CN108528013A - A kind of number heat transfer duplex pringing digital inkjet printing machine and printing method - Google Patents
A kind of number heat transfer duplex pringing digital inkjet printing machine and printing method Download PDFInfo
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- CN108528013A CN108528013A CN201810186137.9A CN201810186137A CN108528013A CN 108528013 A CN108528013 A CN 108528013A CN 201810186137 A CN201810186137 A CN 201810186137A CN 108528013 A CN108528013 A CN 108528013A
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- supporting rod
- montant
- vertical supporting
- cross bar
- hot pressing
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B41—PRINTING; LINING MACHINES; TYPEWRITERS; STAMPS
- B41F—PRINTING MACHINES OR PRESSES
- B41F16/00—Transfer printing apparatus
- B41F16/02—Transfer printing apparatus for textile material
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B41—PRINTING; LINING MACHINES; TYPEWRITERS; STAMPS
- B41F—PRINTING MACHINES OR PRESSES
- B41F16/00—Transfer printing apparatus
- B41F16/0006—Transfer printing apparatus for printing from an inked or preprinted foil or band
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B41—PRINTING; LINING MACHINES; TYPEWRITERS; STAMPS
- B41F—PRINTING MACHINES OR PRESSES
- B41F16/00—Transfer printing apparatus
- B41F16/0006—Transfer printing apparatus for printing from an inked or preprinted foil or band
- B41F16/0093—Attachments or auxiliary devices
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Textile Engineering (AREA)
- Treatment Of Fiber Materials (AREA)
Abstract
The present invention provides a kind of two-sided heat transfer while stamp digital inkjet printing machine and printing method,Printing machine includes support system,Support system includes left front vertical supporting rod,Right anterior branch supports montant,Left back vertical supporting rod,Right rear support montant,And each vertical supporting rod includes the liftable montant of the fixed montant of bottom lengths and top,The supporting rack that setting drives the clamping of rotation to place transfer paper using motor on montant is fixed in length,Realize transfer recto and the digital inking printing with reverse side,Nozzle component is set on liftable montant,And the cloth beam of wound fabric is respectively set in nozzle component both sides,In the side of cloth beam, the telescopic pressing roller with heating function is set,Realize the thermal transfer printing on the fabric of both sides simultaneously respectively of transfer paper front stamp and reverse side stamp,To realize transfer paper obverse and reverse double utilizations,Thermal transfer printing while realizing two pieces of fabrics simultaneously,Then stamp efficiency is improved,Save transfer paper usage quantity.
Description
Technical field
The present invention relates to digital inking printing new technical field, specifically a kind of heat transfer is two-sided while stamp number
Word ink-jet decorating machine and printing method.
Background technology
Digital ink jet printing technology is a kind of collection machinery, the computer gradually formed as computer technology continues to develop
The new high-tech product that machine electronic information technology is integrated comes across mid-term the 1990s, the appearance of this technology earliest
With constantly improve, a completely new concept, advanced production principle and means are brought to textile printing and dyeing industry, give weaving print
Dye brings a unprecedented opportunity to develop, is known as 21 century textile industry revolution technology, it will gradually replace tradition
Stamp mode become 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
Type and function also constantly improve.
One of thermal transfer printing printing in textiles method, starts from late 1960s.Certain dyestuff is first imprinted on paper etc.
On other materials, then the modes such as reusable heat pressure, make decorative pattern be transferred to a kind of printing method on fabric, are chiefly used in chemical fibre knitting
The stamp of product, clothes, transfer printing is by technical process such as dye sublimation, migration, melting, the strippings of Shan layer of ink.Therefore, heat transfer
Washing process is not needed in stamp after stamp, bright in luster, well arranged, flower-shape is exquisite because without generating sewage, can get
Effect.But existing ecological problem also needs a large amount of transfer paper other than dyestuff and auxiliary agent in mill base, these transfer papers print
Afterwards it is difficult to be recycled.
In view of this, the present invention provides a kind of two-sided heat transfer while stamp digital inkjet printing machine and printing method, use
Motor drives the clamping of rotation to place the supporting rack of transfer paper, realizes transfer recto and the digital inking printing with reverse side,
By being respectively set the cloth beam of wound fabric in the both sides of nozzle group, coordinating the setting of the side of cloth beam is telescopic has
The pressing roller of heating function realizes that the heat transfer on the fabric of both sides prints simultaneously respectively for transfer paper front stamp and reverse side stamp
Flower, to realize transfer paper obverse and reverse double utilizations, while realization two pieces of fabrics while thermal transfer printing, then carry
High stamp efficiency, saves the usage quantity of transfer paper.
Invention content
The technical problem to be solved by the present invention is to provide that a kind of heat transfer is two-sided and meanwhile stamp digital inkjet printing machine with
Printing method, with transfer paper front stamp and the thermal transfer printing on the fabric of both sides simultaneously respectively of reverse side stamp, to realize
Double utilizations of the obverse and reverse of transfer paper, while thermal transfer printing while two pieces of fabrics of realization.
In order to achieve the above object, a kind of two-sided the present invention relates to heat transfer while stamp digital inkjet printing machine, packet
Support system is included, it is perpendicular that the support system includes left front vertical supporting rod, right anterior branch supports montant, left back vertical supporting rod, right rear support
Bar, the left front vertical supporting rod, right anterior branch support montant, left back vertical supporting rod, the structure of right rear support montant are identical, described
Left front vertical supporting rod includes left front lower vertical supporting rod and left front upper vertical supporting rod, the left front lower vertical supporting rod and left front upper support
Integration connection between montant, the right anterior branch support montant includes right front lower vertical supporting rod and right front upper vertical supporting rod, the right side
Integration connection between front lower vertical supporting rod and right front upper vertical supporting rod, the left back vertical supporting rod includes left back lower vertical supporting rod
It is integrated between the left back lower vertical supporting rod and left back upper vertical supporting rod to connect with left back upper vertical supporting rod, it is propped up behind the right side
Support montant includes right rami posterior inferior support montant and right rami posterior superior support montant, the right rami posterior inferior support montant and right rami posterior superior support montant it
Between integration connection, the left front lower vertical supporting rod, right front lower vertical supporting rod, left back lower vertical supporting rod, right rami posterior inferior support montant
For the fixed montant of the identical length of structure, the left front upper vertical supporting rod, right front upper vertical supporting rod, left back upper vertical supporting rod,
Right rami posterior superior support montant is the identical liftable montant of structure, the left front upper vertical supporting rod, right front upper vertical supporting rod, it is left back on
Vertical supporting rod, right rami posterior superior support montant are risen or fallen by first motor drive jointly, before the left front upper vertical supporting rod, the right side
It is upper before being connected between the top of upper vertical supporting rod to connect cross bar, before described the left end of upper connection cross bar and right end respectively with it is left front
Upper vertical supporting rod, right front upper vertical supporting rod top be fixedly connected, support montant in the left back upper vertical supporting rod, right rami posterior superior
It is upper after being connected between top to connect cross bar, after described the left end of upper connection cross bar and right end respectively with left back upper vertical supporting rod,
The top of right rami posterior superior support montant is fixedly connected, and nozzle group is provided between the preceding upper connection cross bar and rear upper connection cross bar
Cross bar is run, the front-end and back-end of the nozzle group operation cross bar connect with preceding upper connection cross bar and rear upper connection cross bar sliding respectively
It connecing, the nozzle group operation cross bar is driven by the second motor and is slidably reciprocated along preceding upper connection cross bar and rear upper connection cross bar,
The bottom of the nozzle group operation cross bar is provided with nozzle group, the basal sliding on the nozzle group top and nozzle group operation cross bar
Connection, the nozzle group are driven by third motor and are slidably reciprocated along nozzle group operation cross bar, run positioned at the nozzle group
It is set to left feed preparation unit roller between preceding upper connection cross bar and rear upper connection cross bar on the left of cross bar, it is horizontal being run positioned at the nozzle group
On the right side of bar and preceding upper connection cross bar and rear upper connect are set to right feed preparation unit roller between cross bar, the left feed preparation unit roller and right feed preparation unit roller
Structure is identical, and the left feed preparation unit roller and right feed preparation unit roller include the first jackshaft, and first jackshaft is solid cylinder
Shape, is cased with take-up roll on first jackshaft, and the take-up roll of the left feed preparation unit roller and right feed preparation unit roller is jointly by the 4th motor
Drive rotates counterclockwise or clockwise around the first jackshaft, and the front end of first jackshaft is fixed with preceding connection montant to be connected
Connect, it is described before connection montant bottom end be fixedly connected with the front end of the first jackshaft, it is described before connection montant top and before on
The lower part of connection cross bar is fixedly connected, and the rear end of first jackshaft connect montant with after and is fixedly connected, and is connected after described perpendicular
The bottom end of bar is fixedly connected with the rear end of the first jackshaft, and the top and the lower part of rear upper connection cross bar that montant is connected after described are consolidated
Fixed connection, is provided with left hot pressing roll assembly, in institute in the top part of the left front upper vertical supporting rod and left back upper vertical supporting rod
The top part for stating right front upper vertical supporting rod and right rami posterior superior support montant is provided with right hot pressing roll assembly, the left hot pressing roll assembly
It is identical with the right structure of hot pressing roll assembly, the left hot pressing roll assembly and right hot pressing roll assembly include preceding connection vertical pole and
After connect vertical pole, before the left hot pressing roll assembly and right hot pressing roll assembly the front end of connection vertical pole respectively with left front upper support
Montant and right front upper vertical supporting rod are slidably connected, and the rear end of vertical pole is connected after the left hot pressing roll assembly and right hot pressing roll assembly
It is slidably connected respectively with left back upper vertical supporting rod and right rami posterior superior support montant, the preceding connection vertical pole of the left hot pressing roll assembly,
The rear connection vertical pole of left hot pressing roll assembly, the preceding connection vertical pole of right hot pressing roll assembly, the rear connection of right hot pressing roll assembly are perpendicular
Strut is driven by the 5th motor respectively along left front vertical supporting rod, right anterior branch support montant, left back vertical supporting rod, right rear support jointly
Montant slidably reciprocates, and cross support arm is connected before the rear end of the preceding connection vertical pole is connected with, before the left hot pressing roll assembly
The left end for connecting cross support arm is fixedly connected with the rear end of preceding connection vertical pole, the preceding connection cross support arm of the right hot pressing roll assembly
Right end is fixedly connected with the rear end of preceding connection vertical pole, and the front end of connection vertical pole connects cross support arm after being connected in the rear,
The left end of the rear connection cross support arm of the left hot pressing roll assembly is fixedly connected with the rear rear end for connecting vertical pole, the right hot-pressing roller
The right end of the rear connection cross support arm of component is fixedly connected with the rear rear end for connecting vertical pole, and cross support arm and rear connection are connected before described
Cross support arm is the identical Telescopic cross rod of structure, the preceding connection cross support arm of the left hot pressing roll assembly and right hot pressing roll assembly and after
Connection cross support arm is elongated or shortened by the drive of the 6th motor jointly, is connected with after in the preceding connection cross support arm of the left hot pressing roll assembly
It connects between cross support arm right end, be fixedly connected with the between the preceding connection cross support arm of right hot pressing roll assembly and rear connection cross support arm left end
Two jackshafts, second jackshaft are cylindrical, massive structure, and heating roller, the heating are cased on second jackshaft
Roller is heated by heater switch control or stops heating, and the heating roller can be freely rotated around the second jackshaft, described
Front lower connection cross bar is provided between left front lower vertical supporting rod and the top of right front lower vertical supporting rod, the front lower connection cross bar
Left end and right end are fixedly connected with the top of left front lower vertical supporting rod and right front lower vertical supporting rod respectively, in the left back lower support
Lower connection cross bar after being provided between montant and the top of right rami posterior inferior support montant, the left end and right end of lower connection cross bar after described
The top for supportting montant with left back lower vertical supporting rod and right rami posterior inferior respectively is fixedly connected, in the front lower length for connecting cross bar
Intermediate position is connected with front clamp supporting rack by preceding rotation axis, and the intermediate position of the length of connection cross bar is descended to pass through in the rear
Rotation axis is connected with rear clamp standoff frame afterwards, and the front clamp supporting rack is identical with the rear structure of clamp standoff frame, described
Front clamp supporting rack and rear clamp standoff frame include upper clamping piece and lower clamping piece, and the upper clamping piece and lower clamping piece are identical
Cuboid, between the upper clamping piece of the front clamp supporting rack and the left front vertex of lower clamping piece, rear clamp standoff frame
It is connected by left lifting montant between upper clamping piece and the left back vertex of lower clamping piece, the upper clamping piece of the front clamp supporting rack
Pass through the right side between vertex between the preceding vertex in the right side of lower clamping piece, behind the right side of the upper clamping piece of rear clamp standoff frame and lower clamping piece
Montant connection is lifted, the left lifting montant and right lifting montant are risen or fallen by the drive of the 7th motor jointly, the forward
The intermediate position of the length of the front end of moving axis and front lower connection cross bar is fixedly connected, rear end and the front clamp branch of the preceding rotation axis
The lower clamping piece of support is fixedly connected, and company is fixed at the rear end of the rear rotation axis and the intermediate position of the length of rear lower connection cross bar
It connects, the front end of the rear rotation axis is fixedly connected with the lower clamping piece of rear clamp standoff frame, the preceding rotation axis and rear rotation axis
It is driven and is rotated by the 8th motor jointly.
A kind of while stamp digital inking printing method two-sided the invention further relates to heat transfer, in use, by nozzle group
The left end in preceding upper connection cross bar and rear upper connection cross bar is arranged in operation cross bar, and nozzle group is arranged and runs cross bar in nozzle group
Most front side, sets the left lifting montant and right lifting montant of front clamp supporting rack and rear clamp standoff frame to propradation, from
And above to keep certain spacing between clamping piece and lower clamping piece, it sets front clamp supporting rack and rear clamp standoff frame to
Horizontality is kept, the preceding connection cross support arm of left hot pressing roll assembly and right hot pressing roll assembly and rear connection cross support arm are set as receiving
Contracting state, so that being kept between left hot pressing roll assembly and the heating roller and left feed preparation unit roller and right feed preparation unit roller of right hot pressing roll assembly
Certain spacing sets heating roller to stop heated condition, the first fabric of required stamp and the second fabric is wound respectively
In the take-up roll of left feed preparation unit roller and right feed preparation unit roller；When stamp, transfer paper is placed on front clamp supporting rack and rear clamping first
On supporting rack, at this point, the front side of transfer paper and rear side are each passed through between the upper clamping piece of front clamp supporting rack and lower clamping piece
Between the upper clamping piece and lower clamping piece of rear clamp standoff frame, and rear left lifting montant and right lifting montant are jointly by the 7th electricity
Machine, which drives, to be declined, to which the left lifting montant and right lifting montant of front clamp supporting rack and rear clamp standoff frame to be set as declining
State so that be in close contact between upper clamping piece and lower clamping piece so that the front side of transfer paper and rear side respectively by
It is tight between the upper clamping piece of rear clamp standoff frame and lower clamping piece between the upper clamping piece of front clamp supporting rack and lower clamping piece
Close clamping, be now in the transfer paper of upside be set as transfer recto, transfer paper in downside while be set as
The reverse side of transfer paper, first motor drive left front upper vertical supporting rod, right front upper vertical supporting rod, left back upper vertical supporting rod, the right side jointly
Rami posterior superior support montant rises or falls, until making the distance between nozzle group and transfer paper be adjusted to be suitble to the size of stamp,
The pattern of stamp needed for the pattern and reverse side of stamp needed for transfer paper front is then transmitted to the spray printing control for providing nozzle group successively
System processed, then third motor drive nozzle group along nozzle group operation cross bar slidably reciprocate, to immediately below nozzle group
The stamp that recto carries out a stamp width is shifted, then nozzle group operation cross bar is driven by the second motor along preceding upper company
Cross bar and rear upper connection cross bar are connect by sliding a stamp width from left to right, lasts up to and front print is completed to transfer recto
Whole stamps of floral pattern, the cross bar of nozzle group operation at this time are in the right end of preceding upper connection cross bar and rear upper connection cross bar, then
First motor drives left front upper vertical supporting rod, right front upper vertical supporting rod, left back upper vertical supporting rod, right rami posterior superior to support on montant jointly
It rises, until making the distance between nozzle group and transfer paper be adjusted to be more than the length of front clamp supporting rack or rear clamp standoff frame
Half, then the 8th motor drive preceding rotation axis and rear rotation axis to rotate 180 degree jointly, then drive front clamp supporting rack and
Clamp standoff frame rotates 180 degree afterwards, and then mobilization paper rotates 180 degree, and then first motor drives left front upper support jointly
Montant, right front upper vertical supporting rod, left back upper vertical supporting rod, right rami posterior superior support montant decline, until making nozzle group and transfer paper
The distance between be adjusted to be suitble to stamp size, then third motor drive nozzle group along nozzle group operation cross bar slide back and forth
It is dynamic, the stamp of a stamp width is carried out to the reverse side of the transfer paper immediately below nozzle group, then nozzle group runs cross bar
It is turned left by the right side along preceding upper connection cross bar and rear upper connection cross bar by the drive of the second motor and slides a stamp width, lasted up to
Whole stamps of reverse side decalcomania are completed to the reverse side of transfer paper, the cross bar of nozzle group operation at this time be in preceding upper connection cross bar with
The left end of upper connection cross bar afterwards；Then first motor drives left front upper vertical supporting rod, right front upper vertical supporting rod, left rami posterior superior jointly
Montant, the support montant rising of right rami posterior superior are supportted, until making the distance between nozzle group and transfer paper be adjusted to be more than front clamp branch
The half of the length of support or rear clamp standoff frame, then the 8th motor drive preceding rotation axis and rear rotation axis to turn clockwise jointly
It is 90 degree dynamic, then front clamp supporting rack and rear clamp standoff frame is driven to rotate clockwise 90 degree, then mobilization paper is clockwise
90 degree of rotation, prints that figuratum transfer recto is located at left side, reverse side is located at right side respectively at this time, and then, the 4th motor is total to
With driving the take-up roll of left feed preparation unit roller and right feed preparation unit roller to rotate counterclockwise or clockwise around the first jackshaft, so that first
Fabric and the second fabric in the take-up roll of left feed preparation unit roller and right feed preparation unit roller respectively by unwinding, until the first fabric and the second fabric
Unwound length is equal to the length of transfer paper, then, before the 6th motor drives left hot pressing roll assembly and right hot pressing roll assembly jointly
Cross support arm and rear connection cross support arm elongation are connected, until the heating roller of left hot pressing roll assembly and the heating roller of right hot pressing roll assembly will
First fabric, transfer paper, second fabric three's held tight, at this time the first fabric and the close face contact of transfer recto,
Heating roller is then arranged for heating shape by the second fabric and the close face contact of the reverse side of transfer paper by heater switch
State, at the same the 5th motor drive jointly the preceding connection vertical pole of left hot pressing roll assembly, the rear connection vertical pole of left hot pressing roll assembly,
The preceding connection vertical pole of right hot pressing roll assembly, the rear connection vertical pole of right hot pressing roll assembly are respectively along left front vertical supporting rod, the right side
Front support montant, left back vertical supporting rod, right rear support montant slide from top to bottom, to drive left hot pressing roll assembly and right hot pressing
The heating roller of roll assembly slides, during this so that the pattern of transfer paper obverse and reverse is transferred to the first fabric and the respectively
On two fabrics, stamp while to realize the first fabric and the second fabric, and realize double profits of the obverse and reverse of transfer paper
With.
The present invention drives the clamping of rotation to place the supporting rack of transfer paper using motor, realizes transfer recto and and anti-
The digital inking printing in face is coordinated by the way that the cloth beam of wound fabric is respectively set in the both sides of nozzle group the one of cloth beam
The telescopic pressing roller with heating function is arranged in side, realizes transfer paper front stamp and reverse side stamp respectively simultaneously in both sides
Thermal transfer printing on fabric, to realize transfer paper obverse and reverse double utilizations, while realize two pieces of fabrics while
Thermal transfer printing then improves stamp efficiency, saves the usage quantity of transfer paper.
Description of the drawings
Fig. 1 is the overall structure diagram of the present invention.
Specific implementation mode
As shown in Figure 1, a kind of heat transfer is two-sided while stamp digital inkjet printing machine, including support system, support system
Including left front vertical supporting rod, right anterior branch support montant, left back vertical supporting rod, right rear support montant, left front vertical supporting rod, right anterior branch support
Montant, left back vertical supporting rod, the structure of right rear support montant are identical, and left front vertical supporting rod includes left front lower vertical supporting rod 1
With left front upper vertical supporting rod 5, integration connection between left front lower vertical supporting rod and left front upper vertical supporting rod, the right anterior branch support is erected
Bar includes right front lower vertical supporting rod 2 and right front upper vertical supporting rod 6, one between right front lower vertical supporting rod and right front upper vertical supporting rod
Change connection, left back vertical supporting rod includes left back lower vertical supporting rod 3 and left back upper vertical supporting rod 7, left back lower vertical supporting rod and left back
Integration connection between upper vertical supporting rod, right rear support montant include right rami posterior inferior support montant 4 and right rami posterior superior support montant 8, the right side
Rami posterior inferior supports integration connection between montant and right rami posterior superior support montant, left front lower vertical supporting rod, right front lower vertical supporting rod, left back
Lower vertical supporting rod, right rami posterior inferior support montant are the fixed montant of the identical length of structure, left front upper vertical supporting rod, right front upper support
Montant, left back upper vertical supporting rod, right rami posterior superior support montant for the identical liftable montant of structure, before left front upper vertical supporting rod, the right side
Upper vertical supporting rod, left back upper vertical supporting rod, right rami posterior superior support montant are risen or fallen by first motor drive jointly, left front upper
Vertical supporting rod, right front upper vertical supporting rod top between be connected with before upper connect cross bar 9, the left end and right end of preceding upper connection cross bar
It is fixedly connected with the top of left front upper vertical supporting rod, right front upper vertical supporting rod, is supportted in left back upper vertical supporting rod, right rami posterior superior respectively
Upper after being connected between the top of montant to connect cross bar 10, the left end and right end of rear upper connection cross bar are perpendicular with left back upper support respectively
The top that bar, right rami posterior superior support montant is fixedly connected, and nozzle group is provided between preceding upper connection cross bar and rear upper connection cross bar
Cross bar 11 is run, the front-end and back-end that nozzle group runs cross bar connect with preceding upper connection cross bar and rear upper connection cross bar sliding respectively
It connects, nozzle group runs cross bar and slidably reciprocated along preceding upper connection cross bar and rear upper connection cross bar by the drive of the second motor, in nozzle
The bottom of group operation cross bar is provided with nozzle group 12, and the basal sliding that nozzle group top runs cross bar with nozzle group is connect, nozzle
Group by third motor drive along nozzle group operation cross bar slidably reciprocate, positioned at nozzle group operation cross bar on the left of and preceding upper connection
It is set to left feed preparation unit roller 13 between cross bar and rear upper connection cross bar, on the right side of nozzle group operation cross bar and preceding upper connection cross bar
It is set to right feed preparation unit roller 14 between rear upper connection cross bar, left feed preparation unit roller is identical with the structure of right feed preparation unit roller, left feed preparation unit roller
Include the first jackshaft 15 with right feed preparation unit roller, the first jackshaft is the solid cylinder bodily form, and take-up roll is cased on the first jackshaft
16, the take-up roll of left feed preparation unit roller and right feed preparation unit roller is driven by the 4th motor jointly to be turned counterclockwise or clockwise around the first jackshaft
Dynamic, the front end of the first jackshaft is fixedly connected with preceding connection montant 35, the front end of the bottom end and the first jackshaft of preceding connection montant
It is fixedly connected, the top of preceding connection montant is fixedly connected with the lower part of preceding upper connection cross bar, and the rear end of the first jackshaft connects with after
It connects montant 36 to be fixedly connected, the rear bottom end for connecting montant is fixedly connected with the rear end of the first jackshaft, the rear top for connecting montant
It is fixedly connected with the lower part of rear upper connection cross bar, is provided in the top part of left front upper vertical supporting rod and left back upper vertical supporting rod
Left hot pressing roll assembly 17, the top part that montant is supportted in right front upper vertical supporting rod and right rami posterior superior are provided with right hot pressing roll assembly
18, left hot pressing roll assembly is identical with the right structure of hot pressing roll assembly, before left hot pressing roll assembly and right hot pressing roll assembly include
Vertical pole 19 and rear connection vertical pole 20 are connected, the front end difference of vertical pole is connected before left hot pressing roll assembly and right hot pressing roll assembly
It is slidably connected with left front upper vertical supporting rod and right front upper vertical supporting rod, perpendicular branch is connected after left hot pressing roll assembly and right hot pressing roll assembly
The rear end of bar is slidably connected with left back upper vertical supporting rod and right rami posterior superior support montant respectively, the perpendicular branch of preceding connection of left hot pressing roll assembly
The rear connection of bar, the rear connection vertical pole of left hot pressing roll assembly, the preceding connection vertical pole, right hot pressing roll assembly of right hot pressing roll assembly
Vertical pole is driven by the 5th motor and is propped up respectively along behind left front vertical supporting rod, right anterior branch support montant, left back vertical supporting rod, the right side jointly
Support montant slidably reciprocates, and cross support arm 21 is connected before the rear end of preceding connection vertical pole is connected with, connect before left hot pressing roll assembly
The left end of cross support arm is connect to be fixedly connected with the rear end of preceding connection vertical pole, the right end of the preceding connection cross support arm of right hot pressing roll assembly with
The rear end of preceding connection vertical pole is fixedly connected, and cross support arm 22, left hot-pressing roller are connected after the front end of rear connection vertical pole is connected with
The left end of the rear connection cross support arm of component is fixedly connected with the rear rear end for connecting vertical pole, the horizontal branch of rear connection of right hot pressing roll assembly
The right end of bar is fixedly connected with the rear rear end for connect vertical pole, preceding connection cross support arm and connect afterwards cross support arm for structure is identical can
The preceding connection cross support arm of telescopic cross bar, left hot pressing roll assembly and right hot pressing roll assembly and rear connection cross support arm are jointly by the 6th motor
Drive elongates or shortens, between the preceding connection cross support arm and rear connection cross support arm right end of left hot pressing roll assembly, right hot pressing roller group
The second jackshaft 23 is fixedly connected between the preceding connection cross support arm of part and rear connection cross support arm left end, the second jackshaft is cylinder
Shape solid construction is cased with heating roller 24 on the second jackshaft, and heating roller is heated by heater switch control or stops heating,
Heating roller can be freely rotated around the second jackshaft, be arranged between left front lower vertical supporting rod and the top of right front lower vertical supporting rod
Have a front lower connection cross bar 25, the left end and right end of front lower connection cross bar respectively with left front lower vertical supporting rod and right front lower vertical supporting rod
Top be fixedly connected, lower connection cross bar after being provided between the top that left back lower vertical supporting rod and right rami posterior inferior support montant
26, the left end and right end of rear lower connection cross bar support the top fixation company of montant with left back lower vertical supporting rod and right rami posterior inferior respectively
It connects, front clamp supporting rack 27 is connected with by preceding rotation axis 33 at the intermediate position of the length of front lower connection cross bar, in rear lower company
The intermediate position for connecing the length of cross bar is connected with rear clamp standoff frame 28, front clamp supporting rack and rear clamping by rear rotation axis 34
The structure of supporting rack is identical, and front clamp supporting rack and rear clamp standoff frame include upper clamping piece 29 and lower clamping piece 30, on
Clamping piece and lower clamping piece are identical cuboid, the left front vertex of the upper clamping piece of front clamp supporting rack and lower clamping piece it
Between, pass through the connection of left lifting montant 31, front clamp between the upper clamping piece and the left back vertex of lower clamping piece of rear clamp standoff frame
Between the preceding vertex in the right side of the upper clamping piece of supporting rack and lower clamping piece, the right side of the upper clamping piece and lower clamping piece of rear clamp standoff frame
Connected afterwards by right lifting montant 32 between vertex, left lifting montant and right lifting montant jointly by the 7th motor drive rising or
Decline, the intermediate position of the length of the front end of preceding rotation axis and front lower connection cross bar is fixedly connected, and the rear end of preceding rotation axis is with before
The lower clamping piece of clamp standoff frame is fixedly connected, and the rear end of rear rotation axis and the intermediate position of the length of rear lower connection cross bar are fixed
Connection, the front end of rear rotation axis is fixedly connected with the lower clamping piece of rear clamp standoff frame, preceding rotation axis and rear rotation axis jointly by
8th motor drives rotation.
In use, the left end in preceding upper connection cross bar 9 and rear upper connection cross bar 10 is arranged in nozzle group operation cross bar 11, it will
The most front side that cross bar 11 is run in nozzle group is arranged in nozzle group 12, by the left liter of front clamp supporting rack 27 and rear clamp standoff frame 28
Drop montant 31 and right lifting montant 32 are set as propradation, so that keeping one between upper clamping piece 29 and lower clamping piece 30
Fixed spacing sets front clamp supporting rack and rear clamp standoff frame to keep horizontality, by left hot pressing roll assembly 17 and the right side
The preceding connection cross support arm 21 of hot pressing roll assembly 18 and rear connection cross support arm 22 are set as contraction state, so that left hot pressing roller group
Certain spacing is kept between part and the heating roller and left feed preparation unit roller 13 and right feed preparation unit roller 14 of right hot pressing roll assembly, by heating roller 24
It is set as stopping heated condition, by the first fabric of required stamp and the second fabric respectively wound on left feed preparation unit roller and right feed preparation unit roller
Take-up roll on；When stamp, transfer paper is placed on front clamp supporting rack 27 and rear clamp standoff frame 28 first, at this point, turning
The front side of paper transfer and rear side are each passed through between the upper clamping piece of front clamp supporting rack and lower clamping piece and rear clamp standoff frame
Between upper clamping piece and lower clamping piece, and rear left lifting montant 31 and right lifting montant 32 are driven by the 7th motor and are declined jointly,
To set the left lifting montant and right lifting montant of front clamp supporting rack and rear clamp standoff frame to decline state, to make
It must go up and be in close contact between clamping piece and lower clamping piece, so that the front side of transfer paper and rear side are respectively by front clamp supporting rack
Upper clamping piece and lower clamping piece between the upper clamping piece and lower clamping piece of rear clamp standoff frame held tight, locate at this time
In upside transfer paper be set as transfer recto, transfer paper in downside while be set as the reverse side of transfer paper,
First motor drives left front upper vertical supporting rod 5, right front upper vertical supporting rod 6, left back upper vertical supporting rod 7, the support of right rami posterior superior perpendicular jointly
Bar 8 rises or falls, and until making the distance between nozzle group 12 and transfer paper be adjusted to be suitble to the size of stamp, will then turn
The pattern of stamp needed for the pattern and reverse side of stamp needed for paper transfer front transmits the spray printing control system for providing nozzle group successively, and
Third motor drives nozzle group to slidably reciprocate along nozzle group operation cross bar 11 afterwards, to the transfer paper immediately below nozzle group
Front carries out the stamp of a stamp width, and then nozzle group operation cross bar is driven by the second motor along preceding upper connection cross bar 9
With rear upper connection cross bar 10 by sliding a stamp width from left to right, lasts up to and front stamp figure is completed to transfer recto
Whole stamps of case, the cross bar of nozzle group operation at this time are in the right end of preceding upper connection cross bar and rear upper connection cross bar, and then first
Motor drives left front upper vertical supporting rod 5, right front upper vertical supporting rod 6, left back upper vertical supporting rod 7, right rami posterior superior to support on montant 8 jointly
It rises, until making the distance between nozzle group and transfer paper be adjusted to be more than the length of front clamp supporting rack or rear clamp standoff frame
Half, then the 8th motor drive preceding rotation axis 33 and rear rotation axis 34 to rotate 180 degree jointly, then front clamp is driven to support
Frame and rear clamp standoff frame rotate 180 degree, and then mobilization paper rotates 180 degree, and then first motor drives left front upper jointly
Vertical supporting rod 5, right front upper vertical supporting rod 6, left back upper vertical supporting rod 7, right rami posterior superior support montant 8 decline, until making nozzle group
The distance between transfer paper is adjusted to be suitble to the size of stamp, and then third motor drives nozzle group 12 to be run along nozzle group
Cross bar 11 slidably reciprocates, and the stamp of a stamp width is carried out to the reverse side of the transfer paper immediately below nozzle group, is then sprayed
Head group operation cross bar is turned left by the right side along preceding upper connection cross bar and rear upper connection cross bar by the drive of the second motor and slides a stamp
Width lasts up to whole stamps that reverse side decalcomania is completed to the reverse side of transfer paper, and the cross bar of nozzle group operation at this time is in
The left end of preceding upper connection cross bar and rear upper connection cross bar；Then first motor drives left front upper vertical supporting rod 5, right front upper branch jointly
It supports montant 6, left back upper vertical supporting rod 7, right rami posterior superior support montant 8 to rise, until making the distance between nozzle group and transfer paper
It is adjusted to be more than the half of the length of front clamp supporting rack or rear clamp standoff frame, rotation axis before then the 8th motor drives jointly
33 and rear rotation axis 34 rotate clockwise 90 degree, then front clamp supporting rack 27 and rear clamp standoff frame 28 is driven to rotate clockwise
90 degree, then mobilization paper rotate clockwise 90 degree, print figuratum transfer recto respectively at this time and be located at left side, reverse side
Positioned at right side, then, the 4th motor drives the take-up roll of left feed preparation unit roller 13 and right feed preparation unit roller 14 inverse around the first jackshaft jointly
Hour hands rotate clockwise, so that the first fabric and the second fabric are respectively by the take-up roll of left feed preparation unit roller and right feed preparation unit roller
Unwinding, until the unwound length of the first fabric and the second fabric is equal to the length of transfer paper, then, the 6th motor drives a left side jointly
The preceding connection cross support arm of hot pressing roll assembly 17 and right hot pressing roll assembly 18 and rear connection cross support arm elongation, until left hot pressing roll assembly
Heating roller and right hot pressing roll assembly heating roller 24 by the first fabric, transfer paper, second fabric three's held tight, at this time the
One fabric and the close face contact of transfer recto, the close face contact of reverse side of the second fabric and transfer paper, then pass through
Heating roller 24 is arranged for heated condition by heater switch, at the same the 5th motor drive left hot pressing roll assembly 17 jointly before connect
Connect vertical pole, the rear connection vertical pole of left hot pressing roll assembly 17, the preceding connection vertical pole of right hot pressing roll assembly 18, right hot pressing roller group
The rear connection vertical pole of part 18 is respectively along left front vertical supporting rod, right anterior branch support montant, left back vertical supporting rod, right rear support montant
It slides from top to bottom, to drive the heating roller of left hot pressing roll assembly and right hot pressing roll assembly to slide, during this so that transfer
The pattern of paper obverse and reverse is transferred to respectively on the first fabric and the second fabric, to realize the first fabric and the second fabric
Stamp simultaneously, and realize double utilizations of the obverse and reverse of transfer paper.
Claims (2)
1. a kind of heat transfer is two-sided while stamp digital inkjet printing machine, including support system, it is characterized in that：The support system
Including left front vertical supporting rod, right anterior branch support montant, left back vertical supporting rod, right rear support montant, the left front vertical supporting rod, it is right before
Vertical supporting rod, left back vertical supporting rod, the structure of right rear support montant are identical, and the left front vertical supporting rod includes left front lower branch
Montant and left front upper vertical supporting rod are supportted, integration connection, described between the left front lower vertical supporting rod and left front upper vertical supporting rod
Right anterior branch support montant includes right front lower vertical supporting rod and right front upper vertical supporting rod, the right front lower vertical supporting rod and right front upper support
Integration connection between montant, the left back vertical supporting rod includes left back lower vertical supporting rod and left back upper vertical supporting rod, the left side
Rami posterior inferior supports integration connection between montant and left back upper vertical supporting rod, and the right rear support montant includes right rami posterior inferior support montant
Montant is supportted with right rami posterior superior, integration connection between the right rami posterior inferior support montant and right rami posterior superior support montant is described left front lower
Vertical supporting rod, right front lower vertical supporting rod, left back lower vertical supporting rod, right rami posterior inferior support montant are that the identical length of structure is fixed perpendicular
Bar, the left front upper vertical supporting rod, right front upper vertical supporting rod, left back upper vertical supporting rod, right rami posterior superior support montant are that structure is identical
Liftable montant, the left front upper vertical supporting rod, right front upper vertical supporting rod, left back upper vertical supporting rod, right rami posterior superior support montant
Jointly by first motor drive rise or fall, the left front upper vertical supporting rod, right front upper vertical supporting rod top between connect
It is upper before being connected to connect cross bar, before described the left end of upper connection cross bar and right end respectively with left front upper vertical supporting rod, right front upper support
The top of montant is fixedly connected, the left back upper vertical supporting rod, right rami posterior superior support montant top between be connected with after on connect
Cross bar is connect, the left end of upper connection cross bar and right end support the top of montant with left back upper vertical supporting rod, right rami posterior superior respectively after described
It is fixedly connected, being provided with nozzle group between the preceding upper connection cross bar and rear upper connection cross bar runs cross bar, the nozzle group
The front-end and back-end for running cross bar are slidably connected with preceding upper connection cross bar and rear upper connection cross bar respectively, and the nozzle group operation is horizontal
Bar is driven by the second motor and is slidably reciprocated along preceding upper connection cross bar and rear upper connection cross bar, and cross bar is run in the nozzle group
Bottom is provided with nozzle group, and the basal sliding that the nozzle group top runs cross bar with nozzle group is connect, and the nozzle group is by the
Three motors drive to slidably reciprocate along nozzle group operation cross bar, horizontal with preceding upper connection on the left of nozzle group operation cross bar
It is set to left feed preparation unit roller between bar and rear upper connection cross bar, on the right side of nozzle group operation cross bar and preceding upper connection cross bar
It is set to right feed preparation unit roller between rear upper connection cross bar, the left feed preparation unit roller is identical with the structure of right feed preparation unit roller, the left side
Feed preparation unit roller and right feed preparation unit roller include the first jackshaft, and first jackshaft is the solid cylinder bodily form, in first jackshaft
On be cased with take-up roll, the take-up roll of the left feed preparation unit roller and right feed preparation unit roller is driven by the 4th motor inverse around the first jackshaft jointly
Hour hands rotate clockwise, and the front end of first jackshaft is fixedly connected with preceding connection montant, and the bottom of montant is connected before described
End is fixedly connected with the front end of the first jackshaft, and the lower part on top and preceding upper connection cross bar that montant is connected before described, which is fixed, to be connected
It connects, the rear end of first jackshaft connect montant with after and is fixedly connected, and bottom end and the first jackshaft of montant are connected after described
Rear end be fixedly connected, it is described after the top of connection montant be fixedly connected with the rear upper lower part for connecting cross bar, described left front upper
The top part of vertical supporting rod and left back upper vertical supporting rod is provided with left hot pressing roll assembly, on the right front upper vertical supporting rod and the right side
The top part of rami posterior superior support montant is provided with right hot pressing roll assembly, the structure of the left hot pressing roll assembly and right hot pressing roll assembly
Identical, the left hot pressing roll assembly and right hot pressing roll assembly include preceding connection vertical pole and rear connection vertical pole, the left side
The front end that vertical pole is connected before hot pressing roll assembly and right hot pressing roll assembly is perpendicular with left front upper vertical supporting rod and right front upper support respectively
Bar is slidably connected, and the rear end that vertical pole is connected after the left hot pressing roll assembly and right hot pressing roll assembly is perpendicular with left back upper support respectively
Bar and right rami posterior superior support montant are slidably connected, the preceding connection vertical pole of the left hot pressing roll assembly, the rear company of left hot pressing roll assembly
Vertical pole, the preceding connection vertical pole of right hot pressing roll assembly, the rear connection vertical pole of right hot pressing roll assembly are connect jointly by the 5th motor
It drives and slidably reciprocates respectively along left front vertical supporting rod, right anterior branch support montant, left back vertical supporting rod, right rear support montant, in institute
The rear end of connection vertical pole connects cross support arm before being connected with before stating, the left end of the preceding connection cross support arm of the left hot pressing roll assembly with
The rear end of preceding connection vertical pole is fixedly connected, right end and the preceding connection vertical pole of the preceding connection cross support arm of the right hot pressing roll assembly
Rear end be fixedly connected, in the rear connect vertical pole front end be connected with after connect cross support arm, the left hot pressing roll assembly
The left end of connection cross support arm is fixedly connected with the rear rear end for connecting vertical pole afterwards, the rear connection cross support arm of the right hot pressing roll assembly
Right end be fixedly connected with the rear rear end for connect vertical pole, it is described before connection cross support arm and to connect cross support arm afterwards identical for structure
The preceding connection cross support arm of Telescopic cross rod, the left hot pressing roll assembly and right hot pressing roll assembly and rear connection cross support arm are jointly by the
The drive of six motors elongates or shortens, between the preceding connection cross support arm and rear connection cross support arm right end of the left hot pressing roll assembly,
It is fixedly connected with the second jackshaft between the preceding connection cross support arm of right hot pressing roll assembly and rear connection cross support arm left end, described second
Jackshaft is cylindrical, massive structure, heating roller is cased on second jackshaft, the heating roller is controlled by heater switch
Heated or stop heating, the heating roller can be freely rotated around the second jackshaft, in the left front lower vertical supporting rod and
Be provided with front lower connection cross bar between the top of right front lower vertical supporting rod, the left end and right end of the front lower connection cross bar respectively with
Left front lower vertical supporting rod is fixedly connected with the top of right front lower vertical supporting rod, is supportted in the left back lower vertical supporting rod and right rami posterior inferior
Lower connection cross bar after being provided between the top of montant, after described the left end of lower connection cross bar and right end respectively with left back lower support
The top that montant supports montant with right rami posterior inferior is fixedly connected, and passes through forward at the intermediate position of the length of the front lower connection cross bar
Moving axis is connected with front clamp supporting rack, after descending the intermediate position of the length of connection cross bar to be connected with by rear rotation axis in the rear
Clamp standoff frame, the front clamp supporting rack is identical with the rear structure of clamp standoff frame, and the front clamp supporting rack is with after
Clamp standoff frame includes upper clamping piece and lower clamping piece, and the upper clamping piece and lower clamping piece are identical cuboid, described
Between the upper clamping piece of front clamp supporting rack and the left front vertex of lower clamping piece, the upper clamping piece of rear clamp standoff frame and lower clamping
It is connected by left lifting montant between the left back vertex of piece, before the right side of the upper clamping piece of the front clamp supporting rack and lower clamping piece
Pass through right lifting montant between vertex between vertex, behind the right side of the upper clamping piece of rear clamp standoff frame and lower clamping piece to connect, institute
State left lifting montant and right lifting montant jointly by the 7th motor drive rise or fall, the front end of the preceding rotation axis with it is front lower
The intermediate position for connecting the length of cross bar is fixedly connected, and the rear end of the preceding rotation axis is solid with the lower clamping piece of front clamp supporting rack
Fixed connection, the rear end of the rear rotation axis are fixedly connected with the intermediate position of the length of rear lower connection cross bar, the rear rotation axis
Front end be fixedly connected with the lower clamping piece of rear clamp standoff frame, the preceding rotation axis and rear rotation axis are jointly by the 8th motor band
Turn is dynamic.
2. a kind of heat transfer two-sided based on a kind of heat transfer described in claim 1 while stamp digital inkjet printing machine is two-sided
Stamp digital inking printing method simultaneously, it is characterized in that：In use, by nozzle group operation cross bar setting preceding upper connection cross bar with
The most front side that cross bar is run in nozzle group is arranged, by front clamp supporting rack and rear folder in nozzle group by the left end of upper connection cross bar afterwards
The left lifting montant and right lifting montant for holding supporting rack are set as propradation, so that between upper clamping piece and lower clamping piece
Certain spacing is kept, sets front clamp supporting rack and rear clamp standoff frame to keep horizontality, by left hot pressing roll assembly
It is set as contraction state with the preceding connection cross support arm of right hot pressing roll assembly and rear connection cross support arm, so that left hot pressing roll assembly
Certain spacing is kept between the heating roller and left feed preparation unit roller and right feed preparation unit roller of right hot pressing roll assembly, heating roller is set as stopping
Only heated condition, by the first fabric of required stamp and the second fabric respectively wound on the take-up roll of left feed preparation unit roller and right feed preparation unit roller
On；When stamp, transfer paper is placed on front clamp supporting rack and rear clamp standoff frame first, at this point, the front side of transfer paper and
Rear side is each passed through between the upper clamping piece of front clamp supporting rack and lower clamping piece and the upper clamping piece of rear clamp standoff frame is under
Between clamping piece, and rear left lifting montant and right lifting montant are driven by the 7th motor and are declined jointly, to support front clamp
The left lifting montant and right lifting montant of frame and rear clamp standoff frame are set as decline state, so that upper clamping piece and lower folder
It holds and is in close contact between piece, so that the front side of transfer paper and rear side are respectively by the upper clamping piece of front clamp supporting rack and lower folder
The held tight between the upper clamping piece and lower clamping piece of rear clamp standoff frame is held between piece, the transfer paper of upside is now in
Be set as transfer recto, transfer paper in downside while be set as the reverse side of transfer paper, first motor drives jointly
Left front upper vertical supporting rod, right front upper vertical supporting rod, left back upper vertical supporting rod, right rami posterior superior support montant rise or fall, until making
It obtains the distance between nozzle group and transfer paper to be adjusted to be suitble to the size of stamp, then by the pattern of stamp needed for transfer paper front
Transmit the spray printing control system for providing nozzle group successively with the pattern of stamp needed for reverse side, then third motor drives nozzle group edge
It nozzle group operation cross bar to slidably reciprocate, the print of a stamp width is carried out to the transfer recto immediately below nozzle group
It spends, then nozzle group operation cross bar is driven along preceding upper connection cross bar and rear above connection cross bar by the second motor by sliding from left to right
One stamp width lasts up to whole stamps that front decalcomania is completed to transfer recto, and nozzle group is run at this time
Cross bar is in the right end of preceding upper connection cross bar and rear upper connection cross bar, then first motor drive jointly left front upper vertical supporting rod,
Right front upper vertical supporting rod, left back upper vertical supporting rod, right rami posterior superior support montant rise, until making between nozzle group and transfer paper
Distance is adjusted to be more than the half of the length of front clamp supporting rack or rear clamp standoff frame, and then the 8th motor drives forward jointly
Moving axis and rear rotation axis rotate 180 degree, then drive front clamp supporting rack and rear clamp standoff frame to rotate 180 degree, then drive
Transfer paper rotates 180 degree, and then first motor drives left front upper vertical supporting rod, right front upper vertical supporting rod, left back upper support jointly
Montant, right rami posterior superior support montant decline, until making the distance between nozzle group and transfer paper be adjusted to be suitble to the size of stamp,
Then third motor drives nozzle group to slidably reciprocate along nozzle group operation cross bar, to the transfer paper immediately below nozzle group
Reverse side carry out a stamp width stamp, then nozzle group operation cross bar by the second motor drive along preceding upper connection cross bar with
Upper connection cross bar is turned left by the right side afterwards slides a stamp width, lasts up to and completes reverse side decalcomania to the reverse side of transfer paper
Whole stamps, the cross bar of nozzle group operation at this time are in the left end of preceding upper connection cross bar and rear upper connection cross bar；Then first motor
Left front upper vertical supporting rod, right front upper vertical supporting rod, left back upper vertical supporting rod, right rami posterior superior support montant is driven to rise jointly, until
So that the distance between nozzle group and transfer paper are adjusted to be more than the half of the length of front clamp supporting rack or rear clamp standoff frame,
Then the 8th motor drives preceding rotation axis and rear rotation axis to rotate clockwise 90 degree jointly, then drives front clamp supporting rack with after
Clamp standoff frame rotates clockwise 90 degree, and then mobilization paper rotates clockwise 90 degree, prints figuratum transfer respectively at this time
Recto is located at left side, reverse side is located at right side, and then, the 4th motor drives the take-up roll of left feed preparation unit roller and right feed preparation unit roller jointly
It rotates counterclockwise or clockwise around the first jackshaft, so that the first fabric and the second fabric are respectively by left feed preparation unit roller and the right side
It is unwound in the take-up roll of feed preparation unit roller, until length of the unwound length of the first fabric and the second fabric equal to transfer paper, then, the
Six motors drive the preceding connection cross support arm of left hot pressing roll assembly and right hot pressing roll assembly and rear connection cross support arm elongation jointly, until
The heating roller of left hot pressing roll assembly and the heating roller of right hot pressing roll assembly are close by the first fabric, transfer paper, the second fabric three
It is clamped, the first fabric is closely pressed with the reverse side of transfer paper and crimped with the close face contact of transfer recto, the second fabric at this time
It touches, heating roller is then arranged for by heated condition by heater switch, while the 5th motor drives left hot pressing roller group jointly
The preceding connection vertical pole of part, the rear connection vertical pole of left hot pressing roll assembly, the preceding connection vertical pole of right hot pressing roll assembly, right hot pressing
The rear connection vertical pole of roll assembly is perpendicular respectively along left front vertical supporting rod, right anterior branch support montant, left back vertical supporting rod, right rear support
Bar slides from top to bottom, to drive the heating roller of left hot pressing roll assembly and right hot pressing roll assembly to slide, during this so that turns
The pattern of paper transfer obverse and reverse is transferred to respectively on the first fabric and the second fabric, to realize the first fabric and the second fabric
While stamp, and realize transfer paper obverse and reverse double utilizations.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810186137.9A CN108528013A (en) | 2018-03-07 | 2018-03-07 | A kind of number heat transfer duplex pringing digital inkjet printing machine and printing method |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810186137.9A CN108528013A (en) | 2018-03-07 | 2018-03-07 | A kind of number heat transfer duplex pringing digital inkjet printing machine and printing method |
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| Publication Number | Publication Date |
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| CN108528013A true CN108528013A (en) | 2018-09-14 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201810186137.9A Pending CN108528013A (en) | 2018-03-07 | 2018-03-07 | A kind of number heat transfer duplex pringing digital inkjet printing machine and printing method |
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| CN204659185U (en) * | 2015-05-20 | 2015-09-23 | 东莞百宏实业有限公司 | A double-sided synchronous continuous digital color printing device for rope braided fabrics |
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Application publication date: 20180914 |