CN108162609A - A kind of positive and negative stamp digital inkjet printing machine and printing method - Google Patents

A kind of positive and negative stamp digital inkjet printing machine and printing method Download PDF

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Publication number
CN108162609A
CN108162609A CN201810056339.1A CN201810056339A CN108162609A CN 108162609 A CN108162609 A CN 108162609A CN 201810056339 A CN201810056339 A CN 201810056339A CN 108162609 A CN108162609 A CN 108162609A
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CN
China
Prior art keywords
fabric
component
transmission component
printing
stamp
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Pending
Application number
CN201810056339.1A
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Chinese (zh)
Inventor
张娣
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Hefei Jing Xin Textile Technology Co Ltd
Original Assignee
Hefei Jing Xin Textile Technology Co Ltd
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Hefei Jing Xin Textile Technology Co Ltd filed Critical Hefei Jing Xin Textile Technology Co Ltd
Priority to CN201810056339.1A priority Critical patent/CN108162609A/en
Publication of CN108162609A publication Critical patent/CN108162609A/en
Pending legal-status Critical Current

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Classifications

    • 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
    • B41J11/007Conveyor belts or like feeding devices
    • 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
    • B41J29/00Details of, or accessories for, typewriters or selective printing mechanisms not otherwise provided for
    • B41J29/38Drives, motors, controls or automatic cut-off devices for the entire printing mechanism
    • 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
    • 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
    • B41J3/60Typewriters or selective printing or marking mechanisms, e.g. ink-jet printers, thermal printers characterised by the purpose for which they are constructed for printing on both faces of the printing material

Abstract

The present invention provides a kind of positive and negative stamp digital inkjet printing machine and printing method, printing machine includes fabric transmission component and printing component, fabric transmission component includes lower fabric transmission component and upper fabric transmission component, by using the fabric transmission component of up-down structure, and transmission component is connected respectively by live-roller by controllable electromagnet, simultaneously upper, it is provided with above underdrive tablet on corresponding, lower printing component, and printing component is connected by the bearing that electromagnetic switch controls with the corresponding drive roller being arranged in support system, then the positive and negative synchronous stamp or the independent stamp of positive and negative interval stamp or front for being driven whether tablet or corresponding printing head component work to realize fabric are controlled with electromagnetic switch by electromagnet, so as to abundant printing quality, improve printing quality.

Description

A kind of positive and negative stamp digital inkjet printing machine and printing method
Technical field
The present invention relates to digital inking printing new technical field, specifically a kind of positive and negative stamp digital inking printing Machine and printing method.
Background technology
Digital ink jet printing technology be with computer technology continue to develop and gradually form a kind of collection machinery, computer 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, are printed to weaving 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, and image information is converted into corresponding spray printing control life It enables and control command is passed into spray printing controller control spray printing.In print procedure, jet head sets are on fabric width direction first One helical pitch of 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 positive and negative stamp digital inkjet printing machine and printing method, by using upper and lower knot The transmission tablet of structure, and be driven tablet and connected respectively by live-roller by controllable electromagnet, while on transmission tablet above and below Side is provided with corresponding printing head component, and nozzle component is connect by the bearing that electromagnetic switch controls with drive roller, then Whether work to realize the positive and negative of fabric by electromagnet and electromagnetic switch control transmission tablet or corresponding printing head component Synchronous stamp or the independent stamp of positive and negative interval stamp or front, so as to abundant printing quality, improve printing quality.
Invention content
The technical problems to be solved by the invention are to provide a kind of positive and negative stamp digital inkjet printing machine and printing method, are led to It crosses electromagnet and electromagnetic switch control transmission tablet or whether corresponding printing head component works to realize the positive and negative same of fabric Stamp or the independent stamp of positive and negative interval stamp or front are walked, so as to abundant printing quality, improves printing quality.
In order to achieve the above object, the present invention relates to a kind of positive and negative stamp digital inkjet printing machines, are driven including fabric Component and printing component, the fabric transmission component include lower fabric transmission component and upper fabric transmission component, the lower fabric Transmission component is identical with the structure of upper fabric transmission component, and the lower fabric transmission component and upper fabric transmission component are presented Lower structure is supported jointly by transmission component support system, and it is perpendicular that the transmission component support system includes the support of left front transmission component Transmission component vertical supporting rod behind bar, right driving front modular support montant, left back transmission component vertical supporting rod, the right side, the left front biography Transmission component vertical supporting rod behind dynamic modular support montant, right driving front modular support montant, left back transmission component vertical supporting rod, the right side The montant of the regular length identical for structure, and mutual line forms a rectangle, is supported in the transmission component The intermediate position of system is supported by lower fabric transmission component, and fabric passes on the apical support of the transmission component support system has Dynamic component, the lower fabric transmission component and upper fabric transmission component include preceding rotation axis and rear fixing axle, the preceding rotation axis The solid cylindrical identical for structure with rear fixing axle, left end, the right end of the preceding rotation axis pass through clutch shaft bearing, second respectively Bearing is connect with left front transmission component vertical supporting rod, right driving front modular support montant, the clutch shaft bearing, second bearing difference It is fixedly embedded in left front transmission component vertical supporting rod, right driving front modular support montant, before the lower fabric transmission component Left end, the right end of rotation axis are connected to the intermediate position of left front transmission component vertical supporting rod, right driving front modular support montant, institute Left end, the right end for stating the preceding rotation axis of fabric transmission component are connected to left front transmission component vertical supporting rod, right driving front component The top of vertical supporting rod, left end, the right end of the rear rotation axis are fixedly embedded behind left back transmission component vertical supporting rod, the right side respectively In transmission component vertical supporting rod, left end, the right end of the rear rotation axis of the lower fabric transmission component are connected to left front transmission component The intermediate position of vertical supporting rod, right driving front modular support montant, the left end of the rear rotation axis of the upper fabric transmission component, the right side End is connected to the top of left front transmission component vertical supporting rod, right driving front modular support montant, is cased in the preceding rotation axis Preceding rotating roller, is cased with rear loose roll in the rear in fixing axle, the left end and right end of the preceding rotating roller pass through third axis respectively It holds and is connect with fourth bearing with preceding rotation axis, the left end and right end of the rear loose roll pass through 5th bearing and 6th bearing respectively With rear fixed axis connection, conveyer belt is connected between the preceding rotating roller and rear loose roll, the conveyer belt annular is worn for one week Preceding rotating roller and rear loose roll are crossed, the right end of the preceding rotating roller stretches out fourth bearing, in the stretching the 4th of the preceding rotating roller The inside of the right end of bearing adds upper controller and lower control device respectively, the upper controller and lower control device Structure is identical, and the upper controller and lower control device include connecting rod, and the connecting rod is hollow telescopic Cylindrical structure, the medial surface of the right end of the stretching fourth bearing of rotating roller before one end of the connecting rod is fixed on, it is described on Line between the connecting rod of control device and the connecting rod of lower control device passes through the center of circle of preceding rotating roller cross section, the company The other end of extension bar is connected with electromagnet, and the electromagnet is arcuate structure, the upper controller of the lower fabric transmission component Electromagnet with lower control device is commonly through the presence or absence of first switch control magnetism, the upper control of the upper fabric transmission component The electromagnet of device and lower control device is commonly through the presence or absence of second switch control magnetism, the first switch or second switch The electromagnet for being closed the upper controller and lower control device of fabric transmission component or upper fabric transmission component at present has magnetism, The first switch or second switch disconnect the upper controller and lower control of fabric transmission component or upper fabric transmission component at present The electromagnet of device processed loses magnetism, and the right end of the preceding rotation axis of the lower fabric transmission component and upper fabric transmission component is stretched Go out second bearing, the right end of the preceding rotation axis of the lower fabric transmission component and upper fabric transmission component is connected by the first belt It connects, the right end of the preceding rotation axis of the lower fabric transmission component is driven by the first motor to be rotated, and the printing component includes Lower printing component and upper printing component, the lower printing component are located at the top of lower fabric transmission component, the lower printing component It is supported jointly by printing component support system in up-down structure with upper printing component, the printing component support system includes left print Flower modular support montant and right printing component vertical supporting rod, the left printing component vertical supporting rod and right printing component vertical supporting rod The length identical for structure fixes montant, and the upper printing component is located at the top of upper fabric transmission component, the lower stamp group Part includes lower endless belt, and the left end of the lower endless belt is connect with 5th bearing, the right end and 6th bearing of the lower endless belt Connection, the 6th bearing are the controllable bearing of electromagnetism, and the 6th bearing is opened or closed by the 5th switch control, described the Five bearings are tightly placed in the rear end of lower-left connection cross bar, and the front end of the lower-left connection cross bar is connected to left stamp by 7th bearing On modular support montant, the 7th bearing is embedded in left printing component vertical supporting rod, and the 6th bearing is tightly placed in bottom right The rear end of cross bar is connected, the front end of the bottom right connection cross bar is connected to by 8th bearing on right printing component vertical supporting rod, The 8th bearing is embedded in right printing component vertical supporting rod, and the upper printing component includes upper endless belt, the upper annular The left end of band is connect with the 9th bearing, and the right end of the lower endless belt is connect with the tenth bearing, and the tenth bearing can for electromagnetism Bearing is controlled, the tenth bearing is opened or closed by the 6th switch control, and the 9th bearing is tightly placed in upper left connection cross bar Rear end, the front end of upper left connection cross bar is connected to by the 11st bearing on left printing component vertical supporting rod, described the 11 bearings are embedded in left printing component vertical supporting rod, and the tenth bearing is tightly placed in the rear end of upper right connection cross bar, described The front end of upper right connection cross bar is connected to by the 12nd bearing on right printing component vertical supporting rod, the 12nd bearing insertion In right printing component vertical supporting rod, 6th bearing is not rotated with bottom right connection cross bar when the 5th switch is closed, institute State the 5th switch disconnect when 6th bearing follow bottom right connection cross bar rotate together, it is described 6th switch be closed when the tenth bearing not It is rotated with upper right connection cross bar, the tenth bearing follows upper right connection cross bar to rotate together when the 6th switch disconnects, institute 6th bearing is stretched out in the rear end for stating bottom right connection cross bar, and the tenth bearing, the bottom right are stretched out in the rear end of the upper right connection cross bar Connection cross bar connect the follower head of cross bar with upper right and is connected by the second belt, and the bottom right connects the follower head of cross bar by the Two motors drive rotation, and second motor is periodically rotated with right-hand circular counterclockwise, in the lower fabric transmission group Add lower connection rod on the downside of the preceding rotation axis of part, the left end and right end of the lower connection rod pass through the 13rd axis and the respectively 14 bearings are connected to left front transmission component vertical supporting rod, on right driving front modular support montant, in the lower fabric transmission group Connection rod is added on the upside of the preceding rotation axis of part, the left end and right end of the upper connection rod pass through 15 axis and the tenth respectively Six bearings are connected to left front transmission component vertical supporting rod, on right driving front modular support montant, are supported in the transmission component and are Cloth-feeding system and cloth-rolling system are added on rear side of system, the cloth-feeding system includes feed preparation unit roller, and the feed preparation unit roller is by feed preparation unit roller branch Support system supports, and the work feed roll support system is the fixed support system of height, and the feed preparation unit roller is located at upper fabric transmission group The back lower place of the rear loose roll of part, the cloth-rolling system include cloth beam, and the cloth beam is supported by batching roll support system, institute Batching roll support system is stated as liftable support system, lower nozzle group is connected on the downside belt of the lower endless belt Part is connected with the knot of upper nozzle component, the lower nozzle component and upper nozzle component on described on the downside belt of endless belt Structure is identical, and the top of the lower nozzle component and upper nozzle component is fixedly connected with belt, the lower nozzle component and upper The bottom end of nozzle component is connected with jet head sets, and the jet head sets control ink-jet or not ink-jet by spray printing control system.
The present invention relates to a kind of positive and negative stamp digital inking printing methods, including the positive and negative synchronous printing method of fabric, knit The positive and negative equidistant interval printing method of object, the independent printing method of fabric face;For the positive and negative synchronous printing method of fabric, first will The fabric of required stamp wound on feed preparation unit roller, then feed preparation unit roller is placed in the support of work feed roll support system, and feed preparation unit roller Positioned at the back lower place of the rear loose roll of upper fabric transmission component, then empty cloth beam is placed in batching roll support system, Then batching roll support system is risen or fallen, so that cloth beam is located at the rear loose roll of lower fabric transmission component The back lower place, then the fabric of required stamp is pulled out from feed preparation unit roller, then by fabric pass through upper fabric transmission component biography Send band, then the driving front roller of fabric from upper fabric transmission component is bypassed, then by fabric successively around it is lower connection rod and under Fabric is then passed through the conveyer belt of lower fabric transmission component, finally bypasses down fabric by the driving front roller of fabric transmission component The rear loose roll of fabric transmission component, finally by fabric one week on cloth beam, so as to complete the Initialize installation of fabric, The image of stamp needed for fabric face is then passed to the spray printing control system of the upper nozzle component of upper printing component, by fabric The image of stamp needed for reverse side passes to the spray printing control system of the lower nozzle component of printing component, during stamp, sets first 5th switch is closed, so that 6th bearing is not rotated with bottom right connection cross bar, so that lower printing component stops Work, the 6th switch of setting disconnect, so that the tenth bearing follows upper right connection cross bar to rotate together, so that upper stamp Component works, and first switch and second switch is set to be in closed state, so that lower fabric transmission component and upper The electromagnet of the upper controller of fabric transmission component and lower control device have magnetism so that lower fabric transmission component and The conveyer belt of upper fabric transmission component is rotated along preceding rotating roller and rear loose roll, so as to stamp needed for driving fabric constantly by Feed preparation unit roller is wound up on cloth beam, during this, the spray printing control system control jet head sets of the upper nozzle component of upper printing component Spray printing is carried out, starts constantly to carry out the front of fabric on the stamp of the image of stamp needed for front, when the figure of fabric face stamp During as starting to be transmitted to immediately below lower nozzle component, the 5th switch of setting disconnects, so that 6th bearing follows bottom right to connect Cross bar rotates together so that lower printing component start to work, this at present the lower nozzle component of printing component spray printing control System control jet head sets carry out spray printing, start constantly to carry out the reverse side of fabric on the stamp of the image of stamp needed for reverse side, and real Fabric face stamp synchronous with the same position of reverse side is showed, when the figure of stamp needed for required front is completed in the front of fabric During the stamp of picture, the 6th switch of setting is closed, so that the tenth bearing is not rotated with upper right connection cross bar, so that Upper printing component is stopped, and the 5th switch is still set to disconnect at this time, so that 6th bearing follows bottom right to connect cross bar one Rotation is played, so that lower printing component works on, the corresponding reverse side position that there is the fabric of stamp until completing front Whole stamps;For the positive and negative equidistant interval printing method of fabric, first by the fabric of required stamp wound on feed preparation unit roller, Then feed preparation unit roller is placed in the support of work feed roll support system, and feed preparation unit roller is located at the rear loose roll of upper fabric transmission component Empty cloth beam is then placed in batching roll support system by the back lower place, then batching roll support system risen or Decline, so that cloth beam is located at the back lower place of the rear loose roll of lower fabric transmission component, then by the fabric of required stamp It is pulled out from feed preparation unit roller, fabric is then passed through into the conveyer belt of upper fabric transmission component, then by fabric from upper fabric transmission group The driving front roller of part bypasses, fabric is then bypassed to the driving front roller of lower connection rod and lower fabric transmission component successively, then will Fabric passes through the conveyer belt of lower fabric transmission component, fabric finally is bypassed the rear loose roll of lower fabric transmission component, finally will Fabric one week is on cloth beam, so as to complete the Initialize installation of fabric, then by the image of stamp needed for fabric face The spray printing control system of the upper nozzle component of printing component is passed to, the image of stamp needed for fabric backing is passed into upper print The spray printing control system of the lower nozzle component of flower component, and keep printing needed for the image and fabric backing of stamp needed for fabric face The length of colored image is identical, during stamp, the 5th switch is set to disconnect first, so that 6th bearing follows bottom right connection horizontal Bar rotates together, so that lower printing component works, while the 6th switch is set to disconnect so that the tenth bearing with It is rotated with upper right connection cross bar, so that upper printing component works, first switch and second switch is set to locate In closed state, so that the electricity of the upper controller and lower control device of lower fabric transmission component and upper fabric transmission component Magnet have magnetism so that the conveyer belt of lower fabric transmission component and upper fabric transmission component along preceding rotating roller and after with Dynamic roller rotation, so as to which the fabric of stamp needed for driving constantly is wound up by feed preparation unit roller on cloth beam, during this, upper printing component Upper nozzle component spray printing control system control jet head sets carry out spray printing, start to fabric front constantly carry out front needed for The stamp of first image of stamp, the spray printing control system control jet head sets of the lower nozzle component of lower printing component are sprayed Print, starts constantly to carry out the reverse side of fabric on the stamp of first image of stamp needed for reverse side, lasts up to fabric and completes just The stamp of first image of stamp needed for face at the same complete stamp needed for reverse side first image stamp, then set 5th switch is closed, so that 6th bearing is not rotated with bottom right connection cross bar, so that lower printing component stops Work, while the 6th switch is set to be closed, so that the tenth bearing is not rotated with upper right connection cross bar, so that on Printing component is stopped, until fabric running length is equal to the spacing between lower fabric transmission component and upper fabric transmission component With fabric backing needed for stamp the sum of the length of first image, the 5th switch is then set to disconnect, so that the 6th axis It holds and bottom right connection cross bar is followed to rotate together, so that lower printing component works, while sets the 6th switch to disconnect, from And so that the tenth bearing follows upper right connection cross bar to rotate together, and so that upper printing component works, during this, on The spray printing control system control jet head sets of the upper nozzle component of printing component carry out spray printing, start constantly to carry out the front of fabric The stamp of second image of stamp needed for front, the spray printing control system control jet head sets of the lower nozzle component of lower printing component Spray printing is carried out, starts constantly to carry out the reverse side of fabric on the stamp of second image of stamp needed for reverse side, lasts up to completion The stamp of all images of stamp needed for front at the same complete stamp needed for reverse side all images stamp;For fabric just Feed preparation unit roller is then placed on feed preparation unit roller branch by the fabric of required stamp by the independent printing method in face wound on feed preparation unit roller first In support system support, and feed preparation unit roller is located at the back lower place of the rear loose roll of upper fabric transmission component, then puts empty cloth beam It puts in batching roll support system, then rises or falls batching roll support system, so that under cloth beam is located at The back upper place of the rear loose roll of fabric transmission component, then pulls out the fabric of required stamp from feed preparation unit roller, then by fabric The driving front roller of fabric from upper fabric transmission component is then bypassed, will then knitted by conveyer belt across upper fabric transmission component Object is successively around upper connection rod, finally by fabric one week on cloth beam, so as to complete the Initialize installation of fabric, at this time Fabric is located at the surface of the conveyer belt of lower fabric transmission component, and the image of stamp needed for fabric face then is passed to upper print The spray printing control system of the upper nozzle component of flower component during stamp, sets the 5th switch to be closed, so that 6th bearing first It is not rotated with bottom right connection cross bar, so that lower printing component is stopped, while sets the 6th switch to disconnect, so as to So that the tenth bearing follows upper right connection cross bar to rotate together, so that upper printing component works, second switch is set Closed state is in, so that the electromagnet of the upper controller of upper fabric transmission component and lower control device has magnetic Property, so that the conveyer belt of upper fabric transmission component is rotated along preceding rotating roller and rear loose roll, so as to drive required stamp Fabric be constantly wound up on cloth beam by feed preparation unit roller, while first switch is set to be in off-state so that under knit The electromagnet of the upper controller of object transmission component and lower control device loses magnetism, so that before lower fabric transmission component Live-roller and rear loose roll stop operating, so that the conveyer belt stop motion of lower fabric transmission component, at this time in lower fabric Heating unit is installed additional between the driving front roller and rear loose roll of transmission component, and heating unit is supported by support system, support system Embedded to be mounted on the driving front roller and rear loose roll of lower fabric transmission component, heating unit is located at the biography of lower fabric transmission component The surface of band is sent, the spray printing control system control jet head sets of the upper nozzle component of upper printing component carry out spray printing at this time, start To the stamp of front image of stamp constantly needed for progress front of fabric, the reverse side of the fabric after the stamp of front bypasses upper connection Rod, so that the graphic image positioned at fabric face just completed is not damaged, around knitting after the stamp of upper connection rod The front of object is heated under the action of attachment means, so as to carry out fixation to the graphic image of completion, finally completes front The fabric of stamp and process tint retention is constantly just being faced outwardly on cloth beam, lasts up to the whole of completion fabric The independent stamp in front.
The present invention by using up-down structure transmission tablet, and be driven tablet controllable electromagnetism is passed through by live-roller respectively Iron connects, while is provided with corresponding printing head component, and nozzle component passes through electromagnetic switch above transmission tablet above and below The bearing of control then passes through electromagnet and electromagnetic switch control transmission tablet or corresponding printing head group with roller is driven to connect The positive and negative synchronous stamp or the independent stamp of positive and negative interval stamp or front whether part works to realize fabric, so as to which abundant stamp is imitated Fruit improves printing quality.
Description of the drawings
Fig. 1 is the overall structure diagram of the present invention.
Specific embodiment
As shown in Figure 1, a kind of positive and negative stamp digital inkjet printing machine, including fabric transmission component and printing component, fabric Transmission component includes lower fabric transmission component 5 and upper fabric transmission component 6, lower fabric transmission component and upper fabric transmission component Structure is identical, and lower fabric transmission component and upper fabric transmission component are propped up in up-down structure by transmission component support system jointly Support, transmission component support system include left front transmission component vertical supporting rod 1, right driving front modular support montant 2, left back transmission group Part vertical supporting rod 3, it is right after transmission component vertical supporting rod 4, left front transmission component vertical supporting rod, right driving front modular support montant, Left back transmission component vertical supporting rod, it is right after the transmission component vertical supporting rod regular length identical for structure montant, and mutually it Between line form a rectangle, be supported by lower fabric transmission component 5 at the intermediate position of transmission component support system, passing The apical support of dynamic modular support system has upper fabric transmission component 6, and lower fabric transmission component and upper fabric transmission component include Preceding rotation axis 7 and rear fixing axle 8, preceding rotation axis and rear the fixing axle solid cylindrical identical for structure, the left end of preceding rotation axis, Right end is connected respectively by clutch shaft bearing 9, second bearing 10 and left front transmission component vertical supporting rod, right driving front modular support montant It connects, clutch shaft bearing, second bearing are fixedly embedded in left front transmission component vertical supporting rod, right driving front modular support montant respectively Interior, left end, the right end of the preceding rotation axis of lower fabric transmission component are connected to left front transmission component vertical supporting rod, right driving front component The intermediate position of vertical supporting rod, left end, the right end of the preceding rotation axis of upper fabric transmission component are connected to left front transmission component support The top of montant, right driving front modular support montant, left end, the right end of rear rotation axis are fixedly embedded in left back transmission component respectively Vertical supporting rod, it is right after in transmission component vertical supporting rod, left end, the right end of the rear rotation axis of lower fabric transmission component are connected to left front The intermediate position of transmission component vertical supporting rod, right driving front modular support montant, a left side for the rear rotation axis of upper fabric transmission component End, right end are connected to the top of left front transmission component vertical supporting rod, right driving front modular support montant, are cased in preceding rotation axis Preceding rotating roller 11, loose roll 21 after being cased in rear fixing axle, the left end and right end of preceding rotating roller pass through 3rd bearing 12 respectively It is connect with fourth bearing 13 with preceding rotation axis, the left end and right end of rear loose roll pass through 5th bearing 19 and 6th bearing 20 respectively With rear fixed axis connection, conveyer belt 18 is connected between preceding rotating roller and rear loose roll, conveyer belt annular passes through forward in one week Dynamic roller and rear loose roll, the right end of preceding rotating roller stretches out fourth bearing, in the right end of the stretching fourth bearing of preceding rotating roller Side adds upper controller 14 and lower control device 15 respectively, and upper controller is identical with the structure of lower control device, Upper controller and lower control device include connecting rod, and connecting rod is hollow telescopic cylindrical structure, and the one of connecting rod The medial surface of the right end of the stretching fourth bearing of rotating roller before end is fixed on, the connecting rod of upper controller and lower control device Line between connecting rod passes through the center of circle of preceding rotating roller cross section, and the other end of connecting rod is connected with electromagnet, and electromagnet is The electromagnet of arcuate structure, the upper controller of lower fabric transmission component and lower control device controls magnetic commonly through first switch The presence or absence of property, the electromagnet of the upper controller of upper fabric transmission component and lower control device controls magnetic commonly through second switch Property the presence or absence of, first switch or second switch be closed the upper controller of fabric transmission component or upper fabric transmission component at present and The electromagnet of lower control device has magnetism, and first switch or second switch disconnect fabric transmission component at present or the transmission of upper fabric The electromagnet of the upper controller of component and lower control device loses magnetism, lower fabric transmission component and upper fabric transmission component The right end of preceding rotation axis stretches out second bearing, the right end of the preceding rotation axis of lower fabric transmission component and upper fabric transmission component It is connected by the first belt 16, the right end of the preceding rotation axis of lower fabric transmission component is driven by the first motor 17 to be rotated, print Flower component includes lower printing component and upper printing component, and lower printing component is located at the top of lower fabric transmission component, lower stamp group Part and upper printing component are supported in up-down structure by printing component support system jointly, and printing component support system includes left stamp Modular support montant 22 and right printing component vertical supporting rod 23, left printing component vertical supporting rod and right printing component vertical supporting rod are The identical length of structure fixes montant, and upper printing component is located at the top of upper fabric transmission component, and lower printing component includes lower ring Shape band 24, the left end of lower endless belt are connect with 5th bearing, and the right end of lower endless belt is connect with 6th bearing, and 6th bearing is electricity The controllable bearing of magnetic, 6th bearing are opened or closed by the 5th switch control, and 5th bearing is tightly placed in lower-left connection cross bar 28 Rear end, the front end of lower-left connection cross bar are connected to by 7th bearing on left printing component vertical supporting rod, and 7th bearing is embedded in In left printing component vertical supporting rod, 6th bearing is tightly placed in the rear end of bottom right connection cross bar 29, and the front end of bottom right connection cross bar leads to It crosses 8th bearing to be connected on right printing component vertical supporting rod, 8th bearing is embedded in right printing component vertical supporting rod, upper print Flower component includes upper endless belt 26, and the left end of upper endless belt is connect with the 9th bearing, and the right end of lower endless belt and the tenth bearing connect It connects, the tenth bearing is the controllable bearing of electromagnetism, and the tenth bearing is opened or closed by the 6th switch control, and the 9th bearing is tightly placed in a left side The rear end of upper connection cross bar 30, the front end of upper left connection cross bar are connected to left printing component vertical supporting rod by the 11st bearing On, the 11st bearing is embedded in left printing component vertical supporting rod, and the tenth bearing is tightly placed in the rear end of upper right connection cross bar 31, right The front end of upper connection cross bar is connected to by the 12nd bearing on right printing component vertical supporting rod, and the 12nd bearing is embedded in right print In flower modular support montant, 6th bearing is not rotated with bottom right connection cross bar when the 5th switch is closed, and the 5th switch disconnects When 6th bearing follow bottom right connection cross bar rotate together, the 6th switch be closed when the tenth bearing not with upper right connect cross bar Rotation, the tenth bearing follows upper right connection cross bar to rotate together when the 6th switch disconnects, and the rear end of bottom right connection cross bar stretches out the The tenth bearing is stretched out in six bearings, the rear end of upper right connection cross bar, and the follower head that bottom right connection cross bar connects cross bar with upper right passes through Second belt connects, and the follower head of bottom right connection cross bar is driven by the second motor to be rotated, and the second motor is periodically counterclockwise It is rotated with right-hand circular, lower connection rod, a left side for lower connection rod is added on the downside of the preceding rotation axis of lower fabric transmission component End and right end are connected to left front transmission component vertical supporting rod, right driving front component branch by the 13rd axis and the 14th bearing respectively It supports on montant, is added on the upside of the preceding rotation axis of lower fabric transmission component and connect rod, the left end and right end of upper connection rod Left front transmission component vertical supporting rod is connected to, on right driving front modular support montant by 15 axis and the 16th bearing respectively, Add cloth-feeding system and cloth-rolling system on rear side of transmission component support system, cloth-feeding system includes feed preparation unit roller, feed preparation unit roller by Work feed roll support system supports, and work feed roll support system is the fixed support system of height, and feed preparation unit roller is located at upper fabric transmission group The back lower place of the rear loose roll of part, cloth-rolling system include cloth beam, and cloth beam is supported by batching roll support system, cloth beam support System is liftable support system, lower nozzle component 25 is connected on the downside belt of lower endless belt, in upper endless belt Upper nozzle component 27 is connected on the belt of downside, lower nozzle component is identical with the structure of upper nozzle component, lower nozzle component It is fixedly connected with the top of upper nozzle component with belt, the bottom end of lower nozzle component and upper nozzle component is connected with jet head sets, spray Head group controls ink-jet or not ink-jet by spray printing control system.
During stamp, including the positive and negative synchronous printing method of fabric, the positive and negative equidistant interval printing method of fabric, fabric face list Only printing method;For the positive and negative synchronous printing method of fabric, the fabric of required stamp then will wound on feed preparation unit roller first Feed preparation unit roller be placed on work feed roll support system support on, and feed preparation unit roller be located at the rear loose roll of upper fabric transmission component 6 it is rear under Empty cloth beam is then placed in batching roll support system, then rises or falls batching roll support system by side, So that cloth beam is located at the back lower place of the rear loose roll of lower fabric transmission component 5, then by the fabric of required stamp from sending It is pulled out on cloth rewinder roll, fabric is then passed through into the conveyer belt of upper fabric transmission component 6, then by fabric from upper fabric transmission component Driving front roller bypasses, then by fabric successively around the driving front roller of lower connection rod and lower fabric transmission component 5, then by fabric Conveyer belt across lower fabric transmission component, finally by fabric around the rear loose roll of lower fabric transmission component, finally by fabric On cloth beam, so as to complete the Initialize installation of fabric, then the image of stamp needed for fabric face is transmitted within one week To the spray printing control system of the upper nozzle component 27 of upper printing component, the image of stamp needed for fabric backing is passed into upper stamp The spray printing control system of the lower nozzle component 25 of component during stamp, sets the 5th switch to be closed, so that 6th bearing first It is not rotated with bottom right connection cross bar 29, so that lower printing component is stopped, the 6th switch of setting disconnects, so as to make Obtaining the tenth bearing follows upper right connection cross bar 31 to rotate together, so that upper printing component works, sets first switch Closed state is in second switch, so that the upper controller of lower fabric transmission component 5 and upper fabric transmission component 6 There is magnetism with the electromagnet of lower control device, so that the conveyer belt 18 of lower fabric transmission component and upper fabric transmission component It is rotated along preceding rotating roller 11 and rear loose roll 21, so as to which the fabric for driving required stamp is constantly wound up into cloth beam by feed preparation unit roller On, during this, the spray printing control system control jet head sets of the upper nozzle component 27 of upper printing component carry out spray printing, start to knitting The front of object constantly carries out the stamp of the image of stamp needed for front, when the image of fabric face stamp starts to be transmitted to lower nozzle During 25 underface of component, the 5th switch of setting disconnects, so that 6th bearing follows bottom right connection cross bar 29 to rotate together, from And so that lower printing component is started to work, the spray printing control system control jet head sets of this lower nozzle component 25 of printing component at present Carry out spray printing, start constantly to carry out the stamp of the image of stamp needed for reverse side to the reverse side of fabric, and realize fabric face and The synchronization stamp of the same position of reverse side, when the stamp of the image of stamp needed for required front is completed in the front of fabric, if It puts the 6th switch to be closed, so that the tenth bearing is not rotated with upper right connection cross bar 31, so that upper printing component It is stopped, the 5th switch is still set to disconnect at this time, so that 6th bearing follows bottom right connection cross bar 29 to rotate together, from And so that lower printing component works on, whole prints of the corresponding reverse side position until completing fabric of the front with stamp Flower;For the positive and negative equidistant interval printing method of fabric, the fabric of required stamp will then be sent wound on feed preparation unit roller first Cloth rewinder roll is placed in the support of work feed roll support system, and feed preparation unit roller is located at the back lower place of the rear loose roll of upper fabric transmission component 6, Then empty cloth beam is placed in batching roll support system, then rises or falls batching roll support system, from And so that cloth beam is located at the back lower place of the rear loose roll of lower fabric transmission component 5, then by the fabric of required stamp from work feed It is pulled out on roller, fabric is then passed through into the conveyer belt of upper fabric transmission component 6, then by fabric from upper fabric transmission component 6 Driving front roller bypasses, then by fabric successively around the driving front roller of lower connection rod and lower fabric transmission component, then by fabric Conveyer belt across lower fabric transmission component 5, finally by fabric around lower fabric transmission component 5 rear loose roll, will finally knit Object, so as to complete the Initialize installation of fabric, then passes the image of stamp needed for fabric face for one week on cloth beam The spray printing control system of the upper nozzle component 27 of printing component is passed, the image of stamp needed for fabric backing is passed into upper print The spray printing control system of the lower nozzle component 25 of flower component, and keep needed for the image and fabric backing of stamp needed for fabric face The length of the image of stamp is identical, during stamp, the 5th switch is set to disconnect first, so that 6th bearing follows bottom right to connect Cross bar 29 rotates together, so that lower printing component works, while sets the 6th switch to disconnect, so that the tenth axis It holds and upper right connection cross bar 31 is followed to rotate together, so that upper printing component works, setting first switch and second is opened Pass is in closed state, so that the upper controller and lower control of lower fabric transmission component 5 and upper fabric transmission component 6 The electromagnet of device has magnetism, so that the conveyer belt of lower fabric transmission component 5 and upper fabric transmission component 6 is along forward Dynamic roller and the rotation of rear loose roll, so as to which the fabric of stamp needed for driving constantly is wound up by feed preparation unit roller on cloth beam, during this, The spray printing control system control jet head sets of the upper nozzle component 27 of upper printing component carry out spray printing, start continuous to the front of fabric Carry out the stamp of first image of stamp needed for front, the spray printing control system control of the lower nozzle component 25 of lower printing component Jet head sets carry out spray printing, start constantly to carry out the reverse side of fabric on the stamp of first image of stamp needed for reverse side, continue straight The stamp of first image of stamp needed for front is completed to fabric while completes the print of first image of stamp needed for reverse side Flower then sets the 5th switch to be closed, so that 6th bearing is not rotated with bottom right connection cross bar 29, so that under Printing component is stopped, while the 6th switch is set to be closed, so that the tenth bearing does not connect cross bar 31 with upper right Rotation, so that upper printing component is stopped, until fabric running length is equal to lower fabric transmission component 5 and upper fabric passes The sum of length of first image of stamp needed for spacing and fabric backing between dynamic component 6, then sets the 5th switch disconnected It opens, so that 6th bearing follows bottom right connection cross bar 29 to rotate together, so that lower printing component works, simultaneously The 6th switch is set to disconnect, so that the tenth bearing follows upper right connection cross bar 31 to rotate together, so that upper stamp group Part works, and during this, the spray printing control system control jet head sets of the upper nozzle component 27 of upper printing component carry out spray printing, Start the stamp to front second image of stamp constantly needed for progress front of fabric, the lower nozzle component of lower printing component 25 spray printing control system control jet head sets carry out spray printing, start constantly to carry out second of stamp needed for reverse side to the reverse side of fabric The stamp of a image lasts up to and completes the stamp of all images of stamp needed for front while complete stamp needed for reverse side The stamp of all images;For the independent printing method of fabric face, first by the fabric of required stamp wound on feed preparation unit roller, and Feed preparation unit roller is placed in the support of work feed roll support system afterwards, and feed preparation unit roller is located at the rear loose roll of upper fabric transmission component 6 Empty cloth beam is then placed in batching roll support system by the back lower place, then batching roll support system risen or Decline, so that cloth beam is located at the back upper place of the rear loose roll of lower fabric transmission component 5, then by the fabric of required stamp It is pulled out from feed preparation unit roller, fabric is then passed through into the conveyer belt of upper fabric transmission component 6, then by fabric from upper fabric transmission group The driving front roller of part 6 bypasses, then by fabric successively around upper connection rod, finally by fabric one week on cloth beam, from And the Initialize installation of fabric is completed, fabric is located at the surface of the conveyer belt of lower fabric transmission component 5 at this time, then by fabric The image of stamp needed for front passes to the spray printing control system of the upper nozzle component 27 of printing component, during stamp, sets first It puts the 5th switch to be closed, so that 6th bearing is not rotated with bottom right connection cross bar 29, so that lower printing component It is stopped, while the 6th switch is set to disconnect, so that the tenth bearing follows upper right connection cross bar 31 to rotate together, so as to So that upper printing component works, setting second switch is in closed state, so that upper fabric transmission component 6 is upper The electromagnet of control device and lower control device has magnetism, so that the conveyer belt of upper fabric transmission component 6 is along forward Dynamic roller and the rotation of rear loose roll so as to which the fabric for driving required stamp is constantly wound up by feed preparation unit roller on cloth beam, are set simultaneously First switch is in off-state, so that the electromagnetism of the upper controller of lower fabric transmission component 5 and lower control device Iron loses magnetism, so that the driving front roller and rear loose roll of lower fabric transmission component 5 stop operating, so that lower fabric The conveyer belt stop motion of transmission component 5 is installed additional between the driving front roller and rear loose roll of lower fabric transmission component add at this time Thermal, heating unit are supported by support system, and support system insertion is mounted on the driving front roller of lower fabric transmission component with after On loose roll, heating unit is located at the surface of the conveyer belt of lower fabric transmission component 5, at this time the upper nozzle group of upper printing component The spray printing control system control jet head sets of part 27 carry out spray printing, start constantly to carry out the front of fabric in the figure of stamp needed for front The stamp of picture, the reverse side of the fabric after the stamp of front is around upper connection rod, so that the print positioned at fabric face just completed Floral diagram picture is not damaged, and the front around the fabric after the stamp of upper connection rod is heated under the action of attachment means, So as to carry out fixation to the graphic image of completion, finally complete front stamp and constantly just faced by the fabric of tint retention Outside on cloth beam, the whole independent stamps in front for completing fabric are lasted up to.

Claims (2)

1. a kind of positive and negative stamp digital inkjet printing machine, including fabric transmission component and printing component, it is characterized in that:The fabric Transmission component includes lower fabric transmission component and upper fabric transmission component, the lower fabric transmission component and upper fabric transmission component Structure it is identical, the lower fabric transmission component and upper fabric transmission component are supported in up-down structure by transmission component jointly System supports, and the transmission component support system includes left front transmission component vertical supporting rod, right driving front modular support montant, a left side Transmission component vertical supporting rod behind transmission component vertical supporting rod, the right side afterwards, the left front transmission component vertical supporting rod, right driving front component The montant of the transmission component vertical supporting rod regular length identical for structure behind vertical supporting rod, left back transmission component vertical supporting rod, the right side, And mutual line forms a rectangle, and lower fabric is supported by the intermediate position of the transmission component support system and is passed Dynamic component, the fabric transmission component on the apical support of the transmission component support system has, the lower fabric transmission component and Upper fabric transmission component includes preceding rotation axis and rear fixing axle, the preceding rotation axis and rear the fixing axle filled circles identical for structure Cylindricality, the left end of the preceding rotation axis, right end respectively by clutch shaft bearing, second bearing and left front transmission component vertical supporting rod, Right driving front modular support montant connection, the clutch shaft bearing, second bearing are fixedly embedded respectively to be supported in left front transmission component In montant, right driving front modular support montant, left end, the right end of the preceding rotation axis of the lower fabric transmission component are connected to left front The intermediate position of transmission component vertical supporting rod, right driving front modular support montant, the preceding rotation axis of the upper fabric transmission component Left end, right end be connected to the top of left front transmission component vertical supporting rod, right driving front modular support montant, it is described after rotation axis Left end, right end respectively it is fixedly embedded in left back transmission component vertical supporting rod, it is right after in transmission component vertical supporting rod, knitted under described Left end, the right end of the rear rotation axis of object transmission component are connected to left front transmission component vertical supporting rod, right driving front modular support erects The intermediate position of bar, left end, the right end of the rear rotation axis of the upper fabric transmission component are connected to left front transmission component support and erect The top of bar, right driving front modular support montant, rotating roller before being cased in the preceding rotation axis, covers in fixing axle in the rear There is rear loose roll, the left end and right end of the preceding rotating roller are connect respectively by 3rd bearing and fourth bearing with preceding rotation axis, The left end of loose roll and right end are respectively by 5th bearing and 6th bearing and rear fixed axis connection after described, in the preceding rotation Conveyer belt is connected between roller and rear loose roll, the conveyer belt annular passes through preceding rotating roller and rear loose roll in one week, before described The right end of rotating roller stretches out fourth bearing, is added respectively in the inside of the right end of the stretching fourth bearing of the preceding rotating roller Control device and lower control device, the upper controller is identical with the structure of lower control device, the upper controller With lower control device include connecting rod, the connecting rod be hollow telescopic cylindrical structure, one end of the connecting rod The medial surface of the right end of the stretching fourth bearing of rotating roller, the connecting rod of the upper controller and lower control device before being fixed on Connecting rod between line pass through the center of circle of preceding rotating roller cross section, the other end of the connecting rod is connected with electromagnet, institute State electromagnet for arcuate structure, the upper controller of the lower fabric transmission component and the electromagnet of lower control device commonly through The presence or absence of first switch control magnetism, the upper controller of the upper fabric transmission component and the electromagnet of lower control device are common The presence or absence of magnetism is controlled by second switch, the first switch or second switch are closed fabric transmission component or upper fabric at present The electromagnet of the upper controller of transmission component and lower control device has magnetism, when the first switch or second switch disconnect The electromagnet of the upper controller and lower control device of lower fabric transmission component or upper fabric transmission component loses magnetism, under described The right end of the preceding rotation axis of fabric transmission component and upper fabric transmission component stretches out second bearing, the lower fabric transmission component It is connected with the right end of the preceding rotation axis of upper fabric transmission component by the first belt, the preceding rotation of the lower fabric transmission component The right end of axis is driven by the first motor and rotated, and the printing component includes lower printing component and upper printing component, under described Printing component is located at the top of lower fabric transmission component, the lower printing component and upper printing component in up-down structure jointly by printing The system support of flower modular support, the printing component support system includes left printing component vertical supporting rod and right printing component supports Montant, the left printing component vertical supporting rod and right printing component the vertical supporting rod length identical for structure fix montant, described Upper printing component is located at the top of upper fabric transmission component, and the lower printing component includes lower endless belt, the lower endless belt Left end is connect with 5th bearing, and the right end of the lower endless belt is connect with 6th bearing, and the 6th bearing is electromagnetism controllable axis It holds, the 6th bearing is opened or closed by the 5th switch control, after the 5th bearing is tightly placed in lower-left connection cross bar End, the front end of the lower-left connection cross bar are connected to by 7th bearing on left printing component vertical supporting rod, the 7th bearing It is embedded in left printing component vertical supporting rod, the 6th bearing is tightly placed in the rear end of bottom right connection cross bar, the bottom right connection The front end of cross bar is connected to by 8th bearing on right printing component vertical supporting rod, and the 8th bearing is embedded in right printing component In vertical supporting rod, the upper printing component includes upper endless belt, and the left end of the upper endless belt is connect with the 9th bearing, under described The right end of endless belt is connect with the tenth bearing, and the tenth bearing is the controllable bearing of electromagnetism, and the tenth bearing is opened by the 6th It closes control to be opened or closed, the 9th bearing is tightly placed in the rear end of upper left connection cross bar, the front end of the upper left connection cross bar It is connected on left printing component vertical supporting rod by the 11st bearing, it is perpendicular that the 11st bearing is embedded in left printing component support In bar, the tenth bearing is tightly placed in the rear end of upper right connection cross bar, and the front end of the upper right connection cross bar passes through the 12nd axis It holding and is connected on right printing component vertical supporting rod, the 12nd bearing is embedded in right printing component vertical supporting rod, and described 6th bearing is not rotated with bottom right connection cross bar when five switches are closed, and 6th bearing follows the right side when the 5th switch disconnects Lower connection cross bar rotates together, and the tenth bearing is not rotated with upper right connection cross bar when the 6th switch is closed, and described the The tenth bearing follows upper right connection cross bar to rotate together when six switches disconnect, and the 6th axis is stretched out in the rear end of the bottom right connection cross bar It holds, the tenth bearing is stretched out in the rear end of the upper right connection cross bar, and the bottom right connection cross bar connects the follower head of cross bar with upper right It is connected by the second belt, the follower head of the bottom right connection cross bar is driven by the second motor to be rotated, the second motor week The counterclockwise and right-hand circular rotation of phase property, lower connection is added on the downside of the preceding rotation axis of the lower fabric transmission component Rod, the left end and right end of the lower connection rod are connected to left front transmission component by the 13rd axis and the 14th bearing respectively and support On montant, right driving front modular support montant, add and connect on the upside of the preceding rotation axis of the lower fabric transmission component Rod, the left end and right end of the upper connection rod are connected to left front transmission component support by 15 axis and the 16th bearing respectively and erect On bar, right driving front modular support montant, cloth-feeding system and batching system are added on rear side of the transmission component support system System, the cloth-feeding system include feed preparation unit roller, and the feed preparation unit roller is supported by work feed roll support system, and the work feed roll support system is Highly fixed support system, the feed preparation unit roller are located at the back lower place of the rear loose roll of upper fabric transmission component, the batching system System includes cloth beam, and the cloth beam is supported by batching roll support system, and the batching roll support system is liftable support System is connected with lower nozzle component on the downside belt of the lower endless belt, connects on the downside belt of endless belt on described Upper nozzle component is connected to, the lower nozzle component is identical with the structure of upper nozzle component, the lower nozzle component and upper spray The top of head assembly is fixedly connected with belt, and the bottom end of the lower nozzle component and upper nozzle component is connected with jet head sets, described Jet head sets control ink-jet or not ink-jet by spray printing control system.
It is 2. a kind of based on a kind of positive and negative stamp digital inking printing of positive and negative stamp digital inkjet printing machine described in claim 1 Method, it is characterized in that:Including the positive and negative synchronous printing method of fabric, the positive and negative equidistant interval printing method of fabric, fabric face list Only printing method;For the positive and negative synchronous printing method of fabric, the fabric of required stamp then will wound on feed preparation unit roller first Feed preparation unit roller be placed on work feed roll support system support on, and feed preparation unit roller be located at the rear loose roll of upper fabric transmission component it is rear under Empty cloth beam is then placed in batching roll support system, then rises or falls batching roll support system by side, So that cloth beam is located at the back lower place of the rear loose roll of lower fabric transmission component, then by the fabric of required stamp from work feed It is pulled out on roller, fabric is then passed through into the conveyer belt of upper fabric transmission component, then by fabric before upper fabric transmission component Live-roller bypasses, fabric is then bypassed to the driving front roller of lower connection rod and lower fabric transmission component successively, then wears fabric Cross down the conveyer belt of fabric transmission component, finally by fabric around the rear loose roll of lower fabric transmission component, finally by fabric one Week on cloth beam, so as to complete the Initialize installation of fabric, then passes to the image of stamp needed for fabric face The image of stamp needed for fabric backing is passed to upper printing component by the spray printing control system of the upper nozzle component of upper printing component Lower nozzle component spray printing control system, during stamp, the 5th switch is set to be closed first, so that 6th bearing is not with the right side Lower connection cross bar rotates together, so that lower printing component is stopped, the 6th switch of setting disconnects, so that the tenth axis It holds and upper right connection cross bar is followed to rotate together, so that upper printing component works, first switch and second switch are set Closed state is in, so that the upper controller and lower control device of lower fabric transmission component and upper fabric transmission component Electromagnet there is magnetism so that the conveyer belt of lower fabric transmission component and upper fabric transmission component along preceding rotating roller and Loose roll rotates afterwards, so as to which the fabric of stamp needed for driving constantly is wound up by feed preparation unit roller on cloth beam, during this, and upper stamp The spray printing control system control jet head sets of the upper nozzle component of component carry out spray printing, start constantly to carry out front to the front of fabric The stamp of the image of required stamp, when the image of fabric face stamp starts to be transmitted to immediately below lower nozzle component, setting the Five switches disconnect, so that 6th bearing follows bottom right connection cross bar to rotate together, so that lower printing component starts work Make, this at present the lower nozzle component of printing component spray printing control system control jet head sets carry out spray printing, start to the anti-of fabric Face constantly carries out the stamp of the image of stamp needed for reverse side, and realizes fabric face print synchronous with the same position of reverse side Flower, when the stamp of the image of stamp needed for required front is completed in the front of fabric, the 6th switch of setting is closed, so that Tenth bearing is not rotated with upper right connection cross bar, so that upper printing component is stopped, still sets the 5th to open at this time Shutdown is opened, so that 6th bearing follows bottom right connection cross bar to rotate together, so that lower printing component works on, directly To the whole stamps for the corresponding reverse side position for completing fabric of the front with stamp;For the positive and negative equidistant interval stamp of fabric Feed preparation unit roller is then placed on the support of work feed roll support system by the fabric of required stamp by method wound on feed preparation unit roller first On, and feed preparation unit roller is located at the back lower place of the rear loose roll of upper fabric transmission component, and empty cloth beam then is placed on cloth beam In support system, then batching roll support system is risen or fallen, so that cloth beam is located at lower fabric transmission group The back lower place of the rear loose roll of part, then pulls out the fabric of required stamp from feed preparation unit roller, and fabric then is passed through upper fabric The driving front roller of fabric from upper fabric transmission component is then bypassed, then bypasses fabric successively by the conveyer belt of transmission component The driving front roller of lower connection rod and lower fabric transmission component, the conveyer belt, last that fabric is then passed through to lower fabric transmission component By fabric around the rear loose roll of lower fabric transmission component, finally by fabric one week on cloth beam, so as to complete fabric Initialize installation, the image of stamp needed for fabric face is then passed to the spray printing control of the upper nozzle component of upper printing component The image of stamp needed for fabric backing is passed to the spray printing control system of the lower nozzle component of upper printing component by system processed, and The image for keeping stamp needed for fabric face is identical with the length of the image of stamp needed for fabric backing, during stamp, sets first 5th switch disconnects, so that 6th bearing follows bottom right connection cross bar to rotate together, so that lower printing component carries out Work, while the 6th switch is set to disconnect, so that the tenth bearing follows upper right connection cross bar to rotate together, so that on Printing component works, and first switch and second switch is set to be in closed state, so that lower fabric transmission component There is magnetism with the upper controller of upper fabric transmission component and the electromagnet of lower control device, so that lower fabric transmission group The conveyer belt of part and upper fabric transmission component is rotated along preceding rotating roller and rear loose roll, so as to drive the fabric of required stamp not It is disconnected to be wound up on cloth beam by feed preparation unit roller, during this, the spray printing control system control spray of the upper nozzle component of upper printing component Head group carries out spray printing, starts constantly to carry out the front of fabric the stamp of first image of stamp needed for front, lower stamp group The spray printing control system control jet head sets of the lower nozzle component of part carry out spray printing, start constantly to carry out reverse side institute to the reverse side of fabric The stamp of first image of stamp is needed, lasts up to the stamp, simultaneously that fabric completes first image of stamp needed for front Complete reverse side needed for stamp first image stamp, then set the 5th switch be closed so that 6th bearing not with Bottom right connection cross bar rotates together, so that lower printing component is stopped, while sets the 6th switch to be closed, so that Tenth bearing is not rotated with upper right connection cross bar, so that upper printing component is stopped, until fabric running length Equal to first image of stamp needed for the spacing between lower fabric transmission component and upper fabric transmission component and fabric backing The sum of length then sets the 5th switch to disconnect, so that 6th bearing follows bottom right connection cross bar to rotate together, so as to make Printing component must be descended to work, while the 6th switch is set to disconnect, so that the tenth bearing follows upper right to connect cross bar one Rotation is played, so that upper printing component works, during this, the spray printing control system of the upper nozzle component of upper printing component System control jet head sets carry out spray printing, start constantly to carry out the front of fabric on the stamp of second image of stamp needed for front, The spray printing control system control jet head sets of the lower nozzle component of lower printing component carry out spray printing, start to the reverse side of fabric constantly into The stamp of second image of stamp needed for row reverse side lasts up to and completes the stamp of all images of stamp needed for front, same When complete reverse side needed for stamp all images stamp;For the independent printing method of fabric face, first by required stamp Fabric wound on feed preparation unit roller, then feed preparation unit roller is placed in the support of work feed roll support system, and feed preparation unit roller is located at upper fabric Empty cloth beam is then placed in batching roll support system, then by batching by the back lower place of the rear loose roll of transmission component Roll support system is risen or fallen, so that cloth beam is located at the back upper place of the rear loose roll of lower fabric transmission component, Then the fabric of required stamp from feed preparation unit roller is pulled out, fabric is then passed through to the conveyer belt, then of upper fabric transmission component The driving front roller of fabric from upper fabric transmission component is bypassed, then by fabric successively around upper connection rod, finally by fabric one Week, so as to complete the Initialize installation of fabric, fabric was located at the conveyer belt of lower fabric transmission component at this time on cloth beam Surface, then the image of stamp needed for fabric face is passed to upper printing component upper nozzle component spray printing control system System during stamp, sets the 5th switch to be closed first, so that 6th bearing is not rotated with bottom right connection cross bar, so as to So that lower printing component is stopped, while sets the 6th switch to disconnect, so that the tenth bearing follows upper right to connect cross bar It rotates together, so that upper printing component works, setting second switch is in closed state, so that upper fabric The electromagnet of the upper controller of transmission component and lower control device has magnetism, so that the transmission of upper fabric transmission component Band is rotated along preceding rotating roller and rear loose roll, so as to which the fabric for driving required stamp is constantly wound up into cloth beam by feed preparation unit roller On, while first switch is set to be in off-state, so that the upper controller of lower fabric transmission component and lower control The electromagnet of device loses magnetism, so that the driving front roller and rear loose roll of lower fabric transmission component stop operating, so as to So that the conveyer belt stop motion of lower fabric transmission component, at this time the driving front roller of lower fabric transmission component and rear loose roll it Between install heating unit additional, heating unit is supported by support system, support system insertion mounted on lower fabric transmission component forward pass On dynamic roller and rear loose roll, heating unit is located at the surface of the conveyer belt of lower fabric transmission component, goes up printing component at this time The spray printing control system control jet head sets of upper nozzle component carry out spray printing, start that the front of fabric is constantly carried out printing needed for front The stamp of colored image, the reverse side of the fabric after the stamp of front is around upper connection rod, so that just completes is being located at fabric just The graphic image in face is not damaged, and the front around the fabric after the stamp of upper connection rod carries out under the action of attachment means Heating, so as to carry out fixation to the graphic image of completion, the fabric for finally completing front stamp and process tint retention is continuous It just faces outwardly on cloth beam, lasts up to the whole independent stamps in front for completing fabric.
CN201810056339.1A 2018-01-20 2018-01-20 A kind of positive and negative stamp digital inkjet printing machine and printing method Pending CN108162609A (en)

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CN201810056339.1A CN108162609A (en) 2018-01-20 2018-01-20 A kind of positive and negative stamp digital inkjet printing machine and printing method

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
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

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