CN204488223U - Film printout machine - Google Patents
Film printout machine Download PDFInfo
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- CN204488223U CN204488223U CN201520186307.5U CN201520186307U CN204488223U CN 204488223 U CN204488223 U CN 204488223U CN 201520186307 U CN201520186307 U CN 201520186307U CN 204488223 U CN204488223 U CN 204488223U
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Abstract
The utility model relates to print machinery, a kind of film is provided to print out machine, comprise front casing, be located at the rear box on rear side of front casing, be located at the frame in front casing, for storing film storing chamber and the adsorption roller of blank lacquer, the exit of film storing chamber is provided with film output device, frame is positioned at the rear of film storing chamber rotating be equipped with for by blank lacquer by the adsorption roller of negative-pressure adsorption in its surface, the top of adsorption roller is provided with the pressure roller that adsorption roller can be driven to rotate, frame is also provided with the film-cutting device for cutting off blank lacquer, the side, front frame being positioned at adsorption roller is also provided with the laser printing assembly that layout can be printed on blank lacquer, the side, rear frame being positioned at adsorption roller is also provided with for being peeled off by the film after printing on described adsorption roller and sending into the wafer-handling device of described developing room, the top or the below that the rear wall of rear box are positioned at film derivation groove are provided with film drying device for film.
Description
Technical field
The utility model relates to print machinery, particularly a kind of film printout machine.
Background technology
In prior art, all kinds of pattern is caused on the surface of unlike material goods of being everlasting, as sediment ripples, striped, image, wood grain, dermatoglyph and silks and satins pattern etc., play the effect of decorative product, make product more attractive in appearance, graceful, allow product have better feel and visual effect.
Film printout machine, that one first designs textured pattern on computers, again grain pattern is printed to device blank lacquer being output into the hard film, after the hard film exports, convert the grain pattern on the hard film to soft film grain pattern again, finally again grain pattern transfer printing is etched on mould, for making the picture on surface of above-mentioned each based article.Film printout machine is the high-end technology that just grows up in recent years, its complex structure, inconvenient operation, and equipment cost is high, and dismounting maintenance is extremely inconvenient, and film printing output speed is slow, and efficiency is low, and imaging effect is bad, causes obstacle to the universal of market.
Summary of the invention
The purpose of this utility model is the deficiency overcoming above-mentioned technology, thus provides a kind of structure simple, easy to operate, and equipment cost is low, and dismounting is easy to maintenance, and printing effect is high, the film printout machine that imaging effect is good.
The technical scheme that the utility model adopts is such: a kind of film printout machine, comprise front casing, be located at the rear box on rear side of front casing, be located at the frame in front casing, for storing film storing chamber and the adsorption roller of blank lacquer, described film storing chamber is located at the front upper of frame, the exit of described film storing chamber is provided with film output device, described frame is positioned at the rear of film storing chamber rotating be equipped with for by blank lacquer by the adsorption roller of negative-pressure adsorption in its surface, the top of described adsorption roller is provided with the pressure roller that adsorption roller can be driven to rotate by drum drive is rotating, the circumferential surface fitting in adsorption roller that described pressure roller can be swung up and down by pressure roller clutch pendulous device, described frame is also provided with between pressure roller and film output device the film-cutting device for cutting off blank lacquer, the side, front described frame being positioned at adsorption roller is also provided with the laser printing assembly that layout can be printed on blank lacquer, described laser printing assembly is by can the below being located at described film storing chamber in frame of left and right slippage, liquid reserve tank is provided with in described rear box, described liquid reserve tank inner-use clapboard is separated with the developing room that can be used for depositing developer solution successively, for depositing the fixing room of fixing solution and the purge chamber for depositing cleaning fluid, described liquid reserve tank is positioned at developing room, the top of fixing room and purge chamber is also respectively equipped with the film let-off gear(stand) that film can be exported, the side, rear described frame being positioned at adsorption roller is also provided with for being peeled off by the film after printing on described adsorption roller and sending into the wafer-handling device of described developing room, the rear wall of described front casing is provided with piece mouth, the position of the corresponding piece mouth of front side wall of described rear box is provided with into sheet mouth, describedly enter also to be provided with between sheet mouth and described film let-off gear(stand) and film can be imported film introduction channel in film let-off gear(stand) from entering sheet mouth, the rear wall of described rear box offers film and derive groove, the top or the below that the rear wall of described rear box are positioned at film derivation groove are provided with film drying device for film.
Further improvement: pressure roller clutch pendulous device comprises a left side, right hinged wallboard, pendulum fork shaft, rubber roll pull bar and the pendulous device for driving pendulum fork shaft to rotate, a described left side, the both sides, top being located at described adsorption roller in frame that right hinged wallboard can swing up and down respectively, left, right hinged wallboard away from that bottom, side of film-cutting device hinged with frame respectively, a described left side, right hinged wallboard is located at top, frame rear away from that upper lateral part of film-cutting device by elastic component activity, described pressure roller is rotating is arranged in a left side, right hinged wallboard front lower portion, described rubber roll pull bar is arranged in a left side, right hinged wallboard upper front end, described pendulum fork shaft is arranged in the side of described rubber roll pull bar in frame, be provided with the pendulum that rubber roll pull bar can be driven to press down when putting fork shaft and rotating between described pendulum fork shaft and rubber roll pull bar to pitch, one end of described pendulum fork is fixed on pendulum fork shaft, the other end and rubber roll pull bar are connected together, described drum drive is located on left hinged wallboard or right hinged wallboard, drum drive is in transmission connection by V belt translation structure and pressure roller.
Further improvement: described pendulous device comprises swing connecting bar and driving cylinder or pull-type electromagnet, one free end of described swing connecting bar is fixedly connected with pendulum fork shaft, the other end is connected with the expansion link of driving cylinder or pull-type electromagnet, and driving cylinder or pull-type electromagnet are located in frame.
Further improvement: described film-cutting device comprises Timing Belt, cutting knife stand, cutting knife felt, guiding pinch roller and cutting knife, described Timing Belt is by the rotating back upper place being set around described film output device in frame of drive motors, described guiding pinch roller and cutting knife respectively time interval are located at cutting knife stand bottom, described cutting knife stand top is fixedly connected with Timing Belt, the upper back of described cutting knife stand is upwards extended with rear plate, described rear plate is slidably located in frame by linear bearing, described cutting knife felt crosses at the bottom of described cutting knife in frame.
Further improvement: described film output device comprise rotate arrange cooperatively interact for a pair send rubber roll, the rubber roll that send described in one of them is drive roll, and the rubber roll that send described in another is driven voller.
Further improvement: described drying unit comprises film oven dry and manages, described film dries the both sides up and down that film derivation groove is located at by pipe, and described film is dried to manage and is connected with dryer, and the position that described oven dry pipe is positioned at film derivation groove is evenly equipped with venthole respectively.
Further improvement: described wafer-handling device comprises unloading piece derives plate, unloading piece balance staff, unloading piece connecting rod, reset tension spring, spring base and driving cylinder or pull-type electromagnet, described unloading piece balance staff rotates the back upper place being located at described adsorption roller in frame, one end that described unloading piece derives plate is fixedly arranged on unloading piece balance staff, the other end can the rear upper fitting in adsorption roller of clutch, the both sides, middle part of described adsorption roller are respectively equipped with annular and unload film trap, described unloading piece derives position that the corresponding annular in both sides in the middle part of plate unloads film trap and is also provided with and can inserts annular and unload in film trap with the slice pin making film peel off adsorption roller, one end of described unloading piece connecting rod is fixed on unloading piece balance staff, the other end of unloading piece connecting rod is connected with the expansion link of driving cylinder or pull-type electromagnet, driving cylinder or pull-type electromagnet are located in frame, the both sides, rear that described unloading piece derives plate are also respectively equipped with reset tension spring, one end of described each reset tension spring is fixed on unloading piece by nut is derived on plate, the both sides, below described frame being positioned at unloading piece derivation plate are also provided with spring base, the other end of described each reset tension spring is connected with spring base respectively.
Further improvement: described laser printing assembly comprises laser printer, the rotating screw mandrel be arranged in frame below described film storing chamber, described laser printer can the top being located at described screw mandrel in frame of left and right slippage, described laser printer bottom is provided with the nut seat matched with described screw mandrel, described screw mandrel is driven by the first drive motors and rotates, the both sides described frame being positioned at screw mandrel are respectively arranged with guiding optical axis, described laser printer bottom is provided with the guide runner matched with described guiding optical axis, described laser printer rotates and is provided with printing head, described printing head is driven by the second drive motors and rotates, the rotational axis line of described printing head and the length direction of described screw mandrel perpendicular.
Further improvement: film adsorption roller comprises the roll body with cavity and the connection diameter of axle being arranged at roll body two ends, connect described in one of them on the diameter of axle and be provided with swivel joint, described swivel joint is connected with air pressure pump by tracheae, the position that described roll body periphery is positioned at coated film both ends is interval with 4 ~ 10 film end adsorption holes arranged respectively vertically, described each row is respectively equipped with bar shaped guiding gutter between the adsorption hole of spaced film end vertically, described roll body periphery is radially evenly equipped with 3 ~ 9 groups of adsorption hole groups, described each adsorption hole group is arranged spaced film adsorption hole vertically by 3 ~ 5 and is formed, the two ends of described roll body are provided with annular diversion trench, the side water conservancy diversion bar-shaped trough that can adsorb edge, film both sides is further respectively equipped with between described annular diversion trench and each adjacent film adsorption hole, in the middle part of described roll body, both sides are respectively equipped with to insert for pin cutter and unload film trap with the annular making the film after printing peel off roll body, the side that described roll body periphery is positioned at each adsorption hole group is also provided with a row spaced location adsorption hole vertically, also side water conservancy diversion bar-shaped trough is provided with between described annular diversion trench and each adjacent positioned adsorption hole.
Further improvement: described each film let-off gear(stand) comprises U-shaped pedestal, driving shaft and the bridge joint axle that bottom hollow out is arranged respectively, above the rotating middle part being arranged in described U-shaped pedestal of described driving shaft, one end and the transmission device phase interlock of described driving shaft, the both sides that described U-shaped pedestal is positioned at driving shaft are also interval with two respectively from top to bottom and send rubber roll group to what cooperatively interact, described in send rubber roll group by bridge joint axle and driving shaft phase interlock.
By adopting preceding solution, the beneficial effects of the utility model are: the whole process of the utility model film printing all completes in darkroom, avoids exposure.When needing to print, blank lacquer in film storing chamber exports by film output device, then rotate adsorption roller with under the cooperation of pressure roller, the outer surface of adsorption roller is adsorbed on by the adsorption roller doing circular-rotation, after adsorption roller has adsorbed, film-cutting device is by film severing, pressure roller continues to drive adsorption roller to rotate, when adsorption roller rotates, layout prints on blank lacquer by laser printing assembly, after printing, by wafer-handling device by print after film from adsorption roller peels off and pass through film introduction channel importing rear box in, develop, fixing and cleaning and drying and processing, film develops, by the conveying of each film let-off gear(stand) during fixing and cleaning, film after oven dry exports as the hard film, its novel in structural design, device structure is simple, easy to operate, low cost of manufacture, and the dismounting of each position is easy to maintenance, slice can be coordinated flexibly between each device, printout speed is fast, efficiency is high, simultaneously, drying unit is arranged at the outside of machine by this equipment, machine intimate can not cause reduced lifetime because hot gas can not fall apart, increase the service life, imaging effect is good, the universal of market is brought convenience.
Accompanying drawing explanation
Fig. 1 is the main TV structure schematic diagram of the utility model embodiment.
Fig. 2 is the utility model embodiment side view.
Fig. 3 is the structure for amplifying schematic diagram of the utility model textured roller clutch pendulous device, film-cutting device and wafer-handling device.
Fig. 4 is the partial structurtes schematic diagram of the utility model embodiment pressure roller clutch pendulous device.
Fig. 5 is the structural representation of the utility model embodiment adsorption roller.
Detailed description of the invention
The utility model is further illustrated below in conjunction with the drawings and specific embodiments.
As shown in Figures 1 to 4, the utility model discloses a kind of further improvement: a kind of film printout machine, comprise front casing 1, be located at the rear box 1 ' on rear side of front casing 1, be located at the frame 11 in front casing 1, for storing film storing chamber 2 and the adsorption roller 3 of blank lacquer, described film storing chamber 2 is located at the front upper of frame 11, the exit of described film storing chamber 2 is provided with film output device, described film output device comprise rotate arrange cooperatively interact for a pair send rubber roll, the rubber roll 21 that send described in one of them is drive roll, the rubber roll that send described in another is driven voller 22,
Described frame 1 is positioned at the rear of film storing chamber 2 rotating be equipped with for by blank lacquer by the adsorption roller 3 of negative-pressure adsorption in its surface, the top of described adsorption roller 3 is provided with the pressure roller 38 that adsorption roller 3 can be driven to rotate by drum drive is rotating, the circumferential surface fitting in adsorption roller 3 that described pressure roller 38 can be swung up and down by pressure roller clutch pendulous device, described frame 1 is also provided with between pressure roller 38 and film output device the film-cutting device for cutting off blank lacquer, described pressure roller clutch pendulous device comprises a left side, right hinged wallboard 41, pendulum fork shaft 42, rubber roll pull bar 43 and the pendulous device for driving pendulum fork shaft 42 to rotate, a described left side, the both sides, top being located at described adsorption roller 3 in frame 1 that right hinged wallboard 41 can swing up and down respectively, left, right hinged wallboard 41 away from that bottom, side of film-cutting device hinged with frame 11 respectively, a described left side, right hinged wallboard 41 is located at top, frame 11 rear away from that upper lateral part of film-cutting device by elastic component 44 activity, described pressure roller 38 is rotating is arranged in a left side, right hinged wallboard 41 front lower portion, described rubber roll pull bar 43 is arranged in a left side, right hinged wallboard 41 upper front end, described pendulum fork shaft 42 is arranged in the side of described rubber roll pull bar 43 in frame 11, be provided with the pendulum that rubber roll pull bar 43 can be driven to press down when putting fork shaft and rotating between described pendulum fork shaft 42 and rubber roll pull bar 43 and pitch 45, one end of described pendulum fork 45 is fixed on pendulum fork shaft 42, the other end and rubber roll pull bar 43 are connected together, described pendulous device comprises swing connecting bar 46 and pull-type electromagnet 47, one free end of described swing connecting bar 46 is fixedly connected with pendulum fork shaft 42, the other end is connected with the expansion link of pull-type electromagnet 47, pull-type electromagnet 47 is located in frame 11.Described drum drive is located on left hinged wallboard 41 or right hinged wallboard, and drum drive is connected with pressure roller 38 V belt translation by V belt translation structure 45; During work, pull-type electromagnet 47 obtains electric, drive its expansion link descending, thus be with movable pendulum fork shaft 42 to rotate by swing connecting bar 46, thus drive the rubber roll pull bar 43 be connected with pendulum fork shaft descending, when rubber roll pull bar is descending, drive whole left and right hinged wallboard and the pressure roller be fixed on the hinged wallboard in left and right and drum drive descending, thus make pressure roller with laminating adsorption roller surface engagement adsorption roller and drive adsorption roller to rotate the process realizing absorption film and printing.
Described film-cutting device comprises Timing Belt 51, cutting knife stand 52, cutting knife felt 53, guiding pinch roller 54 and cutting knife 55, described Timing Belt 51 is by the rotating back upper place being set around described film output device in frame 11 of drive motors 56, described guiding pinch roller 54 and cutting knife 55 respectively time interval are located at cutting knife stand 52 bottom, described cutting knife stand 52 top is fixedly connected with Timing Belt 51, the upper back of described cutting knife stand 52 is upwards extended with rear plate 521, described rear plate 521 is slidably located in frame 11 by linear bearing 57, described cutting knife felt 53 crosses at the bottom of described cutting knife 55 in frame 11.Drive motors drives Timing Belt to rotate, thus drives the cutting knife stand be fixed on Timing Belt to do sliding movement along frame, and linear bearing can locate the position of cutting knife stand, makes the slippage of cutting knife stand more stable, and film when walking, just can cut off by cutting knife stand.
The side, front described frame 11 being positioned at adsorption roller 3 is also provided with the laser printing assembly that layout can be printed on blank lacquer, described laser printing assembly is by can the below being located at described film storing chamber 2 in frame 11 of left and right slippage, liquid reserve tank is provided with in described rear box 1 ', described liquid reserve tank inner-use clapboard is separated with the developing room 11 ' that can be used for depositing developer solution successively, for depositing the fixing room 12 ' of fixing solution and the purge chamber 13 ' for depositing cleaning fluid, described liquid reserve tank is positioned at developing room, the top of fixing room and purge chamber is also respectively equipped with the film let-off gear(stand) that film can be exported, described laser printing assembly comprises laser printer 61, the rotating screw mandrel 62 be arranged in frame 11 below described film storing chamber 2, described laser printer 61 can the top being located at described screw mandrel 62 in frame 11 of left and right slippage, described laser printer 61 bottom is provided with the nut seat 63 matched with described screw mandrel, described screw mandrel 62 is driven by the first drive motors and rotates, the both sides described frame 11 being positioned at screw mandrel 62 are respectively arranged with guiding optical axis 65, described laser printer 61 bottom is provided with the guide runner 66 matched with described guiding optical axis 65, described laser printer 61 rotates and is provided with printing head 661, described printing head 661 is driven by the second drive motors and rotates, the rotational axis line of described printing head 61 and the length direction of described screw mandrel 62 perpendicular.
The side, rear described frame 11 being positioned at adsorption roller 3 is also provided with for being peeled off by the film after printing on described adsorption roller 3 and sending into the wafer-handling device of described developing room, the rear wall of described front casing 1 is provided with piece mouth, the position of the corresponding piece mouth of front side wall of described rear box 1 ' is provided with into sheet mouth, describedly enter also to be provided with between sheet mouth and described film let-off gear(stand) and film A ' can be imported film introduction channel 7 in film let-off gear(stand) from entering sheet mouth, the rear wall of described rear box 1 ' offers film and derive groove 14 ', the both sides up and down rear wall of described rear box 14 ' being positioned at film derivation groove 14 ' are respectively equipped with film dries pipe 15 ', described film is dried pipe 15 ' and is connected with dryer, the position that described oven dry pipe 15 ' is positioned at film derivation groove 14 ' is evenly equipped with venthole respectively.
Described wafer-handling device comprises unloading piece derives plate 71, unloading piece balance staff 72, unloading piece connecting rod 73, reset tension spring 74, spring base 75 and pull-type electromagnet 47, described unloading piece balance staff 72 rotates the back upper place being located at described adsorption roller 3 in frame 11, one end that described unloading piece derives plate 71 is fixedly arranged on unloading piece balance staff 72, the other end can the rear upper fitting in adsorption roller 3 of clutch, the both sides, middle part of described adsorption roller 3 are respectively equipped with annular and unload film trap 39, described unloading piece derives position that the corresponding annular in both sides in the middle part of plate 71 unloads film trap 39 and is also provided with and can inserts annular and unload in film trap 39 with the slice pin making film peel off adsorption roller 3, one end of described unloading piece connecting rod 73 is fixed on unloading piece balance staff 72, the other end of unloading piece connecting rod 73 is connected with the expansion link of pull-type electromagnet 47, pull-type electromagnet 47 is located in frame 11, the both sides, rear that described unloading piece derives plate 71 are also respectively equipped with reset tension spring 74, one end of described each reset tension spring 74 is fixed on unloading piece by nut 741 is derived on plate 71, the both sides, below described frame 11 being positioned at unloading piece derivation plate 71 are also provided with spring base 75, the other end of described each reset tension spring 74 is connected with spring base 75 respectively.
As Fig. 4, described adsorption roller 3 comprises the roll body 31 with cavity and the connection diameter of axle 32 being arranged at roll body 31 two ends, connect described in one of them on the diameter of axle 32 and be provided with swivel joint (not shown), described swivel joint is connected with air pressure pump by tracheae, the position that described roll body 31 periphery is positioned at coated film both ends is interval with the film end adsorption hole 33 of 8 rows respectively vertically, described each row is respectively equipped with bar shaped guiding gutter 34 between spaced film end adsorption hole 33 vertically, described roll body 31 periphery is radially evenly equipped with 5 groups of adsorption hole groups, described each adsorption hole group is arranged spaced film adsorption hole 35 vertically by 3 and is formed, the two ends of described roll body 31 are provided with annular diversion trench 36, the side water conservancy diversion bar-shaped trough 37 that can adsorb edge, film both sides is further respectively equipped with between described annular diversion trench 36 and each adjacent film adsorption hole 35, the side that described roll body 31 periphery is positioned at each adsorption hole group is also provided with a row spaced location adsorption hole 311 vertically, is also provided with side water conservancy diversion bar-shaped trough between described annular diversion trench 36 and each adjacent positioned adsorption hole 311.
Change original roll body surface the dense adsorption hole that is provided with to adsorb the mode of film, the film end adsorption hole of more row is provided with by the location interval being positioned at coated film both ends at roll body, radially be interval with in the position that roll body is positioned at coated film stage casing adsorbable live adsorption hole group in the middle part of film, when the program solves roll body absorption film, film both ends are often because absorption affinity not and easily peels off the technical problem of roll body, and film both ends generally do not print, printing effect when film is adsorbed can not be affected; Bar shaped guiding gutter is respectively equipped with between the adsorption hole of spaced film end vertically each row, bar shaped guiding gutter can disperse the negative-pressure adsorption power of water conservancy diversion film end adsorption hole, make the negative-pressure adsorption power energy in the adsorption hole of film end evenly the stronger both ends lower surface acting on film, be not easy when film is adsorbed to be absorbed in the adsorption hole of film end, avoid deforming, improve print quality; In addition, the position on edge, caducous side is held at film, namely side water conservancy diversion bar-shaped trough is radially evenly equipped with at roll body both ends, water conservancy diversion bar shaped slot, each side is above each film adsorption hole, make each film adsorption hole effectively and uniformly can adsorb the edge, both sides of film, solving film side along easily being peeled off the technical problem of cylinder surface during absorption, improving printing effect further.
Described each film let-off gear(stand) comprises U-shaped pedestal 91, driving shaft 92 and the bridge joint axle 93 that bottom hollow out is arranged respectively, above the rotating middle part being arranged in described U-shaped pedestal 91 of described driving shaft 92, one end and the transmission device 94 phase interlock of described driving shaft 92, the both sides that described U-shaped pedestal 91 is positioned at driving shaft 92 are also interval with two respectively from top to bottom and send rubber roll group 95 to what cooperatively interact, described in send rubber roll group by bridge joint axle 93 and driving shaft 92 phase interlock.
The whole process of the utility model film printing all completes in darkroom, avoids exposure.When needing to print, blank lacquer in film storing chamber exports by film output device, then rotate adsorption roller with under the cooperation of pressure roller, the outer surface of adsorption roller is adsorbed on by the adsorption roller doing circular-rotation, after adsorption roller has adsorbed, film-cutting device is by film severing, pressure roller continues to drive adsorption roller to rotate, when adsorption roller rotates, layout prints on blank lacquer by laser printing assembly, after printing, by wafer-handling device by print after film from adsorption roller peels off and pass through film introduction channel importing rear box in, develop, fixing and cleaning and drying and processing, film develops, by the conveying of each film let-off gear(stand) during fixing and cleaning, film after oven dry exports as the hard film, its novel in structural design, device structure is simple, easy to operate, low cost of manufacture, and the dismounting of each position is easy to maintenance, slice can be coordinated flexibly between each device, printout speed is fast, efficiency is high, simultaneously, drying unit is arranged at the outside of machine by this equipment, machine intimate can not cause reduced lifetime because hot gas can not fall apart, increase the service life, imaging effect is good, the universal of market is brought convenience.
Roller 19 is respectively equipped with bottom described front casing and rear box.
Based on preceding solution, the pull-type electromagnet of the utility model also can be substituted by the driving cylinder such as cylinder or oil cylinder equally can practical the utility model object.
More than show and describe general principle of the present utility model and principal character and advantage thereof; the technical staff of the industry should understand; the utility model is not restricted to the described embodiments; above-described embodiment just illustrates principle of the present utility model with description in explanation; under the prerequisite not departing from the utility model spirit and scope; the utility model also has various changes and modifications; these changes and improvements all fall within the scope of claimed the utility model, and the claimed scope of the utility model is defined by appending claims and equivalent thereof.
Claims (10)
1. a film printout machine, it is characterized in that: comprise front casing, be located at the rear box on rear side of front casing, be located at the frame in front casing, for storing film storing chamber and the adsorption roller of blank lacquer, described film storing chamber is located at the front upper of frame, the exit of described film storing chamber is provided with film output device, described frame is positioned at the rear of film storing chamber rotating be equipped with for by blank lacquer by the adsorption roller of negative-pressure adsorption in its surface, the top of described adsorption roller is provided with the pressure roller that adsorption roller can be driven to rotate by drum drive is rotating, the circumferential surface fitting in adsorption roller that described pressure roller can be swung up and down by pressure roller clutch pendulous device, described frame is also provided with between pressure roller and film output device the film-cutting device for cutting off blank lacquer, the side, front described frame being positioned at adsorption roller is also provided with the laser printing assembly that layout can be printed on blank lacquer, described laser printing assembly is by can the below being located at described film storing chamber in frame of left and right slippage, liquid reserve tank is provided with in described rear box, described liquid reserve tank inner-use clapboard is separated with the developing room that can be used for depositing developer solution successively, for depositing the fixing room of fixing solution and the purge chamber for depositing cleaning fluid, described liquid reserve tank is positioned at developing room, the top of fixing room and purge chamber is also respectively equipped with the film let-off gear(stand) that film can be exported, the side, rear described frame being positioned at adsorption roller is also provided with for being peeled off by the film after printing on described adsorption roller and sending into the wafer-handling device of described developing room, the rear wall of described front casing is provided with piece mouth, the position of the corresponding piece mouth of front side wall of described rear box is provided with into sheet mouth, describedly enter also to be provided with between sheet mouth and described film let-off gear(stand) and film can be imported film introduction channel in film let-off gear(stand) from entering sheet mouth, the rear wall of described rear box offers film and derive groove, the top or the below that the rear wall of described rear box are positioned at film derivation groove are provided with film drying device for film.
2. film printout machine according to claim 1, it is characterized in that: pressure roller clutch pendulous device comprises a left side, right hinged wallboard, pendulum fork shaft, rubber roll pull bar and the pendulous device for driving pendulum fork shaft to rotate, a described left side, the both sides, top being located at described adsorption roller in frame that right hinged wallboard can swing up and down respectively, left, right hinged wallboard away from that bottom, side of film-cutting device hinged with frame respectively, a described left side, right hinged wallboard is located at top, frame rear away from that upper lateral part of film-cutting device by elastic component activity, described pressure roller is rotating is arranged in a left side, right hinged wallboard front lower portion, described rubber roll pull bar is arranged in a left side, right hinged wallboard upper front end, described pendulum fork shaft is arranged in the side of described rubber roll pull bar in frame, be provided with the pendulum that rubber roll pull bar can be driven to press down when putting fork shaft and rotating between described pendulum fork shaft and rubber roll pull bar to pitch, one end of described pendulum fork is fixed on pendulum fork shaft, the other end and rubber roll pull bar are connected together, described drum drive is located on left hinged wallboard or right hinged wallboard, drum drive is in transmission connection by V belt translation structure and pressure roller.
3. film printout machine according to claim 2, it is characterized in that: described pendulous device comprises swing connecting bar and driving cylinder or pull-type electromagnet, one free end of described swing connecting bar is fixedly connected with pendulum fork shaft, the other end is connected with the expansion link of driving cylinder or pull-type electromagnet, and driving cylinder or pull-type electromagnet are located in frame.
4. the film printout machine according to claim 1 or 2 or 3, it is characterized in that: described film-cutting device comprises Timing Belt, cutting knife stand, cutting knife felt, guiding pinch roller and cutting knife, described Timing Belt is by the rotating back upper place being set around described film output device in frame of drive motors, described guiding pinch roller and cutting knife respectively time interval are located at cutting knife stand bottom, described cutting knife stand top is fixedly connected with Timing Belt, the upper back of described cutting knife stand is upwards extended with rear plate, described rear plate is slidably located in frame by linear bearing, described cutting knife felt crosses at the bottom of described cutting knife in frame.
5. the film according to claim 4 printout machine, is characterized in that: described film output device comprise rotate cooperatively interacting for a pair of arranging send rubber roll, the rubber roll that send described in one of them is drive roll, and the rubber roll that send described in another is driven voller.
6. film printout machine according to claim 1, it is characterized in that: described drying unit comprises film dries pipe, described film dries the both sides up and down that film derivation groove is located at by pipe, described film is dried pipe and is connected with dryer, and the position that described oven dry pipe is positioned at film derivation groove is evenly equipped with venthole respectively.
7. film printout machine according to claim 1, it is characterized in that: described wafer-handling device comprises unloading piece derives plate, unloading piece balance staff, unloading piece connecting rod, reset tension spring, spring base and driving cylinder or pull-type electromagnet, described unloading piece balance staff rotates the back upper place being located at described adsorption roller in frame, one end that described unloading piece derives plate is fixedly arranged on unloading piece balance staff, the other end can the rear upper fitting in adsorption roller of clutch, the both sides, middle part of described adsorption roller are respectively equipped with annular and unload film trap, described unloading piece derives position that the corresponding annular in both sides in the middle part of plate unloads film trap and is also provided with and can inserts annular and unload in film trap with the slice pin making film peel off adsorption roller, one end of described unloading piece connecting rod is fixed on unloading piece balance staff, the other end of unloading piece connecting rod is connected with the expansion link of driving cylinder or pull-type electromagnet, driving cylinder or pull-type electromagnet are located in frame, the both sides, rear that described unloading piece derives plate are also respectively equipped with reset tension spring, one end of described each reset tension spring is fixed on unloading piece by nut is derived on plate, the both sides, below described frame being positioned at unloading piece derivation plate are also provided with spring base, the other end of described each reset tension spring is connected with spring base respectively.
8. film printout machine according to claim 1, it is characterized in that: described laser printing assembly comprises laser printer, the rotating screw mandrel be arranged in frame below described film storing chamber, described laser printer can the top being located at described screw mandrel in frame of left and right slippage, described laser printer bottom is provided with the nut seat matched with described screw mandrel, described screw mandrel is driven by the first drive motors and rotates, the both sides described frame being positioned at screw mandrel are respectively arranged with guiding optical axis, described laser printer bottom is provided with the guide runner matched with described guiding optical axis, described laser printer rotates and is provided with printing head, described printing head is driven by the second drive motors and rotates, the rotational axis line of described printing head and the length direction of described screw mandrel perpendicular.
9. film printout machine according to claim 1, it is characterized in that: film adsorption roller comprises the roll body with cavity and the connection diameter of axle being arranged at roll body two ends, connect described in one of them on the diameter of axle and be provided with swivel joint, described swivel joint is connected with air pressure pump by tracheae, the position that described roll body periphery is positioned at coated film both ends is interval with 4 ~ 10 film end adsorption holes arranged respectively vertically, described each row is respectively equipped with bar shaped guiding gutter between the adsorption hole of spaced film end vertically, described roll body periphery is radially evenly equipped with 3 ~ 9 groups of adsorption hole groups, described each adsorption hole group is arranged spaced film adsorption hole vertically by 3 ~ 5 and is formed, the two ends of described roll body are provided with annular diversion trench, the side water conservancy diversion bar-shaped trough that can adsorb edge, film both sides is further respectively equipped with between described annular diversion trench and each adjacent film adsorption hole, in the middle part of described roll body, both sides are respectively equipped with to insert for pin cutter and unload film trap with the annular making the film after printing peel off roll body, the side that described roll body periphery is positioned at each adsorption hole group is also provided with a row spaced location adsorption hole vertically, also side water conservancy diversion bar-shaped trough is provided with between described annular diversion trench and each adjacent positioned adsorption hole.
10. film printout machine according to claim 1, it is characterized in that: described each film let-off gear(stand) comprises U-shaped pedestal, driving shaft and the bridge joint axle that bottom hollow out is arranged respectively, above the rotating middle part being arranged in described U-shaped pedestal of described driving shaft, one end and the transmission device phase interlock of described driving shaft, the both sides that described U-shaped pedestal is positioned at driving shaft are also interval with two respectively from top to bottom and send rubber roll group to what cooperatively interact, described in send rubber roll group by bridge joint axle and driving shaft phase interlock.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520186307.5U CN204488223U (en) | 2015-03-31 | 2015-03-31 | Film printout machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520186307.5U CN204488223U (en) | 2015-03-31 | 2015-03-31 | Film printout machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204488223U true CN204488223U (en) | 2015-07-22 |
Family
ID=53567513
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520186307.5U Withdrawn - After Issue CN204488223U (en) | 2015-03-31 | 2015-03-31 | Film printout machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204488223U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104772993A (en) * | 2015-03-31 | 2015-07-15 | 泉州市旭丰图文制模有限公司 | Film printing output machine |
-
2015
- 2015-03-31 CN CN201520186307.5U patent/CN204488223U/en not_active Withdrawn - After Issue
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104772993A (en) * | 2015-03-31 | 2015-07-15 | 泉州市旭丰图文制模有限公司 | Film printing output machine |
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Granted publication date: 20150722 Effective date of abandoning: 20160824 |
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