TW201440675A - Compression foot garment and therapeutic method for reducing heel pain - Google Patents

Abstract

A compression foot garment is integrally knit of a body yarn, and adapted for wear on a foot of a user. The foot garment incorporates first and second high compression zones, and a compression release zone between the high compression zones. The first high compression zone is adapted for applying substantially circumferential compression to the foot below the plantar fascia between the calcaneus and metatarso-phalangeal joints and generally around the midfoot. The second high compression zone is adapted for applying substantially circumferential compression to the foot above the calcaneus and generally around an ankle of the user. The first and second high compression zones may comprise elastic yarns integrated with the body yarn. The compression release zone is adapted for applying reduced compression to the foot in an area between the first and second high compression zones.

Description

Foot compression stockings and treatments for relieving heel pain

The present invention relates to a foot compression stocking and a treatment method for relieving pain in the heel, and in particular to a method for treating a foot compression stocking of the foot and slowing the pain of the heel.

At present, there are those for general medical purposes, treatment and edema (swelling), impaired mobility, and heel pain caused by injury of the plantar fascia.

However, the plantar fascia is a thick connective tissue that supports the arch of the sole of the foot from the calcaneus nodule (or calcaneus) toward the anterior end of the tibia, which is located between each toe and the middle of the foot, while the foot Bottom fasciitis is an inflammation of the plantar fascia that often causes pain, which is caused by injury, physical stress, and certain unexplained causes. This inflammation is most common in places where the ligaments are connected to the calcaneus, often causing pain to the injured.

Various exemplary embodiments of the invention are described as follows: "exemplary" terms are intended to be illustrative or merely exemplary, and are not intended to be The steps of any one or more of the exemplary embodiments disclosed.

Reference is made to the "exemplary embodiment", "an embodiment", "the embodiment", "the various embodiments" and the like, and are intended to describe the embodiments of the invention in a manner that includes a particular feature, structure, or characteristic. Not every embodiment necessarily includes such particular feature, structure, or characteristic.

Further, the repeated use of the phrase "in one embodiment" or "in an exemplary embodiment" does not necessarily refer to the same embodiment, although this possibility exists.

Terms that are also worthy of attention, such as "preferably", "common" and "typical" are used herein to limit the scope of the invention or certain key and essential features of the invention, or even the scope of the invention. Limitations of important structures or functions, and more specifically, these terms are intended to highlight alternative or additional functionality, and may or may not be used in a particular embodiment of the invention.

The present invention comprises a foot compression stocking (for example, a circumferential weft and an axial warp) suitable for the wear of the user's foot, the user's foot including a calcaneus, a middle of the foot, and a joint between the toes And the plantar fascia extending between the calcaneus and the interphalangeal joint at the base of the midfoot, the foot and foot structures listed herein provide a prior basis for some of the functional languages described below. This list is not intended to limit the exemplary foot compression stockings to only those portions of the foot, and in other embodiments, may extend or cover other portions of the foot and legs to make it part of the foot compression stockings. .

Wherein the foot compression stocking comprises a first high compression zone, a second high compression zone and a compression release zone between the first high compression zone and the second high compression zone, and the a high compression zone is adapted for application to the surrounding pressure of the sole of the plantar fascia between the calcaneus and the interphalangeal joint, generally around the midfoot, the second high compression zone being adapted The pressure applied to the surrounding foot of the calcaneus, usually around the user's ankle joint, the first high compression zone and the second high compression zone may comprise an elastic yarn combined with a main yarn ( For example, a weft or knit fabric, and the compression release zone is adapted to apply a pressure in the foot region that slows the gap between the first high compression zone and the second high compression zone.

Wherein the first high compression zone and the second high compression zone are directly adjacent to both sides of the compression release zone, and in the context of the present invention, the term "directly adjacent" means a fabric zone (or "region" The location of the fabric or other fabric regions (or "zones") is formed on or around one or all of its sides, and no fabric, fitting or other structure is interposed.

The term "foot compression stocking" as used herein generally refers to any hosiery or other fabric design that covers at least a portion of the worn foot, which may be a full knit or a partial knit (eg, using a traditional round) Knitting machine weaving) may also be specifically designed for a variety of uses, including running, cycling, climbing, golf, hunting and other general sports as well as everyday socks.

The foot compression stocking of the present invention may comprise (or integrally form) an open-toe design (toe opening) sock, foot covering, sock, cylinder stocking, high stocking, middle stocking or knee-high socks, sailor Socks, socks, elastic or leggings, or similar hosiery.

Wherein the first high compression zone comprises the elastic yarn, which is suitable for application to the axial direction of the end of the foot pressure sock, gradually increasing the pressure of the latitude-latitude loop to the user's foot . The term "axial" or "axial" as used herein refers to a circumferential portion (eg, a latitude) that extends across the foot compression sock along a linear conceptual axis. For example, an exemplary foot compression stocking may be divided axially into individual compression zones or along a generally vertical length (eg, from the heel toward the ankle or lower leg) and/or horizontally (eg, from the heel toward the toe). Division.

Wherein the second high compression zone comprises the elastic yarn, which is adapted to be applied to the axial direction of the end of the foot compression stocking leg, gradually increasing the weft-latitude pressure to the user's foot.

Wherein, the first high compression zone and the second high compression zone are substantially equal to the pressure applied to the user's foot. In other words, it applies to two areas of the foot, essentially one of which more or less exceeds the foot pressure of the other area, where the term defined in the context is "substantially equal", meaning +/- 10 %within.

Wherein, the first high compression zone and the second high compression zone each apply a pressure greater than 20 mmHg for the user's foot, and the compression release zone for the user's foot is less than 15 mmHg.

Wherein a circular knitted fabric of the first high compression zone and the second high compression zone contains substantially equal number of latitudes, and the term "substantially equal" is defined in the context, meaning +/- 10% within.

Wherein the compression release zone comprises a pressure-reducing pocket-shaped sock formed between the first high compression zone and the second high compression zone.

Wherein the compression release zone is adapted to extend beyond the top end of the foot adjacent the wearer's ankle joint, the compression release zone being substantially elliptical and possibly completely free of elastic yarn, in an exemplary embodiment, this The elliptical area of the compression release zone is from about 2.0 inches to about 3.0 inches long and from about 0.5 inches to about 1.0 inches wide.

Wherein an adapted compression zone is formed adjacent the first high compression zone and extends axially toward the end of the sock, the adapted compression zone adapted to slow the transition between the first high compression zone and the end of the toe The pressure around the foot, in this embodiment, the shaped adaptive compression zone may be directly adjacent to the first high compression zone. In the context of the present disclosure, the term "directly adjacent" means the fabric zone (or "area") The location or other fabric regions (or "zones") are formed on or around one or all of its sides, and no fabric, fittings, or other structure is interposed.

Wherein the adapted compression zone comprises the elastic yarn combined with the main yarn, which is suitable for application to the axial direction of the end of the toe, gradually increasing the weft-latitude pressure to the user's foot, tired The increased pressure can be achieved by a suitable length of elastic yarn.

Wherein, the foot pressure of the adapted compression zone is applied, and the applicable pressure of the first high compression zone and the second high compression zone should be between 10% and 50%.

Wherein each of the first high compression zone and the second high compression zone, and a circular knitted fabric of the adapted compression zone each contain a substantially equal number of latitudes, the term defined in the context. Substantially equal" means +/- 10%.

Wherein, the light compression zone comprises a horizontal weave (or closed sock) of the toe.

Wherein the light compression zone is adjacent the second high compression zone at the end of the sock leg, in this exemplary embodiment, the shaped light compression zone is directly adjacent to the second high compression zone, in the present invention In the context of a definition, the term "directly adjacent" means the position of a fabric area (or "area") or is formed by or on the side or periphery of one or all of its other fabric areas (or "areas"), without fabrics, accessories or Other structures are in the middle.

The light compression zone at the end of the leg includes a foldable ankle joint.

In another exemplary embodiment, the present invention discloses a method of treating pain in the heel of a foot, which provides a foot compression stocking as described above, the foot comprising a calcaneus, a middle portion of the foot, and a toe between the toes The plantar fascia extending between the joint and the joint between the calcaneus and the metatarsal to the base of the foot, the user's wear of the foot compression stockings to stretch and support the plantar fascia, therefore, the first high pressure socks The compression zone is substantially adapted for application to the surrounding pressure between the calcaneus and the interphalangeal joint, typically around the midfoot; the second high compression zone is substantially adapted for application to the pressure around the foot of the calcaneus, usually in use The periphery of the ankle joint; a compression release zone between the first high compression zone and the second high compression zone is adapted to relieve the pressure of the first high compression zone and the second high compression zone foot zone.

The term "treatment" as used herein generally refers to conditions related to foot health or foot treatment.

The invention will be described in more detail in conjunction with the exemplary embodiments of the invention herein below. The same reference numerals are used herein to refer to the same components. However, the present invention may be embodied in many different forms and should not be construed as limited to the embodiments set forth herein; rather, these embodiments are provided to make the disclosure effective, feasible, and complete. . Accordingly, the disclosure of the specific arrangements is intended to be illustrative, and not to limit the scope of the invention. In addition, many modifications, changes, modifications, and equivalent arrangements of the embodiments are disclosed in the embodiments described herein.

Although specific terms are employed herein, they indicate both generic and descriptive meaning and not for the purpose of limitation. Except as otherwise expressly provided herein, such terms are intended to be used in an application that is not inconsistent with the broad scope of the <RTIgt; The article "a" as used herein is intended to include one or more items. If there is only one item, the term used is "one", "single" or similar. When a series of items are to be added here, the term "or" means at least one of the items, but does not exclude multiple items in the list.

The order of steps and/or arrangements of the steps described herein are illustrative and not restrictive. Accordingly, it should be understood that the steps of any of the various procedures or methods may be shown and described in the sequence or the arrangement at the time. In addition, its implementation is not restricted. In fact, the steps of such a procedure or method, which are generally possible in various different sequences and arrangements, are still within the scope of the invention.

Moreover, any advantages, benefits, unanticipated effects, or operability of the present invention are not intended to demonstrate that the prior invention has been simplified or that any testing has been performed. Similarly, unless otherwise stated, the verb uses the past tense (now completed or past tense), and this is not intended to suggest or imply that the invention has been previously simplified or that any tests have been performed.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Referring now to the drawings in detail, the first figures are illustrated in a single foot compression stockings in accordance with an exemplary embodiment of the present invention, generally indicated by reference numeral 10. The exemplary foot compression stocking (10) may form a full-closed knit fabric containing a blend of ultrafine nylon fibers, moisture wicking fibers, and/or other natural fibers or synthetic fibers or fibers. Elastic yarns, such as spandex elastic fibers or other elastomers, are laid out in a predetermined area of the main yarn of the foot compression stocking (10) to create a plurality of different pre-compression zones. An exemplary structure consists of approximately 76% 140D ultrafine nylon fibers and approximately 24% 280D LYCRAR spandex. As further described below, the compression zone is intended to lift (or stretch) and support the wearer's plantar fascia (PF) (as in Figure 6), thereby relieving pain caused by inflammation or injury to the foot ligament, a so-called It is a condition of plantar fasciitis. In this exemplary embodiment, the foot compression stockings (10) of the present invention may be woven by a sock knitting machine, incorporating a plurality of yarns at the knitting needles, and forming a loop in the sinking, along the circumferential latitude and the axial warp. extend.

Taking a commercial sock machine as an example, a sock machine capable of producing the foot compression stockings (10) of the present invention may have "CC4-MED" produced by the German company Merz Maschinenfabrik GmbH of Hechingen. The CC4-MED consists of a 4-feed feeder, a high-efficiency single-cylinder circular braiding machine with reciprocating woven heel for the production of various compression stockings of pressure I to III. Using the Merz machine, the reciprocating woven heel device allows for two options for reciprocating the heel and the toe. The Merz active yarn feeding device controls the yarn feeding tension of the embedded yarn at each weft ring to produce the required pressure. A device that combines double welts, allowing for the weaving of double welts, elastic welts and double socks. Alternatively, the exemplary foot compression stockings (10) can be woven according to other known techniques, such as stretch fabrics that are cut and sewn from pre-designed patterns using stretch stitches.

Referring to Figures 1 through 4, an exemplary foot compression stocking (10) includes an ankle joint (21) and a toe (22) (or a closed fabric) at its toe opening and toe end, respectively. The integral braid of the ankle joint and the foot portion, i.e., the ankle joint braid (24) and the foot partial braid (25), are divided into axially adjacent circumferential regions. These circumferential areas may be designated as the upper ankle joint area (31), the lower ankle joint area (32), the heel and upper instep area (33), the rear sole and the midfoot area (34), the front sole and the lower instep area. (35) and the opening area of the toe (36). Exemplary compression shoe areas typically define the pressure zones of the treatment zones (41), (42), (43), (44), (45), (46), respectively, to allow them to fit tightly into the foot compression stockings (10) The wearer, while properly supporting, lifting, and gently stretching the plantar fascia (PF) (as in Figure 6). The treatment zones (41), (42), (43), (44), (45), (46) in the figures have unique shadows that intersect in parallel lines to facilitate rapid differentiation of each zone.

As shown in the fifth best figure, the circumferential treatment zones (41), (42), (43), (44), (45), (46) of the exemplary foot compression stockings (10) are located in the foot. The position of each part of the predetermined degree of compression. In one embodiment, the treatment zones (42) and (44) of the foot compression stockings (10) contain respective high compression zones. One of the treatment zones (44) is a function of the first high compression zone and is substantially suitable for application to the pressure around the foot between the calcaneus and the metatarsal joint, usually around the midfoot. One of the treatment zones (42) is a second high compression zone that is substantially suitable for application to the pressure around the foot of the calcaneus (near Achilles's), usually around the bottom of the wearer's ankle. The treatment zones (42) and (44) have a unique synergistic ability to support and lift the foot to allow for a gentle extension of the plantar fascia (PF) ligament, as shown in Figures 6 and 7.

The treatment zone (43) includes a compression release zone directly adjacent the aforementioned treatment zones (42) and (44) to relieve foot pressure in the heel and instep area (33). The release area (43) of the upper instep area (33A) is substantially elliptical in size, about 2.0-3.0 inches long and about 0.5-1.0 inches wide. The exemplary treatment zone (45) includes an adapted compression zone directly adjacent to the axillary treatment zone (44) [high compression zone] extending axially toward the end of the toe of the foot compression stocking (10). This treatment area (45) is designed to cover the foot area of the humerus circumference. The first light compression zone and the second light compression zone are respectively located at the ankle joint (21) and the toe (22) of the foot compression stocking (10), including the treatment area (41) [first mild Compression zone] and treatment zone (46) [second light compression zone]. The sputum treatment zone (41) [first mild compression zone] is located directly adjacent to the sputum treatment zone (42) [high compression zone], and the ankle joint hem (21) is formed on the upper part of the wearer's ankle joint. The ankle joint (21) can be folded and stitched to form a closed double layer fabric with no elastic fibers to reduce the pressure and thickness around the ankle joint. The treatment zone (46) [second mild compression zone] is located directly adjacent to the treatment zone (45) [Adaptation Compression Zone], which is designed to form the toe cuff (22) adjacent the wearer's metatarsophalangeal joint. The toe seam (22) may comprise a single layer of transverse braid structure.

Referring to the eighth figure, the foot compression stockings (10) may be in the respective circumferential treatment zones (41), (42), (43), (44), (45), (46), possibly by the appropriate length of the weft insertion. Elastic yarn (or combination) "E" and different axially divided sock areas - upper ankle joint area (31), lower ankle joint area (32), heel and upper instep area (33), rear sole and midfoot The main yarn (34), the front sole and the lower instep region (35), and the main yarn "Y" of the toe opening region (36) are gradually increased to the set target pressure. In an exemplary embodiment, the kneading treatment zone (41) [first mild compression zone] knit structure (uppermost layer) comprises an elastic yarn "E" weft main yarn "Y", in the weft-weft The axial length of the loop is increased or longitudinally toward the open end of the sock foot of the foot compression stocking (10). The pressure in the upper region (31) of the ankle can be slowed down. The latitude of the main yarn "Y" in the treatment area (41) may be between 20-30. The pressure of the foot compression stockings (10) in the treatment area (41) may range from 10-15 mmHg. The treatment area (42) (the second layer from top to bottom) contains the elastic yarn "E" with the main yarn "Y", from the treatment area (41) [mild compression area] toward the treatment area (43) [ The compression release zone] (the third layer from top to bottom) gradually increases the latitude--to the axial length of the latitude, so the pressure is from the upper part of the ankle joint (31) through the lower part of the ankle joint (10) 32) Gradually increase. The latitude of the main yarn "Y" in the treatment area (42) may be between 40 and 60. The gradually increasing pressure of this treatment zone (42) may be in the range of 20-30 mmHg.

The treatment zone (43) [compression release zone] contains structural changes in the foot compression stockings (10) that are closely attached to the heel and the upper instep of the foot. The heel (33B) of the heel and upper instep area (33) is a deep pocket shape that is reciprocated (woven side). The upper instep area (33A) is an elliptical thin fabric, and it is also possible to use no elastic yarn to reduce bulging and thickening when changing the foot and ankle joint. The pressure in the treatment zone (43) [compression release zone] (third layer from top to bottom) may be less than 15 mmHg.

Treatment zone (44) [high compression zone] (fourth layer from top to bottom) contains elastic yarn "E" with weft in the main yarn "Y" from the treatment zone (43) [compression release zone] towards the treatment zone (45) The latitude-latitude axial lengths of the [Adapted Compression Zone] (the fifth layer from top to bottom) are substantially equal. Due to the relative size of the foot in the posterior sole and midfoot region (34). The latitude of the main yarn "Y" in the treatment zone (44) may be between 40 and 60. The gradually increasing pressure in the treatment zone (44) [high compression zone] may be in the range of 20-30 mmHg. The pressure in the treatment area (42) and the treatment area (44) is sufficient to produce a function of improving the venous system, stabilizing the tissue, and immediately lifting the plantar fascia ligament forward or adjacent to the calcaneus.

Treatment area (45) [Adaptation compression zone] (5th layer from top to bottom) contains elastic yarn "E" with weft in the main yarn "Y" from the treatment area (44) [high compression zone] towards the treatment area (46) [Light compression zone] (the sixth layer from top to bottom) gradually decreases the axial length of the latitude-latitude circle. Treatment area (45) [Adaptation compression zone] The yoke of the main yarn "Y" may be between 40-60. The axial pressure of the treatment area (45) is gradually increased through the forefoot and lower instep areas (35). The increasing pressure in the treatment zone (45) [adapted compression zone] may be in the range of 15-20 mmHg. The knit structure in the treatment zone (46) [mild compression zone] (the sixth layer from top to bottom) is included in the latitude-latitude axial direction toward the end of the foot compression stocking (10). Length of elastic yarn "E". This slows the pressure on the opening area (36) of the toe. The treatment zone (46) [light compression zone] may have a latitude of 20-30 between the main yarn "Y". The pressure of the foot compression stockings (10) in the treatment zone (46) [mild compression zone] may be in the range of 10-15 mmHg.

Referring to the area specified in the eighth figure, the applicant concludes that the exemplary compression stockings can be implemented at various different locations against various pressures around the foot. This pressure is consistent with the shape of the foot and leg shape, so it compresses the venous system, increasing blood flow and flow rate back to the upper body, slowing any swelling, pain, and natural recovery from fluids. When the entire circumference of the foot is compressed, the foot ligament can be lifted by the rigid bone structure of the upper foot by leveraging. This will be gently extracted based on the foot tissue. This compression is only for the area of the anterior aspect of the calcaneus, that is, the position of the plantar fascia connecting the heel (the fourth layer from the top to the bottom), so that the foot ligament can be gently extended upward toward the upper foot structure. Further structural support comes from the lifting function of the compression stockings, which is located just behind the upper heel, around the bottom of the Achilles 第二 (the second layer from top to bottom). The synergistic compression of the fourth layer from top to bottom and the second layer from top to bottom may be sufficient to lift the soft sole, but it does not impose restrictions and discomfort on the wearer. This can be improved by other low compression regions.

For the purposes of the description and definition of the present invention, it is noted that the use of corresponding terms, such as "substantially", "generally", "about", etc., as used herein, means an indeterminate Sex, may be attributed to any quantitative comparison, value, measurement or other means of expression. Under the basic function of the subject matter, these terms are used here to symbolize the extent to which the quantification may change, as the reference datum does not change.

The above-described exemplary embodiments of the present invention, which are not described herein, are to be considered as essential, essential, critical, or essential to the invention, unless explicitly described. While only a few exemplary embodiments are described in detail herein, it will be understood by those skilled in the art that various modifications may be made to these exemplary embodiments without departing from the spirit and scope of the invention. Accordingly, all such modifications as may be included within the scope of the invention.

In the claims, any structurally additional terms are intended to cover the structures described herein, as well as the equivalents of the structure and equivalents. Thus, although nails and screws may not be equivalent to those structures, one nail uses a cylindrical surface to secure the wooden component, while the screw uses a spiral surface to secure the wooden component, and nails and screws may be equivalent structures. The explanation is not intended to be in accordance with the sixth paragraph of § 112 unless the exact meaning of "means" is used in the claims. In addition, its purpose is not to provide a definition of the scope of the patent protection of the present invention. By reading any patent application, it is not found that the patent application itself has a clear limitation.

(10). . . Foot compression stockings

(twenty one). . . Ankle joint

(twenty two). . . Socks

(twenty four). . . Ankle knit

(25). . . Foot part braid

(31). . . Upper ankle area

(32). . . Lower ankle area

(33). . . Heel and upper instep area

(33A). . . Upper instep area

(33B). . . Socks

(34). . . Rear sole and midfoot

(35). . . Front sole and lower instep area

(36). . . Sock opening area

(41). . . Treatment area

(42). . . Treatment area

(43). . . Treatment area

(44). . . Treatment area

(45). . . Treatment area

(46). . . Treatment area

(PF). . . Plantar fascia

[First FIG. 1] is a perspective view of a one-leg compression stocking, showing a compression stocking for a wearer's foot in a broken line in accordance with an exemplary embodiment of the present invention. [Second figure] is a top view of an exemplary foot compression stocking, showing the wearer's foot compression stockings in broken lines. [Third image] A loose side view of the wearer taking off the exemplary foot compression stockings. [Fourth] Another loose side view of the wearer taking off the exemplary foot compression stockings. [Fifth Figure] is a side view of an exemplary foot compression stocking for the wearer, showing the structure of the foot in broken lines. [Sixth image] Through the shadow of the plantar fascia ligament, a perspective view of the foot structure is further indicated by a broken line. [Seventh figure] An exemplary foot compression stocking suitable for the foot of the sixth figure is shown. [Eight image] is a schematic illustration of the knit structure of each region of the exemplary foot compression stocking.

(10). . . Foot compression stockings

(twenty one). . . Ankle joint

(twenty two). . . Socks

(twenty four). . . Ankle knit

(25). . . Foot part braid

(31). . . Upper ankle area

(32). . . Lower ankle area

(33). . . Heel and upper instep area

(33A). . . Upper instep area

(33B). . . Socks

(34). . . Rear sole and midfoot

(35). . . Front sole and lower instep area

(36). . . Sock opening area

(41). . . Treatment area

(42). . . Treatment area

(43). . . Treatment area

(44). . . Treatment area

(45). . . Treatment area

(46). . . Treatment area

Claims (20)

A foot compression stocking is corresponding to a user's foot structure, the foot structure including a calcaneus, a middle portion of the foot, a joint between the toes and the joint between the calcaneus and the metatarsal joint extending to the bottom of the middle portion of the foot. a plantar fascia comprising a main yarn and an elastic yarn for weaving a weft loop to be coupled to the main yarn, and the foot compression stocking comprises a head end and a leg end With respect to the end of the toe, the foot compression stocking comprises: a first high compression zone corresponding to the bottom of the plantar fascia between the calcaneus and the interphalangeal joint; a second high compression a region corresponding to the circumference of the upper part of the calcaneus; and a compression release zone between the first high compression zone and the second high compression zone, thereby slowing down the first high compression zone and the The pressure of the foot between the second compression zones. The foot compression stocking of claim 1, wherein the latitude of the elastic yarn of the first high compression zone gradually increases the pressure toward the axial direction of the end of the toe. The foot compression stocking of claim 1, wherein the latitude of the elastic yarn of the second high compression zone gradually increases the pressure toward the axial direction of the end of the leg. The foot compression stocking of claim 1, wherein the pressures of the first high compression zone and the second high compression zone are substantially equal. The foot compression stocking of claim 1, wherein the pressure of the first high compression zone and the second high compression zone is greater than 20 mmHg, and the pressure of the compression release zone is less than 15 mmHg. The foot compression stocking of claim 1, wherein the first high compression zone and the second high compression zone have substantially equal number of elastic yarn wefts. The foot compression stocking of claim 1, wherein the compression release zone comprises a pocket-shaped garter formed between the first high compression zone and the second high compression zone, thereby slowing down pressure. The foot compression stocking of claim 1, wherein the compression release zone extends beyond the top end of the user's foot to the ankle joint. The foot compression stocking of claim 1, further comprising an adapted compression zone adjacent to the first high compression zone and extending axially toward the end of the toe, the adapted compression zone being adapted Applied to slowing the pressure around the foot between the first high compression zone and the end of the toe. The foot compression stocking of claim 9, wherein the latitude of the elastic yarn of the compression zone is gradually increased in pressure toward the axial direction of the end of the leg. The foot compression stocking of claim 9, wherein the pressure of the adaptation compression zone is between 10% and 50% of the pressure of the first high compression zone or the second high compression zone. The foot compression stocking of claim 9, wherein the first high compression zone and the second high compression zone and the adapted compression zone have substantially equal number of elastic yarn wefts. The foot compression stocking of claim 9, further comprising a light compression zone adjacent the adapted compression zone toward the end of the toe. The foot compression stocking of claim 13, wherein the light compression zone comprises a sutured toe. The foot compression stocking of claim 1, further comprising a light compression zone adjacent the second high compression zone toward the end of the leg. The foot compression stocking of claim 15 wherein the light compression zone comprises a foldable ankle joint. A foot compression stocking is corresponding to a user's foot structure, the foot structure including a calcaneus, a middle portion of the foot, a joint between the toes and the joint between the calcaneus and the metatarsal joint extending to the bottom of the middle portion of the foot. a plantar fascia comprising a main yarn and an elastic yarn for weaving a weft loop to be coupled to the main yarn, and the foot compression stocking comprises a head end and a leg end With respect to the end of the toe, the foot compression stocking comprises: a first high compression zone corresponding to the bottom of the plantar fascia between the calcaneus and the interphalangeal joint; a second high compression a region corresponding to the circumference of the upper portion of the calcaneus; a compression release region between the first high compression zone and the second high compression zone, thereby slowing down the first high compression zone and the a pressure of the foot between the second compression zones; an adapted compression zone adjacent the first high compression zone and extending axially toward the end of the toe, the adapted compression zone being adapted for use in slowing down Pressure around the foot between the first high compression zone and the end of the toe; a light compression zone at the end of the toe, the first light compression zone adjacent to the adapted compression zone; and a second light compression zone at the end of the leg, the second mild The compression zone is adjacent to the aforementioned second high compression zone. The foot compression stocking of claim 17, wherein the pressure of the adapted compression zone is between 10% and 50% of the pressure of the first high compression zone or the second high compression zone. The pressure of the first light compression zone or the second light compression zone is between 10% and 50% of the pressure of the adaptation compression zone. The foot compression stocking of claim 17, wherein the number of elastic yarn wefts of the first light compression zone or the second light compression zone or the adaptation compression zone is substantially equal. A method of treating pain in the heel of the foot, which provides a foot compression stocking according to any one of claims 1 to 19 for use by a user to stretch and support the plantar fascia of the user.