CN209759717U - Ultraviolet intensity display jacquard mesh - Google Patents
Ultraviolet intensity display jacquard mesh Download PDFInfo
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- CN209759717U CN209759717U CN201920345834.4U CN201920345834U CN209759717U CN 209759717 U CN209759717 U CN 209759717U CN 201920345834 U CN201920345834 U CN 201920345834U CN 209759717 U CN209759717 U CN 209759717U
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Abstract
The utility model relates to an ultraviolet intensity display jacquard fabric, which comprises a first jacquard lace layer, a first display layer, a middle layer, a second display layer and a second lace layer; a first display layer is arranged between the first lace layer and the middle layer, the first display layer and the second display layer are connected in a weaving mode through binding yarns of the middle layer, and a second display layer is arranged between the middle layer and the second lace layer; the upper surface of the first display layer is provided with a first lace layer, and the middle layer is formed by interweaving the lower surface of the first display layer and the upper surface of the second display layer through the middle layer binding yarns. First lace layer thickness be 0.1 ~ 0.2mm, the thickness on first display layer is 0.75 ~ 1.0mm, the thickness in intermediate level is 0.1 ~ 0.3mm, the utility model discloses simple structure is used extensively in fields such as (window) curtain, agricultural lichen plastic film.
Description
Technical Field
The utility model belongs to the technical field of the textile technology and specifically relates to an ultraviolet intensity shows merchant card screen cloth.
Background
The warp knitting jacquard spacing fabric is a three-dimensional fabric composed of upper and lower surface layer fabrics and a spacing layer playing a supporting and connecting role, and has a certain thickness due to the spacing layer. The warp-knitted jacquard spacer mesh has light weight, air permeability, heat preservation and moisture permeability, and can improve the wearing experience of consumers; abundant patterns are formed through jacquard texture transformation, and the mesh fabric is more attractive.
By means of the ultraviolet color changing effect, the fabric with ultraviolet display is developed at present, and a Chinese patent is a luminous color changing fabric and a preparation method thereof (CN 201810441210.2), wherein the method comprises the following steps: loading a luminescent active material outside the flexible fiber conductor to obtain a conductive luminescent active fiber; assembling one or more flexible fiber conductors outside the conductive luminous active fiber as a counter electrode by a winding or doubling method; constructing a transparent packaging layer or a semitransparent filter layer or a fluorescence conversion layer outside the flexible luminous fiber to obtain the flexible luminous fiber which can be used for weaving, and realizing the construction of luminous fibers with various colors by selecting luminous active materials and selecting the filter layer and the fluorescence conversion layer; the luminous fiber is woven by weaving, knitting and other textile methods to obtain the luminous color-changing fabric. The whole color of the fabric is changed by lightening fibers with different colors, and the light emitting in a specific mode is realized by further weaving patterns and controlling the design of a circuit. But the ultraviolet illumination intensity is difficult to realize by a display method.
This application utilization can have different tensile deformation under ultraviolet illumination to make the screen cloth have different shading performance, utilize shading performance to realize the purpose of the demonstration of ultraviolet intensity, this screen cloth has simple structure, and ultraviolet ray display performance is excellent, can realize the demonstration of ultraviolet intensity according to shading effect, and is used extensively in fields such as (window) curtain, agricultural lichen plastic film.
Disclosure of Invention
An object of the utility model is to overcome prior art not enough, provide an ultraviolet intensity demonstration merchant card screen cloth. The utility model discloses the utilization can have different tensile deformation under ultraviolet illumination to make the screen cloth have different shading performance, utilize the purpose that the demonstration of shading performance realization ultraviolet intensity for fields such as shoes material, clothing, (window) curtain, agricultural plastic film.
The purpose of the utility model is realized through the following technical scheme: an ultraviolet intensity display jacquard fabric comprises a first lace layer, a first display layer, a middle layer, a second display layer and a second lace layer; a first display layer is arranged between the first lace layer and the middle layer, a layer is arranged between the first display layer and the second display layer, the first display layer and the second display layer are connected in a weaving mode through binding yarns of the middle layer, and the second display layer is arranged between the middle layer and the second lace layer; set up first lace layer at the upper surface on first demonstration layer, set up second lace layer at the lower surface on second demonstration layer, tie up the yarn at the lower surface on first demonstration layer through the intermediate level and be connected the formation intermediate level with the upper surface handing-over on second demonstration layer.
The thickness of the first lace layer is 0.1-0.2 mm, the thickness of the first display layer is 0.75-1.0 mm, the thickness of the middle layer is 0.1-0.3 mm, the thickness of the second display layer is 0.75-1.0 mm, and the thickness of the second lace layer is 0.1-0.2 mm.
The first display layer is interwoven and connected with the weft yarns of the first display layer in a horizontal plane through the warp yarns of the first display layer to form the upper surface of the first display layer and the lower surface of the first display layer, and the upper surface of the first display layer and the lower surface of the first display layer are interwoven and connected through the binding yarns of the first display layer.
The warp yarns of the first display layer comprise warp yarns on the upper surface of the first display layer and weft yarns on the lower surface of the first display layer, the weft yarns of the first display layer comprise warp yarns on the upper surface of the first display layer and weft yarns on the lower surface of the first display layer, the warp yarns on the upper surface of the first display layer and the weft yarns on the upper surface of the first display layer are polyester fibers, the warp yarns on the lower surface of the first display layer and the weft yarns on the lower surface of the first display layer are PTT fibers, and the stretchability of the PTT fibers is 10-60%; the PTT fiber is a tensile deformation fiber corresponding to ultraviolet, and can be stretched and deformed under the ultraviolet illumination condition, so that the purpose that the length of the fiber is changed along with the ultraviolet illumination intensity in the ultraviolet illumination process is achieved.
One end of the binding yarn of the first display layer is interwoven with the lower surface of the first display layer, the other end of the binding yarn of the first display layer is interwoven with the upper surface of the first display layer, and the binding yarn of the first display layer is interwoven in an I shape.
The second display layer is interwoven and connected with the weft yarns of the second display layer in the horizontal plane through the warp yarns of the second display layer to form the upper surface of the second display layer and the lower surface of the second display layer, and the upper surface of the second display layer and the lower surface of the second display layer are interwoven and connected through the binding yarns of the second display layer.
The warp of the second display layer comprises an upper surface warp of the second display layer and a lower surface weft of the second display layer, the weft of the second display layer comprises an upper surface warp of the second display layer and a lower surface weft of the second display layer, the upper surface warp of the second display layer and the upper surface weft of the second display layer are PTT fibers, the stretchability of the PTT fibers is 10-60%, and the lower surface warp of the second display layer and the lower surface weft of the second display layer are polyester fibers. The PTT fiber is a tensile deformation fiber corresponding to ultraviolet, and can be stretched and deformed under the ultraviolet illumination condition, so that the purpose that the length of the fiber is changed along with the ultraviolet illumination intensity in the ultraviolet illumination process is achieved.
One end of the binding yarn of the second display layer is interwoven with the lower surface of the second display layer, the other end of the binding yarn of the second display layer is interwoven with the upper surface of the second display layer, and the binding yarn of the second display layer is interwoven in an I shape; the yarn of tying up with first display layer and the yarn of tying up of second display layer are the form of symmetry and interweave, utilize the elastic construction of the lower surface on first display layer and the upper surface on second display layer, make the yarn of tying up on first display layer and the yarn of tying up on second display layer can change the angle, reach the mesh that changes screen cloth shading performance.
One end of the binding yarn of the middle layer is connected with the lower surface of the first display layer in an interweaving mode, and the other end of the binding yarn of the middle layer is connected with the upper surface of the second display layer in an interweaving mode.
The binding yarns of the middle layer are interwoven in an I shape; the intermediate layer is interwoven in an I shape, the I-shaped communication structure is utilized, light can conveniently penetrate through the intermediate layer, and meanwhile, the compact I-shaped structure also has excellent structural size stability.
The upper surface of the first display layer is provided with a first lace layer, and the first lace layer is of a circular and polygonal structure.
The lower surface of the second display layer is provided with a second lace layer which is of a circular and polygonal structure.
Compared with the prior art, the utility model has the positive effects that: the utility model discloses the utilization can have different tensile deformation under ultraviolet illumination, thereby make the screen cloth have different shading performance, utilize shading performance to realize the purpose of the demonstration of ultraviolet intensity, utilize the different tensile elastic construction under ultraviolet radiation of the upper surface on the lower surface on first demonstration layer and second demonstration layer, realized the inside warp along with ultraviolet radiation of tying up the yarn of screen cloth, the lower surface through first demonstration layer and the deformation of the upper surface on second demonstration layer, the yarn of tying up that realizes first demonstration layer and the yarn of tying up on second demonstration layer can change the angle, reach and change screen cloth shading performance, can show the purpose of different ultraviolet radiation intensity, at shoes material, clothing, the (window) curtain, agricultural plastic film etc. field application is wide.
Drawings
FIG. 1 is a schematic structural view of the ultraviolet intensity display jacquard mesh cloth of the present invention;
FIG. 2 is a schematic structural diagram of the utility model after ultraviolet irradiation of the jacquard mesh cloth with ultraviolet intensity display;
Wherein 1 is first lace layer, 2 is first demonstration layer, 3 is the intermediate level, 4 is the second demonstration layer, 5 is the second lace layer, 21 is the upper surface on first demonstration layer, 22 is the yarn of tying up on first demonstration layer, 23 is the lower surface on first demonstration layer, 31 is the yarn of tying up on intermediate level, 41 is the upper surface on second demonstration layer, 42 is the yarn of tying up on second demonstration layer, 43 is the lower surface on second demonstration layer.
Detailed Description
The following provides the utility model relates to a concrete implementation mode of ultraviolet intensity display merchant card screen cloth.
Example 1
Referring to fig. 1 and 2, an ultraviolet intensity display jacquard fabric comprises a first lace layer 1, a first display layer 2, an intermediate layer 3, a second display layer 4, and a second lace layer 5; a first display layer is arranged between the first lace layer and the middle layer, a layer is arranged between the first display layer and the second display layer, the first display layer and the second display layer are connected in a weaving mode through binding yarns 31 of the middle layer, and the second display layer is arranged between the middle layer and the second lace layer; a first lace layer is arranged on the upper surface 21 of the first display layer, a second lace layer is arranged 43 on the lower surface of the second display layer, and the intermediate layer is formed by interweaving and connecting the intermediate layer binding yarns on the lower surface 23 of the first display layer and the upper surface 41 of the second display layer.
The thickness of the first lace layer is 0.1-0.2 mm, the thickness of the first display layer is 0.75-1.0 mm, the thickness of the middle layer is 0.1-0.3 mm, the thickness of the second display layer is 0.75-1.0 mm, and the thickness of the second lace layer is 0.1-0.2 mm.
The first display layer is interwoven and connected with the weft yarns of the first display layer in the horizontal plane through the warp yarns of the first display layer to form the upper surface of the first display layer and the lower surface of the first display layer, and the upper surface of the first display layer and the lower surface of the first display layer are interwoven and connected through the binding yarns 22 of the first display layer.
The warp yarns of the first display layer comprise warp yarns on the upper surface of the first display layer and weft yarns on the lower surface of the first display layer, the weft yarns of the first display layer comprise warp yarns on the upper surface of the first display layer and weft yarns on the lower surface of the first display layer, the warp yarns on the upper surface of the first display layer and the weft yarns on the upper surface of the first display layer are polyester fibers, the warp yarns on the lower surface of the first display layer and the weft yarns on the lower surface of the first display layer are PTT fibers, and the stretchability of the PTT fibers is 10-60%; the PTT fiber is a tensile deformation fiber corresponding to ultraviolet, and can be stretched and deformed under the ultraviolet illumination condition, so that the purpose that the length of the fiber is changed along with the ultraviolet illumination intensity in the ultraviolet illumination process is achieved.
One end of the binding yarn of the first display layer is interwoven with the lower surface of the first display layer, the other end of the binding yarn of the first display layer is interwoven with the upper surface of the first display layer, and the binding yarn of the first display layer is interwoven in an I shape.
The second display layer is interwoven and connected with the weft yarns of the second display layer in the horizontal plane through the warp yarns of the second display layer to form the upper surface of the second display layer and the lower surface of the second display layer, and the upper surface of the second display layer and the lower surface of the second display layer are interwoven and connected through the binding yarns 42 of the second display layer.
the warp of the second display layer comprises an upper surface warp of the second display layer and a lower surface weft of the second display layer, the weft of the second display layer comprises an upper surface warp of the second display layer and a lower surface weft of the second display layer, the upper surface warp of the second display layer and the upper surface weft of the second display layer are PTT fibers, the stretchability of the PTT fibers is 10-60%, and the lower surface warp of the second display layer and the lower surface weft of the second display layer are polyester fibers. The PTT fiber is a tensile deformation fiber corresponding to ultraviolet, and can be stretched and deformed under the ultraviolet illumination condition, so that the purpose that the length of the fiber is changed along with the ultraviolet illumination intensity in the ultraviolet illumination process is achieved.
One end of the binding yarn of the second display layer is interwoven with the lower surface of the second display layer, the other end of the binding yarn of the second display layer is interwoven with the upper surface of the second display layer, and the binding yarn of the second display layer is interwoven in an I shape; the yarn of tying up with first display layer and the yarn of tying up of second display layer are the form of symmetry and interweave, utilize the elastic construction of the lower surface on first display layer and the upper surface on second display layer, make the yarn of tying up on first display layer and the yarn of tying up on second display layer can change the angle, reach the mesh that changes screen cloth shading performance.
one end of the binding yarn of the middle layer is connected with the lower surface of the first display layer in an interweaving mode, and the other end of the binding yarn of the middle layer is connected with the upper surface of the second display layer in an interweaving mode.
The binding yarns of the middle layer are interwoven in an I shape; the intermediate layer is interwoven in an I shape, the I-shaped communication structure is utilized, light can conveniently penetrate through the intermediate layer, and meanwhile, the compact I-shaped structure also has excellent structural size stability.
The upper surface of the first display layer is provided with a first lace layer, and the first lace layer is of a circular and polygonal structure.
The lower surface of the second display layer is provided with a second lace layer which is arranged in a circular and polygonal structure; when accepting ultraviolet radiation, the PTT fibre of the lower surface on first display layer and the upper surface on second display layer receives ultraviolet radiation, fibrous deformation appears, the yarn interweave position that ties up that leads to first display layer and second display layer changes to it ties up the yarn to the mesh cloth to drive first display layer and tie up the yarn and the difference of the effect that covers of yarn to the screen cloth is shown to the second display layer, thereby reach and cover light, utilize the difference that light covered, realize the purpose of the demonstration of ultraviolet radiation intensity.
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 (7)
1. The ultraviolet intensity display jacquard fabric is characterized by comprising a first lace layer, a first display layer, an intermediate layer, a second display layer and a second lace layer; a first display layer is arranged between the first lace layer and the middle layer, a layer is arranged between the first display layer and the second display layer, the first display layer and the second display layer are connected in a weaving mode through binding yarns of the middle layer, and the second display layer is arranged between the middle layer and the second lace layer; arranging a first lace layer on the upper surface of the first display layer, arranging a second lace layer on the lower surface of the second display layer, and binding yarns on the middle layer to form the middle layer by interweaving the lower surface of the first display layer with the upper surface of the second display layer; the thickness of the first lace layer is 0.1-0.2 mm, the thickness of the first display layer is 0.75-1.0 mm, the thickness of the middle layer is 0.1-0.3 mm, the thickness of the second display layer is 0.75-1.0 mm, and the thickness of the second lace layer is 0.1-0.2 mm.
2. The ultraviolet intensity displaying jacquard fabric according to claim 1, wherein the first display layer is formed by interweaving warp yarns of the first display layer with weft yarns of the first display layer in a horizontal plane to form an upper surface of the first display layer and a lower surface of the first display layer, and the upper surface of the first display layer and the lower surface of the first display layer are interweaved by binding yarns of the first display layer.
3. The ultraviolet intensity displaying jacquard fabric according to claim 2, wherein the warp yarns of the first display layer comprise first display layer upper surface warp yarns and first display layer lower surface weft yarns, the weft yarns of the first display layer comprise first display layer upper surface warp yarns and first display layer lower surface weft yarns, the first display layer upper surface warp yarns and the first display layer upper surface weft yarns are polyester fibers, the first display layer lower surface warp yarns and the first display layer lower surface weft yarns are PTT fibers, and the PTT fibers have a stretchability of 10-60%; the PTT fiber is a tensile deformation fiber corresponding to ultraviolet, and can be stretched and deformed under the ultraviolet illumination condition, so that the purpose that the length of the fiber is changed along with the ultraviolet illumination intensity in the ultraviolet illumination process is achieved; one end of the binding yarn of the first display layer is interwoven with the lower surface of the first display layer, the other end of the binding yarn of the first display layer is interwoven with the upper surface of the first display layer, and the binding yarn of the first display layer is interwoven in an I shape.
4. The ultraviolet intensity displaying jacquard fabric according to claim 1, wherein the second display layer is formed by the warp of the second display layer being interlaced with the weft of the second display layer in a horizontal plane to form an upper surface of the second display layer and a lower surface of the second display layer, and the upper surface of the second display layer and the lower surface of the second display layer are interlaced by the binding yarn of the second display layer.
5. The ultraviolet intensity displaying jacquard web according to claim 4, wherein the warp yarns of the second display layer comprise second display layer upper surface warp yarns and second display layer lower surface weft yarns, the weft yarns of the second display layer comprise second display layer upper surface warp yarns and second display layer lower surface weft yarns, the second display layer upper surface warp yarns and the second display layer upper surface weft yarns are PTT fibers, the PTT fibers have a stretchability of 10-60%, and the second display layer lower surface warp yarns and the second display layer lower surface weft yarns are polyester fibers; the PTT fiber is a tensile deformation fiber corresponding to ultraviolet, and can be stretched and deformed under the ultraviolet illumination condition, so that the purpose that the length of the fiber is changed along with the ultraviolet illumination intensity in the ultraviolet illumination process is achieved; one end of the binding yarn of the second display layer is interwoven with the lower surface of the second display layer, the other end of the binding yarn of the second display layer is interwoven with the upper surface of the second display layer, and the binding yarn of the second display layer is interwoven in an I shape.
6. The ultraviolet intensity display jacquard fabric according to claim 1, wherein one end of the binding yarn of the middle layer is interlaced with the lower surface of the first display layer, and the other end of the binding yarn of the middle layer is interlaced with the upper surface of the second display layer; the binding yarns in the middle layer are interwoven in an I shape.
7. The ultraviolet intensity displaying jacquard fabric according to claim 1, wherein a first lace layer is provided on the upper surface of the first display layer, and the first lace layer is provided in a circular, polygonal structure; the lower surface of the second display layer is provided with a second lace layer which is of a circular and polygonal structure.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201920345834.4U CN209759717U (en) | 2019-03-22 | 2019-03-22 | Ultraviolet intensity display jacquard mesh |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201920345834.4U CN209759717U (en) | 2019-03-22 | 2019-03-22 | Ultraviolet intensity display jacquard mesh |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| EP3909812A4 (en) * | 2020-03-30 | 2022-04-06 | Canadian General-Tower (Changshu) Co., Ltd | Light-transmitting fabric, artificial leather and automobile interior trim |
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2019
- 2019-03-22 CN CN201920345834.4U patent/CN209759717U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| EP3909812A4 (en) * | 2020-03-30 | 2022-04-06 | Canadian General-Tower (Changshu) Co., Ltd | Light-transmitting fabric, artificial leather and automobile interior trim |
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