EP2769636A1 - Chaussure - Google Patents

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Publication number
EP2769636A1
EP2769636A1 EP14156431.0A EP14156431A EP2769636A1 EP 2769636 A1 EP2769636 A1 EP 2769636A1 EP 14156431 A EP14156431 A EP 14156431A EP 2769636 A1 EP2769636 A1 EP 2769636A1
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EP
European Patent Office
Prior art keywords
zipper
lacing
shoe
lace
loops
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Granted
Application number
EP14156431.0A
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German (de)
English (en)
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EP2769636B1 (fr
Inventor
Bernhard Stumpp
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Individual
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Individual
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Publication date
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Publication of EP2769636A1 publication Critical patent/EP2769636A1/fr
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Classifications

    • A—HUMAN NECESSITIES
    • A43—FOOTWEAR
    • A43B—CHARACTERISTIC FEATURES OF FOOTWEAR; PARTS OF FOOTWEAR
    • A43B7/00—Footwear with health or hygienic arrangements
    • A43B7/32—Footwear with health or hygienic arrangements with shock-absorbing means
    • A—HUMAN NECESSITIES
    • A43—FOOTWEAR
    • A43C—FASTENINGS OR ATTACHMENTS OF FOOTWEAR; LACES IN GENERAL
    • A43C11/00—Other fastenings specially adapted for shoes
    • A43C11/008—Combined fastenings, e.g. to accelerate undoing or fastening
    • A—HUMAN NECESSITIES
    • A43—FOOTWEAR
    • A43C—FASTENINGS OR ATTACHMENTS OF FOOTWEAR; LACES IN GENERAL
    • A43C11/00—Other fastenings specially adapted for shoes
    • A43C11/12—Slide or glide fastenings

Definitions

  • the present invention relates to a shoe having at least one opening and / or widening portion for facilitating the getting in / out, wherein the opening and / or widening portion at least one lacing and at least one zipper are associated, so that the opening and / or widening portion Tensioning the lacing and / or closing of the zipper is closable or constrictable, wherein the lacing extends along at least one side of the zipper, bridging a shoe wall slot between the zipper and an adjacent edge region of the shoe wall, the lacing reciprocating by both sides the deflection of the shoe wall slot is threaded.
  • closure means such as a lacing are incorporated into the upper, by means of which a usually slit formed opening and / or widening portion of the upper shoe can be closed or narrowed.
  • the mentioned opening or widening section in this case usually comprises opposite sides or flanks of the Schuhwandschlitzes arranged pull sections which are opposite to each other and can be stretched or pulled towards each other, for example, by a shoe lace, so that the distance between them is reduced or the corresponding shoe section is pulled closer.
  • the said tensile sections can in this case be formed by edges of the upper shoe or shaft or attached thereto and, in the case of a lacing, be provided with eyelets as a tensioning device, through which a lace boot is threaded.
  • Such opening or widening sections are widely used from classic shoes to sports shoes, but especially important in higher shoe models such as ankle boots or boots to achieve a good fit with simultaneous easy entry and exit.
  • a zipper also allows an opening or widening section of greater length to be quickly and easily closed and opened.
  • such a zipper suffers from the fact that the degree of constriction when closing can not be adjusted individually.
  • a zippered shoe fits either exactly or it is too wide or too narrow because the opening or widening portion can no longer be individually tightened or contracted individually.
  • the company Haix is known for a boot, which in addition to a zipper includes a lacing that extends to the right and left of the zipper.
  • the lacing comprises a special lace guide, in which the lace is always alternately guided by ⁇ sencrue on the right and left side of the shoe wall slot, so that alternately cloister sections, with which the shoe lace crosses the shoe wall slot, and longitudinal sections in which the laces parallel to Shoe wall slot runs, forming.
  • this Schuhaus entry it is difficult to selectively meter the voltage obtained by the lacing and to measure different degrees in different lacing sections, for example, down tight and lace up easily.
  • the DE 20 2008 010 536 shows a similar boot, in which also in addition to a zipper, a lacing is provided, which extends to the right and left of the zipper.
  • a pull cord should be attached, which is guided by a mounted on the upper shoe edge Umlenkexcellent to avoid oblique train on the zipper pull.
  • the DE 33 45 661 A1 proposed to store the eyelets, through which the laces of a lace boot zigzagged, at the edges of the opening portion of the upper shoe to be longitudinally displaceable.
  • the lacing can be loosened or loosened by the eyelets are pushed together down so that the opening portion can be spread.
  • the lacing can close the opening portion by sliding the eyelets upwards so that the lacing closes the opening portion again. Moving the eyelets is quite tedious.
  • a uniform tension can only be achieved by the eyelets are individually adjusted.
  • the present invention has the object to provide an improved shoe of the type mentioned, which avoids the disadvantages of the prior art and further develops the latter in an advantageous manner.
  • the present invention has simple and rapid operability to achieve the best fit with adaptability to different feet without affecting the robustness of the shoe under harsh wearing conditions and to reduce the safety when wearing.
  • the lacing is arranged on the inside and is threaded through deflecting means, which are provided on the inside of the shoe wall.
  • the shoelace does not pass through the shoe wall and can be formed without lying on the shoe outside Schnürungsabête.
  • the lacing in the closed state over its length at least partially, in particular completely, are covered to the outside.
  • the lacing can be arranged in particular lying under the zipper carrier and the adjacent edge region of the opening and / or widening portion, so that the zipper carrier together with the adjacent upper shoe material covers the lacing and this is at least partially not visible.
  • said deflection means may be in the form of flexible loops, for example in the form of band loops, on the Shoe wall inside mounted fixed, for example, can be sewn.
  • the loops mentioned can advantageously be oriented in such a way that main axes of the feedthrough openings formed by the loops extend substantially parallel or tangentially to the edge regions of the shoe wall slot which is bridged by the lacing. If, for example, said shoe wall slot extends approximately parallel to the tibia, the loops are arranged in such a way that their feedthrough openings likewise extend approximately parallel to the tibia.
  • said loops are mounted near the edges of the shoe wall slot, wherein the loops on the inside of the shoe wall may be slightly set back from said edges to allow complete closure of the shoe wall slot by the lacing. In order to apply little and to avoid too tight lacing with overlaps of the edges of the shoe wall slot, said loops may be provided approximately flush with the Schuhwandschlitzrs.
  • arranged on opposite sides of the Schuhwandschlitzes loops can be arranged offset to each other, so that viewed in the longitudinal direction of the Schuhwandschlitzes a respective deflection on one side of the Schuhwandschlitzes between two deflection on the other side of the shoe wall slot is arranged.
  • a lace is alternately formed around a right deflection means and a left deflection means - i.e. a deflection on the right side of the shoe wall slot and a deflection on the left side of the shoe wall slot - deflected, the laces takes a meandering course.
  • an effective closing is achieved and at the same time overstretching or too tight tightening avoided, since the meandering becomes flatter with increasing contraction and thereby the laces tension is less strongly implemented in further closing shoe.
  • the meandering back and forth threading could be provided over the entire lacing.
  • the lacing in the lower portion of the shoe below the ankle while rolling can work back and forth, so that the shoe is more supple, while in the shaft portion a tight fit is achieved.
  • a double Schnürgang in which a shoe lace is threaded on each side of the shoe wall slot only by each second deflection.
  • the respective shoelace or lace part can take a sawtooth-like Schnürsenkelgang, which alternately connects once adjacent deflection when crossing the Schuhwandschlitzes and thus approximately perpendicular to the slot longitudinal direction and on the other hand connects two non-adjacent loops at the next cross passage by omitting a loop, so that a relatively shallow, to the slit longitudinal direction pointed cloister arises.
  • two laces or two sections of the same shoe lace are threaded mirror images of each other.
  • the lacing in development of the invention may be assigned means for producing different high lace tensions in different lacing sections.
  • the lace tension is evened out over the length of the lacing, at least after some time of wearing. If, for example, the lacing is first strongly tightened in a foot section while a shaft section is laced looser, the shoe lace slips, so that, over time, the foot section and the shaft section become slippery sets an equally middle voltage.
  • a middle section of the lacing between the upper and lower lacing ends a Schnürsenkelbremse and / or at least one clamping and / or clamping and / or adjusting means for clamping and / or clamping the shoelace between the be assigned to upper and lower lacing ends.
  • Such a tensioning and / or clamping or adjusting means or said lace brake makes it possible to set a different tension in a lower lacing section than in an upper lacing section, without the lacing tension becoming uniform over time as a result of wearing.
  • said adjustment or clamping and / or clamping means can be arranged in particular in a transition region between the shoe upper and shoe holder or the transition region between foot section and shaft section of the upper shoe in order to be able to set the lace tension differently in the foot section than in shank portion.
  • a Schnürsenkelbremse which slows down an adjustment of the shoe lace between said Schnürungsabitesen, for example in the sense of a friction brake inhibits and / or delayed and / or completely blocked.
  • a Schnürsenkelbremse may for example be designed in the manner of a rope brake, which allows slipping or readjustment of the shoe lace in the released state or at low voltage, on the other hand blocked at the intended tensile stress.
  • a Schnürsenkelbremse include a sliding Umlenksteg, is guided by the shoelace, which deflection bar shifts under lace tension to a blocking position.
  • adjusting or clamping and / or clamping means can be provided as adjusting or clamping and / or clamping means a rotatable, for example, designed in the manner of a knob laces winds around which the laces is guided around, so that by twisting the laces winch tenses the laces on one side and loosens on the other side.
  • said lace winch is designed as a capstan, around which the lace is guided and from which the lace runs on both sides.
  • the one end running is guided in the lower part of the lacing, while the other expiring end is guided in the upper part of the lacing, so that by twisting the winch knob in one direction, the upper lacing portion tensioned and the lower lacing portion is loosened and twisted conversely, in the opposite direction, the upper lacing portion is loosened and the lower lacing portion is tensioned.
  • said lace winch can be designed self-locking in terms of their twistability, for example in the manner of a detent, so that it does not move under the usual Schnürsenkelzug originallyn by itself, but only by adjusting from the outside, in particular by hand is adjustable.
  • the shoelace is advantageously looped around the aforementioned lace winch, that when turning the winch upwards the shoelace is tightened in the lower area and loosened in the upper area, so that an intuitive operation results.
  • the shoelace can only be wrapped around the aforementioned lace winch.
  • the laces on the laces winds but also be detectable, for example by attached to the winch locking and / or clamping means, so that in addition to said adjustment also a readjustment or addition function on the winch can be achieved. If the shoelace is there a little bit tightened and found, additional tension is generated in the lacing both below and above the winch button, which can then be adjusted differently by turning the shoelace winds in the different areas again.
  • lace winch allows easy adjustment of the lace tension, especially in conjunction with provided on the upper shoe or boot edge shoelace locking means. It only needs the laces tightened at the top of the shoe and strained and found. By twisting the shoelace winch in a preferably central portion of the lacing, the tension in the upper and lower lacing portions can then be adjusted as desired.
  • a bottom-up threaded laces can be provided, which can be stretched away from an upper shoe edge by pulling upwards.
  • a locking means can be assigned to the upper lace section, which holds the shoe lace in the desired longitudinal position on the shoe wall and / or determines the set laces.
  • a locking means may for example be a lace clamp in the sense of a cable clamp.
  • the zipper or a zipper carrier connected to the zipper is fastened longitudinally displaceably to the shoe wall at its lower end.
  • the zipper can shift in relation to the shoe wall, in particular the shoe upper, in the instep area and thus does not lead to an indentation of the shoe wall.
  • a one-handed operation of the zipper is made possible when closing, since the lower end of the zipper does not need to be held with the other hand.
  • the fastening means for such a longitudinally displaceable fixing of the zipper on the shoe wall can in principle be designed differently, in particular in the form of sliding guide means with limited clearance or limited longitudinal displaceability.
  • a fastener be guided in a longitudinal groove which extends approximately parallel or tangential to the longitudinal axis of the zipper.
  • a rivet or screw-fastening bolt may be attached to the zipper or zipper carrier and be received in a longitudinal groove in the shoe wall or on the shoe wall, so that a piece of mobility is enabled.
  • the attachment means may be formed immovable or with little play in perpendicular axes so that the attachment means are substantially uniaxially moveable.
  • the longitudinal displaceability or the said sliding guide means can advantageously be designed in such a way that the zipper is in a flat uprising of the shoe on the ground in its maximum upwardly displaceable position, so for example, said fastening bolt is present at the upper end of the slot.
  • the said limitation of longitudinal displacement could, of course, also be achieved in other ways, for example by assigning a stop on which the zipper is present when the shoe is in a flat position on the ground so that the zipper can not continue upward.
  • the longitudinal displaceability downwards is ensured, so that the zipper can be moved downwards from said position, in particular so as not to impair the wearing comfort during the unrolling of the shoe while walking.
  • the said fastening means are advantageously formed independently of the said lacing or not formed by laces.
  • the said fastening means are provided in addition to the lacing, which of course also connects the zipper and the zipper halves with the adjacent shoe wall.
  • the lacing may extend along at least one side of the zipper and to connect one half of the zipper to an edge region of the opening and / or widening section adjacent to this zipper half.
  • the lacing may extend back and forth between said zipper half and the adjoining edge region of the opening and / or widening section in order, by tightening or loosening the lacing, to draw said zipper half closer or less far to said edge region. Due to the laces extending to and fro on a zipper side, a gap region between zipper and adjoining upper shoe edge and thus the narrowness or width of the opening and / or widening section can be adjusted.
  • the zipper in at least one zipper portion, in which the lacing in such a manner reciprocally extends on one side of the zipper, is not crossed by the lacing, so that transverse forces across the opening and / or widening portion are entirely transmitted by the zipper become.
  • the lacing and the zipper are connected one behind the other in the transverse direction, so that said transverse forces are transmitted successively through the lacing and the zipper.
  • two rows of loops may be provided on said zipper side, one row of which is attached to a zipper carrier and the other row is attached to the edge portion of the opening and / or expanding portion, with a lace being threaded back and forth through said pair of loop rows.
  • the lacing extends back and forth along both sides of the zipper, without crossing the zipper.
  • the lacing may include lacing portions on both sides of the zipper that reciprocate along at least one zipper portion without the zipper being crossed by the lacing in said zipper portion.
  • the zipper transmits the lateral forces passing over the opening portion, and connects the two lace portions to the right and left of the zipper when the zipper is closed.
  • the lacing here may comprise four rows of loops, two of which extend on one side of the zipper and the other two on the other side of the zipper.
  • a shoelace may hereby be threaded back and forth through a pair of loops on one side of the zipper and through a pair of loops on the other side of the zipper, which may be two separate laces, one of which is on the left side of the zipper and another laces on the other side of the zipper is threaded back and forth.
  • a common shoelace on both sides of the zipper can be threaded through the loop rows provided there, wherein here advantageously only a single lace string crosses the central axis of the opening and / or widening section or the zipper, in particular at the lower end of the zipper goes from the right side to the left side of the opening or widening section.
  • the shoe can be opened and closed without opening and closing the laces by simply pressing the zipper.
  • the lacing is used solely to adjust the narrowness or width of the shoe and can be set in the sense of a default once with the zipper closed. Accordingly, the lacing can be attached to the shoe separately, independently of the zipper, so that the zipper can be operated freely and independently of the lacing.
  • the lacing may also be provided to actuate the lacing through the zipper or to couple with it, so that the shoe wearer when putting on the shoe only has to operate the zipper and this case, the lacing, so to speak automatically mitbetätigt.
  • the lacing is advantageously coupled to the zipper such that closing the zipper tenses the lacing.
  • the tension and constriction resulting from the closure of the zipper can be controlled via the lacing that is being pulled, whereby an individual self-adaptation to the respective foot contour takes place here, since the lacing is stronger where there is more air than where the shoe already fits closer.
  • the lacing itself does not have to be tense and closed by a knot or a bow. Instead, only the zipper needs to be pressed.
  • At least two strands of the lacing can be connected in the manner of a shearing with a slider of the zipper.
  • the travel of the zipper can be doubled, ie the lacing is tightened or loosely loosened by a laceshaft stroke that is twice as large as the travel the zipper slider.
  • the slider pulls both strands taut, which apart from the mentioned doubling of the travel also allows a more uniform initiation of the resulting lacing because the laces can be stretched from different sides, such as right and left.
  • the strands connected to the slider of the zipper extend into different sides of the lacing, for example, such that one strand is threaded into a deflection loop on the left side and the other strand is threaded into a deflection loop on the right side of the lacing.
  • the lacing adjustment means for adjusting the lacing length and thus associated with the closing of the zipper reachable lacing tension.
  • the aforementioned adjustment means can in principle be designed differently.
  • length adjustment can be provided to change the length of the lace of the lacing, which can be done, for example, that the lace looped by a releasable clamping means, so that by adjusting the clamped from the clamping means loop length and thus the "dead length" actually in the lacing running length of the lace can be varied.
  • said length adjustment means may comprise an adjustment device on the slider of the zipper in order to be able to change the portion of the lace fastened to the zipper slider, i. Pull the shoelace on the zipper slider more or less taut and then fix it.
  • a presetting of the lacing length or the accordingly achievable lacing tension can also be carried out by changing the length of the lacing path that the laces must take.
  • the presetting means may comprise at least one preferably hook-shaped deflection element on which the shoelace can optionally be deflected or not deflected in order to lengthen or shorten the path which the shoestring must take.
  • the shoe 1 may be formed as a boot whose upper shoe 2 extends over the ankle and comprises a foot portion 2a and a shaft portion 2b.
  • the upper shoe 2 is connected in a conventional manner with a sole 3.
  • Said upper shoe 2 may be formed closed.
  • the upper shoe 2 comprises an opening and widening portion 4, which according to the illustrated embodiment on a front side of the shaft portion 2b extends into the foot portion 2a.
  • said opening and widening section 4 could also extend on one side, for example on an inner side of the shaft section 2b.
  • the front assembly shown in the figures is preferred because the lacing can better adjust the fit of the shoe.
  • Said opening and widening portion 4 can be formed in a manner known per se as a slot-shaped opening of the upper shoe 2, which can be closed by closure means.
  • the said closure means in this case include, as the figures show, a lacing 5 and a zipper 6 to close said opening and widening portion 11 and narrow, so that the upper shoe 2 fits snugly against the foot.
  • the lacing 5 and the zipper 6 in this case extend along said opening and widening section 4 and thus substantially parallel to one another, the lacing 5 not crossing the zipper 6, but only laterally along with respective reciprocating lacing sections 5a and 5b of the zipper 6 extends.
  • the aforementioned lacing portions 5a and 5b connect the zipper 6 to the adjacent edge portions of the opening and / or expanding portion 4 and the adjacent upper of the shoe, respectively.
  • the zipper 6 extends in the manner of a tongue between the edges 4a and 4b of the opening and widening portion 4.
  • the lacing 5 and the two Schnurungsabête 5a and 5b bind the tongue formed by the zipper 6 on said edges 4a and 4b of the opening and widening portion 4 and bridge the shoe wall slots 15a and 15b between said tongue and said edges 4a and 4b.
  • the lacing 5 comprises four rows of deflection loops 7 which are arranged in pairs distributed along the edges of the opening and widening section 4, so that two rows of the deflection loops 7 on the right side and two other rows on the left side of the opening opening and Extension section 4 extend.
  • the aforementioned deflection loops 7 can hereby be slack band loops, but in principle also hooks for hooking the shoelace 8, loops or other deflection means for the aforementioned shoelace 8.
  • Fig. 2 shows is a loop row 7aa - according to the direction of the Fig. 2 on the left edge 4a of the opening and / or widening section 4 and a second row of loops 7ab on the adjoining zipper carrier 13a of the left zipper half.
  • the zipper 6 is at the edge 4b of the opening and / or widening portion 4, a further loop row 7bb and the adjoining zipper carrier 13b of the other zipper half a further loop row 7ba arranged.
  • the loops 7 are arranged approximately flush with the edges of the shoe wall slot, possibly slightly set back to allow a complete closing of the shoe wall slot 15a and 15b.
  • the loops 7 are advantageously oriented such that the through holes or threading openings defined by the loops 7 extend with their main axes parallel or tangential to the edges of the respective shoe wall slot 15a or 15b, cf.
  • the loops 7 may be formed by folded band material and are advantageously fixedly attached to the shoe wall material or the zipper carrier, said loops 7 being arranged on the inside of the shoe wall which faces the foot or leg.
  • the lace 8 is threaded back and forth on the left side of the zipper through the rows of loops 7aa and 7ab, so that it connects on the said zipper side reciprocally the zipper carrier with said edge region of the upper shoe. Also, the lace 8 - or a second lace - on the other side of the zipper is threaded back and forth through the loop rows 7bb and 7ba provided there to connect the other zipper half to the other edge of the opening and / or widening portion.
  • each lacing section 5a and 5b can be threaded in the double cloister, in particular such that the laces 8 meander between right and left loops, but on each side, ie in each loop row 7aa or 7ab only by every second loop is threaded, so that there is a total of a sawtooth-shaped meandering. Nevertheless, in order to thread through all the loops, the lace 8 is threaded through two lasts, wherein the second strand is threaded through the loops released from the first strand, so that two intersecting meandering paths result, cf. Fig. 2 ,
  • the lace 8 is advantageously threaded from bottom to top and can be fixed to the upper shoe edge by locking means 11, for example in the form of a cable clamp 12. Accordingly, the shoelace only needs to be pulled up out of the shoe and fixed there to tension the lacing 5.
  • the lacing 5 is concealed under the zipper and the edges of the opening and widening portion, so that the lacing is not visible from the outside of the shoe and is not exposed to external influences.
  • the said loop rows 7aa and 7bb can be set away from the edges of the opening and widening section 4 inwards and the loop rows 7ab and 7ba can be offset a little way from the edges of the zipper fasteners 13 to the zipper 6.
  • the edge regions 4 a and 4 b of the opening and widening section 4 may be designed to overlap or overlap the zipper 6 so that the zipper carrier 13 and the lacing 5 carrying the respective zipper half are covered.
  • the zipper may in this case be a conventional hook zipper or alternatively also in the form of a molding profile closure, as known, for example, in freezer bags, be formed.
  • a slider 9 which brings the positive locking elements during displacement with each other or vice versa disengaged.
  • a grip element can be pivoted in a manner which is also known per se, in order to move the slider 9 up and down or to be able to pull it.
  • the zipper 6 advantageously extends approximately centrally to the lacing 5, so that the deflection loops 7 of the lacing 5 extend in two rows along the zipper 6 on opposite sides thereof, cf. Fig. 2 ,
  • the zipper 6 may in this case extend over the entire lacing 5 with regard to its length, so that the lacing 5 is completely covered in the closed state of the zipper 6, cf. Fig. 1 ,
  • the lacing sections 5a and 5b on the right or left side of the zipper 6 are each covered in common by the edge region of the opening and / or widening section 4 and the zipper carrier adjacent thereto.
  • the said loops 7 of the four loop rows 7aa, 7ab; 7ba, 7bb may be mounted on an inner side, in particular under the edge regions of the opening and / or widening section 4 and the respective zipper halves.
  • the lacing 5 may be independently formed by the zipper 6.
  • the lacing 5 can also be coupled to the zipper 6.
  • the strands 8u of the lace 8 coming from the two lowermost deflection loops 7 can advantageously be guided around a respective deflection eyelet 10 which, in the region of the open position of the slider 8, is advantageously substantially can be arranged directly under the zipper 6.
  • the corresponding strands 8u of the lace 8 can be guided substantially directly in the direction of the longitudinal direction of the zipper 6 to the slider 9.
  • the mentioned strands 8u of the lace 8 are fastened to the slider 9, so that the slider 9 entrains the said strands 8u of the lace 8. If the slider 9 of the zipper 6 is closed, the lacing 5 is stretched by the entrainment of said strands 8u, whereby the travel of the slider 9 is, so to speak, doubled, since the slider 9 entrains two strands of the lacing 5.
  • the lacing 5, as the Figures 2 and 3 show, in a central portion of a Schnürbremse 18 and / or clamping and clamping means or adjusting means 20 and the upper lacing end 5o adjusting means 11 assigned by means of which the shoelace 8 can be preset in terms of its initial position. More specifically, the path to be traversed by the lace 8 may be varied.
  • the aforementioned adjusting means 11 may advantageously also comprise a plurality of hooks and / or clamps 12, which may be arranged spaced apart between the actual deflection loops 10. As Fig.
  • the lace 8 can be made shorter by being hooked into one of the clamping hooks 12, so that the lacing at the bottom becomes narrower or wider, or a middle portion of the lace in a clamp 15 can be made narrower or wider, so that when pressing the zipper 6, the lacing 5 contracts more or less according to the selected default.
  • the aforementioned presetting means 11 and / or their suspension hooks 12 may also be associated with the lower end of the lacing 5 in order to vary the distance of the lace 8 to be covered at the lower end, cf. Fig. 3 ,
  • the advantageously associated with a central portion brake, clamping, adjusting and / or clamping means 18 and 20 may comprise terminals, by means of which the shoelace 8 can be detected in a central portion between the upper and lower end of the lacing 5, for example, after a lower lacing portion in the desired manner was lashed, or can be designed only as a rope brake, which brakes slipping of the cable once set.
  • An upper lacing portion can be adjusted separately in terms of its tension, so that different voltages can be adjusted in different lacing sections.
  • said clamping, adjusting and / or clamping means 20 may comprise a rotatable wheel or a laces winch 22 around which the laces are looped around, so that by turning the shoelace winds 22 said laces are relaxed or can be attracted.
  • the shoelace 8 is thereby advantageously wrapped around the aforementioned laces winds in the manner of a sailboat winch or a capstan winch, that it runs on both sides, ie the running off of one side of the shoelace 22 Schnürsenkelteil leads into the upper part of the lacing, while the other expiring Shoelace part runs in the lower part of the lacing.
  • the aforementioned lace winch 22 is thus designed in the manner of a winch or a capstan, so that tensioned by twisting in one direction of the upper lacing and loosened the lower Schnürungsabêt and loosened in opposite direction, the upper lacing portion and the lower lacing portion is stretched.
  • such a lace winch 22 can be combined with a threading of the lace 8 that is configured differently in the different lace sections.
  • a meandering lacing be provided, ie the laces meandering back and forth, while in the upper part of the lacing above the ankle and / or above the mentioned lace winch 22 of the laces 8 can be performed in the cloister.
  • the shoelace 8 is advantageously performed in such a manner around the aforementioned lace winch 22 that when turning up - so in accordance with Fig. 4 counterclockwise - the lower lacing part stretched and the upper lacing part is loosened. This provides intuitive operation since the user intuitively connects up-turning with up-pulling the lace.
  • the said lace winch 22 is self-locking and / or provided with a locking device which holds a once set rotational position, so that under normal lace-up tension, the said winch does not turn by itself.
  • the aforementioned lace winch 22 may also be associated with a locking means to the winch 22 to tighten or lessen the shoelace 8 directly to above the said distribution of tension beyond the level of tension in the lower and upper lacing section can.
  • Fig. 1 shows the lower end of the zipper 6 is attached to the shoe wall or the shoe wall material longitudinally displaceable.
  • fastening means 19 in this case have a displaceable degree of freedom in an axis which extends approximately tangentially or parallel to the zipper longitudinal direction, so that the lower end of the zipper 6 opposite the shoe wall can move.
  • the zipper can still be closed with one hand.
  • the said degree of freedom or the movement made possible thereby is limited.
  • Such a limited clearance can be achieved for example by a longitudinal groove-like leadership.
  • a fixing pin 21, which is fastened to the zipper or the zipper carrier can be guided in a longitudinal groove on the wall of the shoe, cf. Fig. 1 ,
  • said clearance of the zipper in the longitudinal direction is limited so that when the shoe is standing up flat on the ground, i. In the unrolled position of the shoe, the zipper in its uppermost, i.e. maximum shifted position and can not be pulled further up.
  • the fixing pin 21, which is fastened to the zipper may be present at the upper end of said longitudinal groove when the shoe is just standing on the ground.

Landscapes

  • Health & Medical Sciences (AREA)
  • Epidemiology (AREA)
  • General Health & Medical Sciences (AREA)
  • Public Health (AREA)
  • Footwear And Its Accessory, Manufacturing Method And Apparatuses (AREA)
EP14156431.0A 2013-02-25 2014-02-24 Chaussure Active EP2769636B1 (fr)

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
DE202013001804.6U DE202013001804U1 (de) 2013-02-25 2013-02-25 Schuh

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EP2769636A1 true EP2769636A1 (fr) 2014-08-27
EP2769636B1 EP2769636B1 (fr) 2016-05-18

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EP (1) EP2769636B1 (fr)
DE (1) DE202013001804U1 (fr)
ES (1) ES2597777T3 (fr)
PL (1) PL2769636T3 (fr)

Citations (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
DE3345661A1 (de) 1982-12-20 1984-06-20 Semouha Rishon L'Zion Hertzl Verbindung fuer voneinander trennbare teile eines gegenstandes
EP0570621A1 (fr) * 1992-05-16 1993-11-24 Opti Patent-, Forschungs- und Fabrikations-AG Chaussure, en particulier chaussure basse, et fermeture à glissière comme élément interchangeable de la chaussure
EP0569012B1 (fr) 1992-05-08 1996-01-17 HAIX-SCHUHE PRODUKTIONS UND VERTRIEBS GmbH Botte
DE202005018995U1 (de) * 2004-12-03 2006-07-13 Haimerl, Ewald Teilbarer Reißverschluß mit Teilungssperre
DE202008010536U1 (de) 2008-08-07 2008-12-04 Haix-Schuhe Produktions Und Vertriebs Gmbh Schließvorrichtung für einen Stiefel
EP2596714A1 (fr) * 2011-11-22 2013-05-29 Bernhard Stumpp Chaussure

Family Cites Families (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
DE9302677U1 (de) * 1993-02-24 1993-07-15 PDS Verschlußtechnik AG, Schaffhausen Schuh

Patent Citations (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
DE3345661A1 (de) 1982-12-20 1984-06-20 Semouha Rishon L'Zion Hertzl Verbindung fuer voneinander trennbare teile eines gegenstandes
EP0569012B1 (fr) 1992-05-08 1996-01-17 HAIX-SCHUHE PRODUKTIONS UND VERTRIEBS GmbH Botte
EP0570621A1 (fr) * 1992-05-16 1993-11-24 Opti Patent-, Forschungs- und Fabrikations-AG Chaussure, en particulier chaussure basse, et fermeture à glissière comme élément interchangeable de la chaussure
DE202005018995U1 (de) * 2004-12-03 2006-07-13 Haimerl, Ewald Teilbarer Reißverschluß mit Teilungssperre
DE202008010536U1 (de) 2008-08-07 2008-12-04 Haix-Schuhe Produktions Und Vertriebs Gmbh Schließvorrichtung für einen Stiefel
EP2596714A1 (fr) * 2011-11-22 2013-05-29 Bernhard Stumpp Chaussure

Also Published As

Publication number Publication date
EP2769636B1 (fr) 2016-05-18
PL2769636T3 (pl) 2016-11-30
ES2597777T3 (es) 2017-01-23
DE202013001804U1 (de) 2014-06-02

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