CN104085180A - Commercial intelligent thermal transfer electronic imaging device - Google Patents
Commercial intelligent thermal transfer electronic imaging device Download PDFInfo
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- CN104085180A CN104085180A CN201410305549.1A CN201410305549A CN104085180A CN 104085180 A CN104085180 A CN 104085180A CN 201410305549 A CN201410305549 A CN 201410305549A CN 104085180 A CN104085180 A CN 104085180A
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Abstract
The invention discloses a commercial intelligent thermal transfer electronic imaging device. Due to the device, full-breadth personalized image thermal transfer can be performed on three-dimensional spherical arc surfaces on a large scale, personalized image transfer can be achieved on the front side and the back side of an irregular article at a time, and transfer is not limited by the shape of the article. The device comprises a main box, a nanometer silicon material, a vacuum platform device, a mechanical hasp, a display control panel and a foot mat.
Description
Technical field
The present invention relates to the intelligent heat-transmission transfer printing of a kind of commercialization electronic imaging device, be particularly related to and a kind ofly can on three-dimensional spherical arc face, carry out in enormous quantities the hot transfer printing of personalized image of full width face, can disposablely at irregular object positive and negative, realize personalized image transfer printing, not be subject to the restriction of body form.
Background technology
At present, the hot transfer technique occurring on market, mainly with for transfer printing plane (be referred to as in industry flat scald) and transfer printing product rolled on hot transfer surface (being referred to as boiling hot in industry) and utilize vacuum positive/negative-pressure and transfer film to be adjacent to the hot transfer technique product that (being referred to as positive/negative-pressure in industry vacuum hot transferred) realized transfer surface.For the transfer interpreter occurring on market, no matter be transfer printing plane, still roll transfer printing and positive/negative-pressure is vacuum hot transferred, mainly by frame, control cabinet, film-guiding device, lifting drive group, vavuum pump, vacuum reservoir, vacuumize pallet, pellosil, PET transfer film, heater, heating furnace, temperature control and partly form.During use, heat transfer film is delivered on the product surface of wanting transfer printing by film-guiding device, utilize lifting power plant that heated plate is pressed in to the surface of transfer film or utilizes positive/negative-pressure that transfer film and transfer product are adjacent to, when transfer film be heated and pressurized after, the image ink dye molecules sublimated gas China of printing or printing, just can realize image is transferred on the surface of product.Feature for the transfer technique maximum of above-mentioned employing is, utilize the technique of ink-jet printer or printing machine to realize personalized printing, in implementing the process of hot transfer printing, utilize frock and mould in conjunction with being transferred article, just can on cylinder, plane, stereo structure product, carry out transfer printing.Roll thermoprinting machine structure basic identical with the flat transfer interpreter that scalds, positive/negative-pressure vacuum heat transfer machine structure just adds to have filled a positive/negative-pressure generator and vacuum platform device thereof, this positive/negative-pressure vacuum platform device, conventional following three kinds of modes in industry, the first is to fix a pellosil at metal upper ledge, lower frame is metal tray, in metal tray, convince sags and crests or the air slot of gas by patient analysis, the article that are transferred are placed in metal tray, then after the upper ledge of fixing pellosil and metal tray being fastened, utilize the principle of positive/negative-pressure that the front surface of irregular product is adjacent to, the second is the hot transferring film of the PET of printed image, cover cap is being transferred on the metal tray frame of product, in metal tray, convince sags and crests or the air slot of gas by patient analysis, then after the upper ledge of fixing rubber and metal tray being fastened, utilize the pressure of snap close between upper ledge and pallet, PET heat transfer film fixing and locking, the principle of recycling heating plasticizing and positive/negative-pressure is adjacent to the front surface of irregular product, the third is silica gel sheath of moulding, the article that are transferred are put into silica gel sheath, silica gel running-on is sealed with press strip or pressure board, utilize positive/negative-pressure principle that the front surface of irregular product is adjacent to, then only need just can realize the hot transfer printing in the front of product by heating.Due to the above-mentioned heat transfer machine of mentioning, no matter be transfer printing plane (being referred to as flat scalding in industry), or rolling (being referred to as boiling hot in industry) and positive/negative-pressure vacuum heat transfer machine can only be all the irregular products of transfer printing one side, can not on spherical arc face, carry out the hot transfer printing of personalized pattern of full width face, can not realize personalized image transfer printing by the disposable positive and negative at irregular product, making like this production efficiency of heat transfer machine low, there is larger limitation in product range of application in the use.
Summary of the invention
In order to address the above problem, the object of the present invention is to provide and a kind ofly can on three-dimensional spherical arc face, carry out in enormous quantities the hot transfer printing of personalized image of full width face, can disposablely at irregular object positive and negative, realize personalized transfer printing, not be subject to the intelligent heat-transmission transfer printing of a kind of commercialization electronic imaging device of body form restriction.
For achieving the above object, the technical solution adopted in the present invention is:
The intelligent heat-transmission transfer printing of a kind of commercialization electronic imaging device, key is that the main box of this hot transfer apparatus is the cabinet that metal plate punching moulding forms interlayer cavity, in its interlayer cavity, fill the nano silicon material that forms insulation, described silicon materials are the silicon materials that nano silicon and nano-hollow glass microballoon collocation adhesive are made, at the right side wall of main box, be provided with electronic circuit installation and repairing door and in order to the fixing switch hinge hinge of electronic circuit installation and repairing door, in electronic circuit installation and repairing door, be provided with vacuum positive/negative-pressure generator, intelligent temperature and pressure control module device, circulating fan, cooling fan, described blower fan is a kind of of axial flow, through-flow, centrifugal magnetic turbofan, upper right side, dead ahead at main box is provided with display operating panel, at the angle, four of bottoms of main box, be equipped with for mobile and anti-skidding foot pad, in main box inner and upper, be provided with the heat radiation device of heating, thermal cycle fan blade, temperature inductor, below main box inside, be provided with the heat conducting device of heating, at main box inside center horizontal level, be provided with vacuum platform device upper ledge and vacuum platform device lower frame, described vacuum platform device upper ledge and vacuum platform device lower frame are spelled the fixing square frame that forms of knot by aluminium alloy compression casting profiled member and aluminium alloy extrusion moulding part, in the semi arch groove of vacuum platform device upper ledge, fix the anti-tear resistant to elevated temperatures pellosil that draws, in groove above vacuum platform device lower frame, inlay semi arch sealing ring, in semi arch groove below vacuum platform device lower frame, fix the anti-tear resistant to elevated temperatures pellosil that draws, in the position corresponding to the left and right sides of vacuum platform device upper ledge and vacuum platform device lower frame, be provided with the mechanical snap of coupling up and down, in the horizontal center of front end of vacuum platform device upper ledge and vacuum platform device lower frame, be provided with the stand-by machine hasp of coupling up and down, described vacuum platform device upper ledge, vacuum platform device lower frame, pellosil, sealing ring, airborne hasp, standby hasp combination utilizes the principle of vacuum positive/negative-pressure to form the positive and negative that is transferred article is adjacent to, thereby realize the vacuum abutted transfer printing imaging technique of positive and negative that is transferred article, the left and right sides at vacuum platform device lower frame is provided with slide rail, in the bottom of pellosil (27), be provided with and support the load-bearing steel mesh that is transferred article, carrying steel mesh is fixed on slide rail, when push-and-pull vacuum platform device, steel mesh moves with slide rail, thereby effectively play the load-bearing effect to transfer product.
More excellent, vacuum platform device upper ledge and vacuum platform device lower frame, adopt die casting to combine with extrusion forming process, realizes the separation and spelling knot of square frame.
More excellent, positive/negative-pressure generator is the alternating voltage scope AC100V～AC380V of customization, the supporting general positive/negative-pressure generator of DC voltage DC12V～DC100V.
More excellent, heat radiation device and heat conducting device are infrared magnetic force heating, light wave, microwave, TCP heat exchange sheet, nichrome wire.
More excellent, insulation visuable door is combined formation for the plated film high temperature hollow sandwich glass of customization with metal frame, and scope that glass is high temperature resistant is 150 ℃～800 ℃.
More excellent, pellosil (25), pellosil (27) are PSU polysulfones and the silicon rubber anti-tear pellosil drawing of synthetic fire-resistant high-resiliency that is mixed.
Adopt after technique scheme, because vacuum tightness platform upper and lower frames is the pellosil of high temperature resistant high-tension tear-proof, the efficient application of complete machine insulation, realize energy-conserving and environment-protective, heat utilization efficiency is high, temperature control is accurate, the appropriate design of vacuum tightness platform and complete machine structure, realized the large batch of hot transfer printing of personalized image of carrying out full width face on three-dimensional spherical arc face, realized at irregular object positive and negative and realized personalized image transfer printing, be not subject to the restriction of body form, for more wide field has been opened up in the application of hot transfer technique industry, significantly improve the thermal-transfer line sparetime university economic benefit that scale is created in batches.
Accompanying drawing explanation
Fig. 1 is Facad structure schematic diagram of the present invention;
Fig. 2, Fig. 3 is cross section of the present invention Split type structure schematic diagram.
Fig. 4, Fig. 5 is vacuum platform device upper ledge of the present invention and lower frame, pellosil, the structural representation of sealing ring.
Description of reference numerals:
1, main box 2, nano silicon material 3, electronic circuit installation and repairing door 4, display operating panel
5, switch hinge associating page 6, foot pad 7, vacuum platform device upper ledge 8, mechanical snap
9, vacuum platform device lower frame 10, stand-by machine hasp 11, heat radiation device 12, slide rail
13, load-bearing steel mesh 14, heat conducting device 15, thermal cycle fan blade 16, circulating fan
17, cooling fan 18, vacuum positive/negative-pressure generator 19, intelligent temperature and pressure control module device
20, temperature inductor 21, insulation visuable door 22, door handle 23, aluminium alloy compression casting profiled member
24, aluminium alloy extruded profiled member 25, pellosil 26, sealing ring 27, pellosil
The specific embodiment
Below in conjunction with accompanying drawing, the present invention is further detailed explanation.
A kind of portable commercial intelligence heat-transmission transfer printing electronic imaging device, this heat transfer machine comprises main box (1), insulation visuable door (21), door handle (22), at main box (1) interlayer cavity inside, be filled with nano silicon material (2), at the right side wall of main box (1), be provided with electronic circuit installation and repairing door (3) and in order to the fixing switch hinge hinge (5) of electronic circuit installation and repairing door, in electronic circuit installation and repairing door (3), be provided with circulating fan (16), cooling fan (17), vacuum positive/negative-pressure generator (18), intelligent temperature and pressure control module device (19), in the upper right side, dead ahead of main box (1), be provided with display operating panel (4), at the angle, four of bottoms of main box (1), be equipped with for mobile and anti-skidding foot pad (6), in main box (1) inner and upper, be provided with the heat radiation device (11) of heating, thermal cycle fan blade (15), temperature inductor (20), in the inner below of main box (1), be provided with the heat conducting device (14) of heating, at main box (1) inside center horizontal level, be provided with vacuum platform device upper ledge (7) and vacuum platform device lower frame (9), described vacuum platform device upper ledge (7) and vacuum platform device lower frame (9) are spelled the fixing square frame that forms of knot by aluminium alloy compression casting profiled member (23) and aluminium alloy extruded profiled member (24), the fixing anti-tear resistant to elevated temperatures pellosil (25) that draws in the semi arch groove of vacuum platform device upper ledge (7), in the groove of vacuum platform device lower frame (9) top, inlay semi arch sealing ring (26), the fixing anti-tear resistant to elevated temperatures pellosil (27) that draws in the semi arch groove of vacuum platform device lower frame (9) below, in the position corresponding to the left and right sides of vacuum platform device upper ledge (7) and vacuum platform device lower frame (9), be provided with the mechanical snap (8) of coupling up and down, in the horizontal center of front end of vacuum platform device upper ledge (7) and vacuum platform device lower frame (9), be provided with the stand-by machine hasp (10) of coupling up and down, described vacuum platform device upper ledge (7), vacuum platform device lower frame (9), pellosil (25), pellosil (27), sealing ring (26), mechanical snap (8), stand-by machine hasp (10) combination utilizes the principle of vacuum positive/negative-pressure to form the positive and negative that is transferred article is adjacent to, thereby realize the vacuum abutted transfer printing imaging technique of positive and negative that is transferred article, in the left and right sides of vacuum platform device lower frame (9), be provided with slide rail (12), in the bottom of pellosil (27), be provided with and support the load-bearing steel mesh (13) that is transferred article, load-bearing steel mesh (13) is fixed on slide rail (12), when push-and-pull vacuum platform, steel mesh moves with slide rail, thereby effectively play the load-bearing effect to transfer product.
During enforcement, adopt the technique of printing or printing, by electronic digit image printing be printed in transfer paper or transfer film on, paper or film are laid on pellosil (27), the product of in batches transfer printing is flat on to transfer paper on pellosil (27) or the top of transfer film, above the product of batch transfer printing, tile one and print or print transfer paper or the transfer film of image again, without any need for fixture auxiliary mould, position, buckle mechanical snap (8), or standby hasp (10), vacuum platform is in air-tight state, by set and display guidance panel (4), vacuum positive/negative-pressure generator (18) starting, intelligent temperature and pressure control module device (19) operation, the work of positive/negative-pressure vacuum pressure, the transfer paper all being tiled with the upper and lower of product by the product positive and negative of in batches transfer printing or the image on transfer film are accurately fitted, then shut insulation visuable door (21), heat radiation and heat conducting device starting are to transfer film or transfer paper heating plasticizing, transfer paper or transfer film can be along with the intensifications of fast uniform, ink molecules transfer printing is sublimate into the positive and negative that is transferred product, because pellosil (25) and pellosil (27) are, high resiliency is anti-tear draws resistant to elevated temperatures pellosil, and between the two, leave rational space length, thereby finally reach the hot transfer printing of personalized image of carrying out full width face on three-dimensional spherical arc face, at irregular object positive and negative, realize personalized image transfer printing, this technology one side that hot transfer printing is only confined to product that breaks traditions once can only be printed a kind of image, broken the not printing technology barrier of transferability sphere full width image of current hot transfer printing electronic imaging industry, improved widely the range of application of hot transfer printing personalization technology.
Above-described is only the preferred embodiment of the intelligent heat-transmission transfer printing of a kind of commercialization of the present invention electronic imaging device; should be understood that; for the person of ordinary skill of the art; without departing from the concept of the premise of the invention; can also make some distortion and improvement, these all belong to protection scope of the present invention.
Claims (9)
1. the intelligent heat-transmission transfer printing of a commercialization electronic imaging device, comprise main box (1), vacuum platform device upper ledge (7), vacuum platform device lower frame (9), insulation visuable door (21), door handle (22), it is characterized in that, described main box (1) is the cabinet of metal plate punching moulding formation interlayer cavity, in its interlayer cavity, fill the nano silicon material (2) that forms insulation, at the right side wall of main box (1), be provided with electronic circuit installation and repairing door (3) and in order to the fixing switch hinge hinge (5) of electronic circuit installation and repairing door, in electronic circuit installation and repairing door (3), be provided with circulating fan (16), cooling fan (17), vacuum positive/negative-pressure generator (18), intelligent temperature and pressure control module device (19), in the upper right side, dead ahead of main box (1), be provided with display operating panel (4), at the angle, four of bottoms of main box (1), be equipped with for mobile and anti-skidding foot pad (6), in main box (1) inner and upper, be provided with the heat radiation device (11) of heating, thermal cycle fan blade (15), temperature inductor (20), in the inner below of main box (1), be provided with the heat conducting device (14) of heating, at main box (1) inside center horizontal level, be provided with vacuum platform device upper ledge (7) and vacuum platform device lower frame (9), described vacuum platform device upper ledge (7) and vacuum platform device lower frame (9) are by the fixing square frame that forms of aluminium alloy compression casting profiled member (23) and aluminium alloy extruded profiled member (24) splicing, the fixing anti-tear resistant to elevated temperatures pellosil (25) that draws in the semi arch groove of vacuum platform device upper ledge (7), in the groove of vacuum platform device lower frame (9) top, inlay semi arch sealing ring (26), the fixing anti-tear resistant to elevated temperatures pellosil (27) that draws in the semi arch groove of vacuum platform device lower frame (9) below, in the position corresponding to the left and right sides of vacuum platform device upper ledge (7) and vacuum platform device lower frame (9), be provided with the mechanical snap (8) of coupling up and down, in the horizontal center of front end of vacuum platform device upper ledge (7) and vacuum platform device lower frame (9), be provided with the stand-by machine hasp (10) of coupling up and down, described vacuum platform device upper ledge (7), vacuum platform device lower frame (9), pellosil (25), pellosil (27), sealing ring (26), mechanical snap (8), stand-by machine hasp (10) combination utilizes the principle of vacuum positive/negative-pressure that the positive and negative that is transferred article is adjacent to, thereby realize the vacuum abutted transfer printing imaging technique of positive and negative that is transferred article, in the left and right sides of vacuum platform device lower frame (9), be provided with slide rail (12), in the bottom of pellosil (27), be provided with and support the load-bearing steel mesh (13) that is transferred article, load-bearing steel mesh (13) is fixed on slide rail (12), when push-and-pull vacuum platform, steel mesh moves with slide rail, thereby effectively play the load-bearing effect to transfer product.
2. the intelligent heat-transmission transfer printing of a kind of commercialization according to claim 1 electronic imaging device, it is characterized in that can be in enormous quantities at three-dimensional sphere, on arc surface, carry out the hot transfer printing of personalized pattern of full width face, can realize personalized transfer printing at irregular body surface, not be subject to the restriction of body form.
3. the intelligent heat-transmission transfer printing of a kind of commercialization according to claim 1 electronic imaging device, it is characterized in that described vacuum platform device upper ledge (7) and vacuum platform device lower frame (9) adopt die casting and extrusion process to combine, and realize separation and the splicing of square frame.
4. the intelligent heat-transmission transfer printing of a kind of commercialization according to claim 1 electronic imaging device, is characterized in that described circulating fan (16) and cooling fan (17) are a kind of of axial flow, through-flow, centrifugal magnetic turbofan.
5. the intelligent heat-transmission transfer printing of a kind of commercialization according to claim 1 electronic imaging device, is characterized in that described heat radiation device (11) and heat conducting device (14) are for infrared magnetic force heating, light wave, microwave, TCP heat exchange sheet, nichrome wire.
6. the intelligent heat-transmission transfer printing of a kind of commercialization according to claim 1 electronic imaging device, is characterized in that described pellosil (25), pellosil (27) are for PSU polysulfones and the silicon rubber anti-tear pellosil drawing of synthetic fire-resistant high-resiliency that is mixed.
7. the intelligent heat-transmission transfer printing of a kind of commercialization according to claim 1 electronic imaging device, is characterized in that described nano silicon material (2) is the silicon materials that nano silicon and nano-hollow glass microballoon collocation adhesive are made.
8. the intelligent heat-transmission transfer printing of a kind of commercialization according to claim 1 electronic imaging device, it is characterized in that described insulation visuable door (21) is combined formation for the plated film high temperature hollow sandwich glass of customization with metal frame, scope that glass is high temperature resistant is 150 ℃～800 ℃.
9. the intelligent heat-transmission transfer printing of a kind of commercialization according to claim 1 electronic imaging device, it is characterized in that described positive/negative-pressure generator (18) is for the alternating voltage scope AC100V～AC380V of customization, the supporting general positive/negative-pressure generator of DC voltage DC12V～DC100V.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201410305549.1A CN104085180B (en) | 2014-07-01 | 2014-07-01 | A kind of commercial intellectuality thermal transfer electronic imaging device |
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| CN201410305549.1A CN104085180B (en) | 2014-07-01 | 2014-07-01 | A kind of commercial intellectuality thermal transfer electronic imaging device |
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| CN104085180A true CN104085180A (en) | 2014-10-08 |
| CN104085180B CN104085180B (en) | 2017-06-23 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115366530A (en) * | 2021-05-17 | 2022-11-22 | 宋怀宇 | Vacuum heat transfer printing machine special mould for transferring concave ceramic tray by film |
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