56results about "Hosiery" patented technology

This invention relates to a magnetic compression stocking for the treatment of the widespread varicose vein, characterized in that it comprises a copper wire (2) positioned inside the stocking from the ankle to below the kneecap and wound along the stocking axis of the compression stocking (1) made of double-layered bamboo fabric and around the stocking, a battery holder (4) which holds the lithium polymer batteries in position, arranged in the form of a clamp and located inside the stocking at the ankle, and a housing (3) which includes a mobile application circuit with an inverter which converts the direct current generated by the batteries in the battery holder (4) into alternating current, and a Wi-Fi module.

The leg lifting assistance sock has a sock (1), an upper strap (2), and a lower strap (3). The leg lifting assistance sock (1) utilizes straps that run down the sides of the leg and extend underneath the foot. The leg lifting assistance sock (1) incorporates two different handle options to provide choices to the wearer based on their needs. The upper strap (2) further compromises a plurality of loop grips (21) and a knee strap section (22). The plurality of loop grips (21) are handles that enable the wearer to lift the present invention with both of their hands. The leg lifting assistance sock (1) provides a lift at the knee while assisting the wearer in controlling foot movement. The leg lifting assistance sock (1) enhances mobility, improve stability, and promotes independence for those with limited leg control.

Machine for producing socks (1) for foot reflexology, configured to apply one or more external stimulating elements (2) to socks (1), positioned in the sole area (10) and / or the instep area (11) and / or the lateral areas of the foot, using thermoadhesive material provided between the sock (1) and each stimulating element (2). The machine includes a press (3) comprising: two compression plates (30, 31) and an actuating member (32) configured to bring the two plates (30, 31) into contact and to exert pressure between them, and one or two flat foot-shaped heating shapes (4), which flat foot-shaped heating shapes (4) are provided with integrated heating means.

The utility model relates to technical field of sports socks, concretely is a kind of wide-toe moisture-absorbing quick-drying split-toe sports socks, including sock main body, the sock main body includes toe, by thumb toe part and split-toe part, the thumb toe part and split-toe part are connected with widened part, the sock body includes the sock face of wrapping instep and the sock bottom of wrapping foot bottom, the sock bottom of the sock body is equipped with space bin, and the space bin is located metatarsal bone and phalanx connecting portion of sole of foot.This kind of wide-toe moisture-absorbing quick-drying split-toe sports socks, by adding widened part between thumb toe part and split-toe part, increase the distance between thumb toe and two toes, reduce the pressure and friction to thumb toe inner side when wearing, in addition, space bin is additionally arranged in metatarsal bone and phalanx connecting portion of sole of foot, so that the sports socks can better fit foot, and the wrapping property is stronger, so that the sports socks are more in line with human body structure, and wearing is more comfortable.

To provide leggings that support the wearer's muscles and improve athletic performance. [Solution] The spats 100 according to the present invention comprises a spats body portion 10 that covers the legs, and the spats body portion 10 has a first spats pattern portion 21 located along a part of the iliotibial band (81), a second spats pattern portion 22 located above the knee (91) in the area on the base side of the vastus medialis muscle (82), a third spats pattern portion 23 located above the knee (91) in the area on the base side of the vastus lateralis muscle (83), and a fourth spats pattern portion 24 located along a part of the biceps femoris muscle.

Socks with in-built arch support are a new innovative technology aimed at addressing the common problem of foot discomfort and pain due to the lack of proper support in traditional socks. These socks are designed with strategically placed arch support pads that provide targeted support to the arch of the foot, promoting proper alignment and reducing strain on the feet. By incorporating arch support directly into the sock design, this new technology offers a practical and effective solution for individuals seeking relief from foot discomfort. The targeted arch support helps to stabilize the arch of the foot, create better form, reduce muscle fatigue, and improve overall foot health and comfort. Socks with inbuilt arch support provide a simple yet innovative way to enhance the functionality of everyday socks, making them an indispensable accessory for individuals seeking lasting relief from foot pain.

To provide knitted components and articles, which allow a wearer of, for example, football shoes to feel a ball through a textile and enable the textile of the shoes to have certain levels of traction or grip for ball control and handling.SOLUTION: A knitted component includes: a first surface; and a second surface on an opposite side to the first surface. The first surface of the knit component comprises: first areas each having a first friction coefficient and including a first yarn having a core and coating so that the coating at least partially surrounds the core; and second areas each having a second friction coefficient different from the first friction coefficient and including a second yarn. The first areas and the second areas form an alternating pattern. The alternating pattern is formed so that the first areas account for 40% to 80% of a total surface area of the first surface.SELECTED DRAWING: Figure 1B

A carnival pantyhose for Caribbean and Brazilian carnival costumes that includes two leg portions joined at a high-rising waistband, which defines front and rear wedge-shaped cut-outs extending toward the perineal region, and two wedge-shaped lateral portions extending above the hips to a position at or just below the inframammary region. Each wedge-shaped lateral portion terminates in an opening that allows a strip of the carnival costume to pass through, enabling removable attachment without sewing, stitching, fasteners, or modification of the carnival costume. The carnival pantyhose spans the outer side of the legs, hips, and lateral sides of the upper torso while leaving the front and rear torso areas corresponding to the cut-outs uncovered, preserving carnival costume aesthetics. Made of stretchable material, it conforms to varied body shapes and maintains positional stability. Optional fasteners, such as safety pins, may reinforce attachment to the carnival costume.

The invention relates to a sports textile article intended to cover all or part of the calf and allowing localized, controlled and reversible fine tuning of the compression applied to this area. The article comprises, according to the variants, at least one opening associated with a folding-down portion provided with adjustable fastening means, and / or a weakly compressive or non-compressive textile area associated with a mechanical constriction means, or a combination of these solutions. These devices make it possible to reduce, or even eliminate, or increase the pressure exerted on a given portion of the calf depending on the user's morphology, feeling and muscle volume variations. The invention provides extensive morphological adaptation, dynamic fine tuning while effort is being exerted, a reduction in mechanical stresses, and increased functional comfort, while ensuring the stability of the textile. The assembly constitutes an industrializable solution for customized compression which is not achievable with traditional sports textiles.

This utility model discloses antistatic stockings, belonging to the field of stocking technology. The stockings include a body comprising a waistband, hip / abdomen, legs, and feet. Several moisture-wicking strips are alternately arranged on the inner side of the stocking, extending along the hip / abdomen, legs, and feet. Conductive threads are also incorporated into the stocking, spirally distributed along the legs, with the pitch gradually increasing towards the feet. The alternately arranged moisture-wicking strips reduce the direct contact area between the stocking and the body, absorbing and dispersing sweat, keeping the stocking moisturized, and reducing the possibility of static electricity generated by dry friction. The spirally wound conductive threads further conduct and neutralize static electricity. The moisture-wicking strips are made of multi-strand modal fiber twisted into a moisture-wicking, skin-friendly yarn bundle, providing excellent moisture-wicking and breathability. The conductive threads are made of copper ion fiber and velvet yarn twisted into a conductive yarn bundle, providing excellent skin-friendliness and conductivity.

The invention discloses a sock for treating tibia pain that is made up of three parts: a first part having a thickness between 1 and 4 mm that covers the plantar region of the big toe, a second part having a maximum thickness of 6 mm that covers the metatarsal plantar region, from the first to the third metatarsal, extending from the sulcus of the toes, and a third part having a maximum thickness of 6 mm that covers at most the inner 2 / 3 of the plantar region of the heel. Advantageously, the defined configuration helps to reduce painful symptoms associated with the pathology of tibial periostitis, medial tibial stress syndrome and venous return, thus improving blood circulation in the lower limbs and the feeling of heaviness in daily activities and sports.

This utility model discloses a breathable and non-slip honeycomb running sock, comprising a mid-calf sock body, an elastic band for securing the sock body at its upper end, an Achilles tendon protective pad sewn to the back of the sock body, protective side wings to expand the protective area of ​​the Achilles tendon protective pad fixedly installed on both sides, and an adjustment strap fixedly installed at the front end of the protective side wings. A first breathable mesh and a second breathable mesh are provided on the upper surface of the sock body corresponding to the instep, both of which are honeycomb mesh structures. This breathable and non-slip honeycomb running sock adopts a novel structural design, with an Achilles tendon protective pad and protective side wings inside the sock body. When the sock body is worn, the Achilles tendon protective pad and protective side wings correspond to the wearer's Achilles tendon position, using both to wrap and compress the Achilles tendon, reducing Achilles tendon movement during running and achieving the purpose of Achilles tendon protection.

The present invention provides a thermoregulating therapeutic yarn. The yarn includes a first plurality of fibers, a second plurality of fibers, and nanoparticles. The second plurality of fibers comprises a carbon material. The first and second pluralities of fibers together form a yarn structure. The nanoparticles are adhered to outer surfaces of the first plurality of fibers, second plurality of fibers, or the yarn structure and are capable of upconverting incident wavelengths.

Stocking comprising: a foot section and a leg section adjoining the foot section, which terminates at its upper end with an elastic cuff, wherein the cuff extends in a plane perpendicular to the longitudinal extension of the leg section only over approximately 40% to approximately 60%, preferably approximately 50%, of the circumference and, in contrast to a circular cuff, extends along a depression towards the foot section for the remainder, so that the length of the cuff is at least approximately 50% to approximately 70%, preferably approximately 60%, greater than the length of the cuff if the cuff were to extend completely in or on the plane.

This utility model relates to the field of thermal insulation technology, specifically to an ergonomically designed heated sock with an inner lining. The sock includes an inner lining, one side of which is fixedly connected to a heating wire for foot heating. The heating wire includes a segment located in the arch of the foot, and the other end of the arch segment is fixedly connected to a segment that avoids the sesamoid bone of the first metatarsal bone. The beneficial effects of this device are: the arch segment of the heating wire is routed in the concave arch of the foot, providing warmth and preventing foot discomfort; the segment that avoids the sesamoid bone protrusion prevents the heating wire from compressing the sesamoid bone, improving foot comfort. Since the proximal and distal phalanges of the human foot protrude upwards through the middle phalanx, forming a continuous concave area between the sole and toes, the middle phalanx segment and the middle phalanx loop segment are routed in this concave area, providing warmth and preventing the heating wire from compressing the toes, further enhancing comfort.

This utility model belongs to the technical field of stockings, specifically relating to a warm, bare-leg stocking, comprising a stocking body including a foot area, an ankle area, a leg area, and a knee area. The ankle area connects the foot area and the leg area, and the knee area is located on the leg area. The elastic modulus of the ankle area is greater than that of the foot area but less than that of the leg area. The elastic modulus of the knee area is less than that of both the foot and leg areas. By setting differentiated elastic moduli for different areas, the elastic deformation capacity of different areas can be adjusted, achieving a zoned elastic design and improving wearing comfort.

This invention relates to a football protective sock, addressing the problem that existing football socks do not provide protection for the toes and first metatarsal bone. The sock includes a sock body and a sock cuff connected to the sock body. The sock body has a first soft rubber layer coated on the upper and front sides corresponding to the big toe and second toe, as well as the inner side of the big toe. A second soft rubber layer is coated on top of the first soft rubber layer. The first soft rubber layer has a hardness of 15-18 degrees, and the second soft rubber layer has a hardness of 18-25 degrees. The first and second soft rubber layers ensure comfortable wear and allow for flexible movement while providing cushioning and elasticity to the big toe, protecting it from injury. A third soft rubber layer is coated on the upper and inner sides corresponding to the first metatarsal bone. The third soft rubber layer has a hardness of 15-20 degrees. This third soft rubber layer also ensures comfortable wear and allows for flexible movement while providing cushioning and elasticity to the first metatarsal bone, protecting it from injury.

The present application relates to the field of warm sock manufacturing, in particular to a warm sock manufacturing method, comprising the following steps: step one: point gluing forming anti-skid sock bottom, the treated warm sock blank is sleeved on the storage rack of the automatic point gluing machine, the sliding block is adjusted to make the point gluing machine align with the sock bottom area to be point glued, the point gluing machine is started to coat the anti-skid glue material in dot matrix or stripe shape on the outer surface of the sock bottom, after the point gluing is completed, the air drying assembly is started, the angle of the movable plate is adjusted to make the fan align with the point gluing area, the fan speed is controlled to be 1000rpm-1500rpm, the air drying time is 3min-5min, and the glue layer is surface dried; step two: glue layer curing treatment, the surface dried warm sock blank is transferred to the oven for secondary curing, the oven temperature is set to be 80℃-100℃, the curing time is 10min-15min, the anti-skid glue material is completely crosslinked and cured, and the sock bottom structure with elastic anti-skid convex points is formed; step three: post-finishing and packaging, the cured warm sock is trimmed, the appearance quality is inspected, the qualified products are folded, matched, bagged and then stored.

The present application relates to the technical field of textile fabric, in particular to a sunscreen yarn, a preparation method thereof, a knitted sunscreen fabric, a preparation method thereof and a sunscreen clothing product. The sunscreen yarn comprises an elastic core yarn and a skin layer, the skin layer comprises a wrapping yarn, the wrapping yarn comprises nano-sized titanium dioxide particles and micron-sized metal oxide two-dimensional sheet layers, and the wrapping yarn is spirally wrapped or parallelly wrapped outside the elastic core yarn to form the skin layer. According to the setting of the yarn structure and components, the bottleneck of the traditional fabric that only thick fabric can provide sunscreen function is broken, a full-waveband double-sunscreen mechanism of 'absorption + reflection' is established in the present application, the different scales of titanium dioxide particles or the two-dimensional sheet structure of metal oxide in the skin layer can realize efficient blocking of UVA and UVB full-waveband. In addition, the sunscreen particles matched with the elastic core yarn can also improve the durability of the sunscreen function.

The present invention relates to sensor-integrated socks designed to measure and monitor foot angles and distances in real-time. Each sock is embedded with multiple sensors, including gyroscopes and accelerometers, strategically placed at the heel (S1), midfoot (S2), and optionally near the toes (S3). The sensors collect data on foot orientation and movement, which is transmitted wirelessly via a Bluetooth module to a mobile application. The application processes and displays the data, providing real-time feedback, historical data storage, and customizable alerts. The system includes a sports mode that adjusts thresholds based on physical activity, enhancing accuracy during static and / or dynamic movements. The socks are powered by a rechargeable battery and made from stretchy, breathable fabric for user comfort. This invention offers a non-invasive, cost-effective solution for managing foot conditions such as Metatarsus adductus.

The present utility model relates to an innovative mesh for absorbing and / or releasing fluids for use in sports socks, in order to allow the absorption and / or release of the user's perspiration during the practice of sports such as football, comprising a structural arrangement applied to a sports sock, more specifically intended for use in the practice of sports such as football. The present application comprises a mesh fabric insert (1) having absorbent and / or releasing action, intended to be inserted into openings (2) formed in the calf region of a sports sock (3).

The present invention aims to provide a supporter that can apply effective force around a joint without excessive tightening. [Solution] A supporter comprising: a covering portion that covers at least one of a first portion connected to one side via the wearer's joint and a second portion connected to the other side via the joint; and a locking portion configured to lock onto a portion different from the covering portion of the covering portion, wherein the covering portion is capable of covering the covering portion in the circumferential direction, the covering portion extends from the locking portion with circumferential twisting, and is configured to exert a restoring force on the covering portion that causes it to return to a twisted state from its shape when worn.

Problems for the present invention to be solved is to provide a footwear item that allows the wearer to more effectively perceive that an acupuncture point for insomnia is being stimulated, compared to conventional footwear items. A footwear item 100 according to the present invention is a footwear item for covering at least a human foot, and includes a heel covering portion 120 and a raised portion 125. There is at least one raised portion. This raised portion protrudes toward at least one of an inner side and an outer side of the heel covering portion. This raised portion has corners CN. The raised portion preferably has a polygonal shape, and more preferably has a cross shape when seen in plan view.

The present invention relates to a sports sock, particularly for playing football, comprising an opening at the user's calf, designed to reduce or eliminate compression in that area. This opening is delimited by an elastic or non-elastic seam and covered by a fold-over section secured with hook-and-loop fasteners. This system allows for precise pressure adjustment on different areas of the calf, providing a better morphological fit and helping to prevent muscle injuries related to excessive compression. Various embodiments are proposed, including, in particular, bands with elastic, tabs that can be inserted into reinforced slits, or a simple flexible overlay without mechanical constraint. "Figure to be published for the abstract: Figure 2.a"

This utility model relates to the field of sock technology, specifically a non-slip warm sock, comprising an inner sock body and an outer sock body. The inner sock body includes an inner leg wrap, an inner ankle wrap, and an inner foot wrap connected in sequence. The outer sock body includes an outer leg wrap corresponding to the inner leg wrap, an outer ankle wrap corresponding to the inner ankle wrap, and an outer foot wrap corresponding to the inner foot wrap. The front side of the outer ankle wrap has a first anti-slip structure, and the rear side of the outer ankle wrap has a second anti-slip structure. Both the first and second anti-slip structures have a gathered loop structure, and a wrinkled anti-slip structure is provided between the first and second anti-slip structures. On the one hand, the double-layer warming structure achieves better warmth retention; on the other hand, the multiple anti-slip structures increase the friction between the outer ankle wrap and the shoe, effectively preventing falls.