CN106087311B - Without additional tension vacuum liquid-absorbing device - Google Patents
Without additional tension vacuum liquid-absorbing device Download PDFInfo
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- CN106087311B CN106087311B CN201610615095.7A CN201610615095A CN106087311B CN 106087311 B CN106087311 B CN 106087311B CN 201610615095 A CN201610615095 A CN 201610615095A CN 106087311 B CN106087311 B CN 106087311B
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- Prior art keywords
- absorbing
- vacuum liquid
- vacuum
- liquid
- textile fabrics
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- 239000004744 fabric Substances 0.000 claims abstract description 83
- 239000004753 textile Substances 0.000 claims abstract description 74
- 238000004043 dyeing Methods 0.000 claims abstract description 48
- 239000007788 liquid Substances 0.000 claims abstract description 47
- 230000005540 biological transmission Effects 0.000 claims abstract description 30
- 230000018044 dehydration Effects 0.000 claims abstract description 28
- 238000006297 dehydration reaction Methods 0.000 claims abstract description 28
- 238000009738 saturating Methods 0.000 claims abstract description 19
- 238000005213 imbibition Methods 0.000 claims abstract description 13
- 230000003068 static effect Effects 0.000 claims description 38
- 238000005516 engineering process Methods 0.000 claims description 28
- 238000000034 method Methods 0.000 claims description 28
- 238000007598 dipping method Methods 0.000 claims description 25
- 230000004323 axial length Effects 0.000 claims description 18
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 claims description 15
- 238000005470 impregnation Methods 0.000 claims description 12
- 239000000203 mixture Substances 0.000 claims description 10
- 238000004140 cleaning Methods 0.000 claims description 6
- 238000012840 feeding operation Methods 0.000 claims description 6
- 239000012530 fluid Substances 0.000 claims description 3
- 239000000126 substance Substances 0.000 claims description 3
- 230000006835 compression Effects 0.000 claims description 2
- 238000007906 compression Methods 0.000 claims description 2
- 230000000694 effects Effects 0.000 abstract description 8
- 208000005156 Dehydration Diseases 0.000 abstract 2
- 238000001035 drying Methods 0.000 description 5
- 239000003795 chemical substances by application Substances 0.000 description 4
- 230000007812 deficiency Effects 0.000 description 4
- 238000010586 diagram Methods 0.000 description 4
- 239000000835 fiber Substances 0.000 description 4
- 239000012752 auxiliary agent Substances 0.000 description 3
- 229910001220 stainless steel Inorganic materials 0.000 description 3
- 229920000742 Cotton Polymers 0.000 description 2
- 239000003513 alkali Substances 0.000 description 2
- 230000000712 assembly Effects 0.000 description 2
- 238000000429 assembly Methods 0.000 description 2
- 230000000740 bleeding effect Effects 0.000 description 2
- 230000018109 developmental process Effects 0.000 description 2
- 238000000605 extraction Methods 0.000 description 2
- 230000005012 migration Effects 0.000 description 2
- 238000013508 migration Methods 0.000 description 2
- 238000007789 sealing Methods 0.000 description 2
- 238000009987 spinning Methods 0.000 description 2
- 239000010935 stainless steel Substances 0.000 description 2
- 238000005406 washing Methods 0.000 description 2
- 238000009941 weaving Methods 0.000 description 2
- 239000006096 absorbing agent Substances 0.000 description 1
- 238000006243 chemical reaction Methods 0.000 description 1
- 150000001875 compounds Chemical class 0.000 description 1
- 238000010276 construction Methods 0.000 description 1
- 230000007423 decrease Effects 0.000 description 1
- 238000005265 energy consumption Methods 0.000 description 1
- 239000000945 filler Substances 0.000 description 1
- 238000009432 framing Methods 0.000 description 1
- 238000002803 maceration Methods 0.000 description 1
- 238000004519 manufacturing process Methods 0.000 description 1
- 239000000463 material Substances 0.000 description 1
- 238000007493 shaping process Methods 0.000 description 1
Classifications
-
- 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
- D06B15/04—Removing liquids, gases or vapours from textile materials in association with treatment of the materials by liquids, gases or vapours by suction
-
- D—TEXTILES; PAPER
- D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
- D06B—TREATING TEXTILE MATERIALS USING LIQUIDS, GASES OR VAPOURS
- D06B23/00—Component parts, details, or accessories of apparatus or machines, specially adapted for the treating of textile materials, not restricted to a particular kind of apparatus, provided for in groups D06B1/00 - D06B21/00
- D06B23/20—Arrangements of apparatus for treating processing-liquids, -gases or -vapours, e.g. purification, filtration or distillation
-
- D—TEXTILES; PAPER
- D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
- D06B—TREATING TEXTILE MATERIALS USING LIQUIDS, GASES OR VAPOURS
- D06B5/00—Forcing liquids, gases or vapours through textile materials to effect treatment, e.g. washing, dyeing, bleaching, sizing impregnating
- D06B5/02—Forcing liquids, gases or vapours through textile materials to effect treatment, e.g. washing, dyeing, bleaching, sizing impregnating through moving materials of indefinite length
Landscapes
- Engineering & Computer Science (AREA)
- Textile Engineering (AREA)
- Chemical & Material Sciences (AREA)
- Materials Engineering (AREA)
- Treatment Of Fiber Materials (AREA)
Abstract
The invention discloses one kind without additional tension vacuum liquid-absorbing device, with it by 2 rotary screen roller components for thering is spacing to be arranged in parallel, 2 vacuum dehydrations being arranged in tubular cylinder（Liquid）Component, it is its main feature with 2 rotating transmission components of rotary screen roller component of driving, and the present invention gives impregnate 2 kinds without additional tension vacuum liquid-absorbing device for the saturating core of fabric imbibition under the dehydration of space fabric and liquid at the same time, with advanced structure, textile fabrics are fed without additional tension draw, imbibition effect is good, and the features such as bringing energy-saving and emission-reduction and lifting work efficiency can be produced to textile fabrics dyeing and finishing.
Description
Technical field
The present invention relates to one kind without additional tension vacuum liquid-absorbing device, and in particular to it is a kind of with the dehydration of dyeing and finishing textile fabrics and
The vacuum liquid-absorbing device of the saturating core impregnation technology phase configuration of dipping tank, belongs to Dyeing ＆ Finishing Equipment technology.
Background technology
Vacuum liquid-absorbing of the present invention, including vacuum dehydration（Liquid）With two aspects of vacsorb dyeing and finishing technology liquid.
Textile fabrics are after the washing process step during its dyeing and finishing produced, and in drying, stentering forming processing step
Before, will textile fabrics be implemented with dehydration, and vacuum dehydration is more common means instantly, is also achieved preferable
Effect.
However, existing vacuum water suction technology, since its vacuum dehydration mouth is directly contacted with textile fabrics, and can be in weaving system
Additional tension is formed during product feeding, so that stockinette and knop cloth easily deform, and vacuum dehydration mouthpiece is very
Easily blocked by fine hair, cotton dirt etc., and directly affect dehydrating effect；Especially because of no draw function, but to related padding machine group
Close matching used, which increases the duty amount of process equipment；And typically single side absorbs water, and its textile fabrics is aqueous
Rate more than suction, far above theory calls value, still increases process load to subsequent technique.
The vacuum dehydration of prior art（Liquid）Suchlike numerous deficiencies of device, it is energy saving to directly affects dyeing and finishing industry
The lifting development of emission reduction.
And the saturating core impregnation technology of textile fabrics of dyeing and finishing industry, it is a kind of advanced technologies means such as dyeing and alkali process.
But in order to make dyeing liquid and the enough institutional frameworks for infiltrating into textile fabrics quickly of alkali pretreatment liquid energy
Inside, can especially infiltrate into inside fabric fibre, and prior art would generally add bleeding agent and prevent in dyeing and finishing technology liquid
The auxiliary agents such as migration agent, to effectively improve " saturating core dipping " effect of dyeing and finishing technology liquid.
However, with the addition of the auxiliary agent in dyeing and finishing technology liquid, and technological reaction can be brought insufficient, process treatment time
Extend, to textile fabrics containing it is miscellaneous extraction it is not thorough enough, and CODcr discharge increase the deficiencies of.
Many deficiencies present in the saturating core dipping of the textile fabrics of prior art, equally directly affects dyeing and finishing industry section
The lifting development of energy emission reduction.
The content of the invention
The present invention is intended to provide a kind of advanced structure, the good no additional tension vacuum liquid-absorbing device of imbibition effect, to overcome
The deficiency of prior art, technical support is provided for the energy-saving and emission-reduction of dyeing and finishing industry.
The present invention realizes that first technical solution of its purpose is：
One kind is without additional tension vacuum liquid-absorbing device, and for the space dewatering work of dyeing and finishing textile fabrics, it includes：
A, the rotary screen roller component that 2 structure is identical, operating mode is identical, and 2 rotary screen roller components have the spacing parallel
Arrangement, and both gyratory directions on the contrary, so as to form two rollers to turn working status；
And the rotary screen roller component, by axial length be more than dyeing and finishing textile fabrics door width tubular cylinder, respectively with cylinder
The tight fit static connection of shape cylinder both ends it is left and right silently, and with tubular cylinder concentric arrangement, and its axially there is the first vacuum
Imbibition passage, and the central principal axis that its both ends stretches in left and right silently outside respectively is formed；The central principal axis respectively with
It is left and right to be silently rotatablely connected, and respectively be arranged in it is left and right silently outside left and right bearing block static connection；
B, the vacuum liquid-absorbing component that 2 structure is identical, operating mode is identical, and 2 vacuum liquid-absorbing components are respectively along tubular
Cylinder radial arrangement, and its axial length is less than the axial length of tubular cylinder, and its medial extremity and central principal axis static connection, and
Its outboard end is abutted with tubular cylinder inner wall microgap；And between 2 vacuum liquid-absorbing components have along central principal axis circumferencial direction
Away from arranged apart；
And the vacuum liquid-absorbing component, by vacuum liquid-absorbing component, and it is located at the vacuum liquid-absorbing of vacuum liquid-absorbing component outboard end
Nozzle assembly forms；The vacuum liquid-absorbing component, has the second vacuum liquid-absorbing penetrated through with the first vacuum liquid-absorbing passage of central shaft
Passage；The vacuum liquid-absorbing nozzle member has and has spacing several vacuum liquid-absorbing mouths arranged apart along its length, described
Vacuum liquid-absorbing mouth and the second vacuum liquid-absorbing passage penetrate through；Pass through the first vacuum liquid-absorbing passage of central principal axis and the pipeline of vacuum source
Thus connection, then be configured to draw the vacuum dehydration channel system of aqueous fluid in dyeing and finishing textile fabrics；
C, for driving 2 rotating transmission components of rotary screen roller component；And the transmission component, by 2 power drives
Connector, respectively with 2 power drive connector one end with 1 in center static connection and pitch wheel pair, with 2
The power drive connector other end with center static connection passive drive, and with passive drive be sequentially connected power unit
Composition；And 2 power drive connectors, it is set on the central principal axis of 2 rotary screen roller components and matches somebody with somebody in rotation
Close, and one end of power drive connector, with it is left and right silently in an outside silently with center static connection；By power list
Member is by passive drive, power drive connector and gear pair, and 2 tubular cylinders of driving relatively rotate, and the vacuum is inhaled
Liquid component is then still on its operating position；
D, under operating mode, the operating position of the vacuum liquid-absorbing component of 2 rotary screen roller components, is arranged in respective
On the position of central principal axis vertical line, and the vacuum liquid-absorbing mouth in its textile fabrics output side is arranged in upper position, and in its spinning
The vacuum liquid-absorbing mouth of fabric products input side is then arranged in lower position；And the process object textile fabrics to be absorbed water are adjacent
Between the tubular cylinder of 2 rotary screen roller components, fed in S shapes draw, so as to implement the double dewatering processing of textile fabrics.
In the above-mentioned technical solutions, by vacuum source under operating mode（Vacuum pump）The aqueous drawn leads to water treatment facilities, and
Reuse again after purified processing.
In the above-mentioned technical solutions, the present invention also advocates：
Further include arc panel of the both ends respectively with static connection on the inside of 2 vacuum liquid-absorbing nozzle assemblies, the arc panel it is cylindrical
Cambered surface matches with the inner arc surface of tubular cylinder, and cooperation is moved in both microgaps.Due to the presence of arc panel, 2 can be both improved
The stability of a vacuum liquid-absorbing component work, and the rigidity of tubular cylinder work section can be increased, and improve making for the present invention
Use the service life.
2 vacuum liquid-absorbing components have spacing center of circle angle arranged apart along central principal axis circumferencial direction, 25 ° ~
In the range of 40 °.But not limited to this, central angle should be equal to cornerite of the textile fabrics on tubular cylinder.And the cornerite
Draw movement of the size for textile fabrics is proportionate, and also has direct influence for the effect of vacuum dehydration.
And the power unit of the transmission component, it is speed self-controlled power unit, it includes PLC controller, is controlled with PLC
The AC converter that device is electrically connected, the alternating-current variable frequency motor being electrically connected with AC converter, is sequentially connected with alternating-current variable frequency motor
Reduction box, the power output wheel being sequentially connected with reduction box, and the pressure sensor being connected with PLC controller telecommunications；It is described
The passive drive of power output wheel and transmission component is sequentially connected；The pressure sensor, is arranged in textile fabrics input side
The sidepiece of tubular cylinder, and with the moving position abutted against by water suction technique object textile fabrics；
Under operating mode, the tension signal of textile fabrics feeding operation, feeds back to PLC controller, PLC controls by pressure sensor
Device then sends speed-regulating instruction immediately, and by AC converter, speed governing is performed by alternating-current variable frequency motor, and according to technique initialization tension force
Implement selvage guide feeding.
The presence of this technical solution, for normal effective work of the invention, there is provided technical support.
And there is one end being connected with vacuum source conduit of the central principal axis of the first vacuum liquid-absorbing passage in axial direction, go back pipeline
Two-position three-way valve, and the two-position three-way valve are connected with, is connected respectively with vacuum source and compressed air source pipeline；In textile fabrics
Under dehydration condition, the two-position three-way valve and vacuum source, implement vacuum dehydration with it；And it is empty that compression is then switched to when stopping
Gas end, implements cleaning treatment with it to vacuum liquid-absorbing component and tubular cylinder.And the two-position three-way valve is and central principal axis pipe
Road connection.
Above-mentioned technical proposal is able to after implementing in full, and the present invention is first without structure possessed by additional tension vacuum liquid-absorbing device
Into, due to implementing two-sided water suction to textile fabrics, and its dehydrating effect is good, and due to having the function of draw, without with other phases
Close equipment match, and its transmission operation initiative it is good, and whole equipment duty amount it is smaller the features such as, be apparent
's.
Second object of the present invention, is to provide in a kind of dyeing and finishing technology liquid dipping tank based on same technical solution
It is arranged in, the vacuum liquid-absorbing for the saturating core dipping work of vacuum liquid-absorbing under the liquid of dyeing and finishing textile fabrics（Impregnation technology liquid）Dress
Put, its technical solution is：
Without additional tension vacuum liquid-absorbing device, it is arranged in dyeing and finishing technology liquid dipping tank one kind, weaves and makes for dyeing and finishing
The saturating core dipping work of vacuum liquid-absorbing under the liquid of product, and it includes：
A, the rotary screen roller component that 2 structure is identical, operating mode is identical, and 2 rotary screen roller components have the spacing parallel
Arrangement, and both gyratory directions on the contrary, so as to form two rollers to turn working status；
And the rotary screen roller component, by axial length be more than dyeing and finishing textile fabrics door width tubular cylinder, respectively with cylinder
The tight fit static connection of shape cylinder both ends it is left and right silently, and with tubular cylinder concentric arrangement, and its axially there is the first vacuum
Imbibition passage, and the central principal axis that its both ends stretches in left and right silently outside respectively is formed；The central principal axis respectively with
It is left and right to be silently rotatablely connected, and respectively be arranged in it is left and right silently outside left and right bearing block static connection；
B, the vacuum liquid-absorbing component that 2 structure is identical, operating mode is identical, and 2 vacuum liquid-absorbing components are respectively along tubular
Cylinder radial arrangement, and its axial length is less than the length of tubular cylinder, and its medial extremity and central principal axis static connection, and outside it
Side is abutted with tubular cylinder inner wall microgap；And 2 vacuum liquid-absorbing components have spacing point along central principal axis circumferencial direction
Open arrangement；
And the vacuum liquid-absorbing component, by vacuum liquid-absorbing component, and it is located at the vacuum liquid-absorbing of vacuum liquid-absorbing component outboard end
Nozzle assembly forms；The vacuum liquid-absorbing component, has the second vacuum liquid-absorbing penetrated through with the first vacuum liquid-absorbing passage of central shaft
Passage；The vacuum liquid-absorbing nozzle member has deposits spacing several vacuum liquid-absorbing mouths arranged apart along its length, described
Vacuum liquid-absorbing mouth and the second vacuum liquid-absorbing passage penetrate through；Pass through the first vacuum liquid-absorbing passage of central principal axis and the pipeline of vacuum source
Thus connection, then be configured to draw the vacuum liquid-absorbing channel system of the saturating core impregnation technology liquid of dyeing and finishing；
C, for the transmission component for driving 2 rotary screen roller components rotating and being located on the outside of dipping groove body plate；It is and described
Transmission component, by 2 power drive connectors, is nibbled with center static connection and mutually with 2 power drive connector one end respectively
1 power drive connector other end in the gear pair of conjunction, with 2 with center static connection passive drive, and with it is passive
The power unit composition that drive is sequentially connected；And 2 power drive connectors, it is set in 2 rotary screen roller groups
On the central principal axis of part and be rotating, and one end of power drive connector, with it is left and right silently in silently outer
Side is the same as center static connection；By power unit by passive drive, power drive connector and gear pair, 2 tubular circles are driven
Net relatively rotates, and the vacuum liquid-absorbing component is then still on its operating position；
D, for preventing dyeing and finishing technology liquid dipping tank leakage device；The device for preventing leakage, is impregnated in dyeing and finishing technology liquid
Groove body plate, the seal set with both the power drive connector of transmission component friendship position places, dyeing and finishing technology liquid is prevented with it
Leak；
E, under operating mode, the operating position of the vacuum liquid-absorbing component of 2 rotary screen roller components, is arranged in respective
On the position of central principal axis vertical line, and the vacuum liquid-absorbing mouth in its textile fabrics output side is arranged in upper position, and in its spinning
The vacuum liquid-absorbing mouth of fabric products input side is then arranged in lower position；And process object textile fabrics are in adjacent 2 cylinders
Between the tubular cylinder of roller component, fed in S shapes draw, so that the saturating core impregnation of the two-sided imbibition for implementing textile fabrics.
In technical solution given above, by vacuum source（Pump）The dipping work sucked out by vacuum liquid-absorbing passage
Skill liquid, can implement to recycle with reuse to dipping tank.
In the above-mentioned technical solutions, further innovative point of the invention also has：
Further include arc panel of the both ends respectively with static connection on the inside of 2 vacuum liquid-absorbing nozzle assemblies, the arc panel it is cylindrical
Cambered surface matches with the inner arc surface of tubular cylinder, and cooperation is moved in both microgaps.
And 2 vacuum liquid-absorbing components have spacing center of circle angle arranged apart along central principal axis circumferencial direction, at 25 °
In the range of ~ 40 °.
And the power unit of the transmission component, it is speed self-controlled power unit, it includes PLC controller, is controlled with PLC
The AC converter that device is electrically connected, the alternating-current variable frequency motor being electrically connected with AC converter, is sequentially connected with alternating-current variable frequency motor
Reduction box and the power output wheel that is sequentially connected with reduction box, and the pressure sensor being connected with PLC controller telecommunications；It is described
The passive drive of power output wheel and transmission component is sequentially connected；The pressure sensor, is arranged in textile fabrics input side
The sidepiece of tubular cylinder, and the position abutted against with moving textile fabrics；
Under operating mode, the tension signal of textile fabrics feeding operation, feeds back to PLC controller, PLC controls by pressure sensor
Device then sends speed-regulating instruction immediately, and by AC converter, speed governing is performed by alternating-current variable frequency motor, and according to technique initialization tension force
Implement selvage guide feeding.
And there is one end being connected with vacuum source conduit of the central principal axis of the first vacuum liquid-absorbing passage in axial direction, go back pipeline
Two-position three-way valve, and the two-position three-way valve are connected with, is connected respectively with vacuum source and compressed air source pipeline；In textile fabrics
Thoroughly under wicking liquid operating mode, the two-position three-way valve and vacuum source, implement vacuum liquid-absorbing with it；And pressure is then switched to when stopping
Contracting air end, implements cleaning treatment to vacuum liquid-absorbing component and tubular cylinder.
Above-mentioned technical proposal is able to after implementing in full, and vacuum liquid-absorbing device under liquid of the present invention, possessed advanced structure, accounts for
Small with amount of space, due to implementing the two-sided imbibition saturating core dipping of textile fabrics, and its dyeing and finishing impregnation technology effect is good, due to need not
Using bleeding agent, and improving prevents product containing miscellaneous extraction levels, and impregnation is abundant, shortens the process time, reduces
The discharge of CODor, and without addition be used for preventing the anti-swimming agent of dye material migration, and the features such as realize energy-saving and emission-reduction, it is
Obviously.
Brief description of the drawings
Fig. 1 is a kind of simple structure diagram of the rotary screen roller component 1 of embodiment of the present invention, and 13 are described in figure
Ball bearing；
Fig. 2 is the A-A sectional views of Fig. 1；
Fig. 3 is the arrangement states and its simple diagram of operating mode of double rotary screen roller components 1 included by the present invention；
Fig. 4 is the rotary screen roller component 1 of the vacuum liquid-absorbing device under core maceration extract liquid thoroughly of the invention, with saturating core dipping tank phase
The simple diagram of equipped configuration state；
Fig. 5 is the present invention simple diagram of drive mechanism for being used for driving double rotary screen roller components 1；
Fig. 6 is the vacuum dehydration of the present invention（Liquid）A kind of vacuum dehydration of component 2（Liquid）The side along its length of nozzle assembly 2-2
To profile.
Embodiment
Attached drawing is compareed below, and by the description of embodiment, the invention will be further described.
One of embodiment, refers to attached drawing 1 ~ 6.
One kind is without additional tension vacuum liquid-absorbing device, and for the space dewatering work of dyeing and finishing textile fabrics, and it includes：
A, the rotary screen roller component 1 that 2 structure is identical, operating mode is identical, and 2 rotary screen roller components 1, there is an anomaly
Row arrangement, and both gyratory directions on the contrary, so as to form two rollers to turn working status；
And the rotary screen roller component 1, by tubular cylinder 1-1 of the axial length more than dyeing and finishing textile fabrics door width, difference
With the left and right silently 1-2 of tubular cylinder 1-1 both ends tight fit static connections, and with tubular cylinder 1-1 concentric arrangements, and its axis
To with the first vacuum liquid-absorbing passage 1-4-1, and its both ends is stretched in the left and right silently central principal axis 1-4 institutes on the outside of 1-2 respectively
Composition；The central principal axis 1-4 is rotatablely connected with left and right silently 1-2 respectively, and respectively with being arranged on the outside of left and right silently 1-2
Left and right bearing block 1-5 static connections；
B, the vacuum liquid-absorbing component 2 that 2 structure is identical, operating mode is identical, and 2 vacuum liquid-absorbing components 2 are respectively along cylinder
Shape cylinder 1-1 radial arrangements, and its axial length is less than the axial length of tubular cylinder 1-1, and its medial extremity and central principal axis
1-4 static connections, and its outboard end is abutted with tubular cylinder 1-1 inner walls microgap；And 2 vacuum liquid-absorbing components 2 are along center
Main shaft 1-4 circumferencial directions have the spacing arranged apart；
And the vacuum liquid-absorbing component 2, by plate-like vacuum imbibition component 2-1, and it is located at vacuum liquid-absorbing component 2-1 outboard ends
Vacuum liquid-absorbing nozzle assembly 2-2 composition；The vacuum liquid-absorbing component 2-1, has the first vacuum liquid-absorbing passage with central shaft 1-4
Second vacuum liquid-absorbing passage 2-1-1 of 1-4-1 perforations；The vacuum liquid-absorbing nozzle member 2-2 has and has spacing along its length
Several vacuum liquid-absorbing mouths 2-2-1, the vacuum liquid-absorbing mouth 2-2-1 arranged apart is passed through with the second vacuum liquid-absorbing passage 2-1-1
It is logical；Connected by the first vacuum liquid-absorbing passage 1-4-1 of central principal axis 1-4 and the pipeline of vacuum source, be then thus configured to inhale
Take the vacuum dehydration channel system of aqueous fluid in dyeing and finishing textile fabrics；
C, for driving 21 rotating transmission components of rotary screen roller component；And the transmission component, by 2 power drives
Connector 3-1, respectively with 2 power drive connector 3-1 one end with center static connection and pitch wheel secondary 3-2, with 2
1 power drive connector 3-1 other end in a and is driven with passive drive and connects with the passive drive of center static connection
The power unit composition connect；And 2 power drives connector 3-1, it is set in the centers of 2 rotary screen roller components 1
On main shaft 1-4 and it is rotating, and one in one end of power drive connector 3-1, with left and right silently 1-2 is silently
Outside is the same as center static connection；Passive drive, power drive connector 3-1 and gear pair 3-2, driving 2 are passed through by power unit
A tubular cylinder 1-1 is relatively rotated, and the vacuum liquid-absorbing component 2 is then still on its operating position；
D, under operating mode, the operating position of the vacuum liquid-absorbing component 2 of 2 rotary screen roller components 1, is arranged in each
Central principal axis 1-4 vertical lines position on, and the vacuum liquid-absorbing mouth 2-2-1 in its textile fabrics output side is arranged in upper bit
Put, and the vacuum liquid-absorbing mouth 2-2-1 in its textile fabrics input side is then arranged in lower position；And the process pair to be absorbed water
As textile fabrics are between the tubular cylinder 1-1 of adjacent 2 rotary screen roller components 1, fed in S shapes draw, so as to implement to weave
The double dewatering processing of product.The draw feeding, since the linear velocity of 2 rotary screen roller components 1 is equal, and is without additional
The draw feeding of power.
And the arc panel 4 for further including both ends respectively with static connection on the inside of 2 vacuum liquid-absorbing nozzle assembly 2-2, the arc
The exterior arc surface of shape plate 4 matches with the inner arc surface of tubular cylinder 1-1, and cooperation is moved in both microgaps.
And 2 vacuum liquid-absorbing components 2 have spacing center of circle angle arranged apart along central principal axis 1-4 circumferencial directions,
In the range of 25 ° ~ 40 °, preferably 30 °.
And the power unit of the transmission component, it is speed self-controlled power unit, it includes PLC controller 3-4-1, with
The AC converter 3-4-2, the alternating-current variable frequency motor 3- being electrically connected with AC converter 3-4-2 that PLC controller 3-4-1 is electrically connected
4-3, the reduction box 3-4-4 being sequentially connected with alternating-current variable frequency motor 3-4-3, the power output being sequentially connected with reduction box 3-4-4
Take turns 3-4-5, and the pressure sensor 3-4-6 being connected with PLC controller 3-4-1 telecommunications；The power output wheel 3-4-5 and transmission
The passive drive of component 3 is sequentially connected；The pressure sensor 3-4-6, is arranged in textile fabrics input square tube shape cylinder 1-1
Sidepiece, and with the moving position abutted against by water suction technique object textile fabrics；
Under operating mode, the tension signal of fabric feeding operation, feeds back to PLC controller 3-4-1 by pressure sensor 3-4-6,
PLC controller 3-4-1 then sends speed-regulating instruction immediately, by AC converter 3-4-2, is performed by alternating-current variable frequency motor 3-4-3
Speed governing, and implement selvage guide feeding according to technique initialization tension force.
And be connected with vacuum source conduit the one of the axially central principal axis 1-4 with the first vacuum liquid-absorbing passage 1-4-1
End, goes back pipeline and is connected with two-position three-way valve 5, and the two-position three-way valve 5, connects respectively with vacuum source and compressed air source pipeline
Connect；Under textile fabrics dehydration condition, the two-position three-way valve 5 and vacuum source, implement vacuum dehydration with it；And when stopping
Compressed air end is then switched to, cleaning treatment is implemented to vacuum liquid-absorbing component 2 and tubular cylinder 1-1 with it.
One of above embodiment is described, is arranged on space, and and overflow dyeing machine, rinsing machine and drying machine
Etc. what is matched, for drawing the vacuum water absorber for the process water that textile fabrics are contained.
The two of embodiment, refer to attached drawing 1 ~ 6
Without additional tension vacuum liquid-absorbing device, it is arranged in dyeing and finishing technology liquid dipping tank one kind, weaves and makes for dyeing and finishing
The saturating core dipping work of vacuum liquid-absorbing under the liquid of product, and it includes：
A, the rotary screen roller component 1 that 2 structure is identical, operating mode is identical, and 2 rotary screen roller components 1, there is an anomaly
Row arrangement, and both gyratory directions on the contrary, so as to form two rollers to turn working status；
And the rotary screen roller component 1, by tubular cylinder 1-1 of the axial length more than dyeing and finishing textile fabrics door width, difference
With the left and right silently 1-2 of tubular cylinder 1-1 both ends tight fit static connections, and with tubular cylinder 1-1 concentric arrangements, and its axis
To with the first vacuum liquid-absorbing passage 1-4-1, and its both ends is stretched in the left and right silently central principal axis 1-4 institutes on the outside of 1-2 respectively
Composition；The central principal axis 1-4 is rotatablely connected with left and right silently 1-2 respectively, and respectively with being arranged on the outside of left and right silently 1-2
Left and right bearing block 1-5 static connections；
B, the vacuum liquid-absorbing component 2 that 2 structure is identical, operating mode is identical, and 2 vacuum liquid-absorbing components 2 are respectively along cylinder
Shape cylinder 1-1 radial arrangements, and its axial length is less than the length of tubular cylinder 1-1, and its medial extremity is welded with central principal axis 1-4
Connect in succession, and its outboard end is abutted with tubular cylinder 1-1 inner walls microgap；And 2 vacuum liquid-absorbing components 2 are along central principal axis
1-4 circumferencial directions have the spacing arranged apart；
And the vacuum liquid-absorbing component 2, by plate-like vacuum imbibition component 2- of the length less than tubular cylinder 1-1 axial lengths
1, and it is located at the vacuum liquid-absorbing nozzle assembly 2-2 compositions of vacuum liquid-absorbing component 2-1 outboard ends；The vacuum liquid-absorbing component 2-1, has
The the second vacuum liquid-absorbing passage 2-1-1 penetrated through with the first vacuum liquid-absorbing passage 1-4-1 of central shaft 1-4；The vacuum liquid-absorbing mouth
Component 2-2 has and has spacing several vacuum liquid-absorbing mouths 2-2-1, the vacuum liquid-absorbing mouth 2- arranged apart along its length
2-1 and the second vacuum liquid-absorbing passage 2-1-1 is penetrated through；Pass through the first vacuum liquid-absorbing passage 1-4-1 and vacuum source of central principal axis 1-4
Pipeline connection, then be thus configured to draw the saturating core impregnation technology liquid of dyeing and finishing vacuum liquid-absorbing channel system；
C, for the transmission component for driving 2 rotary screen roller components 1 rotating and being arranged on the outside of dipping groove body plate 6-1；
And the transmission component, by 2 power drive connector 3-1, respectively with 2 power drive connector 3-1 one end with it is calm
Connection and pitch wheel secondary 3-2, with 2 in 1 power drive connector 3-1 other end with center static connection quilt
Dynamic drive, and the power unit being sequentially connected with passive drive form；And 2 power drives connector 3-1, respectively
It is sleeved on the central principal axis 1-4 of 2 rotary screen roller components 1 and is rotating, and one end of power drive connector 3-1,
With an outside silently in left and right silently 1-2 with center static connection；Driven by power unit by passive drive, power
Follower link 3-1 and gear pair 3-2, drives 2 tubular cylinder 1-1 to relatively rotate, and the vacuum liquid-absorbing component 2 is then still in
On its operating position；
D, for preventing dyeing and finishing technology liquid dipping tank leakage device 6；The device for preventing leakage 6, is soaked in dyeing and finishing technology liquid
Stain groove body plate 6-1, the seal 6-2 set with both the power drive connector 3-1 of transmission component friendship position places, prevents from contaminating with it
Whole process liquor leaks；
E, under operating mode, the operating position of the vacuum liquid-absorbing component 2 of 2 rotary screen roller components 1, is arranged in each
Central principal axis 1-4 vertical lines position on, and the vacuum liquid-absorbing mouth 2-2-1 in its textile fabrics output side is arranged in upper bit
Put, and the vacuum liquid-absorbing mouth 2-2-1 in its textile fabrics input side is then arranged in lower position；And process object weaving system
Product are fed between the tubular cylinder 1-1 of adjacent 2 rotary screen roller components 1 in S shapes draw, so as to implement the double of textile fabrics
The saturating core impregnation of face imbibition.The draw feeding, since the linear velocity of 2 rotary screen roller components 1 is equal, and is without additional
The draw feeding of power.
And it further includes arc panel 4 of the both ends respectively with static connection on the inside of 2 vacuum liquid-absorbing nozzle assembly 2-2, the arc
The exterior arc surface of plate 4 matches with the inner arc surface of tubular cylinder 1-1, and cooperation is moved in both microgaps.
And its described 2 vacuum liquid-absorbing component 2 has the spacing center of circle arranged apart to press from both sides along central principal axis 1-4 circumferencial directions
Angle, in the range of 25 ° ~ 40 °, preferably 30 °.
And the power unit of its transmission component, it is speed self-controlled power unit, it includes PLC controller 3-4-1, with
The AC converter 3-4-2, the alternating-current variable frequency motor 3- being electrically connected with AC converter 3-4-2 that PLC controller 3-4-1 is electrically connected
4-3, the reduction box 3-4-4 being sequentially connected with alternating-current variable frequency motor 3-4-3, the power output being sequentially connected with reduction box 3-4-4
Take turns 3-4-5, and the pressure sensor 3-4-6 being connected with PLC controller 3-4-1 telecommunications；The power output wheel 3-4-5 and transmission
The passive drive of component 3 is sequentially connected；The pressure sensor 3-4-6, is arranged in textile fabrics input square tube shape cylinder 1-1
Sidepiece, and the position abutted against with moving textile fabrics；
Under operating mode, the tension signal of textile fabrics feeding operation, feeds back to PLC controller 3- by pressure sensor 3-4-6
4-1, PLC controller 3-4-1 then send speed-regulating instruction immediately, by AC converter 3-4-2, by alternating-current variable frequency motor 3-4-3
Speed governing is performed, and implements selvage guide feeding according to technique initialization tension force.
And its being connected with vacuum source conduit in the axially central principal axis 1-4 with the first vacuum liquid-absorbing passage 1-4-1
One end, goes back pipeline and is connected with two-position three-way valve 5, and the two-position three-way valve 5, connects respectively with vacuum source and compressed air source pipeline
Connect；In the case where textile fabrics wick liquid operating mode thoroughly, the two-position three-way valve 5 and vacuum source, implement vacuum liquid-absorbing with it；And stop
Compressed air end is then switched to during car, cleaning treatment is implemented to vacuum liquid-absorbing component 2 and tubular cylinder 1-1.
Above embodiment two it is described be it is a kind of be arranged in core dipping tank liquor under, for implementing to impregnate
The vacuum liquid-absorbing device of the saturating core dipping of process liquor.
In above-mentioned 2 embodiments, the vacuum dehydration（Liquid）Component 2, it is between being had by 2 pieces of stainless steel plates
What gap was combined, and its vacuum dehydration（Liquid）Mouth 2-2-1, is by the stainless steel filler strip of 5 pieces of thickness 0.5mm, width 5mm, between waiting
Away from being arranged in by being formed in the compound gap delta of 2 blocks of stainless steels,（As shown in Figure 6）.And second vacuum dehydration（Liquid）
The width of passage 2-1-1 is 0.5mm, and the vacuum dehydration（Liquid）The axial length of component 2 is less than the axial direction of tubular cylinder 1-1
Length, the length for being approximately equal to tubular cylinder 1-1 subtract the sum of left and right silently 1-2 axial lengths.
In the two of the above embodiment, the gear pair 3-2 and electric assembly, be arranged in dipping groove body plate 6-1 it
Outside.
In above-mentioned 2 embodiments, its tubular cylinder 1-1, vacuum dehydration（Liquid）Component 2, left and right silently 1-2,
Central principal axis 1-4, power drive connector 3-1 and arc panel 4, it is proposed that preferably with stainless steelwork.
And in the two of embodiment, for preventing the seal 6-2 of core dipping tank leakage, sealed by Tianjin
The mechanical sealing member of part company production.It is same that there is sealing between central principal axis 1-4 and power drive connector 3-2 is driven
Part（It is not drawn into Fig. 1）.
The first sample result on trial without additional tension vacuum liquid-absorbing device as more than prepared by 2 embodiments is shown
Show, the present invention is suitable for the dehydration of various fibers, various fabric constructions, is especially suitable for the dehydration of strain sensitive fabric；Due to it
Two-sided water suction, can make various textile of chemical fibre product residual water content ＜ 30%, pure cotton textile fabrics moisture content ＜ 50%；Especially exist
Drying and tentering setting process step, due to the cloth feeding moisture content of textile of chemical fibre product, less than 30% is down to from existing 70%,
The energy 57% or so can be saved；Under equivalent processes vehicle speed condition, technological process can be shortened, such as framing shaping machine can be by
10 section drying chambers shorten to 5 section drying chambers；Under equivalent energy consumption, 1 times or so of technique speed can be improved, and washing water consumption can be made
Decline more than 50%；And in saturating core impregnation technology, auxiliary agent 60%, and the color fastness and the uniformity of core dip dyeing thoroughly can be saved
All it is significantly improved, realizes energy-saving and emission-reduction and lift the original intention of the present invention of work efficiency.
Claims (10)
1. one kind is without additional tension vacuum liquid-absorbing device, the space dewatering work for dyeing and finishing textile fabrics, it is characterised in that：Bag
Include：
A, the rotary screen roller component that 2 structure is identical, operating mode is identical（1）, and 2 rotary screen roller components（1）There is an anomaly
Row arrangement, and both gyratory directions on the contrary, so as to form two rollers to turn working status；
And the rotary screen roller component（1）, by tubular cylinder of the axial length more than dyeing and finishing textile fabrics door width（1-1）, respectively
With tubular cylinder（1-1）Both ends tight fit static connection it is left and right silently（1-2）, and with tubular cylinder（1-1）Concentric arrangement,
And it axially has the first vacuum liquid-absorbing passage（1-4-1）, and its both ends stretch respectively it is left and right silently（1-2）In outside
Heart main shaft（1-4）Formed；The central principal axis（1-4）Respectively with it is left and right silently（1-2）Rotation connection, and respectively with arrangement
It is left and right silently（1-2）The left and right bearing block in outside（1-5）Static connection；
B, the vacuum liquid-absorbing component that 2 structure is identical, operating mode is identical（2）, and 2 vacuum liquid-absorbing components（2）Respectively along cylinder
Shape cylinder（1-1）Radial arrangement, and its axial length is less than tubular cylinder（1-1）Axial length, and its medial extremity and center
Main shaft（1-4）Static connection, and its outboard end and tubular cylinder（1-1）Inner wall microgap abuts；And 2 vacuum liquid-absorbing components
（2）Along central principal axis（1-4）Circumferencial direction has the spacing arranged apart；
And the vacuum liquid-absorbing component（2）, by vacuum liquid-absorbing component（2-1）, and it is located at vacuum liquid-absorbing component（2-1）Outboard end
Vacuum liquid-absorbing nozzle assembly（2-2）Composition；The vacuum liquid-absorbing component（2-1）, have and central shaft（1-4）The first vacuum liquid-absorbing
Passage（1-4-1）Second vacuum liquid-absorbing passage of perforation（2-1-1）；The vacuum liquid-absorbing nozzle member（2-2）With along its length
There are spacing several vacuum liquid-absorbing mouths arranged apart in direction（2-2-1）, the vacuum liquid-absorbing mouth（2-2-1）Inhaled with the second vacuum
Liquid passage（2-1-1）Perforation；Pass through central principal axis（1-4）The first vacuum liquid-absorbing passage（1-4-1）Connect with the pipeline of vacuum source
Connect, be then thus configured to draw the vacuum dehydration channel system of aqueous fluid in dyeing and finishing textile fabrics；
C, for driving 2 rotary screen roller components（1）Rotating transmission component；And the transmission component, connected by 2 power drives
Fitting（3-1）, respectively with 2 power drive connectors（3-1）One end is the same as center static connection and pitch wheel pair（3-
2）, with 1 power drive connector in 2（3-1）The other end with center static connection passive drive, and with passive transmission
The power unit composition that wheel is sequentially connected；And 2 power drive connectors（3-1）, it is set in 2 rotary screen roller groups
Part（1）Central principal axis（1-4）Above and it is rotating, and power drive connector（3-1）One end, with it is left and right silently（1-
2）In an outside silently with center static connection；Passive drive, power drive connector are passed through by power unit（3-1）
And gear pair（3-2）, drive 2 tubular cylinders（1-1）Relatively rotate, and the vacuum liquid-absorbing component（2）Then it is still in its work
Make on position；
D, under operating mode, 2 rotary screen roller components（1）Vacuum liquid-absorbing component（2）Operating position, be respectively arranged be it is each
From central principal axis（1-4）On the position of vertical line, and in the vacuum liquid-absorbing mouth of textile fabrics output side（2-2-1）It is arranged in top
Position, and in the vacuum liquid-absorbing mouth of textile fabrics input side（2-2-1）Then it is arranged in lower position；And the process to be absorbed water
Object textile fabrics are in adjacent 2 rotary screen roller components（1）Tubular cylinder（1-1）Between, fed in S shapes draw, so that real
Apply the double dewatering processing of textile fabrics.
2. as claimed in claim 1 without additional tension vacuum liquid-absorbing device, it is characterised in that further include both ends respectively with 2
Vacuum liquid-absorbing nozzle assembly（2-2）The arc panel of inner side static connection（4）, the arc panel（4）Exterior arc surface and tubular cylinder（1-
1）Inner arc surface match, and cooperation is moved in both microgaps.
3. as claimed in claim 1 without additional tension vacuum liquid-absorbing device, it is characterised in that：2 vacuum liquid-absorbing components
（2）Along central principal axis（1-4）Circumferencial direction has spacing center of circle angle arranged apart, in the range of 25 ° ~ 40 °.
4. no additional tension vacuum liquid-absorbing device according to claim 1, it is characterised in that the power of the transmission component
Unit, is speed self-controlled power unit, it includes PLC controller（3-4-1）, with PLC controller（3-4-1）The exchange of electrical connection
Frequency converter（3-4-2）, with AC converter（3-4-2）The alternating-current variable frequency motor of electrical connection（3-4-3）, with alternating-current variable frequency motor
（3-4-3）The reduction box of drive connection（3-4-4）, with reduction box（3-4-4）The power output wheel of drive connection（3-4-5）, and
With PLC controller（3-4-1）The pressure sensor of telecommunications connection（3-4-6）；The power output wheel（3-4-5）With transmission component
Passive drive be sequentially connected；The pressure sensor（3-4-6）, it is arranged in textile fabrics input square tube shape cylinder（1-1）
Sidepiece, and with the moving position abutted against by water suction technique object textile fabrics；
Under operating mode, the tension signal of textile fabrics feeding operation, by pressure sensor（3-4-6）Feed back to PLC controller（3-4-
1）, PLC controller（3-4-1）Speed-regulating instruction is then sent immediately, passes through AC converter（3-4-2）, by alternating-current variable frequency motor（3-
Speed governing 4-3) is performed, and implements selvage guide feeding according to technique initialization tension force.
5. no additional tension vacuum liquid-absorbing device according to claim 1, it is characterised in that axially there is the first vacuum
Imbibition passage（1-4-1）Central principal axis（1-4）The one end being connected with vacuum source conduit, go back pipeline and be connected with two-position three-way valve
（5）, and the two-position three-way valve（5）, it is connected respectively with vacuum source and compressed air source pipeline；In textile fabrics dehydration condition
Under, the two-position three-way valve（5）With vacuum source, implement vacuum dehydration with it；And compressed air end is then switched to when stopping,
With it to vacuum liquid-absorbing component（2）With tubular cylinder（1-1）Implement cleaning treatment.
6. one kind is without additional tension vacuum liquid-absorbing device, it is arranged in dyeing and finishing technology liquid dipping tank, for dyeing and finishing textile fabrics
Liquid under the dipping work of vacuum liquid-absorbing saturating core, it is characterised in that including：
A, the rotary screen roller component that 2 structure is identical, operating mode is identical（1）, and 2 rotary screen roller components（1）There is an anomaly
Row arrangement, and both gyratory directions on the contrary, so as to form two rollers to turn working status；
And the rotary screen roller component（1）, by tubular cylinder of the axial length more than dyeing and finishing textile fabrics door width（1-1）, respectively
With tubular cylinder（1-1）Both ends tight fit static connection it is left and right silently（1-2）, and with tubular cylinder（1-1）Concentric arrangement,
And it axially has the first vacuum liquid-absorbing passage（1-4-1）, and its both ends stretch respectively it is left and right silently（1-2）In outside
Heart main shaft（1-4）Formed；The central principal axis（1-4）Respectively with it is left and right silently（1-2）Rotation connection, and respectively with arrangement
It is left and right silently（1-2）The left and right bearing block in outside（1-5）Static connection；
B, the vacuum liquid-absorbing component that 2 structure is identical, operating mode is identical（2）, 2 vacuum liquid-absorbing components（2）Respectively along tubular
Cylinder（1-1）Radial arrangement, and its axial length is less than tubular cylinder（1-1）Length, and its medial extremity and central principal axis（1-
4）Static connection, and its outboard end and tubular cylinder（1-1）Inner wall microgap abuts；And 2 vacuum liquid-absorbing components（2）In
Heart main shaft（1-4）Circumferencial direction has the spacing arranged apart；
And the vacuum liquid-absorbing component（2）, by vacuum liquid-absorbing component（2-1）, and it is located at vacuum liquid-absorbing component（2-1）Outboard end
Vacuum liquid-absorbing nozzle assembly（2-2）Composition；The vacuum liquid-absorbing component（2-1）, have and central principal axis（1-4）The first vacuum inhale
Liquid passage（1-4-1）Second vacuum liquid-absorbing passage of perforation（2-1-1）；The vacuum liquid-absorbing nozzle assembly（2-2）With along its length
There are spacing several vacuum liquid-absorbing mouths arranged apart in degree direction（2-2-1）, the vacuum liquid-absorbing mouth（2-2-1）With the second vacuum
Imbibition passage（2-1-1）Perforation；Pass through central principal axis（1-4）The first vacuum liquid-absorbing passage（1-4-1）With the pipeline of vacuum source
Thus connection, then be configured to draw the vacuum liquid-absorbing channel system of the saturating core impregnation technology liquid of dyeing and finishing；
C, for driving 2 rotary screen roller components（1）It is rotating and be arranged in dipping groove body plate（6-1）The transmission component in outside；
And the transmission component, by 2 power drive connectors（3-1）, respectively with 2 power drive connectors（3-1）One end is with
Calm connection and pitch wheel pair（3-2）, with 1 power drive connector in 2（3-1）The other end is calm with
The passive drive of connection, and the power unit being sequentially connected with passive drive form；And 2 power drive connectors
（3-1）, it is set in 2 rotary screen roller components（1）Central principal axis（1-4）Above and it is rotating, and power drive connects
Fitting（3-1）One end, with it is left and right silently（1-2）In an outside silently with center static connection；Passed through by power unit
Passive drive, power drive connector（3-1）And gear pair（3-2）, drive 2 tubular cylinders（1-1）Relatively rotate, and institute
State vacuum liquid-absorbing component（2）Then it is still on its operating position；
D, for preventing dyeing and finishing technology liquid dipping tank leakage device（6）；The device for preventing leakage（6）, it is in dyeing and finishing chemical technology
Liquid impregnates groove body plate（6-1）, the power drive connector with transmission component（3-1）Both hand over the seal that position place is set（6-2）,
Leaking for dyeing and finishing technology liquid is prevented with it；
E, under operating mode, 2 rotary screen roller components（1）Vacuum liquid-absorbing component（2）Operating position, be arranged in each
Central principal axis（1-4）On the position of vertical line, and in the vacuum liquid-absorbing mouth of its textile fabrics output side（2-2-1）It is arranged in top
Position, and in the vacuum liquid-absorbing mouth of its textile fabrics input side（2-2-1）Then it is arranged in lower position；And process object is spun
Fabric products are in adjacent 2 rotary screen roller components（1）Tubular cylinder（1-1）Between, fed in S shapes draw, so as to implement to weave
The saturating core impregnation of two-sided imbibition of product.
7. as claimed in claim 6 without additional tension vacuum liquid-absorbing device, it is characterised in that further include both ends respectively with 2
Vacuum liquid-absorbing nozzle assembly（2-2）The arc panel of inner side static connection（4）, the arc panel（4）Exterior arc surface and tubular cylinder（1-
1）Inner arc surface match, and cooperation is moved in both microgaps.
8. as claimed in claim 6 without additional tension vacuum liquid-absorbing device, it is characterised in that：2 vacuum liquid-absorbing components
（2）Along central principal axis（1-4）Circumferencial direction has spacing center of circle angle arranged apart, in the range of 25 ° ~ 40 °.
9. no additional tension vacuum liquid-absorbing device according to claim 6, it is characterised in that the power of the transmission component
Unit, is speed self-controlled power unit, it includes PLC controller（3-4-1）, with PLC controller（3-4-1）The exchange of electrical connection
Frequency converter（3-4-2）, with AC converter（3-4-2）The alternating-current variable frequency motor of electrical connection（3-4-3）, with alternating-current variable frequency motor
（3-4-3）The reduction box of drive connection（3-4-4）, with reduction box（3-4-4）The power output wheel of drive connection（3-4-5）, and
With PLC controller（3-4-1）The pressure sensor of telecommunications connection（3-4-6）；The power output wheel（3-4-5）With transmission component
Passive drive be sequentially connected；The pressure sensor（3-4-6）, it is arranged in textile fabrics input square tube shape cylinder（1-1）
Sidepiece, and the position abutted against with moving textile fabrics；
Under operating mode, the tension signal of textile fabrics feeding operation, by pressure sensor（3-4-6）Feed back to PLC controller（3-4-
1）, PLC controller（3-4-1）Speed-regulating instruction is then sent immediately, passes through AC converter（3-4-2）, by alternating-current variable frequency motor（3-
Speed governing 4-3) is performed, and implements selvage guide feeding according to technique initialization tension force.
10. no additional tension vacuum liquid-absorbing device according to claim 6, it is characterised in that axially true with first
Suction liquid passage（1-4-1）Central principal axis（1-4）The one end being connected with vacuum source conduit, go back pipeline and be connected with two-bit triplet
Valve（5）, and the two-position three-way valve（5）, it is connected respectively with vacuum source and compressed air source pipeline；Liquid is wicked thoroughly in textile fabrics
Under operating mode, the two-position three-way valve（5）With vacuum source, implement vacuum liquid-absorbing with it；And it is empty that compression is then switched to when stopping
Gas end, to vacuum liquid-absorbing component（2）With tubular cylinder（1-1）Implement cleaning treatment.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610615095.7A CN106087311B (en) | 2016-07-28 | 2016-07-28 | Without additional tension vacuum liquid-absorbing device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610615095.7A CN106087311B (en) | 2016-07-28 | 2016-07-28 | Without additional tension vacuum liquid-absorbing device |
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| Publication Number | Publication Date |
|---|---|
| CN106087311A CN106087311A (en) | 2016-11-09 |
| CN106087311B true CN106087311B (en) | 2018-05-04 |
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|---|---|---|---|
| CN201610615095.7A Expired - Fee Related CN106087311B (en) | 2016-07-28 | 2016-07-28 | Without additional tension vacuum liquid-absorbing device |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN208087993U (en) * | 2017-07-08 | 2018-11-13 | 杭州安杰诺智能机械有限公司 | Vacuum suction and discharge machine |
| CN109234949B (en) * | 2018-10-11 | 2021-04-02 | 绍兴文理学院 | Vacuum dyeing device based on quick printing and dyeing of cloth |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2357026Y (en) * | 1998-11-27 | 2000-01-05 | 李清煌 | Device for dyeing, finishing and dewatering of cloth |
| EP2952619B1 (en) * | 2014-06-04 | 2016-05-11 | Chi-Lung Chang | A conveyor drive fabric dyeing machine equiped with seam detector |
| CN205329345U (en) * | 2016-01-09 | 2016-06-22 | 江阴市永欣印染机械有限公司 | High -efficient open width vacuum dehydration padder unit |
| CN105758141A (en) * | 2016-05-10 | 2016-07-13 | 江苏鹰游纺机有限公司 | Vacuum water absorption device for fabric |
| CN205874724U (en) * | 2016-07-28 | 2017-01-11 | 新昌县宇峰印染机械有限公司 | There is not additional tension vacuum liquid suction device |
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