CN107415474A - A kind of flat loopy moving stamp digital inkjet printing machine and printing method - Google Patents
A kind of flat loopy moving stamp digital inkjet printing machine and printing method Download PDFInfo
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- CN107415474A CN107415474A CN201710694205.8A CN201710694205A CN107415474A CN 107415474 A CN107415474 A CN 107415474A CN 201710694205 A CN201710694205 A CN 201710694205A CN 107415474 A CN107415474 A CN 107415474A
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- belt
- roller
- flat board
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- embedded
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Classifications
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- 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
- B41J2/00—Typewriters or selective printing mechanisms characterised by the printing or marking process for which they are designed
- B41J2/005—Typewriters or selective printing mechanisms characterised by the printing or marking process for which they are designed characterised by bringing liquid or particles selectively into contact with a printing material
- B41J2/01—Ink jet
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- 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
- B41J25/00—Actions or mechanisms not otherwise provided for
- B41J25/24—Case-shift mechanisms; Fount-change arrangements
-
- 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
- B41J29/00—Details of, or accessories for, typewriters or selective printing mechanisms not otherwise provided for
- B41J29/38—Drives, motors, controls or automatic cut-off devices for the entire printing mechanism
-
- 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
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- Engineering & Computer Science (AREA)
- Textile Engineering (AREA)
- Ink Jet (AREA)
- Treatment Of Fiber Materials (AREA)
Abstract
The present invention provides a kind of flat loopy moving stamp digital inkjet printing machine and printing method, printing machine includes flat component and nose assembly, flat component includes flat support system, left live-roller and right live-roller are supported by thereon, it is left, the both sides of right live-roller are surrounded with belt respectively, left live-roller is rotated by motor driven then drives belt to rotate, and embedded hole is provided with belt, printing flat board is embedded in the embedded hole of belt by the embedded pin of bottom, then being rotated by belt drives printing flat board to move, to realize the stamp to the fabric on printing flat board, printing flat board after stamp is constantly removed from belt while places the new printing flat board of fabric and be constantly embedded on belt, so as to realize printing flat board loopy moving stamp, so as to greatly improve stamp efficiency.
Description
Technical field
The present invention relates to digital inking printing new technical field, specifically a kind of flat loopy moving stamp number
Word ink-jet decorating machine and 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, how improving stamp speed and either printing the quantity of ready-made clothes etc. each time or more conform to individual demand stamp is to work as
The subject matter above faced.
Pin is used on the other hand, the present invention provides a kind of flat loopy moving stamp digital inkjet printing machine and printing method
The belt for driving both sides by the live-roller of support frame support rotates, and flat board is embedded in the embedded hole of belt by the embedded pin of bottom
It is interior, then rotated by belt and drive flat board to move, to realize to the stamp of the fabric on flat board, flat board after stamp constantly from
Removed on belt while place the new flat board of fabric and be constantly embedded on belt, so as to realize that flat board loopy moving prints
Flower, so as to greatly improve stamp efficiency.
The content of the invention
The technical problems to be solved by the invention be provide a kind of flat loopy moving stamp digital inkjet printing machine with
Printing method, to realize flat board loopy moving stamp, so as to greatly improve stamp efficiency.
In order to achieve the above object, the present invention relates to a kind of flat loopy moving stamp digital inkjet printing machine, bag
Flat component and nose assembly are included, the nose assembly includes handpiece support system, and the handpiece support system includes preceding head
The top braces of vertical supporting rod, rear handpiece support montant, the preceding handpiece support montant and rear handpiece support montant have head fortune
Row cross bar, nozzle component is provided with head operation cross bar, the nozzle component is by the first motor driven along head
Operation cross bar slidably reciprocates, and the flat component includes flat support system and printing flat board, and the flat support system includes
Flat support montant, left back flat support montant, right rear plate vertical supporting rod before left front flat support montant, the right side, on the left side
The top of preceding flat support montant and left back flat support montant is connected with left live-roller, it is described it is right before flat support montant and
The top of right rear plate vertical supporting rod is connected with right live-roller, and the front end of the left live-roller is put down by left front outer bearing with left front
The top connection of plate vertical supporting rod, the rear end of the left live-roller pass through the top of left back outer bearing and left back flat support montant
Connection, the front end of the right live-roller are connected by outer bearing before the right side with the top of flat support montant before the right side, the right transmission
The rear end of roller is connected by outer bearing behind the right side with the top of right rear plate vertical supporting rod, and the left live-roller is free to rotate, institute
State that right live-roller is free to rotate, belt before being connected with the forward end of the left live-roller and right live-roller, the preceding belt
It is looped around in left live-roller and right live-roller, it is described in the belt after end is connected with rearward of the left live-roller and right live-roller
Belt is looped around in left live-roller and right live-roller afterwards, and the left live-roller is rotated by the second motor driven, and left live-roller rotates
Then preceding belt and rear belt is driven to be rotated around left live-roller and right live-roller, embedded hole before being provided with the preceding belt,
Rear embedded hole is provided with belt in the rear, arrangement and rear embedded hole of the preceding embedded hole on preceding belt are on rear belt
Arrange identical, the preceding embedded hole is identical with the structure of rear embedded hole, and the printing flat board is that cuboid is solid
Structure, left front embedded pin, the right side are added respectively in the bottom of the left-front corner of the printing flat board, right anterior angle, left rear corner, right relief angle
Preceding embedded pin, left back insertion are sold, embedded pin behind the right side, and the left front insertion is sold, embedded pin, left back insertion are sold, are embedded behind the right side before the right side
The structure of pin is identical and is the solid cylinder bodily form, embedded behind embedded pin, left back embedded pin, the right side before the left front embedded pin, the right side
The diameter of pin is equal to the diameter of preceding embedded hole and rear embedded hole, and the preceding embedded hole and rear embedded hole are respectively in preceding belt and rear skin
Take and be continuously alternately arranged in two kinds of distributions, when flat board insertion installation distribution, second, intermediate transition state is distributed, flat board
Preceding embedded hole and rear embedded hole a preceding embedded hole adjacent with right side or left side and rear embedded hole respectively during embedded installation distribution
Between spacing be equal to printing flat board length, intermediate transition state be distributed when preceding embedded hole and rear embedded hole respectively with left side phase
Spacing between an adjacent preceding embedded hole and rear embedded hole is much smaller than the length for printing flat board.
The invention further relates to a kind of flat loopy moving stamp digital inking printing method, in use, first first
Motor is stopped, and nozzle component remains static and is stopped positioned at the front end of head operation cross bar, the second motor,
Left live-roller and right live-roller remain static, it would be desirable to which the image of stamp is sequentially delivered to spray from computer by USB interface
The spray printing control system of head assembly, wherein the quantity of the image transmitted is equal to the quantity for the fabric for needing stamp；Used during stamp
Two printing flat boards, and two printing flat boards are arranged on preceding belt and rear belt without embedded, then by the first fabric and
Second fabric is laid on two printing flat boards respectively, and then the second motor is started working, and then drives left live-roller clockwise
Rotate, left live-roller, which rotates, then drives preceding belt and rear belt to be rotated around left live-roller and right live-roller, current belt and
Belt turns to preceding embedded hole and rear embedded hole when on preceding belt and rear belt being in flat board insertion installation distribution afterwards, will put
Be equipped with before the right side of the printing flat board of the first fabric embedded pin, it is right after embedded pin be respectively embedded in flat board insertion installation distribution shape first
In one preceding embedded hole and rear embedded hole on the right side under state, then with the rotation of preceding belt and rear belt, will be placed with
Left front embedded pin, the left back embedded pin of the printing flat board of one fabric are respectively embedded in the left side under flat board insertion installation distribution
A preceding embedded hole and rear embedded hole in, then realize printing flat board installation, so as to complete print flat board installation process；
With being rotated further for preceding belt and rear belt, start to be located at when the right edge for the printing flat board for being placed with the first fabric is moved to
When immediately below nozzle component, the first motor is started working, and is then driven nozzle component to be slidably reciprocated along head operation cross bar, is held
The continuous underface for leaving nozzle component completely up to the left side for the printing flat board for being placed with the first fabric, so as to realize to first
The stamp of the image of the corresponding first spray printing control system for passing to jet head sets of fabric, the first motor are stopped, and
Nozzle component remains static and positioned at the front end of head operation cross bar, so as to complete the stamp process of fabric；With preceding
Belt and rear belt are rotated further, and flat board will be printed when the printing flat board for being placed with the first fabric is moved to correct position
Embedded pin is extracted out out of preceding embedded hole and rear embedded hole behind left front insertion pin, the preceding embedded pin in the right side, left back insertion pin, the right side, so that will
Printing flat board is removed from preceding belt and rear belt, and is tiled by the first fabric take-down, while by the 3rd fabric for needing stamp
On the printing flat board, during this, while when the preceding belt positioned at left live-roller side and after belt turn to preceding embedded hole
With rear embedded hole when on preceding belt and rear belt being in flat board insertion installation distribution, the printing for being placed with the second fabric is put down
Plate print the operation of the installation process of flat board, so as to complete to print the Renewal process of flat board；Then according to the print of first fabric
Flower process, the order of Renewal process of rear printing flat board repeat, until complete the fabric of stamp in need stamp.
The present invention drives the belt of both sides to rotate using the live-roller by support frame support, and flat board is sold by the embedded of bottom
It is embedded in the embedded hole of belt, is then rotated by belt and drive flat board to move, to realize the stamp to the fabric on flat board,
Flat board after stamp is constantly removed from belt while places the new flat board of fabric and be constantly embedded on belt, so as to
Flat board loopy moving stamp is realized, so as to greatly improve stamp efficiency.
Brief description of the drawings
Fig. 1 is the overall structure diagram of the present invention.
Embodiment
As shown in Figure 1, a kind of flat loopy moving stamp digital inkjet printing machine, including flat component and head group
Part, nose assembly include handpiece support system, and handpiece support system includes preceding handpiece support montant 20, rear handpiece support montant
21, the top braces of preceding handpiece support montant and rear handpiece support montant have head to run cross bar 22, on head operation cross bar
Nozzle component 23 is provided with, nozzle component is slidably reciprocated by the first motor driven along head operation cross bar, and flat component includes
Flat support system and printing flat board, flat support system include flat support montant 2, a left side before left front flat support montant 1, the right side
Rear plate vertical supporting rod 3, right rear plate vertical supporting rod 4, on the top of left front flat support montant and left back flat support montant
Left live-roller 5 is connected with, the top of flat support montant and right rear plate vertical supporting rod is connected with right live-roller 6 before the right side, left
The front end of live-roller is connected by left front outer bearing 7 with the top of left front flat support montant, and the rear end of left live-roller passes through a left side
Outer bearing 8 is connected with the top of left back flat support montant afterwards, and the front end of right live-roller passes through outer bearing before the right side 9 and flat board before the right side
The top connection of vertical supporting rod, the rear end of right live-roller are connected by the top of outer bearing behind the right side 10 and right rear plate vertical supporting rod
Connect, left live-roller is free to rotate, and right live-roller is free to rotate, before being connected with the forward end of left live-roller and right live-roller
Belt 12, preceding belt are looped around in left live-roller and right live-roller, in left live-roller and right live-roller after end is connected with rearward
Belt 11, rear belt are looped around in left live-roller and right live-roller, and left live-roller is rotated by the second motor driven, and left live-roller turns
It is dynamic then to drive preceding belt and rear belt to be rotated around left live-roller and right live-roller, embedded hole 14 before being provided with preceding belt,
Embedded hole 13 after being provided with rear belt, arrangement and rear embedded hole arrangement on rear belt of the preceding embedded hole on preceding belt are complete
Exactly the same, preceding embedded hole is identical with the structure of rear embedded hole, and printing flat board 15 is cuboid solid construction, flat in printing
The left-front corner of plate, right anterior angle, left rear corner, the bottom of right relief angle add respectively left front embedded pin 16, it is right before embedded pin 17, left back
Embedded pin 18, it is right after embedded pin 19, left front embedded pin, it is right before embedded pin, left back embedded pin, it is right after embedded pin structure it is identical and
It is the solid cylinder bodily form, the diameter of embedded pin is equal to preceding insertion behind embedded pin, left back embedded pin, the right side before left front embedded pin, the right side
Hole and the diameter of rear embedded hole, preceding embedded hole and rear embedded hole are continuous in two kinds of distributions on preceding belt and rear belt respectively
It is alternately arranged, first, distribution is installed in flat board insertion, second, intermediate transition state is distributed, embedded hole before flat board is embedded in when installation is distributed
And the spacing between a preceding embedded hole adjacent with right side or left side and rear embedded hole is equal to printing flat board to rear embedded hole respectively
Length, preceding embedded hole and rear embedded hole a preceding embedded hole adjacent with left side and rear embedding respectively when intermediate transition state is distributed
Enter length of the spacing between hole much smaller than printing flat board.
In use, the first motor is stopped first, nozzle component 23 remains static and positioned at head operation cross bar
Front end, the second motor is stopped, and left live-roller 5 and right live-roller 6 remain static, it would be desirable to the image of stamp from
Computer is sequentially delivered to the spray printing control system of nozzle component 23 by USB interface, is needed wherein the quantity of the image transmitted is equal to
Want the quantity of the fabric of stamp；Using two printing flat boards during stamp, and two printing flat boards are arranged on preceding skin without insertion
On band 12 and rear belt 11, then the first fabric and the second fabric are laid on two printing flat boards respectively, then the second electricity
Machine is started working, and then drives left live-roller 5 to rotate clockwise, and left live-roller, which rotates, then drives preceding belt 12 and rear belt 11
Rotated around left live-roller 5 and right live-roller 6, current belt 12 and rear belt 11 turn to preceding embedded hole 14 and rear embedded hole 13
It is embedding before the right side for the printing flat board that the first fabric will be placed with when on preceding belt and rear belt being in flat board insertion installation distribution
Enter pin 17, it is right after embedded pin 19 be respectively embedded in first right side under flat board insertion installation distribution a preceding embedded hole and
Afterwards in embedded hole, then with the rotation of preceding belt 12 and rear belt 11, will be placed with the first fabric prints the left front of flat board
Embedded pin 16, left back embedded pin 18 be respectively embedded in the left side under flat board insertion installation distribution a preceding embedded hole and after
In embedded hole, the installation of printing flat board is then realized, so as to complete to print the installation process of flat board；With preceding belt 12 and rear skin
It is rotated further with 11, starts when the right edge of the printing flat board for being placed with the first fabric is moved to immediately below nozzle component
When, the first motor is started working, and is then driven nozzle component 23 to be slidably reciprocated along head operation cross bar 22, is lasted up to placement
The left side for having the printing flat board of the first fabric leaves the underface of nozzle component completely, so as to realize to the corresponding of the first fabric
First spray printing control system for passing to jet head sets image stamp, the first motor is stopped, and nozzle component 23
Remain static and positioned at the front end of head operation cross bar, so as to complete the stamp process of fabric；With the preceding He of belt 12
Belt 11 is rotated further afterwards, and the left front of flat board will be printed when the printing flat board for being placed with the first fabric is moved to correct position
Embedded pin 19 is taken out out of preceding embedded hole 14 and rear embedded hole 13 behind embedded pin 16, right preceding embedded pin 17, left back embedded pin 18, the right side
Go out, so as to which printing flat board be removed from preceding belt and rear belt, and by the first fabric take-down, while the 3rd of stamp will be needed
Fabric is laid on the printing flat board, during this, while when the preceding belt 12 positioned at the side of left live-roller 5 and after 11 turns of belt
Preceding embedded hole 14 and rear embedded hole 13 are moved when on preceding belt and rear belt being in flat board insertion installation distribution, will be placed with
The printing flat board of second fabric print the operation of the installation process of flat board, so as to complete to print the Renewal process of flat board；And
Repeat afterwards according to the order of the stamp process of first fabric, the Renewal process of rear printing flat board, until completing institute's print in need
The stamp of colored fabric.
Claims (2)
1. a kind of flat loopy moving stamp digital inkjet printing machine, including flat component and nose assembly, it is characterized in that：Institute
Stating nose assembly includes handpiece support system, and the handpiece support system includes preceding handpiece support montant, rear handpiece support montant,
The top braces of the preceding handpiece support montant and rear handpiece support montant have head to run cross bar, and cross bar is run in the head
On be provided with nozzle component, the nozzle component is slidably reciprocated by the first motor driven along head operation cross bar, the flat board
Component includes flat support system and printing flat board, and the flat support system includes flat board before left front flat support montant, the right side
Vertical supporting rod, left back flat support montant, right rear plate vertical supporting rod, in the left front flat support montant and left back flat board branch
The top of support montant is connected with left live-roller, and flat support montant connects with the top of right rear plate vertical supporting rod before the right side
There is right live-roller, the front end of the left live-roller is connected by left front outer bearing with the top of left front flat support montant, described
The rear end of left live-roller is connected by left back outer bearing with the top of left back flat support montant, and the front end of the right live-roller leads to
Outer bearing is connected with the top of flat support montant before the right side before crossing the right side, and the rear end of the right live-roller passes through outer bearing behind the right side and the right side
The top connection of rear plate vertical supporting rod, the left live-roller is free to rotate, and the right live-roller is free to rotate, described
The forward end of left live-roller and right live-roller is connected with preceding belt, and the preceding belt is looped around in left live-roller and right live-roller,
In the belt after end is connected with rearward of the left live-roller and right live-roller, it is described after belt be looped around left live-roller and right transmission
On roller, the left live-roller is rotated by the second motor driven, and left live-roller rotates and then drives preceding belt and rear belt around a left side
Live-roller and right live-roller rotate, and embedded hole before being provided with the preceding belt, are provided with rear embedded hole, institute on belt in the rear
State that arrangement arrangement with rear embedded hole on rear belt of the preceding embedded hole on preceding belt is identical, and the preceding embedded hole is with after
The structure of embedded hole is identical, and the printing flat board is cuboid solid construction, left-front corner, the right side in the printing flat board
Anterior angle, left rear corner, the bottom of right relief angle add respectively left front embedded pin, it is right before embedded pin, left back embedded pin, it is right after it is embedded
Sell, the structure that the left front insertion is sold, insertion is sold before the right side, left back insertion is sold, insertion is sold behind the right side is identical and is solid cylinder
Shape, the left front embedded pin, it is right before embedded pin, left back embedded pin, it is right after the diameter of embedded pin be equal to preceding embedded hole and rear embedded
The diameter in hole, the preceding embedded hole and rear embedded hole are continuously alternately arranged on preceding belt and rear belt in two kinds of distributions respectively
Row, first, flat board insertion installation distribution, second, intermediate transition state is distributed, preceding embedded hole and rear embedding during flat board insertion installation distribution
Entering hole, the spacing between a preceding embedded hole adjacent with right side or left side and rear embedded hole is equal to the length for printing flat board respectively,
When intermediate transition state is distributed preceding embedded hole and rear embedded hole respectively a preceding embedded hole adjacent with left side and rear embedded hole it
Between spacing much smaller than printing flat board length.
A kind of a kind of 2. flat circulation of flat loopy moving stamp digital inkjet printing machine based on described in claim 1
Mobile stamp digital inking printing method, it is characterized in that：In use, the first motor is stopped first, nozzle component is in quiet
Only state and positioned at the front end of head operation cross bar, the second motor is stopped, and left live-roller and right live-roller are in static
State, it would be desirable to which the image of stamp is sequentially delivered to the spray printing control system of nozzle component from computer by USB interface, wherein passing
The quantity for the image passed is equal to the quantity for the fabric for needing stamp；Using two printing flat boards during stamp, and two print flat boards
It is arranged on without embedded on preceding belt and rear belt, it is flat that the first fabric and the second fabric are then laid in into two printings respectively
On plate, then the second motor is started working, and then drives left live-roller to rotate clockwise, and left live-roller rotates skin before then drive
Band and rear belt rotate around left live-roller and right live-roller, and current belt and rear belt turn to preceding embedded hole and rear embedded hole
It is embedding before the right side for the printing flat board that the first fabric will be placed with when on preceding belt and rear belt being in flat board insertion installation distribution
Enter pin, it is right after embedded pin be respectively embedded in the preceding embedded hole on right side under flat board insertion installation distribution and rear embedding first
Enter in hole, then with the rotation of preceding belt and rear belt, the left front insertion that will be placed with the printing flat board of the first fabric is sold, be left
Embedded pin is respectively embedded in a preceding embedded hole and rear embedded hole in the left side under flat board insertion installation distribution afterwards, then
The installation of printing flat board is realized, so as to complete to print the installation process of flat board；With being rotated further for preceding belt and rear belt, when
The right edge for being placed with the printing flat board of the first fabric is moved to when starting immediately below the nozzle component, and the first motor starts work
Make, then drive nozzle component to be slidably reciprocated along head operation cross bar, last up to the printing flat board for being placed with the first fabric
Left side leave the underface of nozzle component completely, pass to jet head sets to corresponding first of the first fabric so as to realize
Spray printing control system image stamp, the first motor is stopped, and nozzle component remains static and is located at head
The front end of cross bar is run, so as to complete the stamp process of fabric；With being rotated further for preceding belt and rear belt, when being placed with
The left front insertion for printing flat board is sold when the printing flat board of first fabric is moved to correct position, embedded pin, left back insertion before the right side
Embedded pin is extracted out out of preceding embedded hole and rear embedded hole behind pin, the right side, so as to which printing flat board be removed from preceding belt and rear belt,
And be laid in by the first fabric take-down, while by the 3rd fabric for needing stamp on the printing flat board, during this, while work as position
Preceding embedded hole and rear embedded hole are turned on preceding belt and rear belt in flat in the preceding belt of left live-roller side and rear belt
During plate insertion installation distribution, the printing flat board for being placed with the second fabric print to the operation of the installation process of flat board,
So as to complete to print the Renewal process of flat board；The suitable of the Renewal process of flat board is then printed according to the stamp process of first fabric, afterwards
Sequence repeats, until complete the fabric of stamp in need stamp.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201710694205.8A CN107415474B (en) | 2017-08-15 | 2017-08-15 | A kind of digital inkjet printing machine and printing method for flat loopy moving stamp |
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| CN201710694205.8A CN107415474B (en) | 2017-08-15 | 2017-08-15 | A kind of digital inkjet printing machine and printing method for flat loopy moving stamp |
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| CN107415474B CN107415474B (en) | 2019-03-08 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109353124A (en) * | 2018-10-09 | 2019-02-19 | 合肥经新纺织科技有限公司 | A kind of thermo-color stamp ink-jet decorating machine and printing method |
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