CN106032589A - High-toughness reflection yarn and manufacturing method thereof, and processing machine - Google Patents
High-toughness reflection yarn and manufacturing method thereof, and processing machine Download PDFInfo
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- CN106032589A CN106032589A CN201510124440.2A CN201510124440A CN106032589A CN 106032589 A CN106032589 A CN 106032589A CN 201510124440 A CN201510124440 A CN 201510124440A CN 106032589 A CN106032589 A CN 106032589A
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Abstract
The invention discloses a durable high-toughness reflection yarn with fast production, low reject ratio and good reflection effect, and a manufacturing method thereof, and a processing machine; the manufacturing method comprises the following steps: providing a plurality of high-toughness yarns; using the processing machine to introduce a second glass reflection corpuscule hot melt film and a first glass reflection corpuscule hot melt film from the top and bottom of the high-toughness yarn in sequence; carrying out the first and second baking and heating, so the viscose of the first and second glass reflection corpuscule hot melt films can be melted, thus allowing the films to be stably transferred and attached to the top and bottom surfaces of the high-toughness yarns, wherein the viscose comprises glass reflection corpuscules attached to the surface of the high-toughness yarns; stripping, outputting and rolling the materials, thus finally forming the high-toughness reflection yarns. The high-toughness reflection yarns comprise high-toughness yarns, the viscose and glass reflection corpuscules evenly attached to and fixed on the surface of the high-toughness yarns.
Description
Technical field
The present invention relates to a kind of high tenacity reflective yarn preparation method, machining machine and tool and goods thereof, espespecially a kind of
Can produce and provide the yarn preparation method of reflecting effect, machining machine and tool and the yarn that can apply in the articles for daily use.
Background technology
Engage in the worker in early morning and night now, such as: traffic-police, cleaning personnel and road
Road or build thing workmen etc., and often in daystart or the players etc. at night, it is necessary in sight line
The best, rather dark environment work or moves, travelling owing to having vehicle on road, so
In the case of light is the best, it is easy to cause work or players to be hit by vehicle because neglecting for the moment
And.
Then, having forefathers' invention reflective fabric, it is to be sewn on medicated clothing by a plurality of Reflect light line, in order to remind
Vehicle driver, but traditional Reflect light line is to be made, because being limited to self material by PET polyester material
Fragility, can be subject to many limitations, such as after being then combined with medicated clothing: cloth the least too carefully time, at car
Mortality can be significantly increased during seam, and reflective lines are short for service life, easy aging breakage and lose
Go original effect, therefore be necessary at set intervals replacing.
In view of this, how to provide and a kind of can solve the high tenacity reflective yarn preparation method of the problems referred to above, add
Work facility and goods thereof, become the problem being intended to mainly solve for the present invention.
Summary of the invention
Present invention aim at provide one can produce rapidly, fraction defective is low, finished product is high, toughness is good,
Reflecting effect is good, be widely used, the reflective yarn of the most durable high tenacity and preparation method thereof and machining machine and tool.
To achieve the object of the present invention, the invention provides following technological means:,
The preparation method of the reflective yarn of a kind of high tenacity, it is provided that a plurality of high toughness yarn, and import a processing machine
In tool；First, above-mentioned each bar high toughness yarn is carried wheels by the first of this machining machine and tool front end
After traction so that it is the rear extreme direction towards machining machine and tool moves the most side by side, and at high tenacity yarn
Imported the first glass reflecting micropartical hot melt film, this first glass reflecting micropartical to wheel by lower on the downside of line
Hot melt film is carried out closely by the downside surface that the first conveying wheels are corresponding with above-mentioned each bar high toughness yarn
Contact, and the lasting rear extreme direction towards machining machine and tool moves after contact；Then, by above-mentioned each bar
High toughness yarn is simultaneously directed the first of machining machine and tool with the first glass reflecting micropartical hot melt film contacted
In baking box, carry out Baking out for the first time, make the first glass reflecting micropartical hot melt film single side surface
Viscose melt；Subsequently, by machining machine and tool second conveying wheels, by this high toughness yarn with
First glass reflecting micropartical hot melt film is guided by the first baking box and goes out, and then continues towards machining machine and tool
Rear extreme direction move；Now, at the upside of each bar high toughness yarn by give wheel import the second glass
Glass reflective micropartical hot melt film, this second glass reflecting micropartical hot melt film is by the second conveying wheels
The uper side surface corresponding with each bar high toughness yarn is in close contact, and continues towards processing after contact
The rear extreme direction of facility moves；Then, by above-mentioned and the first glass reflecting micropartical hot melt film and second
Each bar high toughness yarn of glass reflecting micropartical hot melt film contact is simultaneously directed the second baking of machining machine and tool
In baking box, carry out second time Baking out, now will make the first glass reflecting micropartical hot melt film and the
The inner surface viscose heat that two glass reflecting micropartical hot melt films contact with this high toughness yarn is melted；Immediately
, by the 3rd conveying wheels by above-mentioned first glass reflecting micropartical hot melt film and the second glass reflecting
Micropartical hot melt film is guided by the second baking box with this high toughness yarn simultaneously and goes out, and defeated by the 3rd
Send wheels that the viscose that above-mentioned second glass reflecting micropartical hot melt film heat is melted is transferred to each bar high tenacity yarn
The uper side surface of line, and make in viscose that contained glass reflecting micropartical is together firm adheres to equably
Uper side surface in this each bar high toughness yarn；At the same time, the second glass reflecting microgranule after transfer
Sub-hot melt film becomes the second release paper, after by the 3rd conveying wheels by one on rolling wheel furl, and each
Bar high toughness yarn and the first glass reflecting micropartical hot melt film still continue the rear extreme direction towards machining machine and tool
Mobile；Followed by, above-mentioned each article of high toughness yarn and the first glass reflecting micropartical hot melt film by the
Four conveying wheels, the viscose making above-mentioned first glass reflecting micropartical hot melt film heat melt is transferred to this each bar
The downside surface of high toughness yarn, and make glass reflecting micropartical contained in viscose together firm equal
It is attached to the downside surface of this each bar high toughness yarn evenly；At the same time, the first glass after transfer
Reflective micropartical hot melt film becomes the first release paper, is rolled up by rolling wheel once after by the 4th conveying wheels
Receive；At this moment high toughness yarn becomes upper and lower both sides and is all attached with viscose and the atomic high-ductility of glass reflecting
Property reflective yarn, and still continue to move towards the rear extreme direction of machining machine and tool；Then, above-mentioned high tenacity is made
Reflective yarn is split by the slitting knife wheels of machining machine and tool, independent and the most viscous glutinous to be formed
The reflective yarn of high tenacity；Finally, will be each independent and the most not by the expansion wheels of machining machine and tool end
Viscous glutinous high tenacity reflective yarn diffusion is come and furls respectively.
It is further preferred that described 4th conveying wheels front arranges the first pressurization wheels and/or rear sets
Putting the second pressurization wheels, the viscose and the glass reflecting micropartical that will be attached to high toughness yarn surface are carried out
Spreading so that it is close attachment is fixed on the upper and lower both side surface of high toughness yarn.
It is further preferred that described first glass reflecting micropartical hot melt film and the second glass reflecting micropartical
Hot melt film is a kind of reflective sheeting, and this reflective sheeting is the single side surface coating one layer at soft plastic film
The heat i.e. viscose of melting, includes multiple glass reflecting micropartical in described viscose.
It is further preferred that described first conveying wheels, described second conveying wheels, described 3rd conveying
Wheels, described 4th conveying wheels are to toss about in bed in the way of upper and lower two-wheeled clamps, and it applies pressure
Scope is at 2.5-3.5kg.
It is further preferred that the Baking out temperature range of described first baking box and the second baking box is
100 DEG C to 120 DEG C, the length of two baking boxes is all at least 1m.
It is further preferred that a plurality of described high toughness yarn import four conveying wheels time, each yarn it
Between and trestle column be 200 μm；And the wheel rim surface respectively carrying wheels has the parallel ditch composed and laid out of multiple tracks
Seam, is used for embedding high toughness yarn to guide its straight ahead.
The machining machine and tool of the reflective yarn of a kind of high tenacity, this machining machine and tool is the most sequentially provided with: lead
Wheels, it includes multiple guide wheel for drawing high toughness yarn；First conveying wheels, including up and down
Two clip wheels, are used for guiding and carry high toughness yarn and the first glass reflecting micropartical hot melt film；First
Baking box, for the heater that the viscose of the first glass reflecting micropartical hot melt film is melted；Second is defeated
Send wheels, including upper and lower two clip wheels, be used for guiding and carry high toughness yarn, the first glass reflecting micro-
Particle hot melt film and the second glass reflecting micropartical hot melt film；Second baking box, for by the first glass
The heater that the viscose of reflective micropartical hot melt film and the second glass reflecting micropartical hot melt film is melted；The
Three conveying wheels, including upper and lower two clip wheels, are used for guiding and carry high toughness yarn, the first glass anti-
The sub-hot melt film of light particles and the second glass reflecting micropartical hot melt film；4th conveying wheels, including up and down
Two clip wheels, are used for guiding and carry high toughness yarn, the first glass reflecting micropartical hot melt film and second
Glass reflecting micropartical hot melt film；Slitting knife wheels, for the segmentation reflective yarn of high tenacity side by side
Break bar symmetrical above and below；And expanding wheel, for guiding and spread the upper lower tumbler of the reflective yarn of high tenacity.
It is further preferred that the lower section of described first conveying wheels arranges and can export the first glass reflecting microgranule
The lower wheel of giving of sub-hot melt film, and the second conveying wheels are provided above exporting the second glass reflecting micropartical
Wheel is given in the upper of hot melt film；Described 3rd conveying wheels are provided above furling the upper rolling wheel of the second release paper,
And below the 4th conveying wheels, the lower rolling wheel that can furl the first release paper is set.
It is further preferred that the front of described 4th conveying wheels arranges the first pressurization wheels and/or rear
Second pressurization wheels are set, for viscose and multiple glass reflecting micropartical spreading are fixed on high tenacity
The two sides up and down of yarn.
A kind of reflective yarn of high tenacity, the reflective yarn of high tenacity by: multiply forms the high tenacity of wall scroll
Yarn；And uniformly adhere to and be fixed on the viscose of above-mentioned high toughness yarn outer fringe surface and multiple glass is anti-
Light particles is formed；Above-mentioned high toughness yarn is nylon yarn, and its diameter range is 150 to 200 μm；
The atomic particle size range of above-mentioned glass reflecting is 200 to 270 mesh.
Compared with prior art, the functions and effects of the present invention are as follows:
First point: the present invention proposes the preparation method of the reflective yarn of a kind of high tenacity, can allow the first glass effectively
Viscose and glass reflecting on glass reflective micropartical hot melt film and the second glass reflecting micropartical hot melt film are micro-
Particle, stablizes and is attached to the most rapidly on the surface of high toughness yarn, do not have the problem easily come off,
And after the reflective micropartical of glassivation, integral inverted light effect is good, reach the reflective level of high-quality.
Second point: in the reflective yarn of high tenacity of the present invention, its high toughness yarn is nylon yarn, energy
Enough toughness is provided, effectively the reflective lines of tradition of the existing use of solution are easily broken off, holding capacity is low,
The shortcoming that life-span is short, and on sewing clothes can also being directly applied to or weaving cotton cloth, and can be as general yarn
Line uses, therefore range of application is extremely wide.
Thirdly: the manufacture method of the present invention, the surface Quick uniform attachment glass of high toughness yarn can be made
The reflective micropartical of glass, reaches to produce quickly, reduces flaw, is suitable to manufacture in a large number；Also, this
Bright machining machine and tool, is avoided that when the second release paper departs from high toughness yarn, it is to avoid because upper pulling force affects
The straight ahead of high toughness yarn causes flexural deformation and flaw to produce.
Accompanying drawing explanation
The schematic side view of the machining machine and tool that Fig. 1: the embodiment of the present invention provides；
The schematic top plan view of the machining machine and tool that Fig. 2: the embodiment of the present invention provides；
Fig. 3: for the enlarged schematic partial view of glass reflecting micropartical hot melt film in the embodiment of the present invention；
Fig. 4: for the enlarged diagram of part A in Fig. 1；
Fig. 5: for the enlarged diagram of part B in Fig. 1；
Fig. 6: for the enlarged diagram of C portion in Fig. 1；
Fig. 7: the schematic perspective view of the reflective yarn of high tenacity in the embodiment of the present invention；
Fig. 8: in the embodiment of the present invention, the three-dimensional of the reflective yarn of high tenacity implements schematic diagram；
Fig. 9: in the embodiment of the present invention, the another kind of three-dimensional of the reflective yarn of high tenacity implements schematic diagram.
Label declaration in the most above-mentioned accompanying drawing is as follows:
1 high toughness yarn
2 first glass reflecting micropartical hot melt films
2 ' first release paper
Give wheel 21 times
3 second glass reflecting micropartical hot melt films
3 ' second release paper
Wheel is given on 31
100 machining machine and tools
101 first baking boxes
102 second baking boxes
103 first conveying wheels
104 second conveying wheels
105 the 3rd conveying wheels
106 the 4th conveying wheels
107 first pressurization wheels
108 second pressurization wheels
109 slitting knife wheels
110 expansion wheels
Rolling wheel on 111
112 times rolling wheels
113 guide wheel group
The 200 reflective yarns of high tenacity
10 glass reflecting micropartical
11 viscoses
12 soft plastic films
Describe in detail as rear based on the following the embodiment shown in drawing:
As shown in Fig. 1～2 and Fig. 4～6, figure discloses the preparation method of the reflective yarn of a kind of high tenacity, bag
Include: a plurality of high toughness yarn 1 is provided, and imports in a machining machine and tool 100；First, by above-mentioned respectively
After bar high toughness yarn 1 is drawn by the first conveying wheels 103 of this machining machine and tool 100 front end, make
It moves towards the rear extreme direction of machining machine and tool 100 the most side by side, and high toughness yarn 1 time
Wheel 21 importing the first glass reflecting micropartical hot melt film 2, this first glass reflecting micropartical are given by lower in side
Hot melt film 2 carries, by first, the downside surface that wheels 103 are corresponding with above-mentioned each bar high toughness yarn 1
It is in close contact, and the lasting rear extreme direction towards machining machine and tool 100 moves after contact；Then,
Above-mentioned each bar high toughness yarn 1 is simultaneously directed with the first glass reflecting micropartical hot melt film 2 contacted
In first baking box 101 of machining machine and tool 100, carry out Baking out for the first time, make the first glass anti-
The viscose 11 of light particles hot melt film 2 single side surface melts；Subsequently, by machining machine and tool 100
Second conveying wheels 104, by this high toughness yarn 1 and the first glass reflecting micropartical hot melt film 2 by
First baking box 101 guides, and then continues the rear extreme direction towards machining machine and tool 100 and moves；This
Time, the upside of each bar high toughness yarn 1 by give wheel 31 importing the second glass reflecting micropartical hot melts
Film 3, this second glass reflecting micropartical hot melt film 3 is by the second conveying wheels 104 and each bar high-ductility
Property yarn 1 correspondence uper side surface be in close contact, and in contact after continue towards machining machine and tool 100
Rear extreme direction move；Then, by above-mentioned and the first glass reflecting micropartical hot melt film 2 and the second glass
Each bar high toughness yarn 1 of glass reflective micropartical hot melt film 3 contact is simultaneously directed machining machine and tool 100
In second baking box 102, carry out second time Baking out, now will make the first glass reflecting micropartical
The inner side table that hot melt film 2 and the second glass reflecting micropartical hot melt film 3 contact with this high toughness yarn 1
Face viscose 11 heat is melted；And then, by the 3rd conveying wheels 105 by above-mentioned first glass reflecting microgranule
Sub-hot melt film 2 and the second glass reflecting micropartical hot melt film 3 and this high toughness yarn 1 are simultaneously by second
Baking box 102 guides, and by the 3rd conveying wheels 105 by above-mentioned second glass reflecting microgranule
The viscose 11 that sub-hot melt film 3 heat is melted is transferred to the uper side surface of each bar high toughness yarn 1, and makes viscose
Glass reflecting micropartical 10 contained in 11 is together firm is attached to this each bar high tenacity yarn equably
The uper side surface of line 1；At the same time, the second glass reflecting micropartical hot melt film 3 after transfer becomes
Second release paper 3 ', after by the 3rd conveying wheels 107 by one on rolling wheel 111 furl, and each
Bar high toughness yarn 1 and the first glass reflecting micropartical hot melt film 2 still continue towards machining machine and tool 100
Rear extreme direction moves；Followed by, above-mentioned each bar high toughness yarn 1 and the first glass reflecting micropartical heat
Melt film 2 is by the 4th conveying wheels 106, and makes above-mentioned first glass reflecting micropartical hot melt film 2 heat
The viscose 11 melted is transferred to the downside surface of this each bar high toughness yarn 1, and makes in viscose 11 contained
Some glass reflecting micropartical 10 together firm downside being attached to this each bar high toughness yarn 1 equably
Surface；At the same time, the first glass reflecting micropartical hot melt film 2 after transfer becomes the first release paper
2 ', furled by rolling wheel 112 once after by the 4th conveying wheels 106；At this moment high toughness yarn 1
Become upper and lower both sides and be all attached with the reflective yarn of high tenacity 200 of viscose 11 and glass reflecting micropartical 10,
And still the lasting rear extreme direction towards machining machine and tool 100 moves；Then, the reflective yarn of above-mentioned high tenacity is made
200 are split by the slitting knife wheels 109 of machining machine and tool 100, to be formed independent and not glue mutually
The glutinous reflective yarn of high tenacity 200, as shown in Figure 7；Finally, by machining machine and tool 100 end
Expansion wheels 110 come the most independently and the most gluing glutinous high tenacity reflective yarn 200 diffusion and divide
Do not furl.
By this kind of manufacture method, can quickly and easily produce the reflective yarn of high tenacity 200, and
The first glass reflecting micropartical hot melt film 2 and the second glass reflecting micropartical is allowed by machining machine and tool 100
Glass reflecting micropartical 10 on hot melt film 3, can be attached to the upper of high toughness yarn 1 correspondence continuously
Downside, allows high toughness yarn 1 become the reflective yarn of high tenacity 200, and then makes high toughness yarn 1
All-round face have a good reflecting effect, and can as yarn equally use.
Secondly because glass reflecting micropartical 10 be toasted postadhesion on high toughness yarn 1, institute
The problem peeled off not worry glass reflecting micropartical 10 to occur, and can wash or dry,
Different from typically there being the article using tradition Reflect light line, it can often protect cleaning, has smelly without worry
Taste or unclean problem, beneficially prolonged application.
In above-mentioned, described 4th conveying wheels 106 front arrange the first pressurization wheels 107 and/or after
Side arranges the second pressurization wheels 108, and the viscose 11 and the glass that will be attached to high toughness yarn 1 surface are anti-
Light particles 10 carries out spreading so that it is close attachment can be fixed on high toughness yarn about 1 both side surface；
By the way of pressurizeing up and down, allow this high toughness yarn 1 and this first glass reflecting micropartical hot melt film
2, the second glass reflecting micropartical hot melt film 3 is in close contact.
In above-mentioned, the first glass reflecting micropartical hot melt film 2 and the second glass reflecting micropartical hot melt film
3 is the reflective sheeting made with manufacturing company's (being called for short 3M company) by Minnesota ,USA mining industry, and this is reflective
Paper structure is as it is shown on figure 3, be the single side surface one layer of i.e. melting of heat of coating at soft plastic film 12
Viscose 11, include multiple glass reflecting micropartical 10 in described viscose 11.When viscose 11, glass
After the reflective micropartical of glass 10 is by departing from soft plastic film 12 surface, become above-mentioned first from
Type paper 2 ' or the second release paper 3 '.
In above-mentioned, state the first conveying wheels 103, second carry wheels the 104, the 3rd conveying wheels 105,
4th conveying wheels 106 toss about in bed in the way of upper and lower two-wheeled clamps, and it applies pressure limit and exists
2.5-3.5kg；By the pressuring method of this kind light pressure, can allow the glass reflecting micropartical 10 can be the most attached
In high toughness yarn 1 surface, be the most also avoided that excessive contact causes glass reflecting micropartical 10
It is packed together, or causes adhesive rate to reduce.
In above-mentioned, the Baking out temperature range of the first baking box 101 and the second baking box 102 is 100 DEG C
To 120 DEG C, the length of two baking boxes is all at least 1m；According to above-mentioned, use different heating-up temperatures,
Allow glass reflecting micropartical 10 the most firm can be attached to high toughness yarn 1 surface equably so that it is more
It is not easy to come off；The design of baking box length, is provided that enough baking times, it is provided that enough temperatures,
To allow glass reflecting micropartical 10 can quickly be fixed on high toughness yarn 1 surface.
In above-mentioned, state a plurality of high toughness yarn 1 and importing first conveying wheels the 103, second delivery wheel
When group the 104, the 3rd conveying wheels the 105, the 4th carry wheels 106, between each yarn and trestle column
It is 200 μm；And the wheel rim surface respectively carrying wheels has the parallel ditch seam composed and laid out of multiple tracks, it is used for embedding
High toughness yarn 1 is to guide its straight ahead.Also, by the application of four conveying wheels, can be to the
One glass reflecting micropartical hot melt film the 2, second glass reflecting micropartical hot melt film 3 pressurizes, and makes both
Glass reflecting micropartical 10 can be combined with high toughness yarn 1 surface securely.
Hereinafter, be the machining machine and tool 100 introducing the present invention for manufacturing the reflective yarn of high tenacity, as Fig. 1,
Shown in Fig. 2, machining machine and tool 100 is the most sequentially arranged: guide wheel group 113, and it includes multiple use
Guide wheel in traction high toughness yarn 1；First conveying wheels 103, including upper and lower two clip wheels, are used for
Guide and carry high toughness yarn 1 and the first glass reflecting micropartical hot melt film 2；First baking box 101,
For the heater that the viscose of the first glass reflecting micropartical hot melt film 2 is melted；Second conveying wheels
104, including upper and lower two clip wheels, it is used for guiding and carry high toughness yarn the 1, first glass reflecting microgranule
Sub-hot melt film 2 and the second glass reflecting micropartical hot melt film 3；Second baking box 102, for by first
Glass reflecting micropartical hot melt film 2 and the second glass reflecting micropartical hot melt film 3 viscose melted
Heater；3rd conveying wheels 105, including upper and lower two clip wheels, are used for guiding and carry high tenacity yarn
Line the 1, first glass reflecting micropartical hot melt film 2 and the second glass reflecting micropartical hot melt film 3；4th
Conveying wheels 106, including upper and lower two clip wheel compositions, are used for guiding and carry high toughness yarn 1, first
Glass reflecting micropartical hot melt film 2 and the second glass reflecting micropartical hot melt film 3；Slitting knife wheels 109,
Break bar symmetrical above and below for the segmentation reflective yarn of high tenacity 200 side by side；And expanding wheel 110, use
In the upper lower tumbler guiding and spreading the reflective yarn of high tenacity 200.
The front of above-mentioned 4th conveying wheels 106 arranges the first pressurization wheels 107 and/or rear difference
Second pressurization wheels 108 are set, for by viscose 11 and multiple multiple glass reflecting micropartical 10 spreading
It is fixed on the two sides up and down of high toughness yarn 1.
The lower section of above-mentioned first conveying wheels 103 arranges and can export the first glass reflecting micropartical hot melt film
2 lower to wheel 21, and second conveying wheels 104 be provided above exporting the second glass reflecting micropartical
To wheel 31 on hot melt film 3；Next, it is release that the 3rd conveying wheels 105 are provided above furling second
The upper rolling wheel 111 of paper 3 '；And arrange below the 4th conveying wheels 106 and can furl the first release paper 2 '
Lower rolling wheel 112.As shown in Figure 1, lower give wheel 21 position be upper to wheel 31 before, last volume
The position of wheel 112 is after upper rolling wheel 111；Therefore, high toughness yarn 1, will first when conveying
Contact with the first glass reflecting micropartical hot melt film 2, the most again with the second glass reflecting micropartical hot melt
Film 3 contacts；And, second release paper 3 ' can first depart from high toughness yarn 1, be finally only first from
Type paper 2 ' departs from high toughness yarn 1.If disobeying aforesaid way to arrange, high toughness yarn 1 will be because of upper
Lower pulling force inequality causes and bends and non-linear shape, makes sizing shaky and affects follow-up segmentation；Therefore,
For stable high toughness yarn 1 and the first glass reflecting micropartical hot melt film 2 and the first glass reflecting
The contact combination of micropartical hot melt film 3 and separation relation, it is necessary to make the first glass reflecting micropartical hot melt
Film 2 to the second glass reflecting micropartical hot melt film 3 more first contacts high toughness yarn 1, and first from
Type paper 2 ' is than the second release paper 3 ' more late disengaging high toughness yarn 1, accordingly, by lower to wheel 21
Contacting of the first glass reflecting micropartical hot melt film 2 and high toughness yarn 1 is held with lower rolling wheel 112,
Just can be when the second release paper 3 ' departs from high toughness yarn 1, it is to avoid because upper pulling force affects high tenacity yarn
The straight ahead of line 1 causes flexural deformation and flaw to produce.
The reflective yarn of high tenacity 200 of the present invention, its by: multiply forms the high toughness yarn 1 of wall scroll；
And uniformly adhere to and be fixed on the viscose 11 of above-mentioned high toughness yarn 1 outer fringe surface and multiple glass reflecting
Micropartical 10 is formed；Above-mentioned high toughness yarn 1 is nylon yarn, its diameter range be 150 to
200μm；The particle size range of above-mentioned glass reflecting micropartical 10 is 200 to 270 mesh.
By the use of the reflective yarn of high tenacity 200, tradition Reflect light line can be different from, be applied to such as figure
On sewing clothes shown in 8 or weaving cotton cloth as shown in Figure 9, it is not susceptible to fracture, can bear bigger
Power, range of application is more extensive, and enforcement do not has protrusion, lofty problem, and then as
Medicated clothing, weave cotton cloth and apply.
Above, the structure of the present invention, feature and effect effect are described in detail according to diagrammatically shown embodiment
Really；Only the foregoing is only presently preferred embodiments of the present invention, but the present invention is not real to limit shown in drawing
Execute scope, the most such as with it is intended that be consistent modified change, as long as in equivalency range all
Should contain and belong to patent category of the present invention.
Claims (10)
1. the preparation method of the reflective yarn of high tenacity, it is characterised in that including:
A plurality of high toughness yarn (1) is provided, and is conducted in a machining machine and tool (100)；
First, above-mentioned each bar high toughness yarn (1) is carried by the first of this machining machine and tool (100) front end
After wheels (103) traction so that it is the rear extreme direction towards machining machine and tool (100) moves the most side by side,
And imported the first glass reflecting micropartical hot melt film (2) to wheel (21) in the downside of high toughness yarn (1) by lower,
This first glass reflecting micropartical hot melt film (2) is by the first conveying wheels (103) and above-mentioned each bar high-ductility
Property downside surface corresponding to (1) yarn be in close contact, and continue towards machining machine and tool after contact
(100) rear extreme direction moves；
Then, by above-mentioned each bar high toughness yarn (1) and the first glass reflecting micropartical hot melt film contacted
(2) it is simultaneously directed in first baking box (101) of machining machine and tool (100), carries out Baking out for the first time, make
The viscose (11) of the first glass reflecting micropartical hot melt film (2) single side surface melts；
Subsequently, by the second conveying wheels (104) in machining machine and tool (100), by this high toughness yarn (1)
Guided by the first baking box (101) with the first glass reflecting micropartical hot melt film (2) and go out, the most persistently court
The rear extreme direction of machining machine and tool (100) moves；Now, the upside each bar high toughness yarn (1) is given from above
Wheel (31) imports the second glass reflecting micropartical hot melt film (3), this second glass reflecting micropartical hot melt film (3)
The uper side surface corresponding with each bar high toughness yarn (1) by the second conveying wheels (104) closely connects
Touch, and the lasting rear extreme direction towards machining machine and tool (100) moves after contact；
Then, by above-mentioned with the first glass reflective micropartical hot melt film (2) and with the second glass reflecting micropartical
Each bar high toughness yarn (1) that hot melt film (3) contacts is simultaneously directed the second baking box of machining machine and tool (100)
(102), in, carry out second time Baking out, now will make the first glass reflective micropartical hot melt film (2) and the
Inner surface viscose (11) heat that two glass reflectings micropartical hot melt film (3) contact with this high toughness yarn (1)
Melt；
And then, by the 3rd conveying wheels (105) by above-mentioned first glass reflective micropartical hot melt film (2) and
Second glass reflecting micropartical hot melt film (3) and this high toughness yarn (1) are simultaneously by the second baking box (102)
Guide and go out, and by the 3rd conveying wheels (105) by above-mentioned second glass reflecting micropartical hot melt film (3)
The viscose (11) that heat is melted is transferred to the uper side surface of each bar high toughness yarn (1), and makes in viscose (11) contained
Some glass reflecting micropartical (10) are together firm is attached to the upper of this each bar high toughness yarn (1) equably
Side surface；At the same time, to become second release for the second glass reflecting micropartical hot melt film (3) after transfer
Paper (3 '), after by the 3rd conveying wheels (107), by rolling wheel (111) retracting on, and each bar high-ductility
Property yarn (1) still continue towards the rear end of machining machine and tool (100) with the first glass reflecting micropartical hot melt film (2)
Direction is moved；
Followed by, above-mentioned each bar high toughness yarn (1) is passed through with the first glass reflecting micropartical hot melt film (2)
4th conveying wheels (106), and make the viscose (11) that above-mentioned first glass reflecting micropartical hot melt film (2) heat melts
It is transferred to the downside surface of this each bar high toughness yarn (1), and makes glass contained in viscose (11) anti-
Light particles (10) the together firm downside surface being attached to this each bar high toughness yarn (1) equably；?
This simultaneously, the first glass reflecting micropartical hot melt film (2) after transfer becomes the first release paper (2 '),
After the 4th conveying wheels (106), rolling wheel once (112) furl；At this moment high toughness yarn (1) becomes
Both sides are all attached with the reflective yarn of the high tenacity (200) of viscose (11) and glass reflecting micropartical (10) up and down,
And still the lasting rear extreme direction towards machining machine and tool (100) moves；
Then, the reflective yarn of the above-mentioned high tenacity (200) the slitting knife wheels by machining machine and tool (100) are made
(109) split, to form the independent and the most not viscous glutinous reflective yarn of high tenacity (200)；
Finally, will be each independent and the most not viscous glutinous by the expansion wheels (110) of machining machine and tool (100) end
The reflective yarn of high tenacity (200) diffusion come and furl respectively.
2. the preparation method of the reflective yarn of high tenacity as claimed in claim 1, it is characterised in that: described the
Four conveying wheels (106) fronts arrange the first pressurization wheels (107) and/or rear arranges the second press roll
Group (108), will be attached to viscose (11) and the glass reflecting micropartical (10) on high toughness yarn (1) surface
Carry out spreading so that it is close attachment is fixed on high toughness yarn (1) both side surface up and down.
3. the preparation method of the reflective yarn of high tenacity as claimed in claim 1, it is characterised in that: described the
One glass reflecting micropartical hot melt film (2) and the second glass reflecting micropartical hot melt film (3) are a kind of reflective
Paper, this reflective sheeting is the viscose of the single side surface one layer of i.e. melting of heat of coating at soft plastic film (12)
(11), multiple glass reflecting micropartical (10) is included in described viscose (11).
4. the preparation method of the reflective yarn of high tenacity as claimed in claim 1, it is characterised in that: described the
One conveying wheels (103), the second conveying wheels (104), the 3rd conveying wheels (105) and the 4th
Conveying wheels (106) all tosses about in bed in the way of upper and lower two-wheeled clamps, and it applies pressure limit and exists
2.5-3.5kg。
5. the preparation method of the reflective yarn of high tenacity as claimed in claim 1, it is characterised in that: described the
One baking box (101) and second (102) Baking out temperature range be 100 DEG C to 120 DEG C, two dry
The length of baking box is all at least 1m.
6. the preparation method of the reflective yarn of high tenacity as claimed in claim 1, it is characterised in that: a plurality of institute
State high toughness yarn (1) and import the first conveying wheels (103), the second conveying wheels (104), the 3rd conveying
When wheels (105) and the 4th conveying wheels (106), between each yarn and trestle column is 200 μm；And it is each
The wheel rim surface of conveying wheels has the parallel ditch seam composed and laid out of multiple tracks, be used for embedding high toughness yarn (1) with
Guide its straight ahead.
7. for the machining machine and tool of preparation method for the reflective yarn of high tenacity described in claim 1, its
Being characterised by, it is the most sequentially provided with:
Guide wheel group (113), including multiple guide wheels for drawing high toughness yarn (1)；
First conveying wheels (103), including upper and lower two clip wheels, is used for guiding and carry high toughness yarn (1)
And first glass reflecting micropartical hot melt film (2)；
First baking box (101), is for being melted by the viscose of the first glass reflecting micropartical hot melt film (2)
Heater；
Second conveying wheels (104), including upper and lower two clip wheels, be used for guiding and carry high toughness yarn (1),
First glass reflecting micropartical hot melt film (2) and the second glass reflecting micropartical hot melt film (3)；
Second baking box (102), is for by the first glass reflecting micropartical hot melt film (2) and the second glass
The reflective micropartical hot melt film (heater that the viscose of (3) is melted；
3rd conveying wheels (105), including upper and lower two clip wheels, be used for guiding and carry high toughness yarn (1),
First glass reflecting micropartical hot melt film (2) and the second glass reflecting micropartical hot melt film (3)；
4th conveying wheels (106), including upper and lower two clip wheels, be used for guiding and carry high toughness yarn (1),
First glass reflecting micropartical hot melt film (2) and the second glass reflecting micropartical hot melt film (3)；
Slitting knife wheels (109), for the cutter symmetrical above and below of the segmentation reflective yarn of high tenacity (200) side by side
Wheel；And
Expanding wheel (110), is used for guiding and spreading the upper lower tumbler of the reflective yarn of high tenacity (200).
8. machining machine and tool as claimed in claim 7, it is characterised in that: described first conveying wheels (103)
Lower section arrange and can export the lower to wheel (21) of the first glass reflecting micropartical hot melt film (2), and second is defeated
Wheels (104) are sent to be provided above exporting the upper to wheel (31) of the second glass reflecting micropartical hot melt film (3)；
Described 3rd conveying wheels (105) is provided above furling the upper rolling wheel (111) of the second release paper (3 '), and
4th conveying wheels (106) lower section arranges the lower rolling wheel (112) that can furl the first release paper (2 ').
9. machining machine and tool as claimed in claim 7, it is characterised in that: described 4th conveying wheels (106)
Front the first pressurization wheels (107) are set and/or rear arranges the second pressurization wheels (108),
For viscose (11) and multiple glass reflecting micropartical (10) spreading are fixed on high toughness yarn (1)
Lower two sides.
10. the high tenacity made according to the preparation method of the reflective yarn of high tenacity described in claim 1
Reflective yarn, it is characterised in that its by:
The high toughness yarn (1) of multiply composition wall scroll；And
Uniformly adhere to and be fixed on the viscose (11) of above-mentioned high toughness yarn (1) outer fringe surface and multiple glass
Reflective micropartical (10) is formed；
Above-mentioned high toughness yarn (1) is nylon yarn, and its diameter range is 150 to 200 μm；
The particle size range of above-mentioned glass reflecting micropartical (10) is 200 to 270 mesh.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510124440.2A CN106032589A (en) | 2015-03-20 | 2015-03-20 | High-toughness reflection yarn and manufacturing method thereof, and processing machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510124440.2A CN106032589A (en) | 2015-03-20 | 2015-03-20 | High-toughness reflection yarn and manufacturing method thereof, and processing machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN106032589A true CN106032589A (en) | 2016-10-19 |
Family
ID=57148790
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510124440.2A Pending CN106032589A (en) | 2015-03-20 | 2015-03-20 | High-toughness reflection yarn and manufacturing method thereof, and processing machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN106032589A (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106351021A (en) * | 2016-11-14 | 2017-01-25 | 苏州市兴丰强纺织科技有限公司 | Production process of colorful reflective jacquard fabric |
| CN106436343A (en) * | 2016-11-14 | 2017-02-22 | 苏州市兴丰强纺织科技有限公司 | Production process of light-reflecting jacquard fabric |
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| CN2317012Y (en) * | 1998-01-26 | 1999-05-05 | 捷安特(中国)有限公司 | Coating structure with reflecting effect for bicycle |
| CN1451791A (en) * | 2002-04-18 | 2003-10-29 | 株式会社晓星 | Fluorescent polymer cored yarn and producing method thereof |
| US20030215631A1 (en) * | 2002-05-17 | 2003-11-20 | Kyung-Joong Kang | Reflective yarn and method of producing the same |
| TW201124571A (en) * | 2010-01-11 | 2011-07-16 | Tian-Jin Bai | Texture of light-emitting yarn thread. |
| CN103472511A (en) * | 2013-09-16 | 2013-12-25 | 宁波东旭成新材料科技有限公司 | High-stiffness reflecting film and manufacturing method thereof |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2317012Y (en) * | 1998-01-26 | 1999-05-05 | 捷安特(中国)有限公司 | Coating structure with reflecting effect for bicycle |
| CN1451791A (en) * | 2002-04-18 | 2003-10-29 | 株式会社晓星 | Fluorescent polymer cored yarn and producing method thereof |
| US20030215631A1 (en) * | 2002-05-17 | 2003-11-20 | Kyung-Joong Kang | Reflective yarn and method of producing the same |
| TW201124571A (en) * | 2010-01-11 | 2011-07-16 | Tian-Jin Bai | Texture of light-emitting yarn thread. |
| CN103472511A (en) * | 2013-09-16 | 2013-12-25 | 宁波东旭成新材料科技有限公司 | High-stiffness reflecting film and manufacturing method thereof |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106351021A (en) * | 2016-11-14 | 2017-01-25 | 苏州市兴丰强纺织科技有限公司 | Production process of colorful reflective jacquard fabric |
| CN106436343A (en) * | 2016-11-14 | 2017-02-22 | 苏州市兴丰强纺织科技有限公司 | Production process of light-reflecting jacquard fabric |
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