CN108914450A - A kind of printing and dyeing of cloth extract integrated device with dyeing - Google Patents
A kind of printing and dyeing of cloth extract integrated device with dyeing Download PDFInfo
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- CN108914450A CN108914450A CN201811184373.3A CN201811184373A CN108914450A CN 108914450 A CN108914450 A CN 108914450A CN 201811184373 A CN201811184373 A CN 201811184373A CN 108914450 A CN108914450 A CN 108914450A
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- Prior art keywords
- cloth
- dyeing
- water squeezing
- dip
- dip dyeing
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- D—TEXTILES; PAPER
- D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
- D06B—TREATING TEXTILE MATERIALS USING LIQUIDS, GASES OR VAPOURS
- 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
- D06B15/00—Removing liquids, gases or vapours from textile materials in association with treatment of the materials by liquids, gases or vapours
- D06B15/02—Removing liquids, gases or vapours from textile materials in association with treatment of the materials by liquids, gases or vapours by squeezing rollers
-
- 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
- D06B23/04—Carriers or supports for textile materials to be treated
-
- 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
- D06B23/14—Containers, e.g. vats
- D06B23/18—Sealing arrangements
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- Engineering & Computer Science (AREA)
- Textile Engineering (AREA)
- Treatment Of Fiber Materials (AREA)
Abstract
Print and dye the invention discloses a kind of cloth and extract integrated device, including padding chamber with dyeing, which is provided with the top cover sealed engagement therewith, in be equipped with two dip dyeing cloth beams, two dip dyeing cloth beams can forward and reverse rotation in the padding chamber；It further include mobile driving part, two dip dyeing cloth beams have first position and the second position with respect to top cover, are used to that two dip dyeing cloth beams to be driven to be moved between first position and the second postion；Water squeezing component, for extracting to the cloth on two dip dyeing cloth beams, when two dip dyeing cloth beams are in first position, two dip dyeing cloth beams are dipped in dye liquor, when two dip dyeing cloth beams are in the second position, are matched with the water squeezing component.The present invention only needs to control dip dyeing cloth beam and moves on first position and the second position, and cloth dyeing can be realized and cloth extracts two operations, easy to operate, time saving and energy saving, work efficiency is high.
Description
Technical field
The invention belongs to printing technology fields, extract integrated device more particularly, to a kind of printing and dyeing dyeing of cloth.
Background technique
Dyeing is that a very important step, traditional dying operation in printing and dyeing operation are carried out to cloth is usually direct
Cloth is put into dye pond, cloth is dyed after standing a period of time, as Chinese patent CN207484073A discloses one kind
《Automate cloth dyeing apparatus》Comprising main cylinder gets rid of cylinder and motor, and cloth, which is placed in, to be got rid of in cylinder, and the rotation by getting rid of cylinder is realized
Well contacting between cloth and dyestuff.
But under this kind of structure, equipment, which cannot achieve, extracts operation to cloth, when needing to carry out multiple dying operation, needs
By cloth by carrying out water squeezing using water squeezing equipment after getting rid of and taking out in cylinder, put into after the completion of the water squeezing again to get rid of in cylinder again into
Row dying operation, time-consuming extremely long, inefficiency.And the water by forcing down on cloth also needs in addition to collect and be delivered in main cylinder,
Process is complex, and equipment input cost is larger.
Summary of the invention
The present invention for overcome the deficiencies in the prior art, provides a kind of cloth and is not necessarily to take out the cloth printing and dyeing dyeing of water squeezing
Extract integrated device.
To achieve the goals above, the present invention uses following technical scheme：A kind of printing and dyeing of cloth extract integrated dress with dyeing
It sets, including
Padding chamber which is provided with the top cover sealed engagement therewith, and interior to be equipped with two dip dyeing cloth beams, two dip dyeing cloth beams can
Forward and reverse rotation is set in the padding chamber, and has spacing between two dip dyeing cloth beams；
Driving part, for driving two dip dyeing cloth beam synchronous forwards or rotating backward；
Further include
Mobile driving part, two dip dyeing cloth beams have first position and the second position with respect to top cover, are used to drive two
Dip dyeing cloth beam is moved between first position and the second postion；
Water squeezing component, for being extracted to the cloth on two dip dyeing cloth beams, when two dip dyeing cloth beams are in first
When setting, two dip dyeing cloth beams are dipped in dye liquor, when two dip dyeing cloth beams are in the second position, are matched with the water squeezing component
It closes.
Due to being provided with two dip dyeing cloth beams in padding chamber in the present invention, so that the cloth of entire volume can be entirely placed in
To padding chamber, during being wound to another dip dyeing cloth beam from a dip dyeing cloth beam, cloth is by the dyestuff in dye liquor
Be adsorbed on cloth, realize dyeing to cloth, during no matter winding or convey due to cloth, respectively with disseminate batching
Cooperate between roller and driven voller, and then is not in that cloth has portion that can not be contaminated the case where cloth is not in fold
Color dyes thin situation, improves dyeing effect；And when due to cloth on dip dyeing cloth beam, by the infiltration of dye liquor
Thoroughly, it can equally be colored；So that cloth compared to directly from dye pond in cross cloth the case where for, be provided with pre- dip dyeing
Effect effectively reduces the time required for cloth dyes, and work efficiency is high；Based under this kind of structure, it is only necessary to control dip dyeing
Cloth beam moves on first position and the second position, and cloth dyeing can be realized and cloth extracts two operations, and then be not necessarily to
Cloth is taken out into padding chamber and carries out flushing operation, after moving up and extracting, move down to immerse into dye liquor dip dyeing cloth beam again,
Realize the dyeing to cloth, easy to operate, time saving and energy saving, work efficiency is high；
Secondly, after top cover is sealed operation to padding chamber vacuumize process can be carried out to padding chamber, under vacuum state
Dyeing processing is carried out, dyeing efficiency is high, and dyeing effect is good；And when flushing operation, top cover without open, and then padding chamber according to
Old be in seals vacuum state, and under this kind of situation, dye liquor also can be more quickly extruded from cloth, be further improved
Working efficiency；Furthermore since cloth directly can carry out multiple winding back and forth in dip dyeing pond on two dip dyeing cloth beams,
It carries out on multiple dying operation, during being wound to dip dyeing cloth beam, cloth is all in the state of dyeing, further
Improve dyeing effect and dyeing efficiency.
Further, the two dip dyeings cloth beam connects a support, and the driving part is set on support, the mobile drive
Dynamic component acts on the support；Under this kind of structure, driving part can follow support to move up and down together, Jin Er
During dip dyeing cloth beam moves up and down, dip dyeing cloth beam still can realize rotation under the driving of driving part, from
And rotation is realized in flushing operation.
Further, the mobile driving part includes the positioning plate being connected with the top cover, on the positioning plate
Track and it can be connected along the sliding block that track moves up and down, the sliding block with the support；Pass through the cooperation between sliding block and track
Realize moving up and down and then dip dyeing cloth beam being driven to move up and down for support, stable structure, dip dyeing cloth beam moves up and down
During it is difficult to slide, and when disseminate cloth beam on cloth absorption have dye liquor heavier-weight when, between sliding block and track
It is not in that position is mobile, locating effect is good.
Preferably, the water squeezing component includes the compression roller matched with the dip dyeing cloth beam, for driving the extruding
Roller during water squeezing always be pressed on dip dyeing cloth beam outside cloth on compression driving structure and with the compression driving structure
The limit base matched；It is compacted on cloth by compression roller, to effectively squeeze out the water on cloth, and due to extracting process
In, dip dyeing cloth beam is rotary state, and then guarantees that the cloth on each position can be by good extruding, water squeezing effect
Well.
Preferably, the compression driving structure include with the connection frame of the compression roller matching ends, water squeezing connector,
Elastic telescopic part between the connection frame and water squeezing connector is moved forward and backward for realizing the water squeezing connector relative limit seat
Displacement component and the positioning component positioned for the position to water squeezing connector；The elastic telescopic part can produce deformation and send out
Raw bending, the positioning component position the position of water squeezing connector when the elastic telescopic part bends；Due to squeezing
Roller needs to be intended to that cloth can be carried out good extruding, and then compression roller when the cloth on dip dyeing cloth beam is many and seldom
Under normal condition, the dip dyeing cloth beam for not being wound with cloth can should be squeezed；It is big when being wound on dip dyeing cloth beam
When needing to squeeze cloth, elastic telescopic part has to bend and can adapt to for amount cloth and compression roller, but due to
Under this kind of structure, the length for compressing driving structure is longer, and in bending, bend arm is longer, smaller for the pressing force of cloth,
When cloth is thicker, it is difficult to realize the good extruding to cloth；And by control water squeezing connector can relative limit seat be moved forward and backward,
When so that cloth is thicker, water squeezing connector can be moved backward to reduce the length for compressing driving structure, thus the length of bend arm
Reduced, and then after the bending of elastic telescopic part, the extruding dynamics of cloth is increased, guarantees that cloth water squeezing is abundant；And work as cloth
When material thickness slowly reduces, elastic telescopic part is slowly stretched, and water squeezing connector can slowly relative limit seat move forward later, Jin Erbao
Compression roller is demonstrate,proved when cloth is less, equally there is biggish extruding force to squeeze cloth, is guaranteed equal during entire water squeezing
It can be realized good water squeezing effect, cloth is extracted sufficiently.
Further, the displacement component includes being set to penetrate movable chamber for the water squeezing connector on the limit base and set
Return unit in the movable chamber, the return unit one end are connected with movable chamber bottom wall, and one end is connected with water squeezing connector；.
Further, the positioning component includes the locating piece moving up and down on the water squeezing connector, is set to
It is connected with locating slot, the cavity on water squeezing connector and one end that the locating piece matches with connection frame in the movable chamber
Elastic rod, the elastic rod other end are penetrated to the cavity；Positioning, positioning effect are realized by the cooperation of locating piece and locating slot
Fruit is good.
Preferably, the water squeezing connector is equipped with the through-hole being connected with the cavity, and the locating piece top is logical by this
Hole is penetrated to the cavity, which is equipped with anti-delinking part, which is equipped with spring；When the elastic telescopic part is sent out
When raw bending, the elastic rod equally bends, elastic rod penetrate one end to cavity push the locating piece so that
Locating piece lower part extend out to water squeezing connector outer surface；Under this kind of structure, when can guarantee that elastic telescopic part is under bending state,
It is mobile that position will not occur for water squeezing connector, and then fabric thickness slowly reduces in the course of rotation even if disseminating cloth beam,
As long as elastic telescopic part is not up to straightened condition, water squeezing connector will not will be displaced outwardly always, and then guarantee to compress driving structure
In the bent state, the shorter state of length is remained at, it is big that compression roller acts on the extruding force on cloth, water squeezing effect
It is good；And when fabric thickness, which is decreased to elastic telescopic part, to be stretched, elastic telescopic part will not be able to apply on cloth again and squeeze
Pressure, in the case of this kind, elastic rod can just contact the cooperation of locating piece and locating slot, so that water squeezing connector can reset
It moves forward under the action of part, and then cloth is squeezed by the reset force of return unit, guarantee cloth in any thickness feelings
Can be by good extruding under condition, further improve cloth extracts effect.
Further, the return unit and the elastic telescopic part are spring, and the elastic force of the return unit is set smaller than
The elastic force of the elastic telescopic part；It can guarantee compression roller below this kind of structure and disseminate what squeezing occurred in the cloth on cloth beam
When situation, water squeezing connector can move back in advance, and band water squeezing connector is moved back to after can not move, and elastic telescopic part occurs just now
Bending both guarantees that length when compressing driving structure bending is most short, also can guarantee that locating piece can push lower alignment in elastic rod
Locating slot insertion, realizes good positioning.
It is matched when the elastic telescopic part bends with the compression roller preferably, the limit base is equipped with
Conflict plate；By contradicting the setting of plate, effectively prevent compression roller and disseminate skidding and making between the cloth on cloth beam
Elastic telescopic part oblique the case where stretching, guarantee that elastic telescopic part is in complete state always, good extruding is carried out to cloth.
In conclusion the present invention has the following advantages that：Only need to control dip dyeing cloth beam in first position and the second position
Upper movement, can be realized cloth dyeing and cloth extracts two operations, and then carry out water squeezing behaviour it is not necessary that cloth is taken out padding chamber
To make, after moving up and extracting, move down to immerse into dye liquor dip dyeing cloth beam again, realize the dyeing to cloth, and it is easy to operate,
Time saving and energy saving, work efficiency is high.
Detailed description of the invention
Fig. 1 is the structural diagram of the present invention.
Fig. 2 is top view of the invention.
Fig. 3 is the cross-sectional view in Fig. 2 along line A-A.
Fig. 4 is the enlarged drawing in Fig. 3 at A.
Fig. 5 is the enlarged drawing in Fig. 3 at B.
Fig. 6 is the right view in Fig. 1.
Fig. 7 is the cross-sectional view in Fig. 6 along line A-A.
Fig. 8 is the enlarged drawing in Fig. 7 in A.
Fig. 9 is the enlarged drawing in Fig. 8 at B.
Figure 10 is the enlarged drawing in Fig. 8 at A.
Figure 11 is part isometric schematic diagram of the invention.
Specific embodiment
In order to make those skilled in the art better understand the present invention program, below in conjunction in the embodiment of the present invention
Attached drawing, the technical scheme in the embodiment of the invention is clearly and completely described.
As shown in figs. 1-11, a kind of cloth printing and dyeing extract integrated device, including the leaching of padding chamber 1, top cover 11, two with dyeing
Contaminate cloth beam 2, driving part, multiple driven vollers 3, mobile driving part and water squeezing component；The padding chamber 1 and top cover 11 are equal
It is made of stainless steel, and the top cover 11 can seal with padding chamber 1 and cooperate, so that padding chamber 1 and top cover can constitute one
Closed space, so as to carrying out vacuumize process inside padding chamber 1；The two dip dyeings cloth beam 2 can turn forward or backwards
Dynamic is set in the padding chamber 1, and has spacing between two dip dyeing cloth beams 2, and when dying cloth, the both ends of cloth are separately fixed at two
It disseminates on cloth beam 2, it is preferred that lock can be respectively set on two dip dyeing cloth beams 2, for fixing cloth；It is the multiple driven
Roller 3 is set between two dip dyeing cloth beams 2, and multiple driven vollers 3 are set as two rows of, and two rows of driven vollers 3 are in distribution up and down, wherein for
Dip dyeing cloth beam 2, driven voller 3 are disposed as metallic roll；The driving part for drive two dip dyeing 2 synchronous forwards of cloth beam or
It rotates backward.
The two dip dyeing cloth beam 2 has first position and the second position with respect to top cover, and the mobile driving part is used for
Two dip dyeing cloth beam 2 of driving is moved between first position and the second postion；The water squeezing component is used to roll up two dip dyeings
Cloth on cloth rewinder roll 2 is extracted, and when two dip dyeing cloth beams 2 are in first position, two dip dyeing cloth beams 2 are dipped in dye liquor,
When two dip dyeing cloth beams 2 are in the second position, matched with the water squeezing component；Based under this kind of structure, it is only necessary to control
Dip dyeing cloth beam moves on first position and the second position, and cloth dyeing can be realized and cloth extracts two operations, in turn
Flushing operation is carried out it is not necessary that cloth is taken out padding chamber, after moving up and extracting, moving down can immerse to dye dip dyeing cloth beam again
In liquid, the dyeing to cloth is realized, easy to operate, time saving and energy saving, work efficiency is high.
The two dip dyeings cloth beam 2 connects a support 4, and the driving part is set on support 4, the mobile driving part
It acts on the support 4；Specifically, the support is the support 41 and cabinet 42 for being respectively arranged on two dip dyeing cloth beams, 2 both ends, institute
The one end for stating two dip dyeing cloth beams 2 is rotatably threaded through on support 41, and the other end is rotatably threaded through on cabinet, the drive
Dynamic component is set in the cabinet 42；Driving part can follow support to move up and down together, so dip dyeing cloth beam into
During row moves up and down, dip dyeing cloth beam still can realize rotation under the driving of driving part, thus in flushing operation
Shi Shixian rotation.
The mobile driving part is set as two groups, matches respectively with cabinet and support, and every group of mobile driving part is equal
Including positioning plate 51, track 52 and sliding block 53, the positioning plate is metal plate, and the upper end of the positioning plate 51 and the capping 11 are solid
Even, the track 52 is along the longitudinally disposed of the positioning plate, and track is connected by the modes such as screw and positioning plate；The sliding block
53 can move up and down along the track 52, and one of sliding block in this two groups mobile driving parts is connected with support 41, and in addition one
A sliding block 53 is connected with cabinet, and then when sliding block moves up and down, is just able to drive two dip dyeing cloth beams 2 and carries out moving down together
It is dynamic；The track is preferably the stator of linear motor, and the sliding block is preferably the mover of linear motor, and specific structure and principle are existing
There is technology, repeats no more；This kind of mode flowering structure is stablized, and dip dyeing cloth beam is difficult to slide during moving up and down, and when leaching
Cloth absorption on dye cloth beam is when having dye liquor heavier-weight, between sliding block and track will not appearance position it is mobile, positioning effect
Fruit is good.
Specifically, the water squeezing component is set as two groups, matched respectively with two dip dyeing cloth beams, every group of water squeezing component is equal
Including compression roller 61, compression driving structure and the limit base 62 matched with the dip dyeing cloth beam；The limit base made of metal
At metal plate, which 11 is connected with the capping；The compression roller 61 is made of metal, begins during water squeezing
It is pressed on the cloth wound on dip dyeing cloth beam eventually；The compression driving structure is for driving the compression roller 61 in water squeezing process
In be pressed on always dip dyeing cloth beam outside cloth on, which is set as two groups, is located at a left side for compression roller
In right end positions, specifically, the compression driving structure includes connection frame 63, water squeezing connector 64, elastic telescopic part 65, set of displacements
Part and positioning component, the connection frame 63 are made of metal, which is equipped with circular opening, the end of compression roller
Can pass through the opening, and can opposed open rotated；The water squeezing connector 64 is similarly metal and is made, the water squeezing connector
64 can relative limit seat be moved forward and backward, the displacement component for realizing the water squeezing connector relative limit seat back-and-forth motion,
The positioning component is for positioning the position of water squeezing connector 64；The elastic telescopic part 65 is spring, can be in outer masterpiece
It is bent with lower generation deformation；The elastic telescopic part 65 is set between the connection frame and water squeezing connector, and one end and connection
Frame is fixedly connected, and the other end is fixedly connected with water squeezing connector；Due to compression roller need dip dyeing cloth beam on cloth much and
It is intended to that good extruding can be carried out to cloth when seldom, and then under compression roller normal condition, it should can be to not being wound with cloth
The dip dyeing cloth beam of material is squeezed；When being wound with a large amount of clothes and compression roller needs to squeeze cloth on dip dyeing cloth beam
When, elastic telescopic part has to bend and can adapt to, but the length due under this kind of structure, compressing driving structure compared with
Long, in bending, bend arm is longer, smaller for the pressing force of cloth, when cloth is thicker, it is difficult to realize to the good of cloth
It squeezes；And by control water squeezing connector can relative limit seat be moved forward and backward, when so that cloth is thicker, water squeezing connector can be backward
The mobile length to reduce compression driving structure, so that the length of bend arm is reduced, and then after the bending of elastic telescopic part,
The extruding dynamics of cloth is increased, guarantees that cloth water squeezing is abundant；And when fabric thickness slowly reduces, elastic telescopic part is slowly stretched
Directly, water squeezing connector can slowly relative limit seat move forward later, and then guarantee that compression roller when cloth is less, equally has larger
Extruding force cloth is squeezed, guarantee to can be realized good water squeezing effect during entire water squeezing, cloth, which is extracted, to be filled
Point.
The displacement component includes being set on the limit base 62 to penetrate cylindrical 621 He of movable chamber for the water squeezing connector
Return unit 622 in the movable chamber, the return unit 622 are spring, and one end of return unit 622 and 621 bottom wall of movable chamber
It is connected, one end is connected with water squeezing connector 64；When water squeezing connector moves back, return unit will be compressed, and then return unit energy
Enough to apply certain restoring force to water squeezing connector, after elastic telescopic part stretches, the restoring force of the return unit is i.e. as to cloth
The extruding force of water squeezing guarantees that cloth from start to finish can be by biggish extruding, and dehydrating effect is good；Preferably, resetting
The elastic force of part 622 is set smaller than the elastic force of the elastic telescopic part 65, guarantees that compression roller goes out with the cloth disseminated on cloth beam
When the case where now squeezing, water squeezing connector can move back in advance, and band water squeezing connector is moved back to after can not move, elastic telescopic part
It bends just now, has both guaranteed that length when compressing driving structure bending is most short, also can guarantee that locating piece can be on elastic rod top
Dynamic lower alignment locating slot insertion, realizes good positioning.
The positioning component positions the position of water squeezing connector 64 when the elastic telescopic part 65 bends；Specifically
, which includes locating piece 71, locating slot 72, cavity 73 and elastic rod 74, and the cavity 73 is set on water squeezing connector,
For column construction setting, the water squeezing connector 64 is equipped with the cylindrical through-hole 641 being connected with the cavity；The locating piece 71
For columnar member made of metal or plastics, 71 top of locating piece is penetrated by the through-hole to the cavity；Preferably, should
71 top of locating piece is equipped with anti-delinking part 711, which is preferably that locating piece top directs out the circle flange extended to form,
The diameter of the anti-delinking part is greater than the diameter of through-hole, and then can effectively avoid locating piece from being dropped out outward by through hole, but can be
It is moved up and down in through-hole；The locating slot 72 is the cylindrical groove in movable chamber, and the locating piece can be penetrated to this
In locating slot 72, and then the position of water squeezing connector is positioned；
The elastic rod 74 is made of metal, and 74 one end of elastic rod is connected with connection frame, and the other end is penetrated to described logical
In chamber 73, and end is located above the anti-delinking part；And then when the elastic telescopic part 65 bends, the elastic rod 74
Equally bend, one end that elastic rod is penetrated to cavity push the locating piece 71 so that locating piece lower part extend out to it is crowded
64 outer surface of water swivel, and then be caught in locating slot；Preferably, anti-delinking part 711 is equipped with spring 712, spring and cavity
Inner wall is connected, and then when elastic rod acts on the power on anti-delinking part and disappears, locating piece can move up automatically, take off from locating slot
Out；Under this kind of structure, when can guarantee that elastic telescopic part is under bending state, position movement will not occur for water squeezing connector,
Even if disseminating cloth beam in turn, fabric thickness slowly reduces in the course of rotation, as long as elastic telescopic part is not up to flat
State, water squeezing connector will not will be displaced outwardly always, and then guarantee to compress driving structure in the bent state, remain at length
Shorter state, compression roller act on that the extruding force on cloth is big, and water squeezing effect is good；And when fabric thickness is decreased to elastic telescopic
When part can stretch, elastic telescopic part will not be able to apply extruding force on cloth again, and in the case of this kind, elastic rod can just
The cooperation of locating piece and locating slot is contacted, so that water squeezing connector can move forward under the action of return unit, and then by multiple
The reset force of position part squeezes cloth, guarantees that cloth can be by good extruding, into one under any depth information
What step improved cloth extracts effect.
Preferably, the limit base 62, which is equipped with, contradicts plate 621 made of metal, the conflict plate 621 and limit base are logical
Cross the position that welding is connected, and contradicts plate 621 and be located at the top position of elastic telescopic part, when the elastic telescopic part 65 occur it is curved
Qu Shi, the compression roller can offset with the conflict plate 621, to effectively prevent on compression roller and dip dyeing cloth beam
It skids between cloth and makes elastic telescopic part oblique the case where stretching, guarantee that elastic telescopic part is in complete state always, it is right
Cloth carries out good extruding.
When carrying out water squeezing, sliding block drives two dip dyeing cloth beams to move up simultaneously, is rolled up on one of dip dyeing cloth beam at this time
Cloth, another, which is disseminated, has not rolled up cloth on cloth beam；During two dip dyeing cloth beams are moved up to the second position, and it is rolled up
Water squeezing connector on the water squeezing component of the dip dyeing cloth beam cooperation of cloth moves backward, and is moved to end and cavity to water squeezing connector
After offseting, bending takes place in elastic telescopic part, so that elastic rod bends, locating piece is ejected, the position of water squeezing connector
It is fixed；When being moved to the second position wait disseminate cloth beam, compression roller offsets with plate is contradicted, and elastic telescopic part maintains curved
State, compression roller squeeze cloth；During water squeezing, cloth is slowly wound on another dip dyeing cloth beam；Original volume
Fabric thickness slowly reduces on the dip dyeing cloth beam of cloth, and elastic telescopic part slowly restores to straight configuration, and locating piece is by fixed
Deviate from the slot of position, return unit driving compression roller is pressed on cloth, until not having cloth on the dip dyeing cloth beam；And another is soaked
Cloth increases gradually on dye cloth beam, and under original state, elastic telescopic part is straight configuration, when cloth thickeies gradually, water squeezing
Connector first moves back, and after moving back on earth, elastic telescopic part slowly bends, and compression roller is equally pressed on cloth always；For
The good water squeezing effect of realization, cloth can carry out multiple winding between two dip dyeing cloth beams, and specific number is according to reality
Depending on border needs, it is not limited here.
Preferably, further including the drying component for carrying out drying operation to the cloth after the completion of dyeing；The drying
Component includes drying cavity 91, multiple drying holes 92, inlet channel 93 and gas supply assembly, and the drying cavity 91 is to roll up set on dip dyeing
Cylinder chamber in cloth rewinder roll, the multiple drying hole 92 is cylindricality setting, and evenly spaced be distributed in disseminates cloth beam appearance
On face, and each drying hole 92 is connected with drying cavity；The inlet channel 93 be cylindricality, be set to dip dyeing batching roll end and
It is connected with the drying cavity；The gas supply assembly is set on the padding chamber, is matched with the inlet channel, is used for drying cavity
Gas supply；Dye liquor is immersed to drying cavity when immersing in dye liquor in order to avoid dip dyeing cloth beam, we are in the inlet channel 93
Equipped with one-way air inlet part 931, unidirectional outlet part 921, above-mentioned one-way air inlet part 931 and unidirectional outlet are equipped in the drying hole 92
Part 921 is the one-way exhaust valve being directly commercially available on the market, and structure repeats no more.
The gas supply assembly includes the threaded hole on padding chamber side wall, the air connector with screw hole cooperation
94, tracheae 95, the opening and closing element on tracheae and the air-heater for being supplied to tracheae being connected with the air connector；The gas
Pipe is made of rubber, and one end is bonded on air connector, and the other end is connected with air-heater；The opening and closing element is on tracheae
One clip can end tracheae when clamp；The air connector 94 is column tube made of metal, gas supply
94 outer surface of connector is equipped with external screw thread, and then air connector 94 can the back-and-forth motion of opposite thread hole；When the water squeezing of cloth is completed
Afterwards, capping 11 is lifted up by elevator, so that the opening on padding chamber top is left in capping, band is moved to inlet channel and supplies
When the position of gas connector alignment, stop being promoted；Later, air connector moves forward, and front end is inserted into inlet channel 93, takes
Clip on lower tracheae opens air-heater, and hot wind can be poured into drying cavity, then is shed outward by drying hole, to cloth
Carry out hot-air seasoning.
The driving part includes motor 21, the first driving belt 22 and the second driving belt 23, first driving belt
One end is connected with the output shaft of motor, and the other end is connected with one of dip dyeing cloth beam 2；Second driving belt one end with
One of dip dyeing cloth beam 2 is connected, and the other end is connected with another dip dyeing cloth beam 2, to be driven simultaneously by a motor
Dynamic two dip dyeing cloth beams 2 rotate, and keep the rotation direction of two dip dyeing cloth beams 2 consistent.
Claims (10)
1. a kind of cloth printing and dyeing extract integrated device with dyeing, including
Padding chamber (1) which is provided with the top cover (11) sealed engagement therewith, interior to be equipped with two dip dyeings cloth beam (2), two dip dyeing volumes
Cloth rewinder roll (2) can forward and reverse rotation be set to the padding chamber (1) in, and two dip dyeing cloth beam (2) between have spacing；
Driving part, for driving two dip dyeing cloth beam (2) synchronous forwards or rotating backward；
It is characterized in that：Further include
Mobile driving part, two dip dyeings cloth beam (2) have first position and the second position with respect to top cover, are used to drive two leachings
Dye cloth beam (2) is moved between first position and the second postion；
Water squeezing component, for being extracted to the cloth in two dip dyeings cloth beam (2), when two dip dyeings cloth beam (2) are in first
When position, two dip dyeings cloth beam (2) are dipped in dye liquor, when two dip dyeings cloth beam (2) are in the second position, with the water squeezing portion
Part matches.
2. cloth printing and dyeing according to claim 1 extract integrated device with dyeing, it is characterised in that：The two dip dyeings batching
Roller (2) connects a support (4), and the driving part is set on support (4), and the mobile driving part acts on the support
(4) on.
3. cloth printing and dyeing according to claim 2 extract integrated device with dyeing, it is characterised in that：The mobile driving portion
Part includes the positioning plate (51) being connected with the top cover, the track (52) on the positioning plate and can move up and down along track
Sliding block (53), the sliding block (53) are connected with the support (4).
4. cloth printing and dyeing according to claim 2 extract integrated device with dyeing, it is characterised in that：The water squeezing component packet
Include the compression roller (61) matched with the dip dyeing cloth beam, for driving the compression roller (61) to compress always during water squeezing
In the compression driving structure disseminated on the cloth outside cloth beam and the limit base (62) matched with the compression driving structure.
5. cloth printing and dyeing according to claim 4 extract integrated device with dyeing, it is characterised in that：The compression driving knot
Structure includes with the connection frame (63) of the compression roller matching ends, water squeezing connector (64), set on the connection frame and water squeezing connector
Between elastic telescopic part (65), for realizing the water squeezing connector relative limit seat be moved forward and backward displacement component and for squeeze
The positioning component that the position of water swivel (66) is positioned；The elastic telescopic part (65) can produce deformation and bend, institute
Positioning component is stated to position the position of water squeezing connector (64) when the elastic telescopic part (65) bends.
6. cloth printing and dyeing according to claim 5 extract integrated device with dyeing, it is characterised in that：The displacement component packet
It includes to be set on the limit base (62) and penetrates movable chamber (621) and the return unit in the movable chamber for the water squeezing connector
(622), which is connected with movable chamber (621) bottom wall, and one end is connected with water squeezing connector (64).
7. cloth printing and dyeing according to claim 6 extract integrated device with dyeing, it is characterised in that：The positioning component packet
It includes the locating piece (71) moving up and down on the water squeezing connector, matched in the movable chamber with the locating piece
The elastic rod (74) that locating slot (72), the cavity (73) on water squeezing connector and one end are connected with connection frame, the elastic rod
(74) other end is penetrated to the cavity (73).
8. cloth printing and dyeing according to claim 7 extract integrated device with dyeing, it is characterised in that：The water squeezing connector
(64) it is equipped with the through-hole (641) being connected with the cavity, locating piece (71) top is penetrated by the through-hole to described logical
Intracavitary, which is equipped with anti-delinking part (711), which is equipped with spring (712)；When the elasticity is stretched
When contracting part (65) bends, the elastic rod (74) equally bends, and elastic rod penetrates one end to cavity and pushes institute
Locating piece (71) is stated so that locating piece lower part extend out to water squeezing connector (64) outer surface.
9. cloth printing and dyeing according to claim 6 extract integrated device with dyeing, it is characterised in that：The return unit
(622) and the elastic telescopic part (65) is spring, and the elastic force of the return unit (622) is set smaller than the elastic telescopic part
(65) elastic force.
10. cloth printing and dyeing according to claim 6 extract integrated device with dyeing, it is characterised in that：The limit base
(62) it is equipped with the conflict plate (621) matched when the elastic telescopic part (65) bends with the compression roller.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811184373.3A CN108914450B (en) | 2018-10-11 | 2018-10-11 | Dyeing and squeezing integrated device for cloth printing and dyeing |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811184373.3A CN108914450B (en) | 2018-10-11 | 2018-10-11 | Dyeing and squeezing integrated device for cloth printing and dyeing |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN108914450A true CN108914450A (en) | 2018-11-30 |
| CN108914450B CN108914450B (en) | 2021-02-19 |
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ID=64407958
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201811184373.3A Active CN108914450B (en) | 2018-10-11 | 2018-10-11 | Dyeing and squeezing integrated device for cloth printing and dyeing |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN108914450B (en) |
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