CN107351536A - A kind of double flat plate rotates upwardly and downwardly rotation stamp digital inkjet printing machine and printing method - Google Patents
A kind of double flat plate rotates upwardly and downwardly rotation stamp digital inkjet printing machine and printing method Download PDFInfo
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- CN107351536A CN107351536A CN201710737065.8A CN201710737065A CN107351536A CN 107351536 A CN107351536 A CN 107351536A CN 201710737065 A CN201710737065 A CN 201710737065A CN 107351536 A CN107351536 A CN 107351536A
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- pressing roller
- flat board
- fabric
- flat
- cross bar
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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
-
- 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
Abstract
The present invention provides a kind of double flat plate and rotates upwardly and downwardly rotation stamp digital inkjet printing machine and printing method, printing machine includes handpiece support system, nose assembly is supported by handpiece support system, and it is connected in handpiece support system by connecting rod with flat support system, rotating device is provided between connecting rod and handpiece support system, rotating device passes through motor driven synchronous rotary, the first flat board and the second flat board are supported by respectively on the bottom of flat support system and top, the rotation of the first flat board and the second flat board is realized by rotary components, then the rotation rotation stamp for being placed on the first flat board and the fabric on the second flat board is realized, so as to save the time of fabric replacing, improve stamp efficiency.
Description
Technical field
The present invention relates to digital inking printing new technical field, specifically a kind of double flat plate rotates upwardly and downwardly rotation print
Flower digital inkjet printing 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 rotates upwardly and downwardly rotation stamp digital inkjet printing machine and printing method on the other hand, the present invention provides a kind of double flat plate,
Using the nose assembly supported by handpiece support system, and handpiece support system by head end install additional the connecting rod of rotating device with
Flat support system is connected, and the bottom and top of flat support system are supported by the first flat board and the second flat board respectively, pass through rotation
Turn the rotation that component realizes the first flat board and the second flat board, then realize and be placed on the first flat board and the fabric on the second flat board
Rotation stamp is rotated, so as to save the time of fabric replacing, improves stamp efficiency.
The content of the invention
The technical problems to be solved by the invention are to provide a kind of double flat plate to rotate upwardly and downwardly rotation stamp digital inking printing
Machine and printing method, to realize the rotation rotation stamp for the fabric being placed on the first flat board and the second flat board, knitted so as to save
The time that thing is changed, improve stamp efficiency.
In order to achieve the above object, the present invention relates to a kind of double flat plate to rotate upwardly and downwardly rotation stamp digital inking printing
Machine, including flat-panel systems and nose assembly, the nose assembly include handpiece support system, and the handpiece support system includes a left side
Handpiece support montant behind handpiece support montant, left back handpiece support montant, the right side before preceding handpiece support montant, the right side, described left front
Head connection cross bar before handpiece support montant top is fixedly connected with before handpiece support montant, the right side, in the left back handpiece support
Handpiece support montant top is fixedly connected with rear head connection cross bar behind montant, the right side, in the preceding head connection cross bar and rear machine
Head operation cross bar is provided with head connection cross bar, it is cuboid that the preceding head connection cross bar, which connects cross bar with rear head,
The side upward that the preceding head connection cross bar connects cross bar with rear head has the first slideway and the second slideway, described
The front-end and back-end of head operation cross bar are respectively embedded in the first slideway and the second slideway, and head operation cross bar passes through the
The second slideway that first slideway of one motor driven along preceding head connection cross bar connects cross bar with rear head slidably reciprocates, described
Head operation cross bar is cuboid structure, the 3rd slideway is provided with the side directed downwardly of head operation cross bar, described
3rd slideway, which is embedded in, is connected with nozzle component, and the nozzle component is run the 3rd of cross bar by the second motor driven along head
Slideway is slidably reciprocated, and left front connecting rod, the left front company are connected with the dead astern on the top of the left front handpiece support montant
The front end of extension bar is fixedly connected with the top of left front handpiece support montant, it is described it is right before handpiece support montant top just after
Side is connected with right front rod, and the front end of the right front rod is fixedly connected with the top of handpiece support montant before the right side, in institute
State and left back connecting rod is connected with immediately ahead of the top of left back handpiece support montant, rear end and the left back machine of the left back connecting rod
The top of head vertical supporting rod is fixedly connected, and is connected after being connected with the right side immediately ahead of the top of handpiece support montant behind the right side
Bar, the rear end of the right rear connecting rod is fixedly connected with the top of handpiece support montant behind the right side, after the left front connecting rod
End is connected with left front flat support montant, the middle part of the left front flat support montant by left front rotary components with it is left front
The rear end connection of connecting rod, is connected with flat support montant before the right side in the rear end of the right front rod, it is described it is right before flat board branch
The middle part of support montant is connected by rotary components before the right side with the rear end of right front rod, in the front end of the left back connecting rod
Left back flat support montant is connected with, the middle part of the left back flat support montant passes through left back rotary components and left back company
The front end connection of extension bar, right rear plate vertical supporting rod, the right rear plate support are connected with the front end of the right rear connecting rod
The middle part of montant is connected by rotary components behind the right side with the front end of right rear connecting rod, the left front rotary components, right preceding rotation
Rotary components are rotated by the 3rd motor driven is unified jointly after turning component, left back rotary components, the right side, in the left front flat support
Montant, it is right before flat support montant, left back flat support montant, that the top of right rear plate vertical supporting rod is fixedly connected with first is flat
Plate, first flat board are cuboid, the left-front corner of first flat board, right anterior angle, left rear corner, right relief angle respectively with it is left front
Flat support montant, left back flat support montant, the top of right rear plate vertical supporting rod are fixed and connected before flat support montant, the right side
Connect, flat support montant, left back flat support montant, right rear plate vertical supporting rod before the left front flat support montant, the right side
Bottom be fixedly connected with the second flat board, second flat board is cuboid, the left-front corner of second flat board, right anterior angle,
Left rear corner, right relief angle behind flat support montant, left back flat support montant, the right side before left front flat support montant, the right side respectively with putting down
The bottom of plate vertical supporting rod is fixedly connected, and upper left pressing roller, upper right are respectively arranged with the left side of first flat board and the right
Pressing roller, lower-left pressing roller, bottom right pressing roller, the upper left pressing are respectively arranged with the left side of second flat board and the right
Roller, upper right pressing roller, lower-left pressing roller, the structure of bottom right pressing roller are identical, the upper left pressing roller, upper right pressing roller,
Lower-left pressing roller, bottom right pressing roller are circumferentially solid roll, the upper left pressing roller, upper right pressing roller, lower-left pressing roller, bottom right
Pressing roller is rotated by the 4th motor driven jointly, in the upper left pressing roller, upper right pressing roller, lower-left pressing roller, bottom right pressing
Heater is provided with roller, the heater is controlled whether to heat by heater switch, and the upper left pressing roller, upper right are pressed
Elasticity pressing control pin, rear elasticity are by voltage-controlled before pressure roller, lower-left pressing roller, the front-end and back-end of bottom right pressing roller are respectively arranged with
Cotter, the upper left pressing roller, the preceding elasticity pressing control pin of upper right pressing roller, rear elasticity pressing control pin bottom respectively with
Upper left pressing roller, the connection of upper right pressing roller, downside of the top respectively with the first flat board are fixedly connected, the lower-left pressing roller,
The preceding elasticity pressing control pin of bottom right pressing roller, the top of rear elasticity pressing control pin press with lower-left pressing roller, bottom right respectively
Roller is connected, and upper side of the bottom respectively with the second flat board is fixedly connected, and the preceding elasticity pressing control pin, rear elasticity press control
Sell and elongation or compression are controlled by rotary knob, when elastic pressing control pin, rear elasticity pressing control pin are in elongation before described,
Upper left pressing roller, upper right pressing roller and lower-left pressing roller, bottom right pressing roller keep one between the first flat board, the second flat board respectively
Fixed gap, when elastic pressing control pin, rear elasticity pressing control pin are in compression before described, upper left pressing roller, upper right pressing
Roller and lower-left pressing roller, bottom right the pressing roller close face contact between the first flat board, the second flat board respectively.
The invention further relates to a kind of double flat plate to rotate upwardly and downwardly rotation stamp digital inking printing method, including flat print
Flower method and guide belt printing method, for flat printing method, the 4th motor is in stop working state all the time, and heating is opened
Close control heater all the time not heat, the first fabric of required stamp and the second fabric are placed on the first flat board and the first
On two flat boards, now, first by rotary knob by upper left pressing roller, upper right pressing roller, lower-left pressing roller, bottom right pressing roller
Preceding elasticity pressing control pin, rear elasticity pressing control pin are arranged to elongation state, and it is flat that the first fabric then is sequentially passed through into first
Upper left pressing roller, the upper right pressing roller of plate, and the corner of the first fabric is stretched so that the first fabric is in formation state, then
Preceding elasticity pressing control pin, the rear elasticity pressing control pin of upper left pressing roller, upper right pressing roller are arranged to by rotary knob
Compressive state so that the left side and right edge of the first fabric are pressed, and then realize that the first fabric is laid on the first flat board,
The second fabric is sequentially passed through to lower-left pressing roller, the bottom right pressing roller of the second flat board simultaneously, and the corner of the second fabric is stretched
So that the second fabric is in formation state, then lower-left pressing roller, the preceding elasticity of bottom right pressing roller are pressed by rotary knob
Control pin, rear elasticity pressing control pin are arranged to compressive state so that the left side and right edge of the second fabric are pressed, then
Realize that the second fabric is laid on the second flat board, placed so as to complete the initialization of fabric；Then, the 3rd motor drives a left side jointly
Rotary components are unified behind rotary components, left back rotary components, the right side before preceding rotary components, the right side is rotated so that the first flat board, which is in, to be sprayed
The underface of head assembly, the second flat board are in the surface of nozzle component, by the first motor driven head run cross bar along
First slideway and the second slideway slide so that head operation cross bar is in preceding head connection cross bar and connects cross bar most with rear head
Left end, the second motor driven nozzle component slide along the 3rd slideway so that nozzle component be in head operation cross bar most before
End, so as to complete the Initialize installation of flat board and nose assembly；Then, the second motor driven nozzle component first is slided along the 3rd
Road slides one back and forth, and the stamp of a print span is carried out to the first fabric, then the first motor driven head operation cross bar
Slided along the first slideway and the second slideway and slide a print span from left to right, last up to the print for completing the first fabric
Flower, so as to complete textile printing process；Then, the 3rd motor drives rotary components, left back rotation before left front rotary components, the right side jointly
Rotary components unification rotates after turning component, the right side so that the second flat board is in the underface of nozzle component, the first flat board is in shower nozzle
The surface of component, now the second fabric completes textile printing process, while is pressed upper left pressing roller, upper right by rotary knob
Preceding elasticity pressing control pin, the rear elasticity pressing control pin of pressure roller are arranged to elongation state, will then complete the first of stamp and knit
Thing is extracted out from the upper left pressing roller, upper right pressing roller of the first flat board, while the 3rd fabric of required stamp is sequentially passed through into
Upper left pressing roller, the upper right pressing roller of one flat board, and the corner of the 3rd fabric stretched so that the 3rd fabric is in formation state,
Then preceding elasticity pressing control pin, the rear elasticity pressing control pin of upper left pressing roller, upper right pressing roller are set by rotary knob
It is set to compressive state so that the left side and right edge of the 3rd fabric are pressed, and it is flat then to realize that the 3rd fabric is laid in first
On plate, textile printing Renewal process is completed；Then, textile printing Renewal process lasts up to the stamp for completing all fabrics.
For guide belt printing method, rotary knob is set to cause upper left pressing roller, upper right pressing roller, lower-left pressing all the time
Roller, preceding elasticity pressing control pin, the rear elasticity pressing control pin of bottom right pressing roller are in elongation state, pass through the first motor driven
Head runs cross bar and slided along the first slideway and the second slideway so that head operation cross bar is in preceding head connection cross bar with after
Head connects the middle part of cross bar, and then, the first motor keeps being in stop working state, and the 3rd motor drives left front jointly
Rotary components are unified behind rotary components, left back rotary components, the right side before rotary components, the right side rotates so that the first flat board is in shower nozzle
The underface of component, the second flat board are in the surface of nozzle component, and cross bar is run along the by the first motor driven head
One slideway and the second slideway slide so that head operation cross bar is in preceding head connection cross bar and the most left of cross bar is connected with rear head
End, the second motor driven nozzle component slide along the 3rd slideway so that and nozzle component is in the front end of head operation cross bar,
One end of the fabric of required stamp is then sequentially passed through into the upper left pressing roller of the first flat board, upper right pressing roller and the second flat board
Lower-left pressing roller, bottom right pressing roller, and the both ends of fabric are sutured so that fabric loop is around being stretched in the first flat board and the second flat board
Between, complete the Initialize installation of fabric；Then filled by the heating in heater switch setting lower-left pressing roller, bottom right pressing roller
Put and heated, then the 4th motor drives upper left pressing roller, upper right pressing roller, lower-left pressing roller, bottom right pressing roller suitable jointly
Hour hands rotate, and then realize that fabric loop is rotated between the first flat board and the second flat board, are pressed when under original state with lower-left
When the fabric that pressure roller is in contact starts to turn to immediately below nozzle component, second establishes beginning drive nozzle component by cable along the 3rd slideway
Slidably reciprocate, so as to carry out stamp continuous to fabric, the fabric after stamp presses in upper left pressing roller, upper right pressing roller, lower-left
Constantly by around being rotated between the first flat board and the second flat board, it is whole to last up to completion under the drive that roller, bottom right pressing roller rotate
The stamp of individual fabric, textile printing process is completed, during this when the fabric before stamp contacts with lower-left pressing roller, lower-left is pressed
Heater in pressure roller realizes the once leveling effect to the fabric before stamp, and then the heater in the pressing roller of bottom right is real
The now secondary leveling effect to the fabric before stamp, when the fabric after stamp starts to contact with lower-left pressing roller, lower-left pressing
Heater in roller starts to realize the once whole boiling hot effect to the fabric after stamp, then the heater in the pressing roller of bottom right
The secondary whole boiling hot effect to the fabric after stamp of realization, now the first flat board be stamp working plate, the second flat board be that fabric is whole
Pat plate；When needing the first flat board being replaced by textile finishing flat board while the second flat board is replaced by stamp working plate,
Three motors drive jointly left front rotary components, it is right before rotary components, left back rotary components, it is right after rotary components are unified rotates, make
The second flat board is in the underface of nozzle component, the first flat board is in the surface of nozzle component, and set by heater switch
Put lower-left pressing roller, the heater in the pressing roller of bottom right does not heat while sets upper left pressing roller, in upper right pressing roller plus
Thermal is heated, and then continues textile printing process.
The present invention is using the nose assembly supported by handpiece support system, and handpiece support system is installed additional by head end and rotated
The connecting rod of device is connected with flat support system, and the bottom and top of flat support system are supported by the first flat board and respectively
Two flat boards, the rotation of the first flat board and the second flat board is realized by rotary components, then realize and be placed on the first flat board and second
The rotation rotation stamp of fabric on flat board, so as to save the time of fabric replacing, 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 double flat plate rotates upwardly and downwardly rotation stamp digital inkjet printing machine, including flat-panel systems and head
Component, nose assembly include handpiece support system, and handpiece support system includes handpiece support before left front handpiece support montant 1, the right side
Handpiece support montant 4 behind montant 2, left back handpiece support montant 3, the right side, the handpiece support montant before left front handpiece support montant, the right side
Head connection cross bar 5 before top is fixedly connected with, handpiece support montant top is fixedly connected behind left back handpiece support montant, the right side
There is rear head connection cross bar 6, connected in preceding head connection cross bar with rear head and head operation cross bar 7, preceding machine are provided with cross bar
It is cuboid that head connection cross bar, which connects cross bar with rear head, and preceding head connection cross bar connects the side upward of cross bar with rear head
Face has the first slideway and the second slideway, and the front-end and back-end of head operation cross bar are respectively embedded in the first slideway and second
In slideway, head runs cross bar and connects horizontal stroke with rear head by first slideway of first motor driven along preceding head connection cross bar
Second slideway of bar slidably reciprocates, and head operation cross bar is cuboid structure, is opened in the side directed downwardly of head operation cross bar
There is the 3rd slideway, be embedded in the 3rd slideway and be connected with nozzle component 8, nozzle component is run by the second motor driven along head
3rd slideway of cross bar is slidably reciprocated, and left front connecting rod 9 is connected with the dead astern on the top of left front handpiece support montant, left front
The front end of connecting rod is fixedly connected with the top of left front handpiece support montant, the dead astern on the top of handpiece support montant before the right side
Right front rod 10 is connected with, the front end of right front rod is fixedly connected with the top of handpiece support montant before the right side, in left back machine
Left back connecting rod 11, the rear end of left back connecting rod and left back handpiece support montant are connected with immediately ahead of the top of head vertical supporting rod
Top be fixedly connected, right rear connecting rod 12, right rear connecting rod are connected with immediately ahead of the top of handpiece support montant behind the right side
Rear end with it is right after the top of handpiece support montant be fixedly connected, being connected with left front flat support in the rear end of left front connecting rod erects
Bar 17, the middle part of left front flat support montant is connected by left front rotary components 13 with the rear end of left front connecting rod, on the right side
The rear end of front rod is connected with flat support montant 18 before the right side, it is right before flat support montant middle part by being rotated before the right side
Component 14 is connected with the rear end of right front rod, and left back flat support montant 19 is connected with the front end of left back connecting rod, left back
The middle part of flat support montant is connected by left back rotary components 15 with the front end of left back connecting rod, in right rear connecting rod
Front end is connected with right rear plate vertical supporting rod 20, and the middle part of right rear plate vertical supporting rod passes through rotary components behind the right side 16 and the right side
The front end connection of rear connecting rod, left front rotary components, it is right before rotary components, left back rotary components, it is right after rotary components jointly by
3rd motor driven is unified to be rotated, flat support montant, left back flat support montant, the right side before left front flat support montant, the right side
The top of rear plate vertical supporting rod is fixedly connected with the first flat board 21, and the first flat board is cuboid, a left side for first flat board
Anterior angle, right anterior angle, left rear corner, right relief angle respectively with left front flat support montant, it is right before flat support montant, left back flat support
Montant, the top of right rear plate vertical supporting rod are fixedly connected, left front flat support montant, it is right before flat support montant, left back
Flat support montant, the bottom of right rear plate vertical supporting rod are fixedly connected with the second flat board 22, and the second flat board is cuboid, institute
Left-front corner, right anterior angle, left rear corner, the right relief angle for stating the second flat board are erected with flat support before left front flat support montant, the right side respectively
Bar, left back flat support montant, the bottom of right rear plate vertical supporting rod are fixedly connected, and are distinguished on the left side of the first flat board and the right
Be provided with upper left pressing roller 23, upper right pressing roller 24, be respectively arranged with the left side of the second flat board and the right lower-left pressing roller 25,
Bottom right pressing roller 26, upper left pressing roller, upper right pressing roller, lower-left pressing roller, the structure of bottom right pressing roller are identical, and upper left is pressed
Pressure roller, upper right pressing roller, lower-left pressing roller, bottom right pressing roller are circumferentially solid roll, upper left pressing roller, upper right pressing roller, a left side
Lower pressing roller, bottom right pressing roller jointly by the 4th motor driven rotate, in upper left pressing roller, upper right pressing roller, lower-left pressing roller,
Heater is provided with the pressing roller of bottom right, heater is controlled whether to heat by heater switch, and upper left pressing roller, upper right are pressed
Elasticity pressing control pin 27, rear elasticity pressing before pressure roller, lower-left pressing roller, the front-end and back-end of bottom right pressing roller are respectively arranged with
Control pin 28, upper left pressing roller, the preceding elasticity pressing control pin of upper right pressing roller, rear elasticity pressing control pin bottom respectively with
Upper left pressing roller, the connection of upper right pressing roller, downside of the top respectively with the first flat board are fixedly connected, lower-left pressing roller, bottom right
The preceding elasticity pressing control pin of pressing roller, the top of rear elasticity pressing control pin connect with lower-left pressing roller, bottom right pressing roller respectively
Connect, upper side of the bottom respectively with the second flat board is fixedly connected, and preceding elasticity pressing control pin, rear elasticity pressing control pin pass through rotation
Turn button control elongation or compression, when preceding elasticity pressing control pin, rear elasticity pressing control pin are in elongation, upper left pressing roller,
Upper right pressing roller and lower-left pressing roller, bottom right pressing roller keep certain gap between the first flat board, the second flat board respectively, preceding
When elasticity pressing control pin, rear elasticity pressing control pin are in compression, upper left pressing roller, upper right pressing roller and lower-left pressing roller,
The bottom right pressing roller close face contact between the first flat board, the second flat board respectively.
In use, including flat stamp and guide belt stamp, for flat stamp, the 4th motor is all the time in stopping
Working condition, heater switch control heater not heat all the time, first put the first fabric of required stamp and the second fabric
Put on the first flat board 21 and the second flat board 22, now, first by rotary knob by upper left pressing roller 23, upper right pressing roller
24th, lower-left pressing roller 25, preceding elasticity pressing control pin 27, the rear elasticity pressing control pin 28 of bottom right pressing roller 26 are arranged to extend
State, then sequentially passes through the first fabric upper left pressing roller 23, the upper right pressing roller 24 of the first flat board 21, and by the first fabric
Corner stretch so that the first fabric is in formation state, then by rotary knob by upper left pressing roller 23, upper right pressing roller
24 preceding elasticity pressing control pin 27, elasticity pressing control pin 28 is arranged to compressive state afterwards so that the left side of the first fabric
It is pressed with right edge, then realizes that the first fabric is laid on the first flat board 21, while the second fabric is sequentially passed through second
Lower-left pressing roller 25, the bottom right pressing roller 26 of flat board 22, and the corner of the second fabric is stretched so that the second fabric is in smooth
State, then lower-left pressing roller, the preceding elasticity pressing control pin 27 of bottom right pressing roller, rear elasticity are pressed by rotary knob voltage-controlled
Cotter 28 is arranged to compressive state so that the left side and right edge of the second fabric are pressed, and then realize that the second fabric tiles
On the second flat board 22, placed so as to complete the initialization of fabric；Then, the 3rd motor drive jointly left front rotary components 13,
Rotary components 16 are unified behind rotary components 14, left back rotary components 15, the right side before the right side rotates so that the first flat board 21 is in jet head sets
The underface of part 8, the second flat board 22 are in the surface of nozzle component 8, by the first motor driven head run cross bar 7 along
First slideway and the second slideway slide so that head operation cross bar is in preceding head connection cross bar 5 and connects cross bar 6 with rear head
High order end, the second motor driven nozzle component slide along the 3rd slideway so that nozzle component 8 is in head operation cross bar 7
Front end, so as to complete the Initialize installation of flat board and nose assembly；Then, the second motor driven nozzle component 8 first along
3rd slideway slides one back and forth, and the stamp of a print span is carried out to the first fabric, and then the first motor driven head is transported
Row cross bar 7 slides along the first slideway and the second slideway and slides a print span from left to right, lasts up to completion first and knits
The stamp of thing, so as to complete textile printing process；Then, the 3rd motor drives rotation group before left front rotary components 13, the right side jointly
Part 14, left back rotary components 15, it is right after rotary components 16 are unified rotates so that the second flat board 22 be in nozzle component 8 just under
Side, the first flat board 21 are in the surface of nozzle component 8, and now the second fabric completes textile printing process, while passes through rotation
Preceding elasticity pressing control pin, the rear elasticity pressing control pin of upper left pressing roller 23, upper right pressing roller 24 are arranged to extend by button
State, then the first fabric for completing stamp is extracted out from the upper left pressing roller, upper right pressing roller of the first flat board 21, simultaneously will
3rd fabric of required stamp sequentially passes through the upper left pressing roller of the first flat board 21, upper right pressing roller, and by the four of the 3rd fabric
Angle stretches so that the 3rd fabric is in formation state, then by rotary knob by upper left pressing roller 23, upper right pressing roller 24
Preceding elasticity pressing control pin, rear elasticity pressing control pin are arranged to compressive state so that the left side and right edge of the 3rd fabric
It is pressed, then realizes that the 3rd fabric is laid on the first flat board 21, completes textile printing Renewal process；Then, textile printing
Renewal process lasts up to the stamp for completing all fabrics.
For guide belt stamp, rotary knob is set to cause upper left pressing roller 23, upper right pressing roller 24, lower-left pressing all the time
Roller 25, preceding elasticity pressing control pin 27, the rear elasticity pressing control pin 28 of bottom right pressing roller 26 are in elongation state, pass through first
Motor driven head runs cross bar 7 and slided along the first slideway and the second slideway so that head operation cross bar is in preceding head company
The middle part that cross bar 5 connects cross bar 6 with rear head is connect, then, the first motor keeps being in stop working state, the 3rd motor
Drive jointly left front rotary components 13, it is right before rotary components 14, left back rotary components 15, it is right after rotary components 16 are unified rotates,
So that the first flat board 21 is in the underface of nozzle component 8, the second flat board 22 is in the surface of nozzle component 8, pass through first
Motor driven head runs cross bar 7 and slided along the first slideway and the second slideway so that head operation cross bar 7 is in preceding head company
The high order end that cross bar 5 connects cross bar 6 with rear head is connect, the second motor driven nozzle component 8 slides along the 3rd slideway so that spray
Head assembly is in the front end of head operation cross bar 7, and one end of the fabric of required stamp then is sequentially passed through into the first flat board 21
Upper left pressing roller 23, lower-left pressing roller 25, the bottom right pressing roller 26 of the flat board 22 of upper right pressing roller 24 and second, and by fabric
Both ends suture so that fabric loop completes the Initialize installation of fabric around being stretched between the first flat board 21 and the second flat board 22；And
Heated afterwards by the heater in heater switch setting lower-left pressing roller 25, bottom right pressing roller 26, then the 4th motor
It is common to drive upper left pressing roller 23, upper right pressing roller 24, lower-left pressing roller 25, bottom right pressing roller 26 to rotate clockwise, it is then real
Existing fabric loop is rotated between the first flat board 21 and the second flat board 22, is in contact when under original state with lower-left pressing roller 25
Fabric when starting to turn to immediately below nozzle component, second, which establishes the beginning by cable, drives nozzle component 8 to be slidably reciprocated along the 3rd slideway,
So as to carry out stamp continuous to fabric, fabric after stamp upper left pressing roller 23, upper right pressing roller 24, lower-left pressing roller 25,
Constantly by around being rotated between the first flat board 21 and the second flat board 22, lasting up to completion under the drive that bottom right pressing roller 26 rotates
The stamp of whole fabric, completes textile printing process, left during this when the fabric before stamp contacts 25 with lower-left pressing roller
Heater in lower pressing roller realizes the once leveling effect to the fabric before stamp, the then heating in bottom right pressing roller 26
Device realizes the secondary leveling effect to the fabric before stamp, when the fabric after stamp starts to contact with lower-left pressing roller 25,
Heater in the pressing roller of lower-left starts to realize the once whole boiling hot effect to the fabric after stamp, then in bottom right pressing roller 16
Heater realize secondary whole boiling hot effect to the fabric after stamp, now the first flat board be stamp working plate, it is second flat
Plate is textile finishing flat board；When needing the first flat board being replaced by textile finishing flat board while the second flat board is replaced by printer
When making flat board, the 3rd motor drive jointly left front rotary components 13, it is right before rotary components 14, left back rotary components 15, it is right after revolve
Turn the unified rotation of component 16 so that the second flat board 22 is in the underface of nozzle component 8, the first flat board 21 is in nozzle component 8
Surface, and set lower-left pressing roller 25, the heater in bottom right pressing roller 26 not to heat by heater switch while set
Put upper left pressing roller 23, the heater in upper right pressing roller 24 is heated, then continue textile printing process.
Claims (2)
1. a kind of double flat plate rotates upwardly and downwardly rotation stamp digital inkjet printing machine, including flat-panel systems and nose assembly, the machine
Head assembly includes handpiece support system, the handpiece support system include left front handpiece support montant, it is right before handpiece support montant,
Handpiece support montant behind left back handpiece support montant, the right side, the handpiece support montant top before the left front handpiece support montant, the right side
Head connection cross bar before being fixedly connected with, handpiece support montant top is fixedly connected behind the left back handpiece support montant, the right side
There is rear head connection cross bar, connected in the preceding head connection cross bar with rear head and head operation cross bar, institute are provided with cross bar
It is cuboid to state preceding head connection cross bar and cross bar is connected with rear head, and the preceding head connection cross bar connects cross bar with rear head
Side upward have the first slideway and the second slideway, the front-end and back-end of the head operation cross bar are respectively embedded in
In first slideway and the second slideway, the head operation cross bar connects the first of cross bar by the first motor driven along preceding head
The second slideway that slideway connects cross bar with rear head slidably reciprocates, and the head operation cross bar is cuboid structure, described
The side directed downwardly of head operation cross bar is provided with the 3rd slideway, is embedded in the 3rd slideway and is connected with nozzle component, described
The 3rd slideway that nozzle component is run cross bar by the second motor driven along head slidably reciprocates, it is characterized in that：Described left front
The dead astern on the top of handpiece support montant is connected with left front connecting rod, front end and the left front handpiece support of the left front connecting rod
The top of montant is fixedly connected, and the dead astern on the top of handpiece support montant is connected with right front rod before the right side, described
The front end of right front rod is fixedly connected with the top of handpiece support montant before the right side, on the top of the left back handpiece support montant
Front be connected with left back connecting rod, the top of the rear end of the left back connecting rod and left back handpiece support montant, which is fixed, to be connected
Connect, right rear connecting rod, the rear end of the right rear connecting rod are connected with immediately ahead of the top of handpiece support montant behind the right side
It is fixedly connected with the top of handpiece support montant behind the right side, being connected with left front flat support in the rear end of the left front connecting rod erects
Bar, the middle part of the left front flat support montant is connected by left front rotary components with the rear end of left front connecting rod, in institute
The rear end for stating right front rod is connected with flat support montant before the right side, it is described it is right before the middle part of flat support montant pass through the right side
Preceding rotary components are connected with the rear end of right front rod, and being connected with left back flat support in the front end of the left back connecting rod erects
Bar, the middle part of the left back flat support montant is connected by left back rotary components with the front end of left back connecting rod, in institute
The front end for stating right rear connecting rod is connected with right rear plate vertical supporting rod, and the middle part of the right rear plate vertical supporting rod passes through the right side
Rotary components are connected with the front end of right rear connecting rod afterwards, the left front rotary components, it is right before rotary components, left back rotary components,
Rotary components are rotated by the 3rd motor driven is unified jointly behind the right side, and flat support is erected before the left front flat support montant, the right side
Bar, left back flat support montant, the top of right rear plate vertical supporting rod are fixedly connected with the first flat board, and first flat board is length
Cube shape, the left-front corner of first flat board, right anterior angle, left rear corner, right relief angle respectively with left front flat support montant, it is right before put down
Plate vertical supporting rod, left back flat support montant, the top of right rear plate vertical supporting rod are fixedly connected, in the left front flat support
Montant, it is right before flat support montant, left back flat support montant, that the bottom of right rear plate vertical supporting rod is fixedly connected with second is flat
Plate, second flat board are cuboid, the left-front corner of second flat board, right anterior angle, left rear corner, right relief angle respectively with it is left front
Flat support montant, left back flat support montant, the bottom of right rear plate vertical supporting rod are fixed and connected before flat support montant, the right side
Connect, upper left pressing roller, upper right pressing roller are respectively arranged with the left side of first flat board and the right, in second flat board
The left side and the right are respectively arranged with lower-left pressing roller, bottom right pressing roller, the upper left pressing roller, upper right pressing roller, lower-left pressing
Roller, the structure of bottom right pressing roller are identical, and the upper left pressing roller, upper right pressing roller, lower-left pressing roller, bottom right pressing roller are
Circumferentially solid roll, the upper left pressing roller, upper right pressing roller, lower-left pressing roller, bottom right pressing roller are jointly by the 4th motor belt motor
Turn is moved, and is provided with heater in the upper left pressing roller, upper right pressing roller, lower-left pressing roller, bottom right pressing roller, institute
State heater to control whether to heat by heater switch, the upper left pressing roller, upper right pressing roller, lower-left pressing roller, bottom right are pressed
Elasticity pressing control pin, rear elasticity pressing control pin, the upper left pressing roller, the right side before the front-end and back-end of pressure roller are respectively arranged with
The preceding elasticity pressing control pin of upper pressing roller, the bottom of rear elasticity pressing control pin respectively with upper left pressing roller, upper right pressing roller
Connection, downside of the top respectively with the first flat board are fixedly connected, the preceding elasticity pressing of the lower-left pressing roller, bottom right pressing roller
Control pin, the top of rear elasticity pressing control pin are connected with lower-left pressing roller, bottom right pressing roller respectively, and bottom is flat with second respectively
The upper side of plate is fixedly connected, and elastic pressing control pin, rear elasticity pressing control pin are extended by rotary knob control before described
Or compression, when elastic pressing control pin, rear elasticity pressing control pin are in elongation before described, upper left pressing roller, upper right pressing roller
And lower-left pressing roller, bottom right pressing roller keep certain gap between the first flat board, the second flat board respectively, the preceding elasticity is pressed
When voltage-controlled cotter, rear elasticity pressing control pin are in compression, upper left pressing roller, upper right pressing roller and lower-left pressing roller, bottom right are pressed
The pressure roller close face contact between the first flat board, the second flat board respectively.
2. a kind of a kind of double flat plate based on described in claim 1 rotates upwardly and downwardly the double flat plate of rotation stamp digital inkjet printing machine
Rotation stamp digital inking printing method is rotated upwardly and downwardly, it is characterized in that：Including flat printing method and guide belt printing method,
For flat printing method, the 4th motor is in stop working state all the time, and heater switch controls heater to be not added with all the time
Heat, the first fabric of required stamp and the second fabric are placed on the first flat board and the second flat board first, now, passed through first
The preceding elasticity of upper left pressing roller, upper right pressing roller, lower-left pressing roller, bottom right pressing roller is pressed control pin, rear bullet by rotary knob
Property pressing control pin be arranged to elongation state, then by the first fabric sequentially pass through the upper left pressing roller of the first flat board, upper right by
Pressure roller, and the corner of the first fabric stretched so that the first fabric is in formation state, then upper left is pressed by rotary knob
Pressure roller, preceding elasticity pressing control pin, the rear elasticity pressing control pin of upper right pressing roller are arranged to compressive state so that the first fabric
Left side and right edge be pressed, then realize that the first fabric is laid on the first flat board, while the second fabric is worn successively
Lower-left pressing roller, the bottom right pressing roller of the second flat board are crossed, and the corner of the second fabric is stretched so that the second fabric is in smooth
State, lower-left pressing roller, the preceding elasticity pressing control pin of bottom right pressing roller, rear elasticity are then pressed by control by rotary knob
Pin is arranged to compressive state so that the left side and right edge of the second fabric are pressed, and then realize that the second fabric is laid in the
On two flat boards, placed so as to complete the initialization of fabric；Then, the 3rd motor drives left front rotary components, right preceding rotation jointly
Rotary components are unified behind component, left back rotary components, the right side rotates so that the first flat board is in the underface of nozzle component, second
Flat board is in the surface of nozzle component, and run cross bar by the first motor driven head slides along the first slideway and the second slideway
It is dynamic so that head operation cross bar is in the high order end that preceding head connection cross bar connects cross bar with rear head, the spray of the second motor driven
Head assembly is slided along the 3rd slideway so that nozzle component is in the front end of head operation cross bar, so as to complete flat board and machine
The Initialize installation of head assembly；Then, the second motor driven nozzle component first slides one back and forth along the 3rd slideway, to the
One fabric carries out the stamp of a print span, and then the first motor driven head runs cross bar and slided along the first slideway and second
Road slides slides a print span from left to right, the stamp for completing the first fabric is lasted up to, so as to complete textile printing mistake
Journey；Then, the 3rd motor drive jointly left front rotary components, it is right before rotary components, left back rotary components, it is right after rotary components unite
One rotation so that the second flat board is in the underface of nozzle component, the first flat board is in the surface of nozzle component, and now second
Fabric completes textile printing process, while is controlled the preceding elasticity pressing of upper left pressing roller, upper right pressing roller by rotary knob
Pin, rear elasticity pressing control pin are arranged to elongation state, then press the first fabric for completing stamp from the upper left of the first flat board
Extracted out on pressure roller, upper right pressing roller, while the 3rd fabric of required stamp is sequentially passed through into the upper left pressing roller of the first flat board, the right side
Upper pressing roller, and the corner of the 3rd fabric being stretched so that the 3rd fabric is in formation state, then by rotary knob by a left side
Upper pressing roller, preceding elasticity pressing control pin, the rear elasticity pressing control pin of upper right pressing roller are arranged to compressive state so that the 3rd
The left side and right edge of fabric are pressed, and then realize that the 3rd fabric is laid on the first flat board, are completed textile printing and are changed
Process；Then, textile printing Renewal process lasts up to the stamp for completing all fabrics；
For guide belt printing method, set all the time rotary knob cause upper left pressing roller, upper right pressing roller, lower-left pressing roller,
Preceding elasticity pressing control pin, the rear elasticity pressing control pin of bottom right pressing roller are in elongation state, pass through the first motor belt motor motivation
Head operation cross bar slides along the first slideway and the second slideway so that head operation cross bar is in preceding head connection cross bar and rear machine
The middle part of head connection cross bar, then, the first motor keep being in stop working state, and the 3rd motor drives left front rotation jointly
Turn component, it is right before rotary components, left back rotary components, it is right after rotary components are unified rotates so that the first flat board is in jet head sets
The underface of part, the second flat board are in the surface of nozzle component, and cross bar is run along first by the first motor driven head
Slideway and the second slideway slide so that head operation cross bar is in preceding head connection cross bar and the most left of cross bar is connected with rear head
End, the second motor driven nozzle component slide along the 3rd slideway so that and nozzle component is in the front end of head operation cross bar,
One end of the fabric of required stamp is then sequentially passed through into the upper left pressing roller of the first flat board, upper right pressing roller and the second flat board
Lower-left pressing roller, bottom right pressing roller, and the both ends of fabric are sutured so that fabric loop is around being stretched in the first flat board and the second flat board
Between, complete the Initialize installation of fabric；Then filled by the heating in heater switch setting lower-left pressing roller, bottom right pressing roller
Put and heated, then the 4th motor drives upper left pressing roller, upper right pressing roller, lower-left pressing roller, bottom right pressing roller suitable jointly
Hour hands rotate, and then realize that fabric loop is rotated between the first flat board and the second flat board, are pressed when under original state with lower-left
When the fabric that pressure roller is in contact starts to turn to immediately below nozzle component, second establishes beginning drive nozzle component by cable along the 3rd slideway
Slidably reciprocate, so as to carry out stamp continuous to fabric, the fabric after stamp presses in upper left pressing roller, upper right pressing roller, lower-left
Constantly by around being rotated between the first flat board and the second flat board, it is whole to last up to completion under the drive that roller, bottom right pressing roller rotate
The stamp of individual fabric, textile printing process is completed, during this when the fabric before stamp contacts with lower-left pressing roller, lower-left is pressed
Heater in pressure roller realizes the once leveling effect to the fabric before stamp, and then the heater in the pressing roller of bottom right is real
The now secondary leveling effect to the fabric before stamp, when the fabric after stamp starts to contact with lower-left pressing roller, lower-left pressing
Heater in roller starts to realize the once whole boiling hot effect to the fabric after stamp, then the heater in the pressing roller of bottom right
The secondary whole boiling hot effect to the fabric after stamp of realization, now the first flat board be stamp working plate, the second flat board be that fabric is whole
Pat plate；When needing the first flat board being replaced by textile finishing flat board while the second flat board is replaced by stamp working plate,
Three motors drive jointly left front rotary components, it is right before rotary components, left back rotary components, it is right after rotary components are unified rotates, make
The second flat board is in the underface of nozzle component, the first flat board is in the surface of nozzle component, and set by heater switch
Put lower-left pressing roller, the heater in the pressing roller of bottom right does not heat while sets upper left pressing roller, in upper right pressing roller plus
Thermal is heated, and then continues textile printing process.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710737065.8A CN107351536A (en) | 2017-08-24 | 2017-08-24 | A kind of double flat plate rotates upwardly and downwardly rotation stamp digital inkjet printing machine and printing method |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201710737065.8A CN107351536A (en) | 2017-08-24 | 2017-08-24 | A kind of double flat plate rotates upwardly and downwardly rotation stamp digital inkjet printing machine and printing method |
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