DE202012013698U1 - Footwear article with a top with mesh material - Google Patents

Abstract

Articles of footwear (100; 180) comprising: an upper (110); and a mesh material (150; 187) machined into the top, the mesh material (150; 187) including high tensile strands (25; 12) and non-tensile strands (34; 10), wherein: the highly tensile Strands improve the stretch resistance of the mesh material (150; 187); the high tensile strands (25; 12) and the non-tensile strands (34; 10) interlock so that the high tensile strands (25; 12) are substantially in place and Be held in place and the interlocking mesh structure limits the movement of the high tensile strands (25; 12); and the mesh material (150; 187) is the only layer provided for the top (110) in portions of the top (110).

Description

This application is a partial continuation and claims priority under 35 USC § 120 of U.S. Patent Application No. 29 / 401,070 which was filed on September 6, 2011 with the United States Patent and Trademark Office, and this earlier U.S. patent application is hereby incorporated by reference in its entirety.

BACKGROUND

Footwear articles generally include two main elements: an upper and a sole structure. The upper often consists of a plurality of material elements (e.g. textiles, polymer layers, foam layers, leather, synthetic leather) that are sewn together or adhesively bonded to each other to form a cavity inside the footwear for a comfortable and safe foot absorption , In particular, the upper part forms a structure that extends over the instep and toe areas of the foot along the medial and lateral sides of the foot and around a heel area of the foot. The upper can also include a lacing system to adjust the fit of the footwear and allow the foot to be inserted and removed from the cavity in the upper. In addition, the top can include a tongue that extends under the lacing system to improve the adjustability and comfort of the footwear, and the top can include a heel counter.

The different material elements that make up the top give different areas of the top different properties. For example, textile elements can provide breathability and absorb moisture from the foot, foam layers can be compressed to provide comfort, and leather can provide durability and wear resistance. With an increasing number of material elements, the total mass of the footwear can increase proportionally. One of the challenges in designing sports shoes is to give the designer freedom of design to combine different materials for a top to achieve a desired appearance while minimizing the weight of the top. Although numerous materials could be combined and used to provide a desired design, the design could result in a heavier top, which can reduce mobility, performance and comfort for a wearer.

The amount of time and cost associated with transporting, storing, cutting, and connecting material elements can also increase as the number of material elements of an upper part increases. In addition, waste material from cutting and sewing processes can accumulate to a greater extent as the number of material elements contained in an upper part increases. In addition, products with a larger number of material elements can be more difficult to recycle than products with fewer material elements. Therefore, by reducing the number of material elements, the mass of the footwear and the waste can be reduced while the manufacturing efficiency and the recyclability are improved.

In view of these considerations, there is a need for a footwear article that advantageously has a strong, light structure that also offers the designer a significant degree of design freedom when creating a footwear article with a stylish design.

SUMMARY

Various aspects of a footwear article are disclosed below.

In one embodiment, a footwear article may include a top and a mesh material. The mesh material can be worked into the top. The mesh material can include high tensile strands and non-tensile strands. The high tensile strands and the non-tensile strands can interlock so that the high tensile strands are essentially held in place.

In one embodiment, a footwear article can include a top that contains a mesh. The mesh can contain high tensile strands and non-tensile strands. The non-tensile strands can essentially hold the tensile strands in place. The mesh can have a check pattern.

In one embodiment, a footwear article can include a top that contains a mesh. The mesh can contain high tensile strands and non-tensile strands. The non-tensile strands can essentially hold the tensile strands in place. The mesh can have a herringbone pattern.

In one embodiment, a footwear article can include a top that contains a mesh. The mesh can contain high tensile strands and non-tensile strands. The non-tensile strands can essentially hold the tensile strands in place. The mesh can have a seersucker pattern.

list of figures

• 1 ist eine isometrische Ansicht eines Mesh mit Strängen gemäß einer Ausführungsform.
• 2 ist eine Vorderansicht eines Schuhwerksartikels gemäß einer Ausführungsform.
• 3 ist eine Ansicht der lateralen Seite des Schuhwerksartikels von 2.
• 4 ist eine Ansicht der medialen Seite des Schuhwerksartikels von 2.
• 5 ist eine Draufsicht eines Mesh-Materials gemäß einer Ausführungsform.
• 6 veranschaulicht einen Schritt des Aufbringens eines Mesh-Materials während der Herstellung eines Schuhwerksartikels gemäß einer Ausführungsform.
• 7 zeigt einen hergestellten Schuhwerksartikel nach dem Aufbringen von Mesh-Material gemäß einer Ausführungsform.
• 8 ist eine Explosionsansicht eines Schuhwerksartikels gemäß einer Ausführungsform.
• 9 ist eine Draufsicht eines Mesh-Materials gemäß einer Ausführungsform.
• 10 ist eine isometrische Ansicht des Mesh-Materials von 9.
• 11 ist eine Querschnittsansicht des Mesh-Materials von 10.
• 12A ist eine Ansicht eines Mesh-Materials gemäß einer Ausführungsform.
• 12B ist eine vergrößerte Ansicht des Mesh-Materials von 12A.
• 13 ist eine Querschnittsansicht entlang der Linie 13-13 in 12A.
• 14 ist eine Querschnittsansicht entlang der Linie 14-14 in 12A.
• 15 ist eine Seitenansicht eines hochzugfesten Strangsgemäß einer Ausführungsform.
• 16 ist eine Seitenansicht eines Schuhwerksartikels gemäß einer Ausführungsform.
• 17 ist eine Querschnittsansicht eines Schuhwerksartikels gemäß einer Ausführungsform.
• 18 ist eine Querschnittsansicht eines Schuhwerksartikels gemäß einer Ausführungsform.
• 19 ist eine Seitenansicht eines Schuhwerksartikels gemäß einer Ausführungsform.
• 20A ist eine Seitenansicht eines Oberteils eines Schuhwerksartikels gemäß einer Ausführungsform.
• 20B ist eine Seitenansicht des Oberteils von 20A mit entferntem Mesh-Material.
• 20C ist eine Seitenansicht des Oberteils von 20B mit entfernten Zwischenschichten.
• 21 ist eine Seitenansicht eines Schuhwerksartikels gemäß einer Ausführungsform.
• 22 ist eine Explosionsansicht eines Schuhwerksartikels gemäß einer Ausführungsform.
• 23 ist eine Ansicht eines Mesh-Materials gemäß einer Ausführungsform.
• 24 ist eine Seitenansicht eines herkömmlichen Zugstrangelements gemäß einer Ausführungsform.
• 25 ist eine isometrische Ansicht eines vergrößerten Bereichs 25 des Zugstrangelements von 24.
• 26 ist eine Explosionsansicht des Zugstrangelements von 25.
• 27 ist ein Bild eines Schuhwerksartikels, der ein Mesh-Material mit einem Karomuster gemäß einer Ausführungsform enthält.
• 28 ist ein Bild eines Mesh-Materials mit einem Fischgrätmuster gemäß einer Ausführungsform.
• 29 ist ein Bild eines Schuhwerksartikels, der ein Mesh-Material mit einem Seersucker-Muster gemäß einer Ausführungsform enthält,

The above summary and the following detailed description will be better understood when read in conjunction with the accompanying figures.

• 1 10 is an isometric view of a mesh with strands according to an embodiment.
• 2 is a front view of a footwear article according to an embodiment.
• 3 is a view of the lateral side of the footwear article of 2 ,
• 4 is a medial side view of the footwear article of 2 ,
• 5 10 is a top view of a mesh material according to an embodiment.
• 6 illustrates a step of applying a mesh material during the manufacture of a footwear article according to an embodiment.
• 7 shows a manufactured article of footwear after the application of mesh material according to an embodiment.
• 8th 10 is an exploded view of a footwear article according to an embodiment.
• 9 10 is a top view of a mesh material according to an embodiment.
• 10 is an isometric view of the mesh material of FIG 9 ,
• 11 Figure 3 is a cross-sectional view of the mesh material of Figure 10 ,
• 12A 10 is a view of a mesh material according to an embodiment.
• 12B is an enlarged view of the mesh material of FIG 12A ,
• 13 13 is a cross-sectional view taken along line 13-13 in FIG 12A ,
• 14 14 is a cross-sectional view taken along line 14-14 in FIG 12A ,
• 15 10 is a side view of a high tensile strand according to an embodiment.
• 16 is a side view of a footwear article according to an embodiment.
• 17 10 is a cross-sectional view of a footwear article according to an embodiment.
• 18 10 is a cross-sectional view of a footwear article according to an embodiment.
• 19 is a side view of a footwear article according to an embodiment.
• 20A is a side view of an upper of a footwear article according to an embodiment.
• 20B is a side view of the top of FIG 20A with removed mesh material.
• 20C is a side view of the top of FIG 20B with the intermediate layers removed.
• 21 is a side view of a footwear article according to an embodiment.
• 22 10 is an exploded view of a footwear article according to an embodiment.
• 23 10 is a view of a mesh material according to an embodiment.
• 24 is a side view of a conventional tension member according to an embodiment.
• 25 FIG. 10 is an isometric view of an enlarged portion 25 of the tension member of FIG 24 ,
• 26 is an exploded view of the tension member of FIG 25 ,
• 27 10 is an image of a footwear article containing a check pattern mesh material according to one embodiment.
• 28 10 is an image of a herringbone mesh mesh material according to one embodiment.
• 29 10 is an image of a footwear article containing a mesh material with a seersucker pattern according to an embodiment.

DETAILED DESCRIPTION

The following discussion and the accompanying figures disclose a footwear article with a top that contains a mesh material. The mesh material can contain tension cord elements. According to the disclosure, the footwear article has a general configuration that is suitable for a variety of purposes. Footwear-related concepts, including the uppers, can also be applied to a variety of other types of athletic shoes, including, for example, baseball shoes, basketball shoes, cross-training shoes, cycling shoes, soccer shoes, tennis shoes, soccer shoes, and hiking shoes. The concepts can also be applied to shoe types that are generally considered non-athletic, e.g. B. suit shoes, loafers, sandals and work boots. The concepts disclosed herein therefore apply to a wide variety of shoe types. However, the mesh material can be in one A variety of other products are used, including, for example, backpacks and other bags and clothing (e.g. pants, shirts, headgear). Accordingly, the concepts disclosed herein can apply to a wide variety of products.

A conventional upper part can be formed from several layers of material, each of which can impart different properties to different regions of the upper part. A top can be subjected to significant tensile forces during use, and one or more layers of material are positioned in areas of the top to resist the tensile forces. This means that individual layers can be worked into certain sections of the upper in order to withstand tensile forces that occur during the use of the footwear. For example, a textile can be incorporated into an upper part in order to impart resistance to longitudinal stretching. Such a textile can be, for example, a woven textile which is formed from yarns intertwined at right angles to one another. If the woven fabric is incorporated into the top for reasons of elongation resistance, only the longitudinally oriented yarns contribute to the longitudinal elongation resistance and the orthogonal to the longitudinal direction yarns generally do not contribute to the longitudinal elongation resistance. As a result, about half of the yarns in the woven fabric are unnecessary in terms of elongation resistance.

As an extension of this example, the level of stretch resistance required in different areas of a top can vary. While some areas of the top require a relatively high level of stretch resistance due to forces to which the areas are exposed, other areas of the top require a relatively low level of elongation resistance. Since the woven textile can be used in areas that require both a high and a low degree of stretch resistance, some of the yarns in the woven textile can be superfluous in areas that require a low degree of stretch resistance. In this example, the superfluous yarns contribute to the overall mass of the footwear without imparting advantageous properties to the footwear. Similar concepts apply to other materials such as leather and polymer layers, which are used for wear resistance, flexibility, air permeability, upholstery and / or moisture transport, for example.

Based on the above discussion, materials used in a conventional upper made from multiple layers of material may have redundant sections that do not add significantly to the desired properties of the upper, but increase the overall weight of a footwear article. For example, in terms of elongation resistance, a layer may comprise a material that (a) imparts a greater number of directions of elongation resistance or (b) a greater degree of elongation resistance than is required or desired. The superfluous sections of these materials can therefore contribute to the overall mass of the footwear without contributing to advantageous properties.

One method of solving these problems has been to incorporate tensile members into a top to give the top strength and stretch resistance. The use of such tension member is for example in the U.S. Application No. 12 / 362,371 , filed on January 29, 2009; U.S. Application No. 12 / 419,985 , filed on April 7, 2009; U.S. Application No. 12 / 419,987 , filed on April 7, 2009; U.S. Application No. 12 / 546,017 , filed on August 24, 2009; U.S. Application No. 12 / 546,019 , filed on August 24, 2009; U.S. Application No. 12 / 546,022 , filed on August 24, 2009; U.S. Application No. 12 / 847,836 , filed on July 30, 2010; and U.S. Application No. 13 / 196,365 , filed on August 2, 2011, which are hereby incorporated by reference in their entirety.

A conventional tension member comprises strands with a relatively high tensile strength. With reference to the example of 24 can be a conventional tension member 40 strands 34 contain with a relatively high tensile strength, which the elongation resistance of the strand element 40 improve. A tension member 40 can be incorporated into the layers of a top to improve strength and provide stretch resistance to the top while less material is used due to the elongated and relatively narrow shape of the tension members.

To maintain the position of the strands, a conventional tension member can position the strands between two materials, covers, or layers that act to hold the strands in place. Examples of such materials, covers or layers are, for example, in the U.S. Application No. 12 / 362,371 , filed on January 29, 2009; U.S. Application No. 12 / 419,985 , filed on April 7, 2009; U.S. Application No. 12 / 419,987 , filed on April 7, 2009; U.S. Application No. 12 / 546,017 , filed on August 24, 2009; U.S. Application No. 12 / 546,019 , filed on August 24, 2009; US application no. 12 / 546.022 , filed on August 24, 2009; U.S. Application No. 12 / 847,836 , filed on July 30, 2010; and U.S. Application No. 13 / 196,365 , filed on August 2, 2011, which are hereby incorporated by reference in their entirety. With reference to the example of 25 showing an enlarged view of the area 25 of the train element 40 of 24 is a tension member 40 a base layer 41 and a top layer 42 included, with strands 34 between the base layer 41 and the top layer 42 are positioned. 26 shows an exploded view of the embodiment of FIG 25 and further illustrates how the strands 34 between the base layer 41 and the top layer 42 are positioned. The strands 34 can be parallel to surfaces of the base layer 41 and the top layer 42 extend. By being essentially parallel to the surfaces of the base layer 41 and the top layer 42 are holding the strands 34 stretch in directions that correspond to the surfaces of the base layer 41 and the top layer 42 correspond.

The strands 34 can consist of any generally one-dimensional material. As used in relation to the present invention, the term "one-dimensional material" or variants thereof is intended to encompass generally elongated materials having a length that is substantially greater than a width and a thickness. Accordingly, include suitable materials for the strands 34 various filaments, fibers, yarns, threads, cables or ropes made of rayon, nylon, polyester, polyacrylic, silk, cotton, carbon, glass, aramids (e.g. para-aramid fibers and meta-aramid fibers), polyethylene with ultra high molecular weight, liquid crystal polymer, copper, aluminum and steel. Such materials can provide a relatively high tensile strength that increases the elongation resistance of a material in which a strand is incorporated 34 is incorporated. While filaments have an indefinite length and individually as strands 34 fibers have a relatively short length and generally go through spinning or twisting processes to produce a thread of suitable length.

A single filament in the strands 34 can be formed from a single material (ie a one-component filament) or from several materials (ie a two-component filament). Similarly, different filaments can be formed from different materials. As an example, yarns can be used as skeins 34 used, contain filaments each formed from a common material, may contain filaments each formed from two or more different materials, or may contain filaments each formed from two or more different materials. Similar concepts also apply to threads, cables or ropes. The thickness of the strands 34 can also vary widely, for example, to range from 0.03 millimeters to more than 5 millimeters. Although one-dimensional materials can often have a cross-section where the width and thickness are substantially equal (e.g., a round or square cross-section), some one-dimensional materials can have a width that is greater than a thickness (e.g., a rectangular, oval or otherwise elongated cross-section).

Strands can be used to modify properties other than the stretch resistance of a footwear article. For example, strands can be used to provide additional wear resistance in certain areas of an upper part. For example, the strands may concentrate in areas of the upper that are subject to wear, such as in a forefoot area of the upper and adjacent to a sole structure. When used for wear resistance, strands can be selected from materials that have relatively high wear resistance properties. Strands can also be used to modify the bending properties of a top. For example, areas with relatively high strand concentrations can bend to a lesser extent than areas with relatively low strand concentrations. Similarly, areas with relatively high strand concentrations may be less air permeable than areas with relatively low strand concentrations. Strands can also be used to connect or secure an upper to a sole structure while using less weight than a conventional upper, for example using leather or other textile webs connected to a sole structure. Strands can also strengthen such a connection between an upper and a sole structure.

The sole structure may be attached to a lower portion of the upper to be positioned between the foot and the floor. In the case of sports shoes, the sole structure includes, for example, a midsole and an outsole. The midsole can be formed from a polymer foam material that attenuates (ie, provides cushioning) ground reaction forces during running, running, and other walking activities. The midsole can also contain liquid-filled chambers, plates, moderators or other elements which, for example, further dampen the forces, improve stability or influence the movements of the foot. The outsole forms a ground-contacting element of the footwear and is usually made of a durable and wear-resistant rubber material that has a texture to impart traction. The Sole structure may also include a liner positioned within the upper and proximal to a lower surface of the foot to improve shoe comfort.

In conventional designs, tension member elements can be provided as separate elements, such as separate filaments, yarns, or strands placed on a base layer of the top. To ensure that the tension member remains in place, a tie layer or other fastener may connect, attach, or otherwise join the tension member to the base layer. In one example, a layer of thermoplastic polymer could be placed between the strands and the base layer and heated to bond the strands and the base layer together. According to another example, the connecting element or fastening element can be a layer made of thermoplastic polymer or a textile, which extends over the strands and the base layer in order to connect the strands and the base layer. Such a layer can in turn act as a cover layer which forms a section of an outer or exposed surface of the upper part, a combination of the base layer, the strands and the cover layer providing in some areas essentially the entire thickness of the upper part. In another example, the connector or other fastener may be an adhesive that connects the strands and the base layer together. In other examples, additional individual threads are sewn over strands to secure the tension cord elements to the base layer. As a result, a variety of structures or methods can be used to attach strands to an underlying base layer.

Although conventional tension member elements provide a high level of performance, for example by improving the stretch resistance of an upper, the methods used to incorporate the tension member into an upper can provide an article of footwear that is stylish and comfortable for certain uses. For example, by incorporating strands 34 between a base layer 41 and a top layer 42 a footwear article with high performance and a style made for sporting use but not necessarily for leisure use. It would be desirable to provide a footwear article that provides a high level of performance, but is also stylish and comfortable for a variety of uses, such as for both sporting and recreational purposes.

In one embodiment, strands can be incorporated into a mesh material. The mesh material can comprise a combination of high tensile strands and non-high tensile strands that do not have high tensile strength. For example, the strands that do not have high tensile strength can cut the high-tensile strands. A mesh that contains a pattern of intersecting strands can advantageously provide a structure that substantially holds the high tensile strands in place while also providing improved performance. As a result, the mesh material could include high tensile strands that improve the strength and stretch resistance of the mesh, but do not require a base and top layer to maintain the position of the high tensile strands. Such a mesh can advantageously be breathable and flexible, but also have a relatively high strength and a limited stretch. In addition to advantageously improving performance and saving material, the mesh material can also provide a stylish pattern.

1 shows a mesh 10 that a first sentence 25 of high tensile strands. In one embodiment, the first sentence 25 of tensile strands include different numbers of tensile strands. For example, the number of tensile strands selected for a given set of high tensile strands can be according to a desired strength and / or stretch resistance for the mesh 10 to be selected. For example, the first sentence 25 of high tensile strength strands a first high tensile strength strand 21 , a second high tensile strength strand 22 , a third high tensile strength strand 23 and a fourth high tensile strength strand 24 included, although the first sentence 25 of tensile strands may contain other numbers of high tensile strands. High tensile strands can have the same shape as the strands 34 that in a conventional tension member discussed above 40 can be used and can consist of the same materials. For example, high tensile strands of the first set 25 high tensile nylon. The first sentence 25 of high tensile strands can serve to increase the strength of the mesh 10 to increase and the stretch resistance of the mesh 10 to improve due to the tensile properties of the high tensile strands.

The mesh 10 can do a second sentence 34 of strands that comprise the first sentence 25 cut from high tensile strands. In one embodiment, the second sentence 34 contain different numbers of strands from strands. The number of strands used for the second set 34 of strands can be selected, for example, to provide a sufficient number of strands that intersect with high tensile strands and that to hold high tensile strands essentially in place. For example, the second sentence 34 a first strand 31 , a second strand 32 and a third strand 33 included, although the second sentence 34 can contain a different number of strands.

Strands of the second set 34 of strands can be non-tensile strands. For example, strands of the second set 34 have a different shape and / or consist of different materials than the high tensile strands of the first set 25 , For example, non-tensile strands, such as the strands of the second set 34 , are made of polyester. In another example, non-high tensile strands can be made from a blend of 60% polyester and 40% polyester 150D consist. In another example, if the mesh 10 contains high tensile strands and non-tensile strands, the mesh 10 are made of different materials, according to a desired strength and stretch resistance for the mesh 10 can be selected.

The strands of the second set 34 do not necessarily improve the strength and stretch resistance of the mesh 10 to the extent that high tensile strands do. The strands of the second set 34 can use the high tensile strength strands of the first set 25 cut and provide a mesh structure containing the high tensile strands of the first set 25 essentially holds in place. For example, the strands of the second set 34 an interlocking mesh structure with high tensile strands of the first set 25 form the movement of the high tensile strands of the first set 25 limited.

According to one embodiment, the mesh 10 contain a plurality of sets of strands. For example, the mesh 10 a first sentence 25 of high tensile strands and at least a second set 34 of strands containing the high tensile strands of the first set 25 to cut. In another example, the mesh 10 contain several sets of strands, the high tensile strands of the first set 25 cut, such as the second sentence 34 of strands and a third sentence 38 of strands. The third sentence 38 of strands can be substantially the same or similar to those of the second set 34 his. For example, the third sentence 38 a first strand 35 , a second strand 36 and a third strand 37 included, although the third sentence 38 can contain any number of strands. According to one example, the second sentence 34 of strands and the third set of strands are repeated any number of times along a direction that extends along a length of the high tensile strands of the first set 25 extends. This would result in multiple sets of strands being the high tensile strands of the first set 25 cut so that the multiple sets of strands act to be the high tensile strands of the first set 25 essentially hold in place.

According to one embodiment, the mesh 10 include additional sets of strands that extend substantially in the same direction as the first set 25 of strands. For example, the mesh 10 a fourth sentence 44 of strands and a fifth sentence 49 of strands included. The fourth sentence 44 of strands and the fifth sentence 49 strands can contain any number of strands. For example, the fourth sentence 44 of strands a first strand 40 , a second strand 41 , a third strand 42 and a fourth strand 43 included, and the fifth sentence 49 of strands can be a first strand 45 , a second strand 46 , a third strand 47 and a fourth strand 48 included, although the fourth sentence 44 of strands and the fifth sentence 49 of strands can contain any number of strands. According to one embodiment, the strands of the fourth set 44 and the strands of the fifth sentence 49 Strands like that of the second set 34 his. In such an embodiment, the strands of the fourth set would exist 44 , the fifth sentence 49 and the second sentence 34 made of the same materials and have the same structure, with the strands of the fourth set 44 and the strands of the fifth sentence 49 the strands of the second set 34 cut to a mesh structure for the mesh material 10 to build.

In one embodiment, a repeating pattern may be provided in which sets of high tensile strands alternate with sets of non-tensile strands. For example, the strands of the fourth set 44 and the fifth sentence 49 on both sides of the first sentence 25 of tensile strands are non-tensile strands, sets of tensile strands and sets of non-tensile strands alternating in directions that are substantially perpendicular to the longitudinal axes of the strands. According to a further embodiment, the strands of one or both of the fourth set 44 and the fifth sentence 49 highly tensile strands that are substantially the same as those of the first set 25 are or are similar to them. Sets of strands can be selected to be high tensile or non-tensile according to a desired strength and stretch resistance for the mesh 10 contain.

In one embodiment, each of the sets of strands may include a mixture of high tensile strands and non-tensile strands. Such a blend can be according to a desired strength and stretch resistance for the mesh 10 to be selected.

According to one embodiment, the mesh 10 be formed from monofilament strands. For example, non-high tensile strands can be formed with monofilament strands, such as the strands of the second set 34 and other sets containing non-tensile strands.

The mesh 10 can be a woven material or a knitted material. For example, the mesh 10 As a woven or knitted material, not only to provide a high performance material with strength and stretch resistance, but also to provide a mesh material with a desired pattern or style.

According to one embodiment, the mesh 10 be a woven material in which the strands run alternately in the warp and weft directions one above the other and one below the other. For example, high tensile strands of the first set 25 extend in the warp direction while the strands of the second set 34 can extend in the weft direction. The strands of the second set 34 could alternate, for example, above and below the high tensile strength strands of the first set 25 run when the strands of the second set 34 the high tensile strands of the first set 25 to cut. Such a pattern of weave strands can provide both high tensile strands to improve the strength and elongation resistance of a mesh material and non-high tensile strands that interlock with the high tensile strands and substantially hold the high tensile strands in place.

According to a further embodiment, the mesh 10 be a knitting material in which the strands are knitted together. For example, high tensile strands of the first set 25 extend in a first direction along their respective lengths, and non-tensile strands of the second set 34 can interest or cut the high tensile strength strands and neighboring strands with high accuracy of the first set 25 knit together. For example, non-tensile strands of the second set 34 in loops between the first strand 21 and the second strand 22 of the first sentence 25 be formed the first strand 21 and the second strand 22 knit together. Non-tensile strands can similarly knit other tensile strands together and connect adjacent sets of strands together.

The mesh materials described above can be included in a footwear article to advantageously impart improved strength and stretch resistance to the footwear article, but also the freedom to design different appealing styles. For example, a mesh material itself can be used to incorporate various stylish designs into a footwear item. With reference to the example of 2 can be a footwear item 100 a top 110 and a sole structure 120 contain. 3 shows a view of the lateral side 111 of the footwear 100 of 2 and 4 shows a view of the medial side 112 of the footwear 100 , Footwear can be used for reference purposes 100 divided into three general areas: a forefoot area 101 , a midfoot area 102 and a heel area 103 , as in 3 and 4 shown. The forefoot area 101 generally includes sections of footwear 100 that the toe section 136 correspond to where the toes and the joints that connect the metatarsals to the phalanges are present. The midfoot area 102 generally includes sections of footwear 100 that correspond to the arch area and the heel area 103 corresponds to the heel area 138 and posterior sections of the foot, including the calcaneus bone. The areas 101 - 103 , the medial side 112 and the lateral side 111 can on the sole structure 20 , the top 30 and individual elements of it are applied. The areas 101 - 103 , the medial side 112 and the lateral side 111 are not supposed to be precise areas of the footwear 100 delimit. Rather, the areas should 101 - 103 , the medial side 112 and the lateral side 111 general areas of footwear 100 to support the following discussion.

The sole structure 120 is on the top 110 fastens and extends between the foot and a floor surface when the footwear 100 will be carried. The sole structure 120 may include a midsole, an outsole, and a liner (not shown). The midsole is on a lower surface of the upper 110 attached and can be formed from a compressible polymer foam element (e.g., a polyurethane or ethyl vinyl acetate foam) that attenuates (i.e., provides cushioning) ground reaction forces when compressed between the foot and the floor during running, running, and other walking activities , In other configurations, the midsole may include fluid-filled chambers, plates, moderators, or other elements that further dampen forces, improve stability, or affect foot movements, or that Midsole can be formed primarily from a liquid-filled chamber. The outsole is attached to a lower surface of the midsole and can be made of a wear-resistant rubber material that is textured to provide traction. The lining is inside the top 110 and is positioned to extend under a lower surface of the foot. Although this configuration for the sole structure 120 provides an example of a sole structure that is in connection with the upper 110 A variety of other conventional or non-conventional configurations for the sole structure can also be used 120 be used. Accordingly, the structure and features of the sole structure 120 or any sole structure that matches the top 110 used varies considerably.

The top 110 defines a cavity 134 in the footwear 100 for picking up and securing a foot relative to the sole structure 120 , The cavity 134 can be shaped so that it picks up the foot and extends along the lateral side 111 of the foot, along the medial side 112 of the foot, over the foot, around the heel and under the foot. A shoelace 132 extends through various laces openings 130 and allows a wearer to measure the dimensions of the top 110 to modify to accommodate the proportions of the foot. In particular, the laces allow 132 the carrier, the top 110 to tighten around the foot, and the laces 132 allows the wearer to use the top 110 to loosen the insertion and removal of the foot from the cavity 134 to facilitate. In addition, the top 110 a tongue (not shown) included, which is located under the laces 132 extends.

According to one embodiment, the upper part 110 a seam 140 include. The seam 140 can be used to make materials of the upper part 110 to connect and / or around the top 110 to give a stylish design. For example, a thread for the seam 140 be used in contrast to the surrounding material of the top 110 stands so that the seam 140 is more visible to create a stylish design.

Different sections of the top 110 can be formed from one or more of a plurality of material elements (e.g. textiles, polymer layers, foam layers, leather, synthetic leather) which are sewn together or connected together to form the cavity within the footwear 100 to build. The top 110 can also have a heel pad that supports heel movement in the heel area 101 limited, or contain a wear-resistant toe protection that is in the forefoot area 103 located. Although a variety of material elements or other elements in the areas of the top 110 included areas of one or both of the lateral side 11 and the medial side 112 different strands 34 ,

The mesh material discussed above can be used in footwear 100 be incorporated. According to one embodiment, the mesh material 150 in the top 110 be incorporated. As in the examples of 2-4 shown, the mesh material 150 for example a large part of the lateral side 111 and much of the media side 112 of the top 110 form. As a result, the mesh material 150 have a configuration that (a) differs from higher areas of the top 110 to lower areas of the top 110 and through each of the areas 101 - 103 extends, (b) the various lace openings 130 defined, and (c) an outer surface (ie, an outer exposed surface of the footwear 100 ) can form.

The mesh material 150 can do a first sentence 113 of high tensile strength strands, as in the example of 3 shown. The high-tensile strands improve the strength and stretch resistance of the mesh material 150 and the top 110 into which the mesh material 150 is incorporated.

During running, running and other walking activities can be in the footwear 100 induced forces tend to be the top part 110 stretch in different directions and the forces can be concentrated in different places. That said, many of the material elements that make up the top 110 can stretch if they are put under tension by movements of the foot. Although high tensile strands can also stretch, high tensile strands generally stretch less than the other material elements that make up the top 110 form. The mesh material 150 can therefore be arranged so that there are structural components in the top 110 provides that strengthen the top and withstand stretching in certain directions or reinforce places where forces are concentrated. Such a mesh material 150 can also provide weight savings by providing a lightweight structure that is relatively strong. High tensile strands can be positioned to provide stretch resistance in certain directions and locations, and the number of high tensile strands can be selected to provide a desired level of stretch resistance. Accordingly, the orientations, positions, and the amount of high tensile strands can be selected, structural To provide components that are tailored to a specific purpose.

One example is the various high-tensile strands that lie between the shoelace openings 130 and the sole structure 120 stretch, an elongation in the medial-lateral direction (ie in a direction that extends around the top) 110 extends around). These high tensile strands can also be adjacent to the laces openings 130 be positioned and extend therefrom to stretch due to tension in the laces 132 withstand. Provided that the high tensile strands cross other strands, whether the other strands are other high tensile strands or non-tensile strands, forces from the tension in the laces can occur 132 or from the movement of the foot on different areas of the upper part 110 be distributed. Accordingly, high tensile strands are arranged around structural components in the top 110 to form that withstand stretching.

According to one embodiment, the mesh structure 150 contain high tensile strands that run longitudinally along the footwear 100 between the forefoot area 103 and the heel area 101 extend. Such high tensile strands resist elongation in the longitudinal direction (ie in a direction that extends through each of the areas 101 - 103 extends). In such an embodiment, high tensile strands can intersect and allow forces from the shoelace 132 at the different laces openings 130 wider across the top 110 be distributed.

According to one embodiment, the mesh material 150 be aligned so that the high tensile strands in the mesh material 150 relative to the sole structure 120 are angled. For example, the mesh material 150 be aligned so that high tensile strands of mesh material 150 like the high tensile strands of the first set 113 , diagonally between the sole structure 120 and the laces opening 130 are angled. For example, a person's running style or preferences can determine the orientations, locations, and amount of high tensile strength strands. For example, some people may have a relatively high degree of pronation (ie, an inward rolling foot movement), providing a larger number of high-tensile strands on the lateral side 111 can reduce the degree of pronation. Some people may also prefer the top 110 fits more tightly, which is the addition of more high tensile strands in the top 110 may require. Accordingly, the footwear 100 be adjusted to a person's running style or preferences by changing the orientations, locations and amount of high tensile strength strands. In addition, the mesh material 150 Giving stretch areas to certain areas, reinforcing areas that improve wear resistance, modifying flexibility or areas with air permeability for the top 110 provide. By controlling the orientations, locations, and amounts of strands, the properties of the top can be changed 110 and footwear 100 to be controlled.

The top 110 may include a plurality of sets of high tensile strength strands, such as a second set 114 of high tensile strands, as in 3 shown. The top 110 can also contain one or more sets of non-tensile strands. For example, the top can include at least a third set of non-tensile strands, as in 3 shown. In one embodiment, the first sentence 113 of high tensile strands and the second set 114 of high tensile strands can be arranged in an alternating pattern, with a third set 115 of non-tensile strands between the first set 113 of high tensile strands and the second set 114 is arranged by high tensile strands, as in 3 shown. The top 110 can also add a fourth sentence 116 of non-tensile strands containing the first sentence 113 of high tensile strands and the second set 114 cuts of high tensile strength strands, as in 3 shown. As a result, the non-tensile strands of the fourth set 116 with the high tensile strands of the first set 114 and the second sentence 162 interlock to form the high tensile strands of the first set 114 and the second sentence 163 essentially hold in place.

Based on the discussion above, a mesh material can be 150 containing high tensile strength strands can be used to add structural components to the top 110 to build. Generally, high tensile strands will withstand stretch to the total stretch in the top 110 to limit. High tensile strands can also be used to apply forces (e.g., forces from the laces 132 and the laces opening 130 ) on different areas of the upper part 110 to distribute. Accordingly, the orientations, locations, and amount of high tensile strength strands can be selected to provide structural components tailored for a particular purpose. The high tensile strands of the mesh material 150 can be arranged to impart one-dimensional stretch or multi-dimensional stretch. The mesh material can also contain coatings that for example, form a breathable and water-repellent barrier.

The the mesh material 150 Forming strands can be arranged so that the mesh material 150 presents a stylish design. A design that is a mesh material 150 comprises high-tensile strands, advantageously provides footwear 100 ready for high performance due to the increased strength and stretch resistance of the mesh material 150 along with the weight savings that the mesh material has 150 due to its high strength and resistance to stretching without using a base layer or top layer, but also a stylish design that is desirable for both sporty use and leisure use. For example, the footwear 100 which is the mesh material 150 provides high performance when worn when playing tennis, but also provides a design that is desirable not only for playing tennis but also for recreational use outside the tennis court.

For example, the strands of the mesh material 150 be arranged in a check design, as in the 2-4 shown. Such a check design can be made, for example, by crossing sets of high tensile strands and sets of non-tensile strands in a mesh structure. In such a mesh structure, the high tensile strands and the non-tensile strands can interlock so that the high tensile strands are essentially held in place. For example, the check design can include sets of high tensile strands that alternate with non-tensile strands. As in 3 shown the first sentence 113 tensile strands and the second set 114 high tensile strands with a third set 115 Alternate non-tensile strands.

According to one embodiment, high tensile strands can stand out from non-tensile strands, so that the high tensile strands stand out and are more visible than the non-tensile strands. As in the example of 3 shown, a high tensile strength strand 117 in the first sentence 113 of high tensile strength strands from the surrounding non-high tensile strength strands that make up the high tensile strength strand 117 cut or run adjacent to it, stand out and stand out. Such an effect can be achieved, for example, by the high-tensile strand 117 is made thicker than the surrounding non-tensile strands, and / or by the tensile strand 117 gets a different color than the surrounding non-tensile strands.

Mesh material can be incorporated into a footwear article using various methods. According to one embodiment, mesh material can be provided in a layer form, which is then incorporated into an article of footwear. As in the example of 5 shown, a mesh material can be used as a layer 200 be provided, which has been cut into a desired shape according to a footwear article. For example, the location 200 cut to conform to a shape of an upper of a footwear article. As in the example of 5 shown the location 200 be cut so that they are both a medial side 210 as well as a lateral side 212 contains, which correspond to the medial and the lateral side of an upper part. Such a location 200 Made of mesh material can be attached to a top 121 a footwear article can be applied by the location 200 around the top 121 is wound, as in the example of 6 shown. For example, a location 200 made of mesh material first on a toe section 214 of the top 121 applied and then along the arrow Y in 6 specified direction are lowered so that the medial side 210 and the lateral side 212 the situation 200 around the sides of the top 121 be wrapped. The ends of the medial side 210 and the lateral side 212 the situation 200 can then around the heel section 216 of the top 121 be wrapped to provide a footwear item that has the location 200 made of mesh material, as in the example of 7 shown. Such an article of footwear containing the mesh material advantageously offers high performance due to the strength and stretch resistance of the mesh material, but also offers a stylish design that is desirable for both sporty and recreational use.

Other methods can be used to incorporate mesh material into a footwear article. According to one embodiment, discrete sections of mesh material, which are separated from one another, can be applied to the upper part of a footwear in order to incorporate the mesh material into footwear. The method of incorporating mesh material into a footwear article can be selected according to a desired amount of mesh material to be incorporated into the footwear article and according to a desired style or pattern for the footwear article.

Mesh material that is incorporated into an article of footwear can have a structure that is breathable due to the woven or knitted structure of the mesh material. Such a woven or knitted structure is open to a certain extent and lets some air through the mesh Material through. As a result, the mesh material can advantageously make an upper part in which the mesh material is incorporated more breathable. In addition, the structure of the mesh material can also be semi-transparent or translucent and let a certain amount of light through the mesh material. As a result, the mesh material can allow a viewer to see materials or layers under the mesh material. Such an effect can be used, for example, to add styles or designs to a footwear article by incorporating layers under the mesh material that are visible to some extent through the mesh material.

8th shows an exploded view of a footwear article in which the mesh material 152 is incorporated. The mesh material 152 can be semi-transparent or translucent, which allows a viewer to see materials or layers under the mesh material 152 to see. For example, one layer 154 under the mesh material 152 be provided. The layer 154 can have a rear section 155 and a strip section 157 included, as in the example of 8th shown. The back section 155 and / or the strip section 157 the layer 154 can be provided to complement the stylish design of a footwear item because of the layer 154 through the mesh material 152 can be viewed. For example, the rear section 155 a different color, design or pattern than the mesh material 152 and other surrounding materials so that the rear section 155 the layer 154 which is different due to the mesh material 152 is more recognizable. The strip section 157 can also differ from the mesh material 152 and the surrounding materials differ so that the strip section 157 lighter thanks to the mesh material 152 can be viewed. According to such embodiments, the layer 154 Contribute to the stylish design of a footwear article by providing designs and / or colors that are defined by the mesh material 152 are visible. According to a further embodiment, the layer differs 154 not necessarily from the mesh material 152 , which can also contribute to the stylish design of a footwear item. For example, a design for a footwear article can be selected that minimizes different designs and / or colors for a simplified but stylish design. 27 is also included to provide an image of a footwear article containing a check pattern mesh material according to one embodiment.

A footwear article can also be an insert 156 included, which can act as a base layer. Similar to the layer 154 can the deposit 156 also from the mesh material 152 and the surrounding materials may be different, so the insert 156 through the mesh material 152 is more visible. As a result, the deposit 156 Contribute to the stylish design of a footwear article by providing designs and / or colors that are due to the mesh material 152 are visible. According to a further embodiment, the insert differs 156 not necessarily from the mesh material 152 , which can also contribute to the stylish design of a footwear item.

The deposit 156 can be formed from any generally two-dimensional material. In relation to the present invention, the term “two-dimensional material” or variants thereof is intended to encompass generally flat materials that have a length and a width that are substantially greater than a thickness. Suitable materials for the insert 156 include, for example, various textiles, polymer layers or combinations of textiles and polymer layers. Textiles are generally made from fibers, filaments, or yarns that are, for example, either (a) made directly from fibrous webs by bonding, fusing, or intermeshing to produce nonwovens and felts, or (b) by mechanical manipulation of yarn for manufacture of a fabric. Polymer layers can be extruded, rolled, or otherwise formed from a polymer material to have a generally flat aspect. Two-dimensional materials can also include laminated or otherwise layered materials that include two or more layers of textiles, polymer layers, or combinations of textiles and polymer layers. In addition to textiles and polymer films, other two-dimensional materials can be used for the insert 156 be used. Although two-dimensional materials can have smooth or generally untextured surfaces, some two-dimensional materials have textures or other surface properties, such as dents, protrusions, ribs, or various patterns. Despite the presence of surface properties, two-dimensional materials generally remain flat and have a length and width that are substantially greater than a thickness.

As in the example of 8th shown, a footwear article can also be a strap 158 and a heel counter 150 contain. The strap 158 can help keep the top of a footwear item on one foot 160 to attach and thus improve the feeling of the footwear item. A strap 158 can be provided on one or both of the medial and lateral sides of a footwear article, for example. The strap 158 can under the mesh material 152 or under the mesh material 152 be arranged. According to one embodiment, the belt 158 of the mesh material 152 be different so the strap 158 easier through or relative to the mesh material 152 can be seen. The strap 158 can contribute to an overall stylish design of a footwear article due to its different color and / or pattern. According to a further embodiment, the belt differs 158 not necessarily from the mesh material 152 , which can also contribute to the stylish design of a footwear item.

The mesh material 152 can be attached to the top of a footwear item to make the mesh material 152 secure in place. According to one embodiment, the mesh material 152 with a strip section 153 be connected. For example, an upper section of the mesh material 152 with the strip section 153 be welded and a lower portion of the mesh material can be connected to the sole structure of the footwear article. The strip section 153 can be made of a material suitable for providing a desired design or color. For example, the strip section 153 made of thermoplastic polyurethane (TPU).

According to one embodiment, the mesh material 152 be colored yourself. Providing color for the mesh material 152 can the stylish design of the mesh material 152 and the footwear article in which it is incorporated. For example, the strands of the mesh material 152 be colored. Such strands can have the same color or different strands can have different colors. In the example of a check design for the mesh material 152 can the strands of the mesh material 152 have different colors to emphasize the check pattern. According to one embodiment, the strands of the mesh material 152 contain high-tensile strands made of nylon, for example, and non-tensile strands made of e.g. polyester. The mesh material 152 can then be dyed so that the non-high tensile strands are dyed while the high tensile strands are not dyed. In such an example, the non-colored high tensile strands would be different and stand out from the colored non-tensile strands. For example, the mesh material 152 are dip-dyed to dye non-high tensile strands of polyester.

As discussed above, the mesh material incorporated into a shoe upper can be a woven material. Regarding 9 can be a mesh material 160 a first sentence 226 contain high tensile strands that deal with a second set 162 Cut non-tensile strands and are woven to the mesh material 160 Giving strength and resistance to stretching during the first set 226 high tensile strands is held in place. The mesh material 160 may include additional sets of high tensile strands and additional sets of non-tensile strands. The sets of high tensile strands and non-tensile strands can be arranged in alternating patterns to provide a design.

As in the example of 10 shown which is an isometric view of the mesh material 160 of 9 sets of strands of mesh material 160 woven into a stylish pattern, such as a check design. In one embodiment, the first sentence 226 of high tensile strands with a second set 228 of non-tensile strands and a third set 230 woven from non-tensile strands. For example, the first sentence 226 of high tensile strands in one warp direction 234 of the mesh material 160 extend while the second sentence 228 of non-tensile strands and the third sentence 230 of non-tensile strands in one shot direction 236 extend. Such a woven pattern would be a mesh material, for example 160 provide that stretch in the warp direction 234 and direction of fire 236 essentially withstands, however, some stretch in one direction 238 (a tension direction) that is diagonal to the warp direction 234 and 236 to the firing direction 236 is. The diagonal direction 238 can, for example, be at an angle of essentially 45 degrees between the warp direction 234 and the direction of fire 236 extend.

As a result, the mesh material 160 for example, improved strength and resistance to stretching in the warp direction 234 and direction of fire 236 (e.g. along the directions in which the first sentence 226 of strands and the second sentence 228 of strands), but may also require some diagonal stretch 23 allow.

According to one embodiment, the second sentence 228 of non-tensile strands and the third sentence 230 of non-tensile strands with the tensile strands of the first set 226 cut to provide an interlocking pattern between the high tensile strands and the non-tensile strands. Such an interlocking pattern can essentially hold the high tensile strands in place while providing strength and stretch resistance to the check design.

As in 11 shown which is a cross-sectional view along the line 11 - 11 in 10 is, for example, individual high tensile strands 164 the non-tensile strand 163 and the non-tensile strand 165 that are in the direction of fire 236 stretch, cut and reach into them. As in the example of 11 shown, the non-tensile strand 163 over every highly tensile strand 164 run while the non-tensile strand 165 under every high tensile strength strand 164 can run. In one area 167 between the high tensile strands 164 , the non-tensile strand 163 and the non-tensile strand 165 run past each other and can be woven or connected. For example, another non-tensile strand (not shown) may be between the non-tensile strand 163 and the non-tensile strand 165 in that area 167 run, such as through a loop through the non-tensile strand 163 and the non-tensile strand 165 is formed to the non-tensile strand 163 and the non-tensile strand 165 in that area 167 to weave.

According to one embodiment, the mesh material 160 also a fourth sentence 232 of non-high tensile strands contained along the warp direction 234 extend. The fourth sentence 232 of non-tensile strands can match the non-tensile strands of the second set 228 and the third sentence 230 cross and weave. According to one embodiment, the weave pattern that is between the strands of the first set 226 and the second sentence 228 and the third sentence 230 as well as between the fourth sentence 232 and the second sentence 228 and the third sentence 230 different areas of the mesh material are formed 160 to be provided with different patterns. For example, a first area 218 , a second area 220 , a third area 222 and a fourth area 224 of the mesh material 160 have different patterns to provide a check design. A check design that is characterized by the weaving pattern of the first area 218 , the second area 220 , the third area 222 and the fourth area 224 is provided, for example, alternately in the warp direction 234 and the direction of fire 236 be repeated to create a mesh material 160 to be provided with check design.

12A shows an example of a weave pattern for a mesh material 170 according to one embodiment. The mesh material 170 can have a high tensile strength strand 172 included with a non-tensile strand 176 and a non-tensile strand 178 cuts and reaches into them. 12B shows an enlarged view of the mesh material 170 of 12A to consider the weaving pattern of the mesh material 170 to support. For example, the non-tensile strand 176 and the non-tensile strand 178 alternately above and below the high tensile strength strand 172 woven to provide a weave pattern that is essentially the high tensile strand 172 holds in place.

In addition, the mesh material 170 a high tensile strength strand 174 included, which extends substantially in the same direction as the high tensile strand 172 and with the non-tensile strand 176 and the non-tensile strand 178 interlocking as in 13 and 14 shown. Such a weaving pattern between the high tensile strand 172 , the non-tensile strand 176 , the non-tensile strand 178 and the non-tensile strand 174 can be repeated through the mesh material to obtain a desired pattern. 15 shows a side view of an exemplary high tensile strength strand 172 ,

As discussed above, a mesh material can be oriented such that high tensile strands of mesh material are angled diagonally between a sole structure and a shoelace opening for a shoelace. According to a further embodiment, the high-tensile strands of a mesh material can be aligned in a substantially vertical direction between a sole structure and a shoelace opening.

Regarding 16 can be a footwear item 180 a mesh material 187 contain. The mesh material 187 can turn a first sentence 12 of high tensile strands and a second set 10 of non-tensile strands included. As in the enlarged section of 16 shown, the first sentence 12 a first high tensile strength strand 181 , a second high tensile strength strand 182 and a third high tensile strength strand 183 included, although any number of high tensile strength strands in the first set 12 can be included. For example, the number of high tensile strands in the first set 12 according to a desired strength or stretch resistance for the mesh material 187 can be varied.

As in the enlarged section of 16 shown, the second sentence 10 a first non-tensile strand 184 , a second non-tensile strand 185 and a second non-tensile strand 186 included, although the second sentence 10 can contain any number of non-tensile strands. The mesh material 187 may contain other sets of strands, such as a third set 14 of high tensile strands and a fourth set 16 of strands, being the fourth sentence 16 is a set of high tensile strands or non-tensile strands which are the strands of the first set 12 , the second sentence 10 and the third sentence 14 to cut. According to one embodiment, the alternating pattern of the first set can be 12 of high tensile strands, of the second set 10 of non-tensile strands and the third set 14 of high tensile strands in horizontal and vertical directions repeat to the mesh material 187 with a desired pattern, such as a check pattern.

As in the example of 16 shown, the high tensile strands of the first set 12 and the non-tensile strands of the second set 10 in a substantially vertical direction between a sole structure 189 and a lace opening 188 of the footwear 180 extend.

Sets of high tensile strands and sets of non-tensile strands can contain different numbers of strands, and the respective sets can have different widths. For example, the number of strands and width for a given set of strands can be according to a desired strength and stretch resistance for a mesh material 187 to be selected. For example, a first sentence 12 of tensile strands a width in a horizontal direction (which is substantially perpendicular to the vertical direction that is between the sole structure 189 and the laces opening 188 extends) from about 0.5 cm to 4.0 cm. The second sentence 10 of non-tensile strands can have a width corresponding to the first sentence 12 or may have another width that falls in the range of about 0.5 cm to 4.0 cm. The third sentence 14 of high tensile strands can be the same width as the first set 12 have or can have a different width around the mesh material 187 with a design that varies. The fourth sentence 16 of strands may have a vertical height equal to the width of the first set 12 for example if there is a pattern of repeating squares for the mesh material 187 is desired, or may have a height that varies and falls in the range of about 0.5 cm to 4.0 cm.

As discussed above, the mesh can be at least semi-transparent due to the structure of the mesh material. As a result, the mesh material can be layered over other materials to add additional patterns or designs to a footwear article. As in the example of 17 shown, which shows a cross section of a footwear article, can be a mesh material 194 over another layer 192 , such as an insert, be layered and with a sole structure 190 be connected. As discussed above, the layer 192 have a color, design, or pattern that is due to the mesh material 194 provided design improved.

According to one embodiment, since the mesh material itself can provide strength, stretch resistance, a stylish design and is breathable, an article of footwear can be provided in which the mesh material provides the main layer for the upper. As in the example of 18 shown can be a mesh material 252 with a sole structure 250 be connected and act as a main layer for a top. Such a mesh material 252 can be, for example, the only layer that is provided in sections of the upper part for an upper part, and can be in the sections in which only the mesh material 252 is present, provide substantially the entire thickness of the top as in 18 shown. Such an embodiment advantageously provides a footwear article that requires less material for a top and its lining, which provides a structure that is lightweight, offers weight savings, and allows more air to flow freely around a foot within the footwear article.

The mesh material can be formed into patterns that apply principles other than those described above, such as patterns that differ from the check pattern described above. In one embodiment, the mesh material can be formed into a herringbone pattern. Such a herringbone pattern can be formed, for example, by a knitted mesh material.

19 shows a side view of a footwear article 300 that is a mesh material 350 contains, which is formed in a herringbone pattern. The mesh material 350 may include a plurality of high tensile strands, such as a first high tensile strand 351 and a second high tensile strength strand 352 , A set of non-tensile strands 353 can be between the high tensile strength 351 and the second high tensile strength strand 352 be arranged. According to one embodiment, a set of non-tensile strands can be 353 with the high tensile strength strand 351 and the second high tensile strength strand 352 cut to form an interlocking mesh structure that holds the high tensile strand 351 and the high tensile strength strand 352 essentially holds in place. For example, a set of non-tensile strands 353 form a knitted structure in which the high tensile strand 351 and the highly tensile strand 352 are knitted together by loops that are high tensile strands of the set 353 are formed. 28 is included to provide an image of a herringbone mesh material according to one embodiment.

In one embodiment, each of the high tensile strength strands 351 and the high tensile strength strand 352 a width 18 from about 0.5 cm to 4.0 cm. In one embodiment, the sentence 353 a width of non-tensile strands 17 from about 0.5 cm to 4.0 cm.

As in the example of 19 shown, the high tensile strength strand 351 , the highly tensile strand 352 and the sentence 353 of non-tensile strands at an angle between the sole structure 320 and the laces opening 330 for the laces 332 be aligned. According to a further embodiment, the high tensile strands and the non-tensile strands can be oriented such that they extend in a substantially vertical direction between the sole structure 320 and the laces opening 330 extend.

The mesh material used for a herringbone pattern can have the properties of mesh materials described above. For example, the mesh material used for a herringbone pattern can be semi-transparent and allow layers and materials under the mesh material to be seen by an observer. Regarding 20A is a finished top 340 of a footwear article shown that is a mesh material 350 in a herringbone pattern. 20B shows the top 340 of 20A with removed mesh material 350 to the layers under the mesh material 350 to show more clearly. According to one embodiment, the upper part 340 one or more straps 360 below the mesh material 350 contain. The strap 360 can be provided to attach the top 340 support on one foot and improve the feeling of a footwear item. An intermediate layer 362 can also be under the mesh material 350 be provided. The strap 360 and / or the intermediate layer 362 may have a color and / or a pattern that matches the design of the mesh material 350 contributes. For example, the strap 360 and / or the intermediate layer 362 have a color and / or a design that differs from the mesh material 350 different. In another example, the strap 360 and / or the intermediate layer 362 have a color and / or design that is not different from the mesh material 350 different. According to one embodiment, the upper part 340 also a lining or inner material 366 included that under the mesh material 350 and the intermediate layer 362 is provided when the intermediate layer 362 is available. The feed 366 may have a color and / or pattern that matches the design of the mesh material 350 contributes. In addition, the feed 366 have different sections with different colors and / or patterns. For example, the feed 366 a section 364 with a different color and / or a different pattern than the rest of the feed 366 included if for different sections of the feed 366 a different design or color is desired.

In one embodiment, the mesh material can be formed into a seersucker pattern. Such a seersucker pattern can be formed, for example, by a knitted mesh material. 21 shows an example of a footwear article 400 that is a mesh material 410 with a seersucker pattern. The mesh material 410 can high tensile strands 430 included that the mesh material 410 Give strength and resistance to stretching. The mesh material 410 may have the properties of mesh materials discussed above. For example, the mesh material 410 be breathable and semi-transparent. As in the example of 21 shown, the mesh material 410 be incorporated so that the high tensile strands 430 at an angle between a sole structure 412 and a lace opening 420 are aligned, although other angles can be used, such as a substantially vertical angle between the sole structure 412 and the laces opening 420 , 29 is included to provide an image of a footwear article containing a mesh material with a seersucker pattern according to one embodiment.

22 shows an exploded view of the upper part of the footwear article 400 in 21 , As in the embodiment of 22 shown, the top can be a strap 424 , a mesh material 410 and a lining or inner material 422 contain. The strap 424 can be provided to help secure the upper to a foot and the feel of the footwear article 400 to improve. A lining or inner material 422 can also be provided. According to one embodiment, the belt 424 and / or the feed 422 have a color and / or pattern that matches the design of the mesh material 410 contributes. 22 shows that the strap 424 on the mesh material 410 the belt 424 can also be under the mesh material 410 are located.

A mesh material in the form of a seersucker pattern can include high tensile strands and intersecting non-tensile strands that interlock with the high tensile strands to provide a mesh structure that provides the high tensile strands essentially hold in place. Regarding 23 can be a mesh material 500 be provided with a seersucker pattern, which is a first high tensile strength 501 and a second high tensile strength strand 502 contains. The mesh material 500 can also non-tensile strands 510 between the first high tensile strength 501 and the second high tensile strength strand 502 included the first high tensile strength strand 501 and the second high tensile strength strand 502 connect with each other. For example, the non-tensile strands 510 have a knitting pattern that the first high tensile strand 501 and the second high tensile strength strand 502 knitted together, such as knitting loops, through the non-tensile strands 510 be formed.

While various embodiments have been described, the description is intended to be exemplary and not restrictive, and it will be apparent to those of ordinary skill in the art that many more embodiments and implementations are possible that are within the scope of the embodiments. Accordingly, the embodiments are intended to be limited only by the appended claims and their equivalents. Various modifications and changes can also be made within the scope of the appended claims.

1. 1. Schuhwerksartikel, umfassend:
   • ein Oberteil; und
   • ein in das Oberteil eingearbeitetes Mesh-Material, wobei das Mesh-Material hochzugfeste Stränge und nicht-hochzugfeste Stränge enthält,
   • wobei die hochzugfesten Stränge und die nicht-hochzugfesten Stränge ineinander greifen, so dass die hochzugfesten Stränge im Wesentlichen an Ort und Stelle gehalten werden.
2. 2. Schuhwerksartikel nach Punkt 1, wobei das Mesh-Material im Wesentlichen eine gesamte Dicke des Oberteils bereitstellt.
3. 3. Schuhwerksartikel nach Punkt 1, wobei das Mesh-Material ein gewebtes Material ist.
4. 4. Schuhwerksartikel nach Punkt 1, wobei das Mesh-Material ein gestricktes Material ist.
5. 5. Schuhwerksartikel nach Punkt 1, wobei das Mesh-Material ein Karomuster aufweist.
6. 6. Schuhwerksartikel nach Punkt 1, wobei das Mesh-Material ein Fischgrätmuster aufweist.
7. 7. Schuhwerksartikel nach Punkt 1, wobei das Mesh-Material ein Seersucker-Muster aufweist.
8. 8. Schuhwerksartikel nach Punkt 1, wobei das Oberteil eine Schicht enthält, die sich unter dem Mesh-Material befindet, wobei das Mesh-Material semitransparent ist und die Schicht durch das Mesh-Material betrachtet wird.
9. 9. Schuhwerksartikel, umfassend:
   • ein Oberteil mit einem Mesh; und
   • wobei das Mesh hochzugfeste Stränge und nicht-hochzugfeste Stränge enthält,
   • wobei die nicht-hochzugfesten Stränge die hochzugfesten Stränge im Wesentlichen an Ort und Stelle halten;
   • wobei das Mesh ein Karomuster aufweist.
10. 10. Schuhwerksartikel nach Punkt 9, wobei das Mesh im Wesentlichen eine gesamte Dicke des Oberteils bereitstellt.
11. 11. Schuhwerksartikel nach Punkt 9, wobei das Mesh-Material ein gewebtes Material ist.
12. 12. Schuhwerksartikel nach Punkt 9, wobei das Oberteil eine Schicht enthält, die sich unter dem Mesh befindet, wobei das Mesh semitransparent ist und die Schicht durch das Mesh betrachtet wird.
13. 13. Schuhwerksartikel, umfassend:
    • ein Oberteil mit einem Mesh; und
    • wobei das Mesh hochzugfeste Stränge und nicht-hochzugfeste Stränge enthält,
    • wobei die nicht-hochzugfesten Stränge die hochzugfesten Stränge im Wesentlichen an Ort und Stelle halten;
    • wobei das Mesh ein Fischgrätmuster aufweist.
14. 14. Schuhwerksartikel nach Punkt 13, wobei das Mesh im Wesentlichen eine gesamte Dicke des Oberteils bereitstellt.
15. 15. Schuhwerksartikel nach Punkt 13, wobei das Mesh ein gestricktes Material ist.
16. 16. Schuhwerksartikel nach Punkt 13, wobei das Oberteil eine Schicht enthält, die sich unter dem Mesh befindet, wobei das Mesh semitransparent ist und die Schicht durch das Mesh betrachtet wird.
17. 17. Schuhwerksartikel, umfassend:
    • ein Oberteil mit einem Mesh; und
    • wobei das Mesh hochzugfeste Stränge und nicht-hochzugfeste Stränge enthält,
    • wobei die nicht-hochzugfesten Stränge die hochzugfesten Stränge im Wesentlichen an Ort und Stelle halten;
    • wobei das Mesh ein Seersucker-Muster aufweist.
18. 18. Schuhwerksartikel nach Punkt 17, wobei das Mesh im Wesentlichen eine gesamte Dicke des Oberteils bereitstellt.
19. 19. Schuhwerksartikel nach Punkt 17, wobei das Mesh ein gestricktes Material ist.
20. 20. Schuhwerksartikel nach Punkt 17, wobei das Oberteil eine Schicht enthält, die sich unter dem Mesh befindet, wobei das Mesh semitransparent ist und die Schicht durch das Mesh betrachtet wird.

The following points are helpful for understanding the invention:

1. 1. Footwear article comprising:
   • a top; and
   • a mesh material incorporated into the upper part, the mesh material containing high-tensile strands and non-tensile strands,
   • wherein the high tensile strands and the non-tensile strands interlock so that the high tensile strands are substantially held in place.
2. 2. Footwear article according to item 1, wherein the mesh material essentially provides an entire thickness of the upper part.
3. 3. Footwear article according to point 1, wherein the mesh material is a woven material.
4. 4. Footwear article according to point 1, wherein the mesh material is a knitted material.
5. 5. Footwear article according to item 1, the mesh material having a check pattern.
6. 6. Footwear article according to item 1, wherein the mesh material has a herringbone pattern.
7. 7. Footwear article according to item 1, the mesh material having a seersucker pattern.
8. 8. Footwear article according to item 1, wherein the upper part contains a layer which is located under the mesh material, the mesh material is semi-transparent and the layer is viewed through the mesh material.
9. 9. Footwear articles comprising:
   • a top with a mesh; and
   • the mesh containing high tensile strands and non-tensile strands,
   • the non-tensile strands substantially holding the tensile strands in place;
   • the mesh has a check pattern.
10. 10. Footwear article according to item 9, wherein the mesh essentially provides an entire thickness of the upper part.
11. 11. Footwear article according to item 9, wherein the mesh material is a woven material.
12. 12. Footwear article according to item 9, wherein the upper part contains a layer which is located under the mesh, the mesh being semi-transparent and the layer being viewed through the mesh.
13. 13. Footwear articles comprising:
    • a top with a mesh; and
    • the mesh containing high tensile strands and non-tensile strands,
    • the non-tensile strands substantially holding the tensile strands in place;
    • the mesh having a herringbone pattern.
14. 14. Footwear article according to item 13, wherein the mesh essentially provides an entire thickness of the upper part.
15. 15. Footwear article according to item 13, the mesh being a knitted material.
16. 16. Footwear article according to item 13, wherein the upper part contains a layer which is located under the mesh, the mesh being semi-transparent and the layer being viewed through the mesh.
17. 17. Footwear articles comprising:
    • a top with a mesh; and
    • the mesh containing high tensile strands and non-tensile strands,
    • the non-tensile strands substantially holding the tensile strands in place;
    • the mesh has a seersucker pattern.
18. 18. Footwear article according to item 17, wherein the mesh essentially provides an entire thickness of the upper part.
19. 19. Footwear article according to item 17, the mesh being a knitted material.
20. 20. Footwear article according to item 17, wherein the upper part contains a layer which is located under the mesh, the mesh being semi-transparent and the layer being viewed through the mesh.

QUOTES INCLUDE IN THE DESCRIPTION

This list of documents listed by the applicant has been generated automatically and is only included for the better information of the reader. The list is not part of the German patent or utility model application. The DPMA assumes no liability for any errors or omissions.

Patent literature cited

• US 29401070 [0001]
• US 12362371 [0016, 0018]
• US 12419985 [0016, 0018]
• US 12419987 [0016, 0018]
• US 12546017 [0016, 0018]
• US 12546019 [0016, 0018]
• US 12546022 [0016]
• US 12847836 [0016, 0018]
• US 13196365 [0016, 0018]
• US 12/546022 [0018]

Claims (12)

Articles of footwear (100; 180) comprising: a top (110); and a mesh material (150; 187) incorporated into the top, the mesh material (150; 187) containing high tensile strands (25; 12) and non-tensile strands (34; 10), wherein: the high tensile strands improve the stretch resistance of the mesh material (150; 187); the high tensile strands (25; 12) and the non-tensile strands (34; 10) interlock so that the high tensile strands (25; 12) are substantially held in place and the interlocking mesh structure the movement of the tensile strands (25; 12) limited; and the mesh material (150; 187) is the only layer provided for the top (110) in portions of the top (110). Footwear articles (100; 180) after Claim 1 , wherein the mesh material (150; 187) is a woven material. Footwear articles (100; 180) after Claim 1 , wherein the mesh material (150; 187) is a knitted material. Footwear articles (100; 180) after Claim 1 , wherein the mesh material (150; 187) has a check pattern. Footwear articles (100; 180) after Claim 1 , wherein the mesh material (150; 187) has a herringbone pattern. Footwear articles (100; 180) after Claim 1 , wherein the mesh material (150; 187) has a seersucker pattern. Footwear articles (100; 180) after Claim 1 , wherein the upper part (110) contains a layer (154), which is located under the mesh material (150; 187), wherein the mesh material (150; 187) is semi-transparent and the layer (154) through the mesh Material (150; 187) is considered. Footwear articles (100; 180) according to one of the Claims 1 to 7 , further comprising a sole structure (120), the upper (110) further comprising a plurality of shoelace openings (130) and the high tensile strands (25; 12) being located adjacent to and diagonally from the plurality of shoelace openings (130) of the sole structure (120). Footwear articles (100; 180) according to one of the Claims 1 to 7 , further comprising a sole structure (120), the upper (110) further comprising a plurality of laces openings (130) and the high tensile strands (25; 12) in a substantially vertical direction between the laces openings (130) and the sole structure (120 ) are aligned. Footwear articles (100; 180) according to one of the Claims 1 to 7 , further comprising a forefoot area (103) and a heel area (101), the high tensile strands (25; 12) extending longitudinally along the footwear article (100; 180) between the forefoot area (103) and the heel area (101). Footwear articles (100; 180) according to one of the Claims 1 to 10 , wherein a first non-tensile strand of the non-tensile strands (34; 10) runs over each tensile strand of the tensile strands (25; 12) and a second non-tensile strand of the non-tensile strands (34; 10) under each highly tensile strand of the tensile strands (25; 12) runs. Footwear articles (100; 180) after Claim 11 , wherein a third non-tensile strand of the non-tensile strands (34; 10) runs between the first non-tensile strand and the second non-tensile strand in a region between the tensile strands (25; 12), around the first -weave high tensile strand and the second non-tensile strand.

Images