CN106757593B - A method of having the sizing machine and manufacture sizing of broken end detection and filoplume detection function - Google Patents
A method of having the sizing machine and manufacture sizing of broken end detection and filoplume detection function Download PDFInfo
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- CN106757593B CN106757593B CN201611151114.1A CN201611151114A CN106757593B CN 106757593 B CN106757593 B CN 106757593B CN 201611151114 A CN201611151114 A CN 201611151114A CN 106757593 B CN106757593 B CN 106757593B
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- D—TEXTILES; PAPER
- D01—NATURAL OR MAN-MADE THREADS OR FIBRES; SPINNING
- D01H—SPINNING OR TWISTING
- D01H13/00—Other common constructional features, details or accessories
- D01H13/32—Counting, measuring, recording or registering devices
-
- D—TEXTILES; PAPER
- D01—NATURAL OR MAN-MADE THREADS OR FIBRES; SPINNING
- D01H—SPINNING OR TWISTING
- D01H15/00—Piecing arrangements ; Automatic end-finding, e.g. by suction and reverse package rotation; Devices for temporarily storing yarn during piecing
-
- D—TEXTILES; PAPER
- D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
- D06B—TREATING TEXTILE MATERIALS USING LIQUIDS, GASES OR VAPOURS
- D06B1/00—Applying liquids, gases or vapours onto textile materials to effect treatment, e.g. washing, dyeing, bleaching, sizing or impregnating
- D06B1/02—Applying liquids, gases or vapours onto textile materials to effect treatment, e.g. washing, dyeing, bleaching, sizing or impregnating by spraying or projecting
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- D—TEXTILES; PAPER
- D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
- D06B—TREATING TEXTILE MATERIALS USING LIQUIDS, GASES OR VAPOURS
- D06B23/00—Component parts, details, or accessories of apparatus or machines, specially adapted for the treating of textile materials, not restricted to a particular kind of apparatus, provided for in groups D06B1/00 - D06B21/00
- D06B23/24—Means for regulating the amount of treating material picked up by the textile material during its treatment
-
- D—TEXTILES; PAPER
- D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
- D06H—MARKING, INSPECTING, SEAMING OR SEVERING TEXTILE MATERIALS
- D06H3/00—Inspecting textile materials
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- Textile Engineering (AREA)
- Mechanical Engineering (AREA)
- Chemical & Material Sciences (AREA)
- Materials Engineering (AREA)
- Treatment Of Fiber Materials (AREA)
Abstract
The invention discloses a kind of sizing machines having broken end detection and filoplume detection function, including warp beam, thread accumulation device, the first apparatus for detection of breaking of yarn, the first automatic piecing arrangement, the first dyeing apparatus, the first filoplume detection device, first nanometer of device for spinning, third filoplume detection device, plasma gassing apparatus and winding device.Using the present invention, a kind of this machine can be achieved with broken end detection, connector processing, spraying dyeing, filoplume detection and nanometer spinning, effectively increases working efficiency, reduces the complexity of equipment, reduce cost.
Description
Technical field
The present invention relates to sizing machines, more particularly to a kind of sizing machine and system having broken end detection and filoplume detection function
The method of pulping yarn.
Background technology
Sizing machine is to carry out the equipment that starching handles to obtain sizing to spun yarn.Sizing machine in the prior art often only will
Spun yarn forms sizing, does not have broken end detection function, can not realize that filoplume detects, and broken end detection and filoplume detection will pass through it
His machine carries out, and leads to that working efficiency is low, equipment is complicated, cost is higher.
Invention content
Goal of the invention：The object of the present invention is to provide a kind of broken ends that has that work efficiency is high, equipment is simple, at low cost to examine
The method of the sizing machine and manufacture sizing of survey and filoplume detection function.
Technical solution：
It is of the present invention have broken end detection and filoplume detection function sizing machine, including warp beam, thread accumulation device,
First apparatus for detection of breaking of yarn, the first automatic piecing arrangement, the first dyeing apparatus, the first filoplume detection device, first nanometer of spinning
Device, third filoplume detection device, plasma gassing apparatus and winding device；
Spun yarn is unwound from warp beam, is stored into thread accumulation device, and the first broken end detection dress is then passed through
It sets and carries out broken end detection：When detecting that spun yarn has broken end, starts the first automatic piecing arrangement and carry out connector processing, then give
First dyeing apparatus carries out spraying dyeing；Otherwise it is directly fed to the first dyeing apparatus and carries out spraying dyeing；Then pass through first mao
Plumage detection device carries out filoplume detection, and the first filoplume detection device is according to filoplume testing result first nanometer of device for spinning of setting
Parameter, then nanofiber is sprayed by first nanometer of device for spinning, nanofiber obtains after wrapping up the spraying dyeing of the first dyeing apparatus
The product arrived forms nano fibrous membrane, then carries out filoplume detection, third filoplume detection device by third filoplume detection device
The parameter that first nanometer of device for spinning is adjusted according to filoplume testing result, and is arranged the parameter of plasma gassing apparatus, wait from
Daughter gassing apparatus carries out processing of singing, and is wound finally by winding device, forms sizing.
Further, further include the first plasma dress being set between the first automatic piecing arrangement and the first dyeing apparatus
It sets, and the first drying unit between the first dyeing apparatus and the first filoplume detection device and first resistor detection dress
It sets；Spun yarn carries out surface modification treatment by the first plasma device, then carries out spraying dyeing by the first dyeing apparatus, connects
It and drying fixation treatment is carried out by the first drying unit, then drying effect is detected by first resistor detection device,
First resistor detection device judges testing result：If detection is unqualified, feedback signal gives the first drying unit, the
One drying unit adjusting parameter, while filoplume detection is carried out by the first filoplume detection device；It is directly logical if detection is qualified
It crosses the first filoplume detection device and carries out filoplume detection.
Further, further include the computer color measurement and color match dress being set between the first dyeing apparatus and the first filoplume detection device
It sets and the second dyeing apparatus；Computer color measurement and color match device is detected coloration result, and is judged whether according to coloration result
Activate the second dyeing apparatus.
Further, further include the second plasma dress being set between computer color measurement and color match device and the second dyeing apparatus
It sets, and the second drying unit between the second dyeing apparatus and the first filoplume detection device and second resistance detection dress
It sets；If coloration result is unqualified, activates and also activate the second plasma device, the second drying while the second dyeing apparatus
Device and second resistance detection device, the product obtained after the spraying dyeing of the first dyeing apparatus pass through computer color measurement and color match device
After being detected, by the second plasma device carry out surface modification treatment, then by the second dyeing apparatus into advance one
Step spraying dyeing, then carries out drying fixation treatment, then by second resistance detection device to drying by the second drying unit
Effect is detected, and second resistance detection device judges testing result：If the detection of second resistance detection device does not conform to
Lattice, then feedback signal gives the second drying unit, the second drying unit adjusting parameter, while being carried out by the first filoplume detection device
Filoplume detects, if the detection of second resistance detection device is qualified, directly carries out filoplume detection by the first filoplume detection device；
If coloration result is qualified, the second dyeing apparatus, the second plasma device, the second drying unit and second resistance are not activated
Detection device.
Further, further include the second filoplume detection being set between first nanometer of device for spinning and third filoplume detection device
Device and second nanometer of device for spinning；The product obtained after first nanometer of device for spinning spraying nanofiber is examined by the second filoplume
It surveys device and carries out filoplume detection, and second nanometer of device for spinning of activation is judged whether according to filoplume testing result.
Further, further include the 4th plasma being set between the second filoplume detection device and second nanometer of device for spinning
Device, and the 4th drying unit between second nanometer of device for spinning and third filoplume detection device and the inspection of the 4th resistance
Survey device；If the filoplume testing result of the second filoplume detection device is unqualified, in the same of second nanometer of device for spinning of activation
When also activate the 4th plasma device, the 4th drying unit and the 4th resistor detecting device, first nanometer of device for spinning spraying
After the product obtained after nanofiber carries out filoplume detection by the second filoplume detection device, pass through the 4th plasma device
Surface modification treatment is carried out, nanofiber is then sprayed by second nanometer of device for spinning, nanofiber wraps up the 4th plasma
The product obtained after body device surface modification treatment forms nano fibrous membrane, then carries out drying and shaping by the 4th drying unit,
Then drying effect is detected by the 4th resistor detecting device, the 4th resistor detecting device, which makes testing result, to be sentenced
It is disconnected：If detection is unqualified, feedback signal gives the 4th drying unit, the 4th drying unit adjusting parameter, while passing through third
Filoplume detection device carries out filoplume detection；If detection is qualified, filoplume detection is directly carried out by third filoplume detection device.
Further, further include the third plasma being set between the first filoplume detection device and first nanometer of device for spinning
Device, and the third drying unit between first nanometer of device for spinning and third filoplume detection device and 3rd resistor inspection
Survey device；The product obtained after the spraying dyeing of first dyeing apparatus first passes through third plasma device and carries out at the modification of surface
Reason, then nanofiber is sprayed by first nanometer of device for spinning, drying and shaping is then carried out by third drying unit, is then led to
It crosses 3rd resistor detection device to be detected drying effect, 3rd resistor detection device judges testing result：If
Detect unqualified, then feedback signal gives third drying unit, third drying unit adjusting parameter, while being detected by third filoplume
Device carries out filoplume detection；If detection is qualified, filoplume detection is directly carried out by third filoplume detection device.
Further, further include being set to the second apparatus for detection of breaking of yarn between plasma gassing apparatus and winding device and the
Two automatic piecing arrangements；Plasma gassing apparatus obtained product after processing of singing is broken by the second apparatus for detection of breaking of yarn
Head detection：When detecting the presence of broken end, start the second automatic piecing arrangement and carry out connector processing, then gives winding device progress
Winding processing；Otherwise it is directly fed to winding device and is wound processing.
The method of manufacture sizing of the present invention, includes the following steps：
S1：Spun yarn is unwound from warp beam, is stored into thread accumulation device；
S2：Broken end detection is carried out to spun yarn by the first apparatus for detection of breaking of yarn：When detecting that spun yarn has broken end, start
First automatic piecing arrangement carries out connector processing, then carries out step S3；Otherwise, step S3 is directly carried out；
S3：The product that step S2 is obtained carries out surface modification treatment by the first plasma device；
S4：The product that step S3 is obtained carries out spraying dyeing by the first dyeing apparatus；
S5：The product that step S4 is obtained carries out drying fixation treatment by the first drying unit；
S6：The product that step S5 is obtained is detected drying effect by first resistor detection device, first resistor inspection
Device is surveyed to judge testing result：If detection is unqualified, feedback signal gives the first drying unit, the first drying unit
Adjusting parameter is carried out at the same time step S7；If detection is qualified, step S7 is directly carried out；
S7：The coloration result of the obtained products of step S6 is detected by computer color measurement and color match device, computer
Color measurement and color match device is judged according to coloration result：If coloration result is unqualified, the second plasma device, are activated
Then two dyeing apparatus, the second drying unit and second resistance detection device carry out step S8；If coloration result is qualified,
Skip to step S12；
S8：The product that step S7 is obtained carries out surface modification treatment by the second plasma device；
S9：The product that step S8 is obtained carries out further spraying dyeing by the second dyeing apparatus；
S10：The product that step S9 is obtained carries out drying fixation treatment by the second drying unit；
S11：The product that step S10 is obtained is detected drying effect by second resistance detection device, second resistance
Detection device judges testing result：If detection is unqualified, feedback signal gives the second drying unit, the second drying dress
Adjusting parameter is set, step S12 is carried out at the same time；If detection is qualified, step S12 is directly carried out；
S12：Filoplume detection is carried out by the first filoplume detection device, and the first nano-spun is arranged according to filoplume testing result
The parameter of silk device；
S13：The product that step S12 is obtained carries out surface modification treatment by third plasma device；
S14：The product that step S13 is obtained sprays nanofiber, nanofiber package step by first nanometer of device for spinning
The product that rapid S13 is obtained, forms nano fibrous membrane；
S15：The product that step S14 is obtained carries out drying and shaping by third drying unit；
S16：The product that step S15 is obtained is detected drying effect by 3rd resistor detection device, 3rd resistor
Detection device judges testing result：If detection is unqualified, feedback signal gives third drying unit, third drying dress
Adjusting parameter is set, step S17 is carried out at the same time；If detection is qualified, step S17 is directly carried out；
S17：The product that step S16 is obtained carries out filoplume detection by the second filoplume detection device, and is detected according to filoplume
As a result it judges：If filoplume testing result is unqualified, activation the 4th plasma device, second nanometer of device for spinning,
4th drying unit and the 4th resistor detecting device, and carry out step S18；If filoplume testing result is qualified, step is skipped to
S23；
S18：The product that step S17 is obtained carries out surface modification treatment by the 4th plasma device；
S19：The product that step S18 is obtained sprays nanofiber, nanofiber package step by second nanometer of device for spinning
The product that rapid S18 is obtained, forms nano fibrous membrane；
S20：The product that step S19 is obtained carries out drying and shaping by the 4th drying unit；
S21：The product that step S20 is obtained is detected drying effect by the 4th resistor detecting device, the 4th resistance
Detection device judges testing result：If detection is unqualified, feedback signal gives the 4th drying unit, the 4th drying dress
Adjusting parameter is set, step S22 is carried out at the same time；If detection is qualified, step S22 is directly carried out；
S22：Filoplume detection is carried out by third filoplume detection device, third filoplume detection device is according to filoplume testing result
The parameter of first nanometer of device for spinning is adjusted, and the parameter of plasma gassing apparatus is set；
S23：Processing of singing is carried out by plasma gassing apparatus；
S24：The product that step S23 is obtained carries out broken end detection by the second apparatus for detection of breaking of yarn：It is disconnected when detecting the presence of
When head, starts the second automatic piecing arrangement and carry out connector processing, then carry out step S25；Otherwise step S25 is directly carried out；
S25：The product that step S24 is obtained is wound processing by winding device, forms sizing.
Advantageous effect：The present invention carries out broken end detection by the first apparatus for detection of breaking of yarn, passes through the first automatic piecing arrangement
Connector processing is carried out, can effectively detect whether the spun yarn in the presence of broken end, and connector processing is carried out to the spun yarn of broken end；Also,
First dyeing apparatus is can be adjusted dyes at any time using spraying dyeing, need not also be used water or carbon dioxide pair
Dyestuff is dissolved, and dyeing is simple, staining efficiency is high, at low cost；Also pass through the first filoplume detection device and third filoplume
Detection device carries out filoplume detection；In addition, a kind of this machine can be achieved with broken end detection, connector processing, spraying using the present invention
Dyeing, filoplume detection and nanometer spinning, effectively increase working efficiency, reduce the complexity of equipment, reduce cost.
Description of the drawings
Fig. 1 is the structure diagram of the specific implementation mode of the present invention.
Specific implementation mode
As shown in Figure 1, present embodiment discloses a kind of sizing machine having broken end detection and dyeing function, including
Warp beam 11, thread accumulation device 128, the first apparatus for detection of breaking of yarn 12, the first automatic piecing arrangement 13, the first dyeing apparatus 15,
First 113, first nanometers of filoplume detection device device for spinning 115, third filoplume detection device 123, plasma gassing apparatus
124 and winding device 127.Spun yarn is unwound from warp beam 11, is stored into thread accumulation device 128, is then passed through
First apparatus for detection of breaking of yarn 12 carries out broken end detection：When detecting that spun yarn has broken end, start the first automatic piecing arrangement 13
Connector processing is carried out, then gives the first dyeing apparatus 15 and carries out spraying dyeing；Otherwise it is directly fed to the progress of the first dyeing apparatus 15
Spraying dyeing.Filoplume detection is carried out by the first filoplume detection device 113 again, the first filoplume detection device 113 is examined according to filoplume
Survey the parameter that first nanometer of device for spinning 115 is arranged in result.First nanometer of device for spinning 115 sprays nanofiber, nanometer later
Fiber wraps up the product obtained after the spraying dyeing of the first dyeing apparatus 15, forms nano fibrous membrane, is then examined by third filoplume
It surveys device 123 and carries out filoplume detection, third filoplume detection device 123 adjusts first nanometer of device for spinning according to filoplume testing result
115 parameter, and the parameter of plasma gassing apparatus 124 is set.The place that singes is carried out by plasma gassing apparatus 124 again
Reason, is wound finally by winding device 127, forms sizing.
In addition, can also be equipped with the first plasma device between the first automatic piecing arrangement 13 and the first dyeing apparatus 15
14, spun yarn carries out surface modification treatment by the first plasma device 14, can improve dye-uptake and color fastness.First dyeing dress
The first drying unit 16 and first resistor detection device 17 can be also equipped between filoplume detection device 113 by setting 15 and first, and first
The product obtained after the spraying dyeing of dyeing apparatus 15 carries out drying fixation treatment by the first drying unit 16, then passes through the first electricity
Resistance detection device 17 is detected drying effect, and first resistor detection device 17 judges testing result：If detection
Unqualified, then feedback signal gives the first drying unit 16,16 adjusting parameter of the first drying unit, while being detected by the first filoplume
Device 113 carries out filoplume detection；If detection is qualified, filoplume detection is directly carried out by the first filoplume detection device 113.The
The dyeing dress of computer color measurement and color match device 18 and second can be also equipped between one dyeing apparatus 15 and the first filoplume detection device 113
110 are set, computer color measurement and color match device 18 is detected coloration result, and judges whether the second dye of activation according to coloration result
Color device 110.The second plasma device can be also equipped between computer color measurement and color match device 18 and the second dyeing apparatus 110
19, the second drying unit 111 and second resistance can be also equipped between the second dyeing apparatus 110 and the first filoplume detection device 113
Detection device 112.Third plasma can be also equipped between first filoplume detection device 113 and first nanometer of device for spinning 115
Device 114.The second filoplume detection device can be also equipped between first nanometer of device for spinning 115 and third filoplume detection device 123
118 and second nanometer of device for spinning 120, the second filoplume detection device 118 carries out filoplume detection, and is sentenced according to filoplume testing result
It is disconnected whether to activate second nanometer of device for spinning 120.Between first nanometer of device for spinning 115 and the second filoplume detection device 118 also
Third drying unit 116 and 3rd resistor detection device 117 can be equipped with.Second filoplume detection device 118 and second nanometer of spinning
The 4th plasma device 119 can be also equipped between device 120.Second nanometer of device for spinning 120 and third filoplume detection device
The 4th drying unit 121 and the 4th resistor detecting device 122 can be also equipped between 123, second nanometer of spraying of device for spinning 120 is received
The product obtained after rice fiber carries out drying and shaping by the 4th drying unit 121, then right by the 4th resistor detecting device 122
Drying effect is detected, and the 4th resistor detecting device 122 judges testing result：If detection is unqualified, feed back
Signal gives the 4th drying unit 121,121 adjusting parameter of the 4th drying unit, while being carried out by third filoplume detection device 123
Filoplume detects；If detection is qualified, filoplume detection is directly carried out by third filoplume detection device 123.Plasma is singed
Between device 124 and winding device 127 can also be equipped with the second apparatus for detection of breaking of yarn 125 and the second automatic piecing arrangement 126, wait from
The obtained product after processing of singing of daughter gassing apparatus 124 carries out broken end detection by the second apparatus for detection of breaking of yarn 125：Work as detection
When there is broken end to spun yarn, starts the second automatic piecing arrangement 126 and carry out connector processing, then give winding device volume 127
Around processing；Otherwise it is directly fed to winding device 127 and is wound processing.
All resistor detecting devices in present embodiment are provided to detection drying effect, to control spun yarn
Regain is maintained in certain threshold value, and product quality is kept to stablize.
All dyeing apparatus in present embodiment are all the principles for using 3D printing, in the appearance similar to toner cartridge
It is put into dyestuff in device, is controlled by computer program, it can be according to fiber type unrestricted choice dyes, by color print in fibre
In dimension or yarn.This container can bear certain pressure, and dyeing work is carried out under the conditions of certain temperature and acid-base value.
Dyeing apparatus can be dyed when carrying out dyeing work with a kind of color, form pure color yarn；Multiple color can also be used
It is dyed, forms the yarn that one section of one section of a variety of colors is alternately replaced；It can also be dyed with secondary colour, such as in red
Contain yellow.
All nanometers of device for spinning in present embodiment can be electrostatic spinning apparatus, bubble device for spinning,
Centrifugal spinning device or rotary spinning device, wherein electrostatic spinning apparatus is to apply certain voltage to liquid, makes its generation
Electrostatic draws and attenuates liquid attenuating under the gravitation of positive and negative anodes charge, is similar to the technology of fire-fighting lance water spray.Nanometer spinning dress
Setting 113 can be with 360 ° of spraying nanofiber；Can also locally sprayed nanofiber, while constantly rotation, until 360 ° package
Nanofiber；Or nanofiber is sprayed simultaneously using multiple nozzles, to realize 360 ° of spraying nanofibers；Or it is locally sprayed
It after nanofiber, is heated, makes locally sprayed nanofibers melt, then rotate, to make 360 ° of packets of nanofiber solution
It wraps up in, drying and shaping is carried out finally by drying unit.
All plasma gassing apparatus in present embodiment be all using in electromagnetism bombardment air oxygen or
Person's nitrogen makes it generate flame combustion object.
All filoplume detection devices in present embodiment be all include an illuminator and a light receptors, in
There is examined object to vary by the way that shade, shade will be formed between as long as, is judged according to the quantity of different size shade
The quantity of different length filoplume.
Fig. 1 is the structure diagram of present embodiment, wherein all devices indicated by the solid line are this specific implementations
Device necessary to mode, all devices being represented by dashed line are the devices that can increase and decrease according to actual needs.
Present embodiment also discloses a kind of method of manufacture sizing, includes the following steps：
S1：Spun yarn is unwound from warp beam 11, is stored into thread accumulation device 128；
S2：Broken end detection is carried out to spun yarn by the first apparatus for detection of breaking of yarn 12：When detecting that spun yarn has broken end, open
Dynamic first automatic piecing arrangement 13 carries out connector processing, then carries out step S3；Otherwise, step S3 is directly carried out；
S3：The product that step S2 is obtained carries out surface modification treatment by the first plasma device 14；
S4：The product that step S3 is obtained carries out spraying dyeing by the first dyeing apparatus 15；
S5：The product that step S4 is obtained carries out drying fixation treatment by the first drying unit 16；
S6：The product that step S5 is obtained is detected drying effect by first resistor detection device 17, first resistor
Detection device 17 judges testing result：If detection is unqualified, feedback signal gives the first drying unit 16, and first dries
16 adjusting parameter of equipment for drying, is carried out at the same time step S7；If detection is qualified, step S7 is directly carried out；
S7：The coloration result of the obtained products of step S6 is detected by computer color measurement and color match device 18, is calculated
Machine color measurement and color match device 18 is judged according to coloration result：If coloration result is unqualified, the second plasma is activated to fill
The 19, second dyeing apparatus 110, the second drying unit 111 and second resistance detection device 112 are set, step S8 is then carried out；If
Coloration result is qualified, then skips to step S12；
S8：The product that step S7 is obtained carries out surface modification treatment by the second plasma device 19；
S9：The product that step S8 is obtained carries out further spraying dyeing by the second dyeing apparatus 110；
S10：The product that step S9 is obtained carries out drying fixation treatment by the second drying unit 111；
S11：The product that step S10 is obtained is detected drying effect by second resistance detection device 112, the second electricity
Resistance detection device 112 judges testing result：If detection is unqualified, feedback signal gives the second drying unit 111, the
Two drying units, 111 adjusting parameter, is carried out at the same time step S12；If detection is qualified, step S12 is directly carried out；
S12：Filoplume detection is carried out by the first filoplume detection device 113, and is received according to filoplume testing result setting first
The parameter of rice device for spinning 115；
S13：The product that step S12 is obtained carries out surface modification treatment by third plasma device 114；
S14：The product that step S13 is obtained sprays nanofiber, nanofiber package by first nanometer of device for spinning 115
The product that step S13 is obtained forms nano fibrous membrane；
S15：The product that step S14 is obtained carries out drying and shaping by third drying unit 116；
S16：The product that step S15 is obtained is detected drying effect by 3rd resistor detection device 117, third electricity
Resistance detection device 117 judges testing result：If detection is unqualified, feedback signal is to third drying unit 116,
Three drying units, 116 adjusting parameter, is carried out at the same time step S17；If detection is qualified, step S17 is directly carried out；
S17：The product that step S16 is obtained carries out filoplume detection by the second filoplume detection device 118, and is examined according to filoplume
Result is surveyed to judge：If filoplume testing result is unqualified, 119, the second nanometers of spinning of the 4th plasma device are activated
Device 120, the 4th drying unit 121 and the 4th resistor detecting device 122, and carry out step S18；If filoplume testing result is closed
Lattice then skip to step S23；
S18：The product that step S17 is obtained carries out surface modification treatment by the 4th plasma device 119；
S19：The product that step S18 is obtained sprays nanofiber, nanofiber package by second nanometer of device for spinning 120
The product that step S18 is obtained forms nano fibrous membrane；
S20：The product that step S19 is obtained carries out drying and shaping by the 4th drying unit 121；
S21：The product that step S20 is obtained is detected drying effect by the 4th resistor detecting device 122, the 4th electricity
Resistance detection device 122 judges testing result：If detection is unqualified, feedback signal gives the 4th drying unit 121, the
Four drying units, 121 adjusting parameter, is carried out at the same time step S22；If detection is qualified, step S22 is directly carried out；
S22：Filoplume detection is carried out by third filoplume detection device 123, third filoplume detection device 123 is examined according to filoplume
It surveys result and adjusts the parameter of first nanometer of device for spinning 115, and the parameter of plasma gassing apparatus 124 is set；
S23：Processing of singing is carried out by plasma gassing apparatus 124；
S24：The product that step S23 is obtained carries out broken end detection by the second apparatus for detection of breaking of yarn 125：When detecting the presence of
When broken end, starts the second automatic piecing arrangement 126 and carry out connector processing, then carry out step S25；Otherwise step S25 is directly carried out；
S25：The product that step S24 is obtained is wound processing by winding device 127, forms sizing.
Claims (1)
1. a kind of method of manufacture sizing, it is characterised in that：Include the following steps：
S1：Spun yarn is unwound from warp beam, is stored into thread accumulation device；
S2：Broken end detection is carried out to spun yarn by the first apparatus for detection of breaking of yarn：When detecting that spun yarn has broken end, start first
Automatic piecing arrangement carries out connector processing, then carries out step S3；Otherwise, step S3 is directly carried out；
S3：The product that step S2 is obtained carries out surface modification treatment by the first plasma device；
S4：The product that step S3 is obtained carries out spraying dyeing by the first dyeing apparatus；
S5：The product that step S4 is obtained carries out drying fixation treatment by the first drying unit；
S6：The product that step S5 is obtained is detected drying effect by first resistor detection device, first resistor detection dress
It sets and testing result is judged：If detection is unqualified, feedback signal gives the first drying unit, the adjustment of the first drying unit
Parameter is carried out at the same time step S7；If detection is qualified, step S7 is directly carried out；
S7：The coloration result of the obtained products of step S6 is detected by computer color measurement and color match device, computer colour examining
Color matching device is judged according to coloration result：If coloration result is unqualified, the second plasma device, the second dye are activated
Then color device, the second drying unit and second resistance detection device carry out step S8；If coloration result is qualified, skip to
Step S12；
S8：The product that step S7 is obtained carries out surface modification treatment by the second plasma device；
S9：The product that step S8 is obtained carries out further spraying dyeing by the second dyeing apparatus；
S10：The product that step S9 is obtained carries out drying fixation treatment by the second drying unit；
S11：The product that step S10 is obtained is detected drying effect by second resistance detection device, second resistance detection
Device judges testing result：If detection is unqualified, feedback signal gives the second drying unit, the second drying unit tune
Whole parameter is carried out at the same time step S12；If detection is qualified, step S12 is directly carried out；
S12：Filoplume detection is carried out by the first filoplume detection device, and first nanometer of spinning is arranged according to filoplume testing result and is filled
The parameter set；
S13：The product that step S12 is obtained carries out surface modification treatment by third plasma device；
S14：The product that step S13 is obtained sprays nanofiber by first nanometer of device for spinning, and nanofiber wraps up step S13
Obtained product forms nano fibrous membrane；
S15：The product that step S14 is obtained carries out drying and shaping by third drying unit；
S16：The product that step S15 is obtained is detected drying effect by 3rd resistor detection device, 3rd resistor detection
Device judges testing result：If detection is unqualified, feedback signal gives third drying unit, third drying unit tune
Whole parameter is carried out at the same time step S17；If detection is qualified, step S17 is directly carried out；
S17：The product that step S16 is obtained carries out filoplume detection by the second filoplume detection device, and according to filoplume testing result
It judges：If filoplume testing result is unqualified, the 4th plasma device of activation, second nanometer of device for spinning, 4th
Drying unit and the 4th resistor detecting device, and carry out step S18；If filoplume testing result is qualified, step S23 is skipped to；
S18：The product that step S17 is obtained carries out surface modification treatment by the 4th plasma device；
S19：The product that step S18 is obtained sprays nanofiber by second nanometer of device for spinning, and nanofiber wraps up step S18
Obtained product forms nano fibrous membrane；
S20：The product that step S19 is obtained carries out drying and shaping by the 4th drying unit；
S21：The product that step S20 is obtained is detected drying effect by the 4th resistor detecting device, the 4th resistance detection
Device judges testing result：If detection is unqualified, feedback signal gives the 4th drying unit, the 4th drying unit tune
Whole parameter is carried out at the same time step S22；If detection is qualified, step S22 is directly carried out；
S22：Filoplume detection is carried out by third filoplume detection device, third filoplume detection device is adjusted according to filoplume testing result
The parameter of first nanometer of device for spinning, and the parameter of plasma gassing apparatus is set；
S23：Processing of singing is carried out by plasma gassing apparatus；
S24：The product that step S23 is obtained carries out broken end detection by the second apparatus for detection of breaking of yarn：When detecting the presence of broken end,
Start the second automatic piecing arrangement and carry out connector processing, then carries out step S25；Otherwise step S25 is directly carried out；
S25：The product that step S24 is obtained is wound processing by winding device, forms sizing.
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| CN201611151114.1A CN106757593B (en) | 2016-12-14 | 2016-12-14 | A method of having the sizing machine and manufacture sizing of broken end detection and filoplume detection function |
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| CN106757593B true CN106757593B (en) | 2018-11-02 |
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| CN108691139A (en) * | 2018-06-08 | 2018-10-23 | 江苏工程职业技术学院 | A kind of pure cotton warp thread gas singeing sizing technique |
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| JPS51119559A (en) * | 1975-04-12 | 1976-10-20 | Kawamoto Seiki Kk | Starching and drying method andapparatus for warp |
| JP2002235272A (en) * | 2001-02-02 | 2002-08-23 | Tsudakoma Corp | Warp sizing machine |
| JP4292240B2 (en) * | 2003-12-17 | 2009-07-08 | 極東産機株式会社 | Pretreatment device for dyeing by inkjet method |
| JP2005330604A (en) * | 2004-05-18 | 2005-12-02 | Tsudakoma Corp | Yarn sheet abnormality detector |
| CN100392168C (en) * | 2005-05-17 | 2008-06-04 | 刘林泉 | Method of high speed high pressure spraying decoration on textile paste yarn dyeing production line and its device |
| CN102517704B (en) * | 2011-12-06 | 2014-08-27 | 武汉纺织大学 | Clean electrospinning method |
| CN204753109U (en) * | 2015-01-30 | 2015-11-11 | 中原工学院 | Thick liquid that coating sprays colored yarn of production dyes equipment assembly |
| CN205529442U (en) * | 2016-03-14 | 2016-08-31 | 盐城市荣意来纺机有限公司 | Fast drying's galley proof sizing equipment |
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Effective date of registration: 20191101 Address after: 314503 No.66 Tianyu Road, Ludian Town, Tongxiang City, Jiaxing City, Zhejiang Province Patentee after: Tongxiang Hengqi Textile Co., Ltd Address before: 224005 Yancheng City, Century Avenue, Jiangsu research and development building, No. 1166 Patentee before: Yangcheng Institute of Technology |