CN101037033B - Bisectional four-color offset press - Google Patents
Bisectional four-color offset press Download PDFInfo
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- CN101037033B CN101037033B CN2006100390099A CN200610039009A CN101037033B CN 101037033 B CN101037033 B CN 101037033B CN 2006100390099 A CN2006100390099 A CN 2006100390099A CN 200610039009 A CN200610039009 A CN 200610039009A CN 101037033 B CN101037033 B CN 101037033B
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Abstract
The present invention relates to a dimidiate four colour offset press of printing industry, comprising a paper transport mechanism, four printing units, a paper transfer roller, a paper accept mechanism, a machine frame, wherein the four printing units are respectively arranged on the machine frame; the printing units are composed of a water ink system, a plate cylinder, a rubber blanket cylinder, an impression cylinder, a follow-up mechanism, a clutch press mechanism; the paper transport mechanism uses non-round gear sets to adjust feeding speed of the paper; the water ink system is a mechanism used for inner cycles with hollow changing ink stick structure, temperature control and feedback device; the plate cylinder is a forme mechanism with a diagonal regulation mechanism, a circumference direction regulation mechanism, an axial direction regulation mechanism, a quick letterpress makeready device; because the paper transport mechanism regulates speed by engaging the two sets of non-round gear, the paper transport mechanism is provided with a position detecting feedback device, a changing ink stick is designed to structural form of regulating temperature control, a forme regulating device is provided on the plate cylinder, thereby the printing quality is good and the automation control degree is high.
Description
Technical field
The present invention relates to a kind of offset press of printing industry, particularly a kind of four colour offset press of splitting.
Background technology
Relevant by retrieval patent documentation does not retrieve the split four colour offset press identical with structure of the present invention at present as yet.The offset press of existing domestic production is difficult to be improved owing to multiple reason makes the printing quality of offset press.It at first is speed issue, when sheet-fed offset press is finished printing functionality, to from pile, separate more than on paper, steadily be transported to rule place location, feeding mechanism is held the jail in the month with static paper, constantly quickens to make paper under relative velocity is zero state, accurately give transfer or impression cylinder, because existing defeated paper mode impact of paper in course of conveying is big, seal paper end is prone to phenomenons such as the pars convoluta volume is curved behind bump, and institute is so that the difficult quality of printing reaches higher requirement; Second, existing ink system does not generally have temperature control system when printing, along with variation of temperature, dense, rare variation appears in printing ink, particularly in friction mutually between each black rod, the water rod behind the printing certain hour, machine temperature raises, and the easier printing ink that makes is thinning, thereby the printing ink of forme is changed, make the print quality that prints off be difficult to stablize; The 3rd, the centre-to-centre spacing that blanket cylinder and plate cylinder are manually regulated in general employing when printing different-thickness paper, but because manual adjustment is bothersome time-consuming, the specification requirement height, work efficiency is low, the quality instability; The 4th, in printing process, often need temporarily stop printing, adjust, allow blanket cylinder separate with impression cylinder.The clutch pressure mechanism of domestic offset press is general to adopt cam-actuated mode to control, because the roller contact velocity that cam is in contact with it when the high speed offset printing is fast, institute is so that cam weares and teares easily, and vibration is big, easily makes parts damages.The 5th, in order to regulate the position of forme, generally adopt artificial mode to regulate on the existing plate cylinder, because the control of manual adjustment difficult quality then more is difficult to meet the demands when the printing elaboration." print media technical manual " November in 2004 the 1st edition scheme that discloses the four-color press of a kind of two-around impression cylinder and two-around conveying roller theoretically, but the detailed technology of being correlated with is described, In view of the foregoing, so be necessary to split four colour offset press and improved, to satisfy the requirement that printing quality improves to existing.
Summary of the invention
The objective of the invention is to provide a kind of in existing improvement of splitting on the four colour offset press, it is steady to have defeated paper, upper and lower version a kind of four colour offset press of splitting that speed is rapid, easy to adjust, printing precision is high.
Technical characterictic of the present invention is: considering that defeated paper is steady, easy to adjust, be designed on the high basis of printing quality split four colour offset press by what paper feed mechanism, four printing elements, transfer roller, paper collecting mechanism, frames were formed, four printing elements are separately positioned on the frame, be respectively equipped with transfer roller between adjacent two printing elements, described printing element is made up of ink system, plate cylinder, blanket cylinder, impression cylinder, follower, clutch pressure mechanism; The diameter of described impression cylinder is the doubly footpath of plate cylinder, blanket cylinder; The diameter of the transfer roller that is provided with between described adjacent two printing elements is the doubly footpath of plate cylinder, blanket cylinder, and described paper feed mechanism is regulated the mechanism that paper is sent into speed for adopting the non-circular gear group; Described ink system carries out the mechanism that inner loop has temperature control and feedback device for the channeling ink bar structure that adopts hollow type; Described plate cylinder is the printing plate mechanism with diagonal angle governor motion, circumferential governor motion, axial regulating mechanism, quick adjustment of the printing plate device, the diagonal angle governor motion of described plate cylinder is made up of motor, driving-chain, screw rod, supporting base, connecting rod III, eccentric bushing, the sprocket wheel of driving-chain links to each other with motor, screw rod respectively, is provided with rotating band between two sprocket wheels; Described screw rod supports by supporting base, and described screw rod links to each other with connecting rod III, and connecting rod III links to each other with eccentric bushing; The circumferential governor motion of described plate cylinder is made of driving shaft I, screw thread driving member I, bearing, block bearing, helical gear I, helical gear II, and driving shaft I links to each other with motor, and is threaded mutually with screw thread driving member I; Screw thread driving member I is located in the bearing; Block bearing one end links to each other with screw thread driving member I, and the other end links to each other with helical gear I; Helical gear I is meshed with helical gear II, and helical gear I links to each other with plate cylinder, and helical gear II links to each other with blanket cylinder; The axial regulating mechanism of described plate cylinder is made of driving shaft II, supporting base, screw thread driving member II, drivening piece, driving shaft II links to each other with motor, and be located in the supporting base, supporting base links to each other with the support wallboard, and screw thread driving member II is threaded mutually with driving shaft II; Drivening piece links to each other with screw thread driving member II, and the axle head of drivening piece plate cylinder links to each other; On every group of printing element, be respectively equipped with blanket cylinder, plate cylinder and link to each other, be used to regulate blanket cylinder and the constant follower of plate cylinder spacing; On the side of impression cylinder, be provided with and be used to clutch pressure mechanism that impression cylinder and blanket cylinder are temporarily separated.
Described paper feed mechanism adopts two groups of non-circular gears to be meshed to carry out the periodically speed governing transmission of paper speed.
The channeling ink bar of ink system is the version of hollow in the described printing element, and the inside of channeling ink bar temperature control fluid capable of circulation carries out temperature control.
Described follower is made up of connecting rod I, fork I, fork II, connecting rod II, fixed axis, and the end of connecting rod I links to each other with the excentric sleeve I of plate cylinder, and the other end links to each other with fork II; The end of connecting rod II links to each other with the excentric sleeve II of blanket cylinder, and the other end links to each other with fork I, and fork I, fork II are arranged on the fixed axis.
Described clutch pressure mechanism presses fork I, clutch shaft, clutch to press fork II to form by tripping cam, combined pressure cam, shock absorber, tripping spin, clutch swing arm, swing arm, fulcrum, cylinder, ratchet, combined pressure spin, connecting plate, clutch, tripping cam and combined pressure cam are contained on the axle head of impression cylinder, in the clutch swing arm, be provided with tripping spin, combined pressure spin, the tripping spin contacts with the tripping cam, and the combined pressure spin contacts with the combined pressure cam; The clutch swing arm is arranged on the fulcrum, and fulcrum links to each other with frame; Swing arm is sleeved on the fulcrum, and swing arm links to each other with cylinder, ratchet, shock absorber, connecting plate respectively, and described cylinder one end links to each other with swing arm, and the other end links to each other with ratchet; Described shock absorber one end links to each other with swing arm, and the other end links to each other with frame; The other end of connecting plate presses fork I to link to each other with clutch; Clutch presses fork I, clutch to press fork II to link to each other with clutch shaft respectively; Described clutch presses the other end of fork II to link to each other with the excentric sleeve II of blanket cylinder.
During work, connect power supply, complete machine begins preheating, treats that temperature reaches when necessarily requiring, and presses play button, and paper feed mechanism separates paper from pile automatically, and paper is delivered to well-behaved mechanism place, carries out localization process all around.Paper feed mechanism takes two groups of non-circular gears to carry out speed change in order to reduce the bump of paper and preceding rule, makes the paper gait of march be in first quick and back slow cyclically-varying state, to reduce the bump of paper.The paper that enters well-behaved mechanism enters the forward pass cylinder behind a locking mechanism of gritting one's teeth, paper enters the 1st printing element and prints first look under the drive of drive disk assembly; Through the paper product that first printing element prints, under the transmission of the transfer roller between the 1st, 2 printing elements, enter second printing element and carry out the second look printing; After second printing element carries out second look printing, enter the 3rd printing element printing through the transmission of second transfer roller.After the printing of the 3rd printing element, enter the 4th printing element printing through the 3rd transfer roller again.After the 4th printing element is finished four-color process, be delivered to paper collecting mechanism through collecting cylinder, fold thereby put in order the paper receipts, finish whole printing process.The control of ink temperature is controlled by attemperating unit in the printing, and carries out adjustment by the temperature control fluid that flows in 3 hollow channeling ink bars in each printing element.Follower is provided with in order to regulate spacing between blanket cylinder and the plate cylinder, and plate cylinder and blanket cylinder are provided with excentric sleeve in order eccentric bushing to be turned over centre-to-centre spacing is changed and to design.Adopt the cam of a pair of conjugate relation to control clutch in the clutch pressure mechanism, and be equipped with shock absorber, its objective is, reduce noise and be provided with in order to make stable drive.Plate cylinder is provided with the diagonal angle governor motion, and circumferentially governor motion, axial regulating mechanism its objective is in order accurately to adjust forme to be provided with, and the quick adjustment of the printing plate device that is provided with on the plate cylinder makes the loading and unloading forme more convenient, quick.
Advantage of the present invention is: carry out speed governing owing to paper feed mechanism adopts two groups of non-circular gears to be meshed, thereby it is reliable that the paper transmission speed is changed; Because paper feed mechanism is provided with the position probing feedback device, thereby make defeated paper position accurate; Owing to adopt four groups of printing elements to print, thereby make the component universality of complete machine strong; Because the ink system in each printing element adopts alcohol to carry out damping, thereby makes the easier balance of ink, the water yield reduces, and helps improving print quality; Because channeling ink bar is designed to the version of adjustable temperature control, thereby make ink temperature stable, printing inking concentration is even; Because the diameter of impression cylinder, transfer roller is the doubly footpath of plate cylinder, blanket cylinder, thereby makes adjacent twice pressroom interval long; Because plate cylinder is provided with the forme adjusting device, thereby makes printing more accurate, better quality, and easy to adjust; Because be provided with follower, and easy to adjust, thus the pressure stability of making; Because clutch pressure mechanism adopts a pair of conjugate cam to control, and is furnished with shock absorber, thereby makes stable drive, noise is little; Because plate cylinder is provided with quick adjustment of the printing plate device, thereby make upper and lower version, the cleaning version is convenient, fast; Since rational in infrastructure, the automatic controlling level height, and printing quality is good, so very big practical and popularizing value is arranged.
Description of drawings
Further specify the present invention below with reference to accompanying drawing:
Accompanying drawing 1 is the structural representation that the present invention splits four colour offset press;
Accompanying drawing 2 is mesh schematic representations of two groups of non-circular gears of paper feed mechanism of the present invention;
Accompanying drawing 3 is structural representations of the hollow channeling ink bar of ink of the present invention system;
Accompanying drawing 4 is structural representations of follower of the present invention;
Accompanying drawing 5 is structural representations of clutch pressure mechanism of the present invention;
Accompanying drawing 6 is structural representations of plate cylinder of the present invention;
Accompanying drawing 7 is structural representations to angle adjusting mechanism of plate cylinder of the present invention;
Accompanying drawing 8 is structural representations of the circumferential governor motion of plate cylinder of the present invention;
Accompanying drawing 9 is structural representations of the mechanism for axial adjusting of plate cylinder of the present invention.
The specific embodiment
With reference to accompanying drawing 1, accompanying drawing 2, accompanying drawing 3, accompanying drawing 6, the four colour offset press of splitting of the present invention, form by paper feed mechanism 1, four printing elements 2, transfer roller 3, paper collecting mechanism 4, frames 5, four printing elements 2 are separately positioned on the frame 5, are respectively equipped with transfer roller 3 between adjacent two printing elements 2.Described paper feed mechanism 1 is regulated the mechanism that paper is sent into speed for adopting the non-circular gear group, and two groups of non-circular gears of paper feed mechanism 1 employing of present embodiment are meshed and carry out the periodically speed governing transmission of paper speed.Printing element 2 is made up of ink system 21, plate cylinder 22, blanket cylinder 23, impression cylinder 24, follower 25, clutch pressure mechanism 26; The diameter of described impression cylinder 24 is the doubly footpath of plate cylinder 22, blanket cylinder 23; The diameter of the transfer roller 3 that is provided with between described adjacent two printing elements 2 is the doubly footpath of plate cylinder 22, blanket cylinder 23; Described ink system 21 carries out the mechanism that inner loop has temperature control and feedback device for the channeling ink bar structure that adopts hollow type, the channeling ink bar 211,212,213 of ink system 21 is the version of hollow in the printing element 2 of present embodiment, and the inside temperature control fluid capable of circulation of channeling ink bar 211,212,213 carries out temperature control.Ink system 21 adopts alcohol to carry out damping in the described printing element 2.Described plate cylinder 22 is for having the printing plate mechanism of diagonal angle governor motion 22a, circumferential governor motion 22b, axial regulating mechanism 22c, quick adjustment of the printing plate device (22d); On every group of printing element 2, be respectively equipped with blanket cylinder 23, plate cylinder 22 and link to each other, be used to regulate blanket cylinder 23 and the constant follower 25 of plate cylinder 22 spacings; On the side of impression cylinder 24, be provided with and be used to clutch pressure mechanism 26 that impression cylinder 24 and blanket cylinder 23 are temporarily separated.
With reference to accompanying drawing 4, described follower 25 is made up of connecting rod I251, fork I252, fork II253, connecting rod II254, fixed axis 255, and the end of connecting rod I251 links to each other with the excentric sleeve I221 of plate cylinder 22, and the other end links to each other with fork II253; The end of connecting rod II254 links to each other with the excentric sleeve II231 of blanket cylinder 23, and the other end links to each other with fork I252, and fork I252, fork II253 are arranged on the fixed axis 255.
With reference to accompanying drawing 5, described clutch pressure mechanism 26 is by tripping cam 261, combined pressure cam 262, shock absorber 263, tripping spin 264, clutch swing arm 265, swing arm 266, fulcrum 267, cylinder 268, ratchet 269, combined pressure spin 2610, connecting plate 2611, fork I2612 is pressed in clutch, clutch shaft 2613, clutch presses fork II2614 to form, tripping cam 261 and combined pressure cam 262 are contained on the axle head of impression cylinder 24, in clutch swing arm 265, be provided with tripping spin 264, combined pressure spin 2610, tripping spin 264 contacts with tripping cam 261, and combined pressure spin 2610 contacts with combined pressure cam 262; Clutch swing arm 265 is arranged on the fulcrum 267, and fulcrum 267 links to each other with frame; Swing arm 266 is sleeved on the fulcrum 267, and swing arm 266 links to each other with cylinder 268, ratchet 269, shock absorber 263, connecting plate 2611 respectively, and described cylinder 268 1 ends link to each other with swing arm 266, and the other end links to each other with ratchet 269; Described shock absorber 263 1 ends link to each other with swing arm 266, and the other end links to each other with frame; The other end of connecting plate 2611 presses fork I2612 to link to each other with clutch; Clutch presses fork I2612, clutch to press fork II2614 to link to each other with clutch shaft 2613 respectively; Described clutch presses the other end of fork II2614 to link to each other with the excentric sleeve II231 of blanket cylinder 23.
With reference to accompanying drawing 7, the diagonal angle governor motion 22a of described plate cylinder 22 is made up of motor 222, driving-chain 223, screw rod 224, supporting base 225, connecting rod III226, eccentric bushing 227, the sprocket wheel of driving-chain 223 links to each other with motor 222, screw rod 224 respectively, is provided with rotating band between two sprocket wheels; Described screw rod 224 is by supporting base 225 supportings, and described screw rod 224 links to each other with connecting rod III226, and connecting rod III226 links to each other with eccentric bushing 227.
With reference to accompanying drawing 8, the circumferential governor motion 22b of described plate cylinder 22, be made of driving shaft I228, screw thread driving member I229, bearing 2210, block bearing 2211, helical gear I2212, helical gear II2213, driving shaft I228 links to each other with motor, and is threaded mutually with screw thread driving member I229; Screw thread driving member I229 is located in the bearing 2210; Block bearing 2,211 one ends link to each other with screw thread driving member I229, and the other end links to each other with helical gear I2212; Helical gear I2212 is meshed with helical gear II2213, and helical gear I2212 links to each other with plate cylinder, and helical gear II2213 links to each other with blanket cylinder.
With reference to accompanying drawing 9, the axial regulating mechanism 22c of described plate cylinder 22 is made of driving shaft II2214, supporting base 2215, screw thread driving member II2216, drivening piece 2217, driving shaft II2214 links to each other with motor, and be located in the supporting base 2215, supporting base 2215 links to each other with the support wallboard, and screw thread driving member II2216 is threaded mutually with driving shaft II2214; Drivening piece 2217 links to each other with screw thread driving member II2216, and the axle head of drivening piece 2217 plate cylinders links to each other.
Claims (5)
1. split four colour offset press for one kind, it is made up of paper feed mechanism (1), four printing elements (2), transfer roller (3), paper collecting mechanism (4), frame (5), four printing elements (2) are separately positioned on the frame (5), be respectively equipped with transfer roller (3) between adjacent two printing elements (2), described printing element (2) is made up of ink system (21), plate cylinder (22), blanket cylinder (23), impression cylinder (24), follower (25), clutch pressure mechanism (26); The diameter of described impression cylinder (24) is the doubly footpath of plate cylinder (22), blanket cylinder (23); The diameter of the transfer roller (3) that is provided with between described adjacent two printing elements (2) is the doubly footpath of plate cylinder (22), blanket cylinder (23), it is characterized in that: described paper feed mechanism (1) is regulated the mechanism that paper is sent into speed for adopting the non-circular gear group; Described ink system (21) carries out the mechanism that inner loop has temperature control and feedback device for the channeling ink bar structure that adopts hollow type; Described plate cylinder (22) is for having the printing plate mechanism of diagonal angle governor motion (22a), circumferential governor motion (22b), axial regulating mechanism (22c), quick adjustment of the printing plate device (22d), the diagonal angle governor motion (22a) of described plate cylinder (22) is made up of motor (222), driving-chain (223), screw rod (224), supporting base (225), connecting rod III (226), eccentric bushing (227), the sprocket wheel of driving-chain (223) links to each other with motor (222), screw rod (224) respectively, is provided with rotating band between two sprocket wheels; Described screw rod (224) is by supporting base (225) supporting, and described screw rod (224) links to each other with connecting rod III (226), and connecting rod III (226) links to each other with eccentric bushing (227); The circumferential governor motion (22b) of described plate cylinder (22), constitute by driving shaft I (228), screw thread driving member I (229), bearing (2210), block bearing (2211), helical gear I (2212), helical gear II (2213), driving shaft I (228) links to each other with motor, and is threaded mutually with screw thread driving member I (229); Screw thread driving member I (229) is located in the bearing (2210); Block bearing (2211) one ends link to each other with screw thread driving member I (229), and the other end links to each other with helical gear I (2212); Helical gear I (2212) is meshed with helical gear II (2213), and helical gear I (2212) links to each other with plate cylinder, and helical gear II (2213) links to each other with blanket cylinder; The axial regulating mechanism (22c) of described plate cylinder (22) is made of driving shaft II (2214), supporting base (2215), screw thread driving member II (2216), drivening piece (2217), driving shaft II (2214) links to each other with motor, and be located in the supporting base (2215), supporting base (2215) links to each other with the support wallboard, and screw thread driving member II (2216) is threaded mutually with driving shaft II (2214); Drivening piece (2217) links to each other with screw thread driving member II (2216), and the axle head of drivening piece (2217) plate cylinder links to each other; On every group of printing element (2), be respectively equipped with blanket cylinder (23), plate cylinder (22) and link to each other, be used to regulate blanket cylinder (23) and the constant follower (25) of plate cylinder (22) spacing; On the side of impression cylinder (24), be provided with and be used to clutch pressure mechanism (26) that impression cylinder (24) and blanket cylinder (23) are temporarily separated.
2. according to claims 1 described four colour offset press of splitting, it is characterized in that: two groups of non-circular gears of described paper feed mechanism (1) employing are meshed and carry out the periodically speed governing transmission of paper speed.
3. according to claims 1 described four colour offset press of splitting, it is characterized in that: channeling ink bar (211), (212), (213) of ink system (21) are the version of hollow in the described printing element (2), and the inside temperature control fluid capable of circulation of channeling ink bar (211), (212), (213) carries out temperature control.
4. according to claims 1 described four colour offset press of splitting, it is characterized in that: described follower (25) is made up of connecting rod I (251), fork I (252), fork II (253), connecting rod II (254), fixed axis (255), the end of connecting rod I (251) links to each other with the excentric sleeve I (221) of plate cylinder (22), and the other end links to each other with fork II (253); The end of connecting rod II (254) links to each other with the excentric sleeve II (231) of blanket cylinder (23), and the other end links to each other with fork I (252), and fork I (252), fork II (253) are arranged on the fixed axis (255).
5. according to claims 1 described four colour offset press of splitting, it is characterized in that: described clutch pressure mechanism (26) is by tripping cam (261), combined pressure cam (262), shock absorber (263), tripping spin (264), clutch swing arm (265), swing arm (266), fulcrum (267), cylinder (268), ratchet (269), combined pressure spin (2610), connecting plate (2611), fork I (2612) is pressed in clutch, clutch shaft (2613), clutch presses fork II (2614) to form, tripping cam (261) and combined pressure cam (262) are contained on the axle head of impression cylinder (24), in clutch swing arm (265), be provided with tripping spin (264), combined pressure spin (2610), tripping spin (264) contacts with tripping cam (261), and combined pressure spin (2610) contacts with combined pressure cam (262); Clutch swing arm (265) is arranged on the fulcrum (267), and fulcrum (267) links to each other with frame; Swing arm (266) is sleeved on the fulcrum (267), swing arm (266) links to each other with cylinder (268), ratchet (269), shock absorber (263), connecting plate (2611) respectively, described cylinder (268) one ends link to each other with swing arm (266), and the other end links to each other with ratchet (269); Described shock absorber (263) one ends link to each other with swing arm (266), and the other end links to each other with frame; The other end of connecting plate (2611) presses fork I (2612) to link to each other with clutch; Clutch presses fork I (2612), clutch to press fork II (2614) to link to each other with clutch shaft (2613) respectively; Described clutch presses the other end of fork II (2614) to link to each other with the excentric sleeve II (231) of blanket cylinder (23).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2006100390099A CN101037033B (en) | 2006-03-17 | 2006-03-17 | Bisectional four-color offset press |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2006100390099A CN101037033B (en) | 2006-03-17 | 2006-03-17 | Bisectional four-color offset press |
Publications (2)
| Publication Number | Publication Date |
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| CN101037033A CN101037033A (en) | 2007-09-19 |
| CN101037033B true CN101037033B (en) | 2011-06-08 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN2006100390099A Expired - Fee Related CN101037033B (en) | 2006-03-17 | 2006-03-17 | Bisectional four-color offset press |
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| CN (1) | CN101037033B (en) |
Families Citing this family (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101224657B (en) * | 2008-01-03 | 2010-06-23 | 徐勤华 | Wound roll offset machine with changeable printing format |
| CN103879143B (en) * | 2012-12-21 | 2017-01-18 | 江苏中德包装机械有限公司 | Automatic cleaning method of offset press cylinder |
| CN104908408B (en) * | 2015-06-08 | 2017-06-16 | 温州顺威包装有限公司 | A kind of four-color press |
| CN106945400B (en) * | 2016-12-09 | 2021-04-06 | 李燕玲 | Printing machine is used in production of container bag of establishing protection guardrail clearance adjustable |
| CN114030276B (en) * | 2021-11-18 | 2022-08-23 | 江苏瀚升印刷机械有限公司 | High-speed and high-intelligentized full-specification offset press |
Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2253289Y (en) * | 1996-03-15 | 1997-04-30 | 耿志刚 | Gaseous delivery damping device of offset press plate |
| CN1164469A (en) * | 1996-05-03 | 1997-11-12 | 北人印刷机械股份有限公司 | Cylinder clutch pressure device for printing machine |
| CN2754879Y (en) * | 2004-12-18 | 2006-02-01 | 江苏昌昇集团股份有限公司 | Split double-color offset press |
| CN2905431Y (en) * | 2006-03-19 | 2007-05-30 | 江苏昌昇集团股份有限公司 | Bisect four-color offset press |
-
2006
- 2006-03-17 CN CN2006100390099A patent/CN101037033B/en not_active Expired - Fee Related
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2253289Y (en) * | 1996-03-15 | 1997-04-30 | 耿志刚 | Gaseous delivery damping device of offset press plate |
| CN1164469A (en) * | 1996-05-03 | 1997-11-12 | 北人印刷机械股份有限公司 | Cylinder clutch pressure device for printing machine |
| CN2754879Y (en) * | 2004-12-18 | 2006-02-01 | 江苏昌昇集团股份有限公司 | Split double-color offset press |
| CN2905431Y (en) * | 2006-03-19 | 2007-05-30 | 江苏昌昇集团股份有限公司 | Bisect four-color offset press |
Non-Patent Citations (1)
| Title |
|---|
| 赫尔穆特.基普汉.印刷媒体技术手册 2004年11月第1版.广东世界图书出版公司,2004,第151页,第152页图1.6-5b,第240页,第228页到第229页,第336页,第243页. * |
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| CN101037033A (en) | 2007-09-19 |
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