TWM601601U - Correction sock - Google Patents

Abstract

A orthopedic sock, comprising a sock body and an isolating cushion; the sock body can be put on a foot, and a sock mouth and an inter-toe area are formed on the sock body; the sock mouth can be wrapped around the ankle of the foot ; The inter-toe area is formed with an opposite part of the hallux, an opposite part of the four toes, and a cavity located between the opposite part of the hallux and the opposite part of the four toes, and the opposite part of the hallux can be used for the hallux of the foot. Passing through or at least partially accommodated inside; the opposite part of the four toes can allow at least half of the four toes other than the big toe to be exposed; the isolation cushion is detachably placed in the cavity of the sock body to isolate The hallux and index toe of the foot; accordingly, it can provide a good correction effect for hallux valgus.

Description

Corrective socks

This creation is about a kind of special socks with corrective function, especially a kind of corrective socks that can be worn by people with hallux valgus and even those with plantar fasciitis.

Hallux valgus is a common foot problem with many causes. For example, it is caused by congenital genetics. Long-term wearing shoes with narrow lasts or high heels causes the bunion to be compressed and deformed. Common flat feet are also the cause. One. Mild hallux valgus can be improved with various corrective equipment, and severe cases can only be treated with surgery.

There are various orthotics on the market. Although they can achieve a certain degree of correction, the disadvantage is that the size of the orthosis is large, and there are even hard parts. Therefore, it is usually only suitable for barefoot correction, not suitable for wearing socks or shoes. , It is very inconvenient for users who must wear socks or shoes frequently.

In order to solve the above-mentioned problems, the industry has only designed a kind of socks with corrective effect. For example, the new patent of the Republic of China certificate number TW M557029U discloses a kind of "sock", including a sock that can completely cover the foot, and The sock body is provided with a positioning part corresponding to between the big toe and the index toe of the foot, and a cushion is arranged on the foot so that the cushion can be located between the big toe and the index toe for lateral pushing of the big toe .

Although the original design purpose of the above socks is to use the cushion body to push the hallux valgus back to the normal position, but in fact, the effect of the hallux valgus moving inwards It is not ideal. The main reason is that the sock body adopts a fully-covered design. Such a fully-covered design means that all the toes are bound by the sock and squeezed together. The force of pushing the hallux to the inside. Secondly, although the use of the cushion body can smoothly separate the hallux and the index toe, so that the hallux may be pushed inwardly to produce correction, but if the force of the hallux being pushed is too small, that is, the amount of displacement is too small, it can be easily understood Yes, the forcible placement of the cushion between the hallux and the index toe may also squeeze the other four normal toes to the outside and become deformed. This is the least desirable situation. Therefore, in an ideal state , The sock body should not completely cover all the toes, and should ensure that there is enough force to force the big toe to be moved inwardly. The power can be generated by pushing or pulling.

In some practical cases, there are people who are bothered by hallux valgus and plantar fasciitis at the same time. Although the above-mentioned socks are designed with cushions on the bottom of the socks, and if the cushions are designed relative to the arch of the foot, they may be used To improve or alleviate the symptoms of plantar fasciitis, but the cushion does not seem to be freely detached and removed according to the user's personal needs, so it is less flexible in use and not applicable to all patients with plantar fasciitis The design of the cushion, such as those with flat feet, is not suitable for the cushion design, and should be replaced by other methods.

This creation provides a kind of orthopedic sock, including a sock body and an isolation cushion; the sock body can be put on a foot, and a sock mouth and an inter-toe area are formed on the sock body; the sock mouth can be wrapped around the foot Near the ankle of the toe; the inter-toe area is formed with an opposing part of the big toe, an opposing part of the four toes, and a cavity between the opposing part of the big toe and the opposing part of the four toes. The toe passes through or is at least partially contained inside; the opposite part of the four toes allows at least half of the four toes other than the big toe to be exposed; the isolation cushion is detachably inserted into the sock The cavity of the body can be used to isolate the hallux and index toe of the foot.

For those with hallux valgus, the corrective socks provided by this creation can effectively isolate the hallux and forefinger from each other by the isolation soft pad after wearing, and because of the four toes other than the hallux It is exposed and not restricted by the sock body. Therefore, it can effectively ensure that only the hallux valgus is corrected by pushing it inside, and the remaining four toes are not affected by any involvement, thereby achieving a good correction effect.

1: Corrective socks

1a: Corrective socks

1b: Corrective socks

1c: Corrective socks

1d: Corrective socks

2: feet

2a: hallux

2b: index toe

2c: sole

2d: Instep

2e: Arch

2f: back heel area

2g: first metatarsophalangeal joint

2h: distal bone

10: Socks

101: outer surface

11: Socks

12: Interdigital area

120: Isolation bag body

121: Opposite part of hallux

121a: first opening

122: Opposite parts of the four toes

122a: second opening

123: Chamber

124: Entrance

13: Sole buffer

131: Foot pad

14: Arch buffer

140: Inlet

141: bag body

142: Arch cushion

15: Arch pressure zone

151: Arch tightening part

152: Heel tight

153: connection part

154: Long ribbon structure

155: Interval

16: toe cuff

17: Lateral pressure zone

18: Isolation Department

20: isolation cushion

Fig. 1 is a perspective view of the corrective sock of the first embodiment of the creation.

Figure 2 is a cross-sectional view of this creation along the section line 1-1 of Figure 1.

Fig. 3 is a schematic top plan view of the corrective sock of the first embodiment of the invention in a worn state.

Figure 4 is a cross-sectional view of this creation along the section line 2-2 of Figure 3.

Fig. 5 is a schematic diagram of the three-dimensional appearance of the corrective sock of the first embodiment of the present creation in a worn state.

Fig. 6 is a perspective view of the corrective sock of the second embodiment of the creation.

Fig. 7 is a schematic side plan view of the corrective sock of the second embodiment of the present creation in a worn state.

Fig. 8 is a three-dimensional appearance view of the corrective sock of the third embodiment of this creation, and shows that the connecting part is composed of a single belt-like structure.

Fig. 9 is a three-dimensional appearance view of the corrective sock of the third embodiment of the present creation, and shows that the connecting part is composed of a plurality of long band-like structures spaced apart from each other.

Fig. 10 is a perspective view of the corrective sock of the fourth embodiment of the creation.

Figure 11 is a schematic top plan view of the corrective sock of the fifth embodiment of this creation in a worn state, and shows that the toe cuff partially covers the hallux.

Figure 12 is a schematic top plan view of the corrective sock of the fifth embodiment of this creation in a worn state, and shows that the toe cover completely covers the hallux, but the end of the hallux can still be observed.

Please refer to Figures 1 to 5, this creative department provides a first embodiment of a corrective sock. The corrective sock 1 mainly includes a sock body 10 and an isolating cushion 20; among them:

The sock body 10 can be put on a foot 2 with a sock opening 11 and an inter-toe area 12 formed thereon; the sock opening 11 can be used to wrap around the ankle of the foot 2. The sock opening of this embodiment The 11 series is higher than the ankle, but not limited to this, it can also be lower than the ankle, such as the height and shape of the common boat-shaped socks. The inter-toe area 12 is formed with a hallux opposing part 121, a fourth toe opposing part 122, and a cavity 123 between the hallux opposing part 121 and the fourth toe opposing part 122; the hallux opposing part 121 can accommodate the foot The big toe 2a of the upper part passes through or is at least partially contained inside; the opposite part 122 of the four toes allows at least half of the outside of the big toe 2a to be exposed.

The isolation cushion 20 is detachably inserted into the cavity 123 of the sock body 10 to isolate the big toe 2a and the index toe 2b of the foot 2. For those with hallux valgus, the isolating cushion 20 can be used to effectively move the hallux 2a inside to the normal position to achieve the expected correction effect.

In this embodiment, the sock body 10 is provided with a protruding isolation bag 120 between the opposite part 121 of the big toe and the opposite part 122 of the four toes, and the cavity 123 is formed inside the isolation bag 120 .

In this embodiment, the opposite part 121 of the big toe is formed with a first opening 121a for the big toe 2a to pass through, and the position of the first opening 121a is sufficient to allow the big toe 2a of the foot 2 to pass through. All exposed.

In this embodiment, the opposite part of the four toes 122 is formed with a second opening 122a, and the second opening 122a is formed by a single hole, so that the four toes other than the big toe 2a can be exposed through the hole at the same time. In addition, but not limited to this, the second opening 122a can also be composed of four holes, so that the four toes other than the big toe 2a can be exposed to the outside through the respective opposite holes.

In this embodiment, the cavity 123 of the sock body 10 is communicated with an opening 124 that can be elastically expanded, so that the isolating cushion 20 can be inserted or detached and taken out. It can be easily understood that the The insertion opening 124 can be elastically stretched. Therefore, when installing or disassembling the isolation soft pad 20, the user must open the insertion opening 124 so that the isolation soft pad 20 can be inserted or taken out smoothly. 124 is elastically condensed under normal conditions, so it can prevent foreign matter from entering, and also prevent the isolation cushion 20 from falling out uncontrollably.

In this embodiment, the sock body 10 is provided with a sole buffer area 13 at least relative to the foot 2 at the sole 2c, and the inner side of the sole buffer area 13 extends upward to a part of the instep 2d relative to the foot 2. Place. Furthermore, the sole buffer area 13 contains a sole cushion 131. With the sole cushion 131, it can provide proper cushioning and shock absorption effects for the sole of the foot. For those with hallux valgus, this structure design can With good cushioning and shock absorption, the support effect of the soles of the feet is strengthened, thereby improving the comfort of wearing.

The sole cushion 131 can be a soft silicone, which is pre-coated in a soft material, and then the soft material is bonded to the outer surface of the sock body 10 by means of adhesive or hot pressing to form the Sole buffer area 13. Of course, the sole buffer 13 can also be integrally formed by weaving, for example, the inner surface of the sock body 10 can be woven directly into a fluffy shape. At the same time, the sole buffer 13 can even extend to the arch of the foot 2. 2e to expand the buffer area.

In this embodiment, the sock body 10 is provided with an arch buffer 14 at a position opposite to the arch 2e of the foot 2. The arch buffer 14 has a pocket 141 and an arch cushion 142, and the foot The bow cushion 142 is detachably inserted into the bag body 141. Furthermore, the bag body 141 can be formed on the outer surface 101 of the sock body 10 by weaving or hot pressing, etc., and has an insertion opening 140 for the arch soft pad 142 to pass from the sock body. The outside of 10 is directly inserted or taken out, and the arch cushion 142 is half-moon-shaped, and its volume and shape can be used to fill in the depression of the arch 2e of the foot 2. Utilizing the design of the arch cushion 142 of the arch buffer zone 14, the orthopedic stocking 1 can simultaneously provide the elastic support required by the arch 2e of the plantar fasciitis, thereby solving the problem of prolonged walking or standing. The problem of plantar pain.

It should be particularly noted that since the bag body 141 is disposed on the outer surface 101 of the sock body 10, the user can choose to put the arch soft pad 142 into the bag body 141 after wearing. In the same way, it is also possible to choose to take out the foot arch cushion 142 in the wearing state, so the operation of inserting or taking out is quite convenient, and there is no need to take off the corrective socks 1 during the operation. Moreover, since the shape and depth of the arch 2e of each user are not necessarily the same, the detachable design allows the design of a variety of arch cushions 142 of different shapes and thicknesses, so that different users can adapt to their individual needs. For the shape of the arch 2e, the arch cushion 142 of appropriate shape and thickness is selected to meet the individual needs of different users.

Please refer to Figures 6 and 7, this creation further provides a second embodiment of the corrective socks. The corrective socks 1a of this embodiment are roughly the same as the corrective socks 1 of the first embodiment, with the only difference being: The sock body 10 has an arch pressure zone 15 instead of the arch buffer zone 14 of the first embodiment, so that the arch 2e of the foot 2 can be lifted and tightened.

It should be noted that the design of the arch buffer zone 14 of the first embodiment is not suitable for some users, such as those with flat feet, or those who wear shoes that are not suitable for the arch cushion 142. At this time, the arch pressure zone 15 of this embodiment can be replaced. Since the arch pressure area 15 is increased by a relatively large tension elastic yarn, the arch 2e can be properly pulled and tightened, and the effect of supporting and protecting the arch 2e can also be achieved. , So that the corrective socks 1a can be applied to flat feet, and can also be applied to most shoe shapes or shoe models.

Furthermore, in order to make the arch pressure zone 15 have the function of pulling the arch, the arch pressure zone 15 includes an arch bundle that passes through the arch 2e and is pulled upward along the left and right sides. The tightening part 151 and a heel tightening part 152 that passes through the rear heel part 2f of the foot 2 and is bound to the two ends of the arch tightening part 151 forward along the left and right sides. Utilizing the connection design of the heel tightening part 152 and the arch tightening part 151 can generate mutual traction and connection action, thereby strengthening the restraining force and lifting force generated by the arch tightening part 152 at the arch 2e part , It can effectively relieve the pain at the 2e of the arch of the plantar fasciitis.

It is important to note that the connecting parts of the arch tightening part 151 and the heel tightening part 152 on the left and right sides of this embodiment are not connected to each other. Such a design helps the foot 2 to be here. The part is easy to bend, especially when the sock body 10 is thick, it can effectively avoid hindering and restricting the bending of the foot 2 and even causing possible pain.

Please refer to FIG. 8, this creation further provides a third embodiment of the corrective sock. The corrective sock 1b of this embodiment is substantially the same as the corrective sock 1a of the second embodiment. The only difference is: the arch of the foot The pressure zone 15 further includes a connecting part 153, the two ends of which are respectively connected to the connecting parts of the arch tightening part 151 and the heel tightening part 152 on the left and right sides.

One possible implementation aspect is that the connecting part 153 is composed of a single ribbon structure, as shown in FIG. 8. Another feasible implementation aspect is that the connecting portion 153 is composed of a plurality of long strip-shaped structures 154 spaced apart from each other, as shown in FIG. 9. Generally speaking, if The sock body 10 is a thin section. Since the tension of the sock body 10 is small, in order to avoid reducing the lifting effect produced by the arch pressure zone 15, the connecting part 153 of this embodiment can be set to connect the left and right sides. The mutual traction and linkage can effectively solve the problem of insufficient lifting strength. Among them, the design of the interval 155 between the long belt-like structures 154 is mainly to avoid the pain that may be generated when the opposite part of the foot 2 is bent due to the top and bottom squeezing during wearing. Pull effect and wearing comfort.

Please refer to Figure 10, this creation further provides a fourth embodiment of the corrective sock. The corrective sock 1c of this embodiment mainly adds the arch pressure zone of the second embodiment to the corrective sock 1 of the first embodiment. 15, or increase the arch pressure zone 15 of the third embodiment. According to this, in particular, the arch pressure of the foot can be matched by the cushioning effect provided by the arch cushion 142 of the second buffer zone 13 to the arch 2e. Zone 15 provides a lifting effect on the arch 2e part, so that the two have a synergistic effect, thereby improving the pain relief effect of plantar fasciitis, or when some shoes are not suitable for wearing the foot of the first embodiment When the arch cushion 142 must be removed, the corrective sock 1c can also maintain the pulling effect by the arch pressure zone 15 and exert a certain degree of relief effect.

Please refer to FIG. 11, this creation further provides a fifth embodiment of the corrective sock. The corrective sock 1d of this embodiment is substantially the same as the corrective sock 1 of the first embodiment, with the only difference being: the thumb of the sock body 10 A toe cuff 16 is formed on the opposite part of the toe 121 for at least a part of the big toe 2a to be contained therein, and the first opening 121a is formed at the end of the toe cuff 16 so that at least one end of the big toe 2a can pass through the first opening 121a Be watched. Furthermore, the hallux 2a of this embodiment is at least partially exposed from the first opening 121a.

In this embodiment, the sock body 10 is further formed with a lateral pressure zone 17 at the inner side of the hallux 2a relative to the foot 2, and the two ends of the lateral pressure zone 17 extend at least on the toe cuff respectively The opposite side of 16 is opposite to the first metatarsophalangeal joint 2g of the foot 2, in this way, the toe cuff 16 can exert a pulling effect on the inner side of the hallux 2a. Among them, due to general hallux valgus, the hallux 2a starts from the opposite side of the first metatarsophalangeal joint 2g. Therefore, one end of the lateral pressure zone 17 must at least extend to the first metatarsophalangeal joint 2g is opposite, and the other end extends to the opposite side of the toe cuff 16 to produce a better side pull effect, especially the side pull effect produced by the toe cuff 16.

Preferably, the toe cuff 16 of this embodiment can be wrapped to the opposite part of the distal bone 2h of the hallux 2a. In other words, the lateral pressure zone 17 can also extend to the distal bone of the hallux 2a. 2h is opposite, so that most of the big toe 2a can receive the lateral pulling force of the lateral pressure zone 17, which helps to obtain a better side pulling effect.

In order to simplify the structure and facilitate the production and manufacture, the isolation bag body 120 of the sock body 10 and the toe cuff 16 of this embodiment are connected to each other, and a section of isolation portion 18 is formed by stitching to separate the inside of the isolation bag body 120 The internal space of the cavity 123 and the toe cuff 16.

Another feasible implementation aspect, as shown in FIG. 12, is to completely cover the big toe 2a with the toe cuff 16, but since the first opening 121a is still formed at the end of the toe cuff 16, it is still possible to use The end of the big toe 2a can be viewed from the first opening 121a. It should be noted that the toe cuff 16 of this embodiment can also completely seal and wrap the hallux 2a inside. Therefore, even if the first opening 121a is not provided, the above-mentioned corrective effect can still be achieved.

The orthopedic socks 1, 1a, 1b, 1c, and 1d of this creation are similar to the structure of general socks. Therefore, compared with the common orthoses on the market, they are small in size and have no hard parts. They can be worn without shoes. , It can also be worn in various shoe shapes, for example, it can be designed as a thick style, which is suitable for sports and leisure shoes, or it can be designed as a thin style, which is suitable for high heels, etc. The user can also choose to wear various socks outside, still maintaining the comfort of wearing.

The orthopedic stockings 1, 1a, 1b, 1c of this creation can have a single hallux valgus correction function, and can also be designed to be multi-functional, such as adding a foot arch buffer 14, using its foot arch cushion 142 at the foot arch 2e The soft cushion of the foot can relieve the pain caused by plantar fasciitis, or reuse the lifting and tightening effect of the arch pressure zone 15 on the arch 2e, so that the arch 2e can pass through the cushion and lift at the same time. The dual effect of tightening can greatly reduce the pain caused by plantar fasciitis. Wherein, the arch soft pad 142 is designed to be detachable for operation from the outside, and the user can easily put it in or take it out according to actual needs, so the operation is very simple, fast and convenient.

In addition, the setting of the foot buffer 13 can improve the comfort of wearing the hallux valgus. In addition, the sock body 10 uses the second opening 122a to expose the four toes other than the hallux 2a. The design of the toe cuff 16 and the lateral pressure zone 17 can strengthen the correction function of hallux valgus while ensuring the rest The four toes can be maintained in a normal state without being affected by improper force during the correction process.

In summary, this creation has excellent creative practicability among similar products. At the same time, we have checked the relevant technical materials or patent documents at home and abroad, and have not found that the same structure has been disclosed first. Therefore, this creation actually has a new model. For patent requirements, Yan filed an application in accordance with the law. However, the above is only part of the feasible embodiments of this creation, and any equivalent structural changes made by applying this creation specification and the scope of patent application should be included in the scope of the creation of the patent.

1: Corrective socks

10: Socks

11: Socks

12: Interdigital area

120: Isolation bag body

121: Opposite part of hallux

121a: first opening

122: Opposite parts of the four toes

122a: second opening

13: Sole buffer

14: Arch buffer

140: Inlet

141: bag body

142: Arch cushion

20: isolation cushion

Claims (21)

A kind of orthopedic stocking, including: A sock body, which can be worn on a foot, on which a sock mouth and an inter-toe area are formed; the sock mouth can be used to be sheathed near the ankle of the foot; the inter-toe area is formed with an opposite part of the hallux, four The opposing part of the toe, and a cavity between the opposing part of the hallux and the opposing part of the four toes; the opposing part of the hallux allows the hallux of the foot to pass therethrough or is at least partially contained therein; the opposing part of the four toes At least half of the four toes other than the big toe can be exposed; an isolation cushion is detachably placed in the cavity of the sock body to isolate the big toe and the index toe of the foot. The orthopedic sock according to claim 1, wherein the sock body is provided with an isolation bag between the opposing part of the big toe and the opposing part of the four toes, and the cavity is formed in the isolation bag. The orthopedic sock according to claim 1, wherein a first opening is formed at the opposite part of the big toe through which the big toe can pass. The corrective sock according to claim 3, wherein the position of the first opening is sufficient to expose the hallux of the foot. The orthopedic stocking according to claim 3, wherein a toe cuff is formed at the opposite part of the hallux, which can accommodate at least a part of the hallux inside, and the first opening is formed at the end of the toe cuff so that at least the end of the hallux is The part can be viewed through the first opening. The orthopedic stocking according to claim 1, wherein a toe cuff is formed at the opposite part of the hallux, so that the hallux can be completely enclosed and covered. The orthopedic sock according to claim 5 or 6, wherein the sock body is positioned relative to the foot An isolation bag is provided between the big toe and the index toe, and the cavity is formed inside the isolation bag, and the isolation bag and the toe cover are connected to each other, and a section of isolation is formed by stitching to separate the cavity Room with toe cuff internal space. The orthopedic stocking according to claim 1, wherein the opposite part of the four toes is formed with a second opening, and the second opening is formed by a single hole, so that the four toes other than the big toe can be exposed through the hole at the same time. outer. The orthopedic stocking according to claim 1, wherein the opposite part of the four toes is formed with a second opening, and the second opening is composed of four holes, and each hole allows four toes other than the big toe to pass through Exposed. The orthopedic sock according to claim 1, wherein the cavity of the sock body is connected with an elastically expandable insertion port for the isolation cushion to be inserted or detached and taken out. The orthopedic sock according to claim 1, wherein the sock body is provided with a sole buffer at least relative to the foot, and the inner side of the sole buffer extends upward to a part of the instep relative to the foot. The orthopedic sock according to claim 11, wherein the sole buffer zone includes a sole cushion that is coupled to the outer surface of the sock body. The orthopedic sock according to claim 11, wherein the sole buffer is formed by weaving the inner surface of the sock body into a fluff shape by weaving. The orthopedic sock according to claim 1, wherein the sock body is provided with an arch buffer area relative to the arch of the foot, the arch buffer area has a bag body and an arch cushion, and the arch is soft The cushion is detachably placed in the bag. The orthopedic sock according to claim 14, wherein the bag body is set on the sock body The outer surface has an opening for the arch cushion to be directly inserted or taken out from the outside of the sock. At the same time, the arch cushion is half-moon-shaped, and its volume and shape can be used to fill the foot The depression of the arch of the foot. The orthopedic sock according to claim 1, wherein the sock body has an arch pressure zone, which can produce a tightening and lifting effect on the arch of the foot. The orthopedic sock according to claim 16, wherein the arch pressure zone includes an arch tightening part that passes through the arch part and is pulled upward along the left and right sides, and a circle passes through the foot The rear heel part of the foot and the heel tightening parts connected to the two ends of the arch tightening part are bound forward along the left and right sides. The orthopedic sock according to claim 17, wherein the arch pressure zone further includes a connecting part, the two ends of which are respectively connected to the connecting parts of the arch tightening part and the heel tightening part on the left and right sides. The orthopedic stocking according to claim 18, wherein the connecting part is composed of a single belt-like structure. The corrective sock according to claim 18, wherein the connecting part is composed of a plurality of long belt-like structures spaced apart from each other. The correction sock according to claim 5 or 6, wherein the sock body is formed with a lateral pressure zone at the inner side of the hallux relative to the foot, and the two ends of the sock extend at least between the opposite side of the toe cuff and the foot The first metatarsophalangeal joint is opposite, and the toe cuff can be used to pull and pull the inner side of the hallux.

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