US20200163483A1

US20200163483A1 - Double-sided usable curtain and fabric

Info

Publication number: US20200163483A1
Application number: US16/377,272
Authority: US
Inventors: Yingjun Ma
Original assignee: Hangzhou China Home Textiles Industry Co Ltd
Current assignee: Hangzhou China Home Textiles Industry Co Ltd
Priority date: 2018-11-27
Filing date: 2019-04-08
Publication date: 2020-05-28
Also published as: DE202018006614U1; WO2020107595A1; CN209678152U

Abstract

This invention relates to a double-sided useable curtain and a fabric thereof, belonging to the technical field of a machine-woven fabric. The curtain includes a curtain head and a curtain body arranged under the curtain head, and at least the curtain body is made of a double-sided fabric; the double-sided fabric includes a first outer layer fabric and a second outer layer fabric stitched together into a one-piece fabric structure; and the first outer layer fabric and the second outer layer fabric are both woven fabrics, and a front face of the first outer layer fabric and a front face of the second outer layer fabric are arranged outwardly. At least the curtain body is made of the double-sided fabric, such that two sides of this curtain are usable thereby saving the storage space and the fabric material, which is widely used in the field of home furnishing.

Description

CROSS-REFERENCE TO RELATED APPLICATION

This application claims the priority benefit of China application serial no. 201821970573.7, filed on Nov. 27, 2018. The entirety of the above-mentioned patent application is hereby incorporated by reference herein and made a part of this specification.

BACKGROUND

Technical Field

This invention relates to a machine-woven fabric, and more particularly to a fabric which is usable on both sides and a curtain made of this fabric.

Description of Related Art

By arranging a curtain at the inner side of the window, the curtain can not only isolate the external sight to protect the privacy indoors, but also isolate the sunlight in the summer to avoid direct sunlight which achieves heat insulation. When the light is relatively dim or the room temperature is relatively low, the indoor light and/or the room temperature will be supplemented by opening the curtain to obtain the sunlight.
For the commonly used curtains, due to the limitation of the manufacturing process, the face facing toward the inside of the house is the front side of the curtain. For example, for the curtain disclosed in a patent with the grant announcement number of CN207987595U, if another color or pattern of the curtain is going to be replaced, it needs to detach and store the original curtain and then replace another curtain, which is easy to cause wastage.

SUMMARY

One purpose of this invention is to provide a curtain with an improved structure such that both sides of the curtain is usable.
Another purpose of this invention is to provide a fabric that can be used to make the above-mentioned curtain.
For the above-mentioned purpose, the curtain provided by this invention includes a curtain head and a curtain body arranged under the curtain head, and at least the curtain body is made of a double-sided fabric; the double-sided fabric includes a first outer layer fabric and a second outer layer fabric stitched together into a one-piece fabric structure; and the first outer layer fabric and the second outer layer fabric are both woven fabrics, and a front face of the first outer layer fabric and a front face of the second outer layer fabric are arranged outwardly.
At least the curtain body is set to have two outer layers which are both woven layers, and the front side of each of the woven layers are arranged outwardly, such that two sides of this curtain are usable, and one of the two sides of this curtain can be chosen as the front side of the curtain thereby changing the pattern and color of the curtain.
A specific solution is that a peripheral edge portion of the first outer layer fabric and a peripheral edge portion of the second outer layer fabric are stitched into a first spliced fixing structure by a thread, and partial faces of the first outer layer fabric within the peripheral edge portion of the first outer layer fabric and partial faces of the second outer layer fabric adjacent to the partial faces of the first outer layer fabric within the peripheral edge portion of the second outer layer fabric are bonded to form a second spliced fixing structure by an adhesive or are stitched into a fixing structure by the thread. Partial bonding not only ensures that the two fabrics are integrated, but also reduces the hardness of the adhesive.
A more specific solution is that the woven fabrics are jacquard fabrics. The fixing structure is to splice an overlapped rod body portion in a jacquard of the first outer layer fabric with an overlapped rod body portion in a jacquard of the second outer layer fabric. The hardness of the adhesive or the hardness of the thread are concealed by the jacquard rod body portions with certain hardness, such that the hardness of the jacquards is increased, and the feel of this curtain is effectively ensured.
Another specific solution is that a whole-faced adhesive film layer is arranged between the first outer layer fabric and the second outer layer fabric, and the first outer layer fabric, the whole-faced adhesive film layer, and the second outer layer fabric are arranged in sequence to form a sandwich structure. By bonding on a whole face, the uniformity of the feel can be effectively ensured.
A more specific solution is that the whole-faced adhesive film layer is a light-shielding film layer; the light-shielding film layer is a TPU light-shielding film layer, and the first outer layer fabric, the TPU light-shielding film layer, and the second outer layer fabric arranged in sequence form the sandwich structure by hot pressing on a whole surface; and a thickness of the TPU light-shielding film layer is in a range of 0.012 mm to 0.2 mm. By arranging the light-shielding film layer between the first outer layer fabric and the second outer layer fabric, the light can be well shielded without additional light-shielding cloth.
A preferred solution is that an edge portion at a top of the curtain body is detachably spliced at an edge portion at a bottom of the curtain head by a lateral flexible splicing assembly; and the lateral flexible splicing assembly includes a first splicing structure and a second splicing structure detachably spliced, the first splicing structure is fixedly disposed on one of the edge portion at the top of the curtain body and the edge portion at the bottom of the curtain head along a width direction of the curtain, and splicing interfaces of two of the second splicing structures are fixedly disposed on the other one of the edge portion at the top of the curtain body and the edge portion at the bottom of the curtain head oppositely. The detachable structure is utilized to connect the curtain body and the curtain head, such that there is no need to detach the curtain head when the front side of the curtain is replaced, thereby facilitating operation such as replacement, detachment, and washing.
A more preferred solution is that a strip of hook-and-loop cloth is folded and fastened on the edge portion at the top of the curtain body, and a binding structure is formed by stitching the edge portion at the top of the curtain body through the thread; and the hook-and-loop cloth faces on two sides of the binding structure correspondingly constitutes two of the second splicing structures, and the first splicing structure is a hook-and-loop band with hooks. In the manufacturing process, part of the manual workload and the usage amount of the fabric is reduced.
In order to achieve the other above-mentioned purpose, the double-sided usable fabric provided by the invention includes a first outer layer fabric and a second outer layer fabric stitched together into a one-piece fabric structure; and the first outer layer fabric and the second outer layer fabric are both woven fabrics, and a front face of the first outer layer fabric and a front face of the second outer layer fabric are arranged outwardly.
A specific solution is that a peripheral edge portion of the first outer layer fabric and a peripheral edge portion of the second outer layer fabric are stitched into a first spliced fixing structure by a thread, and partial faces of the first outer layer fabric within the peripheral edge portion of the first outer layer fabric and partial faces of the second outer layer fabric adjacent to the partial faces of the first outer layer fabric within the peripheral edge portion of the second outer layer fabric are bonded to form a second spliced fixing structure by an adhesive or are stitched into a fixing structure by the thread.
Another specific solution is that a whole-faced adhesive film layer is arranged between the first outer layer fabric and the second outer layer fabric, and the first outer layer fabric, the whole-faced adhesive film layer, and the second outer layer fabric are arranged in sequence to form a sandwich structure; the whole-faced adhesive film layer is a TPU light-shielding film layer, the first outer layer fabric, the TPU light-shielding film layer, and the second outer layer fabric arranged in sequence form the sandwich structure by hot pressing on a whole surface; and a thickness of the TPU light-shielding film layer is in a range of 0.012 mm to 0.2 mm.

BRIEF DESCRIPTION OF THE DRAWINGS

FIG. 1 is a front view of Curtain Embodiment One and a curtain rod according to the invention.

FIG. 2 is a three-dimensional diagram of Curtain Embodiment One and the curtain rod when a curtain body and a curtain head are detached according to the invention.

FIG. 3 is a partial enlarged view of A in FIG. 1.

FIG. 4 is a partial enlarged view of B in FIG. 2.

FIG. 5 is a structural schematic diagram of the curtain body in Curtain Embodiment One according to the invention.

FIG. 6 is a schematic diagram of a connection structure between a curtain body and a curtain head in Curtain Embodiment Two according to the invention.

FIG. 7 is a schematic diagram of a connection structure between a curtain body and a curtain head in Curtain Embodiment Three according to the invention.

FIG. 8 is a schematic diagram of a connection structure between a curtain body and a curtain head in Curtain Embodiment Four according to the invention.

FIG. 9 is a structural schematic diagram of a curtain body in Curtain Embodiment Five according to the invention.

DESCRIPTION OF THE EMBODIMENTS

This invention is further explained below in combination with the embodiments and the accompanying drawings.

Curtain Embodiment One

See FIG. 1 to FIG. 5. A curtain 1 of this invention includes a curtain head 2, a curtain body 3, and a lateral flexible splicing assembly 4 detachably splicing the curtain head 2 and the curtain body 3. The curtain head 2 is provided with one row of holes 20 arranged along the width direction of the curtain head 2, and the curtain head 2 can be hung on a curtain rod 02 in a folded and flexible way through O-shaped rings 01 passing through holes 20.
As shown in FIG. 5, the curtain body 3 is made of a double-sided fabric 30. The double-sided fabric 30 includes a first outer layer fabric 31 and a second outer layer fabric 32 spliced together into a one-piece fabric structure. The first outer layer fabric 31 and the second outer layer fabric 32 are both woven fabrics, and a front face of the first outer layer fabric 31 and a front face of the second outer layer fabric 32 are arranged outwardly, that is, any of the front face of the first outer layer fabric 31 and the front face of the second outer layer fabric 32 can be used as a front face of the curtain. A peripheral edge portion of the first outer layer fabric 31 and a peripheral edge portion of the second outer layer fabric 32 are stitched into a binding structure by a thread. For example, a bottom binding structure 33 is stitched by a textile fabric, and the material of the bottom binding structure 33 may be the same as or different from that of the first outer layer fabric 31 and the second outer layer fabric 32. A strip of hook-and-loop cloth 34 is folded and fastened on an edge portion at the top of the double-sided fabric 30, and the binding structure is formed by stitching the edge portion at the top of the double-sided fabric 30 through the thread. In this embodiment, partial faces of the first outer layer fabric 31 within the peripheral edge portion of the first outer layer fabric 31 and partial faces of the second outer layer fabric 32 adjacent to the partial faces of the first outer layer fabric 31 within the peripheral edge portion of the second outer layer fabric 32 are bonded to form a fixing structure by an adhesive 35 or are stitched into the fixing structure by the thread, such that the first outer layer fabric 31 and the second outer layer fabric 32 can be spliced into a one-piece fabric structure. Specifically, both the two woven fabrics are jacquard fabrics, the fixing structure formed by stitching or through the adhesive is to splice an overlapped rod body portion in the jacquard of the first outer layer fabric 31 and an overlapped rod body portion in the jacquard of the second outer layer fabric 32, thereby ensuring the feel.
As shown in FIG. 1 to FIG. 4, the lateral flexible splicing assembly 4 includes a hook-and-loop band 41 with hooks and a hook-and-loop cloth face 42 and a hook-and-loop cloth face 43 facing opposite directions. The hook-and-loop band 41 is stitched on a light-facing side of an edge portion at the bottom of the curtain head 2 through the thread. The hook-and-loop cloth face 42 and the hook-and-loop cloth face 43 correspond to two outer faces after the strip of the hook-and-loop cloth 34 is bent into a U-shaped structure. As a fastening face of the strip of the hook-and-loop cloth 34 is full of soft fiber loops, and the hook-and-loop band 41 is full of hooks, the strip of the hook-and-loop cloth 34 and the hook-and-loop band 41 are detachably fastened, and foldable flexibility is kept after fastening. Therefore, by fastening the hook-and-loop band 41 with one of the hook-and-loop cloth faces, one of the first outer layer fabric 31 and the second outer layer fabric 32 is used as the front face of the curtain, that is, the edge portion at the top the curtain body 3 is detachably spliced at the edge portion at the bottom of the curtain head 2 through the lateral flexible splicing assembly 4.
The hook-and-loop band 41 is arranged at the light-facing side of the curtain head 2, such that the lateral flexible splicing assembly 4 can be well hidden when the curtain 1 is viewed from the front, and the whole lateral flexible splicing assembly 4 is located at the curtain head 2, effectively ensuring the overall beauty of the curtain 1. The hook-and-loop cloth face 42 and the hook-and-loop cloth face 43 are second splicing structures in this embodiment, and the hook-and-loop band 41 is the first splicing structure in this embodiment.
In this embodiment, the pattern and color at the front face of one outer layer fabric can be set into a cool color style, while the pattern and color at the front face of the other outer layer fabric can be set into a warm color style, such that different color styles can be replaced in different seasons in order to adapt to the current season. Of course, the first outer layer fabric 31 and the second outer layer fabric 32 can be set into fabrics with different patterns, and the first outer layer fabric 31 and the second outer layer fabric 32 can also be set into fabrics not limited to different patterns and different colors.

Curtain Embodiment Two

As an illustration of Curtain Embodiment Two of this invention, only the differences from the above-mentioned Curtain Embodiment One will be described below.
As shown in FIG. 6, a hook-and-loop band 301 and a hook-and-loop band 302 are stitched at two sides of the edge portion at the top of the curtain body 3, respectively, a strip of hook-and-loop cloth 201 is stitched at the edge portion at the bottom of the curtain head 2, and the strip of the hook-and-loop cloth 201 is located at the light-facing side of the curtain head 2, thereby forming the lateral flexible splicing assembly 4. The hook-and-loop band 301 and the hook-and-loop band 302 are second splicing structures in this embodiment, and the strip of the hook-and-loop cloth 201 is the first splicing structure in this embodiment.

Curtain Embodiment Three

As an illustration of Curtain Embodiment Three of this invention, only the differences from the above-mentioned Curtain Embodiment One will be described below.
See FIG. 7, one row of hasps 43 are fixedly disposed at the edge portion at the bottom of the curtain head 2, one row of hasps 41 and one row of hasps 42 matching with the hasps 43 are fixedly disposed at two side faces of the edge portion at the top of curtain body 3, thereby forming the lateral flexible splicing assembly 4 in this embodiment. The hasps 41 and hasps 42 are second splicing structures in this embodiment, and hasps 43 are the first splicing structures in this embodiment.

Curtain Embodiment Four

As an illustration of Curtain Embodiment Four of this invention, only the differences from the above-mentioned Curtain Embodiment One will be described below.
See FIG. 8, the curtain head 2 is stitched by a fabric 21 and a fabric 22 freely separated at the edge portion at the bottom of the curtain head 2. One row of buttonholes 210 are arranged at the edge portion at the bottom of the fabric 21, and one row of buttonholes 220 are arranged at the edge portion at the bottom of the fabric 22. One row of buttons 31 matching with buttonholes 210 and buttonholes 220 are stitched at the edge portion at the top of the curtain body 3, and the row of buttons 31 and two rows of buttonholes 210 form the lateral flexible splicing assembly 4 in this embodiment. The buttonholes 210 and buttonholes 220 are second splicing structures in this embodiment, and buttons 31 are the first splicing structures in this embodiment.

Curtain Embodiment Five

As an illustration of Curtain Embodiment Five of this invention, only the differences from the above-mentioned Curtain Embodiment One to Curtain Embodiment Four will be described below.
See FIG. 9. In the double-sided fabric 30, a whole-faced adhesive file layer 303 is arranged between the first outer layer fabric 301 and the second outer layer fabric 302, and the first outer layer fabric 301, the whole-faced adhesive film layer 303, and the second outer layer fabric 302 are arranged in sequence to form a sandwich structure.
For the whole-faced adhesive file layer 303, glue such as environmental epoxy resin may be adopted. In this embodiment, a TPU light-shielding film layer is adopted, and the color of the TPU light-shielding film layer is dark, such that the fabric is light-shielding. Specifically, at a hot pressing temperature in a range of 110 degrees to 199 degrees, preferably 160 degrees to 199 degrees, the sandwich structure is formed by using a fabric laminating machine. A thickness of the TPU light-shielding film layer is preferably 0.012 mm to 0.2 mm.

Fabric Embodiment

In the illustration of the above-mentioned curtain embodiments, the double-sided fabric is the double-sided usable fabric in this invention, that is, embodiments of the fabrics in this invention has been illustrated, and it is unnecessary to go into details here.
In this invention, the “lateral flexible splicing assembly” is configured as a connecting assembly structure detachably connecting the curtain head and the curtain body and a flexible structure laterally folding the curtain when the curtain is closed.

Claims

What is claimed is:

1. A double-sided useable curtain, comprising a curtain head and a curtain body arranged under the curtain head, wherein at least the curtain body is made of a double-sided fabric;

the double-sided fabric comprises a first outer layer fabric and a second outer layer fabric stitched together into a one-piece fabric structure; and

the first outer layer fabric and the second outer layer fabric are both woven fabrics, and a front face of the first outer layer fabric and a front face of the second outer layer fabric are arranged outwardly.

2. The double-sided useable curtain as recited in claim 1, wherein a peripheral edge portion of the first outer layer fabric and a peripheral edge portion of the second outer layer fabric are stitched into a first spliced fixing structure by a thread, and partial faces of the first outer layer fabric within the peripheral edge portion of the first outer layer fabric and partial faces of the second outer layer fabric adjacent to the partial faces of the first outer layer fabric within the peripheral edge portion of the second outer layer fabric are bonded to form a second spliced fixing structure by an adhesive or are stitched into a fixing structure by the thread.

3. The double-sided useable curtain as recited in claim 2, wherein the woven fabrics are both jacquard fabrics, and the fixing structure is to splice an overlapped rod body portion in a jacquard of the first outer layer fabric with an overlapped rod body portion in a jacquard of the second outer layer fabric.

4. The double-sided useable curtain as recited in claim 1, wherein a whole-faced adhesive film layer is arranged between the first outer layer fabric and the second outer layer fabric, and the first outer layer fabric, the whole-faced adhesive film layer, and the second outer layer fabric are arranged in sequence to form a sandwich structure.

5. The double-sided useable curtain as recited in claim 4, wherein the whole-faced adhesive film layer is a light-shielding film layer; and the light-shielding film layer is a TPU light-shielding film layer, the first outer layer fabric, the TPU light-shielding film layer, and the second outer layer fabric arranged in sequence form the sandwich structure by hot pressing on a whole surface, and a thickness of the TPU light-shielding film layer is in a range of 0.012 mm to 0.2 mm.

6. The double-sided useable curtain as recited in claim 1, wherein an edge portion at a top of the curtain body is detachably spliced at an edge portion at a bottom of the curtain head by a lateral flexible splicing assembly; and the lateral flexible splicing assembly includes a first splicing structure and a second splicing structure detachably spliced, the first splicing structure is fixedly disposed on one of the edge portion at the top of the curtain body and the edge portion at the bottom of the curtain head along a width direction of the curtain, and splicing interfaces of two of the second splicing structures are fixedly disposed on the other one of the edge portion at the top of the curtain body and the edge portion at the bottom of the curtain head oppositely.

7. The double-sided useable curtain as recited in claim 6, wherein a strip of hook-and-loop cloth is folded and fastened on the edge portion at the top of the curtain body, and a binding structure is formed by stitching the edge portion at the top of the curtain body through a thread; and the hook-and-loop cloth faces on two sides of the binding structure correspondingly constitutes two of the second splicing structures, and the first splicing structure is a hook-and-loop band with hooks.

8. The double-sided useable curtain as recited in claim 2, wherein an edge portion at a top of the curtain body is detachably spliced at an edge portion at a bottom of the curtain head by a lateral flexible splicing assembly; and the lateral flexible splicing assembly includes a first splicing structure and a second splicing structure detachably spliced, the first splicing structure is fixedly disposed on one of the edge portion at the top of the curtain body and the edge portion at the bottom of the curtain head along a width direction of the curtain, and splicing interfaces of two of the second splicing structures are fixedly disposed on the other one of the edge portion at the top of the curtain body and the edge portion at the bottom of the curtain head oppositely.

9. The double-sided useable curtain as recited in claim 8, wherein a strip of hook-and-loop cloth is folded and fastened on the edge portion at the top of the curtain body, and a binding structure is formed by stitching the edge portion at the top of the curtain body through the thread; and the hook-and-loop cloth faces on two sides of the binding structure correspondingly constitutes two of the second splicing structures, and the first splicing structure is a hook-and-loop band with hooks.

10. The double-sided useable curtain as recited in claim 3, wherein an edge portion at a top of the curtain body is detachably spliced at an edge portion at a bottom of the curtain head by a lateral flexible splicing assembly; and the lateral flexible splicing assembly includes a first splicing structure and a second splicing structure detachably spliced, the first splicing structure is fixedly disposed on one of the edge portion at the top of the curtain body and the edge portion at the bottom of the curtain head along a width direction of the curtain, and splicing interfaces of two of the second splicing structures are fixedly disposed on the other one of the edge portion at the top of the curtain body and the edge portion at the bottom of the curtain head oppositely.

11. The double-sided useable curtain as recited in claim 10, wherein a strip of hook-and-loop cloth is folded and fastened on the edge portion at the top of the curtain body, and a binding structure is formed by stitching the edge portion at the top of the curtain body through the thread; and the hook-and-loop cloth faces on two sides of the binding structure correspondingly constitutes two of the second splicing structures, and the first splicing structure is a hook-and-loop band with hooks.

12. The double-sided useable curtain as recited in claim 4, wherein an edge portion at a top of the curtain body is detachably spliced at an edge portion at a bottom of the curtain head by a lateral flexible splicing assembly; and the lateral flexible splicing assembly includes a first splicing structure and a second splicing structure detachably spliced, the first splicing structure is fixedly disposed on one of the edge portion at the top of the curtain body and the edge portion at the bottom of the curtain head along a width direction of the curtain, and splicing interfaces of two of the second splicing structures are fixedly disposed on the other one of the edge portion at the top of the curtain body and the edge portion at the bottom of the curtain head oppositely.

13. The double-sided useable curtain as recited in claim 12, wherein a strip of hook-and-loop cloth is folded and fastened on the edge portion at the top of the curtain body, and a binding structure is formed by stitching the edge portion at the top of the curtain body through a thread; and the hook-and-loop cloth faces on two sides of the binding structure correspondingly constitutes two of the second splicing structures, and the first splicing structure is a hook-and-loop band with hooks.

14. The double-sided useable curtain as recited in claim 5, wherein an edge portion at a top of the curtain body is detachably spliced at an edge portion at a bottom of the curtain head by a lateral flexible splicing assembly; and the lateral flexible splicing assembly includes a first splicing structure and a second splicing structure detachably spliced, the first splicing structure is fixedly disposed on one of the edge portion at the top of the curtain body and the edge portion at the bottom of the curtain head along a width direction of the curtain, and splicing interfaces of two of the second splicing structures are fixedly disposed on the other one of the edge portion at the top of the curtain body and the edge portion at the bottom of the curtain head oppositely.

15. The double-sided useable curtain as recited in claim 14, wherein a strip of hook-and-loop cloth is folded and fastened on the edge portion at the top of the curtain body, and a binding structure is formed by stitching the edge portion at the top of the curtain body through a thread; and the hook-and-loop cloth faces on two sides of the binding structure correspondingly constitutes two of the second splicing structures, and the first splicing structure is a hook-and-loop band with hooks.

16. A double-sided usable fabric, comprising a first outer layer fabric and a second outer layer fabric stitched together into a one-piece fabric structure; and

17. The double-sided usable fabric as recited in claim 16, wherein a peripheral edge portion of the first outer layer fabric and a peripheral edge portion of the second outer layer fabric are stitched into a first spliced fixing structure by a thread, and partial faces of the first outer layer fabric within the peripheral edge portion of the first outer layer fabric and partial faces of the second outer layer fabric adjacent to the partial faces of the first outer layer fabric within the peripheral edge portion of the second outer layer fabric are bonded to form a second spliced fixing structure by an adhesive or are stitched into a fixing structure by the thread.

18. The double-sided usable fabric as recited in claim 16, wherein

a whole-faced adhesive film layer is arranged between the first outer layer fabric and the second outer layer fabric, and the first outer layer fabric, the whole-faced adhesive film layer, and the second outer layer fabric are arranged in sequence to form a sandwich structure;

the whole-faced adhesive film layer is a TPU light-shielding film layer, the first outer layer fabric, the TPU light-shielding film layer, and the second outer layer fabric arranged in sequence form the sandwich structure by hot pressing on a whole surface; and

a thickness of the TPU light-shielding film layer is in a range of 0.012 mm to 0.2 mm.