CN106965572B - A kind of digital inkjet printing machine with fabric positive and negative while whole boiling hot function - Google Patents

A kind of digital inkjet printing machine with fabric positive and negative while whole boiling hot function Download PDF

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Publication number
CN106965572B
CN106965572B CN201710075539.7A CN201710075539A CN106965572B CN 106965572 B CN106965572 B CN 106965572B CN 201710075539 A CN201710075539 A CN 201710075539A CN 106965572 B CN106965572 B CN 106965572B
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China
Prior art keywords
boiling hot
whole boiling
hot cylinder
fabric
whole
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CN201710075539.7A
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CN106965572A (en
Inventor
刘新金
苏旭中
崔世忠
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Huzhou Duxin Technology Co., Ltd
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Jiangnan University
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    • BPERFORMING OPERATIONS; TRANSPORTING
    • B41PRINTING; LINING MACHINES; TYPEWRITERS; STAMPS
    • B41JTYPEWRITERS; SELECTIVE PRINTING MECHANISMS, e.g. INK-JET PRINTERS, THERMAL PRINTERS, i.e. MECHANISMS PRINTING OTHERWISE THAN FROM A FORME; CORRECTION OF TYPOGRAPHICAL ERRORS
    • B41J11/00Devices or arrangements of selective printing mechanisms, e.g. ink-jet printers, thermal printers, for supporting or handling copy material in sheet or web form
    • B41J11/0015Devices or arrangements of selective printing mechanisms, e.g. ink-jet printers, thermal printers, for supporting or handling copy material in sheet or web form for treating before, during or after printing or for uniform coating or laminating the copy material before or after printing
    • B41J11/002Curing or drying the ink on the copy materials, e.g. by heating or irradiating
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B41PRINTING; LINING MACHINES; TYPEWRITERS; STAMPS
    • B41JTYPEWRITERS; SELECTIVE PRINTING MECHANISMS, e.g. INK-JET PRINTERS, THERMAL PRINTERS, i.e. MECHANISMS PRINTING OTHERWISE THAN FROM A FORME; CORRECTION OF TYPOGRAPHICAL ERRORS
    • B41J15/00Devices or arrangements of selective printing mechanisms, e.g. ink-jet printers, thermal printers, specially adapted for supporting or handling copy material in continuous form, e.g. webs
    • B41J15/04Supporting, feeding, or guiding devices; Mountings for web rolls or spindles
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B41PRINTING; LINING MACHINES; TYPEWRITERS; STAMPS
    • B41JTYPEWRITERS; SELECTIVE PRINTING MECHANISMS, e.g. INK-JET PRINTERS, THERMAL PRINTERS, i.e. MECHANISMS PRINTING OTHERWISE THAN FROM A FORME; CORRECTION OF TYPOGRAPHICAL ERRORS
    • B41J3/00Typewriters or selective printing or marking mechanisms, e.g. ink-jet printers, thermal printers characterised by the purpose for which they are constructed
    • B41J3/407Typewriters or selective printing or marking mechanisms, e.g. ink-jet printers, thermal printers characterised by the purpose for which they are constructed for marking on special material
    • B41J3/4078Printing on textile

Abstract

The present invention provides a kind of digital inkjet printing machine with fabric positive and negative while whole boiling hot function, device includes left front, before the right side, left back and right rear support frame, left front, right anterior branch support upper bearing (metal) is connected with driving front roller, it is left back, right rear support frame upper bearing (metal) is connected with rear loose roll, fabric conveyer belt is surrounded between driving front roller and rear loose roll, install double preceding ironing devices comprising heating device additional on supporting rack, the first two-sided whole boiling hot processing of positive reverse side again before realizing textile printing, install double rear ironing devices comprising heating device additional on supporting rack, realize textile printing first reverse side positive two-sided whole boiling hot processing again later, so as to improve printing quality.

Description

A kind of digital inkjet printing machine with fabric positive and negative while whole boiling hot function
Technical field
The present invention relates to digital inking printing new technical fields, specifically a kind of to have fabric positive and negative whole simultaneously Scald the digital inkjet printing machine of function.
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.
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 hosts are converted by image and the processing of color analysis software, convert image information to corresponding spray printing control life It enables and control command is passed into spray printing controller and control spray printing.In print procedure, nozzle group is on fabric width direction first One helical pitch of movement, in motion process spray printing controller according to obtained spray printing control command control nozzle whether ink-jet; Secondly Serve Motor Control printing tablet moves forward a print span on fabric length direction, and two kinds of movements are mutually coordinated It repeats the above process until completing print out task.Compared to conduction band type digital inkjet printing machine, for flat-plate type digital ink-jet printing How equipment improves stamp speed or the quantity of printing ready-made clothes etc. is the main problem currently faced each time.
In view of this, the present invention provides a kind of digital inkjet printing machine with fabric positive and negative while whole boiling hot function, pass through Install before ironing devices before double comprising heating device realize textile printings the two-sided whole of first front reverse side again additional on supporting rack It is positive again to install first reverse side after double rear ironing devices comprising heating device realize textile printing additional on supporting rack for boiling hot processing Two-sided whole boiling hot processing, so as to improve printing quality.
Invention content
The technical problem to be solved by the present invention is to provide a kind of number spray with fabric positive and negative while whole boiling hot function Ink-printed machine then improves printing quality to realize the two-sided whole boiling hot processing of the fabric before and after stamp.
In order to achieve the above object, the present invention relates to a kind of digital ink-jets with fabric positive and negative while whole boiling hot function Printing machine, including support system, the support system include propping up behind left front supporting rack, right anterior branch support, left back supporting rack and the right side Support, is connected separately with driving front roller between the left front supporting rack, right anterior branch support, and the driving front roller is solid cylinder The left and right ends of shape structure, the driving front roller are connect by the first outer bearing with left front supporting rack, right anterior branch support respectively, institute The left end for stating driving front roller stretches out left front supporting rack, after being connected separately between the left back supporting rack, right rear support frame with Dynamic roller, the rear loose roll is solid cylindrical structure, and the left and right ends of the rear loose roll pass through the second outer bearing respectively It is connect with left back supporting rack, right rear support frame, fabric conveyer belt is surrounded between the driving front roller and rear loose roll, it is described Fabric conveyer belt can surround driving front roller and rear loose roll and is freely rotated by driving front roller strap is dynamic, in the fabric conveyer belt Lower section is provided with preceding fabric ironing device and rear fabric ironing device, and the rear fabric ironing device is located at preceding fabric ironing device Surface, the preceding fabric ironing device includes the first left socle and the first right support, first left socle and first right Holder is rectangle, and the front end of first left socle and the first right support is separately fixed at left front supporting rack, right anterior branch support On frame, the rear end of first left socle and the first right support is separately fixed at left back supporting rack, on right rear support frame, and described Left back supporting rack and right rear support frame are stretched out in the rear end of one left socle and the first right support respectively, in first left socle and Whole boiling hot cylinder before whole boiling hot cylinder and second before being fixed with first on one right support, before described first before whole boiling hot cylinder and second whole boiling hot cylinder knot Structure is identical, and whole boiling hot cylinder is hollow-core construction before whole boiling hot cylinder and second before described first, whole before whole boiling hot cylinder and second before described first to scald Cylinder is the smooth aluminum material in surface, and the leading flank of whole boiling hot cylinder and trailing flank are circular arc before whole boiling hot cylinder and second before described first Shape, is both provided with heat generating device before described first in whole boiling hot cylinder before whole boiling hot cylinder and second, whole boiling hot cylinder and second before described first Containing gap between preceding whole boiling hot cylinder, left back supporting rack and right rear support frame are stretched out in the rear end of whole boiling hot cylinder before described second, and described the At regular intervals, the rear fabric ironing device is set before one between the front end and left front supporting rack, right anterior branch support of whole boiling hot cylinder Including the second left socle and the second right support, second left socle and the second right support are rectangle, the second left branch The front end of frame and the second right support is separately fixed at left front supporting rack, on right anterior branch support, second left socle and second right The rear end of holder is separately fixed at left back supporting rack, on right rear support frame, solid on second left socle and the second right support Surely whole boiling hot cylinder after whole boiling hot cylinder and second after having first, the structure of whole boiling hot cylinder is identical after whole boiling hot cylinder and second after described first, described Whole boiling hot cylinder is hollow-core construction after whole boiling hot cylinder and second after first, and whole boiling hot cylinder is that surface is smooth after whole boiling hot cylinder and second after described first Aluminum material, the leading flank of whole boiling hot cylinder and trailing flank are arc-shaped after whole boiling hot cylinder and second after described first, described Heat generating device is both provided with after one after whole boiling hot cylinder and second in whole boiling hot cylinder, after described first after whole boiling hot cylinder and second between whole boiling hot cylinder Be arranged between the front end and left front supporting rack, right anterior branch support of whole boiling hot cylinder containing gap, after described first it is at regular intervals, it is described Be arranged between the rear end and left back supporting rack, right rear support frame of whole boiling hot cylinder after second it is at regular intervals, the left front supporting rack, Support is connected with feed preparation unit roller on right anterior branch support, and the left and right ends of the feed preparation unit roller are connected to left front support by third outer bearing On frame, right anterior branch support, height of the whole boiling hot roller lower surface apart from ground before height of the feed preparation unit roller apart from ground is more than first, The left end of height of the whole boiling hot roller upper surface apart from ground before less than first, the feed preparation unit roller stretches out left front supporting rack, positioned at institute It states the second left socle after second between the rear end and left back supporting rack, right rear support frame of whole boiling hot cylinder, supported on the second right support It is connected with cloth beam, the left and right ends of the cloth beam are connected to the second left socle, on the second right support by the 4th outer bearing, Height of the whole boiling hot roller lower surface apart from ground after height of the cloth beam apart from ground is more than second, the left end of the cloth beam The second left socle is stretched out, the driving front roller stretches out the left end of left front supporting rack, feed preparation unit roller stretches out the left end of left front supporting rack, volume The left end that cloth rewinder roll stretches out the second left socle is driven by belt by first motor, and a left side is provided on the left of the fabric conveyer belt Nozzle supporting rod is provided with right nozzle supporting rod on the right side of the fabric conveyer belt, in the left nozzle supporting rod and right spray The top of head supporting rod is connected with singletree, and the singletree is located at the top of fabric transmission belt, is installed additional on the singletree There are printing head, the printing head to be driven by the second motor and slidably reciprocated along singletree.
In use, first motor is driven by belt, driving front roller stretches out the left end of left front supporting rack, feed preparation unit roller stretches out a left side Left end, the cloth beam of front support frame stretch out the left end rotation of the second left socle, then drive driving front roller, feed preparation unit roller, cloth beam It rotates synchronously, it would be desirable to which the fabric wrapping of stamp is on feed preparation unit roller, and then fabric the upper surface of whole boiling hot cylinder before first passes through so that The front of fabric the upper surface of whole boiling hot cylinder before being tightly attached to first, the heat generating device heating before first in whole boiling hot cylinder realize stamp to fabric Preceding positive whole boiling hot effect is laid out the rear end of whole boiling hot cylinder by the fabric of whole boiling hot cylinder before first before first, then passes through the Gap before one before whole boiling hot cylinder and second between whole boiling hot cylinder, and the bottom surface of whole boiling hot cylinder passes through before second so that the reverse side of fabric It is tightly attached to the bottom surface of whole boiling hot cylinder before second, the reverse side before stamp is realized fabric in the heat generating device heating before second in whole boiling hot cylinder Whole boiling hot effect, then makes fabric backing be laid on fabric transmission belt around loose roll later, at this point, the second motor drives printing Nozzle slidably reciprocates along singletree, realizes to the front stamp of fabric, and the fabric after stamp is laid out from preceding live-roller, then from The bottom surface of whole boiling hot cylinder passes through after first so that the reverse side of fabric is tightly attached to the bottom surface of whole boiling hot cylinder after first, after first in whole boiling hot cylinder Heat generating device heating to fabric realize stamp after reverse side whole boiling hot effect, the fabric of whole boiling hot cylinder is after first after first The rear end of whole boiling hot cylinder is laid out, then the gap after first after whole boiling hot cylinder and second whole boiling hot cylinder, and whole boiling hot after second The upper surface of cylinder passes through so that the front of fabric the upper surface of whole boiling hot cylinder after being tightly attached to second, the heat generating device after second in whole boiling hot cylinder The positive whole boiling hot effect after realizing stamp to fabric is heated, is finally wound on cloth beam;Or the fabric that stamp will be needed On cloth beam, then fabric the upper surface of whole boiling hot cylinder after second passes through so that the front of fabric is whole after being tightly attached to second The upper surface of cylinder is scalded, the positive whole boiling hot effect before stamp is realized fabric in the heat generating device heating after second in whole boiling hot cylinder, passes through The fabric of whole boiling hot cylinder front end of whole boiling hot cylinder after second is laid out after second, whole boiling hot cylinder after whole boiling hot cylinder and first after then passing through second Between gap, and the bottom surface of whole boiling hot cylinder passes through after first so that the reverse side of fabric is tightly attached to the bottom surface of whole boiling hot cylinder after first, The whole boiling hot effect of the reverse side before stamp is realized fabric in heat generating device heating after first in whole boiling hot cylinder, then bypasses driving front roller So that fabric backing is laid on fabric transmission belt, at this point, the second motor drives printing head to slidably reciprocate along singletree, it is real Now to the front stamp of fabric, the fabric after stamp is laid out from rear loose roll, and then the bottom surface of whole boiling hot cylinder passes through before second, makes The reverse side of fabric is tightly attached to the bottom surface of whole boiling hot cylinder before second, fabric is realized in the heat generating device heating before second in whole boiling hot cylinder to be printed The whole boiling hot effect of reverse side after spending lays out the front end of whole boiling hot cylinder before second by the fabric of whole boiling hot cylinder before second, then passes through Gap before second before whole boiling hot cylinder and first between whole boiling hot cylinder, and the upper surface of whole boiling hot cylinder passes through before first so that fabric is just Face the upper surface of whole boiling hot cylinder before being tightly attached to first, the heat generating device heating before first in whole boiling hot cylinder realize fabric in the front after stamp Whole boiling hot effect, be finally wound on feed preparation unit roller.
The present invention passes through first before double preceding ironing devices realization textile printings of the installation comprising heating device on supporting rack Double rear ironing devices realization textile printings comprising heating device are installed in the two-sided whole boiling hot processing of positive reverse side again additional on supporting rack First reverse side positive two-sided whole boiling hot processing again later, so as to improve printing quality.
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 digital inkjet printing machine with fabric positive and negative while whole boiling hot function, including support system System, support system include left front supporting rack 1, right anterior branch support 2, left back supporting rack 3 and right rear support frame 4, left front supporting rack, Driving front roller 5 is connected separately between right anterior branch support, driving front roller is solid cylindrical configuration, the left and right ends of driving front roller It being connect respectively with left front supporting rack, right anterior branch support by the first outer bearing 6, the left end of driving front roller stretches out left front supporting rack, Loose roll 7 after being connected separately between left back supporting rack, right rear support frame, rear loose roll are solid cylindrical structure, after The left and right ends of loose roll are connect by the second outer bearing 8 with left back supporting rack, right rear support frame respectively, in driving front roller with after Fabric conveyer belt 25 is surrounded between loose roll, fabric conveyer belt can surround driving front roller and rear loose roll and by driving front roller strap It is dynamic to be freely rotated, preceding fabric ironing device and rear fabric ironing device are provided with below fabric conveyer belt, rear fabric is whole to scald Device is located at the surface of preceding fabric ironing device, and preceding fabric ironing device includes the first left socle 9 and the first right support 10, the One left socle and the first right support are rectangle, and the front end of the first left socle and the first right support is separately fixed at left front support On frame, right anterior branch support, the rear end of the first left socle and the first right support is separately fixed at left back supporting rack, right rear support frame On, left back supporting rack and right rear support frame are stretched out in the rear end of the first left socle and the first right support respectively, in the first left socle and Whole boiling hot cylinder 12 before whole boiling hot cylinder 11 and second before being fixed with first on first right support, whole boiling hot cylinder before whole boiling hot cylinder and second before first Structure is identical, and whole boiling hot cylinder is hollow-core construction before whole boiling hot cylinder and second before first, and whole boiling hot cylinder is table before whole boiling hot cylinder and second before first The smooth aluminum material in face, the leading flank of whole boiling hot cylinder and trailing flank are arc-shaped before whole boiling hot cylinder and second before first, first Heat generating device is both provided with before preceding whole boiling hot cylinder and second in whole boiling hot cylinder, between containing between whole boiling hot cylinder before whole boiling hot cylinder and second before first Gap, left back supporting rack and right rear support frame are stretched out in the rear end of whole boiling hot cylinder 12 before second, the front end of whole boiling hot cylinder and left front branch before first Be arranged between support, right anterior branch support it is at regular intervals, rear fabric ironing device include the second left socle 13 and the second right support 14, the second left socle and the second right support are rectangle, and the front end of the second left socle and the second right support is separately fixed at a left side On front support frame, right anterior branch support, the rear end of the second left socle and the second right support be separately fixed at left back supporting rack, it is right after prop up On support, whole boiling hot cylinder 16 after whole boiling hot cylinder 15 and second after being fixed with first on the second left socle and the second right support, after first The structure of whole boiling hot cylinder is identical after whole boiling hot cylinder and second, and whole boiling hot cylinder is hollow-core construction after whole boiling hot cylinder and second after first, whole after first It is the smooth aluminum material in surface to scald whole boiling hot cylinder after cylinder and second, after first after whole boiling hot cylinder and second leading flank of whole boiling hot cylinder and after Side is arc-shaped, is both provided with heat generating device after first after whole boiling hot cylinder and second in whole boiling hot cylinder, after first whole boiling hot cylinder and Contain gap after second between whole boiling hot cylinder, is provided between the front end and left front supporting rack, right anterior branch support of whole boiling hot cylinder after first One determining deviation, be arranged between the rear end and left back supporting rack, right rear support frame of whole boiling hot cylinder after second it is at regular intervals, in left front branch Support is connected with feed preparation unit roller 17 on support, right anterior branch support, and the left and right ends of feed preparation unit roller are connected to a left side by third outer bearing 18 On front support frame, right anterior branch support, height of the whole boiling hot roller lower surface apart from ground before height of the feed preparation unit roller apart from ground is more than first Degree, less than first before height of the whole boiling hot roller upper surface apart from ground, the left end of feed preparation unit roller stretches out left front supporting rack, described second The second left socle between the rear end and left back supporting rack, right rear support frame of whole boiling hot cylinder 16, support connection on the second right support afterwards There is a cloth beam 19, the left and right ends of cloth beam are connected to the second left socle, on the second right support by the 4th outer bearing 20, batching The left end of height of the whole boiling hot roller lower surface apart from ground after the height of roll spacing from the ground is more than second, cloth beam stretches out the second left branch Frame, the driving front roller stretches out the left end of left front supporting rack, feed preparation unit roller stretches out the left end of left front supporting rack, cloth beam stretches out second The left end of left socle is driven by belt by first motor, and left nozzle supporting rod 21 is provided on the left of fabric conveyer belt, It is provided with right nozzle supporting rod 22 on the right side of fabric conveyer belt, is connected on the top of left nozzle supporting rod and right nozzle supporting rod Singletree 23, singletree are located at the top of fabric transmission belt, printing head 24 are added on singletree, printing head is by second Motor drive slidably reciprocates along singletree.
In use, first motor is driven by belt, driving front roller 5 stretches out the left end of left front supporting rack 1, feed preparation unit roller 17 is stretched The left end rotation for going out the left end, the second left socle 13 of stretching of cloth beam 19 of left front supporting rack 1, then drives driving front roller 5, work feed Roller 17, cloth beam 19 rotate synchronously, it would be desirable to which the fabric wrapping of stamp is on feed preparation unit roller 17, then fabric whole boiling hot cylinder before first The upper surface of 11 pass through so that the front of fabric the upper surface of whole boiling hot cylinder 11 before being tightly attached to first, the fever dress before first in whole boiling hot cylinder Set heating and realize the positive whole boiling hot effect before stamp to fabric, by the fabric of whole boiling hot cylinder before first before first whole boiling hot cylinder Rear end is laid out, then the gap before first before whole boiling hot cylinder 11 and second whole boiling hot cylinder 12, and the whole boiling hot cylinder 12 before second Bottom surface pass through so that the reverse side of fabric is tightly attached to the bottom surface of whole boiling hot cylinder before second, and the heat generating device before second in whole boiling hot cylinder adds Heat realizes fabric the whole boiling hot effect of the reverse side before stamp, then around loose roll 7 later so that fabric backing is laid in fabric and passes On dynamic band 25, at this point, the second motor drives printing head 24 to slidably reciprocate along singletree 23, realizes and the front of fabric is printed It spends, the fabric after stamp is laid out from preceding live-roller 5, and then the bottom surface of whole boiling hot cylinder 15 passes through after first so that the reverse side of fabric It is tightly attached to the bottom surface of whole boiling hot cylinder 15 after first, the reverse side after stamp is realized fabric in the heat generating device heating after first in whole boiling hot cylinder Whole boiling hot effect, the fabric of whole boiling hot cylinder rear end of whole boiling hot cylinder after first is laid out after first, then pass through first after it is whole scald Gap after cylinder 15 and second between whole boiling hot cylinder 16, and the upper surface of whole boiling hot cylinder 16 passes through after second so that the front of fabric is tight The upper surface of whole boiling hot cylinder after being attached to second, the heat generating device heating after second in whole boiling hot cylinder is to positive whole after fabric realization stamp Effect is scalded, is finally wound on cloth beam 19;Or will need the fabric wrapping of stamp on cloth beam 19, then fabric is from The upper surface of whole boiling hot cylinder 16 passes through after two so that the front of fabric the upper surface of whole boiling hot cylinder after being tightly attached to second, after second in whole boiling hot cylinder Heat generating device heating to fabric realize stamp before positive whole boiling hot effect, the fabric of whole boiling hot cylinder is after second after second The front end of whole boiling hot cylinder is laid out, then the gap after second after whole boiling hot cylinder 16 and first whole boiling hot cylinder 15, and after first The bottom surface of whole boiling hot cylinder 15 passes through so that the reverse side of fabric is tightly attached to the bottom surface of whole boiling hot cylinder after first, the hair after first in whole boiling hot cylinder The whole boiling hot effect of the reverse side before stamp is realized fabric in thermal heating, then around driving front roller fabric backing is laid in On fabric transmission belt, at this point, the second motor drives printing head 24 to slidably reciprocate along singletree 23, the front to fabric is realized Stamp, the fabric after stamp are laid out from rear loose roll, and then the bottom surface of whole boiling hot cylinder 12 passes through before second so that the reverse side of fabric It is tightly attached to the bottom surface of whole boiling hot cylinder before second, the reverse side after stamp is realized fabric in the heat generating device heating before second in whole boiling hot cylinder Whole boiling hot effect is laid out the front end of whole boiling hot cylinder by the fabric of whole boiling hot cylinder before second before second, whole boiling hot cylinder before then passing through second Gap before 12 and first between whole boiling hot cylinder 11, and the upper surface of whole boiling hot cylinder passes through before first so that the front of fabric is tightly attached to The upper surface of whole boiling hot cylinder before first, the heat generating device heating before first in whole boiling hot cylinder realize fabric in the positive whole boiling hot work after stamp With being finally wound on feed preparation unit roller 17.

Claims (2)

1. a kind of digital inkjet printing machine with fabric positive and negative while whole boiling hot function, including support system, the support system System includes left front supporting rack, right anterior branch support, left back supporting rack and right rear support frame, is supportted in the left front supporting rack, right anterior branch Driving front roller is connected separately between frame, the driving front roller is solid cylindrical configuration, the left and right ends of the driving front roller It is connect respectively with left front supporting rack, right anterior branch support by the first outer bearing, the left end of the driving front roller stretches out left front support Frame, loose roll after being connected separately between the left back supporting rack, right rear support frame, the rear loose roll is solid cylinder The left and right ends of shape structure, the rear loose roll are connect by the second outer bearing with left back supporting rack, right rear support frame respectively, Be surrounded with fabric conveyer belt between the driving front roller and rear loose roll, the fabric conveyer belt can surround driving front roller and after with It moves roller and is freely rotated by driving front roller strap is dynamic, it is characterized in that:Fabric is whole before being provided with below the fabric conveyer belt scalds Device and rear fabric ironing device, the rear fabric ironing device are located at the surface of preceding fabric ironing device, the preceding fabric Ironing device includes the first left socle and the first right support, and first left socle and the first right support are rectangle, described The front end of first left socle and the first right support is separately fixed at left front supporting rack, on right anterior branch support, first left socle It is separately fixed at left back supporting rack, on right rear support frame with the rear end of the first right support, first left socle and the first right branch Left back supporting rack and right rear support frame are stretched out in the rear end of frame respectively, and is fixed on first left socle and the first right support Whole boiling hot cylinder before whole boiling hot cylinder and second before one, the structure of whole boiling hot cylinder is identical before whole boiling hot cylinder and second before described first, before described first Whole boiling hot cylinder is hollow-core construction before whole boiling hot cylinder and second, and whole boiling hot cylinder is the smooth aluminum in surface before whole boiling hot cylinder and second before described first Material, before described first before whole boiling hot cylinder and second leading flank of whole boiling hot cylinder and trailing flank be it is arc-shaped, it is whole before described first It scalds and is both provided with heat generating device before cylinder and second in whole boiling hot cylinder, between containing between whole boiling hot cylinder before whole boiling hot cylinder and second before described first Gap, left back supporting rack and right rear support frame are stretched out in the rear end of whole boiling hot cylinder before described second, before described first the front end of whole boiling hot cylinder with Be arranged between left front supporting rack, right anterior branch support it is at regular intervals, it is described after fabric ironing device include the second left socle and the Two right supports, second left socle and the second right support are rectangle, before second left socle and the second right support End is separately fixed at left front supporting rack, on right anterior branch support, and the rear end of second left socle and the second right support is fixed respectively On left back supporting rack, right rear support frame, after being fixed with first on second left socle and the second right support whole boiling hot cylinder and Whole boiling hot cylinder after second, the structure of whole boiling hot cylinder is identical after whole boiling hot cylinder and second after described first, whole boiling hot cylinder and second after described first Whole boiling hot cylinder is hollow-core construction afterwards, and whole boiling hot cylinder is the smooth aluminum material in surface after whole boiling hot cylinder and second after described first, described the The leading flank of whole boiling hot cylinder and trailing flank are arc-shaped after whole boiling hot cylinder and second after one, after described first after whole boiling hot cylinder and second It is both provided with heat generating device in whole boiling hot cylinder, contains gap after described first after whole boiling hot cylinder and second between whole boiling hot cylinder, described first Be arranged between the front end and left front supporting rack, right anterior branch support of whole boiling hot cylinder afterwards it is at regular intervals, after described second after whole boiling hot cylinder It is arranged at regular intervals between end and left back supporting rack, right rear support frame, is supported on the left front supporting rack, right anterior branch support It is connected with feed preparation unit roller, the left and right ends of the feed preparation unit roller are connected to left front supporting rack, on right anterior branch support by third outer bearing, Height of the whole boiling hot roller lower surface apart from ground before height of the feed preparation unit roller apart from ground is more than first, be less than first before whole boiling hot roller The left end of height of the upper surface apart from ground, the feed preparation unit roller stretches out left front supporting rack, in the whole boiling hot cylinder after described second Support is connected with cloth beam on the second left socle, the second right support between rear end and left back supporting rack, right rear support frame, described The left and right ends of cloth beam are connected to the second left socle, on the second right support by the 4th outer bearing, cloth beam distance ground The left end of height of the whole boiling hot roller lower surface apart from ground after the height in face is more than second, the cloth beam stretches out the second left socle, It is left that the driving front roller stretches out the left end of left front supporting rack, feed preparation unit roller stretches out the left end of left front supporting rack, cloth beam stretches out second The left end of holder is driven by belt by first motor, and left nozzle supporting rod is provided on the left of the fabric conveyer belt, Right nozzle supporting rod is provided on the right side of the fabric conveyer belt, on the top of the left nozzle supporting rod and right nozzle supporting rod It is connected with singletree, the singletree is located at the top of fabric transmission belt, and printing head is added on the singletree, described Printing head is driven by the second motor and is slidably reciprocated along singletree.
2. a kind of based on a kind of digital inkjet printing machine with fabric positive and negative whole boiling hot function simultaneously described in claim 1 Digital inking printing method, it is characterized in that:In use, first motor drives driving front roller to stretch out left front supporting rack by belt Left end, feed preparation unit roller stretch out the left end rotation of the left end of left front supporting rack, cloth beam the second left socle of stretching, then drive driving front Roller, feed preparation unit roller, cloth beam rotate synchronously, it would be desirable to which on feed preparation unit roller, then fabric is whole before first scalds the fabric wrapping of stamp The upper surface of cylinder passes through so that the front of fabric the upper surface of whole boiling hot cylinder before being tightly attached to first, the heat generating device before first in whole boiling hot cylinder The positive whole boiling hot effect before realizing stamp to fabric is heated, by the fabric of whole boiling hot cylinder before first before first after whole boiling hot cylinder End is laid out, then the gap before first before whole boiling hot cylinder and second whole boiling hot cylinder, and the bottom surface of whole boiling hot cylinder is worn before second It crosses so that the reverse side of fabric is tightly attached to the bottom surface of whole boiling hot cylinder before second, and the heat generating device before second in whole boiling hot cylinder is heated to fabric The whole boiling hot effect for realizing the reverse side before stamp, then makes fabric backing be laid on fabric transmission belt around loose roll later, this When, the second motor drives printing head to slidably reciprocate along singletree, realizes to the front stamp of fabric, the fabric after stamp from Driving front roller is laid out, and then the bottom surface of whole boiling hot cylinder passes through after first so that the reverse side of fabric is tightly attached to whole boiling hot cylinder after first Bottom surface, the whole boiling hot effect of the reverse side after stamp is realized fabric in the heat generating device heating after first in whole boiling hot cylinder, after first The fabric of whole boiling hot cylinder rear end of whole boiling hot cylinder after first is laid out, then after first after whole boiling hot cylinder and second whole boiling hot cylinder Gap, and the upper surface of whole boiling hot cylinder passes through after second so that the front of fabric the upper surface of whole boiling hot cylinder after being tightly attached to second, after second The positive whole boiling hot effect after stamp is realized fabric in heat generating device heating in whole boiling hot cylinder, is finally wound on cloth beam;Or Person will need the fabric wrapping of stamp on cloth beam, and then fabric the upper surface of whole boiling hot cylinder after second passes through so that fabric Front the upper surface of whole boiling hot cylinder after being tightly attached to second, after second in whole boiling hot cylinder heat generating device heating to fabric realize stamp before just The whole boiling hot effect in face, the fabric of whole boiling hot cylinder front end of whole boiling hot cylinder after second is laid out after second, whole after then passing through second Gap after boiling hot cylinder and first between whole boiling hot cylinder, and the bottom surface of whole boiling hot cylinder passes through after first so that the reverse side of fabric is tightly attached to The bottom surface of whole boiling hot cylinder after first, the heat generating device heating after first in whole boiling hot cylinder realize fabric in the whole boiling hot work of the reverse side before stamp With then making fabric backing be laid on fabric transmission belt around driving front roller, at this point, the second motor drives printing head edge It singletree to slidably reciprocate, realizes the front stamp to fabric, the fabric after stamp is laid out from rear loose roll, then before second The bottom surface of whole boiling hot cylinder passes through so that the reverse side of fabric is tightly attached to the bottom surface of whole boiling hot cylinder before second, the fever before second in whole boiling hot cylinder The whole boiling hot effect of the reverse side after stamp is realized fabric in device heating, by the fabric of whole boiling hot cylinder before second before second whole boiling hot cylinder Front end lay out, the then gap before second before whole boiling hot cylinder and first whole boiling hot cylinder, and before first whole boiling hot cylinder it is upper Face passes through so that the front of fabric the upper surface of whole boiling hot cylinder before being tightly attached to first, the heat generating device heating pair before first in whole boiling hot cylinder Fabric realizes the positive whole boiling hot effect after stamp, is finally wound on feed preparation unit roller.
CN201710075539.7A 2017-02-13 2017-02-13 A kind of digital inkjet printing machine with fabric positive and negative while whole boiling hot function Active CN106965572B (en)

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CN108215525A (en) * 2018-01-20 2018-06-29 合肥经新纺织科技有限公司 A kind of positive and negative synchronous stamp digital inkjet printing machine of tubular fabric and printing method
CN108081765A (en) * 2018-01-20 2018-05-29 合肥经新纺织科技有限公司 A kind of changeable stamp digital inkjet printing machine of fabric positive and negative and printing method
CN109177520A (en) * 2018-10-09 2019-01-11 合肥经新纺织科技有限公司 A kind of positive and negative printing equipment of medium and Method of printing
CN110001217A (en) * 2019-04-19 2019-07-12 合肥岸鲁意科技有限公司 A kind of circle fabric digital inking printing device and printing method

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