CN100431443C - Footwear for gripping and kicking a ball - Google Patents
Footwear for gripping and kicking a ball Download PDFInfo
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- CN100431443C CN100431443C CNB2004800166247A CN200480016624A CN100431443C CN 100431443 C CN100431443 C CN 100431443C CN B2004800166247 A CNB2004800166247 A CN B2004800166247A CN 200480016624 A CN200480016624 A CN 200480016624A CN 100431443 C CN100431443 C CN 100431443C
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Abstract
A shoe upper (11) including one or more resiliently deformable protrusions (17, 19) extending from an outer surface of the shoe upper and positioned for contact with a ball, each said protrusion (17, 19) forming at least an inner contoured shape portion and an outer contoured shape portion, said outer contoured shape portion being deformable to promote engagement of said protrusion with said ball.
Description
Technical field
A kind of sport footwear of relate generally to of the present invention.More particularly, the present invention relates to a kind of vamp that is used for sport footwear, this sport footwear uses at football or other needs the sportsman to use foot to play football and/or the motion of dribbling.In whole application for patent, term " football boot " is used to indicate and relates to the footwear that advance any kind of being worn in the sports of ball with pin.
Background technology
Sport footwear is used in multiple motion dribbling, plays football and pass by the wearer, football (Association football) for example, Australian Rules football, Rugby League and Rugby Union.In each of these motions, the sportsman relies on pin and handles and the ability of control ball.
If athletic football boot can be assisted ball to carry out handling and be controlled then more favourable more simple and efficiently.For example, advantageously,, wherein played when hitting, given direction accuracy, bending and strength that ball is strengthened at ball if football boot can assist the footballer to obtain better control.If football boot stably provide this control under common sports condition, or can under environment for example cold, moist and/or muddy under the hostile environment condition, also can provide this control then more favourable.
The trial that much the footwear control surface of certain type is incorporated into football boot is arranged, and this footwear control surface can provide the better grasp of wearer and to the control of ball.Usually, the vertical face of the ball exercise projection that comprises a series of rises that cover the ball surface is to provide bigger frictional grip and therefore control to ball is provided.
GB202859 discloses a kind of have the burr e of a series of rises or the projections f of being separated by grooves d.Burr e and projections f are provided at the ball control of direction accuracy when playing football, bending and strength aspect deficiently.
Summary of the invention
One object of the present invention is to overcome above-mentioned the problems of the prior art or is at least this ball chain of command provides a kind of uniqueness and useful possibility.
According to the invention provides a kind of vamp, the projection that comprises one or more elastically deformable, this projection is extended by the outer surface of vamp and is positioned at and the ball position contacting, wherein each described projection comprises a contoured pattern (inner contoured shape portion) and an outer contoured shape portion (outer contoured shape portion) at least one, each outer surface from vamp of interior contoured pattern and outer contoured shape portion extends, and wherein said outer contoured shape portion is deformable degree of engagement (engagement) to improve described projection and ball.
The setting of interior contoured pattern and deformable outer contoured shape portion can strengthen the athletic feel of the ball and to the grasp of ball, vamp plays " sensor surface ".Therefore, when pin is caught the ball, produce a kind of " gloves " or " wearing gloves " effect.Can be sure of flexibly return to by outer contoured shape portion its deformation position do not assist before ball changes direction, the outer contoured shape portion of ball by distortion temporarily kept or supported from the teeth outwards.In addition, the setting of the contoured pattern of projection offers a plurality of contact areas of vamp and makes projection engage with ball.Correspondingly, therefore the footwear with vamp of this aspect according to the present invention that the sportsman wore provide the ball of strengthening to control also can obtain multiple desired ball-handling effect, bigger turning to when for example playing football, the strength of improved direction accuracy and/or reinforcement.These effects need sportsman's effort still less just can obtain.When it has guaranteed simultaneously that the sportsman can or receive from another athletic pass in dribbling ball is applied bigger control.
Preferably, outer contoured shape portion is with respect to contoured pattern deformable in described.Outer contoured shape portion can inwardly or outwards be out of shape with respect to interior contoured pattern.
Particularly preferably, the outside deformable of outer contoured shape portion.Outer contoured shape portion is preferably outward-dipping to improve its outside distortion with respect to contoured pattern in described.Preferably, have a plurality of successive outer contoured shape portions, each described successive outer contoured shape portions defines (bounded) by next successive outer contoured shape portions.In a preferred embodiment, each outer contoured shape portion forms the ring-type outer shroud, and each outer shroud is defined by next continuous outer-loop.
Preferably, interior contoured pattern and outer contoured shape portion are generally concentric.
Preferably, contoured pattern is deformable in this.Interior contoured pattern is preferably outside deformable.Preferably, interior contoured pattern defines the ball contact area of vamp.The ball contact area is preferably corresponding with the sweet spot of vamp.
Preferably, contoured pattern is by any circle, triangle, rectangle, avette, spirality, rhombus, or selects in other geometries.Contoured pattern can form Any shape, for example, and semicircle, " V " shape and even irregular shape.Contoured pattern can have the shape inner identical with projection.In a preferred embodiment, one or more contoured pattern form fingerprint-like pattern.
Preferably, one or more contoured pattern forms continuous shape.Selectively, one or more contoured pattern can form the shape with the outline line that breaks.Be shaped as the outline line that breaks the extra fulcrum that is positioned on the ball (additional purchase) can be provided.
Preferably, the contoured pattern of the one or more continuous shapes of formation has one or more hole (opening) so that refuse passes through.By these holes are provided, the dust that refuse is for example caught by contoured pattern, mud or water are allowed to break away from, and generate an automatically cleaning mechanism thus and prevent that projection from getting clogged under disadvantageous weather or moving condition.Preferably, thus the one or more holes of one or more hole of contoured pattern and another contoured pattern make refuse be convenient to by breaking away from the contoured pattern to form one or more grooves point-blank.The hole can be arbitrary geometry-polygon, rectangle, circle or the like.In a preferred embodiment, the hole has semicircular shape.This hole preferably is formed at the bottom of each contoured pattern, although other positions in each contoured pattern, hole also are possible.For example, the hole can be formed at the top of contoured pattern in the mode of otch such as slit.
Provide other benefits in these holes to comprise to use material still less making contoured pattern and to have reduced the weight (and not hindering athletic running speed) of footwear thus, and contoured shape portions can be out of shape bigger degree.
Similarly, part in two or more contoured pattern are formed at the shape that outline line disconnects, the gap between the contoured pattern in the outline line of a disconnection can point-blank or corresponding to the gap between the contoured pattern of another broken outline be offset.When gap point-blank the time, preferably their constitute groove and make refuse pass through.
Interior contoured pattern can be cylindrical, rectangle or any other shape.In one embodiment, interior contoured pattern is pin (peg).This pin can maybe can comprise internal cavities for solid.This cavity can be closed or open.Preferably, outer contoured shape portion or shape portion in this embodiment are the form of ring or a plurality of rings.This ring or a plurality of ring can form for continuous shape or as the shape of broken outline.In a particular embodiment, be solid pin by contoured pattern in making, it provides extra control and strength to change the direction of ball.
Usually, interior and outer contoured shape portion is provided with spaced reciprocally.Yet in one embodiment, interior and outer contoured shape portion is joined together to form the interior and outer arc of continuous helical.
In and outer contoured shape portion can have the ball contact-making surface, this ball contact-making surface is coarse or has the control of pattern with further raising ball.The ball contact-making surface can have stepped profile of tooth pattern or wave pattern.
Interior and outer contoured shape portion can have cross-sectional profile (cross-sectional profile).This cross-sectional profile preferably includes the combination of rectangle, sinusoidal, triangle, arc or geometric profile or these sections.Sinusoidal profile can form U-shaped through hole (through) between contoured pattern and triangular cross-section can form V-shape through hole.
The multiple attribute of contoured pattern can be changed and the control degree to ball of influencing to generate different effects.This changeable attribute comprises, but is not limited to, their composition (rubber, carbon fiber, textile, synthetic resin, plastics or the like), highly, inclination angle and thickness.For example, interior contoured pattern can be made by the compound that is different from outer contoured shape portion.Combination that contoured pattern is formed and multiple setting, highly, inclination angle and thickness effect the many aspects of control, comprise grasp, energy absorption, rotation and generate bigger strength when playing football, turn to ability with accuracy suddenly.For example, hit in order to assist strong playing, some contoured pattern can be for less distortion, and are thicker, or make resistance to deformation when applying impact on ball by harder compound.For dribbling, thereby contoured pattern can be thinner, more yielding or be made by more yielding compound and to make the sportsman produce the stronger feel of the ball.
The attribute of contoured pattern can corresponding to its in projection position separately and select.One or more projections can have different compositions for comprising, highly, the bond of the contoured pattern of inclination angle and thickness.In one embodiment, form like this in the throat contoured pattern of vamp, it is more not yielding to make these contoured pattern compare the contoured pattern that covers vamp and zone line, and the latter's contoured pattern has different compositions.
In addition, thus the interval between the contoured pattern can by the mutual loosely of contoured pattern at interval, mutually far interval, clocklike the arbitrary method at interval be changed the control degree that influences ball according to demand mutually.
Contoured pattern is made by the unification compound usually, for example rubber or suitable synthetic fibers or plastic substitute.
Preferably, each projection comprises that distortion improves device, the distortion when it is used to improve outer contoured shape portion and contacts with ball.This distortion improves the use of device and has strengthened " glove effect ", and extra stability, turning to property, accuracy and strength are provided thus.This distortion improves device and also has an effect with " launching " effect that increases by offering outer contoured shape portion.That is, when outer contoured shape portion contacts with ball, improve outer contoured shape portion that device causes by distortion and be out of shape to a greater degree and make outer contoured shape portion apply more power to ball, and outer contoured shape portion reply its not during deformation state ball change direction.
Since interior contoured pattern is deformable, it can comprise that also distortion improves device.
Preferably, this distortion raising device comprises that the groove that is close to each contoured pattern is to increase the degree of contoured pattern distortion.In one embodiment, the length direction of groove and contoured pattern extends in parallel.
Preferably, this distortion raising device comprises the bracing or strutting arrangement that is used for supporting in deformation process each contoured pattern.This bracing or strutting arrangement can comprise class spring (spring-like) mechanism.Preferably, this bracing or strutting arrangement comprises a liner that props up contoured pattern.In one embodiment, liner is positioned at the inside of groove.This liner can radially extend and be parallel to contoured pattern.This liner can be made by deformable elastomeric material, for example rubber.This liner can comprise internal cavity to hold elastomeric material, for example gelinite, liquid or comprise the gas of air.
Preferably, each contoured pattern comprises the elastic strip that contacts with ball.
Equally preferably, the invention provides the class-bar element of a plurality of elastically deformables, such-element extends to contact with ball by the outer surface of vamp.Each class-bar element also comprises the device that is used for improving class-bar deformed element when contacting with ball.Such-providing of bar element increased the dynamics of playing when hitting.
Preferably, one or more contoured pattern removably is connected vamp.Equally preferably, one or more contoured pattern is installed on the installed surface, and this installed surface removably is connected with vamp.
Preferably, one or more projection removably is connected with vamp.One or more projection can be installed on the installed surface, and this installed surface removably is connected on the vamp.
Selectively, one or more ground contoured pattern, projection, installed surface or this combination of three can integrally form with vamp.
According to another aspect of the present invention, the complete element that is used for vamp is provided, complete element comprises one or more elastically deformable projection, each projection has the installed surface that described projection removably is connected in vamp, thereby one or more projections is extended by the outer surface of vamp and is placed to contact with ball, wherein each projection comprises contoured pattern and an outer contoured shape portion at least one, each extends interior contoured pattern and outer contoured shape portion from outer surface of vamp, and wherein the outer contoured shape portion deformable to improve engaging of described projection and described ball.
By the complete element according to this aspect is provided, the present invention can improve existing footwear easily.
Thereby installed surface can use one or more fastener removably to be connected in vamp.Fastener can comprise snap-fastener, hook and pile fastener etc.
A purpose of the preferred embodiments of the present invention is to provide a kind of and can gives bigger control (promptly, the direction accuracy, bending, stability and the strength that strengthen), or offer ball chain of command setting known in other athletic footwear styles at least with useful substitute.
Description of drawings
The following proposition with reference to figure, is described the preferred embodiments of the present invention according to example.
Fig. 1 is the side view of sport footwear according to an embodiment of the invention.
Fig. 2 A is as the cross-sectional view of the contoured pattern among Fig. 1 under original state.
Fig. 2 B be as the contoured pattern among Fig. 1 with deformation state that ball contacts under cross-sectional view.
Fig. 2 C is the cross-sectional view of selected embodiment under deformation state as the contoured pattern of Fig. 1.
Fig. 3 is the part top view as the footwear of Fig. 1.
Fig. 4 A is the side view of sport footwear according to a second embodiment of the present invention.
Fig. 4 B is the side view as the modification of the footwear of Fig. 4 A.
Fig. 4 C is the side view as the modification of the footwear of Fig. 4 B.
Fig. 5 A is the cross-sectional view of contoured pattern under original state as Fig. 4.
Fig. 5 B be as the contoured pattern of Fig. 4 with deformation state that ball contacts under cross-sectional view.
Fig. 5 C is the cross-sectional view as the modification of the contoured pattern of Fig. 5 A.
But Fig. 6 A-6M is the top view of the selected shape of contoured pattern.
Fig. 7 A-7F is the top view and the side view of another preferred embodiment of the present invention.
Fig. 8 A-8D is the cross-sectional view with contoured pattern of different horizontal sections.
Fig. 9 is the side view according to the another embodiment of footwear of the present invention.
Figure 10 is the cross-sectional view as the contoured pattern of Fig. 9.
Figure 11 is the side view of another embodiment of the present invention.
Figure 12 is the part top view of optional embodiment of the present invention.
Figure 13 is the also side view of an embodiment of the present invention.
Figure 14 is the class-cross-sectional view of bar element under original state as Figure 13.
Figure 15 be as Figure 13 class-bar element with deformation state that ball contacts under cross-sectional view.
Figure 16 is the cross-sectional view of optional embodiment under original state of the class-bar element as Figure 13.
Figure 17 is the cross-sectional view of another optional embodiment under original state of the class-bar element as Figure 13.
The specific embodiment
With reference to figure, the preferred embodiments of the present invention will obtain describing, and wherein identical figure mark refers to identical or intimate element.Though discussed specific configuration and setting, be to be understood that it only is used to the purpose of explaining.One of skill in the art will recognize that configuration and the setting that to use other without departing from the spirit and scope of the present invention.It will be apparent to one skilled in the art that the present invention can use in multiple other are used.
For each projection 15, the distance that outer shroud 19 can be different at interval with interior ring 17.As being clear that among Fig. 2 B, when each projection 15 contacted with ball 20, outer shroud 19 can outwards be out of shape with respect to interior ring 17.The outside morphotropism of outer shroud 19 has been strengthened grasp and the feel of the ball to ball 20 of sportsman on footwear 10, and its effect is similar to sensing surface and generates glove effect; Promptly before recovering it by outer shroud 19 thereby deformation state does not make that ball changes direction, ball 20 temporarily is supported on the strained outer shroud 19, shown in Fig. 2 A.The sportsman that footwear 10 are worn in this permission applies the more control to ball 20.For example, the sportsman can give ball more than 20 rotations, thereby causes bigger the turning to (swerving) of ball 20.
In this particular example, interior ring 17 is outwards distortion also, shown in Fig. 2 B.This provides extra grasp and sensation.Yet interior ring 17 does not need to be deformable or deformable as outer shroud 19, thereby and can help to increase the power that is applied on the ball 20 for having more elasticity.In optional embodiment as Fig. 2 C, providing in the glove effect identical with Fig. 2 B, interior ring 17 can deform simultaneously with outer shroud 19.
The projection 15 that is formed by interior ring 17 and outer shroud 19 is arranged on the specific region of vamp 11, and for example ball 20 is played the common region of hitting or controlling.For example, as shown in Figure 3, projection 15 is set at side regions 22 (both sides of footwear 10 front portions) and zone line 24.
Fig. 2 A and 2B have provided the first embodiment of the present invention and how to have acted on.The projection under its original undeformed state 15 of ring 17 and outer shroud 19 in Fig. 2 A shows and has.Elastically deformable projection 15 can store and release energy when they are out of shape contacting with ball 20 thereby (Fig. 2 B), and energy is stored, and is released when ball 20 subsequently, and projection 15 is got back to it and is not transferred into ball 20 during deformation state.When ball 20 contact areas 14, interior ring 17 and outer shroud 19 outside distortion or " flattening " are to generate glove effect, and wherein ball 20 is supported by strained ring 17,19 temporarily, offer the stronger feel of the ball and better the control ball 20 of sportsman to ball 20 thus.When the sportsman exerts pressure changing direction or to generate ball 20 desired control effects, ring 17,19 by return back to its not deformation state (Fig. 2 A) assist to apply extra power to ball 20 and the energy that will in distortion, be stored be sent to ball 20.
Therefore, in this embodiment, by on vamp 11, form have at least in the projection 15 of contour loop 17 and the outer shroud 19 that deforms corresponding to interior ring 17, projection 15 offer wear footwear 10 the sportsman with the better feel of the ball and grasp to ball 20, thereby this sportsman can more effectively control ball 20.Although this embodiment has been described to have interior contour loop 17 and the radially outside outline ring 19 that is out of shape, the present invention and this embodiment have setting, wherein outline ring 19 relatively with interior contour loop 17 radially to internal strain, only outer shroud 19 distortion, interior ring 17 is out of shape (shown in Fig. 2 C) with outer shroud 19 along identical direction, or interior ring 17 and outer shroud 19 can provide the benefit of glove effect equally along opposite direction distortion (comprising near each other).
In addition, outer shroud 19 can outwards be out of shape with further raising with respect to interior ring 17 is outward-dipping.
Preferably, vamp 11 is by leather, and any suitable synthetic and/or light material manufacturing comprises rubber, polyurethane, carbon fiber or any suitable compound.Ball control area 14 can integrally form or be connected or be bonded on the vamp 11 with vamp 11.Sole 26 and tack 28 are integrally formed by plastics, usually by being injected into mold technique (injection moulding process).Selectively, sole 26 and tack 28 can form respectively and be connected to each other by any conspicuous for those skilled in the art method.Selectively, vamp 11 (having ball control area 14) can integrally form with sole 26, and it can be finished by being injected into mold technique.
Fig. 4 A is the second embodiment of the present invention.Footwear 30 have vamp 31, and this vamp 31 has the ball control area 34 of the projection that comprises exposure " sweet spot " 36.This has improved contacting of ball and projection 35 and sweet spot 36 simultaneously.This projection 35 forms by contoured pattern 37,39.It is cylindrical peg that interior profile forms part 37, and outer contoured shape portion 39 is the ring encirclement pin 37 of ring-type.Be formed on the ball control area 34 of vamp 31 by pin 37 and ring 39 formed projections 35.Thereby pin 37 is for solid and have more elasticity and less morphotropism than ring 39.Outer shroud 39 has inner surface 41, thereby this inner surface 41 outwards is out of shape with respect to pin 37 for the ring 39 of making that tilt or bevel.Bigger flexible pin 37 offers ball bigger direction control and bigger strength when contact, hit energy thereby increase playing of footwear 30.More yielding ring 39 offers the sportsman thereby the grasp and the feel of the ball of ball has been promoted dexterous skill, and for example dribbling makes the ball rotation, other aspects of the accuracy of raising and ball control.
Can increase and ring 39 similar continuous outer-loops, each continuous outer-loop 39 surrounds previous ring.Ring 39 wall thickness can be less than the thickness of pin 37 and/or can more yielding material manufacturing.Outer shroud 39 needn't have the inner surface 41 of inclination, but can be outward-dipping to improve radially outer distortion.
Fig. 4 B has provided the modification of second embodiment, and wherein outer shroud 39 has 2 relative parts that are cut off with slit 43 forms with outer shroud 39 in two.Such as the ring 39 shown in Fig. 4 A, slit 43 offers the bigger deformability of outer shroud 39 of this embodiment.Slit 43 provides self-cleaning system simultaneously, with reference to Fig. 7 A-7F, in the following more detailed description that obtains.
Fig. 4 C is the further modification of second embodiment, and wherein at least one projection 35 is provided for and covers sweet spot 36.In this modification, two projections 35 cover sweet spot 36.
With reference to figure 5A and 5B, the projection 35 of this second embodiment and the projection 15 of first embodiment work in a similar manner.Fig. 5 A shows sold inside the country 37 and outer shroud 39 under its original state.Identical with first embodiment, projection 35 can be stored and release energy.When ball 44 contacted with the ball control contact area 34 of vamp 31, projection 35 deformed shown in Fig. 5 B.That is, pin 37 and outer shroud 39 deform to generate corresponding to the glove effect described in first embodiment.Outer shroud 39 outwards is out of shape, yet than the inner peg 37 that outer shroud 39 more can resistance to deformation, lacks than the distortion of ring 39.Therefore when making that by pin 37 and ring 39 its not deformation states as Fig. 5 A of recovery ball 44 changes directions, pin 37 can give ball 44 direct power and hit energy to increase playing of footwear 30.
In the modification of second embodiment, pin 37 can comprise that inner chamber is solid to replace, thereby extra morphotropism is provided and has more elasticity than outer shroud 39.In addition, this pin 37 has reduced the weight of pin 37.As example, and with reference to figure 5C, projection 45 has is sold inside the country 47, and this is sold inside the country 47 in height a little less than outer shroud 49.Thereby sold inside the country 47 make the inner chamber 51 that comprises opening by molded projection 45.
Yet in first and second embodiment, contoured pattern is for ring 17,19 form or under the situation of the interior contoured pattern of second embodiment, the shape of pin 37 or other types is also in scope of invention.With reference to figure 6A-6F, provided several can be in the relevant shape modification of using that is fit to first and second embodiment.Fig. 6 A, 6B, 6C and 6D have provided respectively by the formed projection of continuous shape, and this forms continuously the contoured pattern that has constituted have rhombus (100), square (102), rectangle (104) and spirality (106,108).Each contoured pattern 100,102,104 is mutually the same usually in identical projection with 106,108.
Provided another possible shape among Fig. 6 E.Projection 120 is served as reasons basically around the spiral outer arc part 124 formed continuous helicals of the inner arc part 122 of small radii, thus outer arc part 124 with respect to the inner arc part 122 of spiral outwards distortion to improve and the contacting and control by glove effect reinforcement ball of ball.Outer arc part 124 can be to internal strain with respect to inner arc part 122.Fig. 6 F has provided another modification, and wherein two parallel spirals 126,128 form this projection.
Different contour shapes can use in single projection.In addition, single contoured pattern can be passed through to limit the outline line of shape but not be formed by continuous shape.These two modification provide in Fig. 6 G jointly.In the projection of Fig. 6 G, contoured pattern 132 is set to be formed to form circular basically shape by discontinuous element 136a, 136b, 136c, 136d etc. by the formed triangular outer contoured shape portion of element 134a, 134b and another outer contoured shape portion in the continuous rectangle.Selectively, can have one or more slits or otch so that each contoured pattern is divided into discontinuous element as the formed single contoured pattern of continuous shape.
Fig. 6 H-6M has provided another possibility modification by the formed shape of contoured pattern.In Fig. 6 H, projection 140 has interior contoured pattern 142 and successive outer contoured shape portions 144.In these contoured pattern each forms semicircle.This semi-circular contoured shape portions selectively is positioned at the either side of imaginary center line 146.The position of semi-circular profile part 142,144 can change as required.Similarly, the projection 150 among Fig. 6 I has the outer contoured shape portion 154 of interior contoured pattern 152 and checker, and each shape portion is all the shape of similar-V.In this embodiment, the edge of outer contoured shape portion 154 can overlap each other as shown.
The projection 160 and 170 of Fig. 6 J and 6K has as the formed contoured pattern of the striping of shape.In Fig. 6 J, discrete component 162a, 162b, 162c, 162d are slightly overlapping each other, as the element 164a-164g in the outer contoured shape portion.In Fig. 6 K, interior contoured pattern 172 and outer contoured shape portion 174 form the shape of style in projection 170.Each " petal " in the interior contoured pattern 172 or element 172a-172d can with " petal " in the outer contoured shape portion 174 or element 174a-174f point-blank or depart from.
Fig. 6 L and 6M have provided difform bond in a projection.Projection 180 has the outer contoured shape portion 184 of semicircular interior contoured pattern 182 and full circle shape.Projection 190 has the outer contoured shape portion 194 by the interior contoured pattern 192 that is constituted towards outer recessed element 192a-192d and continuous sine curve or wavy pattern.
Another preferred embodiment of the present invention is shown in Fig. 7 A.Projection 200 has interior contoured pattern 202 and outer contoured shape portion 204, and each shape portion forms continuous shape.Under disadvantageous sports condition, for example rain or place when muddy, refuse in for example mud, soil and/or water will be trapped in the contoured pattern 202 and between contoured pattern 202,204.Therefore, in this embodiment, on the wall of each contoured pattern, be formed with a plurality of holes 206 and make refuse by breaking away from contoured pattern and the projection 200.Like this, on the contrary projection 200 have from-cleaning mechanism and make projection 200 not blocked contoured pattern hinders provide reinforcement under the situation of contoured pattern ball control by refuse.As shown in Fig. 7 B, hole 206 can be any geometry or polygonal shape, for example rectangle 206a, circular 206b, triangle 206c, semicircle 206d or the like.In addition, hole 206 is positioned at the bottom of contoured pattern to promote the disengaging of refuse by contoured pattern 202,204.Yet other positions in hole 206 also are possible, and the inside that for example is arranged in contoured pattern is to form slit (Fig. 7 C 208) therein or with the bottom gap setting with near the top of contoured pattern (Fig. 7 C 210,212).Further, single hole 210,212,214 can have the degree of depth of variation, shown in Fig. 7 C.
And, thereby corresponding hole forms groove by interior contoured pattern to outer contoured shape portion point-blank in the contoured pattern that this hole can be adjacent with other, shown in Fig. 7 A.Dotted line 213 has been represented the path by the hole 206 formed grooves in the projection 200.
Simultaneously, can provide similar from-cleaning mechanism, wherein contoured pattern forms the outline line of the disconnection of shape in projection.Shown in Fig. 7 D, projection 220 has interior contoured pattern 222 and outer contoured shape portion 224, and each shape portion is made of the contoured pattern element and each shape portion has formed round-shaped broken outline.Gap 227 between each contoured pattern 222,224 is positioned on the straight line with respective clearance in other contoured pattern 224, thus form groove 229 so that refuse for example soil, mud and/or water break away from from projection 220.Gap 227 also unnecessary and other gaps is positioned on the straight line and can departs from mutually relative to each other, shown in Fig. 7 E.
In addition, can form groove, wherein profile forms outline line or even the bond of the broken outline of shape and shape continuously that part forms the disconnection of different continuous shapes or shape.As shown in Fig. 7 F, projection 240 has the interior contoured pattern 242 of the outline line that forms round disconnection, form afterwards rectangle disconnection outline line outer contoured shape portion 244 and form the outer contoured shape portion 245 of continuous circular shape.Continuous toroidal has and thereby the hole 246 point-blank, gap that forms between the discrete component of contoured pattern 242,244 of broken outline 242,244 forms grooves.
Conspicuous for those skilled in the art, arbitrary feature of above-mentioned configuration can be used individually.For example, Fig. 6 D, the spiral among 6E and the 6F can be similar to the outline line formation shown in Fig. 6 G.Similarly, can be in the projection shown in Fig. 6 G by the contoured pattern manufacturing, this contoured pattern forms continuous rectangle, triangle, circle and geometry.
As another embodiment, second embodiment of Fig. 4 A also can comprise as the feature among Fig. 6 A-6M and/or the 7A-7F.Ring 39 can be replaced by the shape of continuous shape or broken outline, for example shown in Fig. 6 A-6M, and can comprise hole or gap, shown in Fig. 7 A-7F, and the slit 43 in the ring among Fig. 4 B 39 for example.For example, the solid sold inside the country center that can be provided in as the projection among Fig. 6 H 140, wherein in fact " interior " contoured pattern 142 becomes another contoured pattern.Similarly, on the solid sold inside the country projection that may be added among Fig. 6 A-6M.In addition, successive outer contoured shape portions can be set.
Fig. 8 A-8D has provided the cross-sectional profile of a plurality of contoured pattern.This contoured pattern can have rectangle and near-foursquare cross-sectional profile (310 among Fig. 8 A), form the sinusoidal profile (320 among Fig. 8 B) of U-shape groove, the bond (330 among Fig. 8 C) of the U-shaped of formation checker and the checker section of V-shaped groove, or triangle or saw-tooth profile 340 (Fig. 8 D).Triangular cross-section 340 shown in Fig. 8 D has the side 342 and the inclined side 344 of perpendicular.Inclined side 344 towards or away from interior contoured pattern.Triangular cross-section 340 has been strengthened the morphotropism of contoured pattern.Fig. 4 A, 4B, the outer contoured shape portion of embodiment has the triangular cross-section of Fig. 8 D in 11 and 12.Rectangle/class square, sine curve, triangle or other geometric cross-section sections that may have checker equally.Selected cross-sectional profile type will influence the morphotropism of contoured pattern, and therefore influence " grasp " and the weight of the feel of the ball and footwear that is generated.For example, in Fig. 8 C, chamber 334 can form (for example by being injected into modulus method) to increase morphotropism and to reduce weight.
Fig. 9 and 10 has provided another embodiment of the present invention.Football boot 400 have vamp 401 and are provided with the sole 402 of tack 403.Ball chain of command 404 is connected or is bonded in vamp 401 and comprises a plurality of projections 405.Each projection 405 has the interior contoured pattern 407 of loop type, and it is generally concentric outer contoured shape portion 409 and limits, and this outer contoured shape portion forms and similar continuous outer-loop shown in Fig. 6 A-6C.Outer shroud 409 and the interior ring different distance of being separated by, and some outer shroud 409 has common wall, shown in 410 among Fig. 9, produced the pattern of similar fingerprint.Projection 405 with this fingerprint pattern can be arranged in middle and/or lateral region (projection 405 of Fig. 9 is positioned at the lateral region of footwear 400).Projection 405 in footwear 400 lateral region generally has and interior ring 407 or mutual concentric outer shroud 409.Selectively, ring 409 can depart from the center.
" sweet spot " zone 411 can be limited by 407 on interior ring.Sweet spot zone 411 is projection in shape substantially among this embodiment.As shown in the cross-sectional view of Figure 10, thereby contoured pattern 407,409 have different height near the outer shape 409a of portion in sweet spot zone 411 (with interior shape portion 407) mutually the ratio gap outer shape 409c of portion far away have littler height, to become ground at 411 o'clock gradually higher moving away the sweet spot zone for outer contoured shape portion 409c.In this makes and outer contoured shape portion can adapt to the curved surface 418 of (accommodate) ball 420, and improve and the contacting of best batting regional 411.In the aforementioned embodiment, except Fig. 5 C, contoured pattern has similar height.
The concentric contoured pattern of each of ball chain of command 404 407,409 is made by individualized compound, for example rubber or suitable synthetic fibers or fabric.Yet, said as above cardinal principle, compound, highly, gap, inclination angle and with one heart the thickness of contoured pattern 407,409 can on the vamp 401 of football boot, change.
Selectively, sweet spot zone 411 can be covered by single projection.With reference to Figure 11, the footwear 430 with vamp 431 have the projection 435 that has extra single projection 445.Projection 435 is identical with the projection 35 of Fig. 4 A embodiment, has sold inside the country 437 and outer shroud 439.Projection 445 forms by being made with the interior ring 447 that forms the outline line that encircles by a plurality of discontinuous element 447a, 447b, 447c, 447d, 447e and 447f and being shaped as continuous outer shroud 449.
In another embodiment as Figure 12, projection 505 is positioned at throat zone 509 and the terminal toe areas 513 that is close in footwear standing part 511, and this end toe areas 513 is more flexible and compare less distortion with the sidepiece 514 that covers vamp 501 and the projection 515 at middle part 516.In throat zone 509 and the projection 505 of the less distortion of terminal toe areas 513 (its have sold inside the country 537 with outer shroud 539) ball contact these that occur in footwear 500 when regional (for example when playing football) extra energy is provided.On the contrary, more yielding in the side regions 514 of ball chain of command 514 and the projection 515 of zone line 516 (its have in ring 547 and outer shroud 549) so that sportsman's feel of the ball and grasp to be provided.Some projections 515 are positioned at centre 516 and 514 zones, side.Projection 505,515 in these embodiments is can be set to expose " sweet spot " of vamp 501.
Footwear and conventional footwear according to the embodiments of the invention manufacturing are experimentized.Carry out two different tests, accuracy test and crooked test.In each test, a goal is set, it is partly stopped by the wall from gap, goal 9m.This wall and goal are extended abreast and are departed to surpass a goal post.This wall is designed to simulate a row defender, as occurring in football (or Association football) match.Association football is placed on the position (from the about 19m of goal face) of wall precontract 10m, and wears every pair of footwear by a footwear sportsman and play and hit, footwear in each sportsman at random by turns.
In accuracy experiment, the square of 0.5m * 0.5m of top corner of goal face of the end of the goal post that is covered by wall is selected to be positioned in the target area.Discovery is better than conventional footwear according to the footwear performance of embodiment of the invention manufacturing.On average, footwear carried out according to the preferred embodiment of the invention plays the center that makes that ball drops in the target area and head for target is regional of hitting.On the contrary, on average, the outside that makes ball drop on the target area is hit in playing of conventional footwear.
In curve test, the sportsman is required to play batting and makes ball draw curve to walk around the end that is extending the wall that exceeds goal post and go forward side by side into the front, goal.Can find, will be better than conventional footwear at the quantitative aspects of formation curve according to the footwear of preferred embodiment of the present invention manufacturing.
In addition, can be by finding in two tests, make according to a preferred embodiment of the invention footwear generated plays to hit on the whole and hit more stable than playing of conventional footwear.
Thereby, on accuracy, flexibility and the stability of ball, provide the control bigger than conventional footwear according to the footwear of the embodiment of the invention.Thereby, play the ball that hits under severeer constraint, be more prone to hit the mark zone (for example the part of goal face or with the member's of team foot) and result more reliably is provided according to the footwear of the embodiment of the invention.
Figure 13 is the side view of sneakers 600 according to another embodiment of the present invention.Footwear 600 have projection 602, and this projection 602 is identical with projection 35 functions of Fig. 4 A.In this embodiment, footwear 600 comprise throat zone 607, and this throat is passed the ridge 613 in throat zone 607 with having elastically deformable ground strip component or horizontal expansion.Thereby the V-shaped groove 750 that inclination is provided forms the inclined support surface 760 of ridge 613, as shown in figure 14.Groove 750 and supporting surface 760 help to increase the deflection of ridge 613 and are applied to the amount of the power on the ball 620 thus during contact-enhancing.As shown in figure 15, because the space that groove 750 is provided, ridge 613 is out of shape to a greater degree than common long arc 614 (as Figure 14).Thereby supporting surface 760 offers the elasticity of ridge 613 increases when contacting with ball 620, except the energy of being stored, ridge 613 can hit energy and ball speed thereby generate bigger playing from because the power of the deflection of the ridge 613 of groove 750 caused increases is applied on the ball 620.
In modification, ridge 613 can turn forward towards toe, as shown in figure 16, with the radian of the distortion 614 of further increase projection 613, stores thus and discharges the energy of higher level and more power is applied on the ball 620.
As another modification among Figure 17.In this embodiment, in the contact portion of ball towards ridge 613, ridge 613 has harder and more resilient material layer 615.The elasticity that this ridge 613 is increased means the more power of needs so that the energy of ridge 613 distortion and therefore increase can be provided for ball 620.In addition, the support pad 617 by the elastic caoutchouc manufacturing wherein is filled with resilient gel, or the space of inflation, and it can be arranged in the groove 650 to strengthen the energy of storing and to transmit its energy to ball 620.Selectively, deformable resilient member or class spring mechanism can be used to support ridge 613.Elastic strip 615 and support pad 617 boths can be independent use, rather than as the use together among Figure 17.
It should be noted that groove 750, elastic strip 615 and support pad 617 (or class spring mechanism), shown in above figure, can divide in other all previous embodiment that are applied to a first aspect of the present invention.That is, single contoured pattern can be used groove 750, elastic strip 615 and/or support pad 617 (or class spring mechanism).
In another aspect of the present invention, one or more projection or one or more contoured pattern removably are connected in vamp and maybe can use in being used for the complete element of assembly to improve traditional footwear.Projection or contoured pattern can be fixed or removably be connected on the installed surface, and installed surface removably is connected in vamp.In another embodiment, the ball chain of command can be connected with zip, suspension hook and pile fastener or any other conventional method.For example, the ball chain of command can be rolled up to current vamp, as dismountable crust.Thereby single contoured pattern can replace an other sportsman can adapt to its to the control area of ball to be fit to its distinctive demand and needs.
Selectively, any in vamp or ball chain of command, projection or one or more the contoured pattern can integrally be moulded with sole.
Though more than described various embodiments of the present invention, be to be understood that they are that form with example provides and unrestricted.Especially, though the foregoing description has been described to outer shape portion with respect to interior shape portion radial and outward deformation, scope of the present invention comprises the embodiment of this class formation, wherein outer shape portion radially to internal strain or wherein and outside shape portion be out of shape simultaneously.It will be apparent to one skilled in the art that without departing from the spirit and scope of the present invention, can carry out multiple variation on form and the details technical scheme herein.The present invention is not limited by above-mentioned any illustration type embodiment thus.
Claims (87)
1, a kind of vamp, the projection that comprises one or more elastically deformable, described projection is extended by the outer surface of described vamp and is positioned at and the ball position contacting, wherein each described projection comprises contoured pattern and outer contoured shape portion at least one, each described outer surface from described vamp of contoured pattern and outer contoured shape portion extends in described, and wherein said outer contoured shape portion deformable is to improve engaging of described projection and described ball.
2, vamp as claimed in claim 1, wherein said outer contoured shape portion is with respect to contoured pattern deformable in described.
3, vamp as claimed in claim 2, wherein said outer contoured shape portion is with respect to the inside deformable of contoured pattern in described.
4, vamp as claimed in claim 2, wherein said outer contoured shape portion is with respect to the outside deformable of contoured pattern in described.
5, vamp as claimed in claim 4, wherein said outer contoured shape portion is outward-dipping to improve its outside morphotropism with respect to contoured pattern in described.
6, vamp as claimed in claim 1, wherein said interior contoured pattern deformable.
7, vamp as claimed in claim 6, the wherein said interior inside deformable of contoured pattern.
8, vamp as claimed in claim 6, the wherein said interior outside deformable of contoured pattern.
9, vamp as claimed in claim 1, wherein said interior contoured pattern defines the ball contact area of described vamp.
10, vamp as claimed in claim 9, wherein said ball contact area is corresponding to the sweet spot of described vamp.
11, vamp as claimed in claim 1 wherein has a plurality of successive outer contoured shape portions, and each described successive outer contoured shape portions is defined by next successive outer contoured shape portions.
12, vamp as claimed in claim 11, wherein each described outer contoured shape portion forms the outer shroud of an annular.
13, vamp as claimed in claim 1, wherein said interior contoured pattern and outer contoured shape portion are of similar shape in a projection.
14, vamp as claimed in claim 1, wherein said interior contoured pattern has different shapes with outer contoured shape portion in a projection.
15, vamp as claimed in claim 1, wherein said interior contoured pattern and outer contoured shape portion form the pattern of fingerprint sample at least one projection.
16, vamp as claimed in claim 1, wherein said interior contoured pattern and outer contoured shape portion are selected from any one of circle, triangle, rectangle, square, spirality, rhombus, semicircle, " V " shape and/or other geometries.
17, vamp as claimed in claim 1, one of them or more a plurality of described interior contoured pattern and outer contoured shape portion form continuous shape.
18, vamp as claimed in claim 17 wherein forms in one or more described of continuous shape contoured pattern and outer contoured shape portion and has one or more hole and make that refuse can be by breaking away from contoured pattern in described and the outer contoured shape portion.
19, vamp as claimed in claim 18, thus one or more hole of described one or more hole of one of them interior contoured pattern and outer contoured shape portion and another interior contoured pattern and outer contoured shape portion forms one or more groove point-blank to help refuse by breaking away from contoured pattern in described and the outer contoured shape portion.
20, vamp as claimed in claim 18, depart from respect to one or more hole of contoured pattern in another and outer contoured shape portion in described one or more hole of contoured pattern and outer contoured shape portion in one of them.
21, vamp as claimed in claim 18, wherein said one or more hole has by any shape selected in polygon, circle, semicircle and/or other geometries.
22, vamp as claimed in claim 18, wherein said one or more hole are formed at the bottom of at least one interior contoured pattern and/or outer contoured shape portion.
23, vamp as claimed in claim 18, wherein said one or more hole are formed near or the top of at least one interior contoured pattern and/or outer contoured shape portion.
24, vamp as claimed in claim 22, wherein said one or more hole are the form in slit.
25, vamp as claimed in claim 23, wherein said one or more hole are formed in the notch portion in described interior contoured pattern and the outer contoured shape portion.
26, vamp as claimed in claim 25, wherein said notch portion are slit.
27, vamp as claimed in claim 1, one of them or more a plurality of described interior contoured pattern and outer contoured shape portion form the shape with broken outline.
28, vamp as claimed in claim 27, wherein form the described interior contoured pattern of the shape with broken outline and the gap that outer contoured shape portion comprises one or more, this gap allows refuse by breaking away from contoured pattern in described and the outer contoured shape portion.
29, vamp as claimed in claim 28, one of them form the interior contoured pattern of shape and outer contoured shape portion with broken outline described one or more the gap and another interior contoured pattern that forms shape and outer contoured shape portion with broken outline one or more the gap point-blank with the groove that forms one or more to make things convenient for refuse by breaking away from contoured pattern in described and the outer contoured shape portion.
30, vamp as claimed in claim 28, one of them forms described one or more the gap of the interior contoured pattern of the shape with broken outline and outer contoured shape portion and departs from respect to one or more the gap that another forms the interior contoured pattern of the shape with broken outline and outer contoured shape portion.
31, vamp as claimed in claim 28, thus wherein said one or more gap forms groove point-blank to make things convenient for the disengaging of refuse by described interior contoured pattern and outer contoured shape portion with one or more hole that forms the interior contoured pattern of continuous shape and outer contoured shape portion.
32, vamp as claimed in claim 28, depart from mutually with one or more hole of interior contoured pattern that forms continuous shape and outer contoured shape portion in wherein said one or more gap.
33, vamp as claimed in claim 1, wherein said interior contoured pattern has by any shape selected in cylinder, rectangle, triangle, hemispherical and/or other geometries.
34, vamp as claimed in claim 33, wherein said interior contoured pattern is a pin.
35, vamp as claimed in claim 33, wherein said interior contoured pattern is solid.
36, vamp as claimed in claim 33, wherein said interior contoured pattern comprises inner chamber.
37, vamp as claimed in claim 1, wherein said interior contoured pattern and outer contoured shape portion are joined together to form the continuous helical with inner arc and outer arc.
38, vamp as claimed in claim 33, wherein said outer contoured shape portion are the form of continuous helical.
39, vamp as claimed in claim 1, wherein said interior contoured pattern and outer contoured shape portion have the ball contact-making surface, and this ball contact-making surface is surface coarse or that composition is arranged, with the control of further raising ball.
40, vamp as claimed in claim 39, wherein said ball contact-making surface has the dentation or the waveform patterns of class-ladder.
41, vamp as claimed in claim 1, wherein said interior contoured pattern and outer contoured shape portion have by any cross-sectional profile selected in any suitable combination of rectangle, sine curve, triangle, arc and/or these cross-sectional profile.
42, vamp as claimed in claim 1, wherein said interior contoured pattern and outer contoured shape portion are by any suitable combination manufacturing of rubber, plastics, carbon fiber, fabric, resin, polyurethane or other synthetic materials or these materials.
43, vamp as claimed in claim 42, wherein said interior contoured pattern is made by the material that is different from described outer contoured shape portion.
44, vamp as claimed in claim 1, wherein said interior contoured pattern and outer contoured shape portion relative to each other have the thickness of variation.
45, vamp as claimed in claim 1, wherein said interior contoured pattern has consistent thickness with outer contoured shape portion.
46, vamp as claimed in claim 1, wherein said in contoured pattern and outer contoured shape portion have the height that relative to each other changes to improve and the engaging of ball.
47, vamp as claimed in claim 46, wherein said outer contoured shape portion increases height gradually from the height of described interior contoured pattern.
48, vamp as claimed in claim 1, wherein said interior contoured pattern and outer contoured shape portion tilt with respect to the described outer surface of described vamp.
49, contoured pattern and outer contoured shape portion contoured pattern and less deformable of outer contoured shape portion in one or more projection of the side of described vamp or zone line described in the vamp as claimed in claim 1, one or more projection in the throat zone of wherein said vamp described.
50, vamp as claimed in claim 49, wherein with respect to contoured pattern in described side and zone line described and outer contoured shape portion, the described interior contoured pattern described throat zone in and outer contoured shape portion are by different material manufacturings.
51, vamp as claimed in claim 6, wherein said one or more projection comprise the distortion raising device that is used to improve described interior contoured pattern and outer contoured shape portion distortion.
52, vamp as claimed in claim 51, wherein said distortion improve device and comprise that the groove that is adjacent to each described interior contoured pattern and outer contoured shape portion is to improve the distortion of described interior contoured pattern and outer contoured shape portion.
53, vamp as claimed in claim 52, wherein said groove are parallel to the length direction of described interior contoured pattern and outer contoured shape portion and extend.
54, vamp as claimed in claim 51, wherein said distortion improve device comprise be used for deformation process support each described in the bracing or strutting arrangement of contoured pattern and outer contoured shape portion.
55, vamp as claimed in claim 54, wherein said bracing or strutting arrangement comprises class-spring mechanism.
56, vamp as claimed in claim 54, wherein said bracing or strutting arrangement are used to support the liner of described interior contoured pattern and outer contoured shape portion when being included in distortion.
57, interior contoured pattern or outer contoured shape portion that vamp as claimed in claim 56, wherein said liner are parallel to are separately extended.
58, vamp as claimed in claim 57, wherein said liner is positioned at described groove.
59, vamp as claimed in claim 56, wherein said liner is made by deformable elastomeric material.
60, vamp as claimed in claim 59, wherein said deformable elastomeric material comprises rubber, plastics, carbon fiber, fabric, resin, polyurethane or other synthetic materials.
61, vamp as claimed in claim 56, wherein said liner comprise that inner chamber is to hold elastic fluid.
62, vamp as claimed in claim 61, wherein said elastic fluid comprise gelinite, liquid or comprise the gas of air.
63, vamp as claimed in claim 1, wherein each described in contoured pattern and outer contoured shape portion comprise that elastic strip is to improve and the contacting of ball.
64, vamp as claimed in claim 1, wherein two or more outer contoured shape portion is along the common wall of having part ownership of its length direction separately.
65, vamp as claimed in claim 1, wherein said vamp comprise a plurality of elastically deformable elements that extend laterally across the throat zone of described vamp.
66, as the described vamp of claim 65, wherein each described element comprises the anamorphic attachment for cinemascope that is used to improve this deformed element, and described distortion improves device and makes according to claim 51.
67, as the described vamp of claim 65, wherein each described element comprises the elastic strip that contacts that is used to improve with ball.
68, vamp as claimed in claim 1, one of them or more a plurality of described in contoured pattern and outer contoured shape portion can removably be connected in described vamp.
69, as the described vamp of claim 68, one of them or more a plurality of described interior contoured pattern and outer contoured shape portion can removably be connected on the installed surface, and described installed surface can removably be connected with described vamp.
70, as the vamp of claim 68, one of them or more a plurality of described interior contoured pattern and outer contoured shape portion are fixed on the installed surface, and described installed surface can removably be connected with described vamp.
71, vamp as claimed in claim 1, wherein said one or more projection can removably be connected in described vamp.
72, as the described vamp of claim 71, one of them or more a plurality of described projections can removably be connected in installed surface, and described installed surface can removably be connected in described vamp.
73, as the described vamp of claim 71, one of them or more a plurality of described projections are fixed on the installed surface, and described installed surface can removably be connected in described vamp.
74, vamp as claimed in claim 1, one of them or more a plurality of described in contoured pattern and outer contoured shape portion and described vamp and sole integrally form.
75, vamp as claimed in claim 1, one of them or more a plurality of described projection and described vamp and sole is whole forms.
76, a kind of complete element that is used for vamp, described complete element comprises one or more elastically deformable projection, each projection has the installed surface that is used for removably described projection being connected in described vamp, thereby make described one or more projection extend by the outer surface of described vamp and be positioned at and the ball position contacting, wherein each projection comprises contoured pattern and an outer contoured shape portion at least one, in described contoured pattern and outer contoured shape portion each when be fixed to the described outer surface of described vamp from described outer surface extension of described vamp, and wherein said outer contoured shape portion is deformable to improve engaging of described projection and described ball.
77, as the described complete element of claim 76, wherein said outer contoured shape portion is with respect to contoured pattern deformable in described.
78, as the described complete element of claim 77, wherein said outer contoured shape portion can outwards be out of shape with respect to contoured pattern in described.
79, as the described complete element of claim 78, wherein said outer contoured shape portion is outward-dipping to improve its outside distortion with respect to contoured pattern in described.
80, as the described complete element of arbitrary claim among the claim 76-79, a plurality of successive outer contoured shape portions are arranged wherein, each described successive outer contoured shape portions is defined by next successive outer contoured shape portions.
81, as the described complete element of claim 76, one of them or more a plurality of described interior contoured pattern and outer contoured shape portion form continuous shape.
82,, wherein form the hole that contoured pattern and outer contoured shape portion in one or more described of continuous shape have one or more and make refuse to break away from by contoured pattern in described and outer contoured shape portion as the described complete element of claim 81.
83, as the described complete element of claim 76, one of them or more a plurality of described in contoured pattern and outer contoured shape portion form the shape of outline line with disconnection.
84, as the complete element of claim 83, the described interior contoured pattern and the outer contoured shape portion that wherein form the shape of the outline line with disconnection comprise that one or more gap makes refuse to be broken away from by contoured pattern in described and outer contoured shape portion.
85, as the described complete element of claim 76, wherein said interior contoured pattern is a pin.
86, as the complete element of claim 85, wherein said pin is solid.
87, as the described complete element of claim 76, one of them or more a plurality of described interior contoured pattern and outer contoured shape portion can removably be connected in described installed surface.
Applications Claiming Priority (5)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| AU2003901919 | 2003-04-22 | ||
| AU2003901919A AU2003901919A0 (en) | 2003-04-22 | 2003-04-22 | Footwear for gripping and kicking a ball |
| AU2003903225 | 2003-06-24 | ||
| AU2003904825 | 2003-09-04 | ||
| AU2003906732 | 2003-12-04 |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN1826064A CN1826064A (en) | 2006-08-30 |
| CN100431443C true CN100431443C (en) | 2008-11-12 |
Family
ID=31500956
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNB2004800166247A Expired - Fee Related CN100431443C (en) | 2003-04-22 | 2004-04-21 | Footwear for gripping and kicking a ball |
Country Status (3)
| Country | Link |
|---|---|
| CN (1) | CN100431443C (en) |
| AU (1) | AU2003901919A0 (en) |
| ZA (1) | ZA200508759B (en) |
Families Citing this family (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US8196320B2 (en) * | 2007-10-22 | 2012-06-12 | Nike, Inc. | Article of footwear with interchangeable bootie |
| EP2494879A1 (en) * | 2010-01-08 | 2012-09-05 | Pablosky, S.L. | Shoe and related manufacturing method |
| US9038288B2 (en) * | 2011-09-26 | 2015-05-26 | Nike, Inc. | Athletic footwear with ball control portions |
| ES1138031Y (en) * | 2015-02-23 | 2015-06-23 | Garcia Antonio Carmona | Sports shoes catches balls. |
| DE102020205893A1 (en) * | 2020-05-11 | 2021-11-11 | Adidas Ag | Upper comprising projections |
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| CN1054889A (en) * | 1990-03-09 | 1991-10-02 | 陈启明 | Improved structure for movable foot-nail of sports shoe-sole |
| RU2015675C1 (en) * | 1991-03-11 | 1994-07-15 | Экспериментальный комбинат спортивных изделий "Спорт" | External cover of football boots |
| CN2208820Y (en) * | 1994-06-18 | 1995-10-04 | 郦安江 | Football boots with elastic studs |
| CN2241998Y (en) * | 1995-11-23 | 1996-12-11 | 毕国伟 | Football boots |
| JPH0928412A (en) * | 1995-07-18 | 1997-02-04 | Asics Corp | Sports hoses |
| CN2261158Y (en) * | 1996-12-25 | 1997-09-03 | 黄启东 | Football boots with rubber tooth piece |
| CN2272665Y (en) * | 1996-11-05 | 1998-01-21 | 毕国伟 | Football shoes |
| CN2273510Y (en) * | 1996-07-19 | 1998-02-04 | 陈云龙 | Football boots being able to kick ball arc rotating |
| CN2282794Y (en) * | 1997-03-21 | 1998-06-03 | 肖大军 | Football shoes |
| CN2296643Y (en) * | 1997-06-16 | 1998-11-11 | 李学斌 | Football boots with granulated rubber face |
| CN2306674Y (en) * | 1997-09-08 | 1999-02-10 | 喻强 | Rubber sheet on football boots surface |
| CN2365917Y (en) * | 1998-12-10 | 2000-03-01 | 特木尔巴根 | Air conditioning shoes |
| CN2370712Y (en) * | 1999-05-07 | 2000-03-29 | 张胜旗 | Comfortable sporting football boots |
| GB2361406A (en) * | 2000-04-18 | 2001-10-24 | Iain Davis | Football boot with elasticated frictional surface |
-
2003
- 2003-04-22 AU AU2003901919A patent/AU2003901919A0/en not_active Abandoned
-
2004
- 2004-04-21 CN CNB2004800166247A patent/CN100431443C/en not_active Expired - Fee Related
-
2005
- 2005-10-28 ZA ZA200508759A patent/ZA200508759B/en unknown
Patent Citations (14)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1054889A (en) * | 1990-03-09 | 1991-10-02 | 陈启明 | Improved structure for movable foot-nail of sports shoe-sole |
| RU2015675C1 (en) * | 1991-03-11 | 1994-07-15 | Экспериментальный комбинат спортивных изделий "Спорт" | External cover of football boots |
| CN2208820Y (en) * | 1994-06-18 | 1995-10-04 | 郦安江 | Football boots with elastic studs |
| JPH0928412A (en) * | 1995-07-18 | 1997-02-04 | Asics Corp | Sports hoses |
| CN2241998Y (en) * | 1995-11-23 | 1996-12-11 | 毕国伟 | Football boots |
| CN2273510Y (en) * | 1996-07-19 | 1998-02-04 | 陈云龙 | Football boots being able to kick ball arc rotating |
| CN2272665Y (en) * | 1996-11-05 | 1998-01-21 | 毕国伟 | Football shoes |
| CN2261158Y (en) * | 1996-12-25 | 1997-09-03 | 黄启东 | Football boots with rubber tooth piece |
| CN2282794Y (en) * | 1997-03-21 | 1998-06-03 | 肖大军 | Football shoes |
| CN2296643Y (en) * | 1997-06-16 | 1998-11-11 | 李学斌 | Football boots with granulated rubber face |
| CN2306674Y (en) * | 1997-09-08 | 1999-02-10 | 喻强 | Rubber sheet on football boots surface |
| CN2365917Y (en) * | 1998-12-10 | 2000-03-01 | 特木尔巴根 | Air conditioning shoes |
| CN2370712Y (en) * | 1999-05-07 | 2000-03-29 | 张胜旗 | Comfortable sporting football boots |
| GB2361406A (en) * | 2000-04-18 | 2001-10-24 | Iain Davis | Football boot with elasticated frictional surface |
Also Published As
| Publication number | Publication date |
|---|---|
| AU2003901919A0 (en) | 2003-05-08 |
| CN1826064A (en) | 2006-08-30 |
| ZA200508759B (en) | 2006-07-26 |
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