CN208328402U - Pre-treatment combination machine is bleached in knitted fabric open width serialization - Google Patents

Pre-treatment combination machine is bleached in knitted fabric open width serialization Download PDF

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Publication number
CN208328402U
CN208328402U CN201820615880.7U CN201820615880U CN208328402U CN 208328402 U CN208328402 U CN 208328402U CN 201820615880 U CN201820615880 U CN 201820615880U CN 208328402 U CN208328402 U CN 208328402U
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Prior art keywords
water
compression roller
roller
fabrics fabric
fabrics
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CN201820615880.7U
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陈洁刚
沈崇江
冯玉春
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Zhejiang Binkang Printing And Dyeing Co Ltd
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Zhejiang Binkang Printing And Dyeing Co Ltd
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Abstract

The utility model discloses knitted fabric open width serializations to bleach pre-treatment combination machine, its key points of the technical solution are that: including several successively end to end rinsing bowls, and it is set to the drying unit that washing slot tail dries the fabrics fabric after rinsing bowl is washed, the squeezing water for squeezing fabrics fabric washed water is provided with above the adjacent rinsing bowl, the squeezing water includes the power mechanism of the first compression roller clamped to fabrics fabric and the second compression roller and the first compression roller of driving and the rotation of the second compression roller relative direction, the side of first compression roller and the second compression roller towards fabrics fabric moving direction is provided with Yu Shui exclusion mechanism, the part that is filled with water for accepting discharge washing water is provided with below the remaining water exclusion mechanism.The utility model has the advantages that: reduce the mutual pollution between the washing water in different rinsing bowls, to improve the warm and humid treatment effeciency of fabrics fabric.

Description

Pre-treatment combination machine is bleached in knitted fabric open width serialization
Technical field
The utility model relates to the washing machine technical fields that works, and in particular to pre-treatment is bleached in knitted fabric open width serialization Combination machine.
Background technique
Running Machine of An Open Width Scouring And Bleaching can be to the quick of cotton and its blended, mixed knitting fabric and fine delicate, higher spandex content and easy crimping Perceptual knitted fabric carries out mild wet process, transmits fabric under low tension, by infiltration, continuous decatize, rotary drum spray washing.
It is handled in combination machine before existing most of bleaching, including several successively end to end rinsing bowls, washing Several are provided in slot for fabrics fabric to be oriented to the first guide roller that different rinsing bowls carry out warm and humid processing, in rinsing bowl Tail portion, be provided with several first steam dry bucket, for will pass through warm and humid processing fabrics fabric carry out drying work.Washing 70-80 degrees Celsius of washing water is contained in slot, for carrying out warm processing to fabrics fabric.
But fabrics fabric is carrying out warm and humid processing from the treatment process that a rinsing bowl enters another rinsing bowl, Dirty water after washing in one pond is easily brought into next rinsing bowl by fabrics fabric, thus in another rinsing bowl Washing water pollute, if going down for a long time, and the effect of multiple warm and humid processing is not achieved.
Utility model content
The purpose of the utility model is to provide knitted fabric open width serializations to bleach pre-treatment combination machine, its advantage is that reducing Mutual pollution between washing water in different rinsing bowls, to improve the warm and humid treatment effeciency of fabrics fabric.
The above-mentioned technical purpose of the utility model has the technical scheme that
Pre-treatment combination machine is bleached in knitted fabric open width serialization, including several successively end to end rinsing bowls, and It is set to the drying unit that washing slot tail dries the fabrics fabric after rinsing bowl is washed, the adjacent rinsing bowl Top is provided with the squeezing water for squeezing fabrics fabric washed water, and the squeezing water includes pressing from both sides to fabrics fabric The engine of the first compression roller and the second compression roller and the first compression roller of driving and the rotation of the second compression roller relative direction held The side of structure, the first compression roller and the second compression roller towards fabrics fabric moving direction is provided with Yu Shui exclusion mechanism, described remaining The part that is filled with water for accepting discharge washing water is provided with below water exclusion mechanism.
It is arranged through the above technical solutions, the setting of squeezing water can not only squeeze the washing water retained in fabrics fabric Out, also play the role of to fabrics fabric smooth, and when fabrics fabric is after squeezing water, be re-introduced into rinsing bowl It is interior, make the fiber of fabrics fabric by repeated washing, makes the more soft of fabrics fabric washing and make fabrics fabric Warm and humid effect is more abundant, and also improves the warm and humid treatment effect of fabrics fabric.When fabrics fabric passes through the first compression roller And second between compression roller, so that the moisture in fabrics fabric be squeezed out, and the residue in fabrics fabric is water stain can pass through remaining water The work of exclusion mechanism is drawn, so that it is more clean to squeeze the moisture in fabrics fabric, the setting for the part that is filled with water is also right The washing water of extrusion is collected, so that preventing the washing water in different rinsing bowls from mutually blending influences warm and humid treatment effect.
The utility model is further arranged to: the remaining water exclusion mechanism includes top and and the water for contacting at fabrics fabric The rotation compression roller of washing trough rotation connection, it is described to rotate the sea for being provided with below compression roller and squeeze to fabrics fabric water suction Continuous roller, the circumferential surface of sponge roller are provided with the extrusion drainage roller being rotatablely connected with sponge roller for squeezing liquid in sponge roller.
Through the above technical solutions, fabrics fabric is by the way that between sponge roller and rotation compression roller, sponge roller is contradicted in fabrics On fabric, to increase the contact area with fabrics fabric, so that sponge roller has been carried out sufficient moisture content to fabrics fabric and draws, To prevent the washing water after washing in fabrics fabric from entering in next rinsing bowl, the setting of extrusion drainage roller can will be extra large Moisture in continuous roller squeezes discharge, so that sponge roller be allow to carry out water sorption for a long time.
The utility model is further arranged to: be provided on the circumferential surface of the extrusion drainage roller arrangement uniformly squeeze it is convex Block.
Through the above technical solutions, extrusion drainage roller, when contacting with sponge roller, the setting of extrusion lug increases and sea The contact area of continuous roller, so as to more fully squeeze out the moisture content in sponge roller, and when the mistake of extrusion drainage roller rotation Cheng Zhong, the setting of extrusion lug also play drainage to the moisture content squeezed out.
The utility model is further arranged to: the lower horizontal of the extrusion drainage roller is provided with to be fixedly connected with rinsing bowl Diversion brush.
Through the above technical solutions, the setting of diversion brush not only plays the function of scrub, Er Qie to extruding exclusion roller During scrub, the residual moisture content on extrusion drainage roller is also played into drainage.
The utility model is further arranged to: being provided on the circumferential surface of first compression roller and the second compression roller and is scraped water group Part.
Through the above technical solutions, the setting for scraping water assembly can be by the residual water of the first compression roller and the second compression roller circumferential surface Part is struck off, to prevent the rotation of the first compression roller and the second compression roller that remaining moisture content is immersed in the fabrics fabric after roll-in It is interior, to keep drainage effect insufficient.
The utility model is further arranged to: scraping water assembly includes the circumferential surface for being set to the first compression roller and the second compression roller And the first Wiper blade and the second Wiper blade with the first compression roller and the sliding connection of the second compression roller.
Through the above technical solutions, the setting of the first Wiper blade and the second Wiper blade, can squeeze the first compression roller and second Water stain on the circumferential surface of pressure roller is struck off, and is immersed in cloth for water stain again during preventing the first compression roller and the second compression roller from rotating In skill fabric.
The utility model is further arranged to: first Wiper blade and ground inclination are arranged.
Through the above technical solutions, the first Wiper blade and ground inclination are arranged, so that after the first Wiper blade strikes off moisture content, water Stain will not accumulate on the first Wiper blade, but adipping flowing of taking advantage of a situation, and will not be dropped in again fabrics so that water stain and knit On object.
The utility model is further arranged to: auxiliary heat-absorbing body is provided with above the squeezing water.
Through the above technical solutions, the setting of auxiliary heat-absorbing body accelerates the air flowing of fabrics fabric periphery, thus Accelerate the drying effect for being detached from the fabrics fabric of rinsing bowl.
In conclusion the utility model has the following beneficial effects:
One, the warm and humid effect of fabrics fabric is improved, the setting of squeezing water can not only be washed what is retained in fabrics fabric It washs water and squeezes discharge, also play the role of to fabrics fabric smooth, and when fabrics fabric is after squeezing water, be again introduced into Into rinsing bowl, makes the fiber of fabrics fabric by repeated washing, make the more soft of fabrics fabric washing and make The warm and humid effect of fabrics fabric is more abundant, and also improves the warm and humid treatment effect of fabrics fabric;
Two, it prevents the washing water in different rinsing bowls from mutually blending, influences the warm and humid treatment effect of fabrics fabric, due to squeezing The setting of water installations squeezes out the excessive moisture in fabrics fabric, and exclusion is to being filled with water on part, it is therefore prevented that washing dirty water enters down In one rinsing bowl, to improve the warm and humid treatment effect of fabrics fabric.
Detailed description of the invention
Fig. 1 is the overall structure diagram of integration machine;
Fig. 2 is the cross-sectional view for embodying integration machine guide mechanism;
Fig. 3 is the structural schematic diagram for embodying squeezing water;
Fig. 4 is the enlarged drawing at Fig. 3 details A, and embodies diversion brush;
Fig. 5 is the structural schematic diagram of integration machine drying unit;
Fig. 6 is the structural schematic diagram integrated in machine support;
Fig. 7 is the cross-sectional view for embodying steam pipe;
Fig. 8 is the structural schematic diagram for embodying special-shaped drying cylinder.
In figure, 1, rinsing bowl;11, the first rinsing bowl;12, the second rinsing bowl;13, third rinsing bowl;14, fixed frame;2, Fabrics fabric;3, guide mechanism;31, the first guide reel;32, the second guide reel;4, squeezing water;41, the first compression roller;42, Second compression roller;43, power mechanism;431, first gear;432, second gear;433, first motor;44, remaining water extruder Structure;441, compression roller is rotated;442, sponge roller;443, extrusion drainage roller, 4431, extrusion lug;444, diversion brush;445, water receiving Slot;5, water assembly is scraped;51, the first Wiper blade;52, the second Wiper blade;6, drying unit;61, special-shaped drying cylinder;611, gutter; 62, Drying;621, gas leakage mouth;622, draw roll;623, pull roll;63, bracket;64, the second motor;65, third motor; 66, steam heating mechanism;661, steam pipe;6611, air dispelling hole;662, connecting tube;663, steam chest;67, scraping fluid plate;68, it rolles over Flat drainage roller;69, air draught drying mechanism;691, air draught bucket;692, ventilation duct;693, suction ventilator;694, finishing smoother;7, it assists Heat-absorbing body;71, exhaust bucket;72, the first support frame;73, air-exhausting duct;74, exhaust fan;8, U-shaped frame;81, rotating roller;9, volume collection Roller;91, the 4th motor.
Specific embodiment
A kind of knitted fabric bleaching pre-treatment combination machine, as depicted in figs. 1 and 2, including several end to end inverted trapezoidals Rinsing bowl 1(the utility model in by taking three rinsing bowls 1 as an example, respectively the first rinsing bowl 11, the second rinsing bowl 12 and third Rinsing bowl 13), guide mechanism 3 of the guiding fabrics fabric 2 in rinsing bowl 1 is provided in rinsing bowl 1, in adjacent rinsing bowl 1 Between be provided with the squeezing water 4 for driving fabrics fabric 2 mobile and squeezing out the washing water in fabrics fabric 2.It is washed in third Slot 13 is provided with the drying dress dried to the fabrics fabric 2 after the washing of rinsing bowl 1 away from the side of the first rinsing bowl 11 Set 6.Auxiliary heat-absorbing body 7 is additionally provided with above rinsing bowl 1.First rinsing bowl 11 deviates from the side and ground of the second rinsing bowl 12 It is fixedly connected with U-shaped frame 8, rotating roller 81 is rotatably connected between U-shaped frame 8, volume, which collects, on the circumferential surface of rotating roller 81 needs to carry out The fabrics fabric 2 of warm and humid processing.
As illustrated in fig. 1 and 2, guide mechanism 3 includes being horizontally placed on both ends and rinsing bowl 1 at 1 inner tank mouths of rinsing bowl to rotate First guide reel 31 of connection, there are two second be rotatablely connected with rinsing bowl 1 to draw for the both ends horizontal setting of bottom in rinsing bowl 1 Deflector roll 32, during fabrics fabric 2 is mobile in rinsing bowl 1, the guiding for being first subjected to the first guide reel 31 changes movement side To, into rinsing bowl 1, the second guide reel 32 of bottom is mobile, then by the guiding of two the second guide reels 32 again to another the One guide reel, 31 direction is mobile, thus make the U-shaped movement in rinsing bowl 1 of fabrics fabric 2, it is finally again that fabrics fabric 2 is mobile Into adjacent rinsing bowl 1, the identical track direction of motion is repeated.During fabrics fabric 2 is mobile in rinsing bowl 1, By two the first guide reels 31 and two the second guide reels 32, it is not directed only to the motion track of fabrics fabric 2, and to cloth Skill fabric 2 also plays the work of leveling, while the warm and humid processing also washed in rinsing bowl 1, keeps fabrics fabric 2 warm The effect of wet process is more abundant.
As shown in Figures 2 and 3, two are vertically fixed with 1 wall upper surface of rinsing bowl between two adjacent rinsing bowls 1 The fixed frame 14 of rectangle, squeezing water 4 include being set to cylindrical the be rotatablely connected between fixed frame 14 with fixed frame 14 One compression roller 41 and the second compression roller 42, the first compression roller 41 and the second compression roller 42 are mutually vertically arranged and mutually nestle, from And pass through fabrics fabric 2 between the first compression roller 41 and the second compression roller 42, make the first compression roller 41 and the second compression roller 42 squeeze out the washing water in fabrics fabric 2, and the end face of the first compression roller 41 and the second compression roller 42, which is provided with, drives first to squeeze The power mechanism 43 of pressure roller 41 and the rotation of the second compression roller 42.First compression roller 41 and the second compression roller 42 are towards drying unit 6 The horizontally disposed water exclusion mechanism 44 that has a surplus in side, for will be knitted by the fabrics after the first compression roller 41 and the second compression roller 42 Water squeezes out more than washing in object 2, prevents from washing remaining water and enters in adjacent rinsing bowl 1, makes the washing in different rinsing bowls 1 Water largely blends, and causes mutually to pollute, and reduces the effect of warm and humid processing.
As shown in Figures 2 and 3, power mechanism 43 includes one end circle for being set to the first compression roller 41 and the second compression roller 42 The first gear 431 and second gear 432 being fixedly connected at the heart and with the first compression roller 41 and the second compression roller 42, first gear 431 are provided with the first motor 433 being fixedly connected with fixed frame 14 away from the side of the first compression roller 41, first motor 433 Output shaft is fixedly connected through fixed frame 14 and with first gear 431.When power mechanism 43 works, first motor 433 is driven Output shaft rotation, makes output shaft that first gear 431 be driven to rotate, and is engaged by first gear 431 and second gear 432, drives First compression roller 41 and the second compression roller 42 are bonded to each other rotation, carry out extrusion drainage to fabrics fabric 2.43 structure of power mechanism Simply, connection relationship is close, and squeezing effect is obvious, and the maintenance and replacement of the components in more convenient later period.
As shown in Figures 2 and 3, it includes being set to the top of fabrics fabric 2 and horizontal with fixed frame 14 that Yu Shui, which squeezes mechanism 44, The cylindrical rotation compression roller 441 of rotation connection, rotates compression roller 441 and the first compression roller 41 is parallel to each other and fits in cloth The upper surface of skill fabric 2, the lower section of rotation compression roller 441, which is provided with to be bonded and rotate with rinsing bowl 1 with rotation compression roller 441, to be connected The cylindrical sponge roller 442(connect is as shown in Figure 4 herein), above-mentioned fabrics fabric 2 is from rotation compression roller 441 and sponge roller 442 Between pass through, drive the rotation of sponge roller 442 to draw washing water in fabrics fabric 2.The lower circumferential surface of sponge roller 442 is provided with It is bonded with sponge roller 442 and as shown in Figure 4 herein with the cylindrical extrusion drainage roller 443(of the rotation connection of rinsing bowl 1), work as sea During continuous roller 442 rotates, draining compression roller rotation is driven, to the washing water drawn in sponge roller 442 be squeezed out, draining It is as shown in Figure 4 herein that several evenly arranged hemispheric extrusion lug 4431(are provided on the circumferential surface of compression roller), it squeezes Convex block 4431 not only increases the contact area with sponge roller 442 during rotating, and when the washing water flow squeezed out is being arranged When on water compression roller, more convenient washing water is low from extrusion lug 4431.It is additionally provided with and arranges below draining compression roller Water compression roller is parallel and the diversion brush 444(that is fixedly connected with rinsing bowl 1 is as shown in Figure 4 herein), diversion brush 444(is herein such as Fig. 4 It is shown) bristle brush touch on the lower circumferential surface of diversion compression roller, play the role of drainage to the washing water of extrusion.Washing water Lower section is provided with the angularly disposed water receiving tank 445 being fixedly connected with fixed frame 14, so as to pick up the extrusion of sponge roller 442 Remaining water is washed, and will be washed in rinsing bowl 1 corresponding to remaining water drainage to washing water.
As shown in Figures 2 and 3, it is provided on the circumferential surface of the first compression roller 41 and the second compression roller 42 and scrapes water assembly 5.Scrape water Component 5 includes the first Wiper blade of the rectangle for the torsion for being set to the circumferential surface of the first compression roller 41 and being fixedly connected with fixed frame 14 51, one end of the first Wiper blade 51 is higher than the other end of the first Wiper blade 51, during the rotation of the first compression roller 41, first Wiper blade 51 scrapes the water droplet of 41 adhesion of the first compression roller, and takes advantage of a situation and flow out from the lower one end of the first Wiper blade 51, To play the function of Quick drainage, prevent water droplet from falling on fabrics fabric 2.It is provided on the lower circumferential surface of second compression roller 42 Second Wiper blade 52 of the rectangle being fixedly connected with fixed frame 14.Second Wiper blade 52 and the second compression roller 42 mutually contradict, when During second compression roller 42 rotates, scrapes the water droplet of adhesion on the second compression roller 42 by the second Wiper blade 52 and take down, and make Water droplet is directly dripped from the second Wiper blade 52 by gravity.
As shown in Figure 1, auxiliary heat-absorbing body 7 includes several trapezoidal exhaust bucket 71(sheets of setting with 1 top of rinsing bowl Exhaust bucket 71 is set as two in embodiment), and be set up in exhaust bucket 71 in the air by the first support frame 72, exhaust bucket 71 Top be fixedly connected with the air-exhausting duct 73 of rectangle, the exhaust fan 74 of rectangle is fixedly connected at the port of air-exhausting duct 73.When auxiliary When heat-absorbing body 7 being helped to work, exhaust fan 74 starts, and exhaust bucket 71 is made to carry out air draught work, makes the fabrics for being placed in 1 top of rinsing bowl 2 moment of fabric carries out heat absorption work, during air draught, accelerates the air flowing around fabrics fabric 2, can not only draw Vapor, and accelerate the drying effect of fabrics fabric 2.
As shown in Figure 5 and Figure 6, drying unit 6 includes the side for being set to third rinsing bowl 13 and deviating from the first rinsing bowl 11 The Drying 62 of two of horizontal scattering device special-shaped drying cylinders 61 and two cylindrical types, the both ends of Drying 62 be vertically arranged with The bracket 63 for the rectangle that ground is fixedly connected, above-mentioned abnormity drying cylinder 61 and Drying 62 are rotationally connected between bracket 63.Bracket 63 side is fixedly connected there are two the second motor 64 and two third motors 65, and the output shaft of the second motor 64 is through bracket 63 and be fixedly connected at special-shaped 61 axis shape of drying cylinder, the output shaft of third motor 65 runs through bracket 63, and with Drying 62 It is fixedly connected at axle center.It is equipped with steam heating mechanism 66 in Drying 62 and special-shaped drying cylinder 61, for Drying 62 and different The heating heating of shape drying cylinder 61.
As shown in figure 5 and figure 7, steam heating mechanism 66 includes being set to Drying 62 and special-shaped drying cylinder 61 is interior and Drying 62 and the steam pipe 661 of cylindrical types that is rotatablely connected of special-shaped drying cylinder 61, one end of steam pipe 661 is by Drying 62 and special-shaped drying cylinder 61 end face is run through, and is connected with cylindrical connecting tube 662, and the side of bracket 63 is provided with the steam chest fixed with ground 663, and be connected to connecting tube 662.Uniformly densely covered cylindrical air dispelling hole 6611 is offered on the circumferential surface of steam pipe 661, when The steam of steam chest 663 is entered in steam pipe 661 by connecting tube 662, and is evenly distributed in baking by air dispelling hole 6611 In dry cylinder 62 and special-shaped drying cylinder 61, to make 61 thermally equivalent of Drying 62 and special-shaped drying cylinder, Drying 62 or different can't be made The uneven heating of the circumferential surface of shape drying cylinder 61 damages 2 structure of fabrics fabric.The side of Drying 62 and special-shaped drying cylinder 61 is opened Equipped with circular gas leakage mouth 621, thus when drying unit 6 after use arranges the condensed water in Drying 62 and special-shaped drying cylinder 61 Out.
As shown in Figure 6 and Figure 8, as shown in Figure 1 herein by third rinsing bowl 13() fabrics fabric 2 be first wound up two It is dried on the circumferential surface of a abnormity drying cylinder 61, the diameter at special-shaped 61 middle part of drying cylinder is greater than the diameter at both ends, when fabrics fabric 2 twines When being wound on the circumferential surface of special-shaped drying cylinder 61, the residual water in fabrics fabric 2 is limited by the shape of special-shaped drying cylinder 61, special-shaped drying cylinder 61 The residual water of the fabrics fabric 2 of lower circumferential surface can be assembled by gravity to the middle part of special-shaped drying cylinder 61, the next week of special-shaped drying cylinder 61 Face is provided with the scraping fluid plate 67 with special-shaped 61 circumferential surface of drying cylinder cooperation, and the both ends of scraping fluid plate 67 are fixed with the bracket 63 on both sides respectively. Cause scraping fluid plate 67 that can strike off the remaining water of the lower circumferential surface aggregation of special-shaped drying cylinder 61, to improve the drying efficiency of fabrics fabric 2. The upper circumferential surface of special-shaped drying cylinder 61 is since intermediate high both sides are low, so the remaining water in fabrics fabric 2 can be to both sides by gravity Aggregation.The both ends setting of the upper circumferential surface of special-shaped drying cylinder 61 planishes and draws there are two drainage roller 68 is planished with what bracket 63 was rotatablely connected Stream roller 68 contacts on the circumferential surface at special-shaped 61 both ends of drying cylinder, when fabrics fabric 2 is during special-shaped 61 circumferential surface of drying cylinder transmits, two A drainage roller 68 that planishes can not only be such that fabrics fabric 2 is fitted on special-shaped drying cylinder 61, accelerate the drying of fabrics fabric 2, and The liquid that both ends can also be will accumulate in is expelled from, and accelerates the drying effect of fabrics fabric 2.The circumferential surface at the both ends of special-shaped drying cylinder 61 On offer the gutter 611 of the rectangle that several guide both ends into, after planishing drainage roller 68 and being expelled from liquid, gutter 611 Open up and play the role of drainage to the liquid of outflow, prevent liquid from rolling on the circumferential surface of special-shaped drying cylinder 61, invade again Into fabrics fabric 2.
As shown in Figure 6 and Figure 7, after the drying of two special-shaped drying cylinders 61, fabrics fabric 2 is sent to the week of Drying 62 On face.It is provided with the draw roll 622 of the cylindrical type parallel and close to each other with Drying 62 on the circumferential surface of Drying 62 and draws Roller 623 out.Draw roll 622 and pull roll 623 are simultaneously rotationally connected on the bracket 63 at both ends.Fabrics fabric 2 becomes through draw roll 622 To being wrapped on the circumferential surface of Drying 62, is then winded out through pull roll 623 and turn to another Drying 62, due to draw roll 622 It is close to each other with pull roll 623, cause the circumferential surface of Drying 62 all to be covered by fabrics fabric 2, thus increase fabrics fabric 2 with The contact area of Drying 62 to increase the drying efficiency of fabrics fabric 2, while also playing centainly fabrics fabric 2 Leveling effect.Air draught drying mechanism 69 is additionally provided on the circumferential surface of Drying 62.
As shown in Figure 6 and Figure 7, air draught drying mechanism 69 includes being set to the side of the circumferential surface of Drying 62 and towards drying The trapezoidal air draught bucket 691 of cylinder 62, air draught bucket 691 are fixedly connected with bracket 63.The side of air draught bucket 691 is fixedly connected with cylinder The ventilation duct 692 of shape, and suction ventilator 693 is fixedly connected at the nozzle of ventilation duct 692.When air draught drying mechanism 69 works When, suction ventilator 693 starts, and makes to carry out air draught work at the quarrel of air draught bucket 691, the water generated when fabrics fabric 2 is dried steams Aspiration enters, and air is driven to flow the drying effect for accelerating fabrics fabric 2.Be fixedly connected at the quarrel of air draught bucket 691 with The finishing smoother 694 for the torsion rectangle that Drying 62 contradicts, during Drying 62 rotates transmission fabrics fabric 2, leveling Scraper plate 694 contradicts on fabrics fabric 2, the remaining water on fabrics fabric 2 is struck off, to improve the drying of fabrics fabric 2 Efficiency, one end of finishing smoother 694 is higher than the other end of finishing smoother 694, so that the remaining water struck off on finishing smoother 694 is by weight Power effect is low from the lower one end of finishing smoother 694, prevents Yu Shui from accumulating on finishing smoother 694, is dropped in fabrics fabric 2 On, to influence the drying efficiency of fabrics fabric 2.The side that Drying 62 deviates from special-shaped drying cylinder 61 is provided with to be rotated with bracket 63 The volume collection roller 9 of connection, the side of bracket 63 are fixedly connected with the 4th motor 91, and the output shaft of the 4th motor 91 is through bracket 63 And it is fixedly connected with the axle center of volume collection roller 9.Fabrics fabric 2 after drying is by the rotation volume collection of the 4th motor 91 in aggregation roller On, play the role of collection to fabrics fabric 2.
The course of work: when combination machine carries out warm and humid processing, the fabrics fabric 2 in rotation axis is passed through into guide mechanism first 3 sequentially enter the warm and humid processing of progress in the first rinsing bowl 11, the second rinsing bowl 12 and third rinsing bowl 13, exist in fabrics fabric 2 During different rinsing bowls 1 transmits, squeezing water 4 is equipped between adjacent rinsing bowl 1, by squeezing water 4 to fabrics Fabric 2 carries out water removal work, so that waste water blending pollution is prevented, by the last drying of fabrics fabric 2 of third rinsing bowl 13 Device 6 carries out drying and removes water, regathers on volume collection roller 9.
This specific embodiment is only the explanation to the utility model, is not limitations of the present invention, ability Field technique personnel can according to need the modification that not creative contribution is made to the present embodiment after reading this specification, but As long as all by the protection of Patent Law in the scope of the claims of the utility model.

Claims (8)

1. pre-treatment combination machine is bleached in knitted fabric open width serialization, including several successively end to end rinsing bowls (1), and It is set to the drying unit (6) that the fabrics fabric (2) after rinsing bowl (1) washing is dried in rinsing bowl (1) tail portion, it is special Sign is: the squeezing water (4) for squeezing fabrics fabric (2) washed water, institute are provided with above the adjacent rinsing bowl (1) Squeezing water (4) is stated to include the first compression roller (41) for clamping fabrics fabric (2) and the second compression roller (42) and drive The power mechanism (43) that dynamic first compression roller (41) and the second compression roller (42) relative direction rotate, the first compression roller (41) and the The side of two compression rollers (42) towards fabrics fabric (2) moving direction is provided with Yu Shui exclusion mechanism (44), the remaining water exclusion The part that is filled with water for accepting discharge washing water is provided with below mechanism (44).
2. pre-treatment combination machine is bleached in knitted fabric open width serialization according to claim 1, it is characterized in that: the remaining water row Squeezing mechanism (44) includes the rotation compression roller (441) for contacting at the top of fabrics fabric (2) and being rotatablely connected with rinsing bowl (1), The sponge roller (442) for squeeze to fabrics fabric (2) water suction, sponge roller are provided with below rotation compression roller (441) (442) circumferential surface is provided with the extrusion drainage roller being rotatablely connected with sponge roller (442) for squeezing sponge roller (442) interior liquid (443)。
3. pre-treatment combination machine is bleached in knitted fabric open width serialization according to claim 2, it is characterized in that: the extruding is arranged The uniform extrusion lug (4431) of arrangement is provided on the circumferential surface of damping roller (443).
4. pre-treatment combination machine is bleached in knitted fabric open width serialization according to claim 3, it is characterized in that: the extruding is arranged The lower horizontal of damping roller (443) is provided with the diversion brush (444) being fixedly connected with rinsing bowl (1).
5. pre-treatment combination machine is bleached in knitted fabric open width serialization according to claim 1, it is characterized in that: described first squeezes It is provided on the circumferential surface of pressure roller (41) and the second compression roller (42) and scrapes water assembly (5).
6. pre-treatment combination machine is bleached in knitted fabric open width serialization according to claim 5, it is characterized in that: scraping water assembly It (5) include being set to the circumferential surface of the first compression roller (41) and the second compression roller (42) and being squeezed with the first compression roller (41) and second The first Wiper blade (51) and the second Wiper blade (52) of roller (42) sliding connection.
7. pre-treatment combination machine is bleached in knitted fabric open width serialization according to claim 6, it is characterized in that: described first scrapes Water plate (51) and ground inclination are arranged.
8. pre-treatment combination machine is bleached in knitted fabric open width serialization according to claim 7, it is characterized in that: the water squeezing fills It sets and is provided with auxiliary heat-absorbing body (7) above (4).
CN201820615880.7U 2018-04-27 2018-04-27 Pre-treatment combination machine is bleached in knitted fabric open width serialization Active CN208328402U (en)

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Application Number Priority Date Filing Date Title
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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN111270455A (en) * 2020-03-13 2020-06-12 胡亚平 Bleaching device and bleaching method of textile fabric for textile processing
CN112873915A (en) * 2021-02-02 2021-06-01 李蒙骥 Extrusion formula humidification device is used in PVC membrane production

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN111270455A (en) * 2020-03-13 2020-06-12 胡亚平 Bleaching device and bleaching method of textile fabric for textile processing
CN112873915A (en) * 2021-02-02 2021-06-01 李蒙骥 Extrusion formula humidification device is used in PVC membrane production

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