CN207711602U - A kind of Chromatic Printing Control System - Google Patents
A kind of Chromatic Printing Control System Download PDFInfo
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- CN207711602U CN207711602U CN201721485988.0U CN201721485988U CN207711602U CN 207711602 U CN207711602 U CN 207711602U CN 201721485988 U CN201721485988 U CN 201721485988U CN 207711602 U CN207711602 U CN 207711602U
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- printing
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Abstract
The utility model provides a kind of Chromatic Printing Control System, belongs to printing technology.It solves the precision and the not high technical problem of working efficiency of positive and negative chromatography.A kind of Chromatic Printing Control System, including the first printing mechanism, the second printing mechanism and third printing mechanism, first printing mechanism, the second printing mechanism and third printing mechanism include print roller, colour code and color mark sensor, color mark sensor is arranged on colour code top, color mark sensor monitoring device is provided between first printing mechanism and the second printing mechanism, color mark sensor monitoring device includes tray paper bearing and detection seat.Color mark sensor monitoring device in the utility model is monitored printing, can improve printing precision and working efficiency.
Description
Technical field
The utility model belongs to printing technology, is related to a kind of Chromatic Printing Control System.
Background technology
Chromatography requires assorted domain text printing overlying registration when referring to polychrome printing, that is, will be obtained after master copy color-dividing
The monochromatic printing plate of different cable angles is overlapped fitting successively according to printing plate color-sequential, and final printing obtains and original copy level, tone phase
Same printing.Current printing equipment, majority are using monochromatic overprinting method, and using more printing equipments, every printing is a kind of
Color, stroke terminate to obtain full print pattern, for the printed matter for needing to carry out printed on both sides, usually print one side
Brush finishes, then printed matter is turned over and is set, and is printed to another side.
Chinese patent CN 102126340A disclose a kind of positive and negative chromatography device, including the machine that engine base and engine base are equipped with
Frame, rack are equipped with control panel, and frame top is equipped with air-heater, and rack side is equipped with drying box, it is characterized in that：In the rack
It is additionally provided with registration roller, the central rack under registration roller is equipped with ink roller, and the rack both ends under the ink roller are equipped with blade shaft, described
Cross roller there are two being set on the engine base of rack side.A kind of positive and negative chromatography device, back face printing disclosed in the above-mentioned prior art are complete
Printing front afterwards cannot make the pattern that front is printed corresponding with the pattern of back face printing, and chromatography accuracy is not high so that positive and negative
Surface cover prints inefficiency.
Utility model content
The utility model existing above problem in view of the prior art, provides a kind of Chromatic Printing Control System, the utility model institute
Technical problems to be solved are：How the precision and working efficiency of positive and negative chromatography are improved.
The purpose of this utility model can be realized by following technical proposal：
A kind of Chromatic Printing Control System, including the first printing mechanism, the second printing mechanism and third printing mechanism, first printing
Mechanism, second printing mechanism and the third printing mechanism include print roller, colour code and color mark sensor, the colour code
Sensor setting is provided with colour code sensing between the colour code top, first printing mechanism and second printing mechanism
Device monitoring device, the color mark sensor monitoring device include tray paper bearing and detection seat.
Preferably, the color mark sensor monitoring device further includes scale guide rail and testing agency, testing agency's packet
Slide is included, the testing agency is arranged in the scale guide upper, and the testing agency connects the scale by slide and leads
Rail.
Preferably, the testing agency further includes fixing bracket, and fixing bracket setting is described on the slide top
Fixing bracket lower end connects the slide, and fixing bracket upper end side connects the detection seat.
Preferably, the fixing bracket upper end is provided with adjustable slit, and the testing agency further includes adjustable member, described adjustable
Part is connected to the tray paper bearing through the adjustable slit, the movable end of the adjustable member, and the adjustable slit is set to described
Detect seat top.
Preferably, the adjustable member includes adjustable shaft and adjustable fixing piece, and the adjustable fixing piece is arranged in adjustable shaft
Both sides.
Preferably, the detection seat includes endoporus detection seat and exit orifice detection seat, and the endoporus detection seat is arranged described
Adjustable slit lower part, the exit orifice detection seat setting is in endoporus detection seat lower part.
Preferably, it is described drag reel hold with the print roller of second printing mechanism formed a rectangular parallelepiped space, it is described
Endoporus detects seat and exit orifice detection seat is separately positioned on the both sides of the rectangular parallelepiped space.
Preferably, the endoporus detection seat includes interior single hole detection seat and interior diplopore detection seat, and the interior diplopore detects seat
Setting is in the interior single hole detection seat lower part.
Preferably, the exit orifice detection seat includes outer single hole detection seat and outer diplopore detection seat, and the outer diplopore detects seat
Setting is in the outer single hole detection seat lower part.
Preferably, the print roller includes printing upper roller and printing lower roll, and the printing upper roller is arranged under the printing
Roller top, the printing upper roller lower end and the printing lower roll upper end are tangent.
Color mark sensor monitoring device in the utility model can to the printed matter back side that printed by the first printing mechanism into
Row monitoring, is accurately positioned its position, positive so as to quickly position the printed matter that printed by the second printing mechanism
Position can improve printing precision, improve working efficiency.
Description of the drawings
Fig. 1 is the side view of the color mark sensor monitoring device of the utility model；
Fig. 2 is the front view of the color mark sensor monitoring device of the utility model；
Fig. 3 is the schematic diagram of the utility model.
In figure：The first printing mechanisms of 100-, the second printing mechanisms of 200-, 300- thirds printing mechanism, 400- print rollers,
410- printing upper rollers, 420- printing lower rolls, 500- colour codes, 600- color mark sensors, 700- testing agencies, 710- tray paper bearings,
720- endoporus detects seat, and single hole detects seat in 721-, and diplopore detects seat in 722-, and 730- exit orifice detects seat, the outer single hole inspections of 731-
Survey seat, the outer diplopores of 732- detect seat, 740- adjustable members, 741- adjustable shafts, 742- is adjustable fixing piece, 750- fixing brackets, 760-
Slide, 770- scale guide rails, 780- adjustable slits.
Specific implementation mode
It is specific embodiment of the utility model and in conjunction with attached drawing below, the technical solution of the utility model is made further
Description, but the utility model is not limited to these examples.
As shown in Figure 1, Figure 2 and Figure 3, the Chromatic Printing Control System in the present embodiment includes the first printing mechanism 100, the second printing machine
Structure 200 and third printing mechanism 300.First printing mechanism 100, the second printing mechanism 200 and third printing mechanism 300 include
Print roller 400, colour code 500 and color mark sensor 600, color mark sensor 600 are arranged on 500 top of colour code.Colour code 500 is with real
Ground and（Or）Mesh is mixed colours the standard of Essential colour and its secondary colour that block indicates, and when Plate making printing also can be used as the mark of each color separation version
Note.Color mark sensor refers to being detected various labels, background color has the color of fine distinction
It detects, processing speed is fast.It is automatic to adapt to wavelength, the small differences of gray value can be detected, the mixing face with label and background
Color is unrelated.Color mark sensor is usually used in detecting the spot on specific colour code or object, it be by compared with non-color scale space relatively come
It realizes color spot graph, rather than directly measures color.Color mark sensor is really a kind of reversing device, and light source is perpendicular to object
Body is installed, and receiver is installed with object direction at an acute angle, allows it only to detect the scattering light from target object, to avoid passing
Sensor directly receives reflected light, and it is very narrow that light beam can be made to focus.Select the colour code sensing of the KTM Prime product lines of SICK
Device, this color mark sensor is small and exquisite, simple, quick, secured, and switching frequency is 15 kHz, has high gray level resolution, in light
Bright material has reliable comparison identification by very high motion range, carries IO-Link functions.First printing mechanism, 100 He
It is provided with color mark sensor monitoring device between second printing mechanism 200.Color mark sensor monitoring device includes tray paper bearing 710
With detection seat.
Color mark sensor monitoring device includes scale guide rail 770 and testing agency 700, and testing agency 700 includes slide
760, the setting of testing agency 700 connects scale guide rail 770 in 770 top of scale guide rail, testing agency 700 by slide 760.It carves
It spends guide rail 770 and selects KR100 16mm cylindrical slideways, ball screw.Slide 760 is a cuboid, and lower end is one and quarter
The hollow cylinder that degree 770 cylinder of guide rail is meshed, there are 4 holes in 760 upper surface of slide.
Testing agency 700 further includes fixing bracket 750, and fixing bracket 750 is arranged on 760 top of slide.Fixing bracket 750
Lower end is a size and the identical rectangle of 760 upper end size of slide, and 750 upper end of fixing bracket forms a high 15cm, bottom
The vertical cuboid and a high 9.8cm of the long 5cm wide 2cm in face, the horizontal cuboid of the long 9cm wide 2cm in bottom surface are vertical rectangular
Body is fixedly connected with horizontal cuboid by a circular arc cylinder.Fixing bracket 750 is passed through by screw on slide 760
4, surface hole connects slide 760.
The horizontal cuboid upper end of fixing bracket 750 is provided with adjustable slit 780, and adjustable slit 780 front and back can adjust, adjustable
Slot 780 is a rectangular notch.Testing agency 700 further includes adjustable member 740, and the size of adjustable member 740 is big with adjustable slit 780
Small identical, adjustable member 740 is connected to tray paper bearing 710, adjustable slit 780 through adjustable slit 780, the movable end of adjustable member 740
Setting is connected and fixed holder 750 in detection seat top, detection seat.
Adjustable member 740 includes adjustable shaft 741 and adjustable fixing piece 742, and adjustable fixing piece 742 is arranged in adjustable shaft 741
Both sides.Adjustable fixing piece 742 is two stainless steel hex nuts, and adjustable shaft 741, which is both sides, has a fragment position can be with hexagonal spiral shell
The mating stainless steel screw rod of parent phase
Detection seat includes endoporus detection seat 720 and exit orifice detection seat 730, and endoporus detects seat 720 and is arranged under adjustable slit 780
Portion, exit orifice detect the setting of seat 730 in 720 lower part of endoporus detection seat.Endoporus detection seat 720 is arranged in the vertical of fixing bracket 750
Cuboid left end, exit orifice detection seat 730 are arranged in the lower end of the horizontal cuboid of fixing bracket 750.
It includes that interior single hole detection seat 721 and interior diplopore detect seat 722 that endoporus, which detects seat 720, and interior diplopore detection seat 722 is arranged
In 721 lower part of interior single hole detection seat.It is 5 side shapes that interior 721 left side of single hole detection seat, which is by a bottom surface, and the prism of high 2cm is intermediate
It is a hollow radius 2cm, the cylinder of high 2cm, right side is a cuboid of bottom surface one, and interior single hole detection seat 721 is logical
Screw is crossed to connect with fixing bracket 750.It is 5 side shapes that 722 left side of interior diplopore detection seat, which is by a bottom surface, the prism of high 2cm, in
Between be two hollow radius 2cm, the cylinder of high 2cm, right side is a cuboid of bottom surface one, and interior diplopore detects seat 722
It is connect with fixing bracket 750 by screw.The center of circle of cylinder in interior single hole detection seat 721 and interior diplopore detect seat 722
The center of circle of right side cylinder is coaxial.
It includes that outer single hole detection seat 731 and outer diplopore detect seat 732 that exit orifice, which detects seat 730, and outer diplopore detection seat 732 is arranged
In 731 lower part of outer single hole detection seat.It is 5 side shapes that outer 731 left side of single hole detection seat, which is by a bottom surface, and the prism of high 2cm is intermediate
It is a hollow radius 2cm, the cylinder of high 2cm, right side is a cuboid of bottom surface one, and outer single hole detection seat 731 is logical
Screw is crossed to connect with fixing bracket 750.It is 5 side shapes that 732 left side of outer diplopore detection seat, which is by a bottom surface, the prism of high 2cm, in
Between be two hollow radius 2cm, the cylinder of high 2cm, right side is a cuboid of bottom surface one, and outer diplopore detects seat 732
It is connect with fixing bracket 750 by screw.The center of circle of cylinder in outer single hole detection seat 731 and outer diplopore detect seat 732
The center of circle of right side cylinder is coaxial.
Print roller 400 includes printing upper roller 410 and printing lower roll 420, and the setting of printing upper roller 410 is on printing lower roll 420
Portion, printing 410 lower end of upper roller and 420 upper end of printing lower roll are tangent.
Product to be printed are sent to the first printing mechanism 100, the color mark sensor 600 in the first printing mechanism 100 first
Detect printed matter, the colour code 500 in the first printing mechanism 100 is in printed matter back up pattern, the first printing mechanism 100
Print roller 400 printed matter is transmitted rearward；Then the printed matter for printing the back side is sent to the second printing mechanism 200, and second
Color mark sensor 600 in printing mechanism 200 detects printed matter, the colour code 500 in the second printing mechanism 200 printed matter just
First color is printed in face, and in positive first color of printing, printing effect is monitored with color mark sensor monitoring device, and second
Print roller 400 in printing mechanism 200 transmits rearward printed matter；Finally the printed matter of positive first color of printing is sent to
Third printing mechanism 300, the color mark sensor 600 in third printing mechanism 300 detect printed matter, third printing mechanism 300
In each color of the colour code 500 after printed matter front is printed, the print roller 400 in third printing mechanism 300 is printing
Product transmit rearward.
Compared with prior art, the utility model has the following advantages：
1. color mark sensor monitoring is provided in the utility model between the first printing mechanism and the second printing mechanism to set
Standby, the printed matter back side that can be printed to the first printing mechanism is monitored, and is accurately positioned to its position, so as to
The positive position of printed matter that quickly printed by the second printing mechanism of positioning, can improve printing precision, improve working efficiency；
2. the tray paper bearing in the utility model in color mark sensor monitoring device, it is ensured that paper is in high speed
In the case of do not shake, do not deviate, ensure detection color punctuation it is accurate；
3. printed just by first printing mechanism's printed back in the utility model, the second printing mechanism and third printing mechanism
Face avoids the overturning in printing process from leading to the failure occurred；
4. endoporus detection seat and exit orifice detect seat in color mark sensor monitoring device in the utility model, respectively there are two groups, on
Face is provided with probe, and each one group of positive and negative, probe is that full angle is adjustable, monitors each colour code at any time, improves the precision of printing.
The specific embodiments described herein are merely examples of the spirit of the present invention.The utility model institute
Belonging to those skilled in the art can make various modifications or additions to the described embodiments or using similar
Mode substitute, but without departing from the spirit of the present application or beyond the scope of the appended claims.
Claims (10)
1. a kind of Chromatic Printing Control System, including the first printing mechanism (100), the second printing mechanism (200) and third printing mechanism
(300), first printing mechanism (100), second printing mechanism (200) and the third printing mechanism (300) wrap
Include print roller (400), colour code (500) and color mark sensor（600）, the color mark sensor（600）It is arranged in the colour code
(500) top, it is characterised in that：It is arranged between first printing mechanism (100) and second printing mechanism (200) coloured
Sensor monitoring equipment is marked, the color mark sensor monitoring device includes tray paper bearing (710) and detection seat.
2. a kind of Chromatic Printing Control System as described in claim 1, it is characterised in that：The color mark sensor monitoring device further includes carving
It includes slide (760) to spend guide rail (770) and testing agency (700), the testing agency (700), and the testing agency (700) sets
It sets on scale guide rail (770) top, the testing agency (700) connects the scale guide rail by slide (760)
(770)。
3. a kind of Chromatic Printing Control System as claimed in claim 2, it is characterised in that：The testing agency (700) further includes fixed branch
Frame (750), on the slide (760) top, fixing bracket (750) lower end connects institute for fixing bracket (750) setting
Slide (760) is stated, fixing bracket (750) the upper end side connects the detection seat.
4. a kind of Chromatic Printing Control System as claimed in claim 3, it is characterised in that：Fixing bracket (750) upper end is provided with can
Slot (780) is adjusted, the testing agency (700) further includes adjustable member (740), and the adjustable member (740) is through the adjustable slit
(780), the movable end of the adjustable member (740) is connected to the tray paper bearing (710), and the adjustable slit (780) is set to institute
State detection seat top.
5. a kind of Chromatic Printing Control System as claimed in claim 4, it is characterised in that：The adjustable member (740) includes adjustable shaft (741)
With adjustable fixing piece (742), both sides of adjustable fixing piece (742) setting in adjustable shaft (741).
6. a kind of Chromatic Printing Control System as claimed in claim 4, it is characterised in that：The detection seat includes endoporus detection seat (720)
With exit orifice detection seat (730), the endoporus detection seat (720) is arranged in the adjustable slit (780) lower part, and the exit orifice detects seat
(730) setting detects seat (720) lower part in the endoporus.
7. a kind of Chromatic Printing Control System as claimed in claim 6, it is characterised in that：The tray paper bearing (710) and second print
The print roller (400) of brush mechanism (200) forms a rectangular parallelepiped space, the endoporus detection seat (720) and exit orifice detection
Seat (730) is separately positioned on the both sides of the rectangular parallelepiped space.
8. a kind of Chromatic Printing Control System as claimed in claim 6, it is characterised in that：The endoporus detection seat (720) includes interior single hole
Seat (721) and interior diplopore detection seat (722) are detected, the interior diplopore detection seat (722) is arranged detects seat in the interior single hole
(721) lower part.
9. a kind of Chromatic Printing Control System as claimed in claim 6, it is characterised in that：The exit orifice detection seat (730) includes outer single hole
Seat (731) and outer diplopore detection seat (732) are detected, the outer diplopore detection seat (732) is arranged detects seat in the outer single hole
(731) lower part.
10. a kind of Chromatic Printing Control System as described in claim 1,2,3 or 4, it is characterised in that：The print roller (400) includes print
Paint roller (410) and printing lower roll (420), the printing upper roller (410) is arranged on printing lower roll (420) top, described
It prints upper roller (410) lower end and printing lower roll (420) upper end is tangent.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721485988.0U CN207711602U (en) | 2017-11-09 | 2017-11-09 | A kind of Chromatic Printing Control System |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721485988.0U CN207711602U (en) | 2017-11-09 | 2017-11-09 | A kind of Chromatic Printing Control System |
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| Publication Number | Publication Date |
|---|---|
| CN207711602U true CN207711602U (en) | 2018-08-10 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201721485988.0U Active CN207711602U (en) | 2017-11-09 | 2017-11-09 | A kind of Chromatic Printing Control System |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107839342A (en) * | 2017-11-09 | 2018-03-27 | 武汉虹之彩包装印刷有限公司 | A kind of Chromatic Printing Control System and technique |
-
2017
- 2017-11-09 CN CN201721485988.0U patent/CN207711602U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107839342A (en) * | 2017-11-09 | 2018-03-27 | 武汉虹之彩包装印刷有限公司 | A kind of Chromatic Printing Control System and technique |
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