TWM522591U - Breathable mesh with three-dimensional geometric shape - Google Patents

Description

Solid geometry breathable mesh

The present invention relates to an insole structure, in particular to a three-dimensional geometric breathable mesh cloth which can be applied to the upper, in addition to being convenient for quick production, and capable of both aesthetic and breathable effects.

The foot is the most moving body part of a person's life, and all important meridians and blood vessels flow through the foot, which shows its importance.

A good shoe, not only has the function of protecting the foot, but with a good insole, in addition to slowing the impact on walking or running, it can make the foot dry and comfortable, and has the function of protecting the foot and the health of the foot. .

How to provide a good and durable upper material and improve foot hygiene at the same time is a subject that is currently highly valued.

In view of the fact that there are still some imperfections in the insole, the creator has been researching and developing for a long time, and finally developed this kind of application to the upper. In addition to facilitating rapid production, it can also have both aesthetic and breathable effects. The three-dimensional geometric figure is breathable mesh.

The present invention relates to a three-dimensional geometric air-permeable mesh cloth, which comprises: an upper layer mesh cloth, which is a breathable mesh cloth; and an intermediate layer cloth, which is a sandwich mesh cloth or a foam layer, through a sickle, Cutting the knife or laser, which is formed under the upper mesh; the lower layer fabric, the upper mesh and the intermediate layer are adhered to the adhesive through the adhesive, and the lower fabric may also be a breathable mesh; In this way, it can be applied to the upper, in addition to facilitating rapid production, it can also have both aesthetic and breathable effects.

The main purpose of this creation is to apply it to the upper. In addition to facilitating rapid production, it is more effective in both aesthetic and breathable.

In order to make it easier for the examiner to understand the characteristics of the three-dimensional geometric breathable mesh of the creation, please refer to the following drawings and the description of the implementation of the three-dimensional geometric breathable mesh.

10‧‧‧Upper mesh

20‧‧‧Intermediate cloth

21‧‧‧empty parts

30‧‧‧Under fabric

The first picture is the structure diagram of the creative three-dimensional geometric breathable mesh.

Referring to the first drawing, the first drawing is a structural diagram of the three-dimensional geometrical breathable mesh cloth, which comprises: an upper mesh cloth 10, which is a breathable mesh cloth; and an intermediate layer cloth 20, which is An air mesh or foam layer (foam or EVA) cut through a file, a knife or a laser, which is below the upper mesh 10; a lower layer 30, which will be the upper layer The mesh cloth 10 and the intermediate layer cloth 20 are adhered thereto by an adhesive, and the lower layer cloth 30 can also be a breathable mesh cloth; thereby, the utility model can be applied to the upper of the shoe, and the utility model can be applied to the upper, and is more beautiful and beautiful. Breathable effect.

The present invention creates a three-dimensional geometrical breathable mesh cloth in which part or all of the upper layer mesh 10, the intermediate layer cloth 20 and the lower layer cloth 30 may be stacked in a multi-layer structure.

In addition, the creation of the three-dimensional geometric air-permeable mesh cloth, wherein all of the upper layer mesh 10, the intermediate layer cloth 20 and the lower layer cloth 30 can be added to the screen printing, thermal transfer, heat Sublimation or digital inkjet.

It is worth mentioning that the intermediate layer cloth 20 has a plurality of cutting packages, and the hollow portions 21 cut by the plurality of layers can be different, and the different colors or layers of the respective layers are added to the screen printing, thermal transfer, sublimation or digital spraying. Ink, can produce a variety of three-dimensional pattern design.

The creation of the three-dimensional geometric breathable mesh can also be applied to insoles or other clothing or purses, and can be a practical material.

The above description is only a detailed description of the present invention by the preferred embodiment, but any modification and variation made to the embodiment, such as the size of the mesh hole or the shape of the laser cutting, etc., are not deviated from the creation. Spirit and scope.

From the above detailed description, those skilled in the art can understand that the present invention can achieve the foregoing objectives, and has already complied with the provisions of the Patent Law, and has filed a new patent application according to law.

10‧‧‧Upper mesh

20‧‧‧Intermediate cloth

21‧‧‧empty parts

30‧‧‧Under fabric

Claims (3)

A three-dimensional geometric air-permeable mesh cloth comprising: an upper layer mesh cloth, which is a breathable mesh cloth; and an intermediate layer cloth, which is a sandwich mesh cloth or a foam layer, which is passed through a file, a knife or a laser. Cut into a lower layer of the upper mesh; a lower layer of cloth, the upper layer of the mesh and the intermediate layer of cloth are adhered thereto by adhesive, the lower layer of cloth may also be a breathable mesh; thereby, It is applied to the upper, in addition to facilitating rapid production, it can also have both aesthetic and breathable effects. The three-dimensional geometric air-permeable mesh cloth according to claim 1, wherein part or all of the upper mesh, the intermediate layer cloth and the lower layer cloth may be stacked in a multi-layer structure. The three-dimensional geometric air-permeable mesh cloth according to the first or second aspect of the patent application, wherein all of the upper mesh cloth, the intermediate layer cloth and the lower layer cloth can be added with screen printing, thermal transfer, Sublimation or digital inkjet.