48 results about "Ankle region" patented technology

Methods of manufacturing a custom arthroplasty resection guide or jig are disclosed herein. For example, one method may include: generating MRI knee coil two dimensional images, wherein the knee coil images include a knee region of a patient; generating MRI body coil two dimensional images, wherein the body coil images include a hip region of the patient, the knee region of the patient and an ankle region of the patient; in the knee coil images, identifying first locations of knee landmarks; in the body coil images, identifying second locations of the knee landmarks; run a transformation with the first and second locations, causing the knee coil images and body coil images to generally correspond with each other with respect to location and orientation.

Methods of manufacturing a custom arthroplasty resection guide or jig are disclosed herein. For example, one method may include: generating MRI knee coil two dimensional images, wherein the knee coil images include a knee region of a patient; generating MRI body coil two dimensional images, wherein the body coil images include a hip region of the patient, the knee region of the patient and an ankle region of the patient; in the knee coil images, identifying first locations of knee landmarks; in the body coil images, identifying second locations of the knee landmarks; run a transformation with the first and second locations, causing the knee coil images and body coil images to generally correspond with each other with respect to location and orientation.

The invention relates to a lacing system (2) for a shoe (1), in particular for an inner shoe, with a cord-type or lace-type tensioning means (12) and looping means (11) for the tensioning means (12) arranged on oppositely lying wall regions (8, 9) of a shoe cut-out (5) extending from an entry opening (3) approximately to as far as an ankle region (4) and having at least one fixing means (18) for the tensioning means (12). In a first tensioning region (13) extending across the ankle region (4), the looping means (11) are arranged more or less opposite one another and in another tensioning region (14) extending in the direction towards the entry opening (3), the looping means (11) are arranged offset in height from one another on the oppositely lying wall regions (8, 9) and the tensioning means (12) in the first tensioning region (13) forms a tensioning loop (32) zigzaging over the shoe cut-out (5), from which a tensioning means cord (30) spanning the shoe cut-out (5) in a zigzag pattern between the looping means (11) forms the other tensioning region (14), and an end region (19) of the tensioning means cord (30) is joined to the shoe (1) by means of the fixing device (18) disposed in the region of the entry opening (3) in a clamped and / or releasable arrangement.

The orthosis comprises a leg portion and a foot portion. The leg portion which extends upwards from the ankle serves to apply therapeutic compression to the leg once the orthosis has been put on. The foot portion which extends from the malleolar region to the toes and covers the instep is a shaped portion that envelops the foot elastically. The dimensioning and the mesh structure of the foot portion are such that 0<Px<Pm<Pb once the orthosis has been put on, Px being the pressure applied to the instep region, Pm being the pressure applied to the malleolar region, and Pb being the therapeutic compression applied to the ankle region. Preferably, Px=5 mmHg±25% and Pm=0.5(Pb+Px)±25%.

A textile anti-gravity decompressant for protecting a patient's heel and ankle includes a padded portion at an ankle region, and ventilation holes formed through the textile covering. The protector further has a strap closure with a fastener that mates with a fastener provided on the outer surface of the textile covering, and where the strap closure includes a patch or other covering over a portion of the fastener to prevent said strap closure from being secured too tightly over a person's heel or ankle.

The therapeutic slipper is a footwear article for slidably receiving a foot, the slipper having a sole, a vamp panel joined to the sole, a toe panel disposed over the vamp panel, a front toe pocket, a quarter panel joined to the sole and at least one rear pocket. The vamp portion is disposed over the toes and covers a lower instep of the foot; the quarter panel covers the sides of the foot, the heel, and the ankle region. The slipper may be used alone or in conjunction with a removably attachable instep panel, having an instep pocket. When the slipper is used with the instep panel, the entire foot is covered and the entire ankle encircled. The front toe pocket, the rear pocket and the instep pocket are designed to receive therapeutic devices that will disseminate a particular effect over different regions of the foot and help relieve foot pain.

The ankle Protection system is conform by an integrated construction in the rear top of the shoe in form of a plastic cushioned shell, that provides protection to the ankle region against impacts in both sides of the foot. An attached flexible membrane positioned in the Aquilles tendon area of shoe system allows the full movement capacity of the foot. The system innovative construction provides a solution to a not seeing problem of injuries cause by impact forces during practice of contact sports. The system is created to avoid the problem of fractures, injuries, open cuts in the skin, bruces and swallows in the ankle region in athletes in the practice of specific sports such as Soccer, Football, Baseball, Skateboard and Skating.

An ankle protector (10) comprises an elastic webbing element (11), formed with a tubular construction thereby to surround and embrace a user's ankle region. The webbing element (11) is defined by upper and lower apertures (12, 13) to enable a user's foot (21) to pass therethrough when putting the ankle protector (10) on. Each of said upper and lower apertures (12, 13) is formed by overlock-stitching (22) an edge of the elastic webbing (11) material, such that said apertures (12, 13) have no perceptible ribs. A cushioning element (17) is attached to the webbing element (11) and is adapted to cover and protect a user's Achilles tendon. The cushioning element (17) protrudes inwardly relative to the circumference of the tubular webbing element (11).

A foot / leg cradle cushion prevents crossing of ankles or legs for long periods of time, which has been associated with circulatory problems related to cardiac or stroke episodes. The cradle cushion is a soft yet sufficiently supportive device whereby the feet and / or lower legs are held separated from each other and prevented from being crossed. The cradle cushion has a pair of outer flange walls extending upward from a base with a taller middle wall that separates the feet or lower legs of the user. Thus is formed a U-shaped recess on either side of the central wall which would receive each foot and / or leg separated by the width of the central wall. This effectively prevents leg crossing which causes compression of the user's circulatory system in both lower legs and ankle regions.

A sandal construction including a sole assembly, an adjustable strap system, and an ankle post extending up from and affixed to the sole in the ankle region. The ankle post includes three slots arranged in a generally triangular configuration. The strap system includes a strap, a portion of which is threaded through the slots in the ankle post and extending behind the heel of a wearer's foot and from the ankle region into the forefoot region. The strap is folded as it passes between two slots to control the orientation of the strap portions and to allow deliberate adjustment of the strap, but resist unintentional movement of the strap. The strap is selectively moveable through the slots to loosen and tighten the strap through both the ankle and forefoot regions to adjust the fit of the sandal to the wearer's foot.

A clean room shoe article, e.g., shoe, boot, safety shoe, safety boot. The article has a sole region. The article has an upper particle free polymer material having a toe region and an ankle region. The upper particle free polymer material is coupled to the sole region. The upper particle free polymer material is capable of enclosing a foot of a human user. The toe region houses an entirety of toes of the human user. The article has a steel toe housing member enclosing and protecting the entirety of the toes of the human user. The article has an enclosure provided in the toe region of the upper particle free polymer material. The enclosure is adapted to house the steel toe housing member. A sealing region is provided within a vicinity of the enclosure. The sealing region is adapted to maintain the steel toe housing member within the enclosure and is also adapted to open and remove the steel toe housing member from the enclosure provided in the toe region of the upper particle free polymer member.

A support structure for use with an external fixator assembly including, but not limited to, a fixator assembly for the ankle area of the body which may further include an ankle stabilization portion. The support structure is similar in function but distinguishable in structure from a “halo-ring” and comprises a base having a substantially annular configuration and being operatively disposed in at least partially surrounding relation to a leg area corresponding to the stabilized ankle area. An extension structure includes at least one but preferably a plurality of two elongated extension members extending outwardly from the base and in spaced relation to and substantially aligned with the ankle stabilization portion. The base and the two extension members are structured for connection to a plurality of struts which may be variably and selectively disposed in interconnecting relation to the ankle stabilization area and / or other portions of the external fixator assembly.