TWI397474B - Intermittent printing presses and all-wheel processing machines in series with the printing equipment - Google Patents

Description

Printing and connecting equipment for intermittent printing machine and all-round processing machine

The present invention relates to a printing apparatus, and more particularly to a printing conjoining apparatus in which an intermittent surface printing machine and a full tread processing machine are connected in series.

At present, almost all the goods sold on the market are affixed with the label of the brand printed by the printing machine or the label of the product label and description. When the printing machine is printing the above-mentioned sticker, it will also be based on the size of the product and the customer. Demand to plate; however, because the lithographic plate has a certain size, when the plate is made according to different product sizes or different customer needs, it often happens that the layout of the layout is small, if it is still in the same all-round When printing on a printing press, the diameter of the platen of the full-face printing press and the diameter of the printing roll have a fixed size; therefore, the range of the graphic image to be printed on the lithographic plate surface is relative to the length of the circumference of the printing plate. If the circumference of the plate is less than the circumference of the plate, the blanket on the printing plate will cause a blank segment of ink without any ink, and the blanket will continuously transfer the ink to the entire tread. When it is to be printed, it will also produce a blank segment of ink-free blank (that is, the "continuous printing surface" cannot be achieved), resulting in an increase in the waste of the object to be printed; that is, waiting Each brush was the next graphic scope ink graphic ink pitch range (blank section) would be greater than or equal to 3mm.

In addition, since the current lithographic fixing method is mostly the prior art of the US Patent Publication No. 20070227375A1, the two ends of the lithographic plate are respectively clamped by a round rod provided with a nip, and are inserted into the groove formed on the circumferential surface of the plate. Internally fixed; in order to allow the round bar to clamp the ends of the plate, the groove can be easily inserted into the groove of the plate, so the gap formed by the groove on the circumferential surface of the plate is larger, so when When the plate is continuously rotated and printed by the entire tread, the two ends of the lithographic plate will cause the blanket to continue to form a blank segment of ink-free blank (that is, the "continuous printing surface" cannot be achieved). When the blanket continuously transfers the ink to the object to be printed on the entire surface, a blank section of waste material is also generated. Similarly, the ink of each graphic range on the object to be printed and the next figure are shown. The ink spacing (blank segment) in the text range will also be greater than or equal to 3 mm.

In view of the above-mentioned problem of the blank segment waste generated, the prior art of the TW I304770 patent publication is improved; the technical means disclosed is according to the size of the graphic range (ie, the layout) which is more frequently designed by the user on the layout. The length of the upper image is relative to the length of the circumference of the plate. First, several different lithographic lengths are determined, and then the plate cylinder corresponding to the circumference is manufactured according to the lengths (the same as the "version" defined by the present invention.胴") and the transfer roller (same as the "printing tumbler" defined in the present invention), if the range of the graphic to be printed is small, the user can first select a range that is more in line with the image. In the lithographic version, the plate cylinder and the transfer roller corresponding to the lithographic length can be replaced with the full-face printing machine; similarly, if the range of the graphic to be printed is large, the user can select again. a lithographic plate that is more in line with the scope of this image, and can replace the plate cylinder and transfer roller corresponding to the lithographic length to the full-face printing machine; It is possible to make the stencil of a size suitable for the image range, and when the plate cylinder and the transfer cylinder are printed on the full surface, the generation of the blank portion can be reduced (that is, the "continuous printing surface" is more likely to be achieved).

However, it is known from the aforementioned TW I304770 patent publication that the prior art still has a defect to be improved; the missing is that when the prior art full-face printing machine is serially connected to perform printing, once the layout size of the layout is large After the change, all the full-face printing presses must be printed and printed before the printing, and the printing and rolling rims whose circumferential dimensions are suitable for the size of the graphic must be replaced, so that when the whole tread is printed. Reducing the amount of waste in the blank section, so users not only have to spend money to purchase different sizes of prints and printing rollers, but also need to make more space to store different sizes of prints and printing rollers, which wastes users. Take a lot of time to replace different sizes of prints and printing rolls.

In order to respond to the diversified needs of the market, the current printed materials (such as trademark stickers) will cause the printing materials to be processed in the printing process after the first printing, such as bronzing, glazing, filming, cutting. Processing steps such as cutting, die-cutting, waste stripping, scrap recycling, product container labeling, etc., will even be processed after other printing such as lithography, gravure or letterpress of all-wheel surface; however, When the to-be-printed matter is printed by the intermittent printing machine, the printing object is first pulled in two directions to produce a certain tension for printing, but if the tension of the object to be printed is released after the printing is finished, the to-be-printed object will be caused. Great changes in the length of printing and printing, and will change the roughness of the surface of the object to be printed, the ability to adhere to the ink, the probability of cracking of the ink and the accuracy of subsequent die-cutting, etc., which affect the printing quality. The factors that have caused the printing industry to still use intermittent surfaces The "all-round processing machine" of the printing machine and the above-mentioned processes, such as: full-face lithographic printing machine, full-face gravure printing machine, all-round letterpress printing machine, roller type bronzing machine, roller type glazing machine, roller type Membrane machines, roller cutters, roller die-cutters, etc. are serious problems in tandem operations.

In other words, the intermittent printing machine of the present invention can select the printing of the intermittent surface or the selection of the full-surface printing according to the different graphic range of the layout, and by the first guiding structure and the second guiding structure, The intermittent surface printing machine is connected in series with the full tracing machine, and then through the third guiding structure, continuously outputs the printed matter having the continuous printing surface at equal speed and equal tension; if so, the intermittent printing machine of the present invention can Gradually replace the existing full-face printing press, and can also be connected with the full-face processing machine, so that printing, production and packaging can achieve a substantial consistent operation, thereby increasing production capacity and indeed achieving the goal of reducing labor and material costs. .

In order to achieve the above object, the present invention provides a printing cradle apparatus for serially connecting a face-to-face printing machine and a full-face processing machine; characterized in that the printing cradle apparatus includes a continuous feeding object to be printed from the first feeding end. An intermittent surface printing machine which is printed after the printing and is output to the first discharging end at a constant speed, a first guiding structure which is arranged on the guiding path of the first feeding end for constant speed guiding, and a first guiding structure a second guiding structure for guiding the material of the first guiding material with a constant velocity guide, a series of ends connected to the first discharging end of the intermittent printing machine, and the object to be printed is second The feeding end is introduced into the whole tread processing machine which is driven to be outputted to the second discharging end at a constant speed, and a third guiding material is arranged on the guiding path behind the second discharging end for constant speed continuous forward rotation of the guiding material Structure; wherein the intermittent printing press package An ink supply unit is disposed; an ink transfer unit pivoted under the ink supply unit and in contact with the ink supply unit; a plate pivoted on the ink delivery path of the ink transfer unit, the circumferential surface of the plate is completely packaged a lithographic plate is disposed in contact with the ink transfer unit; a printing turret pivotally disposed on the lithographic ink transfer path, and a circumferential surface of the printing tumbler is glued to a blanket for transferring ink to the printed matter to be printed And the lithographic plate is in contact with the blanket; wherein the length of the blanket surface relative to the circumference of the printing roller is equal to or greater than the length of the graphic surface of the lithographic layout relative to the circumference of the stencil; a pressure pivoting under the printing roller and carrying the blanket printing pressure; and the first guiding structure comprises a front end control guide wheel having a selectable continuous forward rotation or alternating positive and reverse rotation to actively drive the to-be-printed object The second guide structure includes a rear end control guide wheel that is synchronous with the front end control guide wheel and that actively drives the object to be printed in the same direction.

The technical solution proposed by the present invention described above can achieve the following beneficial effects in comparison with the prior art:

1. Since the intermittent surface printing machine of the present invention can select the intermittent surface printing or select the full-surface printing to continue the printing surface at the same speed and the equal tension output according to the different graphic range of the layout surface, because of the applicability Strong enough to be connected in series with the full tracing machine to form the printing stand device of the present invention;

2. The printing and docking device of the invention can be selected on the same intermittent surface printing machine according to the different graphic range of the layout surface, and the continuous rotation of the full-rotation printing or the positive and reverse interlaced intermittent surface printing is selected to achieve continuous The purpose of the continuous printing surface is output at equal speed and equal tension; therefore, the intermittent printing machine of the present invention is designed to be connected in series with the full tracing machine, and the formed printing device is formed to utilize the intermittent surface. The printing machine can continue to be at the same speed and equal tension output Continuing the applicability of the printing surface, and gradually replacing the full-face printing press, and the consumer does not need to replace the full-face printing machine all at once, thereby reducing the burden on the consumer;

3. When the user needs to change the size of the graphic surface of the printing plate, the intermittent printing machine of the printing and connecting device of the invention can use the same printing plate and the same printing roller to achieve the continuous printing surface, which can save the blank segment. The cost of scrap can also save on the cost of purchasing other different sizes or printing rollers; users can also save space for other different sizes or printing rollers; and save different sizes or The time to print the tumble.

4. After the printing is completed, the intermittent printing machine of the present invention can maintain the original fixed tension of the object to be printed, so that it can enter other serially connected full-face processing machines under the same tension condition to avoid causing the The ink on the printed matter is cracked, and the problem that the printed matter to be printed is excessively damaged due to the inability to accurately align in the subsequent die cutting process; and the present invention can also wait for the speed after the operation of the full tread processing machine. And the same tension to output high-quality printed matter (such as: trademark stickers), so it can provide follow-up operations such as trademark waste stripping machine, waste side recycling machine, product container labeling machine, etc., or follow-up "Product processing equipment" in constant speed operation, such as: container filling machine, container packaging machine, product packaging machine, product packing and packing machine, product sealing machine, etc., which have been serially connected, so that printing, production and printing Packaging can achieve substantial consistent operations, thereby increasing production capacity and indeed achieving the goal of reducing labor and material costs.

1‧‧‧Printing equipment

10‧‧‧Intermittent printing machine

100‧‧‧All-face lithographic printing machine

11‧‧‧First guide structure

111‧‧‧ front control guide wheel

112‧‧‧First tension balancer

12‧‧‧Second guide structure

121‧‧‧Back control guide wheel

122‧‧‧Second tension balance

13‧‧‧ Third guide structure

20, 200‧‧‧ ink supply unit

21‧‧‧Ink

22, 220‧‧‧ squeegee

30, 300‧‧‧ ink transfer unit

31, 310‧‧‧ mesh wheel

32, 320‧‧‧ by the ink roller

40,400‧‧‧ Copyright

41, 410‧‧ lithograph

411‧‧‧First positioning end

412‧‧‧Second positioning end

42‧‧‧ Positioning parts

421‧‧‧ positioning slot

43‧‧‧ trench

50,500‧‧‧Printing roll

51, 510‧‧‧ blanket

52‧‧‧ interval

60, 600‧‧‧ pressure

70, 700 ‧ ‧ uniform ink wheel set

80,800‧‧‧ Wetting unit

81, 810‧‧‧ liquid storage tank

82‧‧‧ Wetting fluid

90‧‧‧Printing matter

91‧‧‧First feed end

92‧‧‧First discharge end

93‧‧‧second feed end

94‧‧‧Second discharge end

Figure 1 is a plan view of a preferred embodiment of the present invention.

Fig. 2 is a plan view showing the intermittent surface printing machine in Fig. 1.

3-1 to 3-4 are enlarged plan views showing the fixing manner of the lithographic plate on the plate in the "Fig. 2" of the present invention.

4-1 to 4-3 are partial plan views showing the continuous action of "Fig. 2" of the present invention.

Figure 5 is a plan view of the full tread lithography machine in Figure 1.

The detailed description and technical contents of the present invention will now be described as follows: First, please refer to "Figure 1", "Figure 2" and "Figure 5". In order to allow the reader to understand the present invention more clearly, the lithogram 41, the blanket 51, the lithographic 410, and the blanket 510 are specifically thickened for illustration. As shown in the figure, a printing docking device 1 for intermittent operation of the intermittent surface printing machine 10 and the full-surface processing machine is provided (wherein the full-surface processing machine of the present invention is selected from the full-surface lithographic printing machine 100) , a full tread gravure printing machine, a full tread printing machine, a roller type bronzing machine, a roller type glazing machine, a roller type film laminating machine, a roller type cutting machine, a roller type die cutting machine, or any combination thereof However, the entire screed printing machine 100 is exemplified herein; the printing cradle apparatus 1 includes a continuous printing object 90 to be printed from the first feeding end 91 and output to the first speed at a constant speed. The intermittent surface printing machine 10 of the discharging end 92, a first guiding structure 11 for guiding the speed guiding material on the guiding path of the first feeding end 91, and a first discharging end 92 for guiding a second guiding structure 12 for the same velocity guiding material as the first guiding material structure 11 is connected in series with the first discharging end 92 of the intermittent surface printing machine 10 to thereby print the object 90 to be printed. The second feeding end 93 is introduced into the all-surface lithographic printing machine 100 which is outputted to the second discharging end 94 at a constant speed after printing, and a set In the first a third guiding structure 13 for continuously and continuously rotating the guiding material on the guiding path behind the two discharging ends 94; wherein the intermittent printing machine 10 comprises an ink supply unit 20, wherein the ink supply unit 20 is provided below At least one squeegee 22 (the squeegee 22 is not necessarily present); an ink transfer unit 30 pivoted below the ink supply unit 20 and in contact with the ink supply unit 20, the ink transfer unit 30 includes a pivot a mesh wheel 31 disposed under the ink supply unit 20 and in contact with the ink supply unit 20, and an ink supply roller 32 pivotally disposed on the ink path of the mesh wheel 31 and in contact with the mesh wheel 31; The plate 40 is pivotally disposed on the ink path of the ink roller 32 and is in contact with the ink roller 32; a plate 40 pivoted on the ink delivery path of the ink transfer unit 30, the plate 40 circle The surface is completely provided with a lithographic plate 41 in contact with the ink transfer unit 30. The lithographic plate 41 may be wet or dry; a wetting unit 80 pivotally disposed around the periphery of the plate 40, the wetting unit 80 having Controlling the dampening fluid 82 in contact with the lithographic plate 41, when the lithographic plate 41 is wet, the dampening fluid 82 controls the contact with the lithographic plate 41, and When the lithographic plate 41 is dry, the dampening fluid 82 is controlled to be spaced apart from the lithographic plate 41 (in this figure, the relative position of the dampening unit 80 and the lithographic plate 41 is adjusted, of course, the wetting The unit 80 can also be used to control the sprayer to spray or not; a printing roller 50 pivotally disposed on the ink path of the lithographic plate 41, and a printing surface of the printing roller 50 is glued to transfer the ink 21 Up to the blanket 51 on the printed matter 90, and the lithographic plate 41 is in contact with the blanket 51; wherein the length of the blanket 51 relative to the circumference of the printing roller 50 is equal to or greater than the lithography 41 a length of the surface of the layout relative to the circumference of the magazine 40; and a pressure 60 pivoted below the printing roller 50 and carrying the printing pressure of the blanket 51; and the first guiding structure 11 includes There is a choice of continuous forward or positive, reverse and active The front end of the to-be-printed matter 90 controls the guide wheel 111, and a first tension balance member 112 that can displace the workpiece 90 to maintain a fixed tension; the second guide structure 12 includes a synchronization with the front end control guide 111 And the same direction actively drives the rear end control guide wheel 121 of the to-be-printed object 90, and a second tension balance member 122 that can be reversely displaced corresponding to the first tension balance member 112 to maintain the fixed tension of the object to be printed 90. Further, as shown in FIG. 5, since the full tread processing machine of the present invention is described by taking the all-surface lithographic printing machine 100 as an example, the all-surface lithographic printing machine 100 includes an ink supply unit 200, wherein The ink supply unit 200 is provided with at least one squeegee 220 (the squeegee 220 is not necessarily present); an ink transfer unit 300 pivotally disposed under the ink supply unit 200 and in contact with the ink supply unit 200, The ink transfer unit 300 includes a mesh wheel 310 pivoted under the ink supply unit 200 and in contact with the ink supply unit 200, and a meshing path pivoted to the mesh wheel 310 and in contact with the mesh wheel 310. The platen roller 320 is pivotally disposed on the ink path of the ink roller 320 and is in contact with the ink roller 320; a plate pivotally disposed on the ink transfer path of the ink transfer unit 300胴400, the circumferential surface of the plate 400 is completely provided with a lithographic plate 410 in contact with the ink transfer unit 300; a printing roller 500 pivotally disposed on the ink transfer path of the lithographic plate 410, the circumferential surface of the printing roller 500 A blanket 510 for conveying the ink 21 to the printed matter 90 is completely wrapped, and the lithography plate The cloth 410 is in contact with the blanket 510; wherein the blanket 510 has a cloth length equal to the circumference of the printing roller 500, which is equal to the lithographic 410 layout length, and is equal to the blanket 51 glued on the intermittent printing machine 10. a length of the surface; a pressure bar 600 pivoted under the printing roller 500 and carrying the printing pressure of the blanket 510; a wetting unit 800 pivotally disposed around the periphery of the plate 400, and the wetting unit 800 has A dampening fluid 82 that is controlled to be in contact with the lithographic plate 410; and a leveling wheel set 700 that is in contact with the mesh wheel 310. Wherein the lithographic film 410 is wet, since the full lithographic printing press 100 can further include a wetting unit 800 pivotally disposed around the periphery of the plate 400, and the wetting unit 800 has controllable with the lithographic plate 410. Contacting or not the dampening fluid 82, the dampening fluid 82 is in contact with the lithographic plate 410, so when the all-surface lithographic printing press 100 is activated, the dampening unit 800 has already The dampening fluid 82 in the 810 is brought to the entire circumferential cylinder surface of the dampening unit 800, and the dampening fluid 82 is carried by the wet lithographic 410 on the surface of the plate 400, which is brought to the clockwise by continuous rotation. The non-image range of the lithographic 410 (that is, the non-image range after the lithographic pattern 410 is etched, the lithographic pattern of the lithographic pattern after etching the image is a positive lithography, for example, a negative type The lithographic plate is opposite, and the ink 21 also flows through the gap between the squeegee 220 and the mesh wheel 310 to the mesh wheel 310 that is continuously rotating clockwise to cover the entire circumference of the cylinder. The ink distribution wheel set 700 that the mesh wheel 310 contacts will also perform its function and will fill the circumference of the mesh wheel 310. The ink 21 on the surface is evenly distributed, and then the ink 21 is brought from the mesh wheel 310 to the entire circumferential cylinder surface of the offset ink roller 320 continuously rotating counterclockwise; if the lithographic film 410 is dry, the ink The wet liquid 82 and the lithographic film 410 are spaced apart (same reason, in this figure, the relative position of the wetting unit 800 and the lithographic plate 410 is adjusted, of course, the wetting unit 800 can also be used to control the sprayer. The way to spray or not is).

Please also refer to "Fig. 3-1" to "Fig. 3-4", which is an enlarged plan view showing the fixing method of the lithographic plate on the plate in "Fig. 2" of the present invention. In order to make the reader more clearly understand the present invention, the lithograph 41 is intentionally thickened to indicate . First, as shown in Fig. 3-1, it can be clearly seen that the plate 40 is near a circumference and is provided with a positioning member 42 having a cylindrical shape and at least as long as the plate 40, that is, the positioning. The member 42 is disposed in the plate 40 and adjacent to the circumference of the plate 40, and a groove 43 is formed on the circumferential surface of the plate 40, and the groove 43 has a pitch equal to two of the thickness of the plate 41. The positioning member 42 also has a positioning groove 421 opposite to the groove 43, and the spacing of the positioning groove 421 is also about twice the thickness of the lithography plate 41; see "Figure 3-2" The first locating end 411 and the second locating end 412 are formed by folding the two ends of the lithographic plate 41 into a substantially right angle, and then the first positioning end 411 is passed through the groove. The plate 40 is inserted into the positioning groove 421 of the positioning member 42 to wind the lithographic plate 41 around the cylindrical surface of the plate 40, and then the second positioning end 412 is also inserted through the groove 43. The plate 40 is also shown in the positioning groove 421 of the positioning member 42 as shown in FIG. 3-3. Finally, the cylinder of the positioning member 42 is taken as the axis, and the force is smooth. Rotating (also counterclockwise) the positioning member 42. At this time, since the label 40 is not driven, the first positioning end 411 and the second positioning end 412 can be rotated after the positioning member 42 is rotated. The plate 40 which is fixed at the same time and the positioning member 42 which is rotating form a deformation as shown in "FIG. 3-4". Since the lithographic plate 41 is made of a metal material, after being deformed by the deformation, it is permanently deformed. The positioning member 42 is thus pressed and fixed, for example, the lithographic plate 41 is fixedly mounted on the circumferential surface (full tread) of the plate 40 in a complete (full-face) manner, and the lithographic plate 41 is packaged in the plate. After the 40th circumferential surface, the gap formed between the two ends will be less than or equal to 2mm, that is to say, when there is a graphic range on the whole plate surface, the ink spacing (blank segment) after full wheel surface printing is the same. Will be less than or equal to 2mm.

Please also refer to both FIG. 2 and FIG. 4-1 to FIG. 4-3 for a schematic plan view of a preferred embodiment of the present invention. In order to give the reader a clearer understanding of the present invention, the lithographic plate 41 and the blanket 51 are intentionally thickened for illustration. First, as shown in FIG. 2, since the printing plate 40 of the intermittent printing machine 10 of the present invention and the circumference of the printing roller 50 are designed to have the same length as the lithographic film 41 of the industry's largest specification, the printing plate 40 and the printing plate 40 are The printing rollers 50 are all designed to be fixed in a single size; in more detail, after the lithography 41 is completely wrapped on the plate 40, the length of the lithographic plate 41 relative to the circumference of the plate 40 is The plate 40 has an equal circumference; however, the size of the image after etching the graphic on the surface of the plate 41 is longer than the circumference of the plate 40, and may be equal to or smaller than the circumference of the plate 40; The length of the cloth surface of the blanket 51 must be equal to or greater than the range of the graphic surface of the lithographic plate 41. For example, all the inks in the graphic range can be completely covered, and the length of the blanket 51 should be equal to Or less than the circumference of the printing roller 50, but if the length of the blanket 51 is less than the circumference of the printing roller 50, the length of the blanket 51 is small enough to at least make the printing roller 50 After the pressure 60 is relatively rotated, the object to be printed 90 can The interval 52 that is pulled rearwardly displaced is formed; of course, since the printing roller 50 and the pressure roller 60 are constantly rotated relative to each other, if the interval 52 is larger, it indicates that the object to be printed 90 is pulled backward. The more time the bit is, but if the interval 52 is smaller, it means that the time for the to-be-printed matter 90 to be pulled backward is shortened, then we can speed up the shifting of the object to be printed 90 by pulling backward. . When the dampening unit 80 is partially immersed in the dampening liquid 82 in the liquid storage tank 81, and the ink supply unit 20 has the ink 21 therein, the intermittent surface printing machine 10 is activated, at this time The dampening unit 80 has brought the dampening fluid 82 in the liquid storage tank 81 to the entire circumferential cylinder surface of the dampening unit 80, and the dampening fluid 82 is wetted by the plate 40 on the circumferential surface of the plate 40. , which is brought to the non-image range of the lithography plate 41 by continuous clockwise rotation (that is, the non-image range after the lithographic pattern 41 is etched, and the non-image range of the lithographic pattern after etching the image is The male lithographic plate is exemplified, and if it is a female lithographic plate, the opposite is true; however, the ink 21 flows to the mesh wheel 31 which is continuously rotated clockwise by the gap between the squeegee 22 and the mesh wheel 31. And the entire circumference cylinder is covered, and the ink distribution wheel set 70 which is in contact with the mesh wheel 31 at this time also exerts its function to smooth the ink 21 which is covered on the circumferential cylinder surface of the mesh wheel 31, and then the ink 21 Then, the ink is rotated from the mesh wheel 31 to the entire circumferential cylinder surface of the offset ink roller 32 which is continuously rotated counterclockwise; then the ink 21 on the circumferential cylinder surface of the ink roller 32 is used for the printing plate 32. The lithographic plate 41 on the crucible 40 is in contact with each other, and is continuously rotated clockwise to the lithograph 41 which is repelled by the dampening fluid 82. (I.e. the scope of the graphic lithographic etching graphic 41, after the lithographic etch graphic 41 with teletext oleophilic lithographic male range is an example, if it is the opposite of the female-type planographic). As shown in FIG. 4-1, when the length of the graphic surface of the lithographic plate 41 relative to the circumference of the printing plate 40 is less than the circumferential length of the printing plate 40, the blanket 51 is coated with respect to the printing roller. The length of the circumference of 50 is equal to or greater than the length of the graphic surface of the lithographic plate 41 relative to the circumference of the printing plate 40, and the blanket 51 is glued to the circumferential surface of the printing roller 50 to form a 90 to be printed. The interval 52, which can be pulled backward, is set, and the first tension balance member 112 is immediately synchronized with the second tension balance member 122 to return to the initial position, and the front end control guide wheel 111 is synchronized with the rear end control guide wheel 121. The forward rotation drives the distance forward of the object to be printed 90, and is set to be clothed with the blanket 51 The length of the surface is the same as the circumference of the printing roller 50; then the ink 21 in the graphic range of the printing plate 41 can be continuously rotated counterclockwise via the blanket 51 glued on the circumferential surface of the printing roller 50. And being transmitted to the object to be printed 90 above the pressure roller 60; at this time, because the front end control guide wheel 111 and the rear end control guide wheel 121 rotate forwardly to drive the advancement distance of the object to be printed 90, and the length of the blanket 51 The distance is the same, and the position of the first tension balance member 112 and the second tension balance member 122 is an initial position as shown in FIG. 4-1; the blanket 51 is glued on the circumferential surface of the printing roller 50. The length of the cloth surface is smaller than the circumference of the printing roller 50. When the printing roller 50 is rotated relative to the pressure ring 60 to the interval 52, the front end control guide wheel 111 and the rear end control guide wheel 121 are set to be immediately synchronized. Reversing the printing object 90 to retreat until the end of the last printed ink 21 on the object to be printed 90 is closest to the horizontal cut point of the pressure 60 as shown by "4-2"; and the front end control guide wheel 111 and the rear end are simultaneously Control guide wheel 121 is driven by synchronous reversal The distance that the printed matter 90 is retracted, and the distance obtained by adding the distance from the first feeding end 91 to the object to be printed 90 at a constant speed is averaged, and the first tension balancing member 112 is set to maintain the fixed tension of the object to be printed 90. And the distance between the front end control guide wheel 111 and the rear end control guide wheel 121 to reverse the movement of the object to be printed 90, and the distance from the first discharge end 92 to the workpiece 90 to be printed at a constant speed The average distance obtained after the addition is set such that the second tension balance member 122 is opposite to the first tension balance member 112 to maintain the distance displaced by the fixed tension of the object to be printed 90; therefore, the first tension balance member 112 will Shifting downward to balance the tension, and the second tension balance member 122 is displaced upward corresponding to the first tension balance member 112 to balance the tension as shown in "4-2"; then the above will be redone immediately. The front end The distance between the control guide wheel 111 and the rear end control guide wheel 121 in the forward rotation of the printing object 90 is set to be the same as the length of the blanket 51 relative to the circumference of the printing roller 50. The first tension The balance member 112 and the second tension balance member 122 are immediately synchronized back to the initial position as shown in "4-3"; if the print object 90 is continuously introduced, the front end control guide wheel 111 and the rear end control guide can be controlled. The wheel 121 continues to be synchronously and reversely staggered to drive the object to be printed 90, and is printed by intermittent printing on the circumferential surface of the printing roll 50 with a blanket 51 glued by the gap 52; further, as described above, If the length of the graphic surface of the lithographic plate 41 relative to the circumference of the printing plate 40 is equal to the circumferential length of the printing plate 40, the length of the blanket 51 relative to the circumference of the printing roller 50 is equal to the lithographic plate. 41 The surface of the layout corresponds to the length of the circumference of the magazine 40, and the blanket 51 is completely glued to the circumferential surface of the printing roller 50, and the front control guide 111 is set to be continuous with the rear control guide 121. Synchronous forward The to-be-printed matter 90 is driven, and is printed on the entire circumference by the fully-bonded blanket 51 on the circumferential surface of the printing tumbler 50, and the to-be-printed object 90 is printed on the succeeding printing surface. In summary, the intermittent printing machine 10 of the present invention can select the printing of the intermittent surface or select the full-surface printing according to the different graphic range of the layout, and achieve the full-face lithography in "Fig. 1". The printing press 100 is operated in series and continuously outputs the printed matter having the continuous printing surface at equal speed and equal tension.

Of course, if the lithographic plate 41 is changed to a dry type, the lithographic plate 41 can be directly inked without using the dampening solution 82 to separate the ink 21; since the dampening unit 80 has a controllable contact with the lithographic plate 42 or not. The dampening liquid 82, so as long as the dampening fluid 82 of the dampening unit 80 is controlled to be spaced apart from the lithographic plate 42, The lithographic film 41 is a wet operation, and the to-be-printed object 90 is printed on the succeeding printing surface to achieve a tandem operation with the all-surface lithographic printing press 100 in FIG. 1 and continues to be connected at equal speed and equal tension output. The purpose of the printed matter on the printed surface. However, the above is only the preferred embodiment of the present invention, and the scope of the present invention is not limited thereto, that is, the equivalent variation and modification of the scope of the patent application of the present invention should still belong to the present invention. The scope of coverage.

1‧‧‧Printing equipment

10‧‧‧Intermittent printing machine

100‧‧‧All-face lithographic printing machine

11‧‧‧First guide structure

111‧‧‧ front control guide wheel

112‧‧‧First tension balancer

12‧‧‧Second guide structure

121‧‧‧Back control guide wheel

122‧‧‧Second tension balance

13‧‧‧ Third guide structure

20, 200‧‧‧ ink supply unit

21‧‧‧Ink

22, 220‧‧‧ squeegee

30, 300‧‧‧ ink transfer unit

31, 310‧‧‧ mesh wheel

32, 320‧‧‧ by the ink roller

40,400‧‧‧ Copyright

41, 410‧‧ lithograph

50,500‧‧‧Printing roll

51, 510‧‧‧ blanket

60, 600‧‧‧ pressure

70, 700 ‧ ‧ uniform ink wheel set

80,800‧‧‧ Wetting unit

81, 810‧‧‧ liquid storage tank

82‧‧‧ Wetting fluid

90‧‧‧Printing matter

91‧‧‧First feed end

92‧‧‧First discharge end

93‧‧‧second feed end

94‧‧‧Second discharge end

Claims (9)

A printing cradle device for serially connecting a face-to-face printing machine and a full-face processing machine; characterized in that: the printing cradle device (1) comprises a continuous object to be printed (90) from the first feeding end (91) a batch surface printing machine (10) that is introduced after printing and is output to the first discharge end (92) at a constant speed, and a first surface of the first feeding end (91) for guiding the speed of the material a guiding structure (11), a second guiding structure (12) disposed on the guiding path of the first discharging end (92) for constant velocity guiding with the first guiding structure (11), A series of ends of the first discharge end (92) of the intermittent surface printing machine (10) are introduced, and the to-be-printed material (90) is introduced into the printing from the second feeding end (93) and then is output to the second discharge at a constant speed. a full tread processing machine of the end (94), and a third guide structure (13) disposed on the guide path behind the second discharge end (94) for constant-speed continuous forward rotation of the guide material; The intermittent printing machine (10) comprises an ink supply unit (20); an ink transfer unit (30) pivoted under the ink supply unit (20) and in contact with the ink supply unit (20); a plate (40) of the ink transfer path of the ink transfer unit (30), The circumferential surface of the plate (40) is completely provided with a lithographic plate (41) in contact with the ink transfer unit (30); a printing roller (50) pivotally disposed on the ink path of the lithographic plate (41), the printing a rubber sheet (51) for transferring the ink (21) to the printed matter (90) is bonded to the circumferential surface of the roll (50), and the lithographic plate (41) is in contact with the blanket (51); Wherein the length of the blanket (51) cloth surface relative to the circumference of the printing roll (50) is equal to or greater than the length of the graphic range of the lithographic plate (41) relative to the circumference of the plate (40); pivot a pressing ram (60) disposed under the printing turret (50) and carrying the printing pressure of the blanket (51); and the first guiding structure (11) includes a selectable continuous forward or alternating positive and reverse Actively driving the front end control guide wheel (111) of the object to be printed (90) and a first tension balance member (112) that can displace the workpiece (90) to maintain a fixed tension; the second guide structure (12) includes There is a rear end control guide wheel (121) that can be synchronized with the front end control guide wheel (111) and that actively drives the to-be-printed object (90) in the same direction, and a reverse movement corresponding to the first tension balance member (112) A second tension balance member (122) that maintains the fixed position of the object to be printed (90). The printing cradle device of the intermittent printing machine and the full rib processing machine according to the first aspect of the invention, wherein the lithographic plate (41) is wet; and the intermittent printing machine (10) further comprises a a wetting unit (80) pivotally disposed around the periphery of the plate (40), the wetting unit (80) having a wetting fluid (82) that can be controlled to contact the lithographic plate (41), and the wetting The liquid (82) is in contact with the lithographic plate (41). The printing cradle device of the intermittent printing machine and the full rib processing machine according to the second aspect of the invention, wherein the ink conveying unit (30) comprises a pivoting unit (20) and a mesh wheel (31) in contact with the ink supply unit (20), and an offset ink roller (32) pivotally disposed on the mesh wheel (31) to communicate with the mesh wheel (31); The plate (40) is pivoted to the ink path of the platen roller (32) and is in contact with the ink roller (32). The printing cradle device of the intermittent printing machine and the full rib processing machine according to the first aspect of the invention, wherein the lithographic plate (41) is dry; and the intermittent printing machine (10) further comprises a pivot a wetting unit (80) disposed around the periphery of the plate (40), the wetting unit (80) having controllable contact with the lithographic plate (41) No dampening solution (82), and the dampening solution (82) is spaced from the lithographic plate (41). The printing cradle apparatus of the intermittent printing machine and the full rib processing machine according to the fourth aspect of the invention, wherein the ink conveying unit (30) comprises a pivoting unit (20) and a mesh wheel (31) in contact with the ink supply unit (20), and an offset ink roller (32) pivotally disposed on the mesh wheel (31) to communicate with the mesh wheel (31); The plate (40) is pivoted to the ink path of the platen roller (32) and is in contact with the ink roller (32). A printing cradle apparatus for serially connecting an intermittent face printing machine and a full rim processing machine as described in claim 1, 2, 3, 4 or 5, wherein the full rim processing machine is selected from a full tread lithography Printing machine (100), full tread gravure printing machine, full tread printing machine, roller type bronzing machine, roller type glazing machine, roller type film laminating machine, roller type cutting machine, roller type die cutting machine Or any combination thereof. The printing splicing device for serially connecting the intermittent printing machine and the full rim processing machine according to the first aspect of the patent application, wherein the full rim processing machine is selected from the full tread lithographic printing machine (100), all rounds One of a gravure printing machine, a full tread printing machine, a roller type bronzing machine, a roller type glazing machine, a roller type film laminating machine, a roller type cutting machine or a roller type die cutting machine, or any combination thereof. A printing cradle apparatus for serially connecting an intermittent face printing machine and a full rim processing machine as described in claim 1, 2, 3, 4 or 5, wherein the full tread processing machine is a full tread lithographic printing machine (100); the full tread lithography machine (100) includes an ink supply unit (200); an ink transfer unit pivotally disposed under the ink supply unit (200) and in contact with the ink supply unit (200) (300); a plate (400) pivotally disposed on the ink transfer path of the ink transfer unit (300), the circumferential surface of the plate (400) is completely covered with a lithographic plate in contact with the ink transfer unit (300) ( 410); The lithographic plate (410) has a printing turret (500) on the ink path, and a circumferential surface of the printing turret (500) is provided with a blanket for transferring the ink (21) to the printed matter (90) ( 510), and the lithographic plate (410) is in contact with the blanket (510); wherein the blanket (510) has a cloth length equal to a circumference of the printing turret (500), which is equal to the lithographic (410) layout length, More equal to the length of the blanket (51) cloth glued on the intermittent printing machine (10); a pressure (600) pivoted under the printing roller (500) and carrying the printing pressure of the blanket (510) ). The printing cradle apparatus of the intermittent surface printing machine and the full rib surface processing machine according to the first aspect of the patent application, wherein the full rim lithography machine is a full lithographic printing machine (100); The lithographic printing machine (100) comprises an ink supply unit (200); an ink transfer unit (300) pivoted under the ink supply unit (200) and in contact with the ink supply unit (200); The ink transfer unit (300) is a plate (400) of the ink delivery path, and the circumferential surface of the plate (400) is completely provided with a lithographic plate (410) in contact with the ink transfer unit (300); The printing plate (500) on the ink path of the lithographic plate (410), and a rubber cloth (510) for transferring the ink (21) to the printing object (90) is glued on the circumferential surface of the printing roller (500). And the lithographic plate (410) is in contact with the blanket (510); wherein the blanket (510) has a fabric length equal to the circumference of the printing turret (500), which is equal to the length of the lithographic (410) layout, Is equal to the length of the blanket (51) cloth glued on the intermittent printing machine (10); a pressure (600) pivoted under the printing roller (500) and carrying the printing pressure of the blanket (510) .