CN101967729A - Camouflage net reinforced fabric - Google Patents
Camouflage net reinforced fabric Download PDFInfo
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- CN101967729A CN101967729A CN 201010500148 CN201010500148A CN101967729A CN 101967729 A CN101967729 A CN 101967729A CN 201010500148 CN201010500148 CN 201010500148 CN 201010500148 A CN201010500148 A CN 201010500148A CN 101967729 A CN101967729 A CN 101967729A
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Abstract
The invention belongs to the field of camouflage equipment in military and especially relates to a camouflage net reinforced fabric for weapon and equipment. The camouflage net reinforced fabric comprises a warp structure, a weft structure and binding yarns, wherein the warp structure at the upper layer is fixed with the weft structure at the lower layer through the binding yarns, the warp structure consists of a plurality of groups of warp units arranged in average with each comprising two wave-shaped warp groups arranged in opposition to each other, each warp group comprises two warps, two adjacent warp groups arranged in opposition to each other are bound through the binding yarns to form wide openings and narrow openings, one narrow opening is positioned between two wide openings adjacent to each other in the vertical direction, the two adjacent wide openings and the narrow opening form a shape of peanut, the weft structure comprises a plurality of wefts arranged in parallel, and a warp section between every two wefts is arranged as an arc warp section. The camouflage net reinforced fabric has the characteristics of good anti-radar performance, strong optical/electric wave absorption ability, high intensity, good bursting resistance and prolonged service life of camouflage net.
Description
Technical field
The invention belongs to the braided fabric field, especially a kind of camouflage net reinforced fiber that is used for weaponry.
Background technology
Present camouflage net scientific and technological content is more and more higher, can anti-infrared, ultraviolet, millimetre-wave radar etc., thermal imaging is also had good protective capacities, and each state is all making great efforts the better camouflage net of development, and camouflage net is mainly used in the camouflage in weapon such as tank, aircraft, artillery and battlefield, trench.Reinforced fiber major decision in the camouflage net the anti-radar performance of camouflage net, and to photoelectricity ripple absorbability, the anti-radar performance of existing camouflage net is not high, and is not strong to photoelectricity ripple absorbability, and low, the anti-bursting ability of the intensity of fabric itself is low, and service life is short.
Summary of the invention
The objective of the invention is to the weak point that anti-radar performance is not high, strong to photoelectricity ripple absorbability and low, the anti-bursting ability of intensity fabric itself is low, service life is short at existing camouflage net reinforced fiber existence in the above-mentioned technology, provide a kind of anti-radar performance good, strong camouflage net reinforced fiber to photoelectricity ripple absorbability, it has intensity height, characteristics that anti-bursting ability is high, has prolonged the service life of camouflage net.
Realize that technical scheme of the present invention is as follows:
The camouflage net reinforced fiber, it comprises warp structures, weft yarn structure and bundled yarn, warp structures is on the upper strata, the weft yarn structure is in lower floor, warp structures and weft yarn structure are fixed up by bundled yarn, warp structures is arranged to be provided with by some groups of warp thread cell-averages and is formed, each warp thread unit comprises two groups of waveform warp thread groups that are oppositely arranged, each warp thread group comprises two warp thread, form wide mouthful and slot by the bundled yarn binding between adjacent two warp thread groups that are oppositely arranged, comprise a slot between wherein neighbouring two wide mouthful, these two adjacent wide mouths form peanut-shaped with slot, the weft yarn structure comprises some the weft yarns that be arranged in parallel, and the warp thread section between every two weft yarn is made as the arc warp thread section.
Warp thread is because the warp thread section of arc setting has formed the waveform warp thread, per two corrugated combinations of warps warp thread groups, the warp thread group forms the warp thread unit after the combination in twos relatively then, the arc warp thread section, the waveform warp thread, waveform warp thread group, the warp thread unit can play good lightning protection Danone power, the warp thread unit comprises wide mouthful and slot after being fixed by lashing wire, two wide mouthful and between them slot form peanut-shaped, the warp thread unit is exactly continuous peanut-shaped, can play good absorption function to the photoelectricity ripple, the binding of lashing wire has strengthened the intensity of anti-bursting intensity of the present invention and fabric itself.
Described warp thread is made up of polyester filament and conductive yam, and described weft yarn is made up of polyester industrial filament yarn and conductive yam.Wherein polyester filament has strengthened the intensity and the anti-bursting intensity of fabric of the present invention itself, and conductive yam has strengthened lightning protection Danone power.
Described bundled yarn is a polyester filament.The intensity and the anti-bursting intensity of the bundled yarn energy reinforced fiber of polyester filament itself.
Described warp thread is that polyester filament and the conductive yam of 333dtex formed by line density.Density is that the polyester filament conduct of 333dtex is higher through yarn intensity, and anti-bursting ability is stronger.
Described weft yarn is that polyester industrial filament yarn and the conductive yam of 555dtex formed by line density.The polyester industrial filament yarn of 555dtex is higher as weft yarn intensity, and anti-bursting ability is stronger.
The scope of the distance L between described wide mouthful of the widest part A and the narrowest B of place of slot is 0.5mm＜L＜2.8mm.The scope of L makes anti-radar ability of the present invention stronger between 0.5mm and 2.8mm.
Described weft yarn is provided with 6-8 bar weft yarn for per five centimetres in broadwise.Be arranged so that like this fabric intensity of the present invention and anti-bursting ability improve, and prolong service life of the present invention.
Described warp thread unit is provided with 7-9 for per five centimetres at warp-wise.Be arranged so that like this fabric intensity of the present invention and anti-bursting ability improve, and prolong service life of the present invention.
Described conductive yam is a cotton yarn.This cotton yarn has conducting function, can play good anti-radar and absorb the effect of photoelectricity wave energy power.
Described conductive yam is the 40S cotton yarn.Adopt the 40S cotton yarn as conductive yam, anti-radar of the present invention is best with absorption photoelectricity wave energy power.
Advantage of the present invention is that anti-radar performance is good, and is strong to photoelectricity ripple absorbability, and it has intensity height, characteristics that anti-bursting ability is good, prolonged the service life of camouflage net.
Description of drawings
Fig. 1 is a structural representation of the present invention;
Fig. 2 is the structural representation of warp thread unit;
Fig. 3 is the structural representation of warp thread group.
The specific embodiment
As shown in Figure 1, the camouflage net reinforced fiber, it comprises warp structures, weft yarn structure and bundled yarn 3, warp structures is on the upper strata, the weft yarn structure is in lower floor, warp structures and weft yarn structure are fixed up by bundled yarn 3, warp structures is arranged to be provided with by some groups of warp thread cell-averages and is formed, the warp thread unit as shown in Figure 2, each warp thread unit comprises two groups of waveform warp thread groups that are oppositely arranged, the warp thread group as shown in Figure 3, each warp thread group comprises two warp thread 2, form wide mouthful 4 and slot 5 by bundled yarn 3 bindings between adjacent two warp thread groups that are oppositely arranged, comprise a slot 5 between wherein neighbouring two wide mouthful 4, these two adjacent wide mouths 4 form peanut-shaped with slot 5, the weft yarn structure comprises some the weft yarns that be arranged in parallel 1, warp thread section 21 between every two weft yarn 1 is made as the arc warp thread section, arc warp thread section 21 strengthens the lightning protection Danone power and absorption photoelectricity wave energy power of camouflage net, the warp thread unit of the corrugated warp thread 2 that the warp thread section 21 of plurality of sections arc is formed and the warp thread group of two corrugated warp thread 2 compositions and two warp thread group compositions more can improve the lightning protection Danone power and absorption photoelectricity wave energy power of camouflage net, the widest part of wide mouthful 4 is A, the narrowest place of slot is B, the scope of the distance L of A and B is 0.5mm＜L＜2.8mm, L adopts 0.52mm in concrete the enforcement, 0.55mm, 0.58mm, 0.60mm, 0.65mm, 0.70mm, 0.75mm, 0.80mm, 0.85mm, 0.90mm, 0.95mm, 1.0mm, 1.05mm, 1.1mm, 1.15mm, 1.20mm, 1.25mm, 1.30mm, 1.4mm, 1.6mm, 1.8mm, 2.0mm, 2.5mm, 2.8mm can, L adopts each numerical value length in this scope can both strengthen the lightning protection Danone power and absorption photoelectricity wave energy power of camouflage net.
This camouflage net reinforced fiber utilizes the method for polyester filament (polyester fiber) and cotton yarn 40S (conductive yam) shuffling to produce, secret degree on it (fabric vertical close: refer to the row number in every centimetre length) is 13～14M/cm (line/centimetre), and unit are grammes per square metre (Gram Mass) is 120～127g/m
2This camouflage net fabric is formed by bundled yarn 3, warp thread 2, weft yarn 1 braiding, raw material adopts polyester filament and cotton yarn, it is the polyester filament of 110dtex that bundled yarn 3 adopts line density, it is the polyester filament of 333dtex and the cotton yarn (conductive yam) of 40S (English props up) that warp thread 2 adopts line density, it is the polyester industrial filament yarn of 555dtex and the cotton yarn (conductive yam) of 40S (English props up) that weft yarn 1 adopts line density, and bundled yarn 3 and warp thread 2 must form through axle earlier through warping.Woven extent is sent into by feeding system of warp in the axle back on the bundled yarn 3, warp thread 2 coiled hairs are emitted on the console mode creel behind the machine in order, be fed on the loop-forming element by feeding system of warp, weft yarn 1 is drawn from the weft yarn frame continuously by shop latitude device again and is sent into woven extent by the transportation of weft yarn chain, by loop-forming element (knitting needle, sinker, sley point) mutual motion, with bundled yarn, warp thread and weft yarn are woven together, guide bar shogging mechanism do before the pin by the decorative pattern requirement of camouflage net fabric and needle back traversing, through transmission mechanism, the tractive spooler forms the camouflage net reinforced fiber.
Wherein, bundled yarn is a polyester filament, the intensity and the anti-bursting intensity of the bundled yarn energy reinforced fiber of polyester filament itself.
Wherein, warp thread is that polyester filament and the conductive yam of 333dtex formed by line density, density be the polyester filament of 333dtex as higher through yarn intensity, anti-bursting ability is stronger.
Wherein, weft yarn is that polyester industrial filament yarn and the conductive yam of 555dtex formed by line density, and the polyester industrial filament yarn of 555dtex is higher as weft yarn intensity, and anti-bursting ability is stronger.
Wherein, weft yarn is provided with 6-8 bar weft yarn for per five centimetres in broadwise, be arranged so that like this fabric intensity of the present invention and anti-bursting ability improve, prolong service life of the present invention, the weft yarn of per five centimetres of broadwises on average is provided with the 6.7-7.3 bar in actual the use, generally adopts 7 or 7.1,6.8.
Wherein, the warp thread unit is provided with 7-9 for per five centimetres at warp-wise, be arranged so that like this fabric intensity of the present invention and anti-bursting ability improve, prolong service life of the present invention, in actual use, general employing is provided with warp thread unit 7.7-8.3 for per five centimetres, adopts 7.8,8,8.1 effects best.
Wherein, conductive yam is the 40S cotton yarn, and this cotton yarn has conducting function, can play good anti-radar and absorb the effect of photoelectricity wave energy power.
S represents the number of cotton yarn, and number is the standard of the thickness of yarn, and the number of yarn is high more, and yarn is just thin more, and the cloth that weaves with such yarn is just thin more, and cloth is soft relatively more comfortable.
Dtex is a dtex, refers to the gram number of the fibre bundle that ten thousand metres are long.
This camouflage net reinforced fiber utilizes the method for polyester filament (polyester) and cotton yarn 40S (conductive yam) shuffling to produce, secret degree on it (fabric vertical close: refer to the row number in every centimetre length) is 13～14M/cm (line/centimetre), and unit are grammes per square metre (Gram Mass) is 120～127g/m
2This camouflage net fabric is formed by bundled yarn, warp thread, weft yarn braiding, raw material adopts polyester filament and cotton yarn, it is the polyester filament of 110dtex that bundled yarn adopts line density, it is the polyester filament of 333dtex and the cotton yarn (conductive yam) of 40S (English props up) that warp thread adopts line density, and it is the polyester industrial filament yarn of 555dtex and the cotton yarn (conductive yam) of 40S (English props up) that weft yarn adopts line density.Bundled yarn and warp thread must form through axle earlier through warping.Woven extent is sent into by feeding system of warp in the axle back on the bundled yarn.The warp thread coiled hair is emitted on the console mode creel behind the machine in order, is fed on the loop-forming element by feeding system of warp.Weft yarn is drawn from the weft yarn frame continuously by shop latitude device again and is sent into woven extent by the transportation of weft yarn chain, mutual motion by loop-forming element (knitting needle, sinker, sley point), bundled yarn, warp thread and weft yarn are woven together, guide bar shogging mechanism do before the pin by the decorative pattern requirement of camouflage net fabric and needle back traversing, form the camouflage net reinforced fiber through transmission mechanism, tractive spooler.
The present invention it comprise warping, go up axle, braiding, check, back arrangement dyeing typing, packing warehouse-in, the first step, warping, be successively placed on the warping machine creel producing the required lashing wire of grey cloth and the bobbin of warp thread, loose thread passes tensioner, porcelain eye, collection yarn plate, roller, yarn sley, gluing with adhesive tape behind all yarn sequences, be wound on axle, is 21 through axle gauge lattice (inch) "
*30 ", bundled yarn tension force is 10CN/D, and warp tension is 35CN/D, and the warping speed of a motor vehicle of bundled yarn and warp thread is 700-750m/min, and the warping speed of a motor vehicle of weft yarn is 200-300m/min;
Second step, last axle, with obtain in the first step through axle on carrying out on the biaxial warp knitting machine spool;
The 3rd step, braiding, adopt biaxial warp knitting machine to weave the formation grey cloth, wherein bundled yarn adopts two sley bars on the biaxial warp knitting machine to weave, the chain piece of first sley bar is arranged as 4532/4532/2310/2310/2332, and the chain piece of second sley bar is arranged as 1023/1023/3245/3245/3223, and the mode of entrying of bundled yarn is for wearing two skies two, secret degree is 13～14M/cm on it, and the unit are grammes per square metre is 120～127g/m
2, the rotating speed of biaxial warp knitting machine is 500r/min, grey cloth cropping rolling;
In the 4th step, grey cloth is tested;
The 5th step, back arrangement dyeing typing, the step that the back arrangement dyeing of grey cloth is finalized the design is debatching, colouring, oven dry, typing, check, clot, form the camouflage net reinforced fiber, the green black colour dyestuff is adopted in dyeing, the green black colour dyestuff is formed by yellow, white, green, black proportioning, bake out temperature is at 160-210 ℃, the typing of employing setting machine, contain the U.S. resin of anti-the ware, catalyzer contact agent, powerful degreaser in the glue that typing is adopted, the speed of grey cloth typing is 0.033 meter per second, and shaping time is 30 meters/minute.
The 6th step is at last with camouflage net reinforced fiber packing back warehouse-in.
Wherein bundled yarn employing line density is the polyester filament of 110dtex.
Wherein warp thread employing line density is the conductive yam of polyester filament and the 40S of 333dtex.
Wherein weft yarn employing line density is the conductive yam of polyester industrial filament yarn and the 40S of 555dtex.
Be 21 wherein " through the axle gauge lattice
*30 ".
Wherein the proportioning of green black colour dyestuff adopts 0.0144% gram yellow for the per kilogram grey cloth, 0.0032% gram white, and 0.0008% gram is green, 0.0008 gram % black.
Wherein glue contains 2% the U.S. resin of anti-the ware, 0.1% catalyzer contact agent, 0.5% powerful degreaser.
Wherein conductive yam is a cotton yarn.
Bake out temperature can be at 185-190 ℃ in the above-mentioned enforcement example, the tension force of bundled yarn can be 15CN/D or 20CN/D, warp tension can be 40CN/D or 45CN/D or 50CN/D, the warping speed of a motor vehicle of bundled yarn, warp thread can be 700m/min, 710m/min, 720m/min, 730m/min, 740m/min, 750m/min, and the warping speed of a motor vehicle of weft yarn can be 200m/min, 230m/min, 250m/min, 270m/min, 290m/min, 300m/min.
The method of producing this present invention comprise select raw material, warping for use, go up axle, weave, the inspection of semifinished product, back arrangement dyeing typing, finished product inspection and packing warehouse-in,
The first step is selected raw material for use, selects for use as raw-material bundled yarn, warp thread and weft yarn;
Second cloth, warping, the warping of bundled yarn, warp thread is successively placed on the warping machine creel producing the required lashing wire of grey cloth and the bobbin of warp thread, and loose thread passes tensioner, porcelain eye, collection yarn plate, roller, yarn sley, glue with adhesive tape behind all yarn sequences, be wound on axle, bundled yarn tension force is 10CN/D-20CN/D, and warp tension is 35CN/D-50CN/D, the warping speed of a motor vehicle of bundled yarn and warp thread is 700-750r/min, and the warping speed of a motor vehicle of weft yarn is 200-300r/min;
The 3rd step, last axle, on biaxial warp knitting machine, to bundled yarn and, warp thread goes up spool, at first be going up an axle dividing sinker, entrying of bundled yarn, next is going up an axle dividing sinker, entrying of warp thread, warp thread process console mode creel, transition roller, dividing sinker plate, laying-in sheet are to pulling roll, be creel on weft yarn at last, weft yarn is harrowed through weft yarn creel, each road porcelain eye, tension piece, constant tension control device, Weft laying trolley, dividing sinker plate to weft yarn, bundled yarn, warp thread, weft yarn are all put on the back flatcar, weave through carrying out next process after the assay was approved;
The 4th step, weave, adopt biaxial warp knitting machine that bundled yarn, warp thread and weft yarn are woven the formation grey cloth, wherein bundled yarn adopts two binding sley bars on the biaxial warp knitting machine, secret degree is 13～14M/cm on it, and every square metre of unit are grammes per square metre is 120～127g/m
2, grey cloth cropping rolling;
In the 5th step, grey cloth is tested;
The 6th step, back arrangement dyeing typing, the step that the back arrangement dyeing of grey cloth is finalized the design is debatching, colouring, oven dry, typing, check, clot, form the camouflage net reinforced fiber, the dyeing setting agent that dyeing typing is adopted is mixed by green black colour dyestuff and glue, water, army's green dye is formed by yellow, white, green, black proportioning, bake out temperature is at 160-230 ℃, adopt the setting machine typing to be formed into flat grey cloth, contain the U.S. resin of anti-the ware in the glue that typing is adopted, catalyzer contact agent, powerful degreaser;
In the 7th step, the finished product grey cloth is tested;
The 8th step is at last with finished product grey cloth packing back warehouse-in.
Wherein, tension force is relevant with the line density of yarn, be directly proportional with the size of line density, tension force is followed through the girth size of axle relevant, and tension force is tight more, and girth is more little, adopting bundled yarn tension force is 10CN/D-20CN/D, warp tension is 35CN/D-50CN/D, makes the density of yarn just be suitable for, through the satisfied needs of producing of the girth of axle; Promptly through the rotating speed of axle, adopting the bundled yarn and the warping speed of a motor vehicle of warp thread is 700-750r/min through the winding speed of axle, and the warping speed of a motor vehicle of weft yarn is 200-300r/min, make warp thread, weft yarn, bundled yarn is ruly weaves, and satisfies the production needs; Wherein two bundle sley bars, the pad yarn number of first binding sley bar GB1 (1 decorative pattern circulation) is recorded as 4532/4532/2310/2310/2332, the pad yarn number of second binding sley bar GB2 (1 decorative pattern circulation) is recorded as 1023/1023/3245/3245/3223, two binding sley bars are all worn 2 empty order by 2 and are entried, warp thread is completely worn, and weft yarn is entried by wearing 1 sky 4.
It is the polyester filament of 110dtex that described bundled yarn adopts line density.Polyester filament has good stretch-proof performance, and the product after weaving is durable, and anti-bursting performance is good.
It is the conductive yam of polyester filament and the 40S of 333dtex that described warp thread adopts line density.Polyester filament has good stretch-proof performance, product after weaving is durable, anti-bursting performance is good, the performance that conductive yam has good anti-radar performance and absorbs the photoelectricity ripple, and the warp thread of both combinations has lightning protection effect and absorbs the effective advantage of broadcasting and TV newspaper on the camouflage net reinforced fiber.
It is the conductive yam of polyester industrial filament yarn and the 40S of 555dtex that described weft yarn adopts line density.Polyester filament has good stretch-proof performance, product after weaving is durable, anti-bursting performance is good, the performance that conductive yam has good anti-radar performance and absorbs the photoelectricity ripple, and effective advantage is reported in having lightning protection effect and absorb broadcasting and TV on the camouflage net reinforced fiber through weft yarn of both combinations.
Described is 21 through the axle gauge lattice "
*30 ".
The rotating speed of described biaxial warp knitting machine is 500r/min.
The pigment proportioning of army's green dye is yellow with 0.0144% gram for the per kilogram hydromining in the described dyeing setting agent, 0.0032% gram white, and 0.0008% gram is green, 0.0008 gram % black.The dyeing setting agent that forms according to this proportioning satisfies the requirement that color is pretended.
Glue in the described dyeing setting agent contains 2% the U.S. resin of anti-the ware, 0.1% catalyzer contact agent, 0.5% powerful degreaser.The glue of this proportioning makes firm being bonded on the camouflage net of dyestuff, and makes the grey cloth typing form the camouflage net reinforced fiber of finished product.
The speed of described grey cloth typing is 0.033 meter per second, and shaping time is 30 meters/minute.
Described conductive yam is a cotton yarn.The cotton yarn of 40S is as conductive yam, and lightning protection effect is effective with the absorption electric wave
Bake out temperature can be at 185-190 ℃ in the above-mentioned enforcement example, the tension force of bundled yarn can be 15CN/D or 20CN/D, warp tension can be 40CN/D or 45CN/D or 50CN/D, the warping speed of a motor vehicle of bundled yarn, warp thread can be 700r/min, 710r/min, 720r/min, 730r/min, 740r/min, 750r/min, and the warping speed of a motor vehicle of weft yarn can be 200r/min, 230r/min, 250r/min, 270r/min, 290r/min, 300r/min.
Above embodiment is a kind of giving an example of the present invention, is not limitation of the present invention, and any improvement of carrying out on basis of the present invention all belongs to the scope of protection of the invention.
Claims (10)
1. camouflage net reinforced fiber, it is characterized in that: it comprises warp structures, weft yarn structure and bundled yarn, warp structures is on the upper strata, the weft yarn structure is in lower floor, warp structures and weft yarn structure are fixed up by bundled yarn, warp structures is arranged to be provided with by some groups of warp thread cell-averages and is formed, each warp thread unit comprises two groups of waveform warp thread groups that are oppositely arranged, each warp thread group comprises two warp thread, form wide mouthful and slot by the bundled yarn binding between adjacent two warp thread groups that are oppositely arranged, comprise a slot between wherein neighbouring two wide mouthful, these two adjacent wide mouths form peanut-shaped with slot, the weft yarn structure comprises some the weft yarns that be arranged in parallel, and the warp thread section between every two weft yarn is made as the arc warp thread section.
2. camouflage net reinforced fiber according to claim 1 is characterized in that: described warp thread is made up of polyester filament and conductive yam, and described weft yarn is made up of polyester industrial filament yarn and conductive yam.
3. camouflage net reinforced fiber according to claim 1 is characterized in that: described bundled yarn is a polyester filament.
4. camouflage net reinforced fiber according to claim 1 is characterized in that: described warp thread is that polyester filament and the conductive yam of 333dtex formed by line density.
5. camouflage net reinforced fiber according to claim 1 is characterized in that: described weft yarn is that polyester industrial filament yarn and the conductive yam of 555dtex formed by line density.
6. camouflage net reinforced fiber according to claim 1 is characterized in that: the scope of the distance L between described wide mouthful of the widest part A and the narrowest B of place of slot is 0.5mm＜L＜2.8mm.
7. according to claim 1 or 2 or 5 described camouflage net reinforced fiber, it is characterized in that: described weft yarn is provided with 6-8 bar weft yarn for per five centimetres in broadwise.
8. camouflage net reinforced fiber according to claim 1 is characterized in that: described warp thread unit is provided with 7-9 for per five centimetres at warp-wise.
9. according to claim 2 or 4 or 5 described camouflage net reinforced fiber, it is characterized in that: described conductive yam is a cotton yarn.
10. according to claim 2 or 4 or 5 described camouflage net reinforced fiber, it is characterized in that: described conductive yam is the 40S cotton yarn.
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| CN2010105001483A CN101967729B (en) | 2010-09-29 | 2010-09-29 | Camouflage net reinforced fabric |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN103148742A (en) * | 2013-03-29 | 2013-06-12 | 姚永平 | Camouflage net module |
| CN111910334A (en) * | 2020-08-12 | 2020-11-10 | 信泰(福建)科技有限公司 | Fabric warp let-off and threading method |
| CN112593324A (en) * | 2020-12-03 | 2021-04-02 | 天津立天医疗科技有限公司 | Elastic bandage and manufacturing process thereof |
| CN114111453A (en) * | 2021-11-25 | 2022-03-01 | 上海仪耐新材料科技有限公司 | High-strength camouflage net and manufacturing method thereof |
| US11505660B2 (en) | 2018-01-09 | 2022-11-22 | Owens Corning Intellectual Capital, Llc | Fiber reinforced materials with improved fatigue performance |
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| CN111910334A (en) * | 2020-08-12 | 2020-11-10 | 信泰(福建)科技有限公司 | Fabric warp let-off and threading method |
| CN112593324A (en) * | 2020-12-03 | 2021-04-02 | 天津立天医疗科技有限公司 | Elastic bandage and manufacturing process thereof |
| CN114111453A (en) * | 2021-11-25 | 2022-03-01 | 上海仪耐新材料科技有限公司 | High-strength camouflage net and manufacturing method thereof |
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