CN209749934U - Integrated into one piece shoes - Google Patents

Abstract

The utility model relates to an integrated into one piece shoes mainly is through the method of merchant card jacquard weave, through the change to the warp knitting technology at each different position of shoes material, utilizes the change of the warp knitting yarn in the warp knitting process, makes the warp and the weft at different positions in the shoes material and ties up the change line of yarn structure to realize the integrated into one piece of shoes. The integrated shoe comprises a sole and a vamp, and the sole and the vamp are integrally connected through a warp knitting process; the sole comprises a heel area, a midfoot area, a seed bone area and a toe area, and the vamp comprises a shoe side surface and a shoe surface. The integrally formed shoes are integrally formed, other adhesives and needle and thread sewing are not needed, the surfaces of the shoes can be provided with different patterns and lace structures through design, and therefore the integrally formed shoes have various patterns, and particularly have the effect of not damaging feet when being applied to shoes for children and infants, and are elegant and beautiful.

Description

Integrated into one piece shoes

Technical Field

The utility model relates to a be used for shoes material field, especially adopt three-dimensional warp knitting's method integrated into one piece's shoes material, specifically speaking is an integrated into one piece shoes.

Background

With the increasing demand of people for sports and fitness, the attention on sports shoe products is increased. The traditional sports shoe needs 30 processes of printing, dyeing, cutting, splicing, bonding and the like, while the warp knitting jacquard spacing shoe material is a three-dimensional fabric formed by upper and lower surface layer fabrics and a spacing layer playing a supporting and connecting role, and the three-dimensional fabric is provided with the spacing layer and has a certain thickness, so that the sports shoe can be manufactured only by punching along the outline line of the vamp after dyeing and finishing, sewing at the heel and bonding with the sole, the labor cost and the raw material cost are greatly reduced, and the production period of the shoe manufacturing is shortened. The warp-knitted jacquard partition shoes are light in material, breathable, warm-keeping and moisture-permeable, and can improve the wearing experience of consumers; abundant decorative patterns are formed through jacquard texture transformation, so that the shoe is more attractive.

At present, an integrated shoe material is prepared through the thermal bonding of materials with thermal bonding, such as PU, EVA and the like, but the performance difference of different materials is inevitably caused, the comfort is poor in the wearing process, and the functions of different parts are difficult to adjust. Chinese patent an integrated into one piece is shoes (CN 201720328842.9) even, and it includes vamp, big end and insole, the big end is the EVA material structure, the insole is the PU material structure, the insole laminating sets up in big end top, vamp integrated into one piece bonds on the insole. Have the insole through the shaping between vamp and the big end, utilize the insole and the vamp integrated into one piece of PU material structure to bond for the insole is difficult to open with the vamp bonding and glues, and the wearability is good, comfortable and easy to wear, elasticity are good, simple process.

Utilize the punching press technology of material simultaneously, realize the integrated into one piece of shoes material, chinese patent an integrated into one piece's sports shoes vamp (CN 201720795620.8), including the vamp leather, the middle part printing of vamp leather surface has the cut open the trace, the region that cut open the trace end to end connection constitutes is the vamp, and the one end of vamp is provided with the shoelace and dashes the hole site, the shoelace dashes the hole site and is the arcuation and distributes, and the shoelace dashes the hole site and prints on the surface of vamp. The integrally formed sneaker vamp is integrally formed by cutting vamp leather, so that the sneaker vamp is not required to be divided into different blocks, the material preparation is single, the production efficiency is greatly improved, and the production working hours are effectively reduced; the vamp is composed of an outer surface layer made of artificial synthetic leather, an inner layer made of a mesh fabric material woven by ester fibers and an inner surface layer made of elastic fibers, so that the vamp has good elasticity, air permeability and wear resistance. But the shoe materials are difficult to control in wearing comfort, elastic structure and the like.

Simultaneously can have integrative model structure through the design in the aspect of the setting of shoe-pad material, realize having integrative shoe-pad, but need the bonding in later stage to just can use with shoes. An integrally formed soft insole (CN 201620977677.5) in Chinese patent relates to an insole, wherein the insole is concave, the outer edge of the insole is provided with a protruding inward inclined ring wall, a plurality of ribs are arranged at the front sole of the insole, a groove with proper depth is arranged at the heel of the insole, a supporting part is arranged at the inner side of the insole, and a plurality of concave holes are uniformly distributed at the bottom of the insole. The integrated soft insole covers the whole sole, has the functions of massage and skid resistance, is light in weight, reduces the burden of the foot, is soft, has the buffering function and accords with the human body design. Novel integrated into one piece shoes of chinese patent (CN 201620243431.5), include the peripheral integrated into one piece of sole be provided with vamp and back shoes cup, sole and vamp, back shoes cup seamless connection, the arc curved position one side that the vamp is located the sole be provided with curved the slotting, sole upper surface integrated into one piece be provided with the massage bump, lower surface integrated into one piece is provided with the non slipping spur. The sole is the integrated into one piece structure with vamp, back shoes cup, need not use bonding material to bond, and integrated into one piece makes the durability of shoes better moreover, and the material uses no glued material, and both environmental protection effectively improves travelling comfort, the durability of shoes again.

Therefore, the warp and weft threads at different parts in the shoe material and the thread of the binding yarn structure are changed by changing the warp knitting process of different parts of the shoe material and changing the warp knitting yarns in the warp knitting process through the jacquard method, so that the integrated forming of the shoe is realized.

Disclosure of Invention

The utility model aims to overcome prior art's is not enough, mainly is through the method of merchant card jacquard weave, through the change to the warp knitting technology at each different position of shoes material, utilizes the change of the warp knitting yarn in the warp knitting process, makes the warp and the weft at different positions in the shoes material and ties up the line of changing of yarn structure to realize the integrated into one piece of shoes.

The purpose of the utility model is realized through the following technical scheme: an integrally formed shoe comprises a vamp and a sole, wherein the sole and the vamp are integrally connected through a warp knitting process; the shoe upper comprises a shoe side surface and a shoe surface, and the sole comprises a heel area, a midfoot area, a seed bone area and a toe area; wherein the shoe side is disposed on a side of the upper and the shoe surface is disposed on a surface of the upper; the heel area is arranged at the heel part of the sole, the middle foot area is arranged at the middle foot part of the sole, the seed bone area is arranged at the seed bone part of the sole, and the toe area is arranged at the toe part.

The integrated into one piece shoes weave integrated into one piece through the three-dimensional and form the fabric structure that has three-dimensional conducting structure in inside, thereby utilize the warp of sole and the weft of sole to weave at the plane and form the upper surface of sole and the lower surface of sole, thereby weave the internal surface that forms the vamp and the surface of vamp through the weft at the warp of vamp and the weft of vamp at the side, the internal surface of vamp and the upper surface of sole are interweaved and are connected as an organic whole, the surface of vamp is interweaved with the lower surface of sole and is connected as an organic whole to form integrative shoes.

The shoe sole is integrally formed through three-dimensional weaving, a porous three-dimensional structure is communicated in the inner performance, warp and weft of the shoe sole are woven on a plane to form the upper surface of the shoe sole and the lower surface of the shoe sole, and binding yarns of the shoe sole are used for interweaving and connecting the upper surface of the shoe sole and the lower surface of the shoe sole.

The fabric is integrally woven and formed, has a simple structure and various styles, avoids a secondary bonding process, and is environment-friendly and pollution-free; meanwhile, the porosity of the inside of the shoe body is high, the porous structure formed by connecting fibers is beneficial to the conduction of water vapor, the problems of discomfort in wearing and the like caused by the accumulation of water vapor in the shoe are avoided, and the shoe is especially suitable for children and infants. In the yarn binding structure, the high elasticity and the standing performance of the fiber monofilaments are utilized to endow the insole with excellent elasticity, and in the weaving structure, the standing monofilament structure has excellent human body comfort performance and improves the comfort performance to people, so that the adverse reaction to people caused by the friction of the raised structure on the soles of the human bodies is avoided.

Set up different softness or buffering region to the stress area of sole difference simultaneously, not only can make the resilience structure of shoe-pad obtain supplementing, simultaneously according to human atress and the characteristics of stability structure when standing, provide good application of force region and support area, combine the structure dimensional stability of three-dimensional warp knitting structure, improve the comfortable performance to the foot of integrative shoes.

With the functional area of embedding in shoes material inside, avoided present conventional functional shoes mainly to sew up in order to increase the function point on the surface of sole, consequently do not change the appearance of shoe-pad itself, the surfacing structure, inside integrated into one piece structural strength is higher simultaneously, has avoided current shoes material rubber powder to drop the scheduling problem.

The heel area is arranged at the heel position of the sole, and the binding yarns in the heel area are interwoven and connected with the upper surface of the sole and the lower surface of the sole.

The binding yarns of the heel area comprise a first binding yarn of the heel area, a second binding yarn of the heel area, a third binding yarn of the heel area and a fourth binding yarn of the heel area; the first yarn of tying up in heel district, the second in heel district ties up the yarn, and the third in heel district ties up the yarn and the fourth in heel district ties up the yarn and weaves with "IXI" font structure.

Wherein the yarn is tied up to the first of heel district, and the yarn is tied up with "X" font structure to the second in heel district and is woven, and the yarn is tied up with the fourth in heel district to the third in heel district and ties up the yarn and weave with "II" font structure.

Different yarn binding structures are arranged in the main bearing area of the human body at the heel part, so that the human body can be well supported, and the shoe has good rebound resilience and softness; the 'IXI' -shaped binding yarn which can support the weight of the human body and has the rebound resilience is adopted at the heel part to weave, so that the softness of the insole is improved.

The midfoot area is embedded in the midfoot position of the sole, the warp threads of the midfoot area and the weft threads of the midfoot area are woven in a plane to form the lower surface of the midfoot area and the upper surface of the midfoot area, and the lower surface of the midfoot area and the upper surface of the midfoot area are interwoven and connected through the binding yarns of the midfoot area.

The upper surface of the midfoot area is connected with the upper surface of the sole in a crossing way through the binding yarns of the sole.

The lower surface of the midfoot area is connected with the lower surface of the sole in an interweaving way through the binding yarns of the sole.

The binding yarns of the mid-foot area comprise first binding yarns of the mid-foot area and second binding yarns of the mid-foot area, and the first binding yarns of the mid-foot area and the second binding yarns of the mid-foot area are connected in a V-shaped structure in a weaving mode.

The seed bone area is interwoven and connected on the upper surface of the sole and the lower surface of the sole through the binding yarns of the seed bone area; the binding yarns of the seed bone area are interwoven in an I-shaped structure.

The seed bone area is provided with seed bone elastic points and seed bone massage points at the seed bone positions of the first metatarsal bone and the fifth metatarsal bone on the upper surface of the sole.

The seed bone elastic points are of a multi-channel circular structure on the upper surface of the sole, the seed bone massage points are of a circular convex structure, and the seed bone massage points are connected with the upper surface of the sole in a weaving mode through binding yarns of the sole.

The toe area is arranged at the position of the toes of the sole, and the shape of the toe area is similar to that of the toes, so that the wearing of the toes is facilitated; the warp threads of the toe area and the weft threads of the toe area are woven in a plane to form a lower surface of the toe area and an upper surface of the toe area, and the lower surface of the toe area and the upper surface of the toe area are interwoven and connected through the binding yarns of the toe area.

The upper surface of the toe area is connected with the upper surface of the sole in an interweaving mode through the binding yarns of the sole.

The lower surface of the toe area is connected with the lower surface of the sole in an interweaving mode through the binding yarns of the sole.

The toe area binding yarns comprise first toe area binding yarns and second toe area binding yarns; and the first binding yarns of the toe region and the second binding yarns of the toe region are woven in a "V" shaped configuration. Do benefit to and tie up yarn that has "V" word structure, have efficient elastic construction to realize the elasticity of toe, avoided the oppression sense in the wearing process.

Compared with the prior art, the utility model has the positive effects that: the utility model relates to an integrated into one piece shoes is through utensil three-dimensional warp knitting integrated into one piece's technology, integrated into one piece of design, and compact structure has avoided remaining of the adhesive that bonding many times leads to. Meanwhile, the integrally formed shoes are interwoven and connected by binding yarns, have good air permeability and moisture permeability, avoid the problems of breeding of foot bacteria and fungi and the like caused by poor moisture permeability and poor air permeability of conventional shoe materials, realize the wearing function of toes by utilizing a toe area structure similar to toes, and utilize the comfortable feeling and the grip of a human body for wearing. Meanwhile, the soft region structure is arranged in the sole in an embedded mode, so that the corresponding functions of the shoe are guaranteed, and the ventilation and moisture-conducting performance of the integrated shoe is facilitated, so that the softness of the shoe is improved. And the binding yarns in each area are interweaved and connected by the design of multiple structures, so that the excellent elasticity and structural stability of the binding yarns are kept, meanwhile, the maintenance of different structures and functions in different areas is realized by the design of functional structures, and the wearing comfort requirement of a human body is met. Has wide application prospect in the footwear products worn by children, especially infants.

Drawings

FIG. 1 is a schematic structural view of the present invention;

FIG. 2 is a schematic view of the sole structure of the present invention;

Fig. 3 is a schematic cross-sectional view of the sole of the present invention.

The labels in the figures are: 1 is a vamp, 2 is a sole, 11 is a shoe surface, 21 is a shoe side, 21 is a heel area, 22 is a midfoot area, 23 is a seed bone area, and 24 is a toe area; 101 is the upper surface of the sole, 102 is the lower surface of the sole, 201 is the first binding yarn of heel area, 202 is the second binding yarn of heel area, 203 is the third binding yarn of heel area, 204 is the fourth binding yarn of heel area, 301 is the lower surface of midfoot area, 302 is the upper surface of midfoot area, 303 is the first binding yarn of midfoot area, 304 is the second binding yarn of midfoot area, 401 is the binding yarn of seed bone area, 402 is the elastic point of seed bone, 403 is the massage point of seed bone, 501 is the lower surface of toe area, 502 is the upper surface of toe area, 503 is the first binding yarn of toe area, 504 is the second binding yarn of toe area.

Detailed Description

The following provides a detailed implementation manner of the integrally formed shoe of the present invention.

Example 1

Referring to fig. 1, 2 and 3, an integrally formed shoe comprises a shoe upper 1 and a shoe sole 2, which are integrally connected by a warp knitting process; the upper includes a shoe side 12 and a shoe surface 11, and the sole includes a heel region 21, a midfoot region 22, a keel region 23, and a toe region 24.

Wherein the shoe side is disposed on a side of the upper and the shoe surface is disposed on a surface of the upper. The heel area is arranged at the heel part of the sole, the middle foot area is arranged at the middle foot part of the sole, the seed bone area is arranged at the seed bone part of the sole, and the toe area is arranged at the toe part.

The integrated into one piece shoes weave integrated into one piece through the three-dimensional and form the fabric structure that has three-dimensional conducting structure in inside, thereby utilize the warp of sole and the weft of sole to weave at the plane and form the upper surface of sole and the lower surface of sole, thereby weave the internal surface that forms the vamp and the surface of vamp through the weft at the warp of vamp and the weft of vamp at the side, the internal surface of vamp and the upper surface of sole are interweaved and are connected as an organic whole, the surface of vamp is interweaved with the lower surface of sole and is connected as an organic whole to form integrative shoes.

the sole is integrally formed by three-dimensional weaving and has a three-dimensional structure with a plurality of through holes in the internal performance, warp and weft of the sole are woven on a plane to form an upper surface 101 of the sole and a lower surface 102 of the sole, and binding yarns of the sole are used for interweaving and connecting the upper surface of the sole and the lower surface of the sole.

The fabric is integrally woven and formed, has a simple structure and various styles, avoids a secondary bonding process, and is environment-friendly and pollution-free; meanwhile, the porosity of the inside of the shoe body is high, the porous structure formed by connecting fibers is beneficial to the conduction of water vapor, the problems of discomfort in wearing and the like caused by the accumulation of water vapor in the shoe are avoided, and the shoe is especially suitable for infant shoes. In the yarn binding structure, the high elasticity and the standing performance of the fiber monofilaments are utilized to endow the insole with excellent elasticity, and in the weaving structure, the standing monofilament structure has excellent human body comfort performance and improves the comfort performance to people, so that the adverse reaction to people caused by the friction of the raised structure on the soles of the human bodies is avoided.

Set up different softness or buffering region to the stress area of sole difference simultaneously, not only can make the resilience structure of shoe-pad obtain supplementing, simultaneously according to human atress and the characteristics of stability structure when standing, provide good application of force region and support area, combine the dimensional stability of three-dimensional warp knitting structure, improve the comfortable performance to the foot of integrative shoes.

With the functional area of embedding in shoes material inside, avoided present conventional functional shoes mainly to sew up in order to increase the function point on the surface of sole, consequently do not change the appearance of shoe-pad itself, the surfacing structure, inside integrated into one piece structural strength is higher simultaneously, has avoided current shoes material rubber powder to drop the scheduling problem.

The heel area is arranged at the heel position of the sole, and the binding yarns in the heel area are used for interweaving and connecting the upper surface 101 of the sole and the lower surface 102 of the sole.

The binding yarns of the heel area comprise a first binding yarn 201 of the heel area, a second binding yarn 202 of the heel area, a third binding yarn 203 of the heel area and a fourth binding yarn 204 of the heel area; first binding yarn 201 in the heel region, second binding yarn 202 in the heel region, third binding yarn 203 in the heel region and fourth binding yarn 204 in the heel region are knitted in an "IXI" configuration.

Wherein the first binding yarn 201 of the heel area, the second binding yarn 202 of the heel area is woven in an "X" shaped structure, and the third binding yarn 203 of the heel area and the fourth binding yarn 204 of the heel area are woven in an "II" shaped structure.

Different yarn binding structures are arranged in the main bearing area of the human body at the heel part, so that the human body can be well supported, and the shoe has good rebound resilience and softness; the 'IXI' -shaped binding yarn which can support the weight of the human body and has the rebound resilience is adopted at the heel part to weave, so that the softness of the insole is improved.

The midfoot area is embedded in the midfoot position of the sole, the warp threads of the midfoot area and the weft threads of the midfoot area are woven in a plane to form the lower surface 301 of the midfoot area and the upper surface 302 of the midfoot area, and the lower surface 301 of the midfoot area and the upper surface 302 of the midfoot area are interwoven and connected through the binding yarns of the midfoot area.

The upper surface 302 of the midfoot region is interwoven with the upper surface 101 of the sole by binding yarns of the sole.

The lower surface 301 of the midfoot region is interwoven with the lower surface 102 of the sole by binding yarns of the sole.

The binding yarns of the midfoot region include a first binding yarn 303 of the midfoot region and a second binding yarn 304 of the midfoot region, and the first binding yarn 303 of the midfoot region and the second binding yarn 304 of the midfoot region are in woven connection in a "V" shaped configuration.

The seed bone area is interwoven and connected on the upper surface of the sole and the lower surface of the sole through the binding yarns of the seed bone area; the binding yarn 401 of the seed bone area; and the binding yarns 401 of the seed-bone region are interwoven in an "I" shaped structure.

The unginned bone area is provided with a unginned bone elastic point 402 and a unginned bone massage point 403 at the positions of the unginned bone of the first metatarsal and the unginned bone of the fifth metatarsal on the upper surface of the sole.

The seed bone elastic points are of a multi-channel circular structure on the upper surface of the sole, the seed bone massage points are of a circular convex structure, and the seed bone massage points are connected with the upper surface of the sole in a weaving mode through binding yarns of the sole.

The toe area is arranged at the position of the toes of the sole, and the shape of the toe area is similar to that of the toes, so that the wearing of the toes is facilitated; the warp threads of the toe region and the weft threads of the toe region are woven in a plane to form a lower surface 501 of the toe region and an upper surface 502 of the toe region, the lower surface 501 of the toe region and the upper surface 502 of the toe region being interwoven by binding yarns of the toe region.

The upper surface 502 of the toe region is interwoven with the upper surface 101 of the sole by binding yarns of the sole.

The lower surface 501 of the toe region is interwoven with the lower surface 102 of the sole by means of binding yarns of the sole.

The toe region binding yarns comprise a toe region first binding yarn 503 and a toe region second binding yarn 504; and first binding yarn 503 of the toe region and second binding yarn 504 of the toe region are woven in a "V" -shaped configuration. Do benefit to and tie up yarn that has "V" word structure, have efficient elastic construction to realize the elasticity of toe, avoided the oppression sense in the wearing process.

The foregoing is only a preferred embodiment of the present invention, and it should be noted that, for those skilled in the art, a plurality of improvements and decorations can be made without departing from the concept of the present invention, and these improvements and decorations should also be considered as within the protection scope of the present invention.

Claims (6)

1. An integrated shoe is characterized in that the integrated shoe comprises a vamp and a sole, and the sole and the vamp are integrally connected through a warp knitting process; the shoe upper comprises a shoe side surface and a shoe surface, and the sole comprises a heel area, a midfoot area, a seed bone area and a toe area; wherein the oblique side is disposed on a side of the upper, and the upper surface is disposed on a surface of the upper; the heel area is arranged at the heel part of the sole, the middle foot area is arranged at the middle foot part of the sole, the seed bone area is arranged at the seed bone part of the sole, and the toe area is arranged at the toe part.

2. An integrally formed shoe as claimed in claim 1 wherein said heel region is located at the heel of the sole and binding yarns in the heel region are interwoven to connect the upper surface of the sole to the lower surface of the sole.

3. An integrally formed shoe as claimed in claim 2 wherein said heel area binding yarns comprise a first heel area binding yarn, a second heel area binding yarn, a third heel area binding yarn and a fourth heel area binding yarn; the first binding yarns in the heel area, the second binding yarns in the heel area, the third binding yarns in the heel area and the fourth binding yarns in the heel area are woven in an IXI-shaped structure; wherein the yarn is tied up to the first of heel district, and the yarn is tied up with "X" font structure to the second in heel district and is woven, and the yarn is tied up with the fourth in heel district to the third in heel district and ties up the yarn and weave with "II" font structure.

4. The integrally formed shoe as claimed in claim 1, wherein the midfoot region is inserted into the midfoot portion of the shoe sole, the warp threads of the midfoot region and the weft threads of the midfoot region are woven in a plane to form the lower surface of the midfoot region and the upper surface of the midfoot region, and the lower surface of the midfoot region and the upper surface of the midfoot region are interwoven and connected by the binding yarns of the midfoot region; the upper surface of the mid-foot area is connected with the upper surface of the sole in a crossing way through the binding yarns of the sole; the lower surface of the mid-foot area is connected with the lower surface of the sole in an interweaving way through the binding yarns of the sole; the binding yarns of the mid-foot area comprise first binding yarns of the mid-foot area and second binding yarns of the mid-foot area, and the first binding yarns of the mid-foot area and the second binding yarns of the mid-foot area are connected in a V-shaped structure in a weaving mode.

5. The integrally formed shoe as claimed in claim 1, wherein the seed bone region is interlaced and connected between the upper surface of the sole and the lower surface of the sole by the binding yarn of the seed bone region; the binding yarns of the seed bone area are interwoven in an I-shaped structure; the seed bone area is provided with seed bone elastic points and seed bone massage points at the seed bone positions of the first metatarsal bone and the fifth metatarsal bone on the upper surface of the sole; the seed bone elastic points are of a multi-channel circular structure on the upper surface of the sole, the seed bone massage points are of a circular convex structure, and the seed bone massage points are connected with the upper surface of the sole in a weaving mode through binding yarns of the sole.

6. An integrally formed shoe as claimed in claim 1 wherein said toe region is provided at the toe position of the sole, the toe region being shaped like the toes to facilitate toe donning; the warp threads of the toe area and the weft threads of the toe area are woven in a plane to form the lower surface of the toe area and the upper surface of the toe area, and the lower surface of the toe area and the upper surface of the toe area are connected in an interweaving mode through binding yarns of the toe area; the upper surface of the toe area is connected with the upper surface of the sole in an interweaving way through binding yarns of the sole; the lower surface of the toe area is connected with the lower surface of the sole in an interweaving way through the binding yarns of the sole; the toe area binding yarns comprise first toe area binding yarns and second toe area binding yarns; and the first binding yarns of the toe region and the second binding yarns of the toe region are woven in a "V" shaped configuration.