CN103938398A - Mechanized pure natural fabric basking and dyeing technique - Google Patents
Mechanized pure natural fabric basking and dyeing technique Download PDFInfo
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- CN103938398A CN103938398A CN201410170276.4A CN201410170276A CN103938398A CN 103938398 A CN103938398 A CN 103938398A CN 201410170276 A CN201410170276 A CN 201410170276A CN 103938398 A CN103938398 A CN 103938398A
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Abstract
The invention discloses a mechanized pure natural fabric basking and dyeing technique. The technique comprises the following processing steps that (A) rolls are assembled in a large roll mode; (B) the operation of mechanized dip dyeing for 1 to 30 times, then cold pad-batch coloring, then mechanized fabric laying and fabric basking on a natural lawn is conducted cyclically; (C) the fabric is washed; (D) the operation of mechanized mud applying for 1 to 30 times, then cold pad-batch mud applying, then mud washing and then basking is conducted cyclically. According to the mechanized pure natural fabric basking and dyeing technique, the fabric can be flatly laid on the lawn to be basked without manual fabric pulling, the fabric cannot be whirled away by natural wind blowing, the perfect combination of pure natural and mechanization is achieved through the method of fabric rolling and turning over, dyeing and mud applying, the advantages of natural basking and dyeing are reserved, natural, environmental friendliness and zero pollution are achieved, mechanized operation can also be conducted, the production labor using is reduced greatly, the labor intensity of workers is lowered, and production efficiency is improved.
Description
Technical field
The present invention relates to a kind of process that had not only retained feature that natural solarization dyes but also can replace manual operations to shine dying cloth with mechanization material, belong to the special solarization dyeing technique field of textile dyeing and finishing industry.
Background technology
Dye cloth product environmental protection that skill and technique produces, comfortable, natural by solarization, firmly get the especially external medium-to-high grade consumer's favor of consumer, existing more than the 500 year long history of material although solarization is dyed cloth, but be to be all in all age made by craft, production cost is high, process limitations adds and shines that to dye labor intensity very large, so that shines dyeing technique and face and do not have young man to be ready threat dry and that may face in the near future fewer and feweri people and inherit the industry.How this ancient solarization is dyed to skill and technique is inherited and carry out industrial upgrading becomes the problem that the industry is extremely urgent always, because natural solarization is dyed cloth, the basic demand of material is not need steam to heat up, do not need chemical dyestuff auxiliary agent, do not need electrical heating or heat-conducting oil heating to dry, and dyes otherwise all do not claim pure natural to shine.Should lean on as can be seen here that the dyeing of the Nature normal temperature, natural plant, the pure sun dry, mechanization production again, technical barrier is wherein by no means easy.In recent decades, comprise a lot of experts and scholars of home and overseas, utilize very advanced technological means to conceive the numerous schemes that replace craftization with mechanization, realized mechanization but need be indoor completing (not relying on the pure sun to dry), run counter to the basic demand that natural solarization is dyed completely, the mechanization imitation sun dries but shines to dye the effect of product and shine to dye by hand and differs greatly, result is all unsatisfactory, almost abandons so far this class research.
Summary of the invention
Technical problem to be solved by this invention is to provide a kind of process that had not only retained feature that natural solarization dyes but also can replace manual operations to shine dying cloth with mechanization material
The technical scheme that technical solution problem of the present invention adopts is: a kind of mechanization pure natural shines the process of the material of dying cloth, and comprises following treatment step: steps A: large package is joined volume: the cloth of production Len req is made into yardage roll in the mode of large package, open width shape with traditional volume machine of joining.
Step B: carry out 1～30 mechanization and contaminate then cold dome colouring, then machinery spreads the cycling of shining cloth on cloth natural meadow again, described mechanization contaminate refer to by cloth open width through dye liquor tank, padding machine, deflector roll, coiler device completes the mechanization of dip-dye, described cold dome colouring refers to the cloth open width shape after contaminating is twisted on cold dome A cabinet frame continuously, by rotating the cloth beam on cold dome A cabinet frame, complete dye liquor is combined with fabric fibre equably under natural room temperature, described mechanization is shone cloth and is referred to and utilize winding/unwinding device on meadow, transport and compress lever apparatus, by the cloth open width after dying on meadow, naturally dry by sunshine.
As the improvement of technique scheme, after described step B, also comprise step C: cloth washing, cloth washing refers to and utilizes the mode of ready-made clothes washing that cloth is carried out to rear arrangement.
As another improvement of technique scheme, after described step B, also comprise, step D: carry out No. 1～30 machinery and cross mud and follow mud on cold dome, then wash mud, the then cycling of drying again, described machinery is crossed mud and is referred to and utilize entering arrangment, mud-coated equipment, complete mechanization cross mud every cloth apparatus, set composite and cloth rewinder, on described cold dome, mud refers to the cloth open width shape of coating after mud is twisted on traditional cold dome A cabinet frame continuously, by rotating the cloth beam on A cabinet frame, make the abundant combination of mud and painting cloth, described in wash mud for manually washing mud or mud is washed in mechanization.
As the improvement of technique scheme, after described step D, also comprise step C: cloth washing.
As the further improvement of technique scheme, repeating step B again after described step C.Repeating step D and step B again after the described B of step for the second time.Repeating step C again after the described B of step for the third time.
The invention has the beneficial effects as follows: process of the present invention can allow cloth be laid on meadow and get sun, but do not need artificial granny rag, also not being afraid of the Nature blows and sweeps away, volume turns over cloth, dyeing and crosses mud method the perfect adaptation that has also realized pure natural and mechanization, both retained the feature that natural solarization is dyed, naturally environment friendly and pollution-free, again can mechanized operation, greatly reduce production labor, improved production efficiency, lowered workman's labour intensity.
Brief description of the drawings
Fig. 1 is the structural representation of the impregnating mangle used of the present invention;
Fig. 2 is the structural representation of the solarization cloth machine used of the present invention;
Fig. 3 is the structural representation that shines cloth machine cross-brace lever apparatus;
Fig. 4 is the structural representation that shines the horizontal strut device of cloth machine;
Fig. 5 was the structural representation of mud machine;
Fig. 6 is the structural representation of washing mud machine;
Fig. 7 was the structural representation that mud is washed mud combination machine.
Detailed description of the invention
Below by drawings and Examples, the present invention is further described.
At the bottom of now dying face black taking the calico of sky silk flax blending, pinkish-grey color is shone the embodiment of the material of dying cloth as example illustrates efficient mechanical pure natural.
The first step, the calico of the sky silk flax blending singed doing, destarch, boiling-off pretreatment procedure specification being 32S*32S*320g/m, join volume, approximately 2000 meters of quantity 20 (large package), total quantitys, between every, sealing connects and to adopt an overseam mode to connect, then cloth cover upwards, the head selvage guide of impregnating mangle in connection.
Second step, carry out the preparation of natural dye: claim plant dye yam 1000kg, it is broken into the dye yam piece of diameter 1～3cm left and right thickness with pulverizer, need not squeeze into juice, in the direct clear water that this 1000kg is immersed to about 1500kg, (soak depending on the large I of container of containing dye liquor) in batches, stir while soak altogether after approximately 5～30 minutes by dye yam piece with leach dye liquor (being called for short Liang water) and separate, " head is crossed water " Liang water will be drawn again after this Liang water filtration, again this batch of dye yam piece is immersed in for the second time in the clear water of an other about 1500kg in pond and soaks for the second time Liang, simulation said method obtains " two cross water " Liang water.The dye liquor of this routine calico natural dyeing is formulated as " head is crossed water ": " two cross water "=1:1 prepares.
The 3rd step, in the dye liquor tank of the dye liquor input impregnating mangle preparing, carries out roll vertical compression power or twists on the cloth rewinder roll on A cabinet frame without exhaust dyeing, the large package cropping of vertical compression power.
The 4th step, with a plastic sheeting bag large batch in neat formation, starts the rotary electric machine of A cabinet frame, allows yardage roll stack 0.1～72 hour (depending on technological requirement, this example is 2 hours) by the rotating speed of 2～10r/min, at room temperature rotation.
The 5th step, to paint but not solid yardage roll is placed on the device 21A that shines cloth machine, drawing the leftover of bolt of cloth is clipped on the face of Tobe net that Tobe net send receiving apparatus 22A, rising cross-brace lever apparatus 23 and laterally strut device 24, yardage roll at the uniform velocity open width is delivered to Tobe net to be sent on receiving apparatus 22B, put down again cross-brace lever apparatus 23, allow cloth horizontal on meadow, then depress horizontal strut device 24; Allow the sun cloth approximately 20 minutes～60 minutes (depending on cloth cover color effects) that is exposed to the sun; Raise horizontal strut device 24, cross-brace lever apparatus 23, start and send cloth collector 21A, Tobe net to send receiving apparatus 22A again, dyed the cloth roll of taking turns and get back to device and send cloth collector 21A to go up, then cropping having shone on meadow.
Above-mentioned the 3rd step, the 4th step, the 5th step operation repetitive cycling 1～N time, (this routine N is 13 times), the mechanization pure natural that completes cloth shines and dyes production process.
The 6th step, passed through the above-mentioned cloth having dyed that shone mud machine cloth was carried out to mud: select one side of the present invention to cross the yardage roll that mud machine carried out rotating on A cabinet frame under mud (this example: 4mm is selected in the gap of scraper and cloth cover), large package rolling, room temperature to cloth and stack 0.1～72 hour (this example is selected 6 hours).
The 7th step, then, through washing mud machine, cleans up the river silt on cloth, and these the routine speed of a motor vehicle 10 m/ divide.
The cloth (shone and dyed at the black flour red end of ash) of crossing after mud is redyed once according to the 3rd step, the 4th step, the 5th step operation more again and shone rich glossiness black pure natural and shine the sky silk linen dying.
Above-mentioned cross mud and wash mud also can adopt the two-sided mud and wash the combination machine that mud unites two into one crossed, directly use that combination machine, the speed of a motor vehicle 10 m/ divide, work feed conduction band 20m progress row is crossed mud and washed mud.
Above-mentioned the 3rd step and the 4th step in the time adopting without the exhaust dyeing of vertical compression power, the structure of the impregnating mangle of using as shown in Figure 1, by open width entering cloth rack 11, contaminate groove 12, spreading roll 14, drag pressure roller 13, squeeze dragging roller 16, A cabinet frame 15 forms.Cloth is entered and is contaminated groove 12 by open width entering cloth rack 11, is entered and is dragged pressure roller 13 out from contaminating groove 12 by spreading roll 14, enters and squeeze dragging roller 16 from dragging pressure roller 13 out, and cloth is involved in A cabinet frame 15 from squeezing dragging roller 16 out.Better in order to reach the effect of dip-dye, between crowded dragging roller 16 and A cabinet frame 15, establish again one group and contaminate groove 12, spreading roll 14, drag pressure roller 13, squeeze dragging roller 16.
The operating process of contaminating: large package is joined to the front cloth of dying of volume and enter open width entering cloth rack 11; Then pure natural dye liquor is put into and contaminated groove 12, cloth is contaminated in dip-dye groove 12; Then without by a pair of pressure roller 13 and the crowded dragging roller 16 of dragging, dye liquor residual on cloth cover being dragged and extruded under pressure at right angle mode; Optional or do not select repeat again contaminate and drag squeeze this procedure; Finally, dye rear cloth and be involved on A cabinet frame large package cloth rewinder roll, use the cloth on the closely knit A cabinet frame 15 of plastic film bag, in rotation, stack certain hour (0.1～72 hour), complete to contaminate entering the next cloth operation of shining.
The solarization cloth machine of using when above-mentioned the 5th step is shone cloth as shown in Figure 2, send receiving apparatus 22A and 22B, row's cross-brace lever apparatus 23, the horizontal strut device 24 of a row, depression bar draw-gear 29 and support bar draw-gear 28 to form by a pair of cloth collector 21A and 21B, a pair of Tobe net of sending.Cross-brace lever apparatus 23 is made up of support bar transverse shaft 231, the vertical bar 232 of support bar, support bar transverse sleeves 235, the vertical bar of support bar bottom swinging center 233, the vertical bar sidepiece of support bar barrier plate 234 and support bar pull rope 236 bands, support bar transverse sleeves 235 is fixed on the upper end of the vertical bar 232 of support bar, support bar transverse shaft 231 is through support bar transverse sleeves 235, the vertical bar 232 of support bar rotates in [0,90 °] scope around the vertical bar of support bar bottom swinging center 233 under the effect of support bar band 236.Laterally strut device 24 is by depression bar transverse bar 241, the vertical bar 242 of depression bar, depression bar transverse sleeves 244, the vertical bar bottom swinging center 243 of depression bar and depression bar band 245 form, depression bar transverse sleeves 244 is fixed on the upper end of the vertical bar 242 of depression bar, depression bar transverse bar 241 is through depression bar transverse sleeves 244, the vertical bar 242 of depression bar under the effect of depression bar band 245 around the vertical bar of depression bar bottom swinging center 243 [0, 180 °] the interior rotation of scope, can be according to technological requirement change place with the contact position of cloth 27 to realize depression bar transverse bar 241, thereby there will not be the look crosspiece of cloth cover to print.Support bar draw-gear 28 drives support bar band 236 to move, and depression bar draw-gear 29 drives depression bar band 245 to move.
The operating process of shining cloth machine is as follows:
First, the cloth of having contaminated 27 is rolled onto out on that the cloth rewinder roll that send cloth collector 21A of making a start (guaranteeing while drawing cloth that cloth cover is upper).
Then, Tobe net 26 is twisted in out to that the Tobe net of making a start and send receiving apparatus 22A upper, the mesh size of Tobe net is selected at 0.01cm～100cm.
Follow, by support bar draw-gear 28, by straight 23 liters of whole cross-brace lever apparatus (the vertical bar 232 of support bar becomes with ground about 90 degree), and the tight support bar band 236 of bolt guarantees that cross-brace lever apparatus 23 fixes again.
Follow, by depression bar draw-gear 29, by straight 24 liters of whole horizontal strut devices (the vertical bar 242 of depression bar becomes with ground about 90 degree), and bolt pinch rod band 245 guarantees that device lateral strut device 24 fixes again.
Next, the Tobe net that send Tobe net 26 on receiving apparatus 22A entirely to cause opposite on Tobe net send on the winding up roller of receiving apparatus 22B, new machine send receiving apparatus 22A to cause Tobe net by artificial method from Tobe net while use for the first time and send receiving apparatus 22B, Tobe net send receiving apparatus 22A and Tobe net to send on the meadow between receiving apparatus 22B with regard to be placed on Tobe net always later, need not remove, need to use Tobe net 26 time, Tobe net send receiving apparatus 22A and Tobe net to send that receiving apparatus 22B is can one passive, initiatively batch other end, so Reusability.While wearing Tobe net 26, Tobe net 26 is forever above cross-brace lever apparatus 23, below horizontal strut device 24, also corresponding rising or be attached on the face of meadow of Tobe net 26 in the time that cross-brace lever apparatus 23 raises or while being reduced in meadow.The length of Tobe net 26 is no less than Tobe net and send 2 times to the distance between 22B of receiving apparatus 22A, while formally use for the first time, send the meadow between receiving apparatus 22A to 22B upper outside except normal length is layered on Tobe net, remaining Tobe net 26 entirely twists in Tobe net and send on receiving apparatus 22A.
Get off again, send 26, the Tobe net of receiving apparatus 22A upper by sending cloth 27 on cloth collector 21A to draw to Tobe net, and the right and left of cloth 27 and Tobe net 26 is clipped to several positions.
Then; send cloth collector 21A and Tobe net send receiving apparatus 22A in passive state, start Tobe net and send the active batching apparatus of receiving apparatus 22B; realize cloth 26 and Tobe net 27 send receiving apparatus 22A end to be transported to Tobe net from Tobe net to send receiving apparatus 22B end simultaneously; when being about to be rolled onto when Tobe net send receiving apparatus 22B end, cloth 27 shuts down; start and send cloth collector 21A and Tobe net to send the receiving apparatus 22A brake gear of end, send like this cloth collector 21A, Tobe net to send receiving apparatus 22A end and send cloth collector 21B, Tobe net to send receiving apparatus 22B all no longer sending and receiving of cloth of end.
Again then, fall whole cross-brace lever apparatus 23 and horizontal strut device 24 by unclamping support bar draw-gear 28 and depression bar draw-gear 29, cloth and Tobe net are just attached on the face of meadow, laterally strut device 24 is just pressed in above face cloth, makes the face cloth can crimping in the process of shining or by wind disheveled.
Next, utilize the opposite cloth at sunshine of the sun to dry, shine the contact position that can realize by changing the position of horizontal strut device 24 depression bar transverse bar 241 and cloth in cloth process, allow depression bar transverse bar 241 can not be pressed in same fixed position on cloth always.
Finally, completing this shines after cloth, by support bar draw-gear 28 and depression bar draw-gear 29 raise horizontal strut device 4 and cross-brace lever apparatus 23, send cloth collector 21B and Tobe net send receiving apparatus 22 B be adjusted into passive, send cloth collector 21A and Tobe net to send receiving apparatus 22A to be adjusted into initiatively to batch, Tobe net 26 and cloth 27 are sent from Tobe net respectively to receiving apparatus 22B delivers to 22A, cloth 27 twists in and send cloth collector 21A upper, completing this " paving cloth, compress, folding and unfolding batching ", to close three be that cloth is shone in one mechanization.
The above-mentioned mud of crossing also can be crossed mud machine with one side and carries out do mechanization operation, as shown in Figure 5, one side cross mud machine by entering cloth rack 53, mud-scraping apparatus 55, upper mud deflector roll 56, scraper 57, enter mud device 58, polyplant 59 and open width large package lap former 510 and form.Entering cloth rack 53 is provided with centralising device, before entering cloth rack, is provided with centering recoil simulator 54, and the centralising device of entering cloth rack and centering recoil simulator 54 guarantee that selvedge substantially fitly carries out upper mud.Upper mud deflector roll 56 and enter mud device 58 and be arranged on the top of mud-scraping apparatus 55, scraper 57 is arranged on the side of mud deflector roll 56, polyplant 59 be by every mud shield 51 with cross mud after cloth condense together, form every mud shield 51 in the above, mud 511 polymerization state below at the bottom of middle, cloth.Open width large package lap former 510 is that excessively good cloth rolling is banked up
One side is crossed the operating process of mud: the cloth clot that need to cross mud becomes large package 52, is placed on the turning cylinder on entering cloth rack 53, utilizes centralising device, the centering recoil simulator 54 of entering cloth rack 53 to guarantee that selvedge substantially fitly carries out upper mud; Then cloth is caused on mud-scraping apparatus 55, walks around upper mud deflector roll 56, adjust the spacing of scraper 57 and upper mud deflector roll 56, generally, between 1～30mm, specifically adjust according to the thickness demand of mud, put into the mud having filtered entering mud device 58 places; Then cause polyplant 59 places by crossing the cloth of good mud, will cause polyplant 59 places every mud shield 51 simultaneously simultaneously, form every mud shield 51 in the above, mud 511 polymerization state below at the bottom of middle, cloth; Finally will be involved in formation state on open width large package lap former 510 every mud shield 51 and the cloth of crossing good mud by open width large package lap former 510 simultaneously, normal temperature rotates to bank up and (banks up 0.1～72 hour time, change according to technological requirement), completed bricklayer's's order, and entered the next one and wash bricklayer's's order.
The above-mentioned mud of washing also can carry out do mechanization operation with washing mud machine, as shown in Figure 6, washing mud machine is entered cloth deflector roll, goes out cloth low level deflector roll 615, is gone out the high-order deflector roll 616 of cloth, cloth plaiting apparatus 617 and rinse sparge pipe 68 to form by cloth feeding frame 64, shield plaiting apparatus 65, wash water groove, wash water groove, wash water groove is provided with water inlet pipe mouth 619 and drain pipe port, and flushing sparge pipe 68 is arranged on the position of corresponding wash water groove.In wash water groove, be provided with into cloth support bracket 63, cloth support bracket 63 has certain distance with wash water groove bottom land, prevents that cloth from sinking to bottom land and contacting with the deposition of bottom land in wash water groove.Wash water groove is divided into head and crosses wash water groove 61, two and cross wash water groove 62, three and cross wash water grooves 623, the porch of crossing wash water groove 61 at head is provided with head and crosses a wash water groove and enter cloth deflector roll 67, be provided with two in two porch of crossing wash water groove 62 and cross wash water groove and enter cloth deflector roll 610, be provided with three in three porch of crossing wash water grooves 623 and cross wash water grooves and enter cloth deflector roll 612.Rinse sparge pipe 68 and be arranged on a position of crossing wash water groove 61 correspondences, sparge pipe 614 at the bottom of three positions of crossing wash water groove 623 correspondences arrange flushing cloth cover sparge pipe 613 and flushing cloth.Drain pipe port is divided into head to be crossed wash water drain pipe port 620, two and crosses wash water drain pipe port 621, three and cross washing water drain pipe port 622, is separately positioned on head and crosses wash water groove 61, two and cross wash water groove 61, three and cross on wash water groove 623.Head cross wash water groove 61 above be also provided with head and cross the high-order deflector roll 610 of wash water groove.
Wash the operating process of mud: first the yardage roll of the good mud of mistake of wash water will be needed, yardage roll is shifted onto and washed before mud equipment with cloth feeding frame 64, by separately two-layer to shield 618 and face cloth 66, debatching simultaneously, shield 618 drops on or twists on shield plaiting apparatus 65, face cloth 66 is through an excessive top of crossing wash water and enter cloth deflector roll 67 and head and cross the high-order deflector roll 69 of wash water groove and enter head and cross wash water groove 61, rinse sparge pipe 68 head cross wash water enter cloth deflector roll 67 and head cross between the high-order deflector roll 69 of wash water groove, be placed on cloth below, then entering cloth deflector roll 610 by two mistake wash water grooves is introduced into cloth in two mistake wash water grooves 62, cloth in water soak cloth support bracket 63 above stack layer by layer with more well-regulated state, form dump leaching cloth 611, allow mud on cloth cover fully by water infiltration and expanded, so that entering when lower operation is rinsed to make mud thoroughly separate from cloth cover.Crossing rinsing bowl through three again enters cloth deflector roll 612, goes out cloth low level deflector roll 615 and goes out the high-order deflector roll 616 of cloth, cloth is involved on cloth plaiting apparatus 617, when wherein cloth is crossed rinsing bowl and is entered cloth deflector roll 612 and go out cloth low level deflector roll 615 this segment distance through three, utilize rinse cloth cover sparge pipe 613 and rinse cloth at the bottom of sparge pipe 614 cloth is carried out to the flushing of positive and negative.For guaranteeing that cloth is subject to secondary and stains washing in mud process to reduce, the water in wash water groove need to have into having, and water inlet pipe mouth 619 is placed in out near the high-order deflector roll 616 of cloth, drain pipe port 620,621 is placed in head and crosses wash water and enter near cloth deflector roll 67.
In the time rinsing cloth cover, the direction of advance of cloth is contrary with the water (flow) direction of bath, and has certain angle, is generally 30～90 °.
Above-mentionedly cross mud and wash bricklayer's's order and can wash mud combination machine and carry out do mechanization operation with crossing mud, as shown in Figure 7, cross mud wash mud combination machine by by entering cloth deflector roll 72, cross mud groove 713, drag mud roller 73, work feed conduction band 74, head are crossed wash water groove 77, two cross wash water groove 78, three and cross wash water groove 79, sparge pipe 710 and go out cloth batching apparatus 711 and form.Enter the porch that cloth deflector roll 72 was arranged on mud groove 713, drag mud roller 73 to be arranged on the exit of mud groove 713, cross mud groove 713 mud 712 having filtered is housed, cloth 71 passed through mud groove 713, the two-sided mud that all soaked into.Drag mud roller 73 just the mud of cloth cover remnants drag and wipe off, cloth enters work feed conduction band 74 after dragging mud roller 73, causes head cross a wash water groove 77 through work feed conduction band 74.The two-sided cloth of crossing mud is not to remove to wash mud at once, but row is set cloth and aerial reaction time of mud in air and by length and the speed of a motor vehicle of controlling work feed conduction band 74 continuously, wherein the length of work feed conduction band can change in the speed of a motor vehicle of variation, work feed conduction band between 2～100m between 0.1～50m/ divides.
When work feed conduction band 74 carries cloth 71 to cross wash water groove 77 to the end, conduction band weft straightener 75 and conduction band cleaning device 76 work simultaneously, and the guided distribution net that speckles with mud is cleaned up in balance movement.Cloth 71 enters two through the excessive positive backwash of the sparge pipe 710 of cement tub 77 excessively and excessively in rinsing bowl 78, embathes, then enter three and cross rinsing bowl 79, through the positive and negative two-sided flushing of sparge pipe 710, finally the cloth of wash clean is completed to clot with going out cloth batching apparatus 711.
Claims (7)
1. mechanization pure natural shines a process for the material of dying cloth, it is characterized in that, comprises following treatment step:
Steps A: large package is joined volume: the cloth of producing Len req is made into yardage roll in the mode of large package, open width shape with traditional volume machine of joining;
Step B: carry out 1～30 mechanization and contaminate then cold dome colouring, then machinery spreads the cycling of shining cloth on cloth natural meadow again, described mechanization contaminate refer to by cloth open width through dye liquor tank, padding machine, deflector roll, coiler device completes the mechanization of dip-dye, described cold dome colouring refers to the cloth open width shape after contaminating is twisted on cold dome A cabinet frame continuously, by rotating the cloth beam on cold dome A cabinet frame, complete dye liquor is combined with fabric fibre equably under natural room temperature, described mechanization is shone cloth and is referred to and utilize winding/unwinding device on meadow, transport and compress lever apparatus, by the cloth open width after dying on meadow, naturally dry by sunshine.
2. a kind of mechanization pure natural according to claim 1 shines the process of the material of dying cloth, and it is characterized in that, also comprises step C after described step B: cloth washing.
3. a kind of mechanization pure natural according to claim 1 shines the process of the material of dying cloth, and it is characterized in that, after described step B, also comprise,
Step D: carry out No. 1～30 machinery and cross mud and follow mud on cold dome, then wash mud, the then cycling of drying again, described machinery is crossed mud and is referred to and utilize entering arrangment, mud-coated equipment, complete mechanization cross mud every cloth apparatus, set composite and cloth rewinder, on described cold dome, mud refers to the cloth open width shape of coating after mud is twisted on traditional cold dome A cabinet frame continuously, by rotating the cloth beam on A cabinet frame, make the abundant combination of mud and painting cloth, described in wash mud for manually washing mud or mud is washed in mechanization.
4. a kind of mechanization pure natural according to claim 3 shines the process of the material of dying cloth, and it is characterized in that, also comprises step C after described step D: cloth washing.
5. a kind of mechanization pure natural according to claim 4 shines the process of the material of dying cloth, and it is characterized in that repeating step B again after described step C.
6. a kind of mechanization pure natural according to claim 5 shines the process of the material of dying cloth,, it is characterized in that repeating step D and step B again after the described B of step for the second time.
7. a kind of mechanization pure natural according to claim 6 shines the process of the material of dying cloth, and it is characterized in that repeating step C again after the described B of step for the third time.
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| CN106192271A (en) * | 2016-08-31 | 2016-12-07 | 周晓刚 | A kind of solarization Liang technique preparing Canton gauze gambiered silk fabric and solarization Liang device |
| CN107151923A (en) * | 2017-05-25 | 2017-09-12 | 常州美胜生物材料有限公司 | A kind of cold-pad-batch process for preparing grey black pure linen fabric |
| CN114950878A (en) * | 2021-02-20 | 2022-08-30 | 吴江市盛和欣机械制造有限公司 | Lifting type glue leakage-proof coating table |
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