CN104149408A - Composite silk fabric and preparation method thereof - Google Patents
Composite silk fabric and preparation method thereof Download PDFInfo
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- CN104149408A CN104149408A CN201410440318.1A CN201410440318A CN104149408A CN 104149408 A CN104149408 A CN 104149408A CN 201410440318 A CN201410440318 A CN 201410440318A CN 104149408 A CN104149408 A CN 104149408A
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Abstract
The invention discloses a composite silk fabric and a preparation method thereof. The composite silk fabric comprises first to fourth layers arranged in sequence from top to bottom, wherein the first layer is formed by weaving mulberry silk; the second layer is formed by weaving tussah silk with textile fibers according to a ratio of 1:(2 to 4); the third layer is formed by weaving mulberry silk with textile fibers according to a ratio of 1:(2 to 4); at least one part of the third layer is recessed to one surface of the third layer to form a plurality of storage grooves, and each storage groove is filled with a plurality of negative ion particles with the particle sizes of 20-80 microns; the fourth layer is formed by weaving textile fibers; the first layer and the second layer are integrated dual-layer fabrics, and the openings of the storage grooves of the third layer face to the fourth layer. The composite silk fabric is fine and smooth in textile and good in breathability, has a certain toughness and elasticity, and has a certain healthcare effect.
Description
Technical field
The present invention relates to textile and textile technology field, particularly a kind of composite silk fabric and preparation method thereof.
Background technology
Silk is the lightest the thinnest the most soft natural fiber of occurring in nature, can easily restore to the original state after cancelling external force, and not molding of the inner tube of a tyre, not stuffy, not purse up, evenly soft, can forever exempt to turn over use.Distinctive ventilative, the water vapour permeability of silk itself, makes silk quilt feel more sliding, refreshing not warm, warm and not dry.Mulberry silk is mainly made up of animal protein, is rich in 18 kinds of necessary amino acid of human body, can promote Skin Cell vigor, anti-vascular sclerosis, long-term use can anti-skin senescence, and some skin disease is had to special antipruritic effect, to arthritis, scapulohumeral periarthritis, asthma has certain health-care effect.Have " human body the second skin ", " fiber queen's " good reputation.Mulberry silk has been widely used in making various silk fabrics and silk quilt at present.
Silk generally has dividing of mulberry silk and tussah silk.Remove the silk of silk gum, be called refining silk.Taking them as raw material, be processed into the fabric of each veriety with regard to available loom.Usually said mulberry silk, plants exactly mulberry and supports the silk of extracting out in the cocoon of silkworm knot, and slightly yellow in this silk color and luster is white, feel exquisiteness, smooth, has the distinctive smell of one light animal origin.The quilt particularly soft made with mulberry silk, next to the skin, the manual stacked silk quilt of making is more durable.Another kind of silk is exactly tussah silk, and it reels off raw silk from cocoons out with tussah cocoon.Tussah is commonly called as wild silkworm, mainly lives in northern area, and it is by manually putting in a suitable place to breed in the wild among toothed oak woods, taking toothed oak leaf as food.Compare with mulberry silk, the color of tussah silk is deep, and fiber is thicker, and its true qualities are black gray expandable, and needing bleaching could make afterwards becomes the silk quilt that consumer accepts, although finished product outward appearance is similar to mulberry silk, there is a big difference for the quality of the two, price.
In view of foregoing description, the present invention, by mulberry silk and the good combination of tussah silk, produces a kind of quality exquisiteness, good permeability, has certain toughness and elasticity, but also has the composite silk fabric of certain health-care effect.
Summary of the invention
The object of the invention is to provide a kind of composite silk fabric that can be applicable to make bedding or household articles, composite silk fabric texture exquisiteness of the present invention, because of the adding good permeability, there is certain toughness and elasticity because containing textile fabric again of silk, and added anionic particle to make fabric also there is certain health-care effect at fabric middle part.
For achieving the above object and some other objects, the technical solution used in the present invention is:
A kind of composite silk fabric, is characterized in that, comprises the ground floor arranged in turn, the second layer, the 3rd layer and the 4th layer from top to bottom;
Wherein, the mulberry silk that described ground floor is 100-150D by thickness is woven into;
The tussah silk that the described second layer is 100-150D by thickness is 1 with the textile fabric that thickness is 150-200D by materials ratio: 2-4 is woven into;
The textile fabric that described the 3rd layer of mulberry silk that is 100-150D by thickness and thickness are 100-150D is 1 by materials ratio: 2-4 is woven into, at least a portion of described the 3rd layer is recessed to form multiple storage tanks to its one side, and in described storage tank, filling multiple particle diameters is the anionic particle of 20-80 μ m;
The 3rd shell fabric is arranged to multiple storage tanks and can well have wrapped anionic particle, coordinate the package action of double-layer fabric and the 4th shell fabric, anionic particle can just not dropped out outside fabric in fabric uses very short time, affect the health-care effect of fabric; And in multiple storage tanks, there is the air of being full of, have certain insulation effect.
Described the 4th layer of textile fabric that is 80-100D by thickness is woven into;
Described ground floor and the second layer double-layer fabric that is one of the forming, the opening of the storage tank of described the 3rd layer is towards described the 4th layer.
Preferably, the textile fabric that the 3rd layer of tussah silk that is 150D by thickness and thickness are 100D is to be woven at 1: 3 by materials ratio.
Preferably, described anionic particle thickness is 20-40 μ m.
Preferably, the width of described storage tank is 0.1-1.5mm, is highly 0.5-2mm.
A preparation method for composite silk fabric, is characterized in that as claimed in claim 1, comprises the following steps:
Step 1, prepare raw material thread and be respectively: the textile fabric that the mulberry silk that thickness is 100-150D, the tussah silk that thickness is 100-150D and thickness are 100-150D;
The tussah silk that the mulberry silk that step 2, application thickness are 100-150D and thickness are 100-150D is respectively as ground floor and second layer warp, be woven into double-layer fabric taking the textile fabric of 150-200D as parallel, and adopt crowfoot satin fabrication technique to weave through the close 80-100 root/cm of being, filling density is the described double-layer fabric of 50-80 root/cm;
The mulberry silk that step 3, application thickness are 100-150D is warp, the textile fabric that application thickness is 100-150D is that parallel is 1 by materials ratio: 2-4, and adopt plain weave technique to weave through the close 60-75 root/cm of being, filling density is the 3rd shell fabric of 55-70 root/cm;
Step 4, the application thickness textile fabric that is 80-90D causes through close as 65-80 root/cm taking twill weave, and filling density is the 4th shell fabric of 50-70 root/cm;
Step 5, be 1 by volume by anionic particle with adhesive glue: 3-5 mixes, for subsequent use;
Step 6, the 3rd shell fabric is positioned on the base plate with many articles of parallel open, applying afterwards lower end is provided with multiple and base plate upper shed and presses downwards and make to present on the 3rd shell fabric storage tank described in multiple bar shapeds by the pressing plate of press strip one to one, through giving by the equally distributed opening in press strip lower end the adhesive glue that in described storage tank, spraying contains anionic particle, normal temperature ventilates to drying in the air and makes at least 20min afterwards;
Step 7, the open side of the described storage tank of the 3rd shell fabric making in step 6 and the 4th shell fabric are sewed up;
The end face of the described storage tank of step 8, the 3rd shell fabric that makes in step 6 is evenly smeared after the adhesive glue that contains anionic particle double-layer fabric is bonding with it, makes composite silk fabric.
Preferably, the preparation method of described composite silk fabric is further comprising the steps of:
Step 9, to apply one thickness be the mixing silk reinforced composite silk fabric after mulberry silk that the mulberry silk of 20-30D is 10-15D with two bursts of thicknesses becomes to twist with the fingers, and reinforcement means is that application mix silk is made the rectangle taking catercorner length as 10-20cm on composite silk fabric.
Preferably, double-layer fabric described in described step 2 through close be 90-95 root/cm, filling density is 75-80 root/cm.
Preferably, described in described step 4 the 4th shell fabric through close be 70-75 root/cm, filling density is 65-70 root/cm.
Preferably, described in described step 6 on base plate parallel open be spaced apart 0.5-2.5mm.
The invention has the beneficial effects as follows:
Ground floor fabric and second layer fabric adopt one-body molded become double-layer fabric, upper surface by mulberry silk weaving at fabric, makes the fabric exquisiteness that is smooth to the touch, and tussah silk is weaved at the second layer, can bleach and also can play ventilative effect, can not produce injury to human body, reduce the production cost of fabric simultaneously, finished product price is low, also be easy to be accepted by mass consumption person, simultaneously, there is textile fabric as parallel, improved the compactedness of silk fabric, durable in use;
The 3rd shell fabric is arranged to multiple storage tanks and can well have wrapped anionic particle, coordinate the package action of double-layer fabric and the 4th shell fabric, anionic particle can just not dropped out outside fabric in fabric uses very short time, affect the health-care effect of fabric; And in multiple storage tanks, there is the air of being full of, have certain insulation effect.
In the 3rd shell fabric, add anionic particle and can produce a large amount of anions, user's cerebral cortex function is strengthened, working efficiency improves, sleep quality improves, can strengthen the oxidizing process of brain tissue, make it obtain more oxygen, anion has the effect of obvious hemangiectasis, can remove arteries spasm, reduce blood pressure; Also can improve cardiac function.Can make oxygen content in user's blood increase, be conducive to blood oxygen and carry, absorb and utilize.Anion is the most obvious to Respiratory Effect, because it can improve people's lung capacity, improves and strengthen PFT.Also there is certain bactericidal effect simultaneously.
Brief description of the drawings
Fig. 1 is the structural representation of composite silk fabric of the present invention.
Detailed description of the invention
Below in conjunction with embodiment, the present invention is described in further detail, to make those skilled in the art can implement according to this with reference to description word.
Embodiment 1
As shown in Figure 1, a kind of composite silk fabric, is characterized in that, comprises from top to bottom the ground floor 1 arranged in turn, the second layer 2, the 3rd layer 3 and the 4th layer 4;
Wherein, the mulberry silk that described ground floor 1 is 100-150D by thickness is woven into;
The tussah silk that the described second layer 2 is 100-150D by thickness is 1 with the textile fabric that thickness is 150-200D by materials ratio: 2-4 is woven into;
The textile fabric that described the 3rd layer of 3 mulberry silk that is 100-150D by thickness and thickness are 100-150D is 1 by materials ratio: 2-4 is woven into, at least a portion of described the 3rd layer 3 is recessed to form multiple storage tanks 5 to its one side, and the multiple particle diameters of the interior filling of described storage tank 5 are the anionic particle of 20-80 μ m;
Described the 4th layer 4 is 80-100D by thickness textile fabric is woven into;
Described ground floor 1 and the second layer 2 double-layer fabric that is one of the forming, the opening of the storage tank 5 of described the 3rd layer 3 is towards described the 4th layer 4.
The 3rd layer of 3 tussah silk that is 150D by thickness is to be woven at 1: 3 with the textile fabric that thickness is 100D by materials ratio.
Described anionic particle thickness is 20-40 μ m.
The width of described storage tank 5 is 0.1-1.5mm, is highly 0.5-2mm.
Embodiment 2
A preparation method for composite silk fabric, is characterized in that, comprises the following steps:
Step 1, prepare raw material thread and be respectively: the textile fabric that the mulberry silk that thickness is 100D, the tussah silk that thickness is 100D and thickness are 100D;
The tussah silk that the mulberry silk that step 2, application thickness are 100D and thickness are 100D is respectively as ground floor and second layer warp, be woven into double-layer fabric taking the textile fabric of 150D as parallel, and adopt crowfoot satin fabrication technique weave through close be 80/cm, filling density is the described double-layer fabric of 50/cm;
Step 3, application thickness be 100D mulberry silk is warp, and the textile fabric that application thickness is 100-150D is that parallel is 1: 2 by materials ratio, and adopt plain weave technique weave through close be 60/cm, filling density is the 3rd shell fabric of 55/cm;
Step 4, the application thickness textile fabric that is 80D causes through close as 65/cm taking twill weave, and filling density is the 4th shell fabric of 50/cm;
Step 5, be to mix at 1: 3 by volume by anionic particle and adhesive glue, for subsequent use;
Step 6, the 3rd shell fabric is positioned on the base plate with many articles of parallel open, applying afterwards lower end is provided with multiple and base plate upper shed and presses downwards and make to present on the 3rd shell fabric storage tank described in multiple bar shapeds by the pressing plate of press strip one to one, through giving by the equally distributed opening in press strip lower end the adhesive glue that in described storage tank 5, spraying contains anionic particle, normal temperature ventilates to drying in the air and makes at least 20min afterwards;
Step 7, the open side of the described storage tank of the 3rd layer of 3 fabric that make in step 6 and the 4th shell fabric are sewed up;
The end face of the described storage tank of step 8, the 3rd layer of 3 fabric making in step 6 is evenly smeared after the adhesive glue that contains anionic particle double-layer fabric is bonding with it, makes composite silk fabric.
Step 9, to apply one thickness be the mixing silk reinforced composite silk fabric after mulberry silk that the mulberry silk of 20D is 10D with two bursts of thicknesses becomes to twist with the fingers, and reinforcement means is that application mix silk is made the rectangle taking catercorner length as 10-20cm on composite silk fabric.
Embodiment 3
A preparation method for composite silk fabric, is characterized in that, comprises the following steps:
Step 1, prepare raw material thread and be respectively: the textile fabric that the mulberry silk that thickness is 120D, the tussah silk that thickness is 120D and thickness are 120D;
The tussah silk that the mulberry silk that step 2, application thickness are 120D and thickness are 120D is respectively as ground floor and second layer warp, be woven into double-layer fabric taking the textile fabric of 170D as parallel, and adopt crowfoot satin fabrication technique weave through close be 90/cm, filling density is the described double-layer fabric of 65/cm;
Step 3, application thickness be 120D mulberry silk is warp, the textile fabric that application thickness is 120D be parallel by materials ratio be 1: 3 and adopt plain weave technique weave through close be 70/cm, filling density is the 3rd shell fabric of 65/cm;
Step 4, the application thickness textile fabric that is 85D causes through close as 75/cm taking twill weave, and filling density is the 4th shell fabric of 60/cm;
Step 5, be to mix at 1: 4 by volume by anionic particle and adhesive glue, for subsequent use;
Step 6, the 3rd shell fabric is positioned on the base plate with many articles of parallel open, applying afterwards lower end is provided with multiple and base plate upper shed and presses downwards and make to present on the 3rd shell fabric storage tank described in multiple bar shapeds by the pressing plate of press strip one to one, through giving by the equally distributed opening in press strip lower end the adhesive glue that in described storage tank 5, spraying contains anionic particle, normal temperature ventilates to drying in the air and makes at least 20min afterwards;
Step 7, the open side of the described storage tank of the 3rd layer of 3 fabric that make in step 6 and the 4th shell fabric are sewed up;
The end face of the described storage tank of step 8, the 3rd layer of 3 fabric making in step 6 is evenly smeared after the adhesive glue that contains anionic particle double-layer fabric is bonding with it, makes composite silk fabric.
Step 9, to apply one thickness be the mixing silk reinforced composite silk fabric after mulberry silk that the mulberry silk of 20-30D is 10-15D with two bursts of thicknesses becomes to twist with the fingers, and reinforcement means is that application mix silk is made the rectangle taking catercorner length as 10-20cm on composite silk fabric.
Real example 4
A preparation method for composite silk fabric, is characterized in that, comprises the following steps:
Step 1, prepare raw material thread and be respectively: the textile fabric that the mulberry silk that thickness is 140D, the tussah silk that thickness is 140D and thickness are 140D;
The tussah silk that the mulberry silk that step 2, application thickness are 140D and thickness are 140D is respectively as ground floor and second layer warp, be woven into double-layer fabric taking the textile fabric of 185D as parallel, and adopt crowfoot satin fabrication technique weave through close be 90/cm, filling density is the described double-layer fabric of 75/cm;
Step 3, application thickness be 140D mulberry silk is warp, and the textile fabric that application thickness is 140D is that parallel is 1: 3 by materials ratio, and adopt plain weave technique weave through close be 70/cm, filling density is the 3rd shell fabric of 55-70 root/cm;
Step 4, the application thickness textile fabric that is 80-90D causes through close as 75/cm taking twill weave, and filling density is the 4th shell fabric of 65/cm;
Step 5, be 1 by volume by anionic particle with adhesive glue: 3-5 mixes, for subsequent use;
Step 6, the 3rd shell fabric is positioned on the base plate with many articles of parallel open, applying afterwards lower end is provided with multiple and base plate upper shed and presses downwards and make to present on the 3rd shell fabric storage tank described in multiple bar shapeds by the pressing plate of press strip one to one, through giving by the equally distributed opening in press strip lower end the adhesive glue that in described storage tank 5, spraying contains anionic particle, normal temperature ventilates to drying in the air and makes at least 20min afterwards;
Step 7, the open side of the described storage tank of the 3rd layer of 3 fabric that make in step 6 and the 4th shell fabric are sewed up;
The end face of the described storage tank of step 8, the 3rd layer of 3 fabric making in step 6 is evenly smeared after the adhesive glue that contains anionic particle double-layer fabric is bonding with it, makes composite silk fabric.
Step 9, to apply one thickness be the mixing silk reinforced composite silk fabric after mulberry silk that the mulberry silk of 20-30D is 10-15D with two bursts of thicknesses becomes to twist with the fingers, and reinforcement means is that application mix silk is made the rectangle taking catercorner length as 10-20cm on composite silk fabric.
Embodiment 5
A preparation method for composite silk fabric, is characterized in that, comprises the following steps:
Step 1, prepare raw material thread and be respectively: the textile fabric that the mulberry silk that thickness is 150D, the tussah silk that thickness is 150D and thickness are 150D;
The tussah silk that the mulberry silk that step 2, application thickness are 150D and thickness are 150D is respectively as ground floor and second layer warp, be woven into double-layer fabric taking the textile fabric of 200D as parallel, and adopt crowfoot satin fabrication technique weave through close be 100/cm, filling density is the described double-layer fabric of 80/cm;
Step 3, application thickness be 150D mulberry silk is warp, and the textile fabric that application thickness is 100-150D is that parallel is 1: 4 by materials ratio, and adopt plain weave technique weave through close be 75/cm, filling density is the 3rd shell fabric of 70/cm;
Step 4, the application thickness textile fabric that is 90D causes through close as 80/cm taking twill weave, and filling density is the 4th shell fabric of 70/cm;
Step 5, be to mix at 1: 5 by volume by anionic particle and adhesive glue, for subsequent use;
Step 6, the 3rd shell fabric is positioned on the base plate with many articles of parallel open, applying afterwards lower end is provided with multiple and base plate upper shed and presses downwards and make to present on the 3rd shell fabric storage tank described in multiple bar shapeds by the pressing plate of press strip one to one, through giving by the equally distributed opening in press strip lower end the adhesive glue that in described storage tank 5, spraying contains anionic particle, normal temperature ventilates to drying in the air and makes at least 20min afterwards;
Step 7, the open side of the described storage tank of the 3rd layer of 3 fabric that make in step 6 and the 4th shell fabric are sewed up;
The end face of the described storage tank of step 8, the 3rd layer of 3 fabric making in step 6 is evenly smeared after the adhesive glue that contains anionic particle double-layer fabric is bonding with it, makes composite silk fabric.
Step 9, to apply one thickness be the mixing silk reinforced composite silk fabric after mulberry silk that the mulberry silk of 20-30D is 10-15D with two bursts of thicknesses becomes to twist with the fingers, and reinforcement means is that application mix silk is made the rectangle taking catercorner length as 10-20cm on composite silk fabric.
After testing, the amount of composite silk fabric of the present invention release natural negative ion per second can reach 8000～20000/cm
3, can make user's cerebral cortex function strengthen, working efficiency improves, and sleep quality improves, and can strengthen the oxidizing process of brain tissue, makes it obtain more oxygen, and anion has the effect of obvious hemangiectasis, can remove arteries spasm, reduces blood pressure; Also can improve cardiac function.Can make oxygen content in user's blood increase, be conducive to blood oxygen and carry, absorb and utilize.Anion is the most obvious to Respiratory Effect, because it can improve people's lung capacity, improves and strengthen PFT.And can reach significantly deodorizing, antibacterial effect, wherein Escherichia coli, staphylococcus aureus, Pseudomonas fluorescence, Bacillus megatherium, hay bacillus antibiotic rate are greater than to 97%.
Although embodiment of the present invention are open as above, but it is not restricted to listed utilization in description and embodiment, it can be applied to various applicable the field of the invention completely, for those skilled in the art, can easily realize other amendment, therefore do not deviating under the universal that claim and equivalency range limit, the present invention is not limited to specific details and shown here embodiment.
Claims (9)
1. a composite silk fabric, is characterized in that, comprises from top to bottom the ground floor arranged in turn, the second layer, the 3rd layer and the 4th layer;
Wherein, the mulberry silk that described ground floor is 100-150D by thickness is woven into;
The tussah silk that the described second layer is 100-150D by thickness is 1 with the textile fabric that thickness is 150-200D by materials ratio: 2-4 is woven into;
The textile fabric that described the 3rd layer of mulberry silk that is 100-150D by thickness and thickness are 100-150D is 1 by materials ratio: 2-4 is woven into, at least a portion of described the 3rd layer is recessed to form multiple storage tanks to its one side, and in described storage tank, filling multiple particle diameters is the anionic particle of 20-80 μ m;
Described the 4th layer of textile fabric that is 80-100D by thickness is woven into;
Described ground floor and the second layer double-layer fabric that is one of the forming, the opening of the storage tank of described the 3rd layer is towards described the 4th layer.
2. the preparation method of composite silk fabric as claimed in claim 1, is characterized in that, the 3rd layer of tussah silk that is 150D by thickness is to be woven at 1: 3 with the textile fabric that thickness is 100D by materials ratio.
3. the preparation method of composite silk fabric as claimed in claim 1, is characterized in that, described anionic particle thickness is 20-40 μ m.
4. the preparation method of composite silk fabric as claimed in claim 1, is characterized in that, the width of described storage tank is 0.1-1.5mm, is highly 0.5-2mm.
5. a preparation method for composite silk fabric as claimed in claim 1, is characterized in that, comprises the following steps:
Step 1, prepare raw material thread and be respectively: the textile fabric that the mulberry silk that thickness is 100-150D, the tussah silk that thickness is 100-150D and thickness are 100-150D;
The tussah silk that the mulberry silk that step 2, application thickness are 100-150D and thickness are 100-150D is respectively as ground floor and second layer warp, be woven into double-layer fabric taking the textile fabric of 150-200D as parallel, and adopt crowfoot satin fabrication technique to weave through the close 80-100 root/cm of being, filling density is the described double-layer fabric of 50-80 root/cm;
The mulberry silk that step 3, application thickness are 100-150D is warp, the textile fabric that application thickness is 100-150D is that parallel is 1 by materials ratio: 2-4, and adopt plain weave technique to weave through the close 60-75 root/cm of being, filling density is the 3rd shell fabric of 55-70 root/cm;
Step 4, the application thickness textile fabric that is 80-90D causes through close as 65-80 root/cm taking twill weave, and filling density is the 4th shell fabric of 50-70 root/cm;
Step 5, be 1 by volume by anionic particle with adhesive glue: 3-5 mixes, for subsequent use;
Step 6, the 3rd shell fabric is positioned on the base plate with many articles of parallel open, applying afterwards lower end is provided with multiple and base plate upper shed and presses downwards and make to present on the 3rd shell fabric storage tank described in multiple bar shapeds by the pressing plate of press strip one to one, through giving by the equally distributed opening in press strip lower end the adhesive glue that in described storage tank, spraying contains anionic particle, normal temperature ventilates to drying in the air and makes at least 20min afterwards;
Step 7, the open side of the described storage tank of the 3rd shell fabric making in step 6 and the 4th shell fabric are sewed up;
The end face of the described storage tank of step 8, the 3rd shell fabric that makes in step 6 is evenly smeared after the adhesive glue that contains anionic particle double-layer fabric is bonding with it, makes composite silk fabric.
6. the preparation method of composite silk fabric as claimed in claim 5, is characterized in that, further comprising the steps of:
Step 9, to apply one thickness be the mixing silk reinforced composite silk fabric after mulberry silk that the mulberry silk of 20-30D is 10-15D with two bursts of thicknesses becomes to twist with the fingers, and reinforcement means is that application mix silk is made the rectangle taking catercorner length as 10-20cm on composite silk fabric.
7. the preparation method of composite silk fabric as claimed in claim 6, is characterized in that, double-layer fabric described in described step 2 through close be 90-95 root/cm, filling density is 75-80 root/cm.
8. the preparation method of composite silk fabric as claimed in claim 7, is characterized in that, described in described step 4 the 4th shell fabric through close be 70-75 root/cm, filling density is 65-70 root/cm.
9. the preparation method of composite silk fabric as claimed in claim 6, is characterized in that, described in described step 6 on base plate parallel open be spaced apart 0.5-2.5mm.
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Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20100003877A1 (en) * | 2008-07-07 | 2010-01-07 | The Hong Kong Polytechnic University | Three-tier reflective nanofibrous structure |
| CN102268766A (en) * | 2010-06-07 | 2011-12-07 | 罗莱家纺股份有限公司 | Three-dimensional silk cotton fabric |
| CN103029363A (en) * | 2012-12-28 | 2013-04-10 | 苏州昭人纺织有限公司 | Health-care textile fabric |
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2014
- 2014-09-02 CN CN201410440318.1A patent/CN104149408B/en active Active
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20100003877A1 (en) * | 2008-07-07 | 2010-01-07 | The Hong Kong Polytechnic University | Three-tier reflective nanofibrous structure |
| CN102268766A (en) * | 2010-06-07 | 2011-12-07 | 罗莱家纺股份有限公司 | Three-dimensional silk cotton fabric |
| CN103029363A (en) * | 2012-12-28 | 2013-04-10 | 苏州昭人纺织有限公司 | Health-care textile fabric |
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| C06 | Publication | ||
| PB01 | Publication | ||
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Effective date of registration: 20191024 Address after: 314000 No. 300, Qiyuan Road, Wutong street, Tongxiang City, Jiaxing City, Zhejiang Province (Qiushi Road North, xiucaiqiaogang West plot, Wutong Street Industrial Park, Tongxiang City) Patentee after: Zhejiang aishangjia Technology Co., Ltd Address before: The 530502 the Guangxi Zhuang Autonomous Region Shanglin Dafeng Town Road No. 116 Patentee before: Wei Yanwu |