CN108251936A - Cashmere fabric assembly line and technique - Google Patents
Cashmere fabric assembly line and technique Download PDFInfo
- Publication number
- CN108251936A CN108251936A CN201810212328.8A CN201810212328A CN108251936A CN 108251936 A CN108251936 A CN 108251936A CN 201810212328 A CN201810212328 A CN 201810212328A CN 108251936 A CN108251936 A CN 108251936A
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- roller
- warping
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- machine
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- 239000004744 fabric Substances 0.000 title claims abstract description 248
- 238000000034 method Methods 0.000 title claims abstract description 33
- 210000000085 cashmere Anatomy 0.000 title claims abstract description 29
- 238000010025 steaming Methods 0.000 claims abstract description 152
- 238000010001 crabbing Methods 0.000 claims abstract description 76
- 230000008569 process Effects 0.000 claims abstract description 24
- 238000010008 shearing Methods 0.000 claims abstract description 11
- VQLYBLABXAHUDN-UHFFFAOYSA-N bis(4-fluorophenyl)-methyl-(1,2,4-triazol-1-ylmethyl)silane;methyl n-(1h-benzimidazol-2-yl)carbamate Chemical compound C1=CC=C2NC(NC(=O)OC)=NC2=C1.C=1C=C(F)C=CC=1[Si](C=1C=CC(F)=CC=1)(C)CN1C=NC=N1 VQLYBLABXAHUDN-UHFFFAOYSA-N 0.000 claims abstract description 10
- 239000002453 shampoo Substances 0.000 claims abstract description 10
- 238000004804 winding Methods 0.000 claims abstract description 8
- 238000013016 damping Methods 0.000 claims description 33
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 claims description 32
- 210000004209 hair Anatomy 0.000 claims description 31
- 230000007246 mechanism Effects 0.000 claims description 26
- 238000007599 discharging Methods 0.000 claims description 15
- 108091006146 Channels Proteins 0.000 claims description 13
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- 238000010438 heat treatment Methods 0.000 claims description 8
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- 239000007788 liquid Substances 0.000 claims description 8
- 238000001035 drying Methods 0.000 claims description 7
- 230000003028 elevating effect Effects 0.000 claims description 7
- 238000009963 fulling Methods 0.000 claims description 7
- 238000007789 sealing Methods 0.000 claims description 7
- 230000007480 spreading Effects 0.000 claims description 7
- 238000003892 spreading Methods 0.000 claims description 7
- 235000014676 Phragmites communis Nutrition 0.000 claims description 6
- 230000009471 action Effects 0.000 claims description 6
- 230000008859 change Effects 0.000 claims description 6
- 238000004043 dyeing Methods 0.000 claims description 6
- 230000033228 biological regulation Effects 0.000 claims description 5
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- 238000009941 weaving Methods 0.000 claims description 5
- 102000010637 Aquaporins Human genes 0.000 claims description 4
- 108010063290 Aquaporins Proteins 0.000 claims description 4
- 244000269722 Thea sinensis Species 0.000 claims description 4
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- 230000007547 defect Effects 0.000 claims description 3
- 238000007667 floating Methods 0.000 claims description 3
- 239000012530 fluid Substances 0.000 claims description 3
- 238000009971 piece dyeing Methods 0.000 claims description 3
- 238000004064 recycling Methods 0.000 claims description 3
- 238000012360 testing method Methods 0.000 claims description 3
- 230000007704 transition Effects 0.000 claims description 3
- 238000005406 washing Methods 0.000 claims description 3
- 239000002759 woven fabric Substances 0.000 claims description 3
- 229910000831 Steel Inorganic materials 0.000 claims description 2
- 206010053615 Thermal burn Diseases 0.000 claims description 2
- 230000005540 biological transmission Effects 0.000 claims description 2
- 210000004899 c-terminal region Anatomy 0.000 claims description 2
- 235000013351 cheese Nutrition 0.000 claims description 2
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- 239000002699 waste material Substances 0.000 description 2
- 235000017166 Bambusa arundinacea Nutrition 0.000 description 1
- 235000017491 Bambusa tulda Nutrition 0.000 description 1
- 241001494479 Pecora Species 0.000 description 1
- 244000082204 Phyllostachys viridis Species 0.000 description 1
- 235000015334 Phyllostachys viridis Nutrition 0.000 description 1
- 230000000172 allergic effect Effects 0.000 description 1
- 208000010668 atopic eczema Diseases 0.000 description 1
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Classifications
-
- D—TEXTILES; PAPER
- D02—YARNS; MECHANICAL FINISHING OF YARNS OR ROPES; WARPING OR BEAMING
- D02H—WARPING, BEAMING OR LEASING
- D02H3/00—Warping machines
-
- 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
-
- 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
- D06B19/00—Treatment of textile materials by liquids, gases or vapours, not provided for in groups D06B1/00 - D06B17/00
-
- 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
- D06B19/00—Treatment of textile materials by liquids, gases or vapours, not provided for in groups D06B1/00 - D06B17/00
- D06B19/0005—Fixing of chemicals, e.g. dyestuffs, on textile materials
- D06B19/0029—Fixing of chemicals, e.g. dyestuffs, on textile materials by steam
-
- 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
- D06B23/20—Arrangements of apparatus for treating processing-liquids, -gases or -vapours, e.g. purification, filtration or distillation
-
- 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
- D06B3/00—Passing of textile materials through liquids, gases or vapours to effect treatment, e.g. washing, dyeing, bleaching, sizing, impregnating
- D06B3/10—Passing of textile materials through liquids, gases or vapours to effect treatment, e.g. washing, dyeing, bleaching, sizing, impregnating of fabrics
-
- 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
- D06B3/00—Passing of textile materials through liquids, gases or vapours to effect treatment, e.g. washing, dyeing, bleaching, sizing, impregnating
- D06B3/34—Driving arrangements of machines or apparatus
-
- D—TEXTILES; PAPER
- D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
- D06C—FINISHING, DRESSING, TENTERING OR STRETCHING TEXTILE FABRICS
- D06C11/00—Teasing, napping or otherwise roughening or raising pile of textile fabrics
-
- D—TEXTILES; PAPER
- D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
- D06C—FINISHING, DRESSING, TENTERING OR STRETCHING TEXTILE FABRICS
- D06C13/00—Shearing, clipping or cropping surfaces of textile fabrics; Pile cutting; Trimming seamed edges
Landscapes
- Engineering & Computer Science (AREA)
- Textile Engineering (AREA)
- Chemical & Material Sciences (AREA)
- Chemical Kinetics & Catalysis (AREA)
- General Chemical & Material Sciences (AREA)
- Treatment Of Fiber Materials (AREA)
Abstract
The present invention relates to cashmere fabric assembly line and techniques, steam machine, steam preshrinking machine, and/or cloth outputting coiler including the connection of process successively warping machine, Weaving-machine, bobbin-winding machine, shampoo, rope opener, tenter dryer, crabbing machine, wet steaming machine, tenter dryer, wet brush machine, raising machine, shearing machine, natural lustre finishing machine, tank.It is reasonable design of the present invention, compact-sized and easy to use.
Description
Technical field
The present invention relates to cashmere fabric assembly line and techniques.
Background technology
In the prior art, the domestic processing method not yet recorded in the prior art or use original cashmere sweater, it is primary
The processing and fabricating field of state cashmere sweater still belongs to blank.Traditional cashmere sweater processing and fabricating from the selection of raw material, wash suede point comb, spinning
And follow-up arrangement, until cashmere sweater finished product is made, chemical assistant or chemical dye is more or less all utilized in each road manufacturing procedure
It is handled come the blank to cashmere sweater or finished product, to get a desired effect, this processing method belongs to non-natural production
Processing method.Cashmere sweater processing method of the prior art is as a result of chemical assistant or chemical dye, so sheep obtained
Fleecy sweatshirt can have a degree of damage to body and skin, child or allergic skin in particular for skin delicacy
Consumer, and in the production process of cashmere sweater add chemical assistant can also influence the good skin-friendly of cashmere sweater itself.
In view of the above problems, how to provide a kind of selection from raw material, to washing, suede point is combed, spinning and follow-up arrangement are all using helpless
The original cashmere sweater processing method of agent becomes the urgent demand of people.
Invention content
The technical problems to be solved by the invention are generally speaking to provide a kind of cashmere fabric assembly line and technique；Solution in detail
Content specifically describes in aftermentioned content and in combining specific embodiment for certainly the technical issues of and acquirement advantageous effect.
To solve the above problems, the technical solution used in the present invention is：
A kind of cashmere fabric assembly line, including the connection of process successively warping machine, Weaving-machine, bobbin-winding machine, shampoo, rope form open-width
Machine, tenter dryer, crabbing machine, wet steaming machine, tenter dryer, wet brush machine, raising machine, shearing machine, natural lustre finishing machine, tank steam machine, steam
Vapour preshrinking machine, and/or cloth outputting coiler.
A kind of technique for making cashmere fabric, includes the following steps, step 1, warping, by means of warping machine, cheese
It is made by warping machine on the beam of a loom as the warp thread of fabric；Step 2, weaving：And by means of Weaving-machine, Weaving-machine is by beam of a loom
Yarn is made into fabric with weft yarn；Step 3, fabric examine repairing：Test to the greige goods fabric that finishes of weaving and by yarn defect,
Woven fabric fault is removed；Step 4 stitches cylinder：Fabric is carried out by seam by bobbin-winding machine and is merged into tubular；Step 5, braying：It borrows
Help shampoo to remove sundries present in step 4 fabric totally；Step 6, fulling：By means of shampoo in wet shape
Mechanical presses are carried out to fabric under state；Step 7, open-width：The fabric of step 6 is opened by means of rope opener；Step
Rapid eight, drying：By means of tenter dryer, the fabric after fulling milling open-width is dried；Step 9, crabbing：By means of
Crabbing machine carries out processed by hot bath to fabric；Step 10, piece dyeing finishing：By means of wet steaming machine and use the short stream of reactive dye
Journey is wet to steam dyeing；Step 11, wet brush：After by means of wet brush machine, fabric is soaked and bristle is handled；Step 12, fluffing：It borrows
Help raising machine to pull out web surface villus by needle cloth；Step 13, cropping：Cropping is carried out to fabric by means of shearing machine
Processing, removes floating hair and miscellaneous hair；Step 14, hot light：Rolling is carried out by means of natural lustre finishing machine to fabric to scald；Step 10 six, tank steam：
Machine is steamed by means of tank, passes through steam inlet sizing treatment；Seven steam-shrinkage of step 10, by means of steam-shrinkage machine, to fabric
Dimensionally stable processing；Step 10 eight, cloth outputting clot by means of cloth outputting coiler, carry out fabric to be sized clot storage.
Description of the drawings
Fig. 1 is the structure diagram of assembly line of the present invention.Fig. 2 is the flow diagram of present invention process.Fig. 3 is the present invention
The structure diagram of warping machine.Fig. 4 is the structure diagram of warping warp beam of the present invention.Fig. 5 is that the structure of crabbing machine of the present invention is shown
It is intended to.Fig. 6 is the structure diagram of crabbing machine guide roller of the present invention.Fig. 7 is the structure diagram of the wet steaming machine of the present invention.Fig. 8 is
The structure diagram of the wet brush machine of fabric of the present invention.Fig. 9 is the structure diagram of live-roller of the present invention.Figure 10 is raising machine of the present invention
Structure diagram.Figure 11 is the structure diagram of shearing machine of the present invention.Figure 12 is the structure diagram that tank of the present invention steams machine.Figure
13 be the structure diagram of steam-shrinkage machine of the present invention.Figure 14 is the structure diagram of the wet steaming machine of the present invention.
Specific embodiment
Such as Fig. 1-14, the cashmere fabric assembly line of the present embodiment, including the connection of process successively warping machine, Weaving-machine, winder
Machine, shampoo, rope opener, tenter dryer, crabbing machine, wet steaming machine, tenter dryer, wet brush machine, raising machine, shearing machine
, natural lustre finishing machine, tank steam machine, steam preshrinking machine, and/or cloth outputting coiler etc..Weaving-machine is Ningjin Lu Jia Textile Machinery Co., Ltd
GA615A2-56 looms, bobbin-winding machine be S.A.V.s.a.s.di CANTARELLO＆C companies R6/48 bobbin-winding machines, rope form
Scutcher controls YH912-1/40-SK98023-1279.TMS-3000 rope openers, the tentering of engineering company for Shanghai mikey
Dryer, shampoo are that FOLATEX4C-166 combination machine of washing and shrinking, the tenter dryer of Italian CIMI companies are Italy
CORINO companies produce, and/or natural lustre finishing machine is Lianyungang of Jiangsu Ying You frames Co., Ltd SME473F-2000-
0609001 natural lustre finishing machine；
Process is connected as transmission band connection, transfer roller connection, fork truck turnover connection or overhead traveling crane handling connection.
Warping machine in the present invention, including warping rack, the bobbin cradle being arranged in warping rack, be arranged on bobbin cradle before
Side expansion reed, the warping warp beam 102 in front of expansion reed, the yarn 101 between bobbin cradle and warping warp beam 102, with
And with 102 coaxial rotating of warping warp beam and by motor-driven warping drive gear 103；Warping control is provided in warping rack
Motor 104 processed can be provided with the velocity sensor for measuring 102 rotating speed of warping warp beam, velocity pick-up in warping rack
Device is connected with processor, and processor is connected with warping by controller and controls motor 104, so as to ensure that warping leading screw is passed through with warping
The rotary speed of axis is identical, and warping control motor 104 is connected with warping shaft coupling 105, and warping shaft coupling 105 is connected with and warping
Warp beam 102 is arranged in parallel and the warping leading screw 106 between expansion reed and warping warp beam 102, the screw pitch of warping leading screw 106 with
101 diameter of yarn is identical or the screw pitch of warping leading screw 106 and the integral multiple of 101 diameter of yarn, and preferably screw pitch is identical, so as to ensure
Warp lateral movement speed on polished rod is identical with its lateral movement speed in warping warp beam, can be between adjacent warp
It is separated by partition, the warping parallel with warping leading screw 106 is provided in warping rack and is oriented to feed rod 116, is played to screw
Straight-line guidance acts on, and the main nut seat 107 of warping slided on warping guiding feed rod 116 is provided on warping leading screw 106,
Main 107 upper edge warping leading screw of nut seat, the 106 axial direction slip of warping is provided with warping feather key 109, in warping feather key 109
On be provided with the warping paranema female seat 108 being threadedly coupled with warping leading screw 106, the hydraulic pressure being arranged on the main nut seat 107 of warping
Cylinder, is provided with the warping extrapolation shaft shoulder 111 on the warping piston rod 110 of hydraulic cylinder, and the warping extrapolation shaft shoulder 111 and warping paranema are female
Seat 108 connects, and further innovation of the invention is, by designing double nut, warping pair is realized under the active force of hydraulic cylinder
Nut seat 108 moves axially, so as to eliminate the warping screw-nut meshing error when screw is reversed when, so as to ensure that at it
Under traction, Yarn homogeneous is wrapped in warping warp beam, without being overlapped.By adjusting hydraulic coupling, so as to adjust warping leading screw
Screw back lash, while noise is reduced, reduce vibration.
Warping leading arm 112 is provided with above the main nut seat 107 of warping, rolling is respectively arranged in warping leading arm 112
The warping action roller 113 of dynamic contact and warping fixed idler whell 114, yarn 101 are fixed from warping action roller 113 and warping and are rolled
The point of contact of wheel 114 passes through, and warping pressure spring 115 is provided between warping action roller 113 and warping leading arm 112.Into
One step, is in rolling contact by idler wheel and yarn, is reduced resistance, when warping is stopped, being compressed yarn by spring force, from
And yarn loosens, and so as to ensure the not random line of the yarn in warping warp beam, reasonable design.
Warping tensioner 117 is provided in warping rack, the warping including being fixed in warping rack is led
To seat 118, the warping sliding bar 120 being arranged in warping guide holder 118 is arranged at the top of warping sliding bar 120 and is led with warping
Tension in Warping spring 119 between 118 bottom of seat is arranged on 120 lower end of warping sliding bar and is contacted with single yarn 101
Tension in Warping idler wheel 121, the warping pressure regulation drawstring being arranged between 120 top of warping sliding bar and 118 bottom of warping guide holder
122nd, it is arranged on the warping euphroe 123 on warping guide holder 118 and for adjusting 122 length of warping pressure regulation drawstring.It improves whole
The length of warping pressure regulation drawstring 122 is adjusted through euphroe 123, so as to which adjustment spring is to the lower pressure of idler wheel, is adjusted so as to facilitate
The pretightning force of a yarn pushes yarn by spring and idler wheel dead weight and realizes tensioner, plays buffering shock-absorbing effect, flexible, can
Self-regulation effect is realized by precompression during warping to be directed to.
The crabbing machine of the present embodiment, crabbing boiler 202, crabbing case 203 and crabbing including the connection of process successively are cold
Water tank 210；Crabbing charging guide roller 204 is provided in crabbing case 203, crabbing discharging is provided in crabbing case 203 and is oriented to
Roller 205 is provided with crabbing center deflecting roller 206 in crabbing case 203；Fabric 1 in crabbing case 203 movement locus double end Ah
Base Mead helical, double end Archimedes spiral include charging Archimedes spiral and connect discharging with charging Archimedes spiral
Archimedes spiral；
Crabbing charging guide roller 204 is located at 1 both sides of fabric on charging Archimedes spiral, and crabbing discharging guide roller 205 is located at
Discharge Archimedes spiral on 1 both sides of fabric, crabbing center deflecting roller 206 be arranged on charging Archimedes spiral with discharging Ah
The center deflecting junction of base Mead helical.
Crabbing is provided in crabbing case 203 and makes unrestrained screw feeder 209.
Crabbing center deflecting roller 206, crabbing charging guide roller 204 are identical with crabbing discharging 205 structure of guide roller；Crabbing into
Material guide roller 204 includes the crabbing rotary shaft 211 driven by motor drive, the crabbing outer roller being sleeved in crabbing rotary shaft 211
Set 212 is arranged on 211 end of crabbing rotary shaft and crabbing outer roller and covers 212 and enters crabbing supporting sleeve by the hot water that bearing is connect
213rd, it is arranged on the crabbing access aperture 214 for the hot water that hot water enters at 213 center of crabbing supporting sleeve, is arranged on crabbing rotary shaft
The crabbing axial blind hole 215 that is connected at 211 centers and with crabbing access aperture 214 is arranged in crabbing rotary shaft 211 and and crabbing
Axial blind hole 215 connect crabbing radial through-hole 216, be arranged on crabbing outer roller cover 212 madial walls on and with crabbing radial through-hole
The crabbing inner grooves 217 of 216 connections are arranged in crabbing outer roller set 212 and the crabbings that are connected with crabbing inner groove 217 divide water to lead to
It road 218 and is arranged on crabbing outer roller and covers on 212 lateral walls and the crabbing apopore 219 that aquaporin 218 is divided to connect with crabbing.
The lateral wall of crabbing center deflecting roller 206 is provided with three foot swivel mount 217 of crabbing, in three foot swivel mount of crabbing
Divide equally on 217 and be provided at least three and the crabbing deflecting guide roller 218 for being in rolling contact with fabric 1.
During using the present invention, fabric 1 is successively by crabbing boiler 202, crabbing case 203, crabbing cold water storage cistern 210；This hair
Bright innovative point is that double end Archimedes spiral fabric is interior in a limited space fully to be connect with hot water by designing
It touches, thermally equivalent greatly saves space, by using Archimedes spiral so that fabric at the uniform velocity moves ahead in guide roller, avoids
Guide roller pulls fabric, causes fabric discontinuity, and reasonable design is made unrestrained screw feeder 209 by crabbing and is stirred, makes
Case body temperature it is uniform, by being provided with water outlet on babinet, guard box body liquid level stabilizing is driven, crabbing by motor
Rotary shaft 211 drives 212 rotation of crabbing outer roller set, and driving fabric moves ahead, and entering crabbing supporting sleeve 213 by hot water plays fixation
Effect, crabbing access aperture 214- crabbing axial blind hole 215- crabbing radial through-hole 216- crabbing inner groove 217- crabbings divide aquaporin
218- crabbings apopore 219 realizes that high-temperature-hot-water enters, and is then discharged from water outlet, realizes water cycle and purification.By each
Crabbing apopore 219 on guide roller can locally generate turbulent flow, accelerate water flowing.At A Jide meters of helix centers
Place is provided with crabbing center deflecting roller 206 and crabbing deflecting guide roller 218 is driven to be contacted with fabric, when so as to increase deflecting
Fabric angle so as to reduce friction, avoids abrasion of the guide roller to fabric surface, ensures product quality.
The wet steaming machine of the present embodiment, including wet steaming solution heater box 901, be immersed in it is wet in wet steaming solution heater box 901
It steams color fixing box 902, the wet steaming helical fin 905 being arranged on wet steaming 902 lateral wall of color fixing box, be separately positioned on wet steaming color fixing box
On 902 and it is exposed to the wet steaming entrance 909 of wet 901 liquid level of steaming solution heater box and steams mouth 910 with wet, is arranged on wet steaming color fixing box
The wet steaming steam distributor disk 907 of 902 bottoms, connected with wet steaming steam distributor disk 907 and for be passed through the wet steaming steam of steam into
Mouthfuls 906, the wet steaming steam jet 908 that is distributed on wet steaming steam distributor disk 907 is arranged on wet steaming entrance 909 and/or wet steams
Under wet steaming sealing nozzle 912, the wet steaming crane 913 for being arranged on 902 upper end of wet steaming color fixing box, its lifting arm at mouth 910
Hold the wet steaming elevator 915 being connect with wet steaming crane 913 and the wet steaming turbulent flow being horizontally set in wet steaming color fixing box 902
Screw feeder 916.Wet steaming temperature/liquid level sensor 903 and wet steaming heater strip 904 are respectively arranged in wet steaming solution heater box 901.
Wet steaming damping roll 911 is provided at mouth 910 in wet steaming entrance 909 and/or wet steam.On wet 901 inner cavity top of steaming solution heater box
Portion is provided with wet steaming steam collection port 914.Wet steaming guide roller component, wet steaming are provided in wet 901 inner cavity of steaming solution heater box
Guide roller component includes the wet steaming stable steering roller 917 being rotatably provided in wet 901 inner cavity of steaming solution heater box, axially disposed
At wet 917 center of steaming stable steering roller and it is used to be passed through the wet steaming central through hole 918 of steam, connects with wet steaming central through hole 918
It is logical and be distributed on wet steaming stable steering roller 917 wet steaming radial through-hole 919, be sleeved on it is wet on wet steaming stable steering roller 917
It steams mesh housing 921 and is arranged between wet 917 lateral wall of steaming stable steering roller and wet 921 madial wall of steaming mesh housing
Wet steaming supporting rib 920；
Wet 921 side of steaming mesh housing is contacted with fabric abrasive, and wet 921 opposite side of steaming mesh housing is provided with water conservancy diversion arc-shaped cover
922。
During using the present invention, wet steaming elevator 915 is pushed wet steaming crane 913 by lifting arm so that wet steaming fixation
Case 902 is whole to be immersed in wet steaming solution heater box 901, so that wet steaming color fixing box 902 obtains full and uniform heated, fabric
If from wet steaming entrance 909- it is wet steam damping roll 911- dry and wets and steam guide roller component-wet steaming damping roll 911- is wet steam mouth 910, wet steaming
The solution of solution heater box 901 can be the organic solutions such as the inorganic solutions such as brine or fluid.Pass through wet steaming temperature/level sensing
Device 903 monitors its liquid level and temperature, so as to timely moisturizing or draining, heating in time or heat preservation.Increased by wet steaming helical fin 905
Humidification steams 902 heating surface area of color fixing box, and high-temperature steam arrives wet steaming steam distributor disk 907 after entering by wet steaming steam inlet 906
Collect, then uniformly discharged by wet steaming steam jet 908, high-temperature steam is sprayed by the wet sealing nozzle 912 that steams, so as to
Sealing gland is formed, so as to avoid wet steaming 902 inner cavity heat waste of color fixing box, is exhausted by wet steaming steam collection port 914 so that inner cavity
Pressure stability stirs inner cavity air-flow by the wet turbulent flow screw feeder 916 that steams, so that steam is formed tampers turbulent flow up and down,
So that fabric obtains abundant wet steaming.
Further, in order to enable fabric obtains abundant wet steaming, the steam-wet steaming radial through-hole 919- of wet steaming central through hole 918-
Wet steaming mesh housing 921- fabric surfaces carry out wet steaming, reduce condensation so that fabric fully absorbs steam, so as to improve wet steaming matter
Amount, the wet mesh number for steaming mesh housing 921 are more than the mesh number of fabric；So as to avoid wet steaming deflecting, played by wet steaming supporting rib 920
Supporting role, by the way that the wet mesh housing 921 that steams of seal cap sealing is set to lead with wet balance of steaming at wet 917 both ends of steaming stable steering roller
To 917 gap of roller, so that it is obvious that steam, which enters wet steaming mesh housing 921, by wet steaming mesh housing
921 sides are provided with water conservancy diversion arc-shaped cover 922, so that steam contacts as far as possible with fabric, avoid waste of steam.
The wet brush machine of fabric of the present embodiment is formed, discharging frame 3-1, auxiliary agent including procedure connection successively as basic
Cylinder 3-2, live-roller 3-3, padding machine 3-4 and bristle roller 3-5；Block roller 3-6 in auxiliary agent cylinder 3-2.
Live-roller 3-3 includes the planet carrier on the central principal axis 3-8, the centrally disposed main shaft 3-8 that are driven by motor drive
3-9, the planetary rollers 3- that circumference array is sleeved on planet carrier 3-9 and is contacted with fabric on the basis of central principal axis 3-8 axial lines
10th, the side block shaft shoulder 3-11 for being arranged on planetary rollers 3-10 both ends, the friction roller 3-12 being arranged on the outside of side block shaft shoulder 3-11, suit
Center rotating roller 3-13 on central principal axis 3-8, coaxially connected center ring gear 3-14 in center rotating roller 3-13 right ends,
It is keyed the rotation gear shaft 3-16 of the center on heart main shaft 3-8 and is engaged in center rotation gear shaft 3-16 and center
Auxiliary change gear axis 3-15 between gear ring 3-14.Friction roller 3-12 is contacted with center rotating roller 3-13, can the two it
Between be provided with idler wheel or be in direct contact or using tooth engagement.
When specifically used, motor driving central principal axis 3-8 drives planet carrier 3-9 to be revolved with center rotation gear shaft 3-16
Turn, planetary rollers 3-10 revolves round the sun around central principal axis 3-8, and center rotates gear shaft 3-16 by the way that change gear axis 3-15 is assisted to drive
Center ring gear 3-14 rotations, so as to fulfill center rotating roller 3-13 with rotating backward, so as to drive friction roller 3-12 rotations its
Direction is identical around central principal axis 3-8 revolution direction with planetary rollers 3-10, so as to which fabric be driven to move ahead.Pass through side block shaft shoulder 3-11
Completely cut off dyestuff,
There is circulation nozzle 3-7 respectively on block roller 3-6 lateral walls, the import of circulation nozzle 3-7 is by recycling the pump housing and auxiliary agent cylinder
Fluid hole connection on 3-2, auxiliary agent injection adjust impulse force of the nozzle to fabric by adjusting pressure, can also realize lossless
The expanding force of flexibility adjustment fabric so that form liquid film between block roller 3-6 and fabric, so as to avoid fabric abrasion, obtain fully
Dyeing.
The service sink for impregnating the planetary rollers 3-10 being located at below central principal axis 3-8 is provided with below live-roller 3-3
3-17 is provided with the washer jet 3-18 for rinsing planetary rollers 3-10 lateral walls in service sink 3-17.So as to clean
Dyestuff, the pigment on the surface that can prevent from dying cloth is adhered on live-roller, so as to avoid the quality caused by colour mixture colour contamination problem
Decline fundamentally prevents from putting colour contamination.
Raising machine including fluffing cylinder 601, the fuzzing roller 602 being arranged on fluffing cylinder 601, covers on fluffing cylinder outside
Dust cover 603 and the fabric entrance for being separately positioned on dust cover 603 on 601 and the Windscreen Fan at fabric outlet
604。
The import for inhaling hollow billet road 605 is provided at 603 top of dust cover, the outlet for inhaling hollow billet road 605 is connected with venturi
The B ends import of injector 607 is connected with pressure piping 606, venturi-type eductors in the A ends import of venturi-type eductors 607
607 C-terminal outlet is connected with pond 608.
Pressure piping 606 is connected with water pump.
The clearer 610 opposite with 602 direction of rotation of fuzzing roller, clearer 610 are provided with below fluffing cylinder 601
Outside is provided with outer kuppe 613, is provided on outer kuppe 613 and the fuzzing roller 602 below fluffing cylinder 601
Corresponding water conservancy diversion inlet scoop 614 is provided centrally with central through hole 615 in clearer 610, is provided in clearer 610 in
The radial through-hole 611 that heart through-hole 615 connects, is provided on 610 lateral wall of clearer and chooses hair positioned at 611 side of radial through-hole
Tip 612,602 steel of the fuzzing roller thorn gap for choosing high-quality green tea end 612 and 601 lower section of cylinder of fluffing at water conservancy diversion inlet scoop 614
Contact, central through hole 615 are connected with suction ventilator/vacuum pump 616.
The blower for blowing the batting on fuzzing roller 602 to water conservancy diversion inlet scoop 614 is provided on fluffing cylinder 601
Road 609.
During using the present invention, dust cover 603 carries out physical isolation to the batting generated when fluffing, prevents from flying out and, inhales
Into Human Lung, by being provided with Windscreen Fan 604 in its entrance and exit, sealing isolation is realized by air-flow, so as to
Leakproofness is improved, easy for installation, sealing effect is good.
Using venturi-type eductors 607, B mouthfuls are driven to inhale in hollow billet road 605 by the high pressure draught of A mouthfuls of pressure pipings 606
Air-flow is to C mouthfuls of flow at high speed so that and the batting in dust cover 603 enters pond 608 under the action of negative pressure, into and from C mouthfuls,
The absorption and recycling to batting are realized using pond.
In order to improve 602 cleaning effect of fuzzing roller, the present invention further improvement lies in that, it is reverse by designing clearer 610
The batting that batting adheres to from 602 outer surface of fuzzing roller more preferably is provoked, then blown by rotation so that choosing high-quality green tea end 612
Under the dual or air draught independent role of air pipe line 609 and water conservancy diversion inlet scoop 614 so that batting is from radial through-hole 611- central through holes
615- suction ventilators/vacuum pump 616- ponds 608.
Further, wind loss is reduced by outer kuppe 613, the negative-pressure air-suction so as to more concentrate.
The shearing machine of the present embodiment, including the connection of process successively and fabric the charging guide roller 401, the straightening-out machine that pass through successively
Structure 402, cropping mechanism 403 and discharging guide roller 404；
It is provided with to destatic roller 406 to fabric elimination electrostatic between straightening-out mechanism 402 and cropping mechanism 403；
Straightening-out mechanism 402 include the electrostatic that is located above roller 405 occurs, be arranged on that 405 lower right of roller occurs for electrostatic remove electrostatic
Driven voller 407 is arranged on electrostatic and the tightening roller 408 of roller 405 lower left occurs and is arranged on electrostatic roller 405 occurs, removes electrostatic
Driven voller 407 and the hairbrush conveyer belt 409 on tightening roller 408；
Wherein, the part that 405 outer surface of upper of roller occurs in electrostatic for its packet of hairbrush conveyer belt 409 is contacted with fabric lower surface；
Wherein, hairbrush conveyer belt 409 is going the beneath portions between electrostatic driven voller 407 and tightening roller 408 to be provided with miscellaneous hair receipts
Collect pond 411, immersion unhairing roller 412 is provided between the lower surface of hairbrush conveyer belt 409 and miscellaneous hair collecting pit 411, hairbrush passes
Send upper end appearance of the band 409 removing the portion lower surface between electrostatic driven voller 407 and tightening roller 408 and the unhairing roller 412 that soaks
Face contacts, and the lower end outer surface of immersion unhairing roller 412 is immersed in miscellaneous hair collecting pit 411；
The suction hair mouth for being attached to the miscellaneous hair on hairbrush conveyer belt 409 is provided with going to 407 outside of electrostatic driven voller
410, the air outlet for inhaling hair mouth 410 is immersed in miscellaneous hair collecting pit 411.
Hairbrush conveyer belt 409 occurs to be provided on the outside of the part between roller 405 and tightening roller 408 in electrostatic blows to hairbrush
The blowing drying nozzle 414 and/or hairbrush conveyer belt 409 of conveyer belt 409 occur in electrostatic between roller 405 and tightening roller 408
Negative-pressure air-suction suction nozzle 413 is provided on the inside of partial.
Through-hole is distributed in hollow out on hairbrush conveyer belt 409, is distributed on 409 outer surface of hairbrush conveyer belt and is connect with fabric
Tactile hairbrush.
The second straightening-out mechanism for being contacted to fabric upper surface, the second straightening-out machine are provided with above straightening-out mechanism 402
Structure is identical with 402 structure of straightening-out mechanism and is symmetricly set on the both sides up and down of fabric.
The direction of rotation of immersion unhairing roller 412 is opposite with 409 direction of transfer of hairbrush conveyer belt.
The present invention increases surface straightening-out mechanism, and disappear by destaticing roller 406 relative to present technology before cropping
It destatics, is realized by the mechanism and the release of fabric stress is distributed with reappearing with destaticing roller, by electrostatic principle, come
Eliminate or balanced internal stress, at the same by the sundries for being attached to fabric, dust, particulate matter, batting etc. be mingled with article by electrostatic into
Row absorption, so as to improve shearing after fabric regularity, it is more smooth, neatly, there is no inferior object, and due to planted agent
Power is fully discharged, and the fabric notch after shearing is more smooth.
During using the present invention, pass through one or two straightening-out mechanism 402（Two more preferable）, below for one, specifically
Mechanical work principle is that electrostatic occurs roller 405, goes electrostatic driven voller 407, the rotation band electric brush conveyer belt 409 of tightening roller 408 suitable
Hour hands rotate, and roller 405 occur to 409 release electrostatic of hairbrush conveyer belt that is positioned above by electrostatic so that fabric lower surface
When being contacted with hairbrush conveyer belt 409, batting, sundries absorption are on hairbrush conveyer belt 409, while hairbrush conveyer belt 409
Hairbrush can carry out physics to fabric and make in order, made in order so as to fulfill static elimination internal stress, electrostatic and make three in order with physics and combined,
So as to improve surface treatment quality.Hairbrush conveyer belt 409 drive adsorbate be transmitted to electrostatic driven voller 407 eliminate it is quiet
Then by inhaling the adsorbate on the absorption hairbrush of hair mouth 410 conveyer belt 409, it is clear by liquid to be transmitted to miscellaneous hair collecting pit 411 for electricity
Water is collected, and is avoided in attachment secondary fly-up to air, pollutes air, endangers the respiratory health of operating personnel, is gone by immersion
412 lower section of hair roller inversely carries out wiper after getting wet to hairbrush conveyer belt 409, thus by the attachment of hairbrush conveyer belt 409 more
Thoroughly processing and static elimination, and pass through miscellaneous hair collecting pit 411 and realize collection, it can design bamboo strainer in miscellaneous hair collecting pit 411
Or filter screen, it is convenient and efficient so as to focus on attachment.Pass through negative-pressure air-suction suction nozzle 413, blowing drying nozzle 414
Processing can be dried, so as to facilitate electrostatic that roller 405 occurs to dried 409 release electrostatic of hairbrush conveyer belt.Electrostatic is sent out
Raw 405 general structure of roller be electrostatic occur 405 lateral wall of roller be radially distributed be electrically connected with external DC high-voltage power supply it is quiet
Electric transmitting bar.As electrostatic occur roller 405 a kind of structure, can be separately provided in 409 upper left side of hairbrush conveyer belt there are one
Electrostatic generator 415, it is rotating roller which, which occurs roller 405, and the electrostatic generator is constantly to dried hairbrush conveyer belt 409
Release electrostatic on its hairbrush so that adhere to electrostatic.
The tank of the present embodiment steams machine, including steaming roller mechanism 51 and being arranged on the steaming pot 58 steamed on the right side of roller mechanism 51；It steams
Roller mechanism 51 includes steaming roller core shaft 52, the hollow channel 55 being arranged at 52 center of steaming roller core shaft, is radially arranged in steaming roller core shaft
V-type radial passage 53 that in 52 and root connect with hollow channel 55 penetrating set and is sleeved on steaming 52 lateral wall of roller core shaft
Equal cloth hole housing 54 and the efflux pump 56 that is connected by pipeline with the end of hollow channel 55 of import.
Humidity sensor 57 in the exit of efflux pump 56.
The partition board 59 of multilayer is provided in 58 inner cavity of steaming pot, the identical spiral straight slot of rotation direction is provided on partition board 59
60。
58 top of steaming pot is provided with bleeding point 61, bleeding point 61 is connected with the import of aspiration pump 62 by pipeline.
58 lower end of steaming pot is provided with dry air and enters pump 63.
Steaming pot 58 is communicated with accumulator 68, and excessive pipeline 69 and tonifying Qi pipeline are parallel between accumulator 68 and steaming pot 58
64, it is respectively arranged with check valve on excessive pipeline 69 and tonifying Qi pipeline 64；Energy-storage pressure table 65 is provided on accumulator 68,
Pressure tank table 66 is provided in steaming pot 58, having heaters 67 and booster pump 70 are sequentially connected in series on tonifying Qi pipeline 64.
During using the present invention, fabric clot is on equal cloth hole housing 54, in steaming pot when decatizing, starts efflux pump 56,
Negative pressure ventilation is carried out, under its negative pressure and fabric itself capillary properties, steam accelerates through each layer of fabric-cloth hole housing 54-
V-type radial passage 53- hollow channels 55
The big through-hole of mesh number is distributed on equal cloth hole housing 54, disperses pressure, reduces pressure, realize uniform air-breathing, prevent simultaneously
Because suction function causes fabric to enter and deformation is generated in through-hole.V-type radial passage 53 can increase outside external port and equal cloth hole
54 through-hole contacts area are covered, hollow channel 55 can be blind hole, preferably through-hole, and both ends are connected with efflux pump 56, so as to
Realize uniform negative pressure ventilation, humidity sensor 57 monitors steam, so as to judge whether fabric is impregnated with saturation by steam completely.
Since it uses aspirated mode, compared to mode is blown afloat, eliminate condensate water discharging pipeline, make full use of pressure difference,
The physical characteristics such as capillary, load are small.
By setting spiral straight slot 60 so that steam realizes spiral in tank body, so that it is internal abundant,
It is even, the heating of balance.63 supplement dry air of pump is entered by dry air, moisture is being absorbed, and in spiral by dry air
When, it is come into full contact with the steam on side wall, steam is arranged outside aspiration pump 62, cooled down so as to fulfill dry.If cooperation is taken out true
Air-cooled but to be cooled down step by step, effect is more preferable.
After pressure inside the tank is more than setting pressure, excessive pipeline 69 adds to gas in accumulator 68, works as pressure inside the tank
It when small, is added in tank by booster pump 70 or directly by gas in accumulator 68, realizes that pressure inside the tank is stablized, lead to simultaneously
It crosses heater 67 and reheating is carried out to the gas of supplement, so as to ensure that constant temperature is steady, and carried out in real time by pressure gauge
Monitoring.This invention ensures that pressure inside the tank equalized temperature Wen Ding, realizes dry cooling.
The steam-shrinkage machine of the present embodiment, the heap cloth case 5 being connect including cradle 2, with 2 process of cradle and heap cloth case 5
The dewing device 6 of process connection, the Rubber Conveyor Belt Scrap device 7 being connect with 6 process of dewing device connect with 7 process of Rubber Conveyor Belt Scrap device
The dryer 18 connect, the discharge port 19 being connect with 18 process of dryer and the folding machine 26 being arranged below discharge port 19；
Fabric 1 from left to right successively by cradle 2, heap cloth case 5, dewing device 6, Rubber Conveyor Belt Scrap device 7, dryer 18, with
And after discharge port 19, fall on folding machine 26, so as to complete the preshrunk warping technology to fabric, realize automation output, humidify,
It squeezes and shrinks, drying, auto-folder output, high degree of automation.
It is provided on cradle 2 positioned at the feed preparation unit roller 3 of 1 both sides of fabric and damping rolling 4, is realized at the uniform velocity by damping rolling 4
Work feed, when fabric, which loosens, to break down, such as fabric is disconnected by equipment, moreover it is possible to ensure the fabric stress of launching position, it is not loose
It opens, keeps tension.
Rubber Conveyor Belt Scrap device 7 includes rack, the center swivel mount 8 being rotatably provided in rack, its output shaft and center
The rotation control motor 9, at least three that the centre bore of swivel mount 8 is sequentially connected is along the center bore of center swivel mount 8 to decile
The radial direction indexing supporting rack 10 of setting, is vertically arranged the radial direction push compensation screw rod 11 being arranged on radially indexing supporting rack 10
It pushed in radial direction and compensates the central shaft 12 of 11 movable end of screw rod, the jockey pulley 13 being sleeved on central shaft 12, be sleeved on tension
Rubber blanket 16 between roller 13, root are arranged on radially push and compensate the table link 15 of 11 movable end of screw rod, are arranged on table
15 outer end of link and gauge outfit are with the dial gauge 14 of 16 outer surface of rubber blanket pressure contact and positioned at two adjacent diameters
The heating bearing roller 17 coated between push compensation screw rod 11 and by rubber blanket 16 on the downside of it；Fabric 1 from heating bearing roller 17
Gap between rubber blanket 16 passes through.
Control motor 9 that can adjust three by rotation（It is preferred that）Jockey pulley is relative to 17 rotation angle position of heating bearing roller
It puts, the adjustment of the compensation realization jockey pulley radial position of screw rod 11 is pushed by radial direction, so as to establish its polar coordinate system, compared to straight
Angular coordinate system can preferably adjust cornerite size, adjust Tensity size, combined by installing dial gauge 14 with polar coordinate system
It realizes to the real time monitoring of 16 thickness of rubber blanket, when its thickness that rubs grasped dimension limit, is stretched out, realized to thickness by screw rod
Automatic compensation.Its advanced design, dial gauge can be electronic type or the replacements such as thickness transducer or pressure sensor or percentage
Table coordinates with industrial camera, information is transmitted to processor, processor controls motor rotation or screw rod to stretch by controller.
Disconnecting device is provided between discharge port 19 and folding machine 26；Disconnecting device includes being located at consolidating for 1 right side of fabric
Reservation 20, positioned at the left side of fabric 1 sliding seat 21, be horizontally set on 21 left side of sliding seat and drive 21 side-to-side movement of sliding seat and
Work inlet casing 22 with C-shaped channel, is arranged on work at the friction pad 23 for being separately positioned on 20 left end of fixed seat and 21 right end of sliding seat
It moves the cut-out cylinder 24 on seat 21 and is arranged on the cutter 25 for cutting off and moving on 24 piston rod of cylinder and in C-shaped channel.
The present invention can realize and fabric is automatically cut off by designing disconnecting device, when cut-out is needed, sliding seat 21
It moves right, the friction pad 23 and the friction pad 23 of 21 right end of sliding seat of 20 left end of fixed seat contact with pressure, and then cut off cylinder
24 drive cutters 25 rapidly move in C-shaped channel, realize and fabric is automatically cut off, realize automation control.
The cloth outputting coiler of the present embodiment including cropping rack 72, is arranged at 72 right end upper inlet of cropping rack
Elastic damper 73, the oscillating rod 75 of upper end and the clamping of 72 left upper end journal stirrup of cropping rack, root are hinged on 72 left side of cropping rack
Side and the upper end hinged or slip in the middle part of oscillating rod 75 driving push rod 76, root in the middle part of oscillating rod 75 are cut with scissors by root shaft
The elevating rocker arm 78 of 72 lower part of cropping rack is connected on, is hinged on 75 lower end of oscillating rod and is slided on 78 upper end track of elevating rocker arm
Adjusting angle slide 77, be arranged on 78 left end of elevating rocker arm active rubber roll 79, be sleeved in the shaft of root and with actively
The intermediate speed change transition wheel group 80 of 79 band connection of rubber rollers is arranged on 79 lower section of active rubber roll and rubs with active rubber roll 79
Driving contact falls axle 81；Fabric successively after elastic damper 73 and active rubber roll 79 clot to falling on axle 81.
Edge guide/spreading roll/antistatic roller 74 is provided with below 72 right end of cropping rack, fabric is successively through elastic damping
Device 73, edge guide/spreading roll/antistatic roller 74 and active rubber roll 79.
Elastic damper 73 includes the damping fixed seat 82 of fixed 72 upper right side of cropping rack, is horizontally set on and left end position
In the buffer spring for damping the damped elasticity bar 83 in fixed seat 82, being arranged between damping fixed seat 82 and damped elasticity bar 83
84th, damped elasticity roller 85, the left end for being arranged on 83 right end of damped elasticity bar are arranged on the damping of fixed 72 upper right side of cropping rack
Adjust push rod 88, left end is arranged on the damping adjusting guide rod 87 of fixed 72 upper right side of cropping rack and the setting that horizontally slips
Balladeur train 86 is adjusted in the damping that damping is adjusted on guide rod 87；
Damping adjusts the right end of push rod 88 and damping adjusts balladeur train 86 and connect, and adjusting 86 left end of balladeur train in damping is provided with and damps
85 corresponding damping driven voller of resilient roller, damped elasticity roller 85 are located at fabric with damping driven voller and are rolled with fabric surface
CONTACT WITH FRICTION.
72 right side of cropping rack is provided with cloth feeding adjusting apparatus；Cloth feeding adjusting apparatus includes being arranged on 72 right side of cropping rack
The cloth feeding adjustment rack of side, the first inclination fabric guide roll 89 that 45 ° of fabric direction oblique is sent out with elastic damper 73 incline with first
Oblique fabric guide roll 89 is sent out the second inclination fabric guide roll 91 of 45 ° of fabric direction oblique and is knitted with the second inclination submitting of fabric guide roll 91
Object space tilts fabric guide roll 93 to the third of 45 ° of oblique；Third tilts fabric guide roll 93 and send fabric to active rubber roll 79.
First tilts one end ball-joint of fabric guide roll 89 in cloth feeding adjustment rack, and the another of fabric guide roll 89 is tilted first
The first adjusting angle push rod 90 is provided between end and cloth feeding adjustment rack；
Second tilt fabric guide roll 91 one end ball-joint cloth feeding adjustment rack on, second tilt fabric guide roll 91 the other end with
The second adjusting angle push rod 92 is provided between cloth feeding adjustment rack；
Third tilt fabric guide roll 93 one end ball-joint cloth feeding adjustment rack on, third tilt fabric guide roll 93 the other end with
Third, which is provided with, between cloth feeding adjustment rack adjusts angle push rod 94.
The lift adjustment slided up and down in cropping rack 72 is provided in 74 left side of edge guide/spreading roll/antistatic roller
Slide 95 is vertically arranged with the lift adjustment push rod 96 being connect with 95 lower face of lift adjustment slide in 72 bottom of cropping rack,
So as to adjust its position, tensioner adjustment effect can be played.
During using the present invention, on the basis of cropping rack 72, fabric successively by elastic damper 73- cloth feedings adjusting apparatus-
Edge guide/spreading roll/antistatic roller 74- active rubber rolls 79- falls axle 81.Realize that appearance cloth amount is big, speed is fast, automatic clot.
Axle 81 is fallen by motor-V belt translation-centre speed change transition wheel group 80- active rubber rolls 79- and realizes rotation driving.
Motor-driving push rod 76- oscillating rods 75- adjusts angle slide 77- elevating rocker arms 78 and realizes oscillating lifting, so as to adjust
Section and falls 81 contact position of axle and normal pressure at active rubber roll 79, so as to be adapted to it is various fall axle 81, it is versatile, adjust
Section is convenient, and by the mechanism, accurate positioning is easy to adjust, firm supporting, stable structure.
Elastic damper 73 ensure that batching carries out under tension always, be particularly suitable for easy Wrinkle fabric.
The thickness and toughness of root difference fabric adjust the adjusting damped elasticity of push rod 88 roller 85 by damping and damp driven
So as to fulfill different frictional force, guiding role is played by damped elasticity bar 83, is realized by buffer spring 84 soft for roller gap
Property adjust, when there is fortuitous event or for fabric cloth in uneven thickness, spring can be adapted to flexible concertina so as to improve
Property, it avoids stuck.
Fabric deflecting is realized by the inclination fabric guide roll of 3 or N number of 45 ° or other angles, supports and fabric is guided to move ahead, lead to
The realization of angle push rod is overregulated to be finely adjusted the corresponding angle of inclination for tilting fabric guide roll；Cloth outputting flatness is high.
The technique for making cashmere fabric, includes the following steps, warping-weaving-fabric examines repairing-seam cylinder-to wash
- fulling-open-width-drying-crabbing-piece dyeing finishing-drying-intermediate survey-wet brush-fluffs-cuts
Hair-hot light-tank steaming-continuous steaming-steam-shrinkage-inspection-cloth outputting clot
Wherein, yarn from bobbin is made beam of a loom, the warp thread as fabric by warping by means of warping machine by warping machine.
Weaving：Yarn is made into fabric.Repairing：It tests to the fabric weaved, yarn defect, woven fabric fault is removed.Seam
Cylinder：Fabric is sutured, into tubular, is conducive to rear road processing.Braying：The removals such as grease present in fabric, dust are done
Only, be conducive to rear road fulling milling.Fulling：Fabric is subjected to mechanical presses in a wet state, using the felting property of woollen and cashmere,
Fabric is made to become thick and solid, surface villus is plentiful.Open-width：The fabric for stitching cylinder is opened.Drying：Place is dried in fabric after fulling milling
Reason.Crabbing：Fabric carry out processed by hot bath, be allowed to it is smooth and in follow-up wet process on-deformable technical process.Fabric contaminates
Color：The fabric in cooked face is placed in dye vat, according to 1：6 bath raio is put into clear water, be put into material cylinder corresponding dyestuff and
Auxiliary agent sets dyeing in computer.After the completion of dyeing flow, cloth outputting.Intermediate survey：Fabric is tested after dye is good,
See if there is dyeing flower phenomenon.Wet brush：Bristle processing is carried out after fabric is soaked, makes web surface villus straight.Fluffing：By fabric
Surface villus is pulled out by needle cloth, makes fabric soft, fluffy.Cropping：The fabric for playing hair carries out cropping processing, makes fabric
Surface villus is concordant, removes some floating hairs and extra miscellaneous hair.Hot light：The fabric for cutting hair by rolling is scalded, produces fabric
Third contact of a total solar or lunar eclipse pool.Tank steams：Fabric after hot light enters tank and steams machine, and the effect using steam and Decating cloth is unlikely to deform fabric.Even
It is continuous to steam：Some special fabrics need not move through tank steaming, are shaped using continuous decatizing.Steam-shrinkage：Before fabric manufacture
It is handled in this equipment, reaches the dimensional stability of fabric.
Reasonable design of the present invention, it is of low cost, durable, safe and reliable, easy to operate, time saving and energy saving, save fund,
It is compact-sized and easy to use.
The present invention, which fully describes, to be disclosed in order to more clear, and the prior art is just no longer enumerated.
Finally it should be noted that：The above embodiments are merely illustrative of the technical solutions of the present invention, rather than its limitations；Although
The present invention is described in detail with reference to the foregoing embodiments, it will be understood by those of ordinary skill in the art that：It still may be used
To modify to the technical solution recorded in previous embodiment or carry out equivalent replacement to which part technical characteristic；Make
It is obvious that multiple technical solutions of the present invention, which are combined, for those skilled in the art.And these are changed or replace
It changes, the spirit and scope for technical solution of the embodiment of the present invention that it does not separate the essence of the corresponding technical solution.
Claims (10)
1. cashmere fabric assembly line, it is characterised in that:Including process successively connection warping machine, Weaving-machine, bobbin-winding machine, shampoo,
Rope opener, tenter dryer, crabbing machine, wet steaming machine, tenter dryer, wet brush machine, raising machine, shearing machine, natural lustre finishing machine,
Tank steams machine, steam preshrinking machine, and/or cloth outputting coiler.
2. cashmere fabric assembly line according to claim 1, it is characterised in that:Warping machine includes warping rack, is arranged on
Bobbin cradle in warping rack, the expansion reed being arranged in front of bobbin cradle, the warping warp beam in front of the expansion reed
(102), the yarn (101) between bobbin cradle and warping warp beam (102) and with warping warp beam (102) coaxial rotating and by
Motor-driven warping drive gear (103)；It is characterized in that：Warping control motor (104) is provided in warping rack, it is whole
Through motor (104) is controlled to be connected with warping shaft coupling (105), warping shaft coupling (105) is connected with parallel with warping warp beam (102)
Setting and the warping leading screw (106) between expansion reed and warping warp beam (102), the screw pitch and yarn of warping leading screw (106)
(101) diameter is identical or the screw pitch of warping leading screw (106) and the integral multiple of yarn (101) diameter, is provided in warping rack
The warping parallel with warping leading screw (106) is oriented to feed rod (116), is provided on warping leading screw (106) and is oriented to feed rod in warping
(116) the main nut seat of warping (107) slided on is slided in the main nut seat of warping (107) upper edge warping leading screw (106) axial direction
It is dynamic to be provided with warping feather key (109), be provided on warping feather key (109) be threadedly coupled with warping leading screw (106) it is whole
Through paranema female seat (108), the hydraulic cylinder being arranged on the main nut seat of warping (107), on the warping piston rod (110) of hydraulic cylinder
The warping extrapolation shaft shoulder (111) is provided with, the warping extrapolation shaft shoulder (111) is connect with warping paranema female seat (108), in the main screw of warping
Warping leading arm (112) is provided with above seat (107), the warping work being in rolling contact is respectively arranged in warping leading arm (112)
Dynamic idler wheel (113) and warping fixed idler whell (114), yarn (101) is from warping action roller (113) and warping fixed idler whell
(114) point of contact passes through, and warping pressure spring is provided between warping action roller (113) and warping leading arm (112)
(115)；Warping tensioner (117) is provided in warping rack, the warping including being fixed in warping rack is led
To seat (118), the warping sliding bar (120) being arranged in warping guide holder (118) is arranged at the top of warping sliding bar (120)
Tension in Warping spring (119) between warping guide holder (118) bottom, be arranged on warping sliding bar (120) lower end and with list
The tension in Warping idler wheel (121) of one thread (101) contact is arranged at the top of warping sliding bar (120) and warping guide holder (118)
Warping pressure regulation drawstring (122) between bottom is arranged on warping guide holder (118) and for adjusting warping pressure regulation drawstring
(122) the warping euphroe (123) of length；It is provided with to measure tension in Warping spring (119) on warping guide holder (118)
The tension in Warping meter (124) of spring force, is provided with the velocity pick-up for measuring warping warp beam (102) rotating speed in warping rack
Device, velocity sensor are connected with processor, and processor controls motor (104) to connect by controller with warping.
3. cashmere fabric assembly line according to claim 1, it is characterised in that:Crabbing machine includes process connection successively
Boiler (202), crabbing case (203) and cold water storage cistern (210)；It is characterized in that：Charging is provided in crabbing case (203)
Guide roller (204) is provided with discharging guide roller (205) in crabbing case (203), and center is provided in crabbing case (203) and is become
To roller (206)；Movement locus double end Archimedes spiral of the fabric (1) in crabbing case (203), double end Archimedes spiral packet
It includes charging Archimedes spiral and connect discharging Archimedes spiral with charging Archimedes spiral；Feed guide roller (204)
Fabric (1) both sides on charging Archimedes spiral, discharging guide roller (205) knitting on discharging Archimedes spiral
Object (1) both sides, center deflecting roller (206) is arranged on charging Archimedes spiral and the center deflecting for the Archimedes spiral that discharges connects
Meet place；It is provided in crabbing case (203) and makes unrestrained screw feeder (209)；Center deflecting roller (206), charging guide roller (204) and discharging
Guide roller (205) structure is identical；Charging guide roller (204) including driven by motor drive rotary shaft (211), be sleeved on rotation
Outer roller set (212) on axis (211), be arranged on rotary shaft (211) end and outer roller set (212) by the hot water that bearing is connect into
Enter supporting sleeve (213), the access aperture (214) for being arranged on the hot water that hot water enters at supporting sleeve (213) center, be arranged on rotary shaft
(211) axial blind hole (215) that is connected at center and with access aperture (214) is arranged in rotary shaft (211) and and axial blind hole
(215) connection radial through-hole (216), be arranged on the inner ring connected on outer roller set (212) madial wall and with radial through-hole (216)
Slot (217), be arranged in outer roller set (212) and connected with inner groove (217) divide aquaporin (218) and be arranged on outer roller
It covers on (212) lateral wall and with dividing the aquaporin apopore that (218) connect (219)；It is set in the lateral wall of center deflecting roller (206)
Three foot swivel mounts (207) are equipped with, divides equally on three foot swivel mounts (207) and is provided at least three and for being rolled with fabric (1)
The deflecting guide roller (208) of contact.
4. cashmere fabric assembly line according to claim 1, it is characterised in that:Wet steaming machine includes wet steaming solution heater box
(901), it is immersed in the wet wet steaming color fixing box (902) steamed in solution heater box (901), is arranged on the outside of wet steaming color fixing box (902)
Wet steaming helical fin (905) on wall is separately positioned on wet steaming color fixing box (902) and is exposed to wet steaming solution heater box
(901) the wet steaming entrance (909) of liquid level and the wet wet steaming steam point for steaming mouth (910), being arranged on wet steaming color fixing box (902) bottom
With box (907), with it is wet steaming steam distributor disk (907) connect and be used for be passed through steam wet steaming steam inlet (906), be distributed in it is wet
The wet steaming steam jet (908) on steam distributor disk (907) is steamed, be arranged on wet steaming entrance (909) and/or wet steams mouth (910)
The wet steaming sealing nozzle (912) at place is arranged under the wet wet steaming crane (913) for steaming color fixing box (902) upper end, its lifting arm
It holds the wet steaming elevator (915) being connect with wet steaming crane (913) and is horizontally set on wet in wet steaming color fixing box (902)
Steam turbulent screw feeder (916)；Be respectively arranged in wet steaming solution heater box (901) wet steaming temperature/liquid level sensor (903) with it is wet
Steam heater strip (904)；Wet steaming damping roll (911) is provided at mouth (910) in wet steaming entrance (909) and/or wet steam；In wet steaming
Solution heater box (901) inner cavity top is provided with wet steaming steam collection port (914)；In wet steaming solution heater box (901) inner cavity
Wet steaming guide roller component is provided with, wet steaming guide roller component includes being rotatably provided in wet steaming solution heater box (901) inner cavity
The wet wet steaming for steaming stable steering roller (917), being axially arranged at wet steaming stable steering roller (917) center and being used to be passed through steam
Central through hole (918), the wet steaming for connecting and being distributed on wet steaming stable steering roller (917) with wet steaming central through hole (918) are radially
Through-hole (919) is sleeved on the wet wet steaming mesh housing (921) steamed on stable steering roller (917) and is arranged on wet balance of steaming and leads
To roller (917) lateral wall and the wet wet steaming supporting rib (920) steamed between mesh housing (921) madial wall；Wet steaming central through hole
(918), wet steaming radial through-hole (919) and wet steaming mesh housing (921) are sequentially communicated；It is wet steaming mesh housing (921) side with
Fabric abrasive contacts, and wet steaming mesh housing (921) opposite side is provided with water conservancy diversion arc-shaped cover (922).
5. cashmere fabric assembly line according to claim 1, it is characterised in that:The wet brush machine of fabric is held in the mouth including process successively
The discharging frame connect（3-1）, auxiliary agent cylinder（3-2）, live-roller（3-3）, padding machine（3-4）And bristle roller（3-5）；In auxiliary agent cylinder（3-
2）Interior block roller（3-6）；It is characterized in that：Live-roller（3-3）Including the central principal axis driven by motor drive（3-8）, setting
In central principal axis（3-8）On planet carrier（3-9）, with central principal axis（3-8）Circumference array is sleeved on planet on the basis of axial line
Frame（3-9）Planetary rollers that are upper and being contacted with fabric（3-10）, be arranged on planetary rollers（3-10）The side block shaft shoulder at both ends（3-11）, set
It puts in the side block shaft shoulder（3-11）The friction roller in outside（3-12）, be sleeved on central principal axis（3-8）Upper and and friction roller（3-12）Rolling
The center rotating roller of dynamic contact（3-13）, it is coaxially connected in center rotating roller（3-13）The center ring gear of right end（3-14）, key
It is connected to heart main shaft（3-8）On center rotation gear shaft（3-16）And it is engaged on center rotation gear shaft（3-16）With in
Intracardiac gear ring（3-14）Between auxiliary change gear axis（3-15）；In block roller（3-6）There is circulation nozzle on lateral wall respectively（3-
7）, circulation nozzle（3-7）Import by recycling the pump housing and auxiliary agent cylinder（3-2）On fluid hole connection；In live-roller（3-3）Under
Side is provided with is located at central principal axis for impregnating（3-8）The planetary rollers of lower section（3-10）Service sink（3-17）, in service sink（3-
17）It is inside provided with to rinse planetary rollers（3-10）The washer jet of lateral wall（3-18）.
6. cashmere fabric assembly line according to claim 1, it is characterised in that:Raising machine include fluffing cylinder (601),
It is arranged on the fuzzing roller (602) to fluff on cylinder (601), covers on dust cover (603), the Yi Jifen to fluff on cylinder (601) outside
The fabric entrance and the Windscreen Fan (604) at fabric outlet for not being arranged on dust cover (603)；At the top of dust cover (603)
Be provided with the import for inhaling hollow billet road (605), inhale hollow billet road (605) outlet be connected with the B ends of venturi-type eductors (607) into
Mouthful, it is connected with pressure piping (606), the C-terminal outlet of venturi-type eductors (607) in the A ends import of venturi-type eductors (607)
It is connected with pond (608)；Pressure piping (606) is connected with water pump；It is provided with below fluffing cylinder (601) and fuzzing roller
(602) the opposite clearer in direction of rotation (610), clearer (610) outside is provided with outer kuppe (613), in outer kuppe
(613) water conservancy diversion inlet scoop (614) corresponding with the fuzzing roller (602) below fluffing cylinder (601) is provided on, clear
Clean roller (610) is provided centrally with central through hole (615), and the diameter connected with central through hole (615) is provided in clearer (610)
To through-hole (611), it is provided on clearer (610) lateral wall and chooses high-quality green tea end (612) positioned at radial through-hole (611) side,
High-quality green tea end (612) and fuzzing roller (602) steel thorn gap below the cylinder (601) that fluffs are chosen at water conservancy diversion inlet scoop (614)
Contact, central through hole (615) are connected with suction ventilator/vacuum pump (616)；It is provided on fluffing cylinder (601) by fuzzing roller
(602) the blowing pipeline (609) that the batting on is blown to water conservancy diversion inlet scoop (614).
7. cashmere fabric assembly line according to claim 1, it is characterised in that:Shearing machine include successively process connection and
Charging guide roller (401), straightening-out mechanism (402), cropping mechanism (403) and the discharging guide roller that fabric passes through successively
(404)；It is provided with to destatic roller to fabric elimination electrostatic between straightening-out mechanism (402) and cropping mechanism (403)
(406)；Including the electrostatic that is located above roller (405), which occurs, for straightening-out mechanism (402), is arranged on electrostatic occurs roller (405) lower right
Go electrostatic driven voller (407), be arranged on electrostatic occur roller (405) lower left tightening roller (408) and be arranged on electrostatic hair
Raw roller (405) removes electrostatic driven voller (407) and the hairbrush conveyer belt (409) on tightening roller (408)；
Wherein, the part that roller (405) outer surface of upper occurs in electrostatic for its packet of hairbrush conveyer belt (409) connects with fabric lower surface
It touches；
Wherein, hairbrush conveyer belt (409) is going the beneath portions between electrostatic driven voller (407) and tightening roller (408) to be provided with
Miscellaneous hair collecting pit (411) is provided with immersion unhairing between the lower surface of hairbrush conveyer belt (409) and miscellaneous hair collecting pit (411)
Roller (412), hairbrush conveyer belt (409) are going the portion lower surface between electrostatic driven voller (407) and tightening roller (408) and immersion
The upper end outer surface contact of unhairing roller (412), the lower end outer surface of immersion unhairing roller (412) is immersed in miscellaneous hair collecting pit (411)
In；
It is going on the outside of electrostatic driven voller (407) to be provided with the suction hair for being attached to the miscellaneous hair on hairbrush conveyer belt (409)
Mouth (410), the air outlet for inhaling hair mouth (410) are immersed in miscellaneous hair collecting pit (411)；
Hairbrush conveyer belt (409) occurs to be provided on the outside of the part between roller (405) and tightening roller (408) in electrostatic blows to hair
In electrostatic roller (405) and tightening roller occur for the blowing drying nozzle (414) and/or hairbrush conveyer belt (409) of brush conveyer belt (409)
(408) negative-pressure air-suction suction nozzle (413) is provided on the inside of the part between；Hollow out is distributed with logical on hairbrush conveyer belt (409)
The hairbrush contacted with fabric is distributed in hole on hairbrush conveyer belt (409) outer surface；It is provided with above straightening-out mechanism (402)
For the second straightening-out mechanism contacted to fabric upper surface, the second straightening-out mechanism and straightening-out mechanism (402) structure are identical and symmetrical
It is arranged on the both sides up and down of fabric；The direction of rotation of immersion unhairing roller (412) is opposite with hairbrush conveyer belt (409) direction of transfer.
8. cashmere fabric assembly line according to claim 1, it is characterised in that:Tank steam machine include steam roller mechanism (51), with
And it is arranged on the steaming pot (58) steamed on the right side of roller mechanism (51)；It is characterized in that：Roller mechanism (51) is steamed including steaming roller core shaft (52), setting
It puts and steams in roller core shaft (52) and root and hollow channel steaming the hollow channel (55) at roller core shaft (52) center, be radially arranged in
(55) the V-type radial passage (53) of connection, penetrating setting and the equal cloth hole housing being sleeved on steaming roller core shaft (52) lateral wall
(54) and the efflux pump (56) that is connected by pipeline with the end of hollow channel (55) of import；In the outlet of efflux pump (56)
The humidity sensor (57) at place；The partition board (59) of multilayer is provided in steaming pot (58) inner cavity, rotation is provided on partition board (59)
To identical spiral straight slot (60)；Bleeding point (61) is provided at the top of steaming pot (58), bleeding point (61) is connected with by pipeline
The import of aspiration pump (62)；Steaming pot (58) lower end is provided with dry air and enters pump (63)；Steaming pot (58) is communicated with accumulator
(68), excessive pipeline (69) and tonifying Qi pipeline (64) are parallel between accumulator (68) and steaming pot (58), in excessive pipeline (69)
With being respectively arranged with check valve on tonifying Qi pipeline (64)；Energy-storage pressure table (65) is provided on accumulator (68), in steaming pot
(58) pressure tank table (66) is provided on, having heaters (67) and booster pump (70) are sequentially connected in series on tonifying Qi pipeline (64)；
Steam preshrinking machine connects including cradle (2), the heap cloth case (5) being connect with cradle (2) process, with heap cloth case (5) process
The dewing device (6) that connects, the Rubber Conveyor Belt Scrap device (7) being connect with dewing device (6) process, with Rubber Conveyor Belt Scrap device (7) process
It the dryer (18) of connection, the discharge port (19) being connect with dryer (18) process and is arranged below discharge port (19)
Folding machine (26)；Fabric (1) is from left to right successively by cradle (2), heap cloth case (5), dewing device (6), Rubber Conveyor Belt Scrap dress
After putting (7), dryer (18) and discharge port (19), fall on folding machine (26)；It is provided with to be located on cradle (2) and knit
The feed preparation unit roller (3) of object (1) both sides and damping rolling (4)；Rubber Conveyor Belt Scrap device (7) including rack, be rotatably provided in rack
The rotation that the centre bore of center swivel mount (8), its output shaft and center swivel mount (8) is sequentially connected controls motor (9), at least three
A center bore along center swivel mount (8) to wait point setting a radial direction indexing supporting rack (10), be arranged on radially indexing support
Radial direction push on frame (10) compensates screw rod (11), the central shaft for being vertically set on radially push compensation screw rod (11) movable end
(12), the jockey pulley (13) that is sleeved on central shaft (12), the rubber blanket (16) being sleeved between jockey pulley (13), root setting
Radial direction push the table link (15) of compensation screw rod (11) movable end, be arranged on table link (15) outer end and gauge outfit with
The dial gauge (14) and radially push compensation screw rods (11) positioned at adjacent two that rubber blanket (16) outer surface contacts with pressure
Between and its downside by rubber blanket (16) coat heating bearing roller (17)；Fabric (1) is from heating bearing roller (17) and rubber blanket
(16) gap between passes through；Disconnecting device is provided between discharge port (19) and folding machine (26)；Disconnecting device includes position
Fixed seat (20) on the right side of fabric (1), the sliding seat (21) on the left of fabric (1) are horizontally set on sliding seat (21) left side
Side and drive sliding seat (21) side-to-side movement and with C-shaped channel work inlet casing (22), be separately positioned on fixed seat (20) left end
Friction pad (23) with sliding seat (21) right end, the cut-out cylinder (24) being arranged in sliding seat (21) and it is arranged on cut-out
The cutter (25) moved on cylinder (24) piston rod and in C-shaped channel；
Cloth outputting coiler includes cropping rack (72), the elastic damper being arranged at cropping rack (72) right end upper inlet
(73), the oscillating rod (75) of upper end and the clamping of cropping rack (72) left upper end journal stirrup, root are hinged on the left of cropping rack (72)
And the upper end hinged or slip in the middle part of oscillating rod (75) driving push rod (76), root in the middle part of oscillating rod (75) pass through root and turn
Axis is hinged on the elevating rocker arm (78) of cropping rack (72) lower part, is hinged on oscillating rod (75) lower end and on elevating rocker arm (78)
It holds the adjusting angle slide (77) slided on track, the active rubber roll (79) for being arranged on elevating rocker arm (78) left end, be sleeved on
Intermediate speed change transition wheel group (80) in the shaft of root and with active rubber roll (79) band connection is arranged on active rubber roll (79)
Lower section and fall axle (81) with what active rubber roll (79) frictional drive contacted；Fabric is successively through elastic damper (73) and active
Rubber rollers (79) afterwards clot to falling on axle (81)；Edge guide/spreading roll/anti-quiet is provided with below cropping rack (72) right end
Electric roller (74), fabric is successively through elastic damper (73), edge guide/spreading roll/antistatic roller (74) and active rubber roll
(79)；Damping fixed seat (82) of the elastic damper (73) including fixed cropping rack (72) upper right side is horizontally set on and left
End be located at damped elasticity bar (83) in damping fixed seat (82), be arranged on damping fixed seat (82) and damped elasticity bar (83) it
Between buffer spring (84), the damped elasticity roller (85), the left end that are arranged on damped elasticity bar (83) right end be arranged on fixed cropping
The damping adjusting that the damping adjusting push rod (88), left end of rack (72) upper right side are arranged on fixed cropping rack (72) upper right side is led
Balladeur train (86) is adjusted to bar (87) and the damping being arranged on damping adjusting guide rod (87) that horizontally slips；
Damping adjusts the right end of push rod (88) and damping adjusts balladeur train (86) and connect, and adjusting balladeur train (86) left end in damping is provided with
Damping driven voller corresponding with damped elasticity roller (85), damped elasticity roller (85) are located at fabric and with knitting with damping driven voller
Object surface scrolls CONTACT WITH FRICTION；Cloth feeding adjusting apparatus is provided on the right side of cropping rack (72)；Cloth feeding adjusting apparatus includes setting
Cloth feeding adjustment rack on the right side of cropping rack (72) is inclined with the first of 45 ° of elastic damper (73) submitting fabric direction oblique
Oblique fabric guide roll (89), tilted with first fabric guide roll (89) send out the second of 45 ° of fabric direction oblique tilt fabric guide roll (91) and
The third that 45 ° of fabric guide roll (91) submitting fabric direction oblique is tilted with second tilts fabric guide roll (93)；Third tilts fabric guide roll
(93) fabric is sent to active rubber roll (79)；First tilts one end ball-joint of fabric guide roll (89) in cloth feeding adjustment rack,
The first adjusting angle push rod (90) is provided between the other end of the first inclination fabric guide roll (89) and cloth feeding adjustment rack；
Second tilts one end ball-joint of fabric guide roll (91) in cloth feeding adjustment rack, and the another of fabric guide roll (91) is tilted second
The second adjusting angle push rod (92) is provided between end and cloth feeding adjustment rack；
Third tilts one end ball-joint of fabric guide roll (93) in cloth feeding adjustment rack, and the another of fabric guide roll (93) is tilted in third
Third, which is provided with, between end and cloth feeding adjustment rack adjusts angle push rod (94)；It is left in edge guide/spreading roll/antistatic roller (74)
Side is provided with the lift adjustment slide (95) slided up and down in cropping rack (72), is vertically arranged in cropping rack (72) bottom
There is the lift adjustment push rod (96) being connect with lift adjustment slide (95) lower face.
9. cashmere fabric assembly line according to claim 1, it is characterised in that:Weaving-machine praises textile machine for Ningjin Lu
The GA615A2-56 looms of Co., Ltd, the R6/48 networks that bobbin-winding machine is S.A.V.s.a.s.di CANTARELLO＆C companies
Cylinder machine, rope opener control the YH912-1/40-SK98023-1279.TMS-3000 rope forms of engineering company for Shanghai mikey
Scutcher, tenter dryer, FOLATEX4C-166 combination machine of washing and shrinking, the tenter dryer that shampoo is CIMI companies of Italy
It is produced for Italian CORINO companies, and/or natural lustre finishing machine is Lianyungang of Jiangsu Ying You frames Co., Ltd SME473F-
2000-0609001 natural lustre finishing machines；
Process is connected as transmission band connection, transfer roller connection, fork truck turnover connection or overhead traveling crane handling connection.
10. a kind of technique for making cashmere fabric, it is characterised in that：Include the following steps,
Step 1, warping, by means of warping machine, cheese is made by warping machine on the beam of a loom as the warp thread of fabric；
Step 2, weaving：And by means of Weaving-machine, loom beam yarn and weft yarn are made into fabric by Weaving-machine；
Step 3, fabric examine repairing：It tests to the greige goods fabric that weaving finishes and goes yarn defect, woven fabric fault
It removes；
Step 4 stitches cylinder：Fabric is carried out by seam by bobbin-winding machine and is merged into tubular；
Step 5, braying：Sundries present in step 4 fabric is removed totally by means of shampoo；
Step 6, fulling：Mechanical presses are carried out to fabric in a wet state by means of shampoo；
Step 7, open-width：The fabric of step 6 is opened by means of rope opener；
Step 8, drying：By means of tenter dryer, the fabric after fulling milling open-width is dried；
Step 9, crabbing：Processed by hot bath is carried out to fabric by means of crabbing machine；
Step 10, piece dyeing finishing：By means of wet steaming machine and using the dyeing of reactive dye short wet steaming；
Step 11, wet brush：After by means of wet brush machine, fabric is soaked and bristle is handled；
Step 12, fluffing：Web surface villus is pulled out by needle cloth by means of raising machine；
Step 13, cropping：Cropping processing is carried out to fabric by means of shearing machine, removes floating hair and miscellaneous hair；
Step 14, hot light：Rolling is carried out by means of natural lustre finishing machine to fabric to scald；
Step 10 six, tank steam：Machine is steamed by means of tank, passes through steam inlet sizing treatment；
Seven steam-shrinkage of step 10 by means of steam-shrinkage machine, is handled the dimensionally stable of fabric；
Step 10 eight, cloth outputting clot by means of cloth outputting coiler, carry out fabric to be sized clot storage.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810212328.8A CN108251936A (en) | 2018-03-15 | 2018-03-15 | Cashmere fabric assembly line and technique |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810212328.8A CN108251936A (en) | 2018-03-15 | 2018-03-15 | Cashmere fabric assembly line and technique |
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| Publication Number | Publication Date |
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| CN108251936A true CN108251936A (en) | 2018-07-06 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201810212328.8A Withdrawn CN108251936A (en) | 2018-03-15 | 2018-03-15 | Cashmere fabric assembly line and technique |
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| CN (1) | CN108251936A (en) |
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| CN109049970A (en) * | 2018-08-29 | 2018-12-21 | 山东源丰纺织机械有限公司 | Anti- carpet prevents corrugated steaming box |
| CN109338612A (en) * | 2018-11-19 | 2019-02-15 | 湖州拉杜拉塔服饰有限公司 | A kind of cloth cleaning, drying integrated equipment |
| CN109459369A (en) * | 2018-12-10 | 2019-03-12 | 杭州新天元织造有限公司 | The coiling device and its control method of reciprocating-type textile fabric |
| CN109667080A (en) * | 2019-01-25 | 2019-04-23 | 苏波 | A kind of cloth printing and dyeing preprocess method |
| CN109778455A (en) * | 2019-01-25 | 2019-05-21 | 苏波 | A kind of cloth printing and dyeing pre-processing device |
| CN110331531A (en) * | 2019-06-19 | 2019-10-15 | 山东康平纳集团有限公司 | A kind of postfinishing process of frivolous blended suitable hair fancy suiting product |
| CN110835798A (en) * | 2019-12-03 | 2020-02-25 | 上海恋轩实业有限公司 | Cashmere fabric and after-finishing process |
| TWI732546B (en) * | 2019-12-06 | 2021-07-01 | 大陸商斯喬麥科技(深圳)有限公司 | Steam pre-shrinking tank |
| CN115072458A (en) * | 2022-07-03 | 2022-09-20 | 南通德亿新材料有限公司 | Functional fabric winding device |
| CN115492358A (en) * | 2022-09-28 | 2022-12-20 | 中建八局发展建设有限公司 | Ride flexible adjusting device of girder steel and system to one side |
| CN116219610A (en) * | 2022-12-27 | 2023-06-06 | 安美桥（南宫）羊绒制品有限公司 | Silk camel fabric production process |
| CN116463811A (en) * | 2023-05-25 | 2023-07-21 | 浙江金典印染有限公司 | Preshrinking machine for knitting elastic cloth dyeing process and dyeing process |
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Cited By (18)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109049970A (en) * | 2018-08-29 | 2018-12-21 | 山东源丰纺织机械有限公司 | Anti- carpet prevents corrugated steaming box |
| CN109049970B (en) * | 2018-08-29 | 2023-08-04 | 山东源丰纺织机械有限公司 | Steaming box for preventing carpet from wrinkling |
| CN109338612A (en) * | 2018-11-19 | 2019-02-15 | 湖州拉杜拉塔服饰有限公司 | A kind of cloth cleaning, drying integrated equipment |
| CN109459369A (en) * | 2018-12-10 | 2019-03-12 | 杭州新天元织造有限公司 | The coiling device and its control method of reciprocating-type textile fabric |
| CN109459369B (en) * | 2018-12-10 | 2023-09-19 | 杭州新天元织造有限公司 | Reciprocating type textile fabric rolling device and control method thereof |
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Application publication date: 20180706 |