CN204370115U - Antistatic trademark belt - Google Patents
Antistatic trademark belt Download PDFInfo
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- CN204370115U CN204370115U CN201420831358.4U CN201420831358U CN204370115U CN 204370115 U CN204370115 U CN 204370115U CN 201420831358 U CN201420831358 U CN 201420831358U CN 204370115 U CN204370115 U CN 204370115U
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Abstract
The utility model discloses a kind of antistatic trademark belt, include base cloth layer (1), rubberised layer (2) is provided with outside base cloth layer (1), base cloth layer (1) is formed by warp thread and weft yarns, every bar warp thread and weft yarn include artificial fibre line (3), artificial fibre line (3) side is provided with fiberglass yarn (4), the cross section of artificial fibre line (3) and fiberglass yarn (4) is semicircle, both form core (5), stainless steel conductive fiber (8) is provided with in core (5), stainless steel conductive fiber (8) is provided with bending head (9), core (5) outside is provided with nylon fiber core-spun yarn (6), nylon fiber core-spun yarn (6) includes spiral and is located at nylon fiber line (61) on core (5) and polynosic line (62), nylon fiber core-spun yarn (6) ring is provided with cotton layer (7) with it.The structure antistatic property of the utility model trademark belt is relatively good, and resistance to sand washing performance is also relatively good.
Description
Technical field
The utility model relates to a kind of trademark belt, particularly a kind of antistatic trademark belt.
Background technology
Existing most trademark belt does not possess anti-static function, what effectively can prevent electrostatic with the thread trademark belt of conductive yam gathers the harm brought with electrion, and the trademark belt with electric conductivity is made on clothes, the a large amount of attract dust of clothing can be prevented, improve the applicable performance of clothing, can also electrostatic interference be avoided.Have devised for this reason and mix with stainless steel conductive fiber the yarn spinned by cotton fiber etc., make trademark belt electric conductivity better, but although stainless steel conductive fiber is soft, but still harder relative to cotton fiber etc., and surperficial relative smooth, obvolvent poor-performing, after making trademark belt, stainless steel fibre easily slides relative to cotton fiber etc., and its end of the stainless steel fibre after slip easily forms " tartar " at fabric face, thus affects the performance of trademark belt.
Moreover existing trademark belt is made up of the warp thread of routine and weft yarns, but due to adopt warp thread and weft yarn structure not tight, yarn itself is more open, therefore in the sand washing process of trademark belt, the base cloth layer of trademark belt is easily damaged by the alkalescence, the oxidisability auxiliary agent burn into that use in sand washing process.Simultaneously warp thread and the such structure of weft yarn, the bonding force that result also between the base cloth layer of trademark belt and rubberised layer is more weak, in sand washing process, the mechanical force of sand washing easily makes both adhesive interfaces be destroyed, and easily causes rubberised layer to split away off from base cloth layer.
Summary of the invention
The purpose of this utility model is, provides a kind of antistatic trademark belt.The utility model, by improving trademark belt warp thread and weft yarn structure, makes warp thread and weft yarn close structure, improves the obvolvent ability of stainless steel conductive fiber and other filamental thread.And the yarn texture of this trademark belt is tight, correspondingly improve the resistance to sand washing performance of base cloth layer, rubberised layer not easily splits away off from base cloth layer.
The technical solution of the utility model: a kind of antistatic trademark belt, include base cloth layer, rubberised layer is provided with outside base cloth layer, base cloth layer is formed by warp thread and weft yarns, every bar warp thread and weft yarn include artificial fibre line, artificial fibre line side is provided with fiberglass yarn, the cross section of artificial fibre line and fiberglass yarn is semicircle, both form core, stainless steel conductive fiber is provided with in core, stainless steel conductive fiber is provided with bending head, core outside is provided with nylon fiber core-spun yarn, nylon fiber core-spun yarn includes spiral and is located at nylon fiber line on core and polynosic line, nylon fiber cored wire loop is provided with cotton layer with it.
Aforesaid antistatic trademark belt, described cotton layer thickness is 1/3 of nylon fiber core-spun yarn thickness.
The beneficial effects of the utility model: compared with prior art, nylon fiber core-spun yarn of the present utility model is spirally wound on core, make core not easily loose, improve the obvolvent ability of core to stainless steel conductive fiber simultaneously, make warp thread and weft yarn define structure closely, the stainless steel fibre of this structure is just not easy to slide, and stainless steel conductive fiber is provided with multiple bending head, stainless steel conductive fiber is not easy to slide more, would not occur the problem of " tartar "; And the cotton-wool line in cotton layer stretches in the glue of rubberised layer and goes, increase the bond area of base cloth layer and rubberised layer, improve the bonding force between base cloth layer and rubberised layer, avoid in sand washing process, the effect due to mechanical force make base cloth layer easily and rubberised layer come off and separate; Because warp thread and weft yarn define above-mentioned tight structure, in sand washing process, alkalescence, oxidisability auxiliary agent is difficult to cause corrosion to core, moreover warp thread and weft yarn close structure, improves the intensity of base cloth layer; Artificial fibre line in core and the cross section of fiberglass yarn are semicircle, increase contact area between the two, improve both obvolvent abilities to stainless steel conductive fiber, and both can be bonded together better under glue effect, improve the bulk strength of base cloth layer.And core, nylon fiber core-spun yarn and cotton layer all use different materials to make, base cloth layer is made to be provided with the advantage of various component.The utility model is by changing the composition structure of warp thread and weft yarn, the structure of base cloth layer is made to there occurs change, the change of structure makes to be not easy in the stainless steel guide fiber use procedure in trademark belt to slide, just can avoid occurring the problem of " tartar ", the resistance to sand washing performance of base cloth layer and intensity are improved simultaneously.
Accompanying drawing explanation
Accompanying drawing 1 is structural representation of the present utility model;
Accompanying drawing 2 is the structural representation of stainless steel conductive fiber;
Accompanying drawing 3 is the structural representation of the nylon fiber core-spun yarn on core;
Reference numeral: 1-base cloth layer, 2-rubberised layer, 3-artificial fibre line, 4-fiberglass yarn, 5-core, 6-nylon fiber core-spun yarn, 61-nylon fiber line, 62-polynosic line, 7-cotton layer, 8-stainless steel conductive fiber, 9-bending head.
Detailed description of the invention
Below in conjunction with drawings and Examples, the utility model is further described, but not as the foundation limited the utility model.
Embodiment of the present utility model: a kind of antistatic trademark belt, as illustrated in the accompanying drawings from 1 to 3, this trademark belt includes base cloth layer 1, week rubberised layer 2 is coated with it in base cloth layer 1 outside, this base cloth layer 1 is formed by many warp thread and Duo Gen weft yarns, and every bar warp thread and weft yarn have included 1 artificial fibre line 3, are provided with 1 fiberglass yarn 4 on the side of every root artificial fibre line 3, the cross section of artificial fibre line 3 and fiberglass yarn 4 is semicircle, and both form core 5 together.In core 5, be also provided with stainless steel conductive fiber 8, stainless steel conductive fiber 8 be spaced a distance and be just provided with 1 bending head 9.Have nylon fiber core-spun yarn 6 in the outer wrap of core 5, described nylon fiber core-spun yarn 6 includes nylon fiber line 61 and polynosic line 62, and nylon fiber line 61 and polynosic line 62 are all spirally wound on core 5.Then form cotton layer 7 by spray yarn with it at the ring of nylon fiber core-spun yarn 6, cotton layer 7 is made up of the unusual cotton-wool line of many.
Fabrics of the present utility model, its warp thread and weft yarn by core 5 and nylon fiber core-spun yarn 6 and outer field cotton layer 7, and are provided with stainless steel conductive fiber 8 and form in core 5.In total, nylon fiber core-spun yarn 6 is spirally wound on core 5, increase the obvolvent ability of nylon fiber core-spun yarn 6 pairs of cores 5, simultaneously core 5 also correspondingly closely obvolvent live stainless steel conductive fiber 8, last obtained warp thread and weft yarn is made to define structure closely, this tight structure makes stainless steel conductive fiber 8 be not easy to slide, stainless steel conductive fiber 8 is spaced a distance and is just provided with 1 bending head 9, this arranges and can make stainless steel conductive fiber 8 under the obvolvent effect of core 5, more be not easy to occur sliding, also be just not easy to occur causing the problem of " tartar " because stainless steel conductive fiber 8 slides.Yarn texture is tight simultaneously, and in sand washing process, alkalescence, oxidisability auxiliary agent are just difficult to cause corrosion to core 5, moreover nylon fiber core-spun yarn 6 spiral packaging can make core 5 not easily loose, improves the intensity of warp thread and weft yarn.In gluing process, not only nylon fiber core-spun yarn 6 surface is bonding with glue, cotton-wool line in cotton layer 7 also can stretch in the glue of rubberised layer 2 and go, namely increase the bond area of base cloth layer 1 and rubberised layer 2, thus the bonding force that improve between base cloth layer 1 and rubberised layer 2, just can avoid in sand washing process, the effect due to mechanical force make base cloth layer 1 easily and rubberised layer 2 come off and separate.Artificial fibre line 3 in core 5 and the cross section of fiberglass yarn 4 are semicircle, and when core 5 makes, both vertical planes bond together, thus obtain circular core 5.Such design is the contact area in order to increase between the two, and one can improve both obvolvent abilities to stainless steel conductive fiber 8, and the two makes both can bond together better under glue effect, improves the bulk strength of base cloth layer 1.
And the various piece of yarn uses different components to make, stainless steel conductive fiber 8 has good elasticity, flexibility, pliability, abrasion performance, high temperature resistant, corrosion resistance, better aeration, electric conductivity, magnetic conductivity, thermal conductivity and self lubricity and agglutinating property; And artificial fibre line 3 has the feature of easily dyeing and good water absorption; Fiberglass yarn 4 TENSILE STRENGTH is high, good springiness, and low price; Nylon fiber line 61 anti-wear performance is very good, and alkali resistance is splendid, intensity is high and endurance; Polynosic line 62 intensity is high, good springiness, alkali resistance are good, and easily dyes, thus makes the trademark belt set the obtained advantage of these components.
When and if only if cotton layer 7 thickness is 1/3 of nylon fiber core-spun yarn 6 thickness, the bonding force of base cloth layer 1 and rubberised layer 2, and the overall target to combine with the thickness of rubberised layer 2 is best, if thickness is less than 1/3, bonding force then between base cloth layer 1 and rubberised layer 2 is less, under mechanical force, base cloth layer 1 and rubberised layer 2 easily come off; When thickness is greater than 1/3, correspondingly the thickness of rubberised layer 2 is also corresponding thickens, and not only adds the cost of manufacture of overall trademark belt, also can affect other performance of trademark belt.
Claims (2)
1. an antistatic trademark belt, it is characterized in that: include base cloth layer (1), rubberised layer (2) is provided with outside base cloth layer (1), base cloth layer (1) is formed by warp thread and weft yarns, every bar warp thread and weft yarn include artificial fibre line (3), artificial fibre line (3) side is provided with fiberglass yarn (4), the cross section of artificial fibre line (3) and fiberglass yarn (4) is semicircle, both form core (5), stainless steel conductive fiber (8) is provided with in core (5), stainless steel conductive fiber (8) is provided with bending head (9), core (5) outside is provided with nylon fiber core-spun yarn (6), nylon fiber core-spun yarn (6) includes spiral and is located at nylon fiber line (61) on core (5) and polynosic line (62), nylon fiber core-spun yarn (6) ring is provided with cotton layer (7) with it.
2. antistatic trademark belt according to claim 1, is characterized in that: described cotton layer (7) thickness is 1/3 of nylon fiber core-spun yarn (6) thickness.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420831358.4U CN204370115U (en) | 2014-12-24 | 2014-12-24 | Antistatic trademark belt |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420831358.4U CN204370115U (en) | 2014-12-24 | 2014-12-24 | Antistatic trademark belt |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204370115U true CN204370115U (en) | 2015-06-03 |
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ID=53326348
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420831358.4U Active CN204370115U (en) | 2014-12-24 | 2014-12-24 | Antistatic trademark belt |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204370115U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106652765A (en) * | 2016-12-23 | 2017-05-10 | 重庆立昌彩印包装有限公司 | Anti-static label belt |
-
2014
- 2014-12-24 CN CN201420831358.4U patent/CN204370115U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106652765A (en) * | 2016-12-23 | 2017-05-10 | 重庆立昌彩印包装有限公司 | Anti-static label belt |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant |