CN209211072U - A kind of high resiliency environment-friendly plus material printing system - Google Patents
A kind of high resiliency environment-friendly plus material printing system Download PDFInfo
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- CN209211072U CN209211072U CN201821449140.7U CN201821449140U CN209211072U CN 209211072 U CN209211072 U CN 209211072U CN 201821449140 U CN201821449140 U CN 201821449140U CN 209211072 U CN209211072 U CN 209211072U
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Abstract
The utility model relates to a kind of high resiliency environment-friendly plus material printing system, equipment includes dyestuff case, and dye liquor guiding mechanism is arranged in case, and liquid outlet is arranged in tail end, and the first pressing mechanism, power mechanism and the second pressing mechanism is arranged in dye liquor guiding mechanism from front to back；Alternately lifting squeezes the dye liquor in dye liquor guiding mechanism to first and second pressing mechanisms under power mechanism drive, and dye liquor washes away fabric from liquid outlet outflow；Setting grinding mechanism between first and second pressing mechanisms, grinding mechanism includes lower grinding assembly, upper grinding assembly and driving assembly, coarse granule deposition of dye is on lower grinding assembly, first pressing mechanism drives grinding assembly to be displaced downwardly to lower grinding assembly downwards, and driving driving assembly to move down makes grinding assembly to the coarse granule dye abrasion on lower grinding assembly；The dyeing that the utility model solves fabric is bad, and the fabric for dyeing out easily attaches impurity, lower leaf and the not high problem of dye utilization rate in dyestuff uniformity difference.
Description
Technical field
The utility model relates to printing and dyeing textile equipment technical field more particularly to a kind of high resiliency environment-friendly plus material printing and dyeing systems
System.
Background technique
Textile printing and dyeing is also referred to as dyeing and finishing, is pre-treatment, dyeing, stamp, final finishing, the general name of wash water etc., existing dye
Color mode has dip dyeing, spray-painting etc., and the dissolubility when being disseminated due to fuel is general, and the feelings of deposition are easy to appear after long-time
Condition, the dyestuff color weight of bottom, and the dye liquor color on surface is light, influence dyeing effect and it is long-term when dyestuff in impurity be easy to be stained with
It is attached to web surface.
Authorization Notice No. is a Chinese utility model patent of CN201810052331.8, discloses a kind of textile printing and dyeing
Device, and specifically disclose and set on support frame there are two case of printing and dyeing, utilize driving portion control drive rod extension and contraction control support frame
It moves up and down, recycles linear motor to control the mobile control printing and dyeing case of the first sliding block and move left and right on the support frame, pass through connector
It is tightly connected feed pipe and liquid supply pipe or outlet pipe, dyestuff is supplied into dyestuff mixing chamber or dyestuff mixing chamber is cleaned
So that printing and dyeing case is respectively at working condition and preparation state, can require quickly switch over according to printing and dyeing, improve the effect of printing and dyeing
Rate, while the effect for ensuring to print and dye；The waste liquid generated in printing and dyeing and cleaning process is collected and is filtered, discharge is made
Sewage quality reaches corresponding requirement, reduces the pollution to environment.
But it has the following problems: it, which does not have, first carries out overcoming dyestuff bottom during continous way transmission dyeing
The light problem of the dye liquor on the dense surface of the dye liquor in portion, causes dyeing fabric effect poor, and furthermore it, which does not have, is improving dyeing efficiency
The ability of grinding raising dye utilization rate and dye liquor uniformity is carried out to the coarse granule dyestuff in dyestuff simultaneously and is dyed out
The web surface come is easy to attach impurity.
Utility model content
The purpose of this utility model is in view of the deficiencies of the prior art, to provide a kind of high resiliency environment-friendly plus material printing and dyeing system
System is pressed down against dye liquor by the way that the first pressing mechanism and the second pressing mechanism alternative expression under the drive of power mechanism is arranged,
So that dye liquor is flowed out with faster flow velocity from liquid outlet, the fabric for transmitting printing and dyeing is washed away, and passes through setting in the process
Lower grinding assembly and upper grinding assembly the coarse granule dyestuff of deposition is ground, and then the dyeing for solving fabric is bad,
The web surface that dyeing comes out is easy some impurity attached, and lower leaf and dye utilization rate be not high in dyestuff uniformity difference
The problem of.
Against the above technical problems, as follows using technical solution:
A kind of high resiliency environment-friendly plus material printing system, including dyestuff case are provided with dye liquor guiding mechanism in the dyestuff case,
The tail end of the dye liquor guiding mechanism is provided with liquid outlet, is disposed with first on the dye liquor guiding mechanism from front to back and squeezes
Press mechanism, power mechanism and the second pressing mechanism；The band of first pressing mechanism and the second pressing mechanism in power mechanism
Dynamic lower alternative expression lifting squeezes the dye liquor in dye liquor guiding mechanism, carries out dye liquor from fabric of the liquid outlet outflow to transmission printing and dyeing
It washes away；
Grinding mechanism, institute are additionally provided between first pressing mechanism and the second pressing mechanism below power mechanism
State the upper grinding group that grinding mechanism includes the lower grinding assembly being arranged on dye liquor guiding mechanism, is arranged in above lower grinding assembly
Part and the driving assembly that upper grinding assembly side is arranged in, coarse granule deposition of dye is on the lower grinding assembly, and described
Upper grinding assembly is driven to be displaced downwardly to lower grinding assembly when one pressing mechanism is pressed down against, and synchronous drive driving assembly is to moving down
Dynamic, driving assembly drives upper grinding assembly to grind the coarse granule dyestuff on lower grinding assembly.
As a preference, the dye liquor guiding mechanism include along dyestuff case bottom level be arranged guide channel,
It is successively set on the first extrusion chamber being connected to above guide channel and with guide channel, the second extrusion chamber and liquid out from front to back
The tail end of liquid outlet channel, and the direction that liquid outlet comes towards fabric transmission is arranged in channel, the liquid outlet；
Dye liquor deposition space is formed between first extrusion chamber, the second extrusion chamber and guide channel.
As a preference, first pressing mechanism and the second pressing mechanism include the guiding being arranged on dyestuff case
Frame, the bracket slided up and down along leading truck and the lower end that bracket is set and respectively with the first extrusion chamber and the second extrusion chamber
The pressing plate of inner wall cooperation；
Inlet is offered on the side wall of first extrusion chamber and the second extrusion chamber.
As a preference, the lower grinding assembly includes the grinding groove for being provided with dye liquor deposition space bottom, it is described to grind
Slot grinding offers several pores being connected to guide channel by intermediate position, and two sides are respectively arranged with backgauge in the grinding groove
Component a and backgauge component b, the backgauge component a and backgauge component b include the guide rod being fixed in grinding groove sidewall, along leading
The sliding block and setting of bar sliding and lower surface fitting grinding groove bottom between sliding block and grinding groove sidewall and are set in guide rod
On spring.
As a preference, the upper grinding assembly include one end be fixed on bracket sliding sleeve, be slidably matched with sliding sleeve
Slide bar, the abrasive sheet that is fixed on the sliding rack in the lower end of the slider portion and is arranged in below sliding rack, the front and back of the abrasive sheet
Two sides offer sliding slot, and the rear and front end of the sliding rack is provided with roller set, and the roller set is rolled along sliding slot；
The lower end of the sliding sleeve is provided with limiting section, and the roller set is provided at least two rollers.
As a preference, the driving component includes the mounting rod being fixed on bracket, is fixed on mounting rod lower end
The first rack gear and the second rack gear, be rotatably provided on dye liquor deposition space side wall shaft, be separately fixed at the two of shaft
End and first gear and second gear and the third rack gear being fixed on abrasive sheet with shaft coaxial arrangement, described the
One rack gear and the second rack gear are engaged with first gear, and the top of the second rack gear is arranged in for first rack gear and the two is set respectively
It sets in the two sides of first gear, the third rack gear is engaged with second gear.
As a preference, the power mechanism includes the mounting base being fixed on dyestuff case, is mounted in mounting base
Force piece, the third gear that rotates and third gear two sides are set and are engaged with third gear the under force piece drive
Four rack gears and the 5th rack gear, the 4th rack gear and the 5th rack gear are separately fixed at the bracket of the first pressing mechanism and the second pressing mechanism
On.
As a preference, second extrusion chamber and guide channel are provided with arc deflector together with place；It is described to lead
It is greater than the sectional area of liquid outlet channel to the sectional area in channel.
As a preference, being provided with selvage guide roller group on the bracket, the selvage guide roller group includes that upper fabric guide roll is led under
Cloth rewinder roll；Several guide rollers are provided between second pressing mechanism and liquid outlet, the selvage guide roller group drives fabric to be moved to
Fabric exposes liquid level when the top.
Preferably as another, the bottom of the dye liquor deposition space is provided with inclined-plane in the surrounding of grinding groove, described
The upper surface of abrasive sheet is set as arc shape, and the lower corner of the two sides of the abrasive sheet is provided with chamfering.
The utility model has the beneficial effects that
1. in the utility model through the first pressing mechanism of setting and the second pressing mechanism under the drive of power mechanism
Alternative expression is pressed down against the dye liquor in the first extrusion chamber and the second extrusion chamber, so that dye liquor can continuously be with faster flow velocity
It is flowed out from liquid outlet, several guide rollers is arranged in cooperation at liquid outlet, so that face of the dye liquor quickly flowed to transmission printing and dyeing
Material is washed away, on the one hand this kind of mode can improve the dyeing effect of fabric, and the dye liquor on the other hand quickly flowed can also wash away
Fall some impurity that web surface attaches, improves the quality dyed cloth.
2. by the way that dye liquor deposition space and the grinding assembly under the setting of dye liquor deposition space bottom is arranged in the utility model,
The coarse granule dyestuff of deposition is gathered in grinding groove, then by the way that upper grinding assembly is arranged in the drive of the first pressing mechanism
Lower discontinuity is moved down to be cooperated with lower grinding assembly, and is ground under driving assembly drive to coarse granule dyestuff, after grinding
Dyestuff enters in guide channel, washes away as water flow flows backward to fabric, improves the utilization rate of dyestuff, dye liquor
The dyeing effect of uniformity and fabric.
3. passing through the two sides setting backgauge component a and backgauge component b cooperation grinding groove four in grinding groove in the utility model
The inclined-plane of week setting enables the dyestuff of deposition to focus in grinding groove, and upper grinding assembly also can be with when being ground back and forth
Backgauge component a and backgauge component b cooperation avoids scraping dyestuff and impurity to side, and the lower corner of abrasive sheet two sides is arranged
Chamfering further promote coarse granule dyestuff to enter below abrasive sheet effectively to be ground.
4. by the way that selvage guide roller group is arranged on the first pressing mechanism and the second pressing mechanism in the utility model, so that the two
When carrying out work up and down, energy synchronous drive fabric, which rises and falls, swings, and improves absorption of the fabric to dye liquor, improves dyeing effect.
In conclusion the advantages that equipment has dyeing effect good, and dyestuff uniformity is good, and dye utilization rate is high, especially suitable
For fabric dyeing apparatus technical field.
Detailed description of the invention
It, below will be to required in embodiment description for the clearer technical solution for illustrating the utility model embodiment
The attached drawing used is briefly described, it should be apparent that, drawings discussed below is only some embodiments of the utility model,
For those of ordinary skill in the art, without creative efforts, it can also obtain according to these attached drawings
Obtain other accompanying drawings.
Fig. 1 is that fabric when the first pressing mechanism is moved to top transmits colored state schematic diagram.
Fig. 2 is that fabric when the first pressing mechanism is moved to lower section transmits colored state schematic diagram.
Fig. 3 is dyestuff case and the cut-away illustration for contaminating dye liquor guiding mechanism.
Fig. 4 is enlarged diagram at the A of Fig. 3.
Fig. 5 is the structural schematic diagram of dyestuff case internal mechanism.
Fig. 6 is the partial sectional schematic diagram for grinding mechanism.
Fig. 7 is the structural schematic diagram for grinding mechanism.
Fig. 8 is the structural schematic diagram of sliding rack.
Fig. 9 is the structural schematic diagram of continous way shell-fabric dyeing and finishing processing equipment.
Figure 10 is continous way shell-fabric dyeing and finishing processing technological flow figure.
Specific embodiment
The technical scheme in the embodiment of the utility model is clearly and completely illustrated with reference to the accompanying drawing.
Embodiment one
As shown in Figures 1 to 9, a kind of high resiliency environment-friendly plus material printing system, including dyestuff case 1 are set in the dyestuff case 1
Be equipped with dye liquor guiding mechanism 2, the tail end of the dye liquor guiding mechanism 2 is provided with liquid outlet 21, on the dye liquor guiding mechanism 2 by
The first pressing mechanism 3, power mechanism 4 and the second pressing mechanism 5 are disposed with after going to；First pressing mechanism, 3 He
Second pressing mechanism 5 under the drive of power mechanism 4 alternative expression lifting squeeze dye liquor guiding mechanism 2 in dye liquor, make dye liquor from
The fabric 10 of transmission printing and dyeing is washed away in the outflow of liquid outlet 21；
Grinding mechanism is additionally provided in the lower section of power mechanism 4 between first pressing mechanism 3 and the second pressing mechanism 5
6, the grinding mechanism 6 includes the lower grinding assembly 61 being arranged on dye liquor guiding mechanism 2, is arranged above lower grinding assembly 61
Upper grinding assembly 62 and the driving assembly 63 of upper 62 side of grinding assembly is set, coarse granule deposition of dye is ground under described
It grinds on component 61, drives upper grinding assembly 62 to be displaced downwardly to lower grinding assembly 61 when first pressing mechanism 3 is pressed down against, and same
Step drives driving assembly 63 to move down, and driving assembly 63 drives upper grinding assembly 62 to contaminate the coarse granule on lower grinding assembly 61
Material is ground.
It is squeezed downwards by the way that the first pressing mechanism 3 and the second pressing mechanism 5 alternative expression under the drive of power mechanism 4 is arranged
The dye liquor in the first extrusion chamber 23 and the second extrusion chamber 24 is pressed, so that dye liquor can continuously be with faster flow velocity from liquid outlet
Several guide rollers 9 is arranged in 21 outflows, cooperation at liquid outlet 21, so that fabric 10 of the dye liquor quickly flowed to transmission printing and dyeing
It is washed away, on the one hand this kind of mode can improve the dyeing effect of fabric, the dye liquor on the other hand quickly flowed can also wash away
Some impurity that web surface attaches, improve the quality dyed cloth.
Further, as shown in Figure 3, the dye liquor guiding mechanism 2 includes being arranged along the bottom level of dyestuff case 1
Guide channel 22, the first extrusion chamber 23 for being successively set on the top of guide channel 22 from front to back and being connected to guide channel 22,
The tail end of liquid outlet channel 25, and 21 direction of liquid outlet is arranged in second extrusion chamber 24 and liquid outlet channel 25, the liquid outlet 21
The direction that the transmission of fabric 10 comes；
Dye liquor deposition space 20 is formed between first extrusion chamber 23, the second extrusion chamber 24 and guide channel 22.
Further, first pressing mechanism 3 and the second pressing mechanism 5 include the guiding being arranged on dyestuff case 1
Frame 31, the bracket 32 slided up and down along leading truck 31 and the lower end that bracket 32 is set and respectively with the first extrusion chamber 23 and
The pressing plate 33 of second extrusion chamber, 24 inner wall cooperation；
Inlet 231 is offered on the side wall of first extrusion chamber 23 and the second extrusion chamber 24.
Further, the lower grinding assembly 61 includes the grinding groove 611 for being provided with 20 bottom of dye liquor deposition space, described
Grinding groove 611 offers several pores 612 being connected to guide channel 22 by intermediate position.
It is noted that setting by setting dye liquor deposition space 20 and in the present embodiment in 20 bottom of dye liquor deposition space
Lower grinding assembly 61 is set, the coarse granule dyestuff of deposition is gathered in grinding groove 611, then by the way that upper grinding assembly 62 is arranged
Discontinuity is moved down under the drive of the first pressing mechanism 3 cooperates with lower grinding assembly 61, and to thick under the drive of driving assembly 63
Particle dye is ground, and the dyestuff after grinding enters in guide channel 22, is rushed as water flow flows backward to fabric
Brush, improves the dyeing effect of the utilization rate of dyestuff, the uniformity of dye liquor and fabric.
Further, the sliding sleeve 621 and sliding sleeve 621 that the upper grinding assembly 62 is fixed on bracket 32 including one end are slided
The slide bar 622 of dynamic cooperation, the abrasive sheet for being fixed on the sliding rack 623 of 622 lower end of slide bar and being arranged in below sliding rack 623
624, the front and rear sides of the abrasive sheet 624 offer sliding slot 625, and the rear and front end of the sliding rack 623 is provided with roller
Wheel group 626, the roller set 626 are rolled along sliding slot 625；
The lower end of the sliding sleeve 621 is provided with limiting section 627, and the roller set 626 is provided at least two rollers
628。
Further, the driving component 63 includes the mounting rod 631 being fixed on bracket 32, is fixed on mounting rod 631
The first rack gear 632 and the second rack gear 633 of lower end, divide at the shaft 634 being rotatably provided on 20 side wall of dye liquor deposition space
It is not fixed on the both ends of shaft 634 and the first gear 635 and second gear 636 that are coaxially disposed with shaft 634 and fixation are set
The third rack gear 637 on abrasive sheet 624 is set, first rack gear 632 and the second rack gear 633 are engaged with first gear 635,
The top of the second rack gear 633 is arranged in first rack gear 632 and the two is separately positioned on the two sides of first gear 635, described
Third rack gear 637 is engaged with second gear 636.
Further, the power mechanism 4 includes the mounting base 41 being fixed on dyestuff case 1, is mounted in mounting base 41
Force piece 42, under the drive of force piece 42 the third gear 43 that rotates and setting 43 two sides of third gear and with third tooth
The 4th rack gear 44 and the 5th rack gear 45 of 43 engagement of wheel, the 4th rack gear 44 and the 5th rack gear 45 are separately fixed at the first pressing mechanism
3 and second pressing mechanism 5 bracket 32 on.
Further, second extrusion chamber 24 and guide channel 22 are provided with arc deflector 7 together with place；It is described to lead
It is greater than the sectional area of liquid outlet channel 25 to the sectional area in channel 22.
Further, selvage guide roller group 8 is provided on the bracket 32, the selvage guide roller group 8 includes upper fabric guide roll 81 under
Fabric guide roll 82；Several guide rollers 9 are provided between second pressing mechanism 5 and liquid outlet 21, the selvage guide roller group 8 drives face
Fabric exposes liquid level when material is moved to the top；
It drives fabric to enter in dye liquor when selvage guide roller group 8 moves down to be disseminated, after being above moved away from dye liquor, heating can be set
Equipment, such as hot air blower heat fabric, and preliminary fixation is carried out to fabric, improve dyeing effect.
In addition, by the way that selvage guide roller group 8 is arranged on the first pressing mechanism 3 and the second pressing mechanism 5, so that the two is carrying out
The fluctuating of energy synchronous drive fabric is swung when work up and down, is improved absorption of the fabric to dye liquor, is improved dyeing effect.
Embodiment two
As shown in Fig. 3, Fig. 4 and Fig. 7, wherein being used with component identical or corresponding in embodiment one corresponding with embodiment one
Appended drawing reference hereafter only describe and the distinctive points of embodiment one for simplicity.The difference of the embodiment two and embodiment one
Place is: two sides are respectively arranged with backgauge component a64 and backgauge component b65, the backgauge component in the grinding groove 611
A64 and backgauge component b65 includes the guide rod 641 being fixed on 611 side wall of grinding groove, along the sliding of guide rod 641 and following table face paste
It closes the sliding block 642 of 611 bottom surface of grinding groove and is arranged between 611 side wall of sliding block 642 and grinding groove and is set on guide rod 641
Spring 643.
Further, the bottom of the dye liquor deposition space 20 is provided with inclined-plane 201 in the surrounding of grinding groove 611,
The upper surface of the abrasive sheet 624 is set as arc shape, and the lower corner of the two sides of the abrasive sheet 624 is provided with chamfering
6241。
In the present embodiment, pass through the two sides setting backgauge component a64 and backgauge component b65 cooperation grinding in grinding groove 611
The inclined-plane 201 of 611 surrounding of slot setting enables the dyestuff of deposition to focus in grinding groove 611, and upper grinding assembly 62 is back and forth
It can also cooperate with backgauge component a64 and backgauge component b65 when being ground, avoid scraping dyestuff and impurity to side, grinding
The chamfering 6241 of the lower corner setting of 624 two sides of plate further promotes coarse granule dyestuff to enter 624 lower section of abrasive sheet
Effectively ground.
Embodiment three
As shown in Figure 10, a kind of high resiliency environment-friendly plus material dyeing and printing process, comprising the following steps:
One, an extrusion process, power mechanism 4 drive the first pressing mechanism 3 to move down, and squeeze in the first extrusion chamber 23
Dye liquor, dye liquor flows backward through guide channel 22；
Two, process is once disseminated, the selvage guide roller group 8 in step 1 on the first pressing mechanism 3 drives fabric to synchronize and moves down, face
Material, which enters in dye liquor, once to be disseminated；
Three, grinding process drives upper grinding assembly 62 to move down and grinds under when the first pressing mechanism 3 moves down in step 1
It grinds component 61 to cooperate, and drives upper grinding assembly 62 to move left and right to the coarse granule on lower grinding assembly 61 by driving assembly 63
Dyestuff is ground；
Four, secondary extrusion process, power mechanism 4 drive the second pressing mechanism 5 to move down, and squeeze in the second extrusion chamber 24
Dye liquor, dye liquor flows backward through guide channel 22；
Five, secondary dip dyeing process, the selvage guide roller group 8 in step 4 on the second pressing mechanism 5 drive fabric to synchronize and move down, face
Material, which enters in dye liquor, carries out secondary dip dyeing；
Six, process is washed away, when the first pressing mechanism 3 and the second pressing mechanism 5 move down extruding dye liquor, dye liquor is through being oriented to
The fabric of transmission is washed away in the outflow of liquid outlet 21 behind channel 22 through liquid outlet channel 25.
The course of work is as follows:
Force piece 42 drives third gear 43 to rotate, and third gear 43 drives the 4th rack gear 44 and the 5th rack gear 45 reversely to rise
Drop movement, when the 4th rack gear 44 is moved to the top, dye liquor enters in the first extrusion chamber 23 through inlet 231, the 4th rack gear
44, which move downwards through bracket 32, drives the pressing plate 33 of the first pressing mechanism 3 to move down along the first extrusion chamber 23, and dye liquor is logical through being oriented to
It is quickly flowed out behind road 22 and liquid outlet channel 25 through liquid outlet 21, the fabric formation of transmission printing and dyeing is washed away；
At the same time, during the pressing plate 33 of the first pressing mechanism 3 moves down, grinding assembly 62 is also to moving down in drive
It is dynamic, when being moved to abrasive sheet 624 and being fitted on 611 bottom surface of grinding groove, continue to move down, the slide bar 622 on abrasive sheet 624 is opposite
Sliding sleeve 621 slides, and the second rack gear 633 of driving assembly 63 is engaged with first gear 635 first, and first gear 635 is driven to rotate,
First gear 635 drives second gear 636 to rotate synchronously, and second gear 636 drives the third rack gear 637 on abrasive sheet 624 to move
Dynamic, the drive abrasive sheet 624 of third rack gear 637 is along roller set 626 to mono- Slideslip of backgauge component b65 to 624 lower section of abrasive sheet
Coarse granule dyestuff ground, and the sliding block 642 of backgauge component b65 is pressed against side, the second rack gear 633 and first gear
After 635 are detached from, the first rack gear 632 starts that first gear 635 is driven to rotate backward, and similarly abrasive sheet 624 is also along roller set 626
It is mobile back towards the backgauge direction component a64, continue the sliding block 642 for grinding and squeezing backgauge component a64, ground dyestuff is through grinding
The pore 612 of 611 bottom of slot grinding flows into guide channel 22；
Force piece 42 rotates backward, then the first pressing mechanism 3 moves up, and the second pressing mechanism 5 moves down, the second pressing mechanism 5
Pressing plate 33 squeeze the second extrusion chamber 24 dye liquor through liquid outlet 21 quickly flow out, to transmission printing and dyeing fabric formation wash away；
And face is driven by selvage guide roller group 8 during the first pressing mechanism 3 and 5 alternative expression of the second pressing mechanism are gone up and down
Expect that dipping and heaving is swung.
In the description of the present invention, it should be understood that the orientation or position of the instructions such as term " front and back ", " left and right "
Relationship is to be based on the orientation or positional relationship shown in the drawings, and is merely for convenience of describing the present invention and simplifying the description, without
It is that the equipment of indication or suggestion meaning or component must have a particular orientation, be constructed and operated in a specific orientation, therefore not
It can be interpreted as the limitation to utility model.
Certainly in the technical scheme, those skilled in the art is it should be understood that term " one " is interpreted as " at least
One " or " one or more ", i.e., in one embodiment, the quantity of an element can be one, and in other implementation
In example, the quantity of the element can be it is multiple, term " one " should not be understood as the limitation to quantity.
The preferable specific embodiment of the above, only the utility model, but the protection scope of the utility model is not
It is confined to this, the variation that anyone skilled in the art can readily occur under the technical clarification of the utility model
Or replacement, it should be covered within the scope of the utility model.Therefore, the protection scope of the utility model should be with right
Subject to the protection scope of claim.
Claims (9)
1. a kind of high resiliency environment-friendly plus material printing system, it is characterised in that: including dyestuff case (1), setting in the dyestuff case (1)
Have dye liquor guiding mechanism (2), the tail end of the dye liquor guiding mechanism (2) is provided with liquid outlet (21), the dye liquor guiding mechanism
(2) the first pressing mechanism (3), power mechanism (4) and the second pressing mechanism (5) are disposed on from front to back；Described
The alternative expression lifting under the drive of power mechanism (4) of one pressing mechanism (3) and the second pressing mechanism (5) squeezes dye liquor guiding mechanism
(2) dye liquor in washes away dye liquor from fabric (10) of liquid outlet (21) outflow to transmission printing and dyeing；
Grinder is additionally provided with below power mechanism (4) between first pressing mechanism (3) and the second pressing mechanism (5)
Structure (6), grinding mechanism (6) include the lower grinding assembly (61) being arranged on dye liquor guiding mechanism (2), are arranged in lower grinding
The driving assembly (63) of upper grinding assembly (62) and setting in upper grinding assembly (62) side above component (61), coarse granule
Deposition of dye drives upper grinding assembly on the lower grinding assembly (61), when first pressing mechanism (3) is pressed down against
(62) it is displaced downwardly to lower grinding assembly (61), and synchronous drive driving assembly (63) moves down, driving assembly (63) drives and grinds
Mill component (62) grinds the coarse granule dyestuff on lower grinding assembly (61).
2. a kind of high resiliency environment-friendly plus material printing system according to claim 1, which is characterized in that the dye liquor Guiding machine
Structure (2) includes the guide channel (22) being arranged along the bottom level of dyestuff case (1), is successively set on guide channel from front to back
(22) top and the first extrusion chamber (23), the second extrusion chamber (24) and the liquid outlet channel (25) that are connected to guide channel (22),
The tail end in liquid outlet channel (25), and the direction that liquid outlet (21) comes towards fabric (10) transmission is arranged in the liquid outlet (21)；
Dye liquor deposition space is formed between first extrusion chamber (23), the second extrusion chamber (24) and guide channel (22)
(20).
3. a kind of high resiliency environment-friendly plus material printing system according to claim 2, which is characterized in that first extruder
Structure (3) and the second pressing mechanism (5) include setting on dyestuff case (1) leading truck (31), glide along leading truck (31)
Dynamic bracket (32) and setting bracket (32) lower end and respectively with the first extrusion chamber (23) and the second extrusion chamber (24)
The pressing plate (33) of inner wall cooperation；
Inlet (231) are offered on the side wall of first extrusion chamber (23) and the second extrusion chamber (24).
4. a kind of high resiliency environment-friendly plus material printing system according to claim 3, which is characterized in that the lower grinding assembly
It (61) include the grinding groove (611) for being provided with dye liquor deposition space (20) bottom, the grinding groove (611) is opened by intermediate position
Equipped with several pores (612) being connected to guide channel (22), the interior two sides of the grinding groove (611) are respectively arranged with backgauge component
A(64) and backgauge component b(65), the backgauge component a(64) and backgauge component b(65) include be fixed on grinding groove (611)
Guide rod (641) on side wall, along guide rod (641) sliding and lower surface fitting grinding groove (611) bottom surface sliding block (642) and set
Set the spring (643) between sliding block (642) and grinding groove (611) side wall and being set on guide rod (641).
5. a kind of high resiliency environment-friendly plus material printing system according to claim 4, which is characterized in that the upper grinding assembly
(62) include one end be fixed on bracket (32) sliding sleeve (621), be slidably matched with sliding sleeve (621) slide bar (622), be fixed on
The sliding rack (623) of slide bar (622) lower end and the abrasive sheet (624) being arranged below sliding rack (623), the abrasive sheet
(624) front and rear sides offer sliding slot (625), and the rear and front end of the sliding rack (623) is provided with roller set
(626), the roller set (626) rolls along sliding slot (625)；
The lower end of the sliding sleeve (621) is provided with limiting section (627), and the roller set (626) is provided at least two rollers
(628).
6. a kind of high resiliency environment-friendly plus material printing system according to claim 5, which is characterized in that the driving component
It (63) include the mounting rod (631) being fixed on bracket (32), the first rack gear (632) for being fixed on mounting rod (631) lower end
With the second rack gear (633), the shaft (634) being rotatably provided on dye liquor deposition space (20) side wall, be separately fixed at shaft
(634) both ends and with the first gear (635) of shaft (634) coaxial arrangement and second gear (636) and be fixed at
Third rack gear (637) on abrasive sheet (624), first rack gear (632) and the second rack gear (633) are and first gear
(635) engage, first rack gear (632) setting the second rack gear (633) top and the two be separately positioned on first gear
(635) two sides, the third rack gear (637) are engaged with second gear (636).
7. a kind of high resiliency environment-friendly plus material printing system according to claim 1, which is characterized in that the power mechanism
It (4) include the mounting base (41) being fixed on dyestuff case (1), the force piece (42) being mounted on mounting base (41), in force piece
(42) the lower third gear (43) rotated and setting are driven in third gear (43) two sides and is engaged with third gear (43)
4th rack gear (44) and the 5th rack gear (45), the 4th rack gear (44) and the 5th rack gear (45) are separately fixed at the first pressing mechanism
(3) and on the bracket (32) of the second pressing mechanism (5).
8. a kind of high resiliency environment-friendly plus material printing system according to claim 2, which is characterized in that second extrusion chamber
(24) place is provided with arc deflector (7) with guide channel (22)；The sectional area of the guide channel (22) is greater than
The sectional area in liquid channel (25).
9. a kind of high resiliency environment-friendly plus material printing system according to claim 3, which is characterized in that on the bracket (32)
It is provided with selvage guide roller group (8), the selvage guide roller group (8) includes upper fabric guide roll (81) and lower fabric guide roll (82)；Described second squeezes
It is provided between mechanism (5) and liquid outlet (21) several guide rollers (9), it is most upper that the selvage guide roller group (8) drives fabric to be moved to
Fabric exposes liquid level when square.
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108866862A (en) * | 2018-09-05 | 2018-11-23 | 长兴德弘机械有限公司 | A kind of high resiliency environment-friendly plus material printing system and its technique |
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2018
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108866862A (en) * | 2018-09-05 | 2018-11-23 | 长兴德弘机械有限公司 | A kind of high resiliency environment-friendly plus material printing system and its technique |
| CN108866862B (en) * | 2018-09-05 | 2023-04-25 | 长兴德弘机械有限公司 | High-elasticity environment-friendly fabric printing and dyeing equipment and technology thereof |
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