CN107811352A - It is a kind of to fly to knit the attachment structure embroidered with rope and vamp - Google Patents

Abstract

The invention relates to a connection structure between flying weaving and rope embroidery, which comprises a mesh cloth layer, a rope embroidery layer, a flying weaving cloth layer and a rope embroidery adding layer; the rope embroidery layer is embroidered on the mesh cloth layer; In the thin area, one edge of the thinner area is docked with an edge of the cord embroidery layer; the fly-woven layer and the mesh layer are stitched together by threads, and the stitching position is at the edge of the fly-woven layer. Said thinner area; the cord embroidery layer is embroidered on the cord embroidery layer and the flying woven fabric layer; a part of the cord embroidery layer covers a part of the cord embroidery layer, and another part of the cord embroidery layer covers the Thinner areas of the fly weave layer. The connecting structure of flying weaving and rope embroidery of the present invention has simple structure and reasonable design, and can realize the plane transition connection of flying weaving and rope embroidery. The present invention also provides a shoe upper, which uses the above-mentioned connection structure of flying weaving and rope embroidery; features.

Description

A connection structure and upper of flying weaving and cord embroidery

technical field

The invention relates to the technical field of clothing products, in particular to a connection structure between fly weaving and cord embroidery; the invention also relates to a shoe upper.

Background technique

At present, in the connection structure of flying weaving and rope embroidery on the market, part of the rope embroidery layer is embroidered on the flying weaving cloth to realize the connection between rope embroidery and flying weaving. The flying weaving and rope embroidery formed by such a structure The rope embroidery fabric will have uneven joints, and the two planes cannot be transitionally connected. On the one hand, the aesthetics is poor, and on the other hand, the user will scratch the skin after wearing the clothes, which is extremely uncomfortable to wear. The connection structure with rope embroidery has been improved; in addition, there is no shoe upper composed of fly weaving and rope embroidery on the market. However, in the face of the pursuit of individuality, comfort, softness, breathability and other needs The formed vamp can no longer meet the needs of users, so a new vamp structure is needed to meet people's further needs.

Contents of the invention

The purpose of the present invention is to provide a connection structure between flying weaving and cord embroidery that can realize plane transition, and also provide a shoe upper through this structure, which has the characteristics of comfortable wearing, good softness, good air permeability, and can show The advantages of individuality to meet the needs of users.

In order to achieve the above object, the present invention has taken the following technical solutions:

A connection structure between flying weaving and rope embroidery, which is characterized in that it includes a mesh layer, a rope embroidery layer, a flying weaving cloth layer and a rope embroidery adding layer; the rope embroidery layer is embroidered on the mesh cloth layer; the flying weaving cloth The layer is formed with a thinner area, and one edge of the thinner area is butted with an edge of the cord embroidery layer; the fly woven layer and the mesh layer are stitched together by threads, and the stitching position It is in the thinner area of the fly-woven fabric layer; the cord embroidery layer is embroidered on the cord embroidery layer and the fly-woven fabric layer; a part of the cord embroidery extra layer covers a part of the cord embroidery layer, and the cord embroidery Another part of the added layer covers the thinner area of the flying woven fabric layer.

Further, the cording density of the cording layer is preferably greater than the cording density of the cording layer.

The cording density of the part where the cording layer covers the cording layer is preferably smaller than the cording density of the part where the cording layer covers the flying woven fabric layer.

Still further, the sarong layered rope preferably travels from one point to another in a serpentine or straight route.

Still further, the cording layer includes a basic cording layer and a pattern cording layer; the basic cording layer is located between the mesh layer and the pattern cording layer.

The connecting structure of flying weaving and rope embroidery of the present invention is to embroider the rope embroidery layer on the mesh cloth layer, and sew the flying weaving cloth layer on the mesh cloth layer, and the flying weaving cloth layer forms a thinner area An edge of one edge is butted with an edge of the cord embroidery layer, such a design makes the top surface of the cord embroidery layer and the top surface of the thinner region of the flying woven fabric layer basically form a plane, and finally a part is embroidered on the cord embroidery layer, and the other is embroidered on the cord embroidery layer. A part of the rope embroidery layer embroidered on the thinner area of the fly-woven fabric layer is used to connect the rope embroidery layer and the fly-woven fabric layer together. Such a connection structure enables the rope embroidery layer and the fly-woven fabric layer of the present invention to realize a plane transition The connecting structure of flying weaving and rope embroidery of the present invention has a simple structure, reasonable design, and can realize the plane transition connection between flying weaving and rope embroidery, so that the clothes produced by flying weaving and rope embroidery have good aesthetics and higher grades. The advantages of high height and comfortable wearing.

The present invention also provides a shoe upper, which is characterized in that it comprises a mesh layer, a cording layer, a fly-woven layer and a cording layer; the cording layer is embroidered on the mesh layer; the fly-woven layer forms There is a thinner area, an edge of the thinner area is docked with an edge of the cord embroidery layer; the flying woven layer and the mesh layer are stitched together by threads, and the stitching position is at Said thinner area of the fly-woven fabric layer; a cordwork layer is embroidered on said cordwork layer and said fly-woven fabric layer; a portion of the cordwork layer covers a part of the cordwork layer, The other part covers the thinner area of the flying woven fabric layer.

Further, the cording density of the cording layer is preferably greater than that of the cording layer.

The cording density of the part where the cording layer covers the cording layer is preferably smaller than the cording density of the part where the cording layer covers the flying woven fabric layer.

Still further, the cording layer includes a basic cording layer and a pattern cording layer; the basic cording layer is located between the mesh layer and the pattern cording layer.

Still further, the basic cord embroidery layer is divided into a first cord embroidery layer and a second cord embroidery layer; the ropes of the first cord embroidery layer run side by side, and the ropes of the second cord embroidery layer also run side by side, and the second cord embroidery layer The trend of the ropes of the embroidery layer and the direction of the ropes of the first cord embroidery layer intersect each other; the first cord embroidery layer is embroidered on the mesh cloth layer, and the second cord embroidery layer is also embroidered on the mesh cloth layer and On top of a cord embroidery layer. In this way, the basic cord embroidery layer is also formed with a mesh shape, forming a vamp part with strong air permeability and softness.

The shoe upper of the present invention is composed of two different materials connected by rope embroidery and flying weaving cloth. It has a novel structure, different patterns can be embroidered by rope embroidery, and the style design has a high degree of freedom, which can highlight the characteristics of the product and has good air permeability. advantages, and the plane transition connection can be realized between the cord embroidery layer and the flying woven fabric layer of the present invention, which makes the user comfortable to wear, and makes the vamp of the present invention have the characteristics of comfortable wearing, good softness, good air permeability, and can show individuality. The advantages of meeting the needs of users.

Description of drawings

Fig. 1 is a schematic cross-sectional structure diagram of Embodiment 1.

Fig. 2 is a schematic diagram of the serpentine path of the first sarong embroidery layer in the second embodiment.

Fig. 3 is a schematic diagram of the serpentine path of the second sarong layer in the second embodiment.

Fig. 4 is a schematic diagram of the serpentine path of the pattern cord embroidery layer of the second embodiment.

Fig. 5 is a schematic view of the overlapping of the first cordwork layer, the second cordage layer and the pattern cordage layer of the cordage layer in the second embodiment.

Fig. 6 is a schematic diagram of the connection structure of the cord embroidery layer, the flying woven cloth layer and the mesh cloth layer in the second embodiment.

Fig. 7 is a schematic diagram of the connection structure of the rope embroidery layer, the flying woven fabric layer, the mesh cloth layer and the rope embroidery layer in the second embodiment.

Fig. 8 is a schematic structural diagram of the second embodiment.

Fig. 9 is a schematic cross-sectional structure diagram of the mesh cloth layer, the cord embroidery layer, the flying woven cloth layer, and the cord embroidery layer connected in the second embodiment.

Description of reference signs: 1-mesh cloth layer, 2-cording layer, 21-basic cording layer, 211-first cording layer, 212-second cording layer, 22-pattern cording layer, 3-flying Weaving layer, 31-thinner area, 4-surcording layer, 5-wrapping embroidery, 6-preset shape outline of upper cording layer part.

Detailed ways

Embodiment one

As shown in Figure 1, a connection structure between flying weaving and rope embroidery described in this embodiment includes a mesh layer 1, a rope embroidery layer 2, a flying weaving layer 3 and a rope embroidery layer 4; the rope embroidery layer 2 are embroidered on the mesh cloth layer 1, and the cord embroidery layer 2 includes a basic cord embroidery layer 21 and a pattern cord embroidery layer 22; the basic cord embroidery layer 21 is between the mesh cloth layer 1 and the pattern cord embroidery layer 22; The flying woven layer 3 is formed with a thinner region 31, and an edge of the thinner region 31 is abutted with an edge of the cord embroidery layer 2; the flying woven layer 3 and the mesh layer 1 pass through thread and sew together, so that the flying weaving layer 3 is fixed so that the cord embroidery of the cording plus layer 4 can be carried out in the later stage. After the layer 4 is completed, the stitching traces can be covered without affecting the appearance of the product. Through such a design, the top surface of the cord embroidery layer 2 and the top surface of the thinner region 31 of the flying weaving layer 3 are basically in the same plane; The additional layer 4 is embroidered on the cord embroidery layer 2 and the flying woven fabric layer 3; a part of the cord embroidery addition layer 4 covers a part of the cord embroidery layer 2, and another part of the cord embroidery addition layer 4 covers the flying fabric layer 3. The thinner region 31 of the weaving layer 3, after such a connection, the rope embroidery layer 2 and the flying weaving layer 3 realize a plane transition connection, so that the clothes produced by flying weaving and rope embroidery have good aesthetics, higher grades, and are comfortable to wear The advantages. In order to make the rope embroidery layer 2 and the flying weaving layer 3 more evenly connected, the rope embroidery density of the rope embroidery layer 4 in this embodiment is greater than the rope embroidery density of the rope embroidery layer 2, and the rope embroidery layer 4 The cord stitch density of the part covering the cord stitch layer 2 is smaller than the cord stitch density of the part of the cord stitch plus layer 4 covering the flying woven fabric layer 3 . The ropes of the sarong adding layer 4 travel from one point to another in a serpentine route.

Embodiment two

As shown in Fig. 5, Fig. 6, Fig. 7, Fig. 8, and Fig. 9, a shoe upper described in this embodiment includes a mesh cloth layer 1, a cord embroidery layer 2, a flying weaving layer 3 and a cord embroidery layer 4 The cord embroidery layer 2 is embroidered on the mesh cloth layer 1; the flying woven cloth layer 3 is formed with a thinner region 31, and an edge of the thinner region 31 is docked with an edge of the cord embroidery layer 2; The flying woven cloth layer 3 and the mesh cloth layer 1 are stitched together by threads. In order to fix the flying woven cloth layer 3 so as to facilitate the rope embroidery of the rope embroidery layer 4 in the later stage, the stitching position is at the flying woven cloth layer 3. The thinner region 31 of the weaving layer 3 can block the stitching traces after the cord embroidery layer 4 is completed, without affecting the appearance of the product. Through such a design, the top surface of the cord embroidery layer 2 can be aligned with the flying weave. The top surface of the thinner area 31 of the cloth layer 3 is basically a plane; the cord embroidery layer 4 is embroidered on the cord embroidery layer 2 and the flying woven cloth layer 3; a part of the cord embroidery extra layer 4 covers the cord embroidery layer 2, the other part of the cord embroidery layer 4 covers the thinner region 31 of the flying woven fabric layer 3, and after such a connection, the cord embroidery layer 2 and the flying woven fabric layer 3 realize a plane transition connection. The shoe upper of this embodiment is composed of two different materials connected by rope embroidery and flying woven fabric. The structure is novel. Different patterns can be embroidered by rope embroidery. The style design has a high degree of freedom, which can highlight the characteristics of the product and has air permeability. Good advantage, and between the cord embroidery layer 2 and the flying woven fabric layer 3 of this embodiment also has the advantage of realizing the plane transition connection in the first embodiment, so that the user of the shoe upper of this embodiment is comfortable to wear, and this The vamp of the embodiment has the advantages of comfortable wearing, good softness, good air permeability, and can show individuality, so as to meet the needs of users.

As shown in Figure 7, the cord embroidery density of the cord embroidery layer 4 is greater than the cord embroidery density of the cord embroidery layer 2, and the cord embroidery density of the part covered by the cord embroidery layer 2 is less than that of the cord embroidery layer 2. The rope embroidery layer 4 covers the rope embroidery density of this part of the flying woven fabric layer 3, so that the rope embroidery layer 2 and the flying woven fabric layer 3 are connected more smoothly.

As shown in Fig. 8 and Fig. 9, the cord embroidery layer 2 includes a basic cord embroidery layer 21 and a pattern cord embroidery layer 22; the basic cord embroidery layer 21 is between the mesh cloth layer 1 and the pattern cord embroidery layer 22, The cord embroidery density of the pattern cord embroidery layer 22 is greater than the cord embroidery density of the basic cord embroidery layer 21, so that the cord embroidery pattern is more obvious and clear. As shown in Figure 4, the ropes of the pattern cord embroidery layer 22 run side by side, The pattern cordwork layer 22 travels from one point to another along a serpentine path in an S-shaped curve.

As shown in Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 8 and Fig. 9, the basic cord embroidery layer 21 is divided into a first cord embroidery layer 211 and a second cord embroidery layer 212; the first cord embroidery layer 211 The ropes run side by side, the first cord embroidery layer 211 is a straight line along the serpentine path from one point to another point, the shape and outline of the first cord embroidery layer 211 is the preset part of the upper cord embroidery layer The shape profile 6 of the second embroidered layer 212 is also side by side, and the second embroidered layer 212 reaches another point from one point along the serpentine path with an S-shaped curve; and the second embroidered layer 212 The direction of the rope and the direction of the rope of the first rope embroidery layer 211 cross each other; the first rope embroidery layer 211 is embroidered on the mesh layer 1, and the second rope embroidery layer 212 is also embroidered on the mesh layer 1 and on the first sarong layer 211 .

The closer the pattern cord embroidery layer 22 of this embodiment is to the position of the flying weaving cloth layer 3, the thicker the thickness is, that is to say that the closer the pattern cord embroidery layer 22 is to embroidering a layer of cord embroidery on the position of the flying weaving cloth layer 3, so that The pattern cord embroidery layer 22 becomes thicker as it gets closer to the flying woven fabric layer 3 .

As shown in Fig. 8, there is an edge embroidery 5 along the outline of the vamp, so as to prevent the vamp from spreading out from the edge.

Claims (10)

1. A connection structure between flying weaving and rope embroidery, characterized in that: it comprises a mesh layer, a rope embroidery layer, a flying weaving layer and a rope embroidery layer; the rope embroidery layer is embroidered on the mesh cloth layer; The fly-woven cloth layer is formed with a thinner region, and one edge of the thinner region is butted with an edge of the cord embroidery layer; the fly-woven cloth layer and the mesh cloth layer are stitched together by threads, and the seam The connecting position is in the thinner area of the fly-woven fabric layer; the cord-embroidered layer is embroidered on the cord-embroidered layer and the fly-woven fabric layer; a part of the cord-embroidered extra layer covers a part of the cord-embroidered layer , the other part of the cordwork layer covers the thinner area of the fly weave layer. 2. A connection structure between flying weaving and cord embroidery according to claim 1, characterized in that: the cord embroidery density of the cord embroidery layer is greater than the cord embroidery density of the cord embroidery layer. 3. A connection structure between flying weaving and rope embroidery according to claim 2, characterized in that: the rope embroidery density of the part covered by the rope embroidery layer is less than that covered by the rope embroidery layer. The sacording density for this portion of the flyweave layer. 4. A connection structure between flying weaving and rope embroidery according to claim 1, characterized in that: the layered rope of rope embroidery goes from one point to another in a serpentine or straight line. 5. A connection structure between flying weaving and cord embroidery according to claim 1, characterized in that: the cord embroidery layer includes a basic cord embroidery layer and a pattern cord embroidery layer; layer and pattern cord embroidery layer. 6. A shoe upper, characterized in that: it comprises a mesh layer, a rope embroidery layer, a flying weaving layer and a rope embroidery layer; the rope embroidery layer is embroidered on the mesh cloth layer; the flying weaving layer is formed with In a thinner area, one edge of the thinner area is docked with an edge of the cord embroidery layer; the flying woven cloth layer and the mesh cloth layer are stitched together by threads, and the stitching position is at the flying The thinner area of the woven fabric layer; the cordwork layer is embroidered on the cordwork layer and the fly weave layer; a part of the cordwork layer covers a part of the cordwork layer, and the cordwork layer The other part covers the thinner area of the flying woven fabric layer. 7 . The shoe upper according to claim 6 , wherein the stitching density of the stitching layer is greater than the stitching density of the stitching layer. 8. A shoe upper according to claim 6, characterized in that: said cordwork layer comprises a basic cordwork layer and a pattern cordwork layer; said basic cordwork layer is located between the mesh layer and the pattern cordwork layer between. 9. A shoe upper according to claim 8, characterized in that: the basic cordwork layer is divided into a first cordwork layer and a second cordwork layer; the ropes of the first cordage layer run side by side, and the second cordwork layer The ropes of the rope embroidery layer also go side by side, and the direction of the ropes of the second rope embroidery layer intersects with the direction of the ropes of the first rope embroidery layer; the first rope embroidery layer is embroidered on the mesh layer, and the second rope embroidery layer A layer is also embroidered on the mesh layer and above the first sarong layer. 10. A shoe upper according to claim 6 or 7, characterized in that: the stitching density of the part of the stitching layer covering the stitching layer is smaller than that of the flying woven fabric layer covered by the stitching layer The threading density of this part.