TWM544216U - 360-degree no-breakpoint circular pressure sports socks - Google Patents

Description

360° no breakpoint ring pressure sports socks

This creation department is about a 360° non-breakpoint ring pressure sports socks, especially for the user's foot to be put into the wear and walk, so as to pull the arch of the foot to pull up the low arch and let the foot At the back of the foot and the arch, there is enough 360° annular pressure coating and stable support to reduce the fatigue of the arch, and at the same time strengthen the ankle joint and protect the ankle to achieve a progressively pressurized sports socks.

Press, when people are walking, they need to wear shoes to protect the soles of the feet, and most people are used to wearing socks when wearing shoes, especially when playing sports, running, climbing, etc., because of the weight of the human body. It is supported by the foot to block the contact friction between the sole of the foot and the shoe, and the foot and the shoe body are separated by the wearing of the sock to prevent the foot skin from directly contacting the shoe body and causing the foot to be worn by the shoe body. The situation occurs, so the design of the socks is good or bad, which is very important for the user; although there are a wide variety of socks on the market, most of them are only matched with the foot type weaving, only the package The effect of the foot covering, the pressure, sway or sway of the foot during the travel, must be buffered and absorbed by the shoes, but not all shoes have the function of elasticity, shock absorption, or even if the shoes have cushioning, The function of shock absorption does not help the foot, not to mention the fact that most of them are not flexible and shock absorbing. The ability to protect the feet from the feet is more likely to cause damage to the feet.

Therefore, there are many products related to the improvement of low arch discomfort, such as: soft rubber insole products, the soft rubber insole is placed on the sole, when the user wears the shoes, the soft rubber insole plays a role in buffering, Pressure and other effects; however, because the soft rubber insole is not fixed when placed on the sole, often due to shoe size problems or wet feet, the soft rubber insole can not be corresponding to the corresponding position of the sole, making it effective For loss. Secondly, the soft rubber insole is easily stained and stained when it is on the sole, and has no hygienic conditions and is clean.

However, as far as the above is concerned, although there are many commercially available products for improving low arch discomfort, they are all foreign objects that are improved in the shoe portion. However, because most people wear shoes when they are wearing shoes, in addition to aesthetic factors, there are health and health factors. Therefore, by increasing the additional function of the socks to improve the discomfort of the low arch internal rotation, it will be a relatively long-term suitable solution; in addition, since the socks belong to the clothing-type consumables, they need to be replaced regularly, and the consumers can also grow according to the growth. For the situation or the needs of use, the selection of the appropriate size of the low arch function socks, is the direction of the relevant manufacturers in this industry who want to study the improvement.

The present invention provides a 360° non-breakpoint annular pressure sports sock comprising: a sock body comprising a sock foot having a sock back region located at a top end of the sock foot and for wrapping Covering the back; and a sock bottom area, which is located at the bottom end surface of the sock foot and is seam-bonded with the back area of the sock, the bottom area of the sock is used to cover the sole of the foot, so that the whole part of the sock is covered Instep and The shape of the sole of the foot; a sock body portion located at the rear end of the leg portion of the sock and extending upwardly and sewed into a cylindrical covering shape to form a tightening zone, and the top end of the tightening zone is folded inwardly and stitched Performing a seam along the end to form a sock area; a sock portion that is extended at a junction between the sock foot and the body portion; and a sock head that is located at the front end of the sock foot The cover is shaped such that the toe area defines a toe area; and a binding unit is integrally formed with the knitting body by knitting with a knitting machine, such that the binding unit defines an instep restraint structure. a one-legged restraint structure and a pedal binding structure; wherein: the instep restraining structure has a two-binding section, and is selected from two different color woven lines adopting X-type cross-weaving technology and located at the back of the sock And a four-compressed region, which is selected from a single color of the woven wire mesh woven pattern design and located around the two binding segments; the arch binding structure has a binding segment selected from two different colored threads Before sewing on the instep restraint structure At both sides of the segment, and adopting a ring-shaped weaving technique to be located at the sole area of the sock foot; and the ankle binding structure has a binding section selected from two different colored threads and sewn to the Behind the instep restraint structure, and adopting a V-shaped weaving technique to surround the back area of the sock foot and are spaced apart from each other to the front and rear ends of the sock portion; wherein the binding unit is sewn In the body of the sock, the longitudinal stretching is smaller than the transverse stretching mode, and the binding unit has a longitudinal stretching coefficient and a transverse stretching coefficient ratio of 1:3, and is bound by the instep. The structure adopts X-type cross weaving technology and is located in the back of the sock Positioning the loop-type weaving technique with the arch-binding structure at the sole area of the sock foot, so that the instep restraint structure is used to assist the in-line pull-up structure to increase the pressurization number. In order to pull the arch of the foot and pull up the low arch, the foot and the arch of the foot get enough 360° annular pressure coating and stable support to reduce the fatigue of the arch; and then bind through the ankle. The structure adopts V-shaped weaving technology, and the ankle restraint structure can achieve a surrounding wrapping state on the ankle, thereby enhancing the stability of the ankle joint and reducing sports injuries.

Wherein, the sports socks further comprise a thickening unit, which is integrally knitted with the sock body and the knitting machine for knitting, and the weaving density of the sock body is greater than the weaving density of the thickening unit; The thickening unit has a first thickening area, and the seam is woven on both sides of the rear part of the instep restraining structure of the binding unit, and is located at the wall of the sole portion of the sock foot by the ring-shaped weaving technique; The first thickened area is adjacent to the arch binding structure of the binding unit and the ankle binding structure; a second thickening area is woven between the sock head and the arch binding structure of the binding unit, and a ring-shaped weaving technique is located at the wall of the sole portion of the sock foot; a third thickened region is sewn to the inner wall of the front lower portion of the sock portion; and a fourth thickened region Sewing on the inner wall of the back of the body portion; wherein the first thickened region and the second thickened region are formed by a plurality of braided convex portions and arranged at intervals; and the first a thickened area and each of the second thickened regions It is made of a sweat-absorbent and quick-drying fiber yarn, and is used for the user's foot to fit on the foot of the sock body, and is closely attached to the plantar area of the user's foot, and the foot is improved. Bottom area and preset Friction is generated between the contact surfaces, thereby reducing cushioning, compressing pressure, absorbing sweat and improving wearing comfort; wherein the third thickening region is formed by a plurality of braided convex portions in a lateral strip shape and arranged at intervals. And each of the braided convex portions of the third thickened region is woven from the sweat-absorbent and quick-drying fiber yarn, and the user's calf is inserted into the body portion of the sock body, and is closely attached to The front side of the user's lower leg can reduce cushioning, compressing pressure, absorb sweat and improve wearing comfort; wherein the fourth thickening region is formed by a plurality of braided convex portions in a longitudinal strip shape and arranged at intervals Formed, and the fourth thickened area is selected from the group consisting of sweat-absorbent and quick-drying fiber yarns, and the user's calf is inserted into the body part of the body of the sock, and is closely attached to the user. The rear of the calf can reduce cushioning, compressing pressure, absorb sweat and enhance wearing comfort; wherein the sports sock further includes at least one graphic unit selected from the color of the weaving thread and interwoven with the sock body. , so that the graphic unit and the sock system are not Presented by a color; wherein each of the graphic elements is sewn between the sock head of the sock body and the instep restraining structure of the binding unit, at any of the sock portions of the sock body, or both; Each of the graphic elements is represented by any one of a pattern, a person's name, a Chinese character, and an English word, or a combination thereof; wherein the toe area of the sock head of the sock body is a two-toed type and a three-toed type. Or any of the five toe patterns.

1. The main purpose of this creation is to provide a way for the user's foot to be put into the wear and walk, thereby pulling the arch of the foot and pulling up the lower arch to get the instep and the arch of the foot. Sufficient 360° annular pressure coating and stable support pull to reduce arch fatigue At the same time, it strengthens the ankle joint and protects the ankle to achieve a progressively pressurized sports socks.

2. The secondary purpose of this creation is to provide a sports socks that can reduce cushioning, compression, sweat absorption and enhance wearing comfort when the user's foot is put into the walking.

1. The 360° non-breakpoint annular pressure sports socks of the present invention have the effect that the longitudinal stretching is smaller than the transverse stretching type when the binding body is sewn to the sock body. And the binding unit has a longitudinal stretching coefficient and a transverse stretching coefficient ratio of 1:3, and adopts an X-shaped cross weaving technique through the instep binding structure of the binding unit, and is located at the back of the sock of the sock foot, and The arch binding structure of the binding unit adopts a ring-shaped weaving technique and is located at a sock area of the sock foot, so that the instep restraining structure is used to assist the inward binding structure to increase the pressing number thereof; The V-shaped weaving technique is adopted through the ankle binding structure of the binding unit, so that the ankle binding structure reaches the surrounding state of the ankle and reduces the sports injury; thereby, the foot of the user is put into the walking and walking, thereby making the foot The bow is pulled up to reach the lower arch, so that the foot and the arch of the foot get enough 360° annular pressure coating and stable support to reduce the fatigue of the arch, while strengthening the ankle joint to protect the foot In order to achieve a progressive manner by the pressure of athletic socks.

2. Because of the creation of the 360° non-breaking ring pressure sports socks of the present invention, the effect is that the thickening unit is further included by the sports socks, and the knitting machine is knitted with the knitting machine to perform knitting and the like. Woven molding, wherein the weaving density of the sock body is greater than the weaving density of the thickening unit; wherein the first thickening region of the thickening unit is sewn to both sides of the back section of the instep restraining structure of the binding unit, and the ring is collected a weaving technique located at the wall of the sole of the sock; The first thickened region is adjacent to the arch binding structure of the binding unit and the ankle binding structure; the second thickened region of the thickening unit is sewn between the toe cap and the arch binding structure of the binding unit And adopting an annular weaving technique to be located at the wall of the sole portion of the sock foot; the third thickened region of the thickening unit is sewn to the inner wall of the front lower portion of the sock portion; and the plus a fourth thickened region of the thick unit is sewn to the rear inner wall of the sock body portion; and the first thickened region, the second thickened region, the third thickened region, and the fourth thickened region It is woven from the sweat-absorbent and quick-drying fiber yarn, and the user's foot is inserted into the foot of the sock worn on the sock body while walking, and is close to the plantar area and the calf of the user's foot. In order to reduce cushioning, compression, sweat absorption and enhance the comfort of wearing sports socks.

This creation:

1‧‧‧ sports socks

11‧‧‧ socks body

111‧‧‧ Stockings

1111‧‧‧ Back area

1112‧‧‧ Socks area

112‧‧‧Socks

1121‧‧‧ tightening zone

1122‧‧‧ Socks area

113‧‧‧Socks

114‧‧‧ socks head

1141‧‧‧Toe area

12‧‧‧ Bonding unit

121‧‧‧ Instep restraint structure

1211‧‧‧Bound section

1212‧‧‧Compressed area

122‧‧‧The arch binding structure

1221‧‧‧Bound section

123‧‧‧ Ankle restraint structure

1231‧‧‧Bound section

13‧‧‧Thickening unit

131‧‧‧First thickening area

1311‧‧‧Knitting convex

132‧‧‧second thickening area

1321‧‧‧Knitting convex

133‧‧‧ third thickening area

1331‧‧‧Knitting convex

134‧‧‧4th thickening area

1341‧‧‧Knitting convex

14‧‧‧ graphic unit

Figure 1 is a front view of the exterior of the creation.

Figure 2 is a rear view of the exterior of the creation.

Figure 3 is a front view of the appearance of the inner wall structure of the present invention.

Figure 4 is a rear view of the appearance of the inner wall structure of the present invention.

First of all, please refer to Fig. 1 to Fig. 4, which is the "360° non-breakpoint ring pressure sports socks" of this creation; it is an integrated knitting machine with a special knitting machine for knitting. The sock 1 is such that the sports sock 1 as a whole has a contour shape covering the instep and the sole of the foot. The sports sock 1 comprises: a sock body 11 and a binding unit 12; wherein: The sock body 11 is integrally knitted with a knitting machine by knitting a knitting thread or the like, so that the sock body 11 includes a sock foot portion 111, which integrally covers the shape of the instep and the sole of the foot. The sock foot portion 111 has a sock back portion 1111 on the top end surface of the sock foot portion 111 for covering the foot back; and a sock bottom portion 1112 located at the bottom end surface of the sock foot portion 111 and the sock The back region 1111 is in a seam-bonding state, and the sole portion 1112 is used to cover the sole of the foot, so that the sock portion 111 is integrally formed with the shape of the instep and the sole of the foot; a sock portion 112 is located at the sock portion 111. The rear end and the upwardly extending slit are cylindrically wrapped to form a tightening zone 1121, and the top end of the tightening zone 1121 is folded inwardly and stitched by the seam to form a sock area 1122, wherein The tightening zone 1121 is for the user to be tightly wrapped and covered with the calf when worn, so as not to cause a slippery squat; and a heel portion 113 located at the sock foot portion 111 and the sock body The portion of the portion 112 is extended to extend the position of the sock portion 113 for the wearer to wear when the user wears 111 is used to wrap the heel; a sock head 114 is wrapped at the front end of the sock foot 111 so that the toe portion 114 defines a toe area 1141; the restraining unit 12, The knitting body is woven with a knitting machine such as a knitting machine to form an integral knitting, so that the binding unit 12 defines an instep restraining structure 121, an arch binding structure 122 and an ankle binding structure 123; wherein: The instep restraint structure 121 has a two-binding section 1211, and the two restraint sections 1211 are selected from two different color woven lines adopting an X-shaped cross weaving technique and are located at the back portion 1111 of the sock foot 111, and are compressed by four. The region 1212 is selected from a single color woven line mesh woven pattern design and located around the two binding segments 1211; the arch binding structure 122 has a binding segment 1221, the binding segment 1221 being selected from two different Color woven threads are sewn to both sides of the front section of the instep restraint structure 121, and are located at the sole portion 1112 of the sock foot portion 111 by an annular weaving technique; and the ankle restraining structure 123 has a binding section 1231, the restraining section 1231 is selected from two different colored threads and is sewn to the back of the instep restraining structure 121, and is wrapped around the backing area 1111 of the sock foot 111 by a V-shaped weaving technique. The side extends to the front and rear ends of the heel portion 113 and is spaced apart; and the ankle restraining structure 123 is located between the instep restraining structure 121 and the body portion 112; as described above, further Description as follows: the aforementioned sports socks 1 further A thickening unit 13 is provided, and the thickening unit 13 is integrally knitted with the body of the sock 11 and knitted by a knitting machine, and the weaving density of the body 11 is greater than the weaving density of the thickening unit 13. The thickening unit 13 has a first thickening area 131 which is sewn on both sides of the rear part of the instep restraining structure 121 of the binding unit 12, and is located by the ring-shaped weaving technique. The inner wall of the sock area 1112 of the sock portion 111; the first thickened area 131 is adjacent to the arch binding structure 122 of the restraint unit 12 and the ankle binding Structure 123; a second thickened area 132, the second thickened area 132 is sewn between the sock head 114 and the arch binding structure 122 of the binding unit 12, and is located by loop-shaped weaving technology a third thickened region 133 is sewn to the inner wall of the front lower section of the sock portion 112; and a fourth plus a thick region 134, the fourth thickened region 134 is sewn to the rear inner wall of the body portion 112; the first thickened region 131 and the second thickened region 132 are composed of a plurality of braided convex portions (1311, 1321) are formed in a shape of a diamond and are arranged at intervals; and each of the woven convex portions (1311, 1321) of the first thickened region 131 and the second thickened region 132 is selected from the group consisting of sweat-absorbent and quick-drying fibers. The yarn is woven, and the foot of the user is inserted into the sole portion 111 of the sock body 11 and is closely attached to the plantar area of the user's foot to enhance the plantar area and the preset Friction between the contact surfaces, which can reduce cushioning, compression, sweat absorption and enhance wearing comfort, so that users can wear better warmth when wearing And helping to absorb sweat and moisture from the feet, and forming a better shock absorbing buffer for facilitating wearing the user for a long time; the third thickened region 133 is formed by a plurality of braided protrusions 1331 in a lateral strip shape and Each of the braided protrusions 1331 of the third thickened area 133 is woven from the sweat-absorbent and quick-drying fiber yarn, and the user's calf is inserted into the sock worn on the sock body 11 When the body is 112, it is close to the front of the user's calf, so as to reduce cushioning, compression, sweat absorption and enhance wearing comfort, so that the user can wear better warmth and help absorb sweat and sweat. Moisture, and can form a better shock absorption buffer for long time Wearing the user; the fourth thickened region 134 is formed by a plurality of braided protrusions 1341 in a longitudinal strip shape and arranged at intervals, and the fourth thickened region 134 is selected from the group consisting of sweat-absorbent and quick-drying fibers. The yarn is woven, and the user's calf is inserted into the sock portion 112 of the sock body 11 and is closely attached to the back of the user's lower leg portion, thereby reducing cushioning and compression resistance. Sweat and enhance the wearing comfort, so that the user can wear a better warmth effect and help absorb sweat and moisture, and can form a better shock absorbing cushion to facilitate wearing the user for a long time; the aforementioned sports socks 1 further includes There is at least one graphic unit 14, each of the graphic units 14 is selected from a colored thread and interlaced with the body 11, so that each of the graphic unit 14 and the body 11 are presented in different colors; Each of the graphic units 14 is sewn between the sock head 114 of the sock body 11 and the instep restraining structure 121 of the binding unit 12, and the sachet portion 112 of the sock body 11 or any of the two Where the graphic unit 14 is a pattern, a person's name, a Chinese character, and a British Any one of the words or a combination thereof; wherein the graphic unit 14 is sewn between the sock head 114 of the sock body 11 and the instep restraining structure 121 of the binding unit 12; In addition, the graphic unit 14 can be sewed to be presented in any of the left (L) and right (R) characters, so as to distinguish the left and right feet for identification and wear, so that the user can ensure that the sports socks 1 Dressed correctly; or, the graphic unit 14 can be sewn into a pattern, which is a totem, landscape, pattern, stripe, wave pattern, character, animal, plant, cartoon Or any one of the trademarks or any combination thereof, thereby enhancing the variety of variability of the overall appearance of the sock body 11, thereby improving market competitiveness and consumer acceptance; The toe area 1141 of the 11th stocking head 114 is more generally presented as either a two-toed type, a three-toed type, or a five-toed type; thereby, when the user's foot is worn over the sports socks When the binding body 12 is sewn to the sock body 11 by the tethering unit 12, the longitudinal stretching is smaller than the transverse stretching type, and the longitudinal stretching coefficient of the binding unit 12 is formed. And the transverse stretch coefficient ratio is 1:3, and the X-shaped cross-weaving technique is adopted by the instep restraint structure 121 of the restraint unit 12 to be located at the back portion 1111 of the sock portion 111, and the foot of the restraint unit 12 The bow restraint structure 122 is located at the sole portion 1112 of the sock portion 111, and the instep restraint structure 121 is used to assist the instep restraint structure 122 to be pulled inside to increase the number of pressurizations. And preventing the low arch from twisting; and then passing through the ankle restraint structure 123 of the restraint unit 12 The V-shaped weaving technology is provided for the ankle restraining structure 123 to achieve a wraparound condition on the ankle to reduce the sports injury; thereby, the user's foot is put into the wearable walking, thereby pulling the arch to the upper pull Low arch, so that the foot and the arch of the foot get enough 360° annular pressure coating and stable support to reduce the fatigue of the arch, while strengthening the ankle joint and protecting the ankle to achieve a progressive pressure Further, the sports socks 1 further includes the thickening unit 13 , which is knitted with a knitting machine and knitted with a knitting machine, and is knitted by a knitting machine, and the knitting of the body 11 is performed. The density is greater than the weaving density of the thickening unit 13; wherein the first thickening of the thickening unit 13 The region 131 is sewn to both sides of the rear portion of the instep restraining structure 121 of the restraint unit 12, and is located at the inner wall of the sole portion 1112 of the sock portion 111 by an annular weaving technique; 131 is adjacent to the arch binding structure 122 and the ankle binding structure 123 of the binding unit 12; the second thickening region 132 of the thickening unit 13 is sewn to the toe portion 114 and the arch of the binding unit 12 The restraining structure 122 is disposed at the inner wall of the sock area 1112 of the sock foot portion 111 by a ring-shaped weaving technique; the third thickened area 133 of the thickening unit 13 is sewn to the sock portion 112. a front thickened inner wall; and a fourth thickened region 134 of the thickening unit 13 is sewn to the rear inner wall of the sock portion 112; and the first thickened region 131 and the second thickened region 132 The third thickened region 133 and the fourth thickened region 134 are woven from the sweat-absorbent and quick-drying fiber yarn, and the user's foot is inserted into the sock portion 111 worn on the sock body 11 When walking, it is close to the plantar area and calf of the user's foot, so as to reduce cushioning, compression, sweat absorption and enhance wearing A suitable sports socks.

In summary, a 360° non-breakpoint ring-pressure sports socks have not been seen in various books or publicly used, and they are in line with the requirements of new patent applications, and they are requested to grant patents as soon as possible. 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.

1‧‧‧ sports socks

11‧‧‧ socks body

111‧‧‧ Stockings

1111‧‧‧ Back area

112‧‧‧Socks

1121‧‧‧ tightening zone

1122‧‧‧ Socks area

114‧‧‧ socks head

1141‧‧‧Toe area

12‧‧‧ Bonding unit

121‧‧‧ Instep restraint structure

1211‧‧‧Bound section

1212‧‧‧Compressed area

122‧‧‧The arch binding structure

1221‧‧‧Bound section

123‧‧‧ Ankle restraint structure

1231‧‧‧Bound section

13‧‧‧Thickening unit

131‧‧‧First thickening area

1311‧‧‧Knitting convex

132‧‧‧second thickening area

1321‧‧‧Knitting convex

133‧‧‧ third thickening area

1331‧‧‧Knitting convex

14‧‧‧ graphic unit

Claims (10)

A 360° non-breakpoint annular pressure sports sock comprising: a sock body comprising a sock foot having a sock back region located at a top end of the sock foot and covering the foot back And a bottom area of the sock, which is located at the bottom end surface of the sock and is sewn and joined with the back area of the sock, the bottom area of the sock is used to cover the sole of the foot, so that the whole part of the sock is covered with the instep and the sole of the foot a shape; a sock portion located at the rear end of the leg portion of the sock and extending upwardly and sewed into a cylindrical wrap to form a tightening zone, and the top end of the tightening zone is folded inwardly and is stitched The end edge is stitched to form a sock area; a sock portion is extended at a junction between the sock foot portion and the sock portion; and a sock head is located at the front end of the sock foot portion The covering shape defines a toe area of the toe head; and a binding unit is integrally knitted with the knitting body by knitting the knitting machine, so that the binding unit defines an instep binding structure, a bow-binding structure and an ankle-binding structure; wherein: the instep-binding structure The utility model has a two-binding segment, which is selected from the two different color woven lines adopting the X-type cross-weaving technology, and is located at the back of the sock of the sock foot, and the four-compressed area is selected from a single color of the weaving line. The pattern design is located around the two binding sections; the arch binding structure has a binding section selected from two different colored threads for sewing on both sides of the front section of the instep binding structure, and adopting a ring type a weaving technique located at the sole region of the sock foot; and the ankle restraining structure having a bounding segment selected from two different colored threads Sewing the back of the instep restraint structure, and adopting a V-shaped weaving technique to surround the back area of the sock foot and are arranged at intervals when extending to the front and rear ends of the sock portion; wherein When the binding unit is sewn to the sock body, the longitudinal stretching is smaller than the transverse stretching type, and the binding unit has a longitudinal stretching coefficient and a transverse stretching coefficient ratio of 1:3. The X-shaped cross-weaving technique is adopted by the instep restraint structure at the back of the sock portion of the sock, and the incision structure of the arch is taken at the bottom of the sock portion of the sock portion to make the instep The restraining structure is used to assist the arch binding structure to be pulled inside to increase the number of pressurization, and then adopting the V-shaped weaving technique through the ankle binding structure, thereby pulling the arch to reach the lower arch and let the lower arch The foot and the arch of the foot get enough 360° annular pressure coating and stable support to reduce the fatigue of the arch; the ankle restraint structure can achieve the surrounding condition of the ankle, and strengthen the ankle joint and reduce the sports injury. . The 360° non-breakpoint annular pressure sports socks according to claim 1, wherein the sports socks further comprise a thickening unit, and the knitting body is knitted with a knitting machine for knitting, and the like, and the knitting is integrally formed. The woven density of the body is greater than the weaving density of the thickening unit. The 360° non-breakpoint annular pressure sports sock according to claim 2, wherein the thickening unit has a first thickening zone, and the seam is woven on both sides of the rear part of the instep restraining structure of the binding unit, and adopts a ring shape. a weaving technique is located at the wall of the sole portion of the sock foot; the first thickened region is adjacent to the arch binding structure of the binding unit and the ankle binding structure; a second thickened region, the seam Between the toe cap and the arch binding structure of the binding unit, and adopting a ring-shaped weaving technique to be located at the wall of the sock bottom portion of the sock foot; a third thickening region, the seam is woven Sock body At the inner wall of the lower front section; and a fourth thickened area, the seam is woven at the inner wall of the back of the body portion. The 360° non-breakpoint annular pressure sports socks according to claim 3, wherein the first thickened region and the second thickened region are formed by a plurality of braided convex portions and arranged at intervals; And each of the first thickened area and the second thickened area is woven from the sweat-absorbent and quick-drying fiber yarn, and the user's foot is inserted into the sock portion of the sock body. At the same time, it is close to the plantar area of the user's foot, and the friction between the plantar area and the preset contact surface is enhanced, thereby reducing cushioning, pressure resistance, sweat absorption and improving wearing comfort. The 360° non-breakpoint annular pressure sports socks according to claim 3, wherein the third thickening region is formed by a plurality of braided convex portions in a lateral strip shape and arranged at intervals, and the third thickening is formed. Each of the woven convex portions of the thick region is woven from a sweat-absorbent and quick-drying fiber yarn, and is worn by the user's calf portion when worn on the body portion of the body of the sock body, and is closely attached to the user's calf In front of the department, it can reduce cushioning, compression, sweat absorption and enhance wearing comfort. The 360° non-breakpoint annular pressure sports socks according to claim 3, wherein the fourth thickening region is formed by a plurality of braided convex portions in a longitudinal strip shape and arranged at intervals, and the fourth thickening is performed. The thick region is woven from the sweat-absorbent and quick-drying fiber yarn, and the user's calf is inserted into the body portion of the body of the sock, and is closely attached to the back of the user's calf. It can reduce cushioning, compression, sweat absorption and enhance wearing comfort. The 360° non-breakpoint annular pressure sports socks according to claim 1, wherein the sports socks further comprise at least one graphic unit selected from the group consisting of colored threads and interwoven with the body. Each of the graphic units is presented in a different color from the sock system. The 360° non-breakpoint annular pressure sports sock according to claim 7, wherein each of the graphic elements is sewn between the sock head of the sock body and the instep restraining structure of the binding unit, the sock body of the sock body At either or both of them. The 360° non-breakpoint annular pressure sports socks according to claim 8, wherein each of the graphic units is presented by any one of a pattern, a person's name, a Chinese character, and an English word or a combination thereof. The 360° non-breakpoint annular pressure sports sock according to claim 1, wherein the toe area of the sock head of the sock body is more of a two-toed type, a three-toed type or a five-toed type. Presented.