CN205112632U - Seal changes unites integrative transfer printing equipment - Google Patents
Seal changes unites integrative transfer printing equipment Download PDFInfo
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- CN205112632U CN205112632U CN201520619014.1U CN201520619014U CN205112632U CN 205112632 U CN205112632 U CN 205112632U CN 201520619014 U CN201520619014 U CN 201520619014U CN 205112632 U CN205112632 U CN 205112632U
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Abstract
The utility model provides a transfer printing equipment, this equipment of uses seamless annular seal to change the blanket area as the temporary carrier of rendition, and printing unit and roll rendition unit are with range upon range of mode, or the beam type, or horizontal, or the distribution of satellite formula is in the frame to it unites integrative transfer printing equipment to constitute printing and transfer printing. The production of high -quality with no paper transfer printing can be realized to this equipment of application. Because it is the temporary carrier of rendition to adopt seamless annular seal to change the blanket area, the consumption of no paper consumptive material not only reduces the running cost, and green, economical and practical.
Description
Technical field
The present invention relates to the dyeing machine of textile industry, specifically refer to a kind of transfer printing device, this equipment turns blanket band for the temporary carrier of transfer printing with seamless annular print, printing element and roll transfer printing unit are with overlapped way, or beam type, horizontal, or satellite-type is distributed in frame, thus form the transfer printing device of printing and transfer printing associating one, the with no paper transfer printing of high-quality can be realized and produce.
Background technology
Dyeing and printing process and mechanical class numerous, product variety is extensive.The main printing technology of stamp in the market has screen printing, roller printing, table printing, transfer printing and digital ink-jet printed, corresponding equipment mainly circular screen printer, flat screen printing machine, roller printing printing machine, platen printing machine, transfer printing machine, code ink jet printing machine etc.The stamp of early stage China adopts roller printing mostly, the LM532 roller printing machine of First sizing as domestic in nineteen fifties.Later 1970s afterwards, domestic sizing produces LMH551-140 flat screen printing machine.And in the international frame exhibition of external 1963 Nian (ITMA), the appearance of First circular screen printer causes a sensation, the application of ROTARY SCREAM PRINTING, as roller printing, makes the stamp speed of textile reach PLATE SCREAM PRINTING speed 3-4 doubly.Domestic until 1985, the LMH571A-180 circular screen printer of First sizing, just starts to drop into batch production.But along with social technology progress and cultural development, prior art cannot meet the demand to the upper environmental protection economical production and processing of demand and society that high-quality dyeing and printing products is produced on market gradually.The gorgeous degree of roller printing color is poor; Although table printing stamp chromatography number is unrestricted, and the printing of look frame is spaced longer, not easily produces and cuts marks, and productive labor is strong comparatively large, and it is uneven that slurry is scraped in easy generation; PLATE SCREAM PRINTING pattern concentration is bright-coloured is better than roller printing, but lines fineness is not obvious, style limited size system; ROTARY SCREAM PRINTING, due to the restriction by cylinder structure, prints meticulous lines timeliness fruit not very good; Digital ink-jet printed production efficiency is low, is difficult to low-cost production in enormous quantities.Transfer printing with its imitative digital print quality, and can be mass-produced, cost far below digit printing, therefore wide market, but the consumption of transfer paper sheet becomes the obstacle that its greenization is produced.In recent years, some units have also started to develop some with no paper transfer printing devices, such as " printing and dyeing " the 8th phase in 2003 " without paper Heat Transfer Printing " describes a kind of real silk, textile, the Heat Transfer Printing of polyester-cotton fabric and with metal forming substitute hot transfer paper without paper Heat Transfer Printing, decorative pattern is printed on belt metal steel strap by its mode by intaglio printing; Steel band with full pattern is affixed synchronous through overheated transfer area with cloth to be printed, and the decorative pattern in the process on endless belt is transferred on cloth, completes the stamp of cloth, in the exit of hot transfer area, endless belt is separated with figured cloth, and figured cloth removes finished product basket, and endless belt goes to debris getting clear (area); In debris getting clear (area), the debris getting on endless belt is eliminated and reclaims (stand-by), and clean endless belt enters the entrance of Printing Zone, starts new circulation, the circulation that endless belt goes round and begins again thus, achieves without paper technique.Publication No. is a kind of non-paper active cold-transfer printing machine disclosed in CN101786373A, its mechanism have employed to tradition using paper as the similar structure of the transfer printing machine of the temporary carrier of transfer printing, but the plastic tape that have employed reusable edible substitutes paper realizes with no paper as the temporary carrier of transfer printing.But we find in actual applications: one, disclosed is all material substitution paper by metal forming or these reusable edibles of plastic tape without paper transfering printing technology scheme, but the surface tension of these materials is all very low, graphic-print will be needed in metal forming or plastic tape to adopt solvent type ink, production process organic solvent volatile quantity is large, secondly, if will obtain high-precision printing effect, metal forming or plastic tape surface need the process carrying out the modes such as corona, and through recycling several times, plastic tape surface treatment effect disappears thus causes printing quality degradation, again, " also need to capture some difficulties described in " printing and dyeing " the 8th phase in 2003 " without paper Heat Transfer Printing " literary composition, as tension force regulation and control problem ", stretching because steel band and plastic tape are all non-can the material of resilience, but in order to reach the accurate location of pattern in transfer process, the requirement of the fineness of pattern line, inevitably need to carry out tension force control to the temporary carrier of transfer printing, and due to the application moved in circles of steel band and plastic tape, cycle-index is more, the miniature deformation of the steel band that each tension force stretching causes or plastics will add up to amplify, because its stretching is irrecoverable, therefore certain cycle-index is exceeded, accumulative deformation will have a strong impact on the quality of stamp, so the replacing of steel band and plastic tape is also comparatively frequently during actual production, relative paper, production cost is difficult to be effectively reduced.
Along with the demand of dyeing for printing and dyeing production energy-saving and emission-reduction strengthens further, on stamp is produced, need a kind of practical technique and equipment of with no paper transfer printing.
Summary of the invention
Main purpose of the present invention is to provide a kind of equipment being applicable to transfer printing, and it can show pattern fine lines bar profile, without the consumption of the temporary carrier of the transfer printings such as paper.
For achieving the above object, the invention provides a kind of print and turn associating one transfer printing device, it is the temporary carrier of transfer printing that this equipment turns blanket band 4 with seamless annular print, printing element and transfer printing unit are with overlapped way, or beam type, or it is horizontal, or satellite-type is distributed in frame 13, formation print system and the print that transferring system forms turn combines one transfer printing device, or stacked print system and the print that beam type transferring system forms turn and combine one transfer printing device, or stacked print system and the print that horizontal transferring system forms turn and combine one transfer printing device, or horizontal printing system and the print that horizontal transferring system forms turn and combine one transfer printing device, or satellite print system and the print that satellite-type transferring system forms turn and combine one transfer printing device, or satellite print system and the print that stacked transferring system forms turn and combine one transfer printing device, or stacked print system and the print that satellite-type transferring system forms turn and combine one transfer printing device, the with no paper transfer printing of high-quality can be realized produce.Specifically, this equipment is by mainframe 13,2-8 printing elements, 2-8 roll transfer printing unit, seamless annular print turns blanket band 4, blanket band tensioning apparatus 3, blanket band deviation correcting device 11, blanket band cleaning device 10, bearing roller 5, bearing roller 18, seamless annular blanket band 16, blanket band driven roller 17, infrared dryer 7, and the mechanism such as fabric weft straightener 2 composition.
Stacked, or in horizontal printing system, the printing plate cylinder that described printing element adopts is intaglio printing plate roller 8, the supporting closed scraper 9 of printing plate cylinder, and printing plate cylinder is synchronous by servomotor, and bearing roller 5 is horizontally-opposed with intaglio printing plate roller 8; Seamless annular print turns blanket band 4 as the temporary carrier of transfer printing through bearing roller 5 and intaglio printing plate roller 8, successively through the printing of 2-8 printing element, and decalcomania of undertaking the printing of; Installation infrared drier 7 between each printing element.
In satellite print system, the printing plate cylinder that described printing element adopts is intaglio printing plate roller 8, the supporting closed scraper 9 of printing plate cylinder, and printing plate cylinder is synchronous by servomotor, intaglio printing plate roller 8 centered by bearing roller 18, around bearing roller 18 circumferential surface; Seamless annular print turns blanket band 4 as the temporary carrier of transfer printing through bearing roller 18 and intaglio printing plate roller 8, successively through the printing of 2-8 printing element, and decalcomania of undertaking the printing of; Installation infrared drier 7 between each printing element.
Stacked, or beam type, or in horizontal transferring system, described transfer printing unit by backer roll 15, bearing roller 5, and seamless annular blanket band 16 forms; Seamless annular blanket band 16 coated bearing roller 5 side, the seamless annular that fabric 1 to be printed enters decalcomania of having undertaken the printing of prints the transfer area turned between blanket band 4 and seamless annular blanket band 16, backer roll 15 is driven to apply pressure to bearing roller 5 by pressurized cylinder 14, fabric 1 to be printed is successively after the exerting pressure of 2-8 transfer printing unit, and decalcomania turns blanket band 4 by seamless annular print and transfers on fabric 1 to be printed.
In satellite-type transferring system, described transfer printing unit is by backer roll 15, and bearing roller 18 forms; Backer roll 15 is driven to apply pressure to bearing roller 18 by pressurized cylinder 14, the seamless annular print of decalcomania of having undertaken the printing of turn blanket band 4 and fabric to be printed 1 fit after through backer roll 15 and bearing roller 18, fabric 1 to be printed turns between blanket band at bearing roller 18 and seamless annular print, exerting pressure successively through 2-8 transfer printing unit, decalcomania turns blanket band 4 by seamless annular print and transfers on fabric 1 to be printed.
Described seamless annular print turns blanket band 4 and controls tension force by blanket band tensioning apparatus 3, is rectified a deviation by blanket band deviation correcting device 11; Complete the seamless annular print after transfer printing through roll transfer printing unit to turn blanket band 4 and cleaned by blanket band cleaning device 10, and after infrared dryer 7 is dried, then reenter printing element, thus realize continuous seepage.
Described seamless annular blanket band 16 is natural rubber blanket band or butadiene-styrene rubber blanket band, and surperficial shore hardness is 85 ~ 100 degree.
The intaglio printing plate roller 8 of described printing element is chromium seal carving brush rolls, and diameter is 100-400mm, stacked, or in horizontal printing system, opposed bearing roller 5 diameters≤intaglio printing plate roller 8 diameter, in satellite print system, bearing roller 18 diameter is 600-1600mm.
The backer roll 15 of described transfer printing unit, diameter is 100-400mm, and its bottom roller is the seamless steel rider of sandwich-type, is equipped with hotline heater inside, and heating-up temperature is room temperature ~ 250 DEG C, the coated seamless rubber of roller surface, and surperficial shore hardness is 90 ~ 100 degree; Stacked, or beam type, or in horizontal transferring system, opposed bearing roller 5 diameters≤intaglio printing plate roller 8 diameter; In satellite-type transferring system, bearing roller 18 diameter is 600-1600mm.
Described bearing roller 5 is metallic roll, or the metallic roll of Surface coating rubber; Described bearing roller 18 is Surface coating rubber and the metallic roll of cavity oiling, and rubber surface shore hardness is 90 degree, and metallic roll heats fluid by the electrical bar being built in cavity, thus can by breast roll temperature to 30-150 DEG C.
Described print turns the application process of the transfer printing of associating one transfer printing device:
Described print turns associating one transfer printing device and turns blanket band 4 for the temporary carrier of transfer printing with seamless annular print, printing element and roll transfer printing unit are arranged in frame 13 both sides respectively with overlapped way, seamless annular print turns blanket band 4 and controls tension force by blanket band tensioning apparatus 3, is rectified a deviation by blanket band deviation correcting device 11; According to the design of decalcomania, through the printing of 2-8 printing element, seamless annular print turns blanket band 4 and to undertake the printing of decalcomania as the temporary carrier of transfer printing, by infrared dryer 7 drying blanket belt surface between each printing element, makes its surperficial layer of ink dry, in order to avoid colour contamination; Fabric 1 to be printed is after fabric weft straightener 2 centering, to be printed of fabric and seamless annular print and turn the one side that blanket band 4 is printed on decalcomania and fit, successively through the pressurization transfer printing of 2-8 roll transfer printing unit, transfer printing linear pressure is controlled by pressurized cylinder 14, be 10 ~ 80kg/cm, transfer printing is controlled by the hotline heater in backer roll 15, is room temperature ~ 250 DEG C; Through exerting pressure of 2-8 roll transfer printing unit, decalcomania turns blanket band 4 by seamless annular print and transfers on fabric 1 to be printed and namely produce PRINTED FABRIC; Complete the seamless annular print after transfer printing through roll transfer printing unit to turn blanket band 4 and cleaned by blanket band cleaning device 10, and after infrared dryer 7 is dried, then reenter printing element, thus realize continuous seepage.
Beneficial effect of the present invention is: printing element and transfer printing unit associations one, facility compact.Each printing element adopts 360 ° of circumferences to regulate version, and each printing element can be meshing or unclamp separately, so that other printing elements continue printing.Printing element adopts closed scraper, and compared to traditional roller list scraper, wiping is clean, there is not the problem of residual ink trickling; And due to scraper and roller tangent line in obtuse angle, therefore between scraper and roller, ink can not accumulate, and ink inside circulation in black chamber upgrades smooth, ensure that the stable of press quality, adapts to the production of high speed of a motor vehicle condition.Adopting seamless annular print to turn blanket band is the temporary carrier of transfer printing, without the consumption of paper consumptive material, not only reduces operating cost, and environmental protection, economical and practical.
Accompanying drawing explanation
Below in conjunction with drawings and Examples to further instruction of the present invention.
The print that the stacked print system of Fig. 1 and stacked transferring system form turns combines one transfer printing device.
The print that the stacked print system of Fig. 2 and beam type transferring system form turns combines one transfer printing device.
The print that the stacked print system of Fig. 3 and horizontal transferring system form turns combines one transfer printing device.
The print that Fig. 4 horizontal printing system and horizontal transferring system form turns combines one transfer printing device.
The print that Fig. 5 satellite print system and satellite-type transferring system form turns combines one transfer printing device.
The print that Fig. 6 satellite print system and stacked transferring system form turns combines one transfer printing device.
The print that the stacked print system of Fig. 7 and satellite-type transferring system form turns combines one transfer printing device.
1-fabric 2-to be printed fabric weft straightener 3-blanket band tensioning apparatus
4-is seamless, and annular print turns blanket band 5-bearing roller 6-deflector roll
The closed scraper of 7-infrared dryer 8-intaglio printing plate roller 9-
10-blanket band cleaning device 11-blanket band deviation correcting device 12-PRINTED FABRIC
13-frame 14-pressurized cylinder 15-backer roll
16-is seamless annular blanket band 17-blanket band driven roller 18-bearing roller
Detailed description of the invention
Below by accompanying drawing and enumerate embodiments of the present invention, technical scheme of the present invention is described in further detail.It should be noted that: the invention is not restricted to described embodiment, those skilled in the art can limit in protection domain in design of the present invention and claim and carry out various remodeling.
The print that the stacked print system of embodiment 1 and stacked transferring system form turns the transfer printing of combining one transfer printing device and produces.
Print turn associating one transfer printing device turns blanket band 4 for the temporary carrier of transfer printing with seamless annular print, printing element and transfer printing unit are all distributed in frame 13 both sides with overlapped way, and the print that constituting layer stacked print system and stacked transferring system form turns combines one transfer printing device.Specifically, this equipment is by mainframe 13,2-8 printing elements, 2-8 roll transfer printing unit, seamless annular print turns blanket band 4, blanket band tensioning apparatus 3, blanket band deviation correcting device 11, blanket band cleaning device 10, bearing roller 5, seamless annular blanket band 16, blanket band driven roller 17, infrared dryer 7, and the mechanism such as fabric weft straightener 2 composition.
In stacked print system, the printing plate cylinder that described printing element adopts is intaglio printing plate roller 8, the supporting closed scraper 9 of printing plate cylinder, and printing plate cylinder is synchronous by servomotor, and bearing roller 5 is horizontally-opposed with intaglio printing plate roller 8; Seamless annular print turns blanket band 4 as the temporary carrier of transfer printing through bearing roller 5 and intaglio printing plate roller 8, successively through the printing of 2-8 printing element, and decalcomania of undertaking the printing of; Installation infrared drier 7 between each printing element.
In stacked transferring system, described transfer printing unit by backer roll 15, bearing roller 5, and seamless annular blanket band 16 forms; Seamless annular blanket band 16 coated bearing roller 5 side, the seamless annular that fabric 1 to be printed enters decalcomania of having undertaken the printing of prints the transfer area turned between blanket band 4 and seamless annular blanket band 16, backer roll 15 is driven to apply pressure to bearing roller 5 by pressurized cylinder 14, fabric 1 to be printed is successively after the exerting pressure of 2-8 transfer printing unit, and decalcomania turns blanket band 4 by seamless annular print and transfers on fabric 1 to be printed.
Described seamless annular print turns blanket band 4 and controls tension force by blanket band tensioning apparatus 3, is rectified a deviation by blanket band deviation correcting device 11; Complete the seamless annular print after transfer printing through roll transfer printing unit to turn blanket band 4 and cleaned by blanket band cleaning device 10, and after infrared dryer 7 is dried, then reenter printing element, thus realize continuous seepage.
Described seamless annular blanket band 16 is natural rubber blanket band or butadiene-styrene rubber blanket band, and surperficial shore hardness is 85 ~ 100 degree.
The intaglio printing plate roller 8 of described printing element is chromium seal carving brush rolls, and diameter is 100-400mm, in stacked print system, and opposed bearing roller 5 diameters≤intaglio printing plate roller 8 diameter.
The backer roll 15 of described transfer printing unit, diameter is 100-400mm, and its bottom roller is the seamless steel rider of sandwich-type, is equipped with hotline heater inside, and heating-up temperature is room temperature ~ 250 DEG C, the coated seamless rubber of roller surface, and surperficial shore hardness is 90 ~ 100 degree; In stacked transferring system, opposed bearing roller 5 diameters≤intaglio printing plate roller 8 diameter.
Described bearing roller 5 is metallic roll, or the metallic roll of Surface coating rubber; Rubber surface shore hardness is 90 degree, and metallic roll heats fluid by the electrical bar being built in cavity, thus can by breast roll temperature to 30-150 DEG C.
The print that the stacked print system of embodiment 2 and beam type transferring system form turns the stamp of combining one transfer printing device and produces.
Print turns an associating one transfer printing device and turns blanket band 4 for the temporary carrier of transfer printing with seamless annular print, and stacked print system and beam type transferring system are distributed in frame 13 form print turn combines integrally transfer printing device.Specifically, this equipment is by mainframe 13,2-8 printing elements, 2-8 roll transfer printing unit, seamless annular print turns blanket band 4, blanket band tensioning apparatus 3, blanket band deviation correcting device 11, blanket band cleaning device 10, bearing roller 5, seamless annular blanket band 16, blanket band driven roller 17, infrared dryer 7, and the mechanism such as fabric weft straightener 2 composition.
Stacked print system is identical with embodiment 1.
In beam type transferring system, described transfer printing unit by backer roll 15, bearing roller 5, and seamless annular blanket band 16 forms; Seamless annular blanket band 16 coated bearing roller 5 side, the seamless annular that fabric 1 to be printed enters decalcomania of having undertaken the printing of prints the transfer area turned between blanket band 4 and seamless annular blanket band 16, backer roll 15 is driven to apply pressure to bearing roller 5 by pressurized cylinder 14, fabric 1 to be printed is successively after the exerting pressure of 2-8 transfer printing unit, and decalcomania turns blanket band 4 by seamless annular print and transfers on fabric 1 to be printed.
It is identical with embodiment 1 with seamless annular blanket band 16 that described seamless annular print turns blanket band 4.
The backer roll 15 of described transfer printing unit is identical with embodiment 1 with bearing roller 5.
The print that the stacked print system of embodiment 3 and horizontal transferring system form turns the stamp of combining one transfer printing device and produces.
Print turns an associating one transfer printing device and turns blanket band 4 for the temporary carrier of transfer printing with seamless annular print, and stacked print system and horizontal transferring system are distributed in frame 13 form print turn combines integrally transfer printing device.Specifically, this equipment is by mainframe 13,2-8 printing elements, 2-8 roll transfer printing unit, seamless annular print turns blanket band 4, blanket band tensioning apparatus 3, blanket band deviation correcting device 11, blanket band cleaning device 10, bearing roller 5, seamless annular blanket band 16, blanket band driven roller 17, infrared dryer 7, and the mechanism such as fabric weft straightener 2 composition.
Stacked print system is identical with embodiment 1.
In horizontal transferring system, described transfer printing unit by backer roll 15, bearing roller 5, and seamless annular blanket band 16 forms; Seamless annular blanket band 16 coated bearing roller 5 side, the seamless annular that fabric 1 to be printed enters decalcomania of having undertaken the printing of prints the transfer area turned between blanket band 4 and seamless annular blanket band 16, backer roll 15 is driven to apply pressure to bearing roller 5 by pressurized cylinder 14, fabric 1 to be printed is successively after the exerting pressure of 2-8 transfer printing unit, and decalcomania turns blanket band 4 by seamless annular print and transfers on fabric 1 to be printed.
It is identical with embodiment 1 with seamless annular blanket band 16 that described seamless annular print turns blanket band 4.
The backer roll 15 of described transfer printing unit is identical with embodiment 1 with bearing roller 5.
Embodiment 4 horizontal printing system and the print that horizontal transferring system forms turn the stamp of combining one transfer printing device and produce.
Print turns an associating one transfer printing device and turns blanket band 4 for the temporary carrier of transfer printing with seamless annular print, and horizontal printing system and horizontal transferring system are distributed in frame 13 two ends and forms to print and turn combine integrally transfer printing device.Specifically, this equipment is by mainframe 13,2-8 printing elements, 2-8 roll transfer printing unit, seamless annular print turns blanket band 4, blanket band tensioning apparatus 3, blanket band deviation correcting device 11, blanket band cleaning device 10, bearing roller 5, seamless annular blanket band 16, blanket band driven roller 17, infrared dryer 7, and the mechanism such as fabric weft straightener 2 composition.
In horizontal printing system, the printing plate cylinder that described printing element adopts is intaglio printing plate roller 8, the supporting closed scraper 9 of printing plate cylinder, and printing plate cylinder is synchronous by servomotor, and bearing roller 5 is horizontally-opposed with intaglio printing plate roller 8; Seamless annular print turns blanket band 4 as the temporary carrier of transfer printing through bearing roller 5 and intaglio printing plate roller 8, successively through the printing of 2-8 printing element, and decalcomania of undertaking the printing of; Installation infrared drier 7 between each printing element.
Described horizontal transferring system is identical with embodiment 3.
It is identical with embodiment 1 with seamless annular blanket band 16 that described seamless annular print turns blanket band 4.
The backer roll 15 of described transfer printing unit is identical with embodiment 1 with bearing roller 5.
Embodiment 5 satellite print system and the print that satellite-type transferring system forms turn the stamp of combining one transfer printing device and produce.
Print turns an associating one transfer printing device and turns blanket band 4 for the temporary carrier of transfer printing with seamless annular print, and satellite print system and satellite-type transferring system are distributed in frame 13 two ends and forms to print and turn combine integrally transfer printing device.Specifically, this equipment by mainframe 13,2-8 printing elements, 2-8 roll transfer printing unit, seamless annular print turns blanket band 4, blanket band tensioning apparatus 3, blanket band deviation correcting device 11, blanket band cleaning device 10, bearing roller 18, infrared dryer 7, and the mechanism such as fabric weft straightener 2 composition.
In satellite print system, the printing plate cylinder that described printing element adopts is intaglio printing plate roller 8, the supporting closed scraper 9 of printing plate cylinder, and printing plate cylinder is synchronous by servomotor, intaglio printing plate roller 8 centered by bearing roller 18, around bearing roller 18 circumferential surface; Seamless annular print turns blanket band 4 as the temporary carrier of transfer printing through bearing roller 18 and intaglio printing plate roller 8, successively through the printing of 2-8 printing element, and decalcomania of undertaking the printing of; Installation infrared drier 7 between each printing element.
In satellite-type transferring system, described transfer printing unit is by backer roll 15, and bearing roller 18 forms; Backer roll 15 is driven to apply pressure to bearing roller 18 by pressurized cylinder 14, the seamless annular print of decalcomania of having undertaken the printing of turn blanket band 4 and fabric to be printed 1 fit after through backer roll 15 and bearing roller 18, fabric 1 to be printed turns between blanket band at bearing roller 18 and seamless annular print, exerting pressure successively through 2-8 transfer printing unit, decalcomania turns blanket band 4 by seamless annular print and transfers on fabric 1 to be printed.
It is identical with embodiment 1 that described seamless annular print turns blanket band 4.
The intaglio printing plate roller 8 of described printing element is chromium seal carving brush rolls, and diameter is 100-400mm, and bearing roller 18 diameter is 600-1600mm.
The backer roll 15 of described transfer printing unit, diameter is 100-400mm, and its bottom roller is the seamless steel rider of sandwich-type, is equipped with hotline heater inside, and heating-up temperature is room temperature ~ 250 DEG C, the coated seamless rubber of roller surface, and surperficial shore hardness is 90 ~ 100 degree; In satellite-type transferring system, bearing roller 18 diameter is 600-1600mm.
Described bearing roller 18 is Surface coating rubber and the metallic roll of cavity oiling, and rubber surface shore hardness is 90 degree, and metallic roll heats fluid by the electrical bar being built in cavity, thus can by breast roll temperature to 30-150 DEG C.
Embodiment 6 satellite print system and the print that stacked transferring system forms turn the stamp of combining one transfer printing device and produce.
Print turns an associating one transfer printing device and turns blanket band 4 for the temporary carrier of transfer printing with seamless annular print, and satellite print system and stacked transferring system are distributed in frame 13 two ends and forms to print and turn combine integrally transfer printing device.Specifically, this equipment is by mainframe 13,2-8 printing elements, 2-8 roll transfer printing unit, seamless annular print turns blanket band 4, blanket band tensioning apparatus 3, blanket band deviation correcting device 11, blanket band cleaning device 10, bearing roller 5, seamless annular blanket band 16, blanket band driven roller 17, infrared dryer 7, and the mechanism such as fabric weft straightener 2 composition.
Described satellite print system is identical with embodiment 5.
Described stacked transferring system is identical with embodiment 1.
It is identical with embodiment 1 with seamless annular blanket band 16 that described seamless annular print turns blanket band 4.
The print that the stacked print system of embodiment 7 and satellite-type transferring system form turns the stamp of combining one transfer printing device and produces.
Print turns an associating one transfer printing device and turns blanket band 4 for the temporary carrier of transfer printing with seamless annular print, and stacked print system and satellite-type transferring system are distributed in frame 13 two ends and forms to print and turn combine integrally transfer printing device.Specifically, this equipment by mainframe 13,2-8 printing elements, 2-8 roll transfer printing unit, seamless annular print turns blanket band 4, blanket band tensioning apparatus 3, blanket band deviation correcting device 11, blanket band cleaning device 10, bearing roller 5, bearing roller 18, infrared dryer 7, and the mechanism such as fabric weft straightener 2 composition.
Described stacked print system is identical with embodiment 1.
Described satellite-type transferring system is identical with embodiment 5.
It is identical with embodiment 1 that described seamless annular print turns blanket band 4.
Claims (8)
1. print turns an associating one transfer printing device, it is characterized in that:
Described print turns associating one transfer printing device, blanket band (4) is turned for the temporary carrier of transfer printing with seamless annular print, printing element and transfer printing unit are with overlapped way, or beam type, or it is horizontal, or satellite-type is distributed in frame (13), the print that constituting layer stacked print system and stacked transferring system form turns combines one transfer printing device, or stacked print system and the print that beam type transferring system forms turn and combine one transfer printing device, or stacked print system and the print that horizontal transferring system forms turn and combine one transfer printing device, or horizontal printing system and the print that horizontal transferring system forms turn and combine one transfer printing device, or satellite print system and the print that satellite-type transferring system forms turn and combine one transfer printing device, or satellite print system and the print that stacked transferring system forms turn and combine one transfer printing device, or stacked print system and the print that satellite-type transferring system forms turn and combine one transfer printing device, described print turns associating one transfer printing device by mainframe (13), 2-8 printing element, 2-8 transfer printing unit, seamless annular print turns blanket band (4), blanket band tensioning apparatus (3), blanket band deviation correcting device (11), blanket band cleaning device (10), bearing roller (5), seamless annular blanket band (16), blanket band driven roller (17), infrared dryer (7), and fabric weft straightener (2) mechanism composition.
2. print turns associating one transfer printing device according to claim 1, it is characterized in that:
Stacked, or in horizontal printing system, the printing plate cylinder that described printing element adopts is intaglio printing plate roller (8), the supporting closed scraper (9) of printing plate cylinder, printing plate cylinder is synchronous by servomotor, and bearing roller (5) is horizontally-opposed with intaglio printing plate roller (8); Seamless annular print turns blanket band (4) as the temporary carrier of transfer printing through bearing roller (5) and intaglio printing plate roller (8), successively through the printing of 2-8 printing element, and decalcomania of undertaking the printing of; Installation infrared drier (7) between each printing element;
In satellite print system, the printing plate cylinder that described printing element adopts is intaglio printing plate roller (8), the supporting closed scraper (9) of printing plate cylinder, printing plate cylinder is synchronous by servomotor, intaglio printing plate roller (8) centered by bearing roller (18), around bearing roller (18) circumferential surface; Seamless annular print turns blanket band (4) as the temporary carrier of transfer printing through bearing roller (18) and intaglio printing plate roller (8), successively through the printing of 2-8 printing element, and decalcomania of undertaking the printing of; Installation infrared drier (7) between each printing element.
3. print turns associating one transfer printing device according to claim 1, it is characterized in that:
Stacked, or beam type, or in horizontal transferring system, described transfer printing unit by backer roll (15), bearing roller (5), and seamless annular blanket band (16) composition; Seamless annular blanket band (16) coated bearing roller (5) side, driven by blanket band driven roller (17), the seamless annular that fabric to be printed (1) enters decalcomania of having undertaken the printing of prints the transfer area turned between blanket band (4) and seamless annular blanket band (16), backer roll (15) is driven to apply pressure to bearing roller (5) by pressurized cylinder (14), fabric to be printed (1) is successively after the exerting pressure of 2-8 transfer printing unit, and decalcomania turns blanket band (4) by seamless annular print and transfers on fabric to be printed (1);
In satellite-type transferring system, described transfer printing unit is by backer roll (15), and bearing roller (18) forms; Backer roll (15) is driven to apply pressure to bearing roller (18) by pressurized cylinder (14), the seamless annular print of decalcomania of having undertaken the printing of turns blanket band (4) and fabric to be printed (1) laminating afterwards through backer roll (15) and bearing roller (18), fabric to be printed (1) is positioned at bearing roller (18) and seamless annular print turns between blanket band, exerting pressure successively through 2-8 transfer printing unit, decalcomania turns blanket band (4) by seamless annular print and transfers on fabric to be printed (1).
4. print turns associating one transfer printing device according to claim 1, it is characterized in that:
Described seamless annular print turns blanket band (4) and controls tension force by blanket band tensioning apparatus (3), is rectified a deviation by blanket band deviation correcting device (11); Complete the seamless annular print after transfer printing through transfer printing unit and turn blanket band (4) by blanket band cleaning device (10) cleaning, and after infrared dryer (7) is dried, then reenter printing element, thus realize continuous seepage.
5. print turns associating one transfer printing device according to claim 1, it is characterized in that:
Described ring seamless blanket band is natural rubber blanket band or butadiene-styrene rubber blanket band, and surperficial shore hardness is 85 ~ 100 degree.
6. print turns associating one transfer printing device according to claim 1, it is characterized in that:
The intaglio printing plate roller (8) of described printing element is chromium seal carving brush roll, diameter is 100-400mm, stacked, or in horizontal printing system, opposed bearing roller (5) diameter intaglio printing plate roller (8) diameter, in satellite print system, bearing roller (18) diameter is 600-1600mm.
7. print turns associating one transfer printing device according to claim 1, it is characterized in that:
The backer roll (15) of described transfer printing unit, diameter is 100-400mm, and its bottom roller is the seamless steel rider of sandwich-type, be equipped with hotline heater inside, heating-up temperature is room temperature ~ 250 DEG C, the coated seamless rubber of roller surface, and surperficial shore hardness is 90 ~ 100 degree; Stacked, or beam type, or in horizontal transferring system, opposed bearing roller (5) diameter intaglio printing plate roller (8) diameter; In satellite-type transferring system, bearing roller (18) diameter is 600-1600mm.
8. print turns associating one transfer printing device according to claim 1, it is characterized in that:
Described bearing roller (5) is metallic roll, or the metallic roll of Surface coating rubber; Described bearing roller (18) is for Surface coating rubber and the metallic roll of cavity oiling, rubber surface shore hardness is 90 degree, metallic roll heats fluid by the electrical bar being built in cavity, thus can by bearing roller (18) temperature to 30-150 DEG C.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201520619014.1U CN205112632U (en) | 2015-08-17 | 2015-08-17 | Seal changes unites integrative transfer printing equipment |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201520619014.1U CN205112632U (en) | 2015-08-17 | 2015-08-17 | Seal changes unites integrative transfer printing equipment |
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| CN205112632U true CN205112632U (en) | 2016-03-30 |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105150673A (en) * | 2015-08-17 | 2015-12-16 | 长胜纺织科技发展(上海)有限公司 | Integrated transfer printing device integrating printing and transfer printing |
| CN108342914A (en) * | 2017-01-23 | 2018-07-31 | 长胜纺织科技发展(上海)有限公司 | Transfer dyeing method |
| CN108790385A (en) * | 2017-07-03 | 2018-11-13 | 广州市富元服装辅料有限公司 | A kind of dyeing machine and its technological process |
-
2015
- 2015-08-17 CN CN201520619014.1U patent/CN205112632U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105150673A (en) * | 2015-08-17 | 2015-12-16 | 长胜纺织科技发展(上海)有限公司 | Integrated transfer printing device integrating printing and transfer printing |
| CN108342914A (en) * | 2017-01-23 | 2018-07-31 | 长胜纺织科技发展(上海)有限公司 | Transfer dyeing method |
| CN108790385A (en) * | 2017-07-03 | 2018-11-13 | 广州市富元服装辅料有限公司 | A kind of dyeing machine and its technological process |
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