CN107499006A - A kind of roller digital inkjet printing machine and printing method - Google Patents
A kind of roller digital inkjet printing machine and printing method Download PDFInfo
- Publication number
- CN107499006A CN107499006A CN201710823824.2A CN201710823824A CN107499006A CN 107499006 A CN107499006 A CN 107499006A CN 201710823824 A CN201710823824 A CN 201710823824A CN 107499006 A CN107499006 A CN 107499006A
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- Prior art keywords
- roller
- fabric
- bearing
- graining roll
- fixation
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- 238000007639 printing Methods 0.000 title claims abstract description 56
- 238000007641 inkjet printing Methods 0.000 title claims abstract description 16
- 238000000034 method Methods 0.000 title claims abstract description 15
- 239000004744 fabric Substances 0.000 claims abstract description 101
- 238000002360 preparation method Methods 0.000 claims abstract description 28
- 239000004753 textile Substances 0.000 claims abstract description 25
- 230000001360 synchronised effect Effects 0.000 claims abstract description 9
- 238000003825 pressing Methods 0.000 claims description 52
- 238000010438 heat treatment Methods 0.000 claims description 25
- 230000000694 effects Effects 0.000 claims description 8
- 230000033001 locomotion Effects 0.000 claims description 6
- 238000010276 construction Methods 0.000 claims description 3
- 230000014759 maintenance of location Effects 0.000 claims description 3
- 239000007787 solid Substances 0.000 claims description 3
- 238000004804 winding Methods 0.000 claims description 3
- 238000009434 installation Methods 0.000 claims description 2
- 230000005540 biological transmission Effects 0.000 abstract 1
- 238000005516 engineering process Methods 0.000 description 8
- 239000007921 spray Substances 0.000 description 5
- 238000004043 dyeing Methods 0.000 description 1
- 235000013399 edible fruits Nutrition 0.000 description 1
- 238000004519 manufacturing process Methods 0.000 description 1
- 238000010020 roller printing Methods 0.000 description 1
- 238000009941 weaving Methods 0.000 description 1
Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B41—PRINTING; LINING MACHINES; TYPEWRITERS; STAMPS
- B41J—TYPEWRITERS; SELECTIVE PRINTING MECHANISMS, i.e. MECHANISMS PRINTING OTHERWISE THAN FROM A FORME; CORRECTION OF TYPOGRAPHICAL ERRORS
- B41J3/00—Typewriters or selective printing or marking mechanisms characterised by the purpose for which they are constructed
- B41J3/407—Typewriters or selective printing or marking mechanisms characterised by the purpose for which they are constructed for marking on special material
- B41J3/4078—Printing on textile
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B41—PRINTING; LINING MACHINES; TYPEWRITERS; STAMPS
- B41J—TYPEWRITERS; SELECTIVE PRINTING MECHANISMS, i.e. MECHANISMS PRINTING OTHERWISE THAN FROM A FORME; CORRECTION OF TYPOGRAPHICAL ERRORS
- B41J11/00—Devices or arrangements of selective printing mechanisms, e.g. ink-jet printers or thermal printers, for supporting or handling copy material in sheet or web form
- B41J11/0015—Devices or arrangements of selective printing mechanisms, e.g. ink-jet printers or thermal printers, for supporting or handling copy material in sheet or web form for treating before, during or after printing or for uniform coating or laminating the copy material before or after printing
- B41J11/002—Curing or drying the ink on the copy materials, e.g. by heating or irradiating
-
- D—TEXTILES; PAPER
- D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
- D06P—DYEING OR PRINTING TEXTILES; DYEING LEATHER, FURS OR SOLID MACROMOLECULAR SUBSTANCES IN ANY FORM
- D06P5/00—Other features in dyeing or printing textiles, or dyeing leather, furs, or solid macromolecular substances in any form
- D06P5/30—Ink jet printing
Landscapes
- Engineering & Computer Science (AREA)
- Textile Engineering (AREA)
- Treatment Of Fiber Materials (AREA)
Abstract
The present invention provides a kind of roller digital inkjet printing machine and printing method, printing machine includes nose assembly and textile printing component, textile printing component includes arcuate member, the bottom of arcuate member is provided with cloth beam, feed preparation unit roller, first treatment tub, second treatment tub, the top of arcuate member is provided with graining roll, graining roll is connected in support system by bearing, fixation roller is connected with the power transmission shaft that passes on left of graining roll, and the top of fixation rod and the top keep level of graining roll, nose assembly is located at the surface of graining roll, by using main rotating roller and with rotating roller by being driven axis connection and keeping the fixation rod of synchronous axial system to realize the roller stamp of fabric, significantly simplify printing device, improve stamp efficiency, fixation roller carries out the fixation of reverse side to the fabric after stamp simultaneously, so as to improve printing quality.
Description
Technical field
The present invention relates to digital inking printing new technical field, specifically a kind of roller digital inkjet printing machine
With printing method.
Background technology
Digital ink jet printing technology is as computer technology continues to develop and a kind of collection machinery, the computer that gradually form
The new high-tech product that machine electronic information technology is integrated, mid-term the 1990s, the appearance of this technology are come across earliest
With constantly improve, a completely new concept is brought to textile printing and dyeing industry, its advanced production principle and means, is printed to weaving
Dye brings a unprecedented opportunity to develop, is described as 21 century textile industry revolution technology, it will progressively substitute tradition
Stamp mode turn into printing in textiles capital equipment.In recent years, domestic and international Digital ink jet printing technology achieves considerable
Development, wherein flat plate type digital ink-jetting printing machine are because it can realize that the personalized of ready-made clothes etc. prints, technology constantly improve, product
Species and function also constantly improve.
For fixed-machine-head type flat plate type digital ink-jetting printing machine, document is submitted to the PC master of printing equipment by client
Machine, PC main frames are converted by image and the processing of color analysis software, and image information is converted into corresponding spray printing control life
Make and control command is passed into spray printing controller control spray printing.In print procedure, jet head sets are on fabric width direction first
One helical pitch of motion, in motion process spray printing controller according to resulting spray printing control command control nozzle whether ink-jet；
Secondly Serve Motor Control printing flat board moves forward a print span on fabric length direction, and two kinds of motions are mutually coordinated
Said process is repeated until completing print out task.Compared to conduction band type digital inkjet printing machine, for flat-plate type digital ink-jet printing
Equipment, the quantity for how improving stamp speed or printing ready-made clothes etc. each time is the subject matter currently faced.
Pin is on the other hand, the present invention provides a kind of roller digital inkjet printing machine and printing method, by using main rotating roller
And significantly simplified by being driven axis connection and keeping the fixation rod of synchronous axial system to realize the roller stamp of fabric with rotating roller
Printing device, stamp efficiency is improved, while fixation roller carries out the fixation of reverse side to the fabric after stamp, so as to improve stamp effect
Fruit.
The content of the invention
The technical problems to be solved by the invention are to provide a kind of roller digital inkjet printing machine and printing method, with reality
The roller stamp of existing fabric, improves stamp efficiency.
In order to achieve the above object, the present invention relates to a kind of roller digital inkjet printing machine, including nose assembly and
Textile printing component, the nose assembly include handpiece support system, and the handpiece support system includes front support montant with after
Vertical supporting rod, head operation cross bar is provided with the top of the front support montant and rear support montant, and the head operation is horizontal
Top of the front-end and back-end of bar respectively with front support montant and rear support montant is fixedly connected, in head operation cross bar
Bottom is provided with nozzle component, and the nozzle component connects montant with jet head sets including jet head sets, and the jet head sets connect montant
Bottom be fixedly connected with jet head sets, the top of jet head sets connection montant is embedded in head operation cross bar, and by first
Motor driven slidably reciprocates along head operation cross bar, and the textile printing component includes printing component support system, the print
Flower modular support system includes left front vertical supporting rod, right anterior branch support montant, left back vertical supporting rod, right rear support montant, described
Arcuate member is supported by support system, the arcuate member is the hollow-core construction of bottom surface opened, along the length side of the arcuate member
To the cross section of arcuate member be arch, the arch is minor arc bow, the left-front corner of the bottom of the arcuate member, right anterior angle, a left side
Relief angle, right relief angle support montant, left back vertical supporting rod, right rear support montant by left front vertical supporting rod, right anterior branch respectively and supported, in institute
The bottom for stating arcuate member is provided with cloth beam, feed preparation unit roller, the first treatment tub, the second treatment tub from left to right, the cloth beam, send
Cloth rewinder roll, the first treatment tub, the second treatment tub are structure identical cylindrical, massive roller, and the cloth beam, feed preparation unit roller, first arrange
Roller, the front-end and back-end of the second treatment tub are connected to cambered surface and rear side on front side of arcuate member by clutch shaft bearing and second bearing respectively
In cambered surface, the clutch shaft bearing and second bearing are outer bearing and are respectively embedded in the front side cambered surface and rear side cambered surface of arcuate member
Interior, second bearing is stretched out in the cloth beam, feed preparation unit roller, the first treatment tub, the rear end of the second treatment tub, is arranged described first
Roller, the second treatment tub are internally provided with first heater, and the first heater is controlled by the first heater switch, described
First heater is heated when first heater switch is in open state, first when first heater switch is in off status
Heater stop heats, and the cloth beam is located at the left side of arcuate member, the feed preparation unit roller, the first treatment tub, the second treatment tub
Positioned at the right side of arcuate member, tumbler gear is added in the termination of the rear end of the stretching second bearing of the cloth beam, described
Left seam gap and right seam gap are provided with along the length direction of arcuate member on the circumference of arcuate member, the left seam gap is located at a left side for arcuate member
Side, the right seam gap are located at the right side of arcuate member, pressing roller on first are added in the upper side edge of the right seam gap, on the right side
The lower side in gap adds first time pressing roller, and the front-end and back-end of pressing roller and first time pressing roller are distinguished on described first
It is connected to by 3rd bearing and fourth bearing in the front side cambered surface and rear side cambered surface of arcuate member, pressing roller and on described first
Once closely pressed between pressing roller, add pressing roller on second in the upper side edge of the left seam gap, pressed on described second
Roller front-end and back-end are connected in the front side cambered surface and rear side cambered surface of arcuate member by 5th bearing and 6th bearing respectively, in institute
State and graining roll is provided between front support montant and rear support montant, the graining roll is solid cylindrical configuration, the stamp
The front-end and back-end of roller are connected on front support montant and rear support montant by 7th bearing and 8th bearing respectively, and described
Seven bearings and 8th bearing are outer bearing, and the 7th bearing and 8th bearing are respectively embedded in front support montant and rear support
In montant, the front-end and back-end of the graining roll are respectively embedded in 7th bearing and 8th bearing, the rear end of the graining roll
8th bearing is stretched out, is provided with fixation roller on the left of the graining roll, the fixation roller is cylindrical, massive structure, the print
The diameter of flower roller is more than the diameter of fixation roller, the front-end and back-end of the fixation roller respectively by front propeller shaft and inter-axle shaft with
Graining roll is connected, and graining roll rotates then drives fixation roller synchronous axial system, the graining roll by front propeller shaft and inter-axle shaft
It is consistent with the rotating speed of fixation roller, the top of the fixation roller and the top keep level of graining roll, in the fixation roller
Secondary heating mechanism is provided with, the secondary heating mechanism is controlled by the second heater switch, and second heater switch is in and opened
Secondary heating mechanism is heated during state, and secondary heating mechanism stops heating when second heater switch is in off status,
The cloth beam, feed preparation unit roller, the first treatment tub, the second treatment tub, the rear end of graining roll are by belt jointly by the second motor belt motor
Dynamic synchronous axial system.
The invention further relates to a kind of roller digital inking printing method, before stamp, at the first motor and the second motor
In stop working state, and the first heater switch and the second heater switch are in off status, and nozzle component is arranged on head fortune
The head end of fabric is then laid out, laid out on feed preparation unit roller by the leftmost side of row cross bar, the fabric wrapping of required stamp by feed preparation unit roller
Fabric head end bypass top, the bottom of the second treatment tub of the first treatment tub successively, then by pressing roller and first on first
Passed through between lower pressing roller, then pass arcuate member, then by bypass successively the top of graining roll, fixation roller top, then
Passed through by pressing roller on second, then penetrate arcuate member again, be finally wound up on cloth beam one week, realize the initialization of fabric
Set；Then, open state is disposed as by the first heater switch and with the second heater switch, the second motor passes through the direct band of belt
Dynamic feed preparation unit roller, the first treatment tub, the second treatment tub, graining roll keep the rotation of steering identical with motor, while the second motor leads to
Cross belt and tumbler gear drives cloth beam to keep the rotation with motor counterturn, then drive fabric constantly by feed preparation unit roller
Be wound up on cloth beam, during this, fabric bypass successively the top of the first treatment tub, the second treatment tub bottom process
In, the S types winding of fabric is realized, while made by the flatiron of the first heater in the first treatment tub and the second treatment tub
With so as to realize that the flatiron arrangement before textile printing acts on, fabric passes through on first between pressing roller and first time pressing roller
During, acted on by the pressing leveling on first between pressing roller and first time pressing roller, before realizing textile printing
Leveling arrangement effect, when fabric successively around the top of graining roll, fixation roller top when, now, due to graining roll and solid
The top keep level of color roller so that fabric from graining roll toward fixation roller during rotating between graining roll and fixation roller
The textile printing working face of keep level is formed, the first motor driven jet head sets connect montant and slided back and forth along head operation cross bar
It is dynamic, then drive jet head sets to be slidably reciprocated along head operation cross bar, be then pointed on textile printing working face and by printing
The fabric that has just laid out carries out the stamp of a stamp width on flower roller, and the fabric after stamp continues along textile printing working face
Rotate forward, so that the fabric for just completing stamp continues the motion of keep level direction, so as to play stable graphic image
Purpose, when in the fabric after stamp to fixation roller, the secondary heating mechanism of fixation roller is carried out instead to the fabric after stamp
The tint retention in face, when pressing roller passes through on the fabric after stamp is by second, pressing roller is entered to the fabric after stamp on second
Leveling arrangement effect after row fixation, the fabric after stamp after fixation and leveling processing penetrate arcuate member again, not finally
It is disconnected to be wrapped on cloth beam, last up to the stamp process for completing all fabrics.
The present invention is by using main rotating roller and with rotating roller by being driven axis connection and keeping the fixation of synchronous axial system
Rod realizes the roller stamp of fabric, significantly simplifies printing device, improves stamp efficiency, while fixation roller is to the fabric after stamp
The fixation of reverse side is carried out, so as to improve printing quality.
Brief description of the drawings
Fig. 1 is the printing machine frame structural representation of the present invention.
Embodiment
As shown in Figure 1, a kind of roller digital inkjet printing machine, including nose assembly and textile printing component, head group
Part includes handpiece support system, and handpiece support system includes front support montant 1 and rear support montant 2, in front support montant with after
The top of vertical supporting rod be provided with head operation cross bar 3, head operation cross bar front-end and back-end respectively with front support montant and
The top of rear support montant is fixedly connected, and the bottom of head operation cross bar is provided with nozzle component, nozzle component includes shower nozzle
Group 5 connects montant 4 with jet head sets, and the bottom of jet head sets connection montant is fixedly connected with jet head sets, and jet head sets connect the top of montant
End is embedded in head operation cross bar, and is slidably reciprocated by the first motor driven along head operation cross bar, textile printing component
Including printing component support system, printing component support system includes left front vertical supporting rod 10, right anterior branch supports montant 11, left back
Vertical supporting rod 12, right rear support montant 13, are supported by arcuate member 14 in support system, and arcuate member is the hollow knot of bottom surface opened
Structure, the cross section along the arcuate member of the length direction of arcuate member are arch, and arch is minor arc bow, the bottom of arcuate member it is left front
Angle, right anterior angle, left rear corner, right relief angle support montant, left back vertical supporting rod, right rear support by left front vertical supporting rod, right anterior branch respectively
Montant supports, and is provided with cloth beam 15, feed preparation unit roller 16, the first treatment tub 17, second from left to right in the bottom of arcuate member and arranges
Roller 18, cloth beam, feed preparation unit roller, the first treatment tub, the second treatment tub are structure identical cylindrical, massive roller, cloth beam, work feed
Before roller, the first treatment tub, the front-end and back-end of the second treatment tub are connected to arcuate member by clutch shaft bearing and second bearing respectively
In side cambered surface and rear side cambered surface, clutch shaft bearing and second bearing are outer bearing and are respectively embedded in the front side cambered surface of arcuate member with after
In the cambered surface of side, cloth beam, feed preparation unit roller, the first treatment tub, the second treatment tub rear end stretch out second bearing, the first treatment tub,
Second treatment tub is internally provided with first heater, and first heater is controlled by the first heater switch, and the first heating is opened
First heater is heated when pass is in open state, and first heater stops adding when the first heater switch is in off status
Heat, cloth beam are located at the left side of arcuate member, and feed preparation unit roller, the first treatment tub, the second treatment tub are located at the right side of arcuate member, in batching
The termination of the rear end of the stretching second bearing of roller adds tumbler gear, along the length side of arcuate member on the circumference of arcuate member
To left seam gap 22 and right seam gap 19 is provided with, left seam gap is located at the left side of arcuate member, and right seam gap is located at the right side of arcuate member, in right seam
The upper side edge of gap adds pressing roller 20 on first, adds first time pressing roller 21 in the lower side of right seam gap, is pressed on first
The front-end and back-end of pressure roller and first time pressing roller are connected to the front side arc of arcuate member by 3rd bearing and fourth bearing respectively
On face and rear side cambered surface, closely press between pressing roller and first time pressing roller on first, added in the upper side edge of left seam gap
Pressing roller 23 on second, pressing roller front-end and back-end are connected to arcuate member by 5th bearing and 6th bearing respectively on second
In front side cambered surface and rear side cambered surface, graining roll 6 is provided between front support montant and rear support montant, graining roll is filled circles
Column construction, the front-end and back-end of graining roll are connected to front support montant and rear support by 7th bearing and 8th bearing respectively
On montant, 7th bearing and 8th bearing are outer bearing, 7th bearing and 8th bearing be respectively embedded in front support montant and
In rear support montant, the front-end and back-end of graining roll are respectively embedded in 7th bearing and 8th bearing, and the rear end of graining roll is stretched
Go out 8th bearing, fixation roller 7 is provided with the left of graining roll, fixation roller is cylindrical, massive structure, and the diameter of graining roll is big
In the diameter of fixation roller, the front-end and back-end of fixation roller are connected by front propeller shaft 8 and inter-axle shaft 9 with graining roll respectively, print
Flower roller rotates then drives fixation roller synchronous axial system, the rotating speed holding of graining roll and fixation roller by front propeller shaft and inter-axle shaft
Unanimously, the top keep level of the top of fixation roller and graining roll, secondary heating mechanism, the second heating are provided with fixation roller
Device is controlled by the second heater switch, and secondary heating mechanism is heated when the second heater switch is in open state, the second heating
Secondary heating mechanism stops heating, cloth beam, feed preparation unit roller, the first treatment tub, the second treatment tub, stamp when switch is in off status
The rear end of roller is by belt jointly by the second motor driven synchronous axial system.
Before stamp, the first motor and the second motor are in stop working state, and the first heater switch and the second heating are opened
Pass is in off status, and nozzle component is arranged on the leftmost side of head operation cross bar 3, and the fabric wrapping of required stamp is in feed preparation unit roller
On 16, then the head end of fabric is laid out by feed preparation unit roller, the fabric head end laid out is successively around the top of the first treatment tub 17, the
The bottom of two treatment tubs 18, then by being passed through between pressing roller 20 and first time pressing roller 21 on first, then pass arcuate member
14, then by bypass successively the top of graining roll 6, fixation roller 7 top, then passed through by pressing roller 23 on second, then again
It is secondary to penetrate arcuate member 14, it is finally wound up on cloth beam 15 one week, realizes the Initialize installation of fabric；Then, by the first heating
Switch and be disposed as open state with the second heater switch, the second motor directly drives feed preparation unit roller 16, first to arrange by belt
Roller 17, the second treatment tub 18, graining roll 6 keep the rotation of steering identical with motor, while the second motor passes through belt and commutation
Gear drives cloth beam 15 to keep the rotation with motor counterturn, then drives fabric to be constantly wound up into by feed preparation unit roller 16
On cloth rewinder roll 15, during this, fabric bypass successively the top of the first treatment tub 17, the second treatment tub 18 bottom process
In, the S types winding of fabric is realized, while pressed by the first heater in the first treatment tub 17 and the second treatment tub 18
Effect, so as to realize that the flatiron arrangement before textile printing acts on, fabric on first pressing roller 20 and first time pressing roller 21 it
Between pass through during, acted on by the pressing leveling on first between pressing roller 20 and first time pressing roller 21, so as to realize
Leveling arrangement effect before textile printing, when fabric successively around the top of graining roll 6, fixation roller 7 top when, now, by
In the top keep level of graining roll 6 and fixation roller 7 so that fabric is printing during being rotated from graining roll 6 toward fixation roller 7
Flower roller and fixation roller between formed keep level textile printing working face, the first motor driven jet head sets connect montant 4 along
Head operation cross bar 3 slidably reciprocates, and then drives jet head sets 5 to be slidably reciprocated along head operation cross bar 3, is then pointed to fabric
On stamp working face the and fabric by just having been laid out on graining roll 6 carries out the stamp of a stamp width, the fabric after stamp
Continue to rotate forward along textile printing working face, so that the fabric for just completing stamp continues the motion of keep level direction,
So as to play the purpose of stable graphic image, when in the fabric after stamp to fixation roller 7, the second heating of fixation roller 7
Device carries out the tint retention of reverse side to the fabric after stamp, when on the fabric after stamp is by second pressing roller 23 through when, the
Pressing roller 23 carries out the leveling arrangement effect after fixation to the fabric after stamp on two, after the stamp after fixation and leveling processing
Fabric penetrate arcuate member 14 again, be finally constantly wrapped on cloth beam 15, last up to the stamp mistake for completing all fabrics
Journey.
Claims (2)
1. a kind of roller digital inkjet printing machine, including nose assembly and textile printing component, the nose assembly include machine
Head support system, the handpiece support system include front support montant and rear support montant, in the front support montant and rear branch
The top of support montant is provided with head operation cross bar, the front-end and back-end of head operation cross bar respectively with front support montant and
The top of rear support montant is fixedly connected, and the bottom of head operation cross bar is provided with nozzle component, the nozzle component
Montant is connected with jet head sets including jet head sets, the bottom of the jet head sets connection montant is fixedly connected with jet head sets, the shower nozzle
The top of group connection montant is embedded in head operation cross bar, and is slided back and forth along head operation cross bar by the first motor driven
It is dynamic, it is characterized in that：The textile printing component includes printing component support system, and the printing component support system includes a left side
Front support montant, right anterior branch support montant, left back vertical supporting rod, right rear support montant, arc is supported by the support system
Part, the arcuate member are the hollow-core construction of bottom surface opened, and the cross section along the arcuate member of the length direction of the arcuate member is
Arch, the arch are bent for minor arc, and the left-front corner of the bottom of the arcuate member, right anterior angle, left rear corner, right relief angle are respectively by left front
Vertical supporting rod, right anterior branch support montant, left back vertical supporting rod, the support of right rear support montant, it is past from a left side in the bottom of the arcuate member
The right side is provided with cloth beam, feed preparation unit roller, the first treatment tub, the second treatment tub, the cloth beam, feed preparation unit roller, the first treatment tub, second
Treatment tub is structure identical cylindrical, massive roller, the cloth beam, feed preparation unit roller, the first treatment tub, the front end of the second treatment tub
It is connected to respectively by clutch shaft bearing and second bearing on front side of arcuate member in cambered surface and rear side cambered surface with rear end, the clutch shaft bearing
Be outer bearing and to be respectively embedded in the front side cambered surface and rear side cambered surface of arcuate member with second bearing, the cloth beam, feed preparation unit roller,
Second bearing is stretched out in first treatment tub, the rear end of the second treatment tub, is set in the inside of first treatment tub, the second treatment tub
There is first heater, the first heater is controlled by the first heater switch, and first heater switch is in open state
When first heater heated, when first heater switch is in off status first heater stop heating, it is described
Cloth beam is located at the left side of arcuate member, and the feed preparation unit roller, the first treatment tub, the second treatment tub are located at the right side of arcuate member, in institute
The termination for stating the rear end of the stretching second bearing of cloth beam adds tumbler gear, along arc on the circumference of the arcuate member
The length direction of part is provided with left seam gap and right seam gap, and the left seam gap is located at the left side of arcuate member, and the right seam gap is located at arc
The right side of part, pressing roller on first is added in the upper side edge of the right seam gap, is added in the lower side of the right seam gap
Pressing roller once, the front-end and back-end of pressing roller and first time pressing roller pass through 3rd bearing and the 4th axle respectively on described first
Hold in the front side cambered surface and rear side cambered surface for being connected to arcuate member, closely pressed between pressing roller and first time pressing roller on described first
Pressure, adds pressing roller on second, pressing roller front-end and back-end pass through respectively on described second in the upper side edge of the left seam gap
5th bearing and 6th bearing are connected in the front side cambered surface and rear side cambered surface of arcuate member, in the front support montant and rear support
Graining roll is provided between montant, the graining roll is solid cylindrical configuration, and the front-end and back-end of the graining roll lead to respectively
Cross 7th bearing and 8th bearing is connected on front support montant and rear support montant, the 7th bearing and 8th bearing are
Outer bearing, the 7th bearing and 8th bearing are respectively embedded in front support montant and rear support montant, the graining roll
Front-end and back-end are respectively embedded in 7th bearing and 8th bearing, and 8th bearing is stretched out in the rear end of the graining roll, described
Fixation roller is provided with the left of graining roll, the fixation roller is cylindrical, massive structure, and the diameter of the graining roll is more than fixation
The diameter of roller, the front-end and back-end of the fixation roller are connected by front propeller shaft and inter-axle shaft with graining roll respectively, graining roll
Rotate and fixation roller synchronous axial system, the rotating speed holding of the graining roll and fixation roller are then driven by front propeller shaft and inter-axle shaft
Unanimously, the top keep level of the top of the fixation roller and graining roll, secondary heating mechanism is provided with the fixation roller,
The secondary heating mechanism is controlled by the second heater switch, and secondary heating mechanism enters when second heater switch is in open state
Row heating, secondary heating mechanism stops heating when second heater switch be in off status, the cloth beam, feed preparation unit roller, the
One treatment tub, the second treatment tub, the rear end of graining roll are by belt jointly by the second motor driven synchronous axial system.
A kind of a kind of 2. roller digital inking printing side of roller digital inkjet printing machine based on described in claim 1
Method, it is characterized in that：Before stamp, the first motor and the second motor are in stop working state, and the first heater switch and second adds
Thermal switch is in off status, and nozzle component is arranged on the leftmost side of head operation cross bar, and the fabric wrapping of required stamp is being sent
On cloth rewinder roll, then the head end of fabric is laid out by feed preparation unit roller, the fabric head end laid out is successively around the top of the first treatment tub, the
The bottom of two treatment tubs, then by being passed through between pressing roller and first time pressing roller on first, then pass arcuate member, then by
Top, the top of fixation roller of graining roll are bypassed successively, are then passed through by pressing roller on second, are then penetrated arcuate member again,
It is finally wound up on cloth beam one week, realizes the Initialize installation of fabric；Then, opened by the first heater switch and with the second heating
Pass is disposed as open state, and the second motor directly drives feed preparation unit roller, the first treatment tub, the second treatment tub, graining roll by belt
The rotation of steering identical with motor is kept, while the second motor drives cloth beam to keep and motor phase by belt and tumbler gear
The rotation of counter steer, then fabric is driven constantly to be wound up into by feed preparation unit roller on cloth beam, during this, fabric is bypassing successively
The top of first treatment tub, the second treatment tub bottom during, realize fabric S types winding, while by first arrange
The flatiron effect of roller and the first heater in the second treatment tub, so as to realize that the flatiron arrangement before textile printing acts on, is knitted
During thing passes through on first between pressing roller and first time pressing roller, by pressing roller and first time pressing roller on first
Between pressing leveling effect, it is upper around graining roll successively when fabric so as to realize that the leveling arrangement before textile printing acts on
Portion, fixation roller top when, now, due to the top keep level of graining roll and fixation roller so that fabric from graining roll toward
Fixation roller forms the textile printing working face of keep level, the first motor belt motor between graining roll and fixation roller during rotating
Dynamic jet head sets connect montant and slidably reciprocated along head operation cross bar, then drive jet head sets to be slided back and forth along head operation cross bar
It is dynamic, then it is pointed to the print that on the textile printing working face and fabric by just having been laid out on graining roll carries out a stamp width
Spend, the fabric after stamp continues to rotate forward along textile printing working face, so that the fabric for just completing stamp continues to protect
Horizontal motion is held, so as to play the purpose of stable graphic image, when in the fabric after stamp to fixation roller, fixation
The secondary heating mechanism of roller carries out the tint retention of reverse side to the fabric after stamp, fabric after stamp by second on pressing roller
Through when, pressing roller carries out the leveling arrangement after fixation to the fabric after stamp and acted on second, after fixation and leveling processing
Stamp after fabric penetrate arcuate member again, be finally constantly wrapped on cloth beam, last up to the print for completing all fabrics
Flower process.
Priority Applications (1)
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