689 results about "Shoe laces" patented technology

Disclosed is a footwear lacing system comprising a lace attached to a tightening mechanism. The lace extends through a series of guide members positioned along two opposing footwear closure portions. The lace and guides preferably have low friction surfaces to facilitate sliding of the lace along the guide members so that the lace evenly distributes tension across the footwear member. The tightening mechanism allows incremental adjustment of the tension of the lace. A release mechanism allows a user to quickly loosen the lace. A safety mechanism inhibits unintentional and / or accidental loosing of the lace.

The automatic shoe lace tightening system or power lace has a switch on the shoe upper to activate a small battery powered slow speed motor fixed into a recess in the heel which winds in onto the winder spool the smooth plastic or wire lacing cord passing through guiding tubes positioned across the shoe tongue and down the side of the shoe through to the motor housing upon which the tightening cord draws together the lace loop plates fixed either side of the shoe's upper adjacent to the tongue by passing in a zig-zag through cord loops fixed to and along the lace plates with the end of the cord attached to the bottom of one of the plates and the desired tension of the cord and shoe fit is automatically held in place as the cord passes through a sprung loaded clamp which can then be manually released to loosen the shoe.

An article of footwear includes a woven region. A fit adjustment system includes a lace strap superimposed with strands of material forming the woven region. The lace strap is routed around the shoe and forms opposing pairs of lace holding elements such as lace loops. More specifically, the lace strap extends downwardly from a lace holding element on a first side of the upper, across and underneath the footbed, around the heel region, back across and underneath the footbed, and upwardly to form a lace holding element on the second side. By the routing of the lace strap, the lace strap is integrated with the heel and arch portions of the shoe. A shoe lace is routed through the lace holding elements and may be adjusted to affect the fit of the upper to a foot of a user.

The present invention provides a floating anatomical protector for use in articles of footwear, and is particularly suited for footwear employing a wraparound lacing system. The floating anatomical protector preferably does not directly contact the superstructure of the article of footwear when worn. Instead, the lacing or other fastening system retains the floating anatomical protector in place over the wearer's foot and / or leg. For instance, the instep region of the foot, the shin, Achilles heel, calf, etc. may be covered by the floating anatomical protector. Multiple segments or separate protectors may be used. The lace may run between different layers of the floating anatomical protector. Also, the floating anatomical protector may directly contact the wearer's skin, or it may be used in conjunction with a bootie, sock or other intermediate material.

The automatic shoe lace tightening system or power lace has a switch on the shoe upper to activate a small battery powered slow speed motor fixed into a recess in the heel which winds in onto the winder spool the smooth plastic or wire lacing cord passing through guiding tubes positioned across the shoe tongue and down the side of the shoe through to the motor housing upon which the tightening cord draws together the lace loop plates fixed either side of the shoe's upper adjacent to the tongue by passing in a zig-zag through cord loops fixed to and along the lace plates with the end of the cord attached to the bottom of one of the plates and the desired tension of the cord and shoe fit is automatically held in place as the cord passes through a sprung loaded clamp which can then be manually released to loosen the shoe.

A self tying shoe wherein the weight of a user who, upon sliding his foot inside the shoe will depress a hingedly movable inner sole which actuates a mechanism which pulls on the laces so as to close in the tongue of the shoe towards the user's foot, thus lacing the shoe. The user can simply pump the inner sole or walk a couple of steps to accomplish the lacing of the shoes. Using his other foot, the user can move a knob in either one of two positions, one being for tying and the other being for untying the shoe. Most of the mechanical components are situated underneath the movable inner sole and are interconnected in a way reminiscent of the cooperating interconnections of clockwork.

A tightening shoe is provided with a sole, an upper and crisscrossing laces. The lace ends project into the shoe structure where they are received by a tightening mechanism. The tightening mechanism includes a winding gear for winding the lace ends about its perimeter to withdraw the laces into the tightening mechanism's interior chamber. In addition, the tightening mechanism includes a drive gear which is rotated by a pre-wound tightening cable which is positioned immediately adjacent to the winding gear. Preferably, the winding gear and drive gear are positioned within the shoe's sole so as to rotate about a vertical axis relative to the shoe's structure.

An article of footwear having an upper, a sole, and a tightening system, the tightening system having a tightening plate arranged in the area of the instep zone of the article of footwear, the tightening plate having on each medial and lateral side, respectively, at least one channel for the passage of a tightening cord / lace, the sole and / or the upper having on each medial and lateral side, respectively, at least one guide arranged in the vicinity of the sole and adapted to the passage of the tightening cord / lace, the tightening cord / lace having at least one strand running along an alternating path between each guide and channel of the upper / sole and tightening plate, respectively, a blocking mechanism being associated with each strand of the cord / lace, the tightening plate being displaceable at least vertically in relation to the sole by traction on the cord / lace.

An article of footwear provided to receive the user's foot and including a lacing device, the lacing device including a lace, at least two guides provided to enable a lace to slide relative thereto within a lacing zone, and a blocker capable of blocking relative movement of the lace, the blocker including a control member to unblock the lace. The article of footwear has an open position, facilitating insertion of the user's foot, and a tightened position firmly retaining the foot within the article of footwear. The switch from the open position to the tightened position is carried out via a traction on the lace, and the switch from the tightened position to the open position is carried out via a traction on the control member of the blocker.

The present invention provides a floating anatomical protector for use in articles of footwear, and is particularly suited for footwear employing a wraparound lacing system. The floating anatomical protector preferably does not directly contact the superstructure of the article of footwear when worn. Instead, the lacing or other fastening system retains the floating anatomical protector in place over the wearer's foot and / or leg. For instance, the instep region of the foot, the shin, Achilles heel, calf, etc. may be covered by the floating anatomical protector. Multiple segments or separate protectors may be used. The lace may run between different layers of the floating anatomical protector. Also, the floating anatomical protector may directly contact the wearer's skin, or it may be used in conjunction with a bootie, sock or other intermediate material.

A hoof boot has a base, a heel captivator, and a pivoting mechanism that disposes the heel captivator to pivot relative to the base, preferably in a manner that allows the heel captivator at least three degrees of freedom of movement relative to the base. The heel captivator is preferably low in the rearmost portion, which provides clearance for the pastern bones of the equine lower leg to descend upon weight bearing during movement at various gaits. To reduce the possibility for bruising and chaffing of soft tissue around the pastern bones, and to help eliminate accumulation of debris, preferred heel captivators have an open mesh architecture. Heel captivators can alternatively or additionally be designed with fabric covered neoprene or other liners. Boots are preferably tightened using mechanically advantages laces.

A hoof boot has a base, a heel captivator, and a pivoting mechanism that disposes the heel captivator to pivot relative to the base, preferably in a manner that allows the heel captivator at least three degrees of freedom of movement relative to the base. The heel captivator is preferably low in the rearmost portion, which provides clearance for the pastern bones of the equine lower leg to descend upon weight bearing during movement at various gaits. To reduce the possibility for bruising and chaffing of soft tissue around the pastern bones, and to help eliminate accumulation of debris, preferred heel captivators have an open mesh architecture. Heel captivators can alternatively or additionally be designed with fabric covered neoprene or other liners. Boots are preferably tightened using mechanically advantages laces.

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 present invention provides a wraparound lacing system for use in all manner of footwear. The lacing system includes a lace which encircles the upper and midsole of the article of footwear in a spiral, helical, coiled or similar wound wraparound pattern. The upper includes finger members which independently adjust to the contours of the wearer's foot while providing a snug and secure fit. The upper and midsole are integrally formed as a unitary structure. The housing of the upper and the midsole includes channels therein which receive the wraparound lace. The lace can be affixed at one or both ends to the midsole or to the upper. Removable lace end keepers on the upper permit the user to adjust the length of the lace.

The present invention provides a wraparound lacing system for use with footwear. The lacing system includes a lace which encircles the housing of the article of footwear in a spiral, helical, coiled or similar wound wraparound pattern. The housing includes finger members which independently adjust to the contours of the wearer's foot while providing a snug and secure fit. The housing of the upper and the midsole includes channels therein which receive the wraparound lace. The lace can be affixed at one or both ends to the midsole or to the upper. Removable lace end keepers on the upper permit the user to adjust the length of the lace. Recessed cavities may be positioned along the lacing channels to promote easy adjustment of the lace. The lace may run along channels formed between fingers and an overlying shell structure. The lace may run through a tube structure within the channels.

The present invention provides a wraparound lacing system for use with footwear. The lacing system includes a lace which encircles the housing of the article of footwear in a spiral, helical, coiled or similar wound wraparound pattern. The housing includes finger members which independently adjust to the contours of the wearer's foot while providing a snug and secure fit. The housing of the upper and the midsole includes channels therein which receive the wraparound lace. The lace can be affixed at one or both ends to the midsole or to the upper. Removable lace end keepers on the upper permit the user to adjust the length of the lace. Recessed cavities may be positioned along the lacing channels to promote easy adjustment of the lace. The lace may run along channels formed between fingers and an overlying shell structure. The lace may run through a tube structure within the channels.

A lacing system includes a lace loop attached to a strap. The lace loop is threaded through eyelets of a sneaker, in such a manner that, a single pull on the strap, causes the lace segments to move through the eyelets of the sneaker opening, so that the entire length of the opening contracts simultaneously. This pull lifts the entire arch area, thus providing better support. The lace segments converge at the strap, near the ankle, thus providing better support at the ankle. Additional lace segments could be disposed above the arch to provide better arch support. A strap or fastening member may attach to the sneaker by either a ratchet buckle, clasp, hook, snap, or a hook-and-loop fastener. The sneaker opens to it's maximum width, automatically when the user steps out.