阅读说明：本技术 一种高精度柔版印刷机 (A kind of high-precision flexible printing machine ) 是由 韩炜 于 2019-09-23 设计创作，主要内容包括：本发明公开的一种高精度柔版印刷机,包括机壳、转动把、放卷装置、涂料装置、收卷装置、支撑板和排废收卷结构,所述机壳的前端一侧处设置有转动把,且机壳的一侧设置有涂料装置,所述机壳的上端设置有热风干燥结构。本发明所述的一种高精度柔版印刷机,调节两个清洁辊之间距离,能够夹紧印刷纸,印刷纸通过两个清洁辊,能够实现印刷纸的清洁工作,有利于印刷工作,调节式纠偏结构设置的纠偏块能够减小纠偏条下端纠偏槽宽度,方便根据印刷纸宽度进行调节工作,一定程度上提高纠偏精度,通过加热管和风机的设置,能够对冷风进行加热,方便对印刷纸印刷后进行热风干燥处理,提高印刷效率。(A kind of high-precision flexible printing machine disclosed by the invention, structure is wound including casing, turning handle, unwinding device, application device, wrap-up, support plate and waste discharge, turning handle is provided at the front end side of the casing, and the side of casing is provided with application device, the upper end of the casing is provided with heated-air drying structure.A kind of high-precision flexible printing machine of the present invention, adjust distance between two clearers, printing paper can be clamped, printing paper passes through two clearers, it can be realized the cleaning of printing paper, be conducive to printing work, the correction block of adjustable type error-correction structure setting can reduce correction lower end correction groove width, facilitate and work is adjusted according to printing paper width, correction precision is improved to a certain extent, by the setting of heating tube and blower, cold wind can be heated, heated-air drying processing is carried out after the convenient printing to printing paper, improves printing efficiency.)

1. a kind of high-precision flexible printing machine, it is characterised in that: including casing (1), turning handle (2), unwinding device (3), coating Device (6), wrap-up (7), support plate (8) and waste discharge wind structure (9), are provided at the front end side of the casing (1) Turning handle (2), and the side of casing (1) is provided with application device (6), the upper end of the casing (1) is provided with hot air drying constipation Structure (10), and heated-air drying structure (10) is by drying box (1001), blast pipe (1002), filter screen (1003), dry channel (1004), heating tube (1005), blower (1006), connecting tube (1007), pipe tap (1008) and lid (1009) composition, it is described It is provided with dry channel (1004) in the internal hole capital after selling all securities of drying box (1001), and is provided with heating in the pipeline of dry channel (1004) It manages (1005), the other end of the dry channel (1004) is provided with blower (1006), and the air outlet alignment of blower (1006) The setting of drying box (1001) air outlet, the air outlet of the drying box (1001) is connected with connecting tube (1007), and connecting tube (1007) side wall is provided with pipe tap (1008), and the upper end of the drying box (1001) is provided with lid (1009), and dry The side air inlet of case (1001) is provided with blast pipe (1002), and blast pipe (1002) and drying box (1001) contact jaw are set It is equipped with filter screen (1003), is provided with support plate (8) at the upper end rear side of the casing (1), and the front end setting of support plate (8) There is waste discharge to wind structure (9), another upper lateral part of the casing (1) is provided with unwinding device (3), and on the inside of the shell of casing (1) Top is provided with wrap-up (7), and bottom is provided with adjustable type splicing error-correction structure (5), and adjustable type in the shell of the casing (1) Splicing error-correction structure (5) is by correction platform (501), bottom plate (502), electric pushrod (503), the first error-correction structure (504) and The lower end of two error-correction structures (505) composition, correction platform (501) is provided with bottom plate (502), and the upper end of bottom plate (502) is set It is equipped with electric pushrod (503), the upper end of correction platform (501) is connected with the first error-correction structure (504) and the second error-correction structure (505), and the first error-correction structure (504) and the second error-correction structure (505) obtain lower end and are connected with electric pushrod (503), institute Stating the second error-correction structure (505) is by connecting plate (5050), correction item (5051), the first fluting (5052), the second fluting (5053), rectangular rack gear (5054), gear (5055), adjusting correction block (5056), fixed block (5057), docking through slot (5058) It is formed with docking screw rod (5059), and is provided with connecting plate (5050), the connecting plate at item (5051) lower end two sides of rectifying a deviation (5050) it is inserted into correction platform (501) and is connected with electric pushrod (503), the upper end side of correction item (5051) offers First fluting (5052) and the second fluting (5053), and be provided with rectangular rack gear (5054) in second fluting (5053) slot, it is described Adjusting correction block (5056) is provided in first fluting (5052) slot, the upper end of correction item (5051) is fixedly connected with fixation Block (5057), and the upper end of fixed block (5057) offers docking through slot (5058), the docking through slot (5058) is inserted into right It connects screw rod (5059), and the lower end for docking screw rod (5059) is inserted at rectangular rack gear (5054), the rectangular rack gear (5054) Place is provided with gear (5055), and the lower end for docking screw rod (5059) is connected with gear (5055), the upper end of the casing (1) It is provided at front side splicing cleaning structure (4), and splicing cleaning structure (4) is by support frame (401), insertion hole (402), first Clearer (403), the second clearer (404) and adjusting screw rod (405) composition, the upper front end of support frame as described above (401) open up Have insertion hole (402), and is inserted into the hole of hole (402) and is provided with the second clearer (404), the front end of support frame as described above (401) Lower part is opened up inserted with the first clearer (403) in hole, the upper end of support frame as described above (401) inserted with adjusting screw rod (405), and The lower end of adjusting screw rod (405) is connected with the second clearer (404).

2. a kind of high-precision flexible printing machine according to claim 1, it is characterised in that: first error-correction structure (504) identical with the structure of the second error-correction structure (505), and the first error-correction structure (504) and the second error-correction structure (505) are to entangle Inclined platform (501) upper end center line is symmetrical arranged.

3. a kind of high-precision flexible printing machine according to claim 1, it is characterised in that: second error-correction structure (505) both ends are provided with identical adjusting correction block (5056), and adjusting described in two rectifies a deviation block (5056) with item of rectifying a deviation (5051) upper end center line is symmetrical arranged.

4. a kind of high-precision flexible printing machine according to claim 1, it is characterised in that: first clearer (403) And second clearer (404) be located between correction platform (501) and unwinding device (3), the adjusting screw rod (405) by screw thread and Support frame (401) is connected, and second clearer (404) is up and down in insertion hole (402) hole.

5. a kind of high-precision flexible printing machine according to claim 1, it is characterised in that: the drying box (1001) is done Sealed set between dry channel (1004), blower (1006), lid (1009), blast pipe (1002) and connecting tube (1007), institute It states connecting tube (1007) to be wholely set with pipe tap (1008), and pipe tap (1008) insertion casing (1) is internal, the pipe tap (1008) the gap setting between face application device (6) roller bearing.

6. a kind of high-precision flexible printing machine according to claim 1, it is characterised in that: connecting plate (5050) lower end It is fixedly connected by bolt with electric pushrod (503) extension bar.

7. a kind of high-precision flexible printing machine according to claim 1, it is characterised in that: the rectangular rack gear (5054) and Gear (5055) matching setting, and rectangular rack gear (5054) upper end opens up through slot and is aligned setting with through slot (5058) is docked.

8. a kind of high-precision flexible printing machine according to claim 1, it is characterised in that: under the docking screw rod (5059) End, which is inserted by hexagon prism into gear (5055), to be opened up in hexagon ring, and docks screw rod (5059) and gear (5055) fixed company It connects.

Technical field

The present invention relates to printer field, in particular to a kind of high-precision flexible printing machine.

Background technique

Each print couple of flexible printing machine is independent mutually and arranges in horizontal linear, between unit can with one it is shared Transmission shaft drives printing element, and printing element, stack flexographic printing can also be driven by the independent transmission system of each unit Each print couple of machine is stacked on top of one another, is arranged in the one or both sides of printing unit main wall plate, each print couple passes through dress Gear drive on the main wallboard.When printing, stock passes sequentially through each print couple, completes all printings.Each process color Group has impression cylinder, plate cylinder and the inking device, and each print couple structure is identical；Use flexible printing machine process In, since the drying device that traditional flexible printing machine uses cannot effectively be dried printing paper, cause applying It causes to obscure during print, since traditional flexible printing machine does not carry out at cleaning printing paper in carrying out printing process Reason causes printing paper printing the substances such as particle and soft flocks occur, causes printed matter printing effect poor, since correction platform cannot basis A variety of printing paper width are rectified a deviation, and cause rectifying effect bad.

Summary of the invention

The main purpose of the present invention is to provide a kind of high-precision flexible printing machines, can effectively solve in background technique Problem.

To achieve the above object, the technical scheme adopted by the invention is as follows:

A kind of high-precision flexible printing machine, including casing, turning handle, unwinding device, application device, wrap-up, support plate and Waste discharge winds structure, is provided with turning handle at the front end side of the casing, and the side of casing is provided with application device, described The upper end of casing is provided with heated-air drying structure, and heated-air drying structure be by drying box, blast pipe, filter screen, dry channel, Heating tube, blower, connecting tube, pipe tap and lid form, and are provided with dry channel inside the drying box in hole capital after selling all securities, and dry Heating tube is provided in the pipeline in channel, the other end of the dry channel is provided with blower, and the air outlet alignment of blower is dry Dry case air outlet setting, the air outlet of the drying box is connected with connecting tube, and the side wall of connecting tube is provided with pipe tap, described The upper end of drying box is provided with lid, and the side air inlet of drying box is provided with blast pipe, and blast pipe and drying box connect Contravention is provided with filter screen, support plate is provided at the upper end rear side of the casing, and the front end of support plate is provided with waste discharge receipts Volume structure, another upper lateral part of the casing is provided with unwinding device, and the shell inside upper part of casing is provided with wrap-up, institute It states bottom in the shell of casing and is provided with adjustable type splicing error-correction structure, and adjustable type splicing error-correction structure is by correction platform, bottom plate, electricity The lower end of dynamic push rod, the first error-correction structure and the second error-correction structure composition, the correction platform is provided with bottom plate, and the upper end of bottom plate It is provided with electric pushrod, the upper end of the correction platform is connected with the first error-correction structure and the second error-correction structure, and the first correction knot Structure and the second error-correction structure obtain lower end and are connected with electric pushrod, and second error-correction structure is by connecting plate, correction article, the One fluting the second fluting, rectangular rack gear, gear, adjusts correction block, fixed block, docking through slot and docking screw rod composition, and rectifies a deviation Connecting plate is provided at lower end two sides, the connecting plate is inserted into correction platform to be connected with electric pushrod, the item of rectifying a deviation Upper end side offers the first fluting and the second fluting, and rectangular rack gear is provided in the second fluting slot, the first fluting slot It is inside provided with adjusting correction block, the upper end of the correction item is fixedly connected with fixed block, and the upper end of fixed block offers docking Through slot, the docking through slot is inserted into docking screw rod, and the lower end for docking screw rod is inserted at rectangular rack gear, the rectangular rack gear Place is provided with gear, and the lower end for docking screw rod is connected with gear, is provided with splicing cleaning at the upper end front side of the casing Structure, and splicing cleaning structure is made of support frame, insertion hole, the first clearer, the second clearer and adjusting screw rod, it is described The upper front end of support frame offers insertion hole, and is inserted into the hole in hole and is provided with the second clearer, the front end of support frame as described above Lower part opens up in hole inserted with the first clearer, and the upper end of support frame as described above is inserted with adjusting screw rod, and the lower end of adjusting screw rod It is connected with the second clearer.

Preferably, the structure of first error-correction structure and the second error-correction structure is identical, and the first error-correction structure and second Error-correction structure is symmetrical arranged with platform upper end center line of rectifying a deviation.

Preferably, the both ends of second error-correction structure are provided with identical adjusting correction block, and adjusting described in two is entangled Inclined block is symmetrical arranged with the upper end center line for item of rectifying a deviation.

Preferably, first clearer and the second clearer are located between correction platform and unwinding device, the adjusting spiral shell Bar is connected by screw thread with support frame, and second clearer is up and down in insertion hole hole.

Preferably, sealed set between the drying box, dry channel, blower, lid, blast pipe and connecting tube, it is described Connecting tube is wholely set with pipe tap, and pipe tap insertion casing internal, between the pipe tap face application device roller bearing Gap setting.

Preferably, the connecting plate lower end is fixedly connected by bolt with electric pushrod extension bar.

Preferably, the rectangular rack gear and gear matches setting, and rectangular upper end of the rack open up through slot with dock through slot pair Neat setting.

Preferably, the docking screw rod lower end, which is inserted by hexagon prism into gear, opens up in hexagon ring, and dock screw rod with Gear is fixedly connected.

Compared with prior art, the invention has the following beneficial effects: the high-precision flexible printing machines:

By the splicing cleaning structure of setting, distance between two clearers is adjusted, printing paper can be clamped, printing paper passes through two A clearer can be realized the cleaning of printing paper, be conducive to printing work；

By the adjustable type splicing error-correction structure of setting, the correction block of adjustable type error-correction structure setting can reduce correction lower end Correction groove width, facilitates and work is adjusted according to printing paper width, improve correction precision to a certain extent；

Cold wind can be heated by the heated-air drying structure of setting by the setting of heating tube and blower, it is convenient to print Heated-air drying processing is carried out after the printing of brush paper, improves printing efficiency.

Detailed description of the invention

Fig. 1 is a kind of overall structure diagram of high-precision flexible printing machine of the present invention；

Fig. 2 is a kind of overall structure diagram of high-precision flexible printing machine of the present invention；

Fig. 3 is a kind of heated-air drying structural schematic diagram of high-precision flexible printing machine of the present invention；

Fig. 4 is a kind of adjustable type splicing error-correction structure schematic diagram of high-precision flexible printing machine of the present invention；

Fig. 5 is a kind of error-correction structure partial schematic diagram of high-precision flexible printing machine of the present invention；

Fig. 6 is a kind of splicing cleaning structure schematic diagram of high-precision flexible printing machine of the present invention.

In figure: 1, casing；2, turning handle；3, unwinding device；4, splicing cleaning structure；401, support frame；402, it is inserted into hole； 403, the first clearer；404, the second clearer；405, adjusting screw rod；5, adjustable type splicing error-correction structure；501, correction platform； 502, bottom plate；503, electric pushrod；504, the first error-correction structure；505, the second error-correction structure；5050, connecting plate；5051, it rectifies a deviation Item；5052, the first fluting；5053, the second fluting；5054, rectangular rack gear；5055, gear；5056, correction block is adjusted；5057, Fixed block；5058, through slot is docked；5059, screw rod is docked；6, application device；7, wrap-up；8, support plate；9, waste discharge is wound Structure；10, heated-air drying structure；1001, drying box；1002, blast pipe；1003, filter screen；1004, dry channel；1005, Heating tube；1006, blower；1007, connecting tube；1008, pipe tap；1009, lid.

Specific embodiment

To be easy to understand the technical means, the creative features, the aims and the efficiencies achieved by the present invention, below with reference to Specific embodiment, the present invention is further explained.

In the description of the present invention, it should be noted that term " on ", "lower", "inner", "outside" " front end ", " rear end ", The orientation or positional relationship of the instructions such as " both ends ", " one end ", " other end " is to be based on the orientation or positional relationship shown in the drawings, only It is that for the convenience of describing the present invention and simplifying the description, rather than the device or element of indication or suggestion meaning must have specifically Orientation is constructed and operated in a specific orientation, therefore is not considered as limiting the invention.In addition, term " first ", " the Two " are used for descriptive purposes only and cannot be understood as indicating or suggesting relative importance.

In the description of the present invention, it should be noted that unless otherwise clearly defined and limited, term " installation " " is set Be equipped with ", " connection " etc., shall be understood in a broad sense, such as " connection ", may be a fixed connection, may be a detachable connection or one Connect to body；It can be mechanical connection, be also possible to be electrically connected；It can be directly connected, it can also be indirect by intermediary It is connected, can be the connection inside two elements.For the ordinary skill in the art, on being understood with concrete condition State the concrete meaning of term in the present invention.

As shown in figures 1 to 6, a kind of high-precision flexible printing machine, including casing 1, turning handle 2, unwinding device 3, application device 6, wrap-up 7, support plate 8 and waste discharge wind structure 9, are provided with turning handle 2, and the one of casing 1 at the front end side of casing 1 Side is provided with application device 6, and the upper end of casing 1 is provided with heated-air drying structure 10, and heated-air drying structure 10 is by drying box 1001, blast pipe 1002, filter screen 1003, dry channel 1004, heating tube 1005, blower 1006, connecting tube 1007, pipe tap 1008 and lid 1009 form, be provided with dry channel 1004, and the pipe of dry channel 1004 in 1001 inside hole capital after selling all securities of drying box Heating tube 1005 is provided in road, the other end of dry channel 1004 is provided with blower 1006, and the air outlet pair of blower 1006 Quasi- 1001 air outlet of drying box setting, the air outlet of drying box 1001 are connected with connecting tube 1007, and the side wall of connecting tube 1007 It is provided with pipe tap 1008, the upper end of drying box 1001 is provided with lid 1009, and the side air inlet of drying box 1001 is set It is equipped with blast pipe 1002, and blast pipe 1002 and 1001 contact jaw of drying box are provided with filter screen 1003, the upper end rear side of casing 1 Place is provided with support plate 8, and the front end of support plate 8 is provided with waste discharge winding structure 9, and another upper lateral part of casing 1, which is provided with, to be put Winding apparatus 3, and the shell inside upper part of casing 1 is provided with wrap-up 7, bottom is provided with adjustable type splicing correction in the shell of casing 1 Structure 5, and adjustable type splicing error-correction structure 5 is by correction platform 501, bottom plate 502, electric pushrod 503, the first error-correction structure 504 Formed with the second error-correction structure 505, the lower end of correction platform 501 is provided with bottom plate 502, and the upper end of bottom plate 502 be provided with it is electronic The upper end of push rod 503, correction platform 501 is connected with the first error-correction structure 504 and the second error-correction structure 505, and the first error-correction structure 504 and second error-correction structure 505 obtain lower end and be connected with electric pushrod 503, the second error-correction structure 505 is by connecting plate 5050, the 5052, second fluting 5053 of correction item 5051, first fluting, rectangular rack gear 5054, gear 5055, adjusting correction block 5056, fixed block 5057, docking through slot 5058 and docking screw rod 5059 form, and the company of being provided at 5051 lower end two sides of item of rectifying a deviation Fishplate bar 5050, connecting plate 5050 is inserted into correction platform 501 to be connected with electric pushrod 503, and the upper end side of correction item 5051 is opened Equipped with the first fluting 5052 and the second fluting 5053, and rectangular rack gear 5054, the first fluting are provided in the second 5053 slots of fluting Adjusting correction block 5056 is provided in 5052 slots, the upper end of correction item 5051 is fixedly connected with fixed block 5057, and fixed block 5057 upper end offers docking through slot 5058, and docking through slot 5058 is inserted into docking screw rod 5059, and docks screw rod 5059 Lower end is inserted at rectangular rack gear 5054, is provided with gear 5055 at rectangular rack gear 5054, and dock the lower end of screw rod 5059 with Gear 5055 is connected, and is provided with splicing cleaning structure 4 at the upper end front side of casing 1, and splicing cleaning structure 4 is by support frame 401, it is inserted into hole 402, the first clearer 403, the second clearer 404 and adjusting screw rod 405 to form, on the front end of support frame 401 Portion offers insertion hole 402, and is inserted into the hole in hole 402 and is provided with the second clearer 404, and the front lower portion of support frame 401 is opened Inserted with the first clearer 403 in apertured, the upper end of support frame 401 is inserted with adjusting screw rod 405, and under adjusting screw rod 405 End is connected with the second clearer 404.

First error-correction structure 504 is identical with the structure of the second error-correction structure 505, and the first error-correction structure 504 and second entangles Inclined structure 505 is symmetrical arranged with 501 upper end center line of platform of rectifying a deviation；The both ends of second error-correction structure 505 are provided with identical adjusting Correction block 5056, two adjusting correction blocks 5056 are symmetrical arranged with the upper end center line for item 5051 of rectifying a deviation；First clearer 403 And second clearer 404 be located at correction platform 501 and unwinding device 3 between, adjusting screw rod 405 pass through screw thread and 401 phase of support frame Connection, the second clearer 404 are up and down in insertion 402 hole of hole；Drying box 1001, dry channel 1004, blower 1006, lid Sealed set between son 1009, blast pipe 1002 and connecting tube 1007, connecting tube 1007 are wholely set with pipe tap 1008, and point Adapter tube 1008 is inserted into inside casing 1, the gap setting between 1008 face application device of pipe tap, 6 roller bearing；Under connecting plate 5050 End is fixedly connected by bolt with 503 extension bar of electric pushrod；Rectangular rack gear 5054 and the matching setting of gear 5055, and square shaped teeth 5054 upper end of item opens up through slot and is aligned setting with through slot 5058 is docked；Docking 5059 lower end of screw rod is inserted by hexagon prism into gear 5055 open up in hexagon ring, and dock screw rod 5059 and be fixedly connected with gear 5055.

It should be noted that the present invention is a kind of high-precision flexible printing machine, heated-air drying structure 10 and casing 1 are assembled When, the assembling of heated-air drying structure 10 is carried out first, and 1006 one end wind pipe of blower is directed at 1001 air outlet of drying box, blower It is bolted between 1006 and drying box 1001, and sealed set between blower 1006 and drying box 1001, dry channel 1004 Side-wall hole at install heating tube 1005 additional, the heat-resisting wire of heating tube 1005 exposes on the outside of drying duct, dry channel 1004 One end alignment drying box 1001 air inlet, the air inlet of the other end alignment blower 1006 of dry channel 1004 is dry logical Road 1004 is fixedly connected by bolt with blower 1006, sealed set between blower 1006 and dry channel 1004, drying box 1001 inside hole capital after selling all securities is arranged between drying box 1001 and dry channel 1004 by the tube wall of welded connecting dry channel 1004 Sealing structure, the connection between realization dry channel 1004, heating tube 1005 and drying box 1001 and blower 1006, lid 1009 The upper end quadrangle screw hole for the screw hole alignment drying box 1001 that quadrangle opens up, sealed set between lid 1009 and drying box 1001, It being inserted into using bolt into 1,009 4 jiaos of screw holes opened up of lid, bolt-through lid 1009 is inserted into the case of drying box 1001, Realize the fixed seal connection of 1001 upper end of drying box, filter screen 1003 is bolted in one end of blast pipe 1002, enters the wind Pipe 1002 there are the air inlet that opens up of one end of filter screen 1003 alignment drying box 1001, blast pipe 1002 and drying box 1001 it Between fixed seal connection, open up pipeline inside connecting tube 1007 and pipe tap 1008 and communicate, connecting tube 1007 is fixed by sealing Connection type is connected with 1006 discharge pipe of blower, realizes the assembling of entire heated-air drying structure 10, heated-air drying structure 10 Drying box 1001 is bolted on 1 upper end of casing, and pipe tap 1008 is inserted into inside casing 1, and the alignment of pipe tap 1008 applies Expect the gap between 6 roller bearing of device, the assembling of formula splicing error-correction structure 5 is adjusted in next, and electric pushrod 503 is solid by bolt Hole setting fixed to be arranged on bottom plate 502, that upper end face correction 501 upper end of platform of electric pushrod 503 opens up, then carry out first The assembling of error-correction structure 504 and the second error-correction structure 505, the second error-correction structure 505 setting correction item 5051 open up second It slots and is fixedly connected in 5053 slots into rectangular rack gear 5054, engaging has gear 5055 in rectangular rack gear 5054, docks screw rod 5059 The docking through slot 5058 opened up from fixed block 5057 is inserted into, and docking screw rod 5059 is inserted into pair opened up into adjusting correction block 5056 Hole is connect, until docking 5059 lower end hexagon prism of screw rod is inserted into 5055 hexagon ring of gear, to gear 5055 and docking screw rod 5059 are fixedly connected, and gear 5055 is equipped with rectangular rack gear 5054, mobile fixed block 5057 and adjusting correction block 5056, until fixed block 5057 is placed on the upper end of correction item 5051, it is inserted by bolt into 5,057 4 jiaos of fixed block and opens up hole Interior, bolt-through fixed block 5057 is inserted into correction item 5051, the fixation for realizing fixed block 5057 between item 5051 of rectifying a deviation Connection, rotation docking screw rod 5059, docking screw rod 5059 are moved along docking through slot 5058, dock 5059 lower end gear of screw rod 5055 move along rectangular rack gear 5054, and docking screw rod 5059 drives the extension bar for adjusting correction block 5056 in the first fluting 5052 Sliding in slot, then the connection that correction 5051 other end of item setting adjusts correction block 5056 and associated components is carried out, realize that second entangles The installation of inclined structure 505, the structure and assembling mode of the first error-correction structure 504 and the structure and assembling of the second error-correction structure 505 Mode is identical, and the center for adjusting correction block 5056 to correction item 5051 is mobile, the correction of correction item 5051 is reduced with this until Width, 5050 lower end of connecting plate be inserted into correction 501 upper end of platform open up hole, 5050 lower end of connecting plate is stretched with electric pushrod 503 Rod upper end is fixedly connected, and bottom plate 502 is connected by bolt with correction platform 501, realizes entire adjustable type splicing error-correction structure 5 Assembling, correction 501 lower end bottom plate 502 of platform be placed on 1 inner shell bottom of casing, using bolt carry out correction platform 501 and casing 1 it Between be fixedly connected, then carry out splicing cleaning structure 4 assembling, splicing cleaning structure 4 be arranged the second clearer 404 alignment The insertion hole 402 that support frame 401 opens up is inserted into, and the first clearer 403 alignment support frame 401 opens up hole and is inserted into, and is adjusted Section screw rod 405 opens up hole from 401 upper end of support frame and is inserted into, and 405 lower end of adjusting screw rod is inserted into through support frame 401 into insertion In 402 hole of hole, 405 lower end of adjusting screw rod is adjusted into retaining collar, and 405 lower end of adjusting screw rod is until be inserted into the second clearer 404 side walls open up screw hole, realize the connection between adjusting screw rod 405 and the second clearer 404, rotate 405 shaft of adjusting screw rod Retaining collar to the second clearer 404 at, retaining collar is connected by bolt with the second clearer 404, and realization splicing is clear The assembling of clean structure 4, the support frame 401 of splicing cleaning structure 4 are placed on the side of casing 1, and the first clearer 403 and second is clear The clean alignment of roller 404 1 other side of casing opens up hole and is inserted into, the fixed company being supported between frame 401 and casing 1 by bolt It connects, that is, can be used, in use, the paper of unwinding device 3 passes through the first clearer 403 and the second clearer 404, rotation adjusts spiral shell Bar 405 adjusts the distance between the first clearer 403 and the second clearer 404, and convenient to clean to paper, paper continues Across the first error-correction structure 504 and 505 lower end of the second error-correction structure correction slot, rotation docking screw rod 5059 docks screw rod 5059 It drives and adjusts correction block 5056 to correction 5051 central point of item movement, reduce correction paper width, be easy to use, application device 6 After being printed to paper, rolled on roller bearing, blast pipe 1002 is entered the wind, cold wind by blast pipe 1002 and filter screen 1003 into Enter in dry channel 1004, the heating tube 1005 being arranged in cold wind contact drying channel 1004 is heated, and cold wind is dry by S type Dry channel 1004 enters in blower 1006, enters connecting tube 1007 and pipe tap 1008, pipe tap by the air-supply of blower 1006 1008, which spray hot wind, carries out heated-air drying processing to printing paper, is carried out after realizing the drying process of printing paper by wrap-up 7 Wind work.

The above shows and describes the basic principles and main features of the present invention and the advantages of the present invention.The technology of the industry Personnel are it should be appreciated that the present invention is not limited to the above embodiments, and the above embodiments and description only describe this The principle of invention, without departing from the spirit and scope of the present invention, various changes and improvements may be made to the invention, these changes Change and improvement all fall within the protetion scope of the claimed invention.The claimed scope of the invention by appended claims and its Equivalent thereof.