yarns is relatively large, so as to evacuate the body heat and odor generated by the user's foot, thereby improving the ventilation effect of the woven socks A; and the toe area 31 of the sock head 3 is further The two toe type, the three toe type or the five toe type are presented, and the toe area 31 of the toe head 3 is provided with at least one non-slip point 312 formed by the braided protrusion. The non-slip point 312 of the toe region 31 is presented as either a circle, a rectangle, a square, or a geometric shape.

Furthermore, please refer to Figures 3 to 7 for the wearing and further explanation of the embodiment of the "supporting arch three-dimensional woven socks" of the present creation, which refers to a set of 4 feet for the user's foot. a woven sock A for wearing, the woven sock A includes a sock portion 1 having a sock back region 11 covering the back of the foot and a sole region 12 covering the sole; a sock portion 2, the sock portion 2 is located at the rear end of the sock portion 1 and is extended by the sew; and a sock head 3 is located at the front end of the sock portion 1. And the covered toe area 31; wherein the woven sock A is combined with an external special knitting machine to perform knitting and the like, and is integrally knitted, so that the sole portion 12 of the sock portion 1 is formed. There are different thickness profiles such that the sole region 12 defines a sole region 121, wherein the sole region 121 is provided with at least one non-slip point 1211 formed by a braided protrusion for the user's foot 4 When worn in the woven socks A, the frictional force is generated between the non-slip points 1211 of the plantar region 121 and the preset contact surface; 122. The arch region 122 is provided with a thickened layer 1221 formed by weaving, and the shape of the thickened layer 1221 is identical to the concave shape of the arch region 122 for the user's foot 4 to be worn. In the woven sock A, the thickened layer 1221 of the arch region 122 is brought into close contact with the user's foot. The arch of the 4 is in a supported state; and a heel region 123, wherein the heel region 123 is provided with a soft buffer 1231 formed by knitting, so that the user's foot 4 is put into the knitted socks A. The soft buffer 1231 of the heel region 123 is in a protected state at the ankle of the user's foot 4; the non-slip point 1211 of the sole region 121 of the sole region 12 and the sole The thickened layer 1221 of the arch region 122 of the region 12 and the soft buffer 1231 of the sling region 12 followed by the region 123 are integrally formed with the sole region A; and the sole region 121 is non-slip The point 1211 and the thickened layer 1221 of the arch region 122 and the soft buffer 1231 of the heel region 123 are presented in different thicknesses, such that the sole region 12 of the sock portion 1 is formed to have different thicknesses. And a tensile elastic effect; wherein the non-slip point 1211 of the plantar region 121 extends from the outer surface of the plantar region 121 (as shown in FIG. 4); and the thickened layer 1221 of the arch region 122 Extending from the inner surface of the arch region 122 (as shown in FIG. 5); and the softness of the heel region 123 The punching zone 1231 extends from the inner surface of the heel region 123 (as shown in FIG. 6); and the non-slip point 1211 of the plantar region 121 is represented by any one of a circle, a rectangle, a square or a geometric shape. And the thickened layer 1221 of the arch region 122 is presented as a raised area; thereby, when the user's foot 4 is worn and worn on the woven socks A, the thickened layer of the arch region 122 is received. The 1221 is in a supported state in close contact with the arch of the user's foot 4, using a special knitting machine and high-level weaving techniques in the arch region 12 of the sole region 12 2 thickened layers 1221 formed by thickening and thickening, the arch area 122 is pre-leveled to avoid collapse due to fatigue after a long standing or long walk, and cause problems of plantar fasciitis; Furthermore, the sole area 12 defines a non-slip point 1211 of the plantar area 121, such that a frictional force is generated between the non-slip points 1211 of the sole area 121 and the preset contact surface, and the socks head 3 is matched. The toe area 31 can be provided with at least one anti-slip point 312 formed by the woven convex portion, so that frictional force can also be generated between the non-slip points 312 of the toe area 31 and the preset contact surface; and the soft buffer of the heel area 123 The region 1231 is in a protected state in close contact with the ankle of the user's foot 4, and the thickened layer 1221 of the arch region 122 is in a state of being supported by the arch of the user's foot 4, The sock area 12 of the sock foot 1 is formed to have different thickness patterns and has a tensile elastic effect, and even the toe area 31 of the sock head 3 is provided with a breathable net 311 for evacuating the user. The body heat and odor emission generated by the foot enhances the ventilation effect of the woven socks A.

In summary, a three-dimensional woven sock that supports the arch of the foot has not been seen in various books or publicly used. It is in line with the requirements of the new patent application, and the 钧局明鉴, as soon as the patent is granted, is a prayer. To be clear, the above is the specific embodiment of the creation and the technical principles applied. If the changes made according to the concept of this creation, the functional role produced by it does not exceed the spirit of the manual and the drawings. At the time, it should be combined with Chen Ming within the scope of this creation.

A‧‧‧ woven socks

1‧‧‧ Stockings

12‧‧‧ Socks area

121‧‧‧foot area

1211‧‧‧Slip point

122‧‧‧The arch area

1221‧‧‧ Thickened layer

123‧‧‧With the area

1231‧‧‧Soft buffer

3‧‧‧ socks head

31‧‧‧Toe area

311‧‧‧ Breathable net

312‧‧‧Slip point

4‧‧‧ Foot

Claims (12)

The utility model relates to a three-dimensional woven sock supporting a foot arch, which is a woven sock which can be worn by a user's foot, and the woven sock comprises a sock foot having a sock covering the back. a back area and a sock bottom area covering the sole; a sock body portion, the sock body portion is located at the rear end of the sock foot and is extended upwardly and sewed to cover a sock area, and the sock The mouth area is provided with a tightening area around the body; and a sock head which is a wrap-around toe area at the front end of the sock foot; the feature is: the woven socks are worn with a foreign body The special knitting machine is made by interweaving knitting lines and the like, and is formed into a one-piece knitting form, so that the sole portion of the sock portion is formed with different thickness patterns, so that the bottom portion of the sock defines a sole region and a bow. a region and a heel region; wherein the arch region is provided with a thickened layer formed by weaving, and the shape of the thickened layer is identical to the concave shape of the arch region for the user's foot to be nested When worn on the woven sock, the thickened layer of the arch region is adhered to the user's foot It was arch support state. The supporting arch three-dimensional woven sock according to claim 1, wherein the sole region of the sole portion is provided with at least one non-slip point formed by the woven convex portion for the user to wear the foot portion. In the woven sock, frictional forces are generated between the non-slip points of the plantar region and the preset contact surface. The supporting arch three-dimensional woven socks according to claim 2, wherein the sling area is followed by a soft buffer formed by the weaving for the user's foot to wear. In the woven sock, the soft buffer zone of the heel area is in a protected state against the ankle of the user's foot. The supporting arch three-dimensional knitting socks according to claim 3, wherein the non-slip point of the sole region of the sole region and the thickened layer of the arch region of the sole region and the heel region of the sole region The soft buffers are integrally formed with the sole area. The supporting arch three-dimensional woven sock according to claim 4, wherein the non-slip point of the sole region and the thickened layer of the arch region and the soft buffer of the heel region are of different thicknesses. Presenting, the sock bottom portion of the sock foot is formed to have different thickness patterns and a tensile elastic effect. The supporting arch three-dimensional woven sock according to claim 5, wherein the non-slip point of the sole region extends from an outer surface of the plantar region; and the thickened layer of the arch region is from the foot The inner surface of the bow region extends to protrude; and the soft buffer zone of the heel region extends from the inner surface of the heel region. The support arch three-dimensional woven sock according to claim 5, wherein the non-slip point of the sole region is represented by any one of a circle, a rectangle, a square or a geometric shape. The support arch three-dimensional woven sock according to claim 5 or 6, wherein the thickened layer of the arch region is represented by a raised area. The supporting arch three-dimensional woven sock according to claim 1, wherein the toe area of the hosiery sock head is provided with a gas permeable net for evacuating body heat and odor generated by the user's foot. Discharge, and improve the breathability of the woven socks. The supporting arch three-dimensional woven sock according to claim 9, wherein the toe area of the sock head is more represented by any of a two-toed type, a three-toed type or a five-toed type. The support arch three-dimensional woven sock according to claim 9, wherein the toe area of the sock head is provided with at least one anti-slip point formed by the woven convex portion. The support arch three-dimensional woven sock according to claim 11, wherein the anti-slip point of the toe area is represented by any one of a circle, a rectangle, a square or a geometric shape.