CN105034593A - Automatic detection plate replacement presetting system used for stamping machine and application method of automatic detection plate replacement presetting system - Google Patents
Automatic detection plate replacement presetting system used for stamping machine and application method of automatic detection plate replacement presetting system Download PDFInfo
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- CN105034593A CN105034593A CN201510403580.3A CN201510403580A CN105034593A CN 105034593 A CN105034593 A CN 105034593A CN 201510403580 A CN201510403580 A CN 201510403580A CN 105034593 A CN105034593 A CN 105034593A
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Abstract
The invention relates to the technical field of stamping machines, in particular to an automatic detection plate replacement presetting system used for a stamping machine and an application method of the automatic detection plate replacement presetting system. An automatic plate replacement presetting system, namely, the automatic detection plate replacement presetting system, can store parameters of all produced products in the device, wherein the parameters include the preloader position, the feeder position, the front layer and lay gauge positions, the stamping pressure, the automatic foil feeding length, the temperature parameter, the paper collection position and the like. When plate replacement and order change are conducted through the device, a program can drive a servo motor to conduct positioning according to the data stored before by only calling the document number, stored before, of a corresponding product, a heating system automatically conducts heating, a projection system of a main machine part can project the position of a current product plate to a die-cutting plate frame or a cellular board, and an operator only needs to regulate and lock the plate according to the cursor line. Rapid and accurate plate alignment is achieved, and the plate arranging time is shortened by 80%; for various short plate products, rapid delivery can be achieved, the production efficiency can be greatly improved, labor can be saved, and the comprehensive cost can be reduced.
Description
[technical field]
The present invention relates to gilding press technical field, specifically a kind of automatic detection plate change predetermined system for gilding press and using method thereof.
[background technology]
The full-automatic die-cutting gold-stamping machine of platen is changing Dan Zhongxu again to version, reset paper position, readjust rule, pressure etc., before work, preparatory process is loaded down with trivial details, and the operating time is long, debugging difficulty is large, time loss is many, makes production efficiency low, and the easily most waste product of appearance of drawing a design, affect yield rate, and the time of delivery can be caused long.
Therefore, for the deficiency and designing overcoming above-mentioned technology can realize accurate to version fast, operating efficiency is high, and bronzing effect is good, a kind of automatic detection plate change predetermined system for gilding press used manpower and material resources sparingly and using method, just inventor's problem to be solved.
[summary of the invention]
For the deficiencies in the prior art, the object of this invention is to provide a kind of automatic detection plate change predetermined system for gilding press and using method thereof, it is accurate to version fast that it can realize PLC control gilding press.
The technical solution adopted for the present invention to solve the technical problems is: a kind of automatic detection plate change predetermined system for gilding press, it comprises positioner, paper-advance unit, stopping means, delivery device, optical projection system, hand touch panel, gilding press, PLC, described positioner, paper-advance unit, stopping means, delivery device, optical projection system, hand touch panel and are arranged on respectively on gilding press, and described positioner, paper-advance unit, stopping means, delivery device, optical projection system, hand touch panel and be connected with PLC respectively; Described positioner comprises servomotor one, ball-screw one, nut seat one, circle rail, rear sight base, described private is taken motor one and is connected with nut seat one by ball-screw one, rear sight base is connected with bottom described nut seat one, described rear sight base is arranged on round rail, and described rear sight base moves on circle rail; Described paper-advance unit comprises servomotor two, line slideway two, ball-screw two, inhales paper system, and described private is taken motor two and is connected with suction paper system by line slideway one, is provided with ball-screw two between described suction paper system and servomotor two; Described stopping means comprises servomotor three, line slideway two, ball-screw three, nut seat two, servo deceleration device, gag lever post, described servomotor three is connected with nut seat two by ball-screw three, described nut seat two two ends are provided with servo deceleration device, described nut seat two is arranged on line slideway two, nut seat two moves on line slideway two, gag lever post is provided with in the middle of described nut seat two, described gag lever post is connected with gag lever post by ball-screw three, and described gag lever post moves on line slideway two; Described delivery device comprises servomotor four, gear, line slideway three, linear bearing, neat cardboard, described servomotor four is arranged on line slideway three by gear, described line slideway three is provided with linear bearing, and linear bearing one end is connected with neat cardboard.
For a using method for the automatic detection plate change predetermined system of gilding press, comprise following operating procedure:
1) data storage operations: start, user touches parameter and the image file of panel input needs processing by hand, or directly enable the parameter and image that are stored in internal system, parameter and image setting well rear data are transferred in PLC, PLC receives instruction and starts optical projection system, completes data storage operations.
2) projection operation: PLC flows to optical projection system projection signal and image, and start optical projection system, the image projection of the setting that optical projection system transmits PLC, in gold stamping version, completes projection operation.
3) positioning action: after projection operation completes, PLC controls positioning action signal and counts parameter automatic transmission to servomotor one, and private takes motor one and rotarily drives nut seat one rectilinear motion, makes scale bar move to relevant position, realizes positioning action.
4) paper feed operation: after completing positioning action, PLC controls paper feed operation signal and parameter automatic transmission to believe to servomotor two, ball-screw two is driven to rotate, make the screw rectilinear motion in suction paper system, thus drive suction paper system to move to relevant position, paper is drawn in gilding press, completes paper feed operation.
5) spacing operation: after completing paper feed operation, PLC controls by spacing operation signal and parameter transmission to servomotor three, drives ball-screw three to rotate, makes gag lever post rectilinear motion, thus drives gag lever post to move to relevant position.
6) gold stamping operation: after projection operation completes, gold stamping image projection, on gold stamping plate, completes positioning action, and orange cold foil enters in gilding press by paper feed operation, and orange cold foil is undertaken spacing by stopping means in gilding press, starts gilding press, completes gold stamping.
7) collection operation: after being completed for printing, PLC controls by collection signal and parameter transmission signal to servomotor four, and servomotor four driven gear rotates, and makes line slideway three reciprocating motion, thus realize the control that cardboard is prepared in contraposition, complete the collection to the gold stamping paper completed.
The invention has the beneficial effects as follows:
1, automatic plate change predetermined system and native system can store all product parameters produced in this device, comprise prepackage paper position, fly to reach position, front lay and gear rule position, gold stamping pressure, automatic foil walking length, temperature parameter, collection position etc., when equipment changes single, the corresponding product document number stored before only need recalling, program can be located according to data-driven servomotor preserved before, heating system Automatic-heating, the optical projection system in main frame portion can project on mould cutting plate frame or cellular board the position of current production version, operator only need according to cursor line adjustment locking version, achieve fast, accurately to version, plating-up time can be made to shorten 80%, can deliver goods fast for various short run product, can significantly improving production efficiency, save manpower, reduce integrated cost.
[accompanying drawing explanation]
Fig. 1 is structural representation of the present invention.
Fig. 2 is plan structure schematic diagram of the present invention.
Fig. 3 is Control system architecture schematic diagram of the present invention.
Fig. 4 is positioning device structure schematic diagram in the present invention.
Fig. 5 is paper-advance unit structural representation in the present invention.
Fig. 6 is limit device structure schematic diagram in the present invention.
Fig. 7 is delivery device structural representation in the present invention.
Fig. 8 is that in the present invention, hand touches panel construction schematic diagram.
Description of reference numerals: 1-positioner; 2-paper-advance unit; 3-stopping means; 4-delivery device; 5-optical projection system; 6-hand touches panel; 7-gilding press; 8-PLC; 11-servomotor one; 12-ball-screw one; 13-nut seat; 14-circle rail; 15-rear sight base; 21-servomotor two; 22-line slideway two; 23-ball-screw two; 24-inhales paper system; 31-servomotor three; 32-line slideway two; 33-ball-screw three; 34-nut seat two; 35-servo deceleration device; 36-gag lever post; 41-servomotor four; 42-gear; 43-line slideway three; 44-linear bearing; The neat cardboard of 45-.
[detailed description of the invention]
Below in conjunction with specific embodiment, set forth the present invention further, should be understood that these embodiments are only not used in for illustration of the present invention and limit the scope of the invention.In addition should be understood that those skilled in the art can make various changes or modifications the present invention after the content of having read the present invention's instruction, these equivalent form of values drop on application appended claims limited range equally.
Structural representation of the present invention see Fig. 1, Fig. 2 is plan structure schematic diagram of the present invention, the present invention includes positioner 1, paper-advance unit 2, stopping means 3, delivery device 4, optical projection system 5, hand touch panel 6, gilding press 7, PLC8, described positioner 1, paper-advance unit 2, stopping means 3, delivery device 4, optical projection system 5, hand touch panel 6 and are arranged on gilding press 7 respectively; Fig. 3 is Control system architecture schematic diagram of the present invention, and described positioner 1, paper-advance unit 2, stopping means 3, delivery device 4, optical projection system 5, hand touch panel 6 and be connected with PLC8 respectively.
Positioning device structure schematic diagram in the present invention see Fig. 4, described positioner 1 comprises servomotor 1, ball-screw 1, nut seat 1, circle rail 14, rear sight base 15, described private is taken motor 1 and is connected with nut seat 1 by ball-screw 1, rear sight base 15 is connected with bottom described nut seat 1, described rear sight base 15 is arranged on round rail 14, and described rear sight base 15 moves on circle rail 14.
Paper-advance unit 2 structural representation in the present invention see Fig. 5, described paper-advance unit 2 comprises servomotor 2 21, line slideway 2 22, ball-screw 2 23, inhales paper system 24, described private is taken motor 2 21 and is connected with suction paper system 24 by line slideway 1, is provided with ball-screw 2 23 between described suction paper system 24 and servomotor 2 21.
Stopping means 3 structural representation in the present invention see Fig. 6, described stopping means 3 comprises servomotor 3 31, line slideway 2 32, ball-screw 3 33, nut seat 2 34, servo deceleration device 35, gag lever post 36, described servomotor 3 31 is connected with nut seat 2 34 by ball-screw 3 33, described nut seat 2 34 two ends are provided with servo deceleration device 35, described nut seat 2 34 is arranged on line slideway 2 32, nut seat 2 34 moves on line slideway 2 32, gag lever post 36 is provided with in the middle of described nut seat 2 34, described gag lever post 36 is connected with gag lever post 36 by ball-screw 3 33, described gag lever post 36 moves on line slideway 2 32.
Delivery device 4 structural representation in the present invention see Fig. 7, described delivery device 4 comprises servomotor 4 41, gear 42, line slideway 3 43, linear bearing 44, neat cardboard 45, described servomotor 4 41 is arranged on line slideway 3 43 by gear 42, described line slideway 3 43 is provided with linear bearing 44, and linear bearing 44 one end is connected with neat cardboard 45.
Be that in the present invention, hand touches panel construction schematic diagram see Fig. 8, hand touches society on panel 6 data memory button.
The using method of a kind of automatic detection plate change predetermined system for gilding press of the present invention, comprises following operating procedure:
Data storage operations: start, user touches by hand parameter and the image file that panel 6 inputs needs processing, or directly enable the parameter and image that are stored in internal system, parameter and image setting well rear data are transferred in PLC8, PLC8 receives instruction and starts optical projection system 5, completes data storage operations.
Projection operation: PLC8 flows to optical projection system 5 projection signal and image, and start optical projection system 5, the image projection of the setting that optical projection system 5 transmits PLC8, in gold stamping version, completes projection operation.
Positioning action: after projection operation completes, PLC8 controls positioning action signal and counts parameter automatic transmission to servomotor 1, and private takes motor 1 and rotarily drives nut seat 1 rectilinear motion, makes scale bar 15 move to relevant position, realizes positioning action.
Paper feed operates: after completing positioning action, PLC8 controls paper feed operation signal and parameter automatic transmission to believe to servomotor 2 21, ball-screw 2 23 is driven to rotate, make the screw rectilinear motion in suction paper system 24, thus drive suction paper system 24 to move to relevant position, paper is drawn in gilding press 7, completes paper feed operation.
Spacing operation: after completing paper feed operation, PLC8 controls by spacing operation signal and parameter transmission to servomotor 3 31, drives ball-screw 3 33 to rotate, makes gag lever post 36 rectilinear motion, thus drives gag lever post 36 to move to relevant position.
Gold stamping operation: after projection operation completes, gold stamping image projection, on gold stamping plate, completes positioning action, and orange cold foil enters in gilding press 7 by paper feed operation, and orange cold foil is undertaken spacing by stopping means 3 in gilding press 7, starts gilding press 7, completes gold stamping.
Collection operates: after being completed for printing, PLC8 controls by collection signal and parameter transmission signal to servomotor 4 41, and servomotor 4 41 driven gear 42 rotates, and line slideway 3 43 is moved back and forth, thus realize the control that cardboard 45 is prepared in contraposition, complete the collection to the gold stamping paper completed.
Automatic plate change predetermined system and native system can store all product parameters produced in this device, comprise prepackage paper position, fly to reach position, front lay and gear rule position, gold stamping pressure, automatic foil walking length, temperature parameter, collection position etc., when equipment changes single, the corresponding product document number stored before only need recalling, program can be located according to data-driven servomotor preserved before, heating system Automatic-heating, the optical projection system 5 in main frame portion can project on mould cutting plate frame or cellular board the position of current production version, operator only need according to cursor line adjustment locking version, achieve fast, accurately to version, plating-up time can be made to shorten 80%, can deliver goods fast for various short run product, can significantly improving production efficiency, save manpower, reduce integrated cost.
Claims (2)
1. the automatic detection plate change predetermined system for gilding press, it is characterized in that: it comprises positioner, paper-advance unit, stopping means, delivery device, optical projection system, hand touch panel, gilding press, PLC, described positioner, paper-advance unit, stopping means, delivery device, optical projection system, hand touch panel and are arranged on respectively on gilding press, and described positioner, paper-advance unit, stopping means, delivery device, optical projection system, hand touch panel and be connected with PLC respectively; Described positioner comprises servomotor one, ball-screw one, nut seat one, circle rail, rear sight base, described private is taken motor one and is connected with nut seat one by ball-screw one, rear sight base is connected with bottom described nut seat one, described rear sight base is arranged on round rail, and described rear sight base moves on circle rail; Described paper-advance unit comprises servomotor two, line slideway two, ball-screw two, inhales paper system, and described private is taken motor two and is connected with suction paper system by line slideway one, is provided with ball-screw two between described suction paper system and servomotor two; Described stopping means comprises servomotor three, line slideway two, ball-screw three, nut seat two, servo deceleration device, gag lever post, described servomotor three is connected with nut seat two by ball-screw three, described nut seat two two ends are provided with servo deceleration device, described nut seat two is arranged on line slideway two, nut seat two moves on line slideway two, gag lever post is provided with in the middle of described nut seat two, described gag lever post is connected with gag lever post by ball-screw three, and described gag lever post moves on line slideway two; Described delivery device comprises servomotor four, gear, line slideway three, linear bearing, neat cardboard, described servomotor four is arranged on line slideway three by gear, described line slideway three is provided with linear bearing, and linear bearing one end is connected with neat cardboard.
2. the using method of a kind of automatic detection plate change predetermined system for gilding press according to claim 1, is characterized in that: using method comprises following operating procedure:
1) data storage operations: start, user touches parameter and the image file of panel input needs processing by hand, or directly enable the parameter and image that are stored in internal system, parameter and image setting well rear data are transferred in PLC, PLC receives instruction and starts optical projection system, completes data storage operations;
2) projection operation: PLC flows to optical projection system projection signal and image, and start optical projection system, the image projection of the setting that optical projection system transmits PLC, in gold stamping version, completes projection operation;
3) positioning action: after projection operation completes, PLC controls positioning action signal and counts parameter automatic transmission to servomotor one, and private takes motor one and rotarily drives nut seat one rectilinear motion, makes scale bar move to relevant position, realizes positioning action;
4) paper feed operation: after completing positioning action, PLC controls paper feed operation signal and parameter automatic transmission to believe to servomotor two, ball-screw two is driven to rotate, make the screw rectilinear motion in suction paper system, thus drive suction paper system to move to relevant position, paper is drawn in gilding press, completes paper feed operation;
5) spacing operation: after completing paper feed operation, PLC controls by spacing operation signal and parameter transmission to servomotor three, drives ball-screw three to rotate, makes gag lever post rectilinear motion, thus drives gag lever post to move to relevant position;
6) gold stamping operation: after projection operation completes, gold stamping image projection, on gold stamping plate, completes positioning action, and orange cold foil enters in gilding press by paper feed operation, and orange cold foil is undertaken spacing by stopping means in gilding press, starts gilding press, completes gold stamping;
7) collection operation: after being completed for printing, PLC controls by collection signal and parameter transmission signal to servomotor four, and servomotor four driven gear rotates, and makes line slideway three reciprocating motion, thus realize the control that cardboard is prepared in contraposition, complete the collection to the gold stamping paper completed.
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| CN201510403580.3A CN105034593B (en) | 2015-07-12 | 2015-07-12 | A kind of automatic detection plate change predetermined system and its application method for gilding press |
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Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN201136334Y (en) * | 2007-12-14 | 2008-10-22 | 上海亚华印刷机械有限公司 | Cursor detecting device |
| DE202009014594U1 (en) * | 2009-10-29 | 2010-04-15 | Matheoschat Bronzing Technology | Device for finishing a printed product by means of powder coating |
| CN103273735A (en) * | 2013-06-11 | 2013-09-04 | 云南玉溪水松纸厂 | Modular wide hot stamping machine |
| CN203198403U (en) * | 2013-03-21 | 2013-09-18 | 罗顶新 | Flat-pressing die-cutting/stamping machine |
| CN204774072U (en) * | 2015-07-12 | 2015-11-18 | 临沂市常荣印刷设备有限公司 | A automated inspection changes plate and predetermines system for gilding press |
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- 2015-07-12 CN CN201510403580.3A patent/CN105034593B/en active Active
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN201136334Y (en) * | 2007-12-14 | 2008-10-22 | 上海亚华印刷机械有限公司 | Cursor detecting device |
| DE202009014594U1 (en) * | 2009-10-29 | 2010-04-15 | Matheoschat Bronzing Technology | Device for finishing a printed product by means of powder coating |
| CN203198403U (en) * | 2013-03-21 | 2013-09-18 | 罗顶新 | Flat-pressing die-cutting/stamping machine |
| CN103273735A (en) * | 2013-06-11 | 2013-09-04 | 云南玉溪水松纸厂 | Modular wide hot stamping machine |
| CN204774072U (en) * | 2015-07-12 | 2015-11-18 | 临沂市常荣印刷设备有限公司 | A automated inspection changes plate and predetermines system for gilding press |
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| CN105034593B (en) | 2017-09-15 |
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Denomination of invention: The invention relates to an automatic detection version change preset system for a bronzing machine and an application method thereof Effective date of registration: 20211202 Granted publication date: 20170915 Pledgee: Shandong Linyi Lanshan Rural Commercial Bank Co.,Ltd. Pledgor: LINYI CHANGRONG PRINTING EQUIPMENT Co.,Ltd. Registration number: Y2021980013722 |