CN202782112U - Gravure printing machine based on color management operating system - Google Patents
Gravure printing machine based on color management operating system Download PDFInfo
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- CN202782112U CN202782112U CN 201220286125 CN201220286125U CN202782112U CN 202782112 U CN202782112 U CN 202782112U CN 201220286125 CN201220286125 CN 201220286125 CN 201220286125 U CN201220286125 U CN 201220286125U CN 202782112 U CN202782112 U CN 202782112U
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Abstract
The utility model relates to a printing machine, in particular to a gravure printing machine based on a color management operating system. The gravure printing machine resolves the problems that labor intensity is large, finished product rate is low, printing cost is increased and the like in an existing gravure printing machine. The gravure printing machine based on the color management operating system comprises an automatic ink feeding device, a scraping knife height adjusting mechanism, a scraping knife angle adjusting mechanism, and a scraping knife front-and-back position adjusting mechanism. The gravure printing machine based on the color management operating system further comprises a programmable logic controller (PLC) system and an electrical control system combined by a human-computer interface and a data server. The automatic ink feeding device is provided with a printing ink viscosity controller and a printing ink temperature controller. The scraping knife height adjusting mechanism is achieved through a gear rack mechanism. The angle of a scraping knife is adjusted by adoption of the gear rack mechanism. Adjustment of the front-and-back position of the scraping knife is achieved through a screw rod mechanism. Therefore, labor intensity of adjusting operating personnel is reduced, waste of printing ink and printing stocks caused by initial printing adjusting link is reduced, printing cost is lowered in delivery cycle, speed of the whole machine and overprinting precision are raised, efficiency is high, and finished product rate is high.
Description
Technical field
The utility model relates to a kind of printing machine, is specially a kind of intaglio press based on color management operating system.
Background technology
Intaglio printing has the features such as press resistance rate height, the printing ink film thickness is large, process color is heightened, and is widely used in the printing of the high-grade printed matters such as paper, film.The picture and text part of gravure press printing form is recessed by modes such as burn into engravings, forms ink cell; The cylindrical of blank parts and forme drum is on same cylinder.During printing, forme drum is dipped in black groove or gives China ink by distributor rollers, realizes full space of a whole page inking.In the process that roller is rotated, doctor is scraped the printing ink of blank parts on the forme clearly, stays the printing ink of picture and text part.Pass through in the middle of roller after the stock such as film, paper was scraped by doctor and the impression rubber roll, impression roller directly transfers on the stock printing ink of recessed picture and text part in the pressurization of the back side of stock.Then enter hot air circulating system, the solvent evaporates in the printing ink is fallen, realize the fastening bonding of stock and colorant, finish printing link.
In the intaglio printing process, the principal element that affects color rendering has: print speed printing speed, scraper angle, scraper pressure, impression rubber roll pressure, nip width, impression point position, printing ink colour saturation, ink viscosity, baking temperature etc.Although present intaglio press has had the functions such as some print speed printing speed controls, baking temperature control, ink viscosity control, the control of material film tension force, but all be based on univariate independently indication control, lack the systematic printing machine complete machine variable adjustment for specific roller color, and to using the memory function of the optimum variable of roller.Like this; in presswork in earlier stage; the printing operation worker will realize the printing effect of customer requirement; need to adjust one by one each variable; without quantizing and memory function; labour intensity is very large; and the adjustment of some variablees is to need shutdown and rely on operating personnel's experience to adjust; such as the scraper height; scraper angle; the variablees such as scraper front and back position; with certain blindness; if it is improper that these positions are adjusted; will certainly cause extension dirty; run China ink; the a series of printing issues such as cutter line cause the qualified yield rate of printed matter to reduce, and certainly will cause printing ink; the waste of stock etc.; increased printing cost; prolonged the delivery cycle, follow-up waste disposal also poses a big pressure to ecological environment, and relies on merely human eye to go range estimation; scraper height and angle need to be taken a long time to adjust, present high speed can't be satisfied; the demand for development of high accuracy printing machine.
Summary of the invention
The utility model is in order to solve existing intaglio press without quantizing and memory function, need to carry out one by one manual setting to each variable, exist large, the qualified yield rate of labour intensity to reduce, increase the problems such as printing cost, a kind of intaglio press based on color management operating system is provided.
The utility model is to adopt following technical scheme to realize: based on the intaglio press of color management operating system, comprise China ink bucket and automatic ink feeder of fast, contain scraper, the scraper rotating shaft, scraper bearing axle, the scraper lower shaft, axle on the scraper, the scraper mechanism of scraper pressurized cylinder and scraper height adjustment mechanism, the scraper angle guiding mechanism, scraper front and back position guiding mechanism, also comprise drying box and heating controller, fan driving motor, roller and roller drive motors, impression rubber roll and rubber roll pressurized cylinder, pendulum roller and pendulum roller cylinder, this printing machine also comprises electric control system, and described electric control system is by the PLC system, man-machine interface and data server form; Described automatic ink feeder of fast comprises and is arranged on the chuck on the China ink bucket outer wall and is positioned at China ink bucket one side and establishes the water temperature regulater of heating tube, be provided with the ink temperature controller in the water temperature regulater, the water temperature regulater below is communicated with chuck through water pump, chuck top connects by overflow pipe and water temperature regulater top, in the China ink bucket ink viscosity controller is installed, ink temperature controller, ink viscosity controller are connected with the PLC system; Described scraper height adjustment mechanism comprises the scraper height rectilinear transducer that is fixed on the wallboard and is installed in scraper bearing axle upper end and the height induction screw relative with scraper height rectilinear transducer position, between centers is adjusted gear every being installed with three grades on the scraper, scraper bearing axle is provided with three grades and adjusts the intermeshing tooth bar of gear, axle one end key is connected with secondary and adjusts gear on the scraper, secondary adjusts gear and one-level is adjusted the gear engagement, and one-level is adjusted gear and is connected with the output shaft of high level of synchronization motor; Described scraper angle guiding mechanism comprises the scraper angle sensor that is fixed on scraper bearing axle upper end and is installed in scraper rotating shaft one end and the angle induction screw relative with the scraper angle sensing station, scraper rotating shaft one end is equipped with angle adjustment worm gear and worm shaft, and worm shaft one end is connected with the output shaft of angle synchronous motor; Described scraper front and back position guiding mechanism comprise sliding bearing and be positioned on the sliding bearing and with the fixing lower skateboard of scraper, lower skateboard one end is fixed with stop screw, the relative position of sliding bearing is equipped with scraper front and back position sensor, carrying out relative position by cam link and camlock cylinder between sliding bearing and the lower skateboard fixes, lower skateboard one end is connected with the coarse adjustment screw body, and the coarse adjustment screw body is connected with front and back position synchronous motor on being fixed on the scraper bearing by gear drive; The signals collecting end of described PLC system is connected with the data output end of ink viscosity controller, ink temperature controller, scraper height rectilinear transducer, scraper angle sensor and scraper front and back position sensor respectively, and the signal output part of PLC system is connected with the power intake of high level of synchronization motor, angle synchronous motor and front and back position synchronous motor respectively.
In order further to optimize the structure of this printing machine, improve its function, the utility model has also carried out following structural design,
The variable frequency drive motors that described roller drive motors is established speed encoder in being, speed encoder and peace river frequency converter are combined into the closed-loop vector control system.Peace river frequency converter is accepted the speed control signal of PLC system; On the confession air circuit of scraper pressurized cylinder, rubber roll pressurized cylinder, pendulum roller cylinder automatically controlled converter is installed, the signal controlling end of each automatically controlled converter is connected with the PLC system.Described speed encoder is existing known products, has been the effect of regulating and feeding back motor speed; Described automatically controlled converter carries out pressure setting for existing known products by analog electrical signal, and the utility model utilizes automatically controlled converter to the adjusting of scraper pressure, rubber roll pressure and a floating pendulum roller tension force.
The hot blast temperature detector is installed in described drying box porch, wind speed detector is installed at drying box nozzle place, the data output end of hot blast temperature detector, wind speed detector is connected with the signals collecting end of PLC system, and the signal controlling end of heating controller, fan driving motor is connected with the PLC system.
In the described scraper front and back position guiding mechanism, set up upper slide on the lower skateboard, upper slide and lower skateboard are fixed by tie down screw, and upper slide one end is connected with the fine setting screw body, and fine setting screw body end is provided with the adjustment handwheel, and scraper and upper slide are fixed.Behind the position of adjusting lower skateboard and scraper by the coarse adjustment screw body, try printing, observe the gray scale on examination printing both sides, adjust again if also need, adjust handwheel by rotation, drive the fine setting screw body, then adjust upper slide and move forward and backward along lower skateboard, realize the purpose that scraper is finely tuned.
Adopt structural design of the present utility model, by cooperatively interacting of the frame for movement after improving and electric control system, this intaglio press has the memory of corresponding roller pattern printing parameter, storage, the multi-functionals such as control, by input, detect, control, the links such as memory are adjusted the various variablees of control effect intaglio printing color rendering online, such as scraper angle, scraper pressure, impression rubber roll pressure, the drying box temperature, ink viscosity, ink temperature etc., build good printing environment, realize that best picture and text reproduce, can simplify the labour intensity of press operator, reduce the printing ink that the initial print adjustment link causes, the waste of stock, reduce printing cost, shorten the delivery cycle, improved speed and the chromatography precision of complete machine, efficient is high, yield rate is high, has widely promotional value and use value.
Description of drawings
Fig. 1 is electric control theory figure described in the utility model;
Fig. 2 is ink viscosity temperature control structure schematic diagram described in the utility model;
Fig. 3 is scraper height described in the utility model and angle-regulation structure schematic diagram;
Fig. 4 is that scraper front and back position described in the utility model is adjusted structural representation;
Fig. 5 is scraper upper slide described in the utility model, lower skateboard syndeton schematic diagram;
Fig. 6 is scraper lower skateboard described in the utility model and sliding bearing retaining mechanism schematic diagram;
Fig. 7 is scraper position-limit mechanism schematic diagram described in the utility model;
Among the figure: 1-China ink bucket; The 2-scraper; The rotating shaft of 3-scraper; 4-scraper bearing axle; 5-scraper lower shaft; Axle on the 6-scraper; 7-scraper pressurized cylinder; The 8-chuck; The 9-heating tube; The 10-water temperature regulater; 11-ink temperature controller; The 12-water pump; The 13-overflow pipe; 14-ink viscosity controller; 15-scraper height rectilinear transducer; 16-highly responds to screw; Three grades of adjustment of 17-gear; The 18-secondary is adjusted gear; The 19-one-level is adjusted gear; 20-high level of synchronization motor; 21-scraper angle sensor; 22-angle induction screw; 23-angle adjustment worm gear; The 24-worm shaft; 25-angle synchronous motor; The 26-sliding bearing; The 27-lower skateboard; The 28-stop screw; 29-scraper front and back position sensor; The 30-cam link; 31-camlock cylinder; 32-coarse adjustment screw body; The 33-gear drive; 34-front and back position synchronous motor; The 35-upper slide; The 36-tie down screw; 37-finely tunes screw body; 38-adjusts handwheel.
The specific embodiment
Intaglio press based on color management operating system, comprise China ink bucket 1 and automatic ink feeder of fast, contain scraper 2, scraper rotating shaft 3, scraper bearing axle 4, scraper lower shaft 5, axle 6 on the scraper, the scraper mechanism of scraper pressurized cylinder 7 and scraper height adjustment mechanism, the scraper angle guiding mechanism, scraper front and back position guiding mechanism, also comprise drying box and heating controller, fan driving motor, roller and roller drive motors, impression rubber roll and rubber roll pressurized cylinder, pendulum roller and pendulum roller cylinder, as shown in Figure 1, this printing machine also comprises electric control system, described electric control system is by the PLC system, man-machine interface and data server form, by printing machine PLC system the color management data set is stored in the data server, and the PLC system can the reading out data server in the parameter of color management data set, then drive the optimum state that the intaglio press each several part is adjusted to requirement automatically, the supplier of the supplier of printing ink and model and printing material and model can be stored in the data server of printing machine, in order to transfer at any time these parameters, man-machine interface can be monitored and carries out setting parameter the production scene.The signals collecting end of PLC system is connected with the data output end of ink viscosity controller 14, ink temperature controller 11, scraper height rectilinear transducer 15, scraper angle sensor 21 and scraper front and back position sensor 29 as described below respectively, and the signal output part of PLC system is connected with the power intake of high level of synchronization motor 20, angle synchronous motor 25 and front and back position synchronous motor 34 respectively.
As shown in Figure 2, automatic ink feeder of fast comprises and is arranged on the chuck 8 on the China ink bucket outer wall and is positioned at China ink bucket one side and establishes the water temperature regulater 10 of heating tube 9, be provided with ink temperature controller 11 in the water temperature regulater, the water temperature regulater below is communicated with chuck 8 through water pump 12, chuck top connects by overflow pipe 13 and water temperature regulater top, in the China ink bucket 1 ink viscosity controller 14 is installed, ink temperature controller, ink viscosity controller are connected with the PLC system; During concrete the use, the peripheral water temperature regulater that adopts chuck and carry out the thermostatted water circulation with chuck of ink barrel, keep ink temperature constant, ink viscosity is controlled by the ink viscosity controller, the ink viscosity controller can carry out communication with the PLC system, when requiring ink temperature to be lower than the operating environment temperature, water temperature regulater is with heating tube, keep water temperature inside constant to set water temperature, water pump with the constant temperature water pump to the chuck of China ink bucket with bucket in printing ink carry out heat exchange, the thermostatted water after the heat exchange is back in the water temperature regulater from the overflow pipe on China ink bucket top; When requiring ink temperature to be lower than the operating environment temperature, thermostatted water is directly taken from the supporting cooling-water machine of printing machine, enters the chuck of China ink bucket and overflows back the return pipe of cooling-water machine from the top, and the two switches by stop valve.The front viscosity that needs that printing ink is transferred to of printing, inject the China ink bucket, ink viscosity controller Real-Time Monitoring ink viscosity, the ink viscosity controller converts viscosity data to the signal of telecommunication (voltage/current) by instrument and passes to the PLC system in the printing process, the PLC system compares through the ink viscosity of internal arithmetic and actual requirement according to the signal of telecommunication that gathers and judges, and then reaching the purpose of controlling ink viscosity, ink viscosity control can reach 0.1 second precision.For example when causing ink viscosity excessive because of organic solvent volatilization, viscosity controller control solvent pump supplementing solvent in the China ink bucket reduces viscosity to setting value, and the permanent viscosity printing ink of constant temperature is pumped in the black groove by pump.
As shown in Figure 3, realize scraper height adjustment by pinion and rack, in the scraper short transverse scraper height zero testing element is installed, the running time of departing from zero-bit by controlling synchronous motor, realize the adjustment of set scraper height, scraper height adjustment mechanism comprises the scraper height rectilinear transducer 15 that is fixed on the wallboard and is installed in scraper bearing axle upper end, and the height relative with scraper height rectilinear transducer position induction screw 16, between centers is adjusted gear 17 every being installed with three grades on the scraper, scraper bearing axle is provided with three grades and adjusts the intermeshing tooth bar of gear, axle one end key is connected with secondary and adjusts gear 18 on the scraper, secondary adjusts gear and one-level is adjusted gear 19 engagements, and one-level is adjusted gear and is connected with the output shaft of high level of synchronization motor 20; Adjustment process is: the power of high level of synchronization motor is adjusted gear transmission by the one-level of output shaft end and is adjusted gear to secondary, drive axle and the rotation of three grades of adjustment gears on the scraper, be processed with tooth bar on the scraper bearing axle, with the engagement of three grades of adjustment gears, three grades of rotating drive scraper bearing axle and scraper components of adjusting gear move up and down, and do not affect the left and right sides play of scraper simultaneously.Scraper height rectilinear transducer is fixed on the wallboard motionless, highly responding to screw moves up and down with scraper bearing axle, regulation scraper height rectilinear transducer detects and is the height zero-bit when highly responding to screw, by the time realization scraper both adjustment of take the altitude of control high level of synchronization motor from the initial operation of zero-bit.
As shown in Figure 3, scraper angle adopts worm-and-wheel gear to regulate, the scraper angle guiding mechanism comprises the scraper angle sensor 21 that is fixed on scraper bearing axle upper end and is installed in scraper rotating shaft one end and the angle induction screw 22 relative with the scraper angle sensing station, scraper rotating shaft one end is equipped with angle adjustment worm gear 23 and worm shaft 24, and worm shaft one end is connected with the output shaft of angle synchronous motor 25; Adjustment process is: angle synchronous machine drives worm shaft rotates, driving angle adjustment worm gear and scraper rotating shaft rotates, scraper rotating shaft axle head is equipped with angle induction screw, the scraper angle sensor is fixed on the scraper bearing axle, and regulation scraper angle sensor is the zero-bit of scraper rotating shaft when detecting angle induction screw.Realize the adjustment of the set angle of scraper from the time of the initial operation of zero-bit by the control angle synchronous motor.Scraper is to proper angle, and the scraper pressurized cylinder is worked, the scraper wiping.
Shown in Fig. 4,5, scraper front and back position guiding mechanism comprises sliding bearing 26 and is positioned at lower skateboard 27 on the sliding bearing, set up upper slide 35 on the lower skateboard, upper slide and lower skateboard are fixing by tie down screw 36, upper slide one end is connected with fine setting screw body 37, fine setting screw body end is provided with adjusts handwheel 38, and scraper and upper slide are fixed.As shown in Figure 7, lower skateboard one end is fixed with stop screw 28, and the relative position of sliding bearing is equipped with scraper front and back position sensor 29, and when stopping, lower skateboard is got back to the position that stop screw makes the action of scraper front and back position sensor at every turn.As shown in Figure 6, carrying out relative position by cam link 30 and camlock cylinder 31 between sliding bearing and the lower skateboard fixes, lower skateboard one end is connected with coarse adjustment screw body 32, and the coarse adjustment screw body is connected with front and back position synchronous motor 34 on being fixed on the scraper bearing by gear drive 33; Adjustment process is: the power that is fixed in the front and back position synchronous motor on the scraper bearing axle drives the rotation of coarse adjustment screw body through gear drive, lower skateboard slides by before and after the coarse adjustment screw body is on sliding bearing, upper slide is by adjusting the front and back slip on lower skateboard of handwheel and fine setting screw body, lower skateboard and upper slide are fixed by tie down screw, and there is rotary handle the tie down screw end.During normal the driving, the camlock cylinder stretches out, and cam link is thrown off, lower skateboard is relative with sliding bearing movable, by the running time of control front and back position synchronous motor, realizes extremely both allocations of lower skateboard, the camlock cylinders retract is tried printing, observes the gray scale on examination printing both sides, adjust again if also need, open tie down screw, adjust handwheel by rotation, drive the fine setting screw body, then adjust upper slide and move forward and backward along lower skateboard, realize the purpose that scraper is finely tuned.
The lifting of machine print speed printing speed in the printing process, traditional way is to remove to realize the plus-minus of print speed printing speed by the operator panel buttons of each print couple, the utility model utilizes PLC system and man-machine interface directly to set the print speed printing speed of machine, the machine raising speed stops to accelerate after the actual speed of setting automatically, and its desin speed precision can reach 0.1m/min.Speed encoder feeds back to the PLC system with the motor velocity signal that measures, and the PLC system transfers to frequency converter with signal, then motor speed is adjusted, and by ceaselessly regulating, reaches consistent with the print speed printing speed of setting;
On the confession air circuit of scraper pressurized cylinder, rubber roll pressurized cylinder, pendulum roller cylinder automatically controlled converter is installed, the signal controlling end of each automatically controlled converter is connected with the PLC system.Scraper adopts the scraper pressurized cylinder to wipe the printing ink of forme non-graphic part off, the impression rubber roll transfers on the stock printing ink of picture and text part on the forme by the rubber roll pressurized cylinder, the pressure adjustment of the two all adopts automatically controlled converter to realize, in the printing process, the pressure of roller platen can go control by PLC system and man-machine interface, only need to input required pressure in man-machine interface, the PLC system directly drives automatically controlled converter through internal arithmetic and obtains required voltage, can realize print couple pressure unification, set simple and convenient.Control accuracy can reach 0.1Kg.Each section tension force adopts the pendulum roll form to control, pendulum roller cylinder is adjusted pressure by automatically controlled converter, complete machine is in printing process, tension force plays very important effect, often since various factors cause the given of tension force and material film actual tension more or less have a deviation, utilize the automatically controlled converter of electronic product can realize the On-line Control of tension force, control accuracy can reach 0.1Kg, and can utilize man-machine interface that tension force is realized centralized Control, automatically controlled converter utilizes the signal of telecommunication (voltage 0-10V/ electric current 4-20MA) directly to regulate a floating pendulum rod atmospheric pressure, thereby plays the effect of adjustment of tonicity.
The hot blast temperature detector is installed in the drying box porch, wind speed detector is installed at drying box nozzle place, the data output end of hot blast temperature detector, wind speed detector is connected with the signals collecting end of PLC system, and the signal controlling end of heating controller, fan driving motor is connected with the PLC system.Stock is in printing process, and the height that stock can be subject to ambient temperature presents different retractilities, for realizing the optimal properties of material film, makes it keep best printing characteristic in printing process, and temperature control is very important key factor.The utility model utilizes Programmable Logic Controller PLC, interactive Human machine interface, remove to gather and control drying box temperature and the drying box nozzle place wind speed of each print couple by international uniform standard MODBUS communication protocol technology, collection and design temperature precision can reach 0.1 degree, temperature is carried out precision at positive and negative 1 degree, the advantages such as temperature Centralized is controlled and collection, and is real-time have been realized.
Claims (4)
1. intaglio press based on color management operating system, comprise China ink bucket (1) and automatic ink feeder of fast, contain scraper (2), scraper rotating shaft (3), scraper bearing axle (4), scraper lower shaft (5), axle on the scraper (6), scraper mechanism and the scraper height adjustment mechanism of scraper pressurized cylinder (7), the scraper angle guiding mechanism, scraper front and back position guiding mechanism, also comprise drying box and heating controller, fan driving motor, roller and roller drive motors, impression rubber roll and rubber roll pressurized cylinder, pendulum roller and pendulum roller cylinder, it is characterized in that this printing machine also comprises electric control system, described electric control system is by the PLC system, man-machine interface and data server form;
Described automatic ink feeder of fast comprises and is arranged on the chuck (8) on the China ink bucket outer wall and is positioned at China ink bucket one side and establishes the water temperature regulater (10) of heating tube (9), be provided with ink temperature controller (11) in the water temperature regulater, the water temperature regulater below is communicated with chuck (8) through water pump (12), chuck top connects by overflow pipe (13) and water temperature regulater top, in the China ink bucket (1) ink viscosity controller (14) is installed, ink temperature controller, ink viscosity controller are connected with the PLC system;
Described scraper height adjustment mechanism comprises the scraper height rectilinear transducer (15) that is fixed on the wallboard and is installed in scraper bearing axle upper end and the height induction screw (16) relative with scraper height rectilinear transducer position, between centers is adjusted gear (17) every being installed with three grades on the scraper, scraper bearing axle is provided with three grades and adjusts the intermeshing tooth bar of gear, axle one end key is connected with secondary and adjusts gear (18) on the scraper, secondary adjusts gear and one-level is adjusted gear (19) engagement, and one-level is adjusted gear and is connected with the output shaft of high level of synchronization motor (20);
Described scraper angle guiding mechanism comprises the scraper angle sensor (21) that is fixed on scraper bearing axle upper end and is installed in scraper rotating shaft one end and the angle induction screw (22) relative with the scraper angle sensing station, scraper rotating shaft one end is equipped with angle adjustment worm gear (23) and worm shaft (24), and worm shaft one end is connected with the output shaft of angle synchronous motor (25);
Described scraper front and back position guiding mechanism comprise sliding bearing (26) and be positioned on the sliding bearing and with the fixing lower skateboard (27) of scraper, lower skateboard one end is fixed with stop screw (28), the relative position of sliding bearing is equipped with scraper front and back position sensor (29), carrying out relative position by cam link (30) and camlock cylinder (31) between sliding bearing and the lower skateboard fixes, lower skateboard one end is connected with coarse adjustment screw body (32), and the coarse adjustment screw body is connected with front and back position synchronous motor (34) on being fixed on the scraper bearing by gear drive (33);
The signals collecting end of described PLC system is connected with the data output end of ink viscosity controller (14), ink temperature controller (11), scraper height rectilinear transducer (15), scraper angle sensor (21) and scraper front and back position sensor (29) respectively, and the signal output part of PLC system is connected with the power intake of high level of synchronization motor (20), angle synchronous motor (25) and front and back position synchronous motor (34) respectively.
2. the intaglio press based on color management operating system according to claim 1 is characterized in that the variable frequency drive motors that the roller drive motors is established speed encoder in being; On the confession air circuit of scraper pressurized cylinder, rubber roll pressurized cylinder, pendulum roller cylinder automatically controlled converter is installed, the signal controlling end of each automatically controlled converter is connected with the PLC system.
3. the intaglio press based on color management operating system according to claim 1 and 2, it is characterized in that drying box porch installation hot blast temperature detector, wind speed detector is installed at drying box nozzle place, the data output end of hot blast temperature detector, wind speed detector is connected with the signals collecting end of PLC system, and the signal controlling end of heating controller, fan driving motor is connected with the PLC system.
4. the intaglio press based on color management operating system according to claim 1 and 2, it is characterized in that in the scraper front and back position guiding mechanism, set up upper slide (35) on the lower skateboard, upper slide and lower skateboard are fixing by tie down screw (36), upper slide one end is connected with fine setting screw body (37), fine setting screw body end is provided with adjusts handwheel (38), and scraper and upper slide are fixed.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220286125 CN202782112U (en) | 2012-06-18 | 2012-06-18 | Gravure printing machine based on color management operating system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220286125 CN202782112U (en) | 2012-06-18 | 2012-06-18 | Gravure printing machine based on color management operating system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202782112U true CN202782112U (en) | 2013-03-13 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201220286125 Withdrawn - After Issue CN202782112U (en) | 2012-06-18 | 2012-06-18 | Gravure printing machine based on color management operating system |
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| Country | Link |
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| CN (1) | CN202782112U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102717586A (en) * | 2012-06-18 | 2012-10-10 | 运城制版印刷机械制造有限公司 | Intaglio press based on color management operation system |
| CN103240963A (en) * | 2013-05-31 | 2013-08-14 | 昆山欧莱特印刷机械工业有限公司 | Intelligent ink scraper system |
-
2012
- 2012-06-18 CN CN 201220286125 patent/CN202782112U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102717586A (en) * | 2012-06-18 | 2012-10-10 | 运城制版印刷机械制造有限公司 | Intaglio press based on color management operation system |
| CN102717586B (en) * | 2012-06-18 | 2014-04-23 | 运城制版印刷机械制造有限公司 | Intaglio press based on color management operation system |
| CN103240963A (en) * | 2013-05-31 | 2013-08-14 | 昆山欧莱特印刷机械工业有限公司 | Intelligent ink scraper system |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20130313 Effective date of abandoning: 20140423 |
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| RGAV | Abandon patent right to avoid regrant |