CN204998106U - Can control and adjust gentle flexographic printing machine who prints cylinder of undertaking printing of - Google Patents
Can control and adjust gentle flexographic printing machine who prints cylinder of undertaking printing of Download PDFInfo
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- CN204998106U CN204998106U CN201520641521.5U CN201520641521U CN204998106U CN 204998106 U CN204998106 U CN 204998106U CN 201520641521 U CN201520641521 U CN 201520641521U CN 204998106 U CN204998106 U CN 204998106U
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Abstract
The utility model relates to a can control and adjust gentle flexographic printing machine who prints cylinder of undertaking printing of, including the frame, be equipped with paper feed mechanism, printing mechanism, paper out mechanism and controller in this frame. The printing mechanism includes six lithography apparatus and printing frame, four lithography apparatus of one side distribution of printing frame, the opposite side of printing frame two lithography apparatus that distribute, every lithography apparatus include the board, be used for to adorn the dyestuff black groove, be used for conveying the dye colour of black inslot distributor roller, be used for printing dyes's flexo printing wound packages to put, be used for putting the pattern of cooperation on with plate cylinder with the flexo printing wound packages and print undertake the printing of cylinder and be used for the drive of gentle seal on paper pivoted four Motors is put to the flexo printing wound packages. Be equipped with on the board and be used for adjusting the left and right sides mobile device that the cylinder left and right sides of undertaking the printing of gentle seal removed to adjust the printed patterns position on the printing paper.
Description
Technical field
The utility model relates to a kind of flexible printing press, is specifically related to a kind of can left and right adjusting flexo undertaking the printing of the flexible printing press of cylinder.
Background technology
Flexible printing press is the important printing equipment of the printed articles such as printing paper handkerchief external packing pattern.Existing flexible printing press comprises the paper feed mechanism for paper feed, the printing mechanism for printed patterns, paper delivery mechanism etc. for paper delivery.The flexo that existing printing mechanism is provided with undertakes the printing of cylinder can not left and right adjusting position, thus causes the position of printed patterns to be generally changeless.Be unfavorable for the printing position regulating printed patterns as required on printing paper.
Utility model content
The utility model object is to provide a kind of can left and right adjusting flexo undertaking the printing of the flexible printing press of cylinder, with overcome the flexo existed in prior art undertake the printing of cylinder can not left and right adjusting position, the problem in the printing position of printed patterns on printing paper cannot be regulated.
The utility model adopts following technical scheme: a kind ofly can left and right adjusting flexo to undertake the printing of the flexible printing press of cylinder, comprise frame, this frame is provided with the paper feed mechanism for paper feed, for pattern being printed in the printing mechanism on the paper that described paper feed mechanism transmits, for the paper delivery mechanism of paper delivery and for controlling the controller that this flexible printing press runs, it is characterized in that: described printing mechanism comprises six printing equipments and printing machine frame, the side of described printing machine frame distributes four printing equipments, the opposite side of described printing machine frame distributes two printing equipments, each printing equipment comprises board, for filling the black groove of dyestuff, for transmitting the distributor rollers of the dye colour in black groove, for printing the flexible print plate cartridge of dyestuff, the flexo that pattern on version cylinder is printed on paper undertaken the printing of cylinder for coordinating with flexible print plate cartridge and be used for the 4th motor that drives described flexible print plate cartridge to rotate, described board is fixedly connected with described printing machine frame, described black groove is installed on described board, described distributor rollers and described flexo cylinder of undertaking the printing of is located at the both sides of described flexible print plate cartridge respectively, and this distributor rollers and flexo are undertaken the printing of, cylinder is in transmission connection with described flexible print plate cartridge respectively, described distributor rollers, flexo is undertaken the printing of cylinder, flexible print plate cartridge is installed on described board respectively rotationally, described board is provided with for regulating described flexo to undertake the printing of that cylinder moves left and right moves left and right device.
Preferably, described in move left and right device and comprise adjusting rod, this adjusting rod and board are threaded connection, and described flexo cylinder of undertaking the printing of is installed on described adjusting rod rotationally.
Preferably, described paper feed mechanism comprises transfer conveying device, cylinder and the winding roll for installing coil paper, described winding roll is installed in described frame rotationally, described transfer conveying device comprising housing, being installed in the transfer conveyer belt in described housing and the 3rd motor for driving transfer conveyer belt to rotate, this housing is rotatably installed in described frame, one end of this housing is connected with cylinder, the other end of this housing rides on the coil paper of described winding roll, and described cylinder, the 3rd motor are connected with described controller.
Preferably, the two ends of described winding roll are overlapped in two groups of runner groups respectively, often organize runner group to be made up of two runners, often two runners organized in runner group are installed in frame respectively rotationally, and the both sides and coordinating with described winding roll that often described winding roll is located at by two runners organized in runner group are rotated.
Preferably, described black groove is connected with one for promoting the movable movable device of this black groove.
Preferably, described movable device comprises two bolts, and these two bolts are arranged on board, and these two bolts are threaded connection with board respectively, and the tail end of these two bolts is rotatably connected with described black groove respectively.
The above-mentioned description to the utility model structure and method is known, compared to the prior art, the utility model tool has the following advantages: one, board of the present utility model is provided with for regulating described flexo to undertake the printing of that cylinder moves left and right moves left and right device, thus regulates the printed patterns position on printing paper.Its two, black groove of the present utility model is connected with movable device, facilitates black groove to move rear interpolation dyestuff.Its three, black groove is connected with movable device, also makes distributor rollers can regulate toward black groove inner dye is more local, make distributor rollers be more prone to transmit dyestuff.Its four, the utility model is provided with six printing equipments, therefore can be equipped with multiple different coloured patterns, and printed patterns colour match kind is many.Its five, paper feed mechanism of the present utility model is provided with transfer conveyer belt, thus make coil paper transmit more smooth and easy.Its six, the two ends of the utility model winding roll are overlapped on two groups of runner groups respectively, reduce the rotary resistance of winding roll, thus it is more smooth and easy also to make coil paper transmit.
Accompanying drawing explanation
Fig. 1 is the structural representation of flexible printing press of the present utility model.
Fig. 2 is the structure for amplifying schematic diagram of A in Fig. 1.
Fig. 3 is the structure for amplifying schematic diagram of B in Fig. 1.
Fig. 4 is the structure for amplifying schematic diagram of C in Fig. 1.
Fig. 5 is the structural representation of folding device.
Fig. 6 is the structure for amplifying schematic diagram of D in Fig. 5.
Fig. 7 be roll left cylinder, right cylinder, two conduction cylinders, two guide rollers, guided plate, conduction roller and printing paper structural representation.
Fig. 8 is the plan structure schematic diagram of printing equipment.
Fig. 9 is the plan structure schematic diagram of paper feed mechanism.
Detailed description of the invention
Detailed description of the invention of the present utility model is described with reference to the accompanying drawings.
With reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4 and Fig. 7, a kind ofly can left and right adjusting flexo to undertake the printing of the flexible printing press of cylinder, (frame 10 of whole flexible printing press connects together to comprise frame 10, in order to better presentation technology feature in Fig. 1, only draw portion chassis 10 structural representation, each conduction roller of conduction printing paper is all be installed in frame 10).This frame 10 is provided with for the paper feed mechanism 11 of paper feed, controls the controller (not shown) that this flexible printing press runs for the printing mechanism 12 that is printed in by pattern on the paper that described paper feed mechanism 11 transmits and being used for.Flexible printing press also comprises paper delivery mechanism 13, and this paper delivery mechanism 13 comprises conduction roller 131, guided plate 132, two conduction cylinder 133, two guide rollers 134 and folding device 135 for transmitting the paper that printing mechanism 12 is completed for printing.Described guide reel 131 is fixed in described frame 10.Guided plate 132 shape triangular in shape (as shown in Figure 7), the base of this guided plate 132 is connected with described guide reel 131, paper is introduced between two guide rollers 134 by the summit of this guided plate 132, and described two guide rollers 134 are installed in described frame 10 rotationally.Two conduction cylinders 133 are also be installed in frame rotationally, and these two conduction cylinders 133 are arranged between described guide roller 134 and folding device 135.
With reference to Fig. 5 and Fig. 6, folding device 135 comprises installing rack 14, fixed axis 161, second time fixed axis 162 on fixed axis 151, first time fixed axis 152, second on the cylinder 15 that rolls left, right cylinder 16, first, for the first motor (not shown) of driving the cylinder 15 that rolls left to rotate and the second motor (not shown) for driving right cylinder 16 to rotate.First motor can have multiple design with the connected mode of the cylinder 15 that rolls left, (as: this first motor is arranged at the frame 10 below the cylinder 15 that rolls left, be connected with the described cylinder 15 that rolls left through first time fixed axis 152 by the output shaft of the first motor, first time fixed axis 152 is hollow).Equally, the connected mode of the second motor and right cylinder 16 can have multiple design, (as: this second motor is arranged at the frame 10 below right cylinder 16, be connected with described right cylinder 16 through second time fixed axis 162 by the output shaft of the second motor, second time fixed axis 162 is hollow).This first motor is connected with described controller with the second motor.Installing rack 14 is fixed in frame 10.On first, on fixed axis 151 and second, fixed axis 161 is fixed at described installing rack 14 top respectively.Described first time fixed axis 152 and second time fixed axis 162 are fixedly installed in described frame 10 respectively.The roll left upper end of cylinder 15 is installed in fixed axis 152 on described first rotationally, and the lower end of this cylinder 15 that rolls left is installed in described first time fixed axis 152 rotationally.The upper end of this right cylinder 16 is installed in fixed axis 161 on described second rotationally, and the lower end of right cylinder 16 is installed in described second time fixed axis 162 rotationally.
With reference to Fig. 5 and Fig. 6, the sidewall of the cylinder 15 that rolls left is provided with the first groove 17, is provided with the first top mechanism of paper 18 of paper top for printing cylinder 16 to the right in this first groove 17.This first top mechanism of paper 18 comprises the first runner 181, first bull stick 182, first spring 183, first backstay 184, first transfer block 185, first connector rod 186, first top flat 187, second connector rod 189, second transfer block 190, second spring 191 and the second backstay 192.On first fixed axis 151 front side wall on be arranged with the first track 193, this the first track 193 semicircular in shape, described first runner 181 can rotate around this first track 193, and the two ends of the first track 193 are provided with transition arcs, the first runner 181 can be facilitated to climb up or this first track 193 that gets off.This first runner 181 is installed in the upper end of the first bull stick 182 rotationally, the lower end of this first bull stick 182 is fixedly connected on described one end of first transfer block 185 and this end of this first transfer block 185 is connected by the first spring 183 with described first backstay 184, the inner side of the cylinder 15 upper surface radial direction that rolls left described in the position of this first backstay 184 is arranged at is (shown in Fig. 5 or Fig. 6, the left back of described first transfer block 185 is also located at by this first backstay 184 simultaneously), the other end of this first transfer block 185 is connected with described first connector rod 186.This first connector rod 186 is installed in the upper end of described first groove 17 rotationally, and described second connector rod 189 is installed in the lower end of described first groove 17 rotationally.Described first top flat 187 is connected with between this first connector rod 186 and second connector rod 189.This second connector rod 186 is connected with one end of described second transfer block 190, and the other end of this second transfer block 190 is connected with described second backstay 192 by the second spring 191.The inner side (shown in Fig. 5 or Fig. 6, the left back of described second transfer block 190 is also located at by this second backstay 192 simultaneously) of the cylinder 15 lower surface radial direction that rolls left described in this second backstay 192 is arranged at.The course of work of this first top mechanism of paper 18 is as follows: this cylinder 15 that rolls left turns clockwise, first runner 181 rotates along with the cylinder 15 that rolls left, when the first runner 181 rotates to the right side edge of the first track 193 (position near right cylinder 16), this first track 193 climbed up by this first runner 181.First runner 181 overcomes the pulling force of the first spring 183, pushed up toward outside by the first track 193, the right-hand member of the first transfer block 185 be connected with the first runner 181 outwards pushes up, first transfer block 185 drives the first connector rod 186 to rotate, this first connector rod 186 drives the first top flat 187 and the second connector rod 189 to rotate, and the second transfer block 190 is rotated together along with the second connector rod 189.First top flat 187 is just transformed into vertical state by heeling condition in the first groove 17, and protrudes from the cylinder 15 that rolls left.First top flat 187 is by through the printing paper top of rolling left cylinder 15 and right cylinder 16 cylinder 16 to the right.When the first runner 181 forwards left side edge (see in namely by Fig. 5 or Fig. 6, be positioned at the position of the left hand edge of fixed axis 151 on first) of the first track 193 to, this first runner 181 will be got off by the first track 193 subsequently.Then, under the pulling of the first spring 183 and the second spring 191, first transfer block 185 and the second transfer block 190 pull to the inside, first transfer block 185 drives the first connector rod 186 to rotate, second transfer block 190 drives the second connector rod 189 to rotate, first connector rod 186 and the second connector rod 189 drive the first top flat 187 to rotate, and the first top flat 187 again becomes heeling condition by vertical state in the first groove 17.Until the first runner 181 reruns the right side edge to the first track 193, again climb up the first track 193, repeat above process.
With reference to Fig. 5 and Fig. 6, the sidewall of right cylinder 16 is provided with the second groove 20, and this second groove 20 is provided with the first clamping device 21 for clamping the paper come in cylinder top of rolling left.This first clamping device 21 comprises the second runner 210, second bull stick 211, the 3rd spring 212, the 3rd backstay 213, the 3rd transfer block 214, the 3rd connector rod 215, first intermediate plate 216, the 4th connector rod 217, the 4th transfer block 218, the 4th spring 219 and the 4th backstay 220.The sidewall of second time fixed axis 162 is arranged with the second slide rail 23, this second slide rail 23 is curved, one end of this second slide rail 23 is positioned at the left side edge (namely near the position of the cylinder 15 that rolls left) of described second time fixed axis 162, and the other end of this second slide rail 23 is positioned at the front side right part of described second time fixed axis 162.Described second runner 210 can slide around this second track 23, and the two ends of this second track 23 are provided with transition arcs equally, facilitates the second runner 210 to climb up or this second track 23 that gets off.This second runner 210 is installed in the lower end of the second bull stick 211 rotationally, and the upper end of this second bull stick 211 is fixedly connected on one end of described 3rd transfer block 214 and this end of the 3rd transfer block 214 is connected by the 3rd spring 212 with described 3rd backstay 213.The position of the 3rd backstay 213 is arranged at the inner side (shown in Fig. 5 or Fig. 6, the left back of described 3rd transfer block 214 is also located at by the 3rd backstay 213 simultaneously) of described right cylinder 16 lower surface radial direction.The other end of the 3rd transfer block 214 is connected with described 3rd connector rod 215,3rd connector rod 215 is installed in the lower end of described second groove 20 rotationally, described 4th connector rod 217 is installed in the upper end of described second groove 20 rotationally, is connected with described first intermediate plate 216 between the 3rd connector rod 215 and the 4th connector rod 217.4th connector rod 217 is connected with one end of described 4th transfer block 218, the other end of the 4th transfer block 218 is connected with described 4th backstay 220 by the 4th spring 219,4th backstay 220 is arranged at the inner side (shown in Fig. 5 or Fig. 6, the left back of described 4th transfer block 218 is also located at by the 4th backstay 220 simultaneously) of described right cylinder 16 upper surface radial direction.The course of work of this first clamping device 21 is as follows: this right cylinder 16 is rotated counterclockwise, and the second runner 210 rotates along with right cylinder 16.When the second runner 210 rotates to one end of the front side right part of the second track 23, this second track 23 climbed up by this second runner 210.Second runner 210 overcomes the pulling force of the 3rd spring 212, pushed up toward outside by the second track 23, the right-hand member of the 3rd transfer block 214 be connected with the second runner 210 outwards pushes up, 3rd transfer block 214 drives the 3rd connector rod 215 to rotate, and the 3rd connector rod 215 drives the first intermediate plate 216 and the 4th connector rod 217 to rotate.4th transfer block 218 is rotated together along with the 4th connector rod 217.First intermediate plate 216 is just transformed into the side tilting to decontrol (shown in Fig. 5 or Fig. 6, namely the first intermediate plate 216 is by the right edge port side of the second groove 20, thus decontrols printing paper) by the side of inclination clamped condition in the second groove 20.When the second runner 210 forwards the end of the left side edge of the second track 23 to time (position near the cylinder 15 that rolls left), this second runner 210 will be got off by the second track 23 subsequently.Under the pulling of the 3rd spring 212 and the 4th spring 219, the 3rd transfer block 214 and the 4th transfer block 218 pull to the inside, and the 3rd transfer block 214 drives the 3rd connector rod 215 to rotate, and the 4th transfer block 218 drives the 4th connector rod 217 to rotate.3rd connector rod 215 and the 4th connector rod 217 drive the first intermediate plate 216 to rotate, first intermediate plate 215 is converted to the side of clamping (shown in Fig. 5 or Fig. 6 by the side tilting to decontrol in the second groove 20, namely the first intermediate plate 215 turns to right edge by the limit, left side of the second groove 20, thus clamping the first top flat 187 pushes up the paper of coming).Until the second track 23 climbed up again by the second runner 210, repeat above process.The cylinder 15 that rolls left wants consistent with the slewing rate of right cylinder 16, and time the first groove 17 and the second groove 20 turn to hithermost position, the first top flat 187 and the first intermediate plate 215 just can coordinate folder to live.
With reference to Fig. 1, Fig. 4 and Fig. 9, described paper feed mechanism 11 comprises transfer conveying device 110, cylinder 111 and the winding roll 112 for installing coil paper 117.Described winding roll 112 is installed in described frame 10 rotationally.Described transfer conveying device 110 comprising housing 113, being installed in the transfer conveyer belt 114 in described housing 113 and the 3rd motor 115 for driving transfer conveyer belt 114 to rotate.This housing 113 is rotatably installed in described frame 10 by a rotating shaft.One end of this housing 113 is connected with cylinder 113, and the other end of this housing 113 rides on the coil paper 117 of described winding roll 112.Described cylinder 113, the 3rd motor 115 are connected with described controller respectively.One end of housing 113 upwards can be dug or to pressing down under the effect of cylinder 111, thus make transfer conveyer belt 114 away from or be pressed onto on coil paper 117.Paper feed mechanism of the present utility model is provided with transfer conveyer belt 114, thus it is more smooth and easy that coil paper 117 is transmitted.
With reference to Fig. 1, Fig. 4 and Fig. 9, the two ends of winding roll 112 are overlapped in two groups of runner groups respectively, and these two groups of runner groups are installed in the both sides of described frame 10 respectively.Often organize runner group to be made up of two runners 116, often two runners 116 organized in runner group are installed in frame 10 respectively rotationally, and the both sides and coordinating with described winding roll 112 that often described winding roll 112 is located at by two runners 116 organized in runner group are rotated.The two ends of the utility model winding roll 112 are overlapped on two groups of runner groups respectively, reduce the rotary resistance of winding roll 112, thus it are more smooth and easy also to make coil paper 117 transmit.
With reference to Fig. 1, Fig. 3 and Fig. 8, described printing mechanism 12 comprises six printing equipments 120 and printing machine frame 121.The side of described printing machine frame 121 distributes four printing equipments 120, and the opposite side of described printing machine frame 121 distributes two printing equipments 120.Each printing equipment 120 comprise board 122, for fill dyestuff black groove 123, for transmit the dye colour in black groove 123 distributor rollers 124, for print dyestuff flexible print plate cartridge 125, for coordinating the cylinder 126 of the flexo that the pattern on version cylinder is printed on paper being undertaken the printing of with flexible print plate cartridge, (the undertake the printing of outside of cylinder 126 of this flexo installs version cylinder, version cylinder has corresponding pattern, and this flexo version cylinder of undertaking the printing of on cylinder 126 can need change according to printed patterns), the 4th motor 127 for driving described flexible print plate cartridge 125 to rotate.Board 122 is fixedly connected with described printing machine frame 121, and described black groove 123 is installed on described board 122.Described distributor rollers 124 and described flexo cylinder 126 of undertaking the printing of is located at the both sides of described flexible print plate cartridge 125 respectively.And this distributor rollers 124 and flexo are undertaken the printing of, cylinder 126 is in transmission connection (this kind of drive is prior art, does not describe in detail at this) with described flexible print plate cartridge 125 respectively.Undertake the printing of cylinder 126, flexible print plate cartridge 125 of described distributor rollers 124, flexo is installed on described board 122 respectively rotationally.During work, flexible print plate cartridge 125 is rotated under the drive of the 4th motor 127, flexible print plate cartridge 125 drives distributor rollers 124 and flexo cylinder 126 of undertaking the printing of to rotate, the paper of printing is undertaken the printing of between cylinder 126 by flexible print plate cartridge 125 and flexo and is passed, and pattern is printed on described paper by flexible print plate cartridge and flexo cylinder of undertaking the printing of.The flexo of six printing equipments 120 cylinder 126 of undertaking the printing of changes different version cylinders, according to the difference in the pattern printing position on each edition cylinder, paper prints out the pattern of different colours.Therefore the utility model is provided with six printing equipments 120 can be equipped with multiple different coloured patterns, and printed patterns colour match kind is many.
With reference to Fig. 1, Fig. 3 and Fig. 8, described black groove 123 is connected with one for promoting the movable movable device of this black groove 123.Described movable device comprises two bolts 128, and these two bolts 128 are arranged on board 122, and these two bolts 128 are threaded connection with board 122 respectively, and the tail end of these two bolts 128 is rotatably connected with described black groove 123 respectively.Black groove 123 of the present utility model is connected with movable device, facilitates black groove 123 to move rear interpolation dyestuff.During use, two bolts 128 rotate forward, and these two bolts 128 drive black groove 123 to move backward, and the space that black groove 123 is exposed is larger, conveniently adds dyestuff; After adding good colourant, these two bolts 128 reverse, and black groove 123 is moved forward, again pushes in board 122.Ink groove 123 is connected with movable device, also makes distributor rollers 124 more local can regulate (this situation for be not flat situation bottom black groove 123) toward black groove 123 inner dye, makes distributor rollers 124 be more prone to transmission dyestuff.
With reference to Fig. 1, Fig. 3 and Fig. 8, described board 122 is provided with for regulating described flexo to undertake the printing of that cylinder 126 moves left and right moves left and right device.The described device that moves left and right comprises adjusting rod 129, this adjusting rod 129 and board 122 are threaded connection, described flexo undertake the printing of cylinder 126 to be installed in rotationally on described adjusting rod 129 (this flexo undertake the printing of cylinder 126 can rotate on adjusting rod 129 still can not relative adjustment bar 129 movably arrange).Board 122 of the present utility model is provided with for regulating described flexo to undertake the printing of that cylinder 126 moves left and right moves left and right device, thus can regulate the printed patterns position on printing paper easily.
As depicted in figs. 1 and 2, the front of described paper delivery mechanism 13 is provided with the baffle plate 30 for blocking the printing paper that paper folds.This baffle plate 30 is arranged on a platform 31, and this platform 31 is connected with described frame 10, and this baffle plate 30 can be connected on this platform 31 slidingly back and forth.The front of described paper delivery mechanism 13 is provided with the baffle plate 30 for blocking the printing paper that paper folds, and the printing paper that folds therefore can be avoided at random.This printing paper can mainly apply to the occasions such as the external packing of napkin paper.
As shown in Figure 1, Figure 2, shown in Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, specific works process of the present utility model is as follows: after printing starts, transfer conveyer belt 114 rotates and drives coil paper 117 to rotate, coil paper 117 starts the paper carrying printing, paper after a plurality of conduction roller, through printing mechanism 12 printed patterns.Printing paper after printed patterns is after a plurality of conduction roller, and printing paper is through guide reel 131, guided plate 132.Paper after guided plate 132, due to guided plate 132 shape triangular in shape, therefore, printing paper can be folded up by centre, thus make printing paper become vertical state by level, the printing paper of vertical state imports between two guide rollers 134, then again between two conduction cylinders 133, then penetrates and rolls left between cylinder 15 and right cylinder 16.The cylinder 15 that rolls left turns clockwise, and right cylinder 16 is rotated counterclockwise.The first groove 17 and the second groove 20 hithermost time, the first top flat 187 of cylinder 15 of rolling left just ejects, first intermediate plate 216 of right cylinder 16 is just clamped the first top flat 187 and is pushed up the printing paper of coming, then after running to certain position, printing paper (specific works principle just decontroled by the first intermediate plate 216, above-mentioned existing description, does not just repeat at this).Printing paper is stacked on platform 31, and baffle plate 30 increases along with the thickness of the printing paper of follow-up superposition, slowly driven forward.
With reference to figure 5 and Fig. 6, the utility model is coordinated the printing paper clamping by rolling left between cylinder 15 and right cylinder 16 can be folded by rear also subdivision by the first top mechanism of paper 18 of the cylinder 15 that rolls left and the first clamping device 21 of right cylinder 16, avoid printing paper in prior art to need again to pull down, the trouble of artificial subdivision, increases work efficiency greatly.
With reference to figure 5 and Fig. 6, as further improvement of the utility model, described in the cylinder 15 that rolls left be provided with the 3rd groove (due to visual angle reason, not shown), the position of the 3rd groove and the position of described first groove 17 opposed.To roll left described in 3rd groove and the first groove 17 are distributed in the two ends of cylinder 15 diameter.The second clamping device (due to visual angle reason, not shown) is provided with in 3rd groove.This second clamping device is the same with the structure of described first clamping device 16.This first time fixed axis 152 be provided with the second clamping device with the use of the 3rd track 40.3rd track 40 is symmetrical with described second track 23.Described right cylinder 16 is provided with the 4th groove (due to visual angle reason, not shown), the second top mechanism of paper is provided with (due to visual angle reason in 4th groove, not shown), the structure that this second structure and described first of pushing up mechanism of paper pushes up mechanism of paper 18 is the same, on described second fixed axis 161 be provided with to push up with second paper structure with the use of the structure of the 4th track the 41, four track 41 the same with the structure of the first track 193.The cylinder 15 that rolls left of the present utility model is provided with the 3rd groove, the position of the 3rd groove and the position of described first groove 17 opposed, be provided with the second clamping device in the 3rd groove.Described right cylinder 16 is provided with the 4th groove, is provided with the second top mechanism of paper, thus increases work efficiency in the 4th groove, and printing paper can be clamped toward the left and right sides, place space availability ratio is also high simultaneously.
Above are only detailed description of the invention of the present utility model, but design concept of the present utility model is not limited thereto, all changes utilizing this design the utility model to be carried out to unsubstantiality, all should belong to the behavior of invading the utility model protection domain.
Claims (2)
1. can left and right adjusting flexo to undertake the printing of the flexible printing press of cylinder for one kind, comprise frame, this frame is provided with the paper feed mechanism for paper feed, for pattern being printed in the printing mechanism on the paper that described paper feed mechanism transmits, for the paper delivery mechanism of paper delivery and for controlling the controller that this flexible printing press runs, it is characterized in that: described printing mechanism comprises six printing equipments and printing machine frame, the side of described printing machine frame distributes four printing equipments, the opposite side of described printing machine frame distributes two printing equipments, each printing equipment comprises board, for filling the black groove of dyestuff, for transmitting the distributor rollers of the dye colour in black groove, for printing the flexible print plate cartridge of dyestuff, the flexo that pattern on version cylinder is printed on paper undertaken the printing of cylinder for coordinating with flexible print plate cartridge and be used for the 4th motor that drives described flexible print plate cartridge to rotate, described board is fixedly connected with described printing machine frame, described black groove is installed on described board, described distributor rollers and described flexo cylinder of undertaking the printing of is located at the both sides of described flexible print plate cartridge respectively, and this distributor rollers and flexo are undertaken the printing of, cylinder is in transmission connection with described flexible print plate cartridge respectively, described distributor rollers, flexo is undertaken the printing of cylinder, flexible print plate cartridge is installed on described board respectively rotationally, described board is provided with for regulating described flexo to undertake the printing of that cylinder moves left and right moves left and right device.
2. a kind ofly can left and right adjusting flexo to undertake the printing of the flexible printing press of cylinder according to according to claim 1, it is characterized in that: described in move left and right device and comprise adjusting rod, this adjusting rod and board are threaded connection, and described flexo cylinder of undertaking the printing of is installed on described adjusting rod rotationally.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520641521.5U CN204998106U (en) | 2015-08-24 | 2015-08-24 | Can control and adjust gentle flexographic printing machine who prints cylinder of undertaking printing of |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520641521.5U CN204998106U (en) | 2015-08-24 | 2015-08-24 | Can control and adjust gentle flexographic printing machine who prints cylinder of undertaking printing of |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204998106U true CN204998106U (en) | 2016-01-27 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520641521.5U Expired - Fee Related CN204998106U (en) | 2015-08-24 | 2015-08-24 | Can control and adjust gentle flexographic printing machine who prints cylinder of undertaking printing of |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204998106U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106585143A (en) * | 2016-11-23 | 2017-04-26 | 宁波弘泰包装新材料科技有限公司 | Koldfoil technology and device for flexographic printing of tissue |
| CN110709248A (en) * | 2017-04-07 | 2020-01-17 | 博斯特佛罗伦萨有限公司 | Printing unit with interchangeable printing sleeves |
-
2015
- 2015-08-24 CN CN201520641521.5U patent/CN204998106U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106585143A (en) * | 2016-11-23 | 2017-04-26 | 宁波弘泰包装新材料科技有限公司 | Koldfoil technology and device for flexographic printing of tissue |
| CN110709248A (en) * | 2017-04-07 | 2020-01-17 | 博斯特佛罗伦萨有限公司 | Printing unit with interchangeable printing sleeves |
| CN110709248B (en) * | 2017-04-07 | 2022-03-15 | 博斯特佛罗伦萨有限公司 | Printing unit with interchangeable printing sleeves |
| US11390067B2 (en) | 2017-04-07 | 2022-07-19 | Bobst Firenze S.R.L. | Printing unit with interchangeable printing sleeve |
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Address after: The economic development zone of Putian city of Fujian province Chengxiang 351100 district (Chengxiang District of Huating Zhen Shan Pai Cun) Patentee after: Fujian southeast art paper Limited by Share Ltd Address before: The economic development zone of Putian city of Fujian province Chengxiang 350003 district (Chengxiang District of Huating Zhen Shan Pai Cun) Patentee before: PUTIAN SOUTHEASTERN PAPER INDUSTRY & TRADE CO., LTD. |
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