CN102555442A - Method for controlling synchronous running of more than one station by aid of visual camera - Google Patents
Method for controlling synchronous running of more than one station by aid of visual camera Download PDFInfo
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- CN102555442A CN102555442A CN2011103586571A CN201110358657A CN102555442A CN 102555442 A CN102555442 A CN 102555442A CN 2011103586571 A CN2011103586571 A CN 2011103586571A CN 201110358657 A CN201110358657 A CN 201110358657A CN 102555442 A CN102555442 A CN 102555442A
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Abstract
Disclosed is a method for controlling synchronous running of more than one station by the aid of a visual camera. The method is characterized in that a bunch of patterns with fixed shapes are processed on each station by means of one-step reading and measurement, the method replaces a traditional method for detecting shapes and sizes of products which change constantly, and accordingly debugging and installation are simple. In addition, synchronous running of the stations is controlled only by the aid of the visual camera, so that cost is low.
Description
Affiliated technical field the present invention relates to a kind of control method of an above station synchronous operation, and vision camera of especially a kind of usefulness realizes the control method of an above station synchronous operation.
Background technology is at electronics adhesive article manufacture field; The strip of different materials is processed to different shape and size; Each station is to the cross cutting of a shape of strip completion, and the difform glue spare that each station cross cutting goes out is according to certain position relation; Critically be combined with each other, form gluing product at last.
In colored printing; Sometimes need accomplish the printing of multiple color with a plurality of work stations; Each work station prints a kind of color; Need to keep the synchronous operation of precision between the seal roller of every kind of color, ghost image appears in the product that just can avoid printing, and the synchronous operation situation of the situation of multicolour press and adhesive article multiple station die cutter is similar.
Below, be controlled to be example with the synchronous cross cutting of multistation electronics adhesive article and describe.
With die cutter roller strip material is added man-hour; Die cutter roller and smooth roll surface distance are pressed close to and are done relative rotary motion; By rolling cut, strip material is cut into satisfactory shape by the blade edge profiles on the die cutter roller to strip material between die cutter roller and smooth roll, if the material that has finished printing is carried out cross cutting; Then must make the blade edge profiles of die cutter roller accurately corresponding with the profile of printed patterns; The shape that shape that follow-up if desired die cutter roller cuts out and front die cutter roller cut out keeps certain relation, then requires the rotational angle of follow-up die cutter roller to become certain position relation with certain datum mark of processed materials, if the equal diameters of the die cutter roller on each station; And the flower of the blade on each die cutter roller shape is corresponding each other; Then under the synchronous operation state, the shape of the strip material that each die cutting roller cross cutting goes out is accurately corresponding, for die cutter roller being cut out meet the product of craft precision requirement; If deviation appears in the position relation, then need correct the anglec of rotation of die cutter roller.
Adopt the die cutter roller of mechanical phase adjusting module transmission, find that with manual type die cutter roller has deviation after, artificial adjustment phase adjusted axle is adjusted an angle forward or backward, makes die cutter roller devious be remedied to correct position; With controlling the mode of correcting automatically; The phase adjusted axle after the discovery die cutter roller has deviation, is adjusted automatically in the position that cursor reads material marking and reads encoder on the die cutter roller simultaneously; Adjust an angle forward or backward, make die cutter roller devious be remedied to correct position.
Adopt the independent servomechanism of no through-drive mode; Need color mark sensor be installed at each station; Read material marking with color mark sensor; Differentiate the position of encoder on this station servomotor simultaneously, regulate servomotor, make it to adjust forward or backward an angle if physical location and setting value have deviation; Adopt the independent servomechanism of no through-drive mode; If use the vision camera mode to detect the phase relation between actual each layer of glue spare shape; Then need detect each relation of the position between the shape once with vision camera, physical location and setting value are compared at each station according to vision camera; There is deviation then to regulate servomotor, makes it to adjust forward or backward an angle.
Adopt vision camera to detect the true form of each layer adhesive material,, current station is carried out the front and back adjustment according to the variation of position; This control mode is very directly perceived, but because that the material that processes of each station is different, shape is different is different with size, so need a vision camera all be installed at each follow-up station; The accuracy of image recognition is difficult to guarantee; Cost is also very high, and to different strips, different shape and different sizes, the illumination of vision camera need be adopted diverse ways; Lighting system is different; Need often to change, the locate mode of vision camera also need adopt diverse ways, so installation process and debug process all bother.
Summary of the invention is in order to overcome existing multistation cross cutting and to print in the Synchronization Control; Adopt the vision camera detection method, all than the problem of trouble, the present invention provides the control method of an above station synchronous operation of a vision camera realization of a kind of usefulness for the cost that faces height, installation and debugging; This method is through the disposable pattern that reads and measure the cluster solid shape that each station processes; To replace the frequent shape of product that changes of traditional detection and the method for size, make that debugging and installation are also all comparatively simple, owing to only needing a vision camera; Just can be to the controlling of the synchronous operation of an above station, so cost is also low.
The technical solution adopted for the present invention to solve the technical problems is: vision camera of a kind of usefulness realizes the control method of an above station synchronous operation; The blade flower shape of the die cutter roller on each station is corresponding each other; It is characterized in that: a position is selected at a side, both sides, middle part at each die cutter roller; Increase a hemisection blade; Strip material through between die cutter roller and the smooth roll is become the hemisection state by rolling cut, and the colored shape of this hemisection blade is a kind of in horizontal line, vertical line, vertical right-angle side, vertical two limits, vertical four edges, polygon, uncovered polygon and the circle; Strip material is through behind last die cutter roller; The hemisection blade of each die cutter roller goes out flowers in the same position hemisection of strip material, along the strip material direction of advance, and the back of a die cutter roller in the end; A vision camera is installed; Gather this flowers, calculate the vertical and horizontal distance between each horizontal line, up rightness, the center of circle in these flowers, these distances and gauged distance are compared; Calculate the site error of the vertical and horizontal of each station die cutter roller, then each die cutter roller station is vertically adjusted and laterally adjustment.
The invention has the beneficial effects as follows that this synchronous operation control method only needs a vision camera just can the colored shape of cluster solid shape to be differentiated and measure; Owing to be that flowers of solid shape are extracted image; So the lighting system of vision camera and locate mode be relative fixed also; Can accomplish the synchronous operation of multistation with a vision camera, cost is low, and it is convenient to realize.
Hereinafter combines accompanying drawing and preferred embodiment, and the present invention is further specified.
Fig. 1 is the embodiment that straight vertical arm of angle hemisection cutter flower is arranged on three die cutter rollers.
Fig. 2 is the embodiment that circular hemisection cutter flower is arranged on two die cutter rollers.
Fig. 3 is the embodiment that rectangle hemisection cutter flower is arranged on four die cutter rollers.
Fig. 4 is the 4th embodiment of the present invention.
Fig. 5 is the 5th embodiment of the present invention.
Fig. 6 is the 6th embodiment of the present invention.
Fig. 7 is the 7th embodiment of the present invention.
1. first die cutter rollers among the figure, 2. second die cutter roller, 3. the 3rd die cutter roller, 4. the 4th die cutter roller, 5. first straight vertical arm of angle hemisection cutter flower; 6. the second straight vertical arm of angle hemisection cutter is spent, 7. the 3rd straight vertical arm of angle hemisection cutter flower, the 8. first circular hemisection cutter flower, 9. second circular hemisection cutter flower, the 10. first rectangle hemisection cutter flower; 11. second rectangle hemisection cutter flower, 12. the 3rd rectangle hemisection cuttves flower, 13. the 4th rectangle hemisection cuttves flower, 14. straight vertical arm of angle flowers, 15. circular flowers; 16. the rectangle flowers, 17. strip material, 18. vision camera, 19. first vertical both sides hemisection cutter flowers; 20. the second vertical both sides hemisection cutter flower, 21. the 3rd vertical both sides hemisection cutter flowers, 22. vertical edges flowers, 23. first uncovered rectangle hemisection cutter flowers; 24. the second uncovered rectangle hemisection cutter flower, 25. the 3rd uncovered rectangle hemisection cutter flowers, 26. the 4th uncovered rectangle hemisection cutter flowers, 27. uncovered rectangle flowers; 28. the first vertical four limit hemisection cuttves flower, 29. second vertical four limit hemisection cuttves flowers, 30. the 3rd vertical four limit hemisection cuttves flowers, 31. vertical four limit flowers; 32. first octagon hemisection cutter flower, 33. second octagon hemisection cuttves flower, 34. the 3rd octagon hemisection cuttves flower, 35. octagon flowers.
The specific embodiment is in Fig. 1; There is the first straight vertical arm of angle hemisection cutter to spend 5 on first die cutter roller 1; There is the second straight vertical arm of angle hemisection cutter to spend 6 on second die cutter roller 2; There is the 3rd straight vertical arm of angle hemisection cutter to spend 7 on the 3rd die cutter roller 3; The first straight vertical arm of angle hemisection cutter spend 5 in strip material 17 first cuts out first two straight vertical arms of angle; The second straight vertical arm of angle hemisection cutter spend 6 in strip material 17 first cuts out second two straight vertical arm of angle; The 3rd straight vertical arm of angle hemisection cutter spend 7 in strip material 17 first cuts out the 3rd two straight vertical arms of angle, through on same position, forming the straight vertical arm of angle flowers 14 of hemisection on the strip material 17 behind first die cutter roller 1, second die cutter roller 2 and the 3rd die cutter roller 3 cross cuttings, only need straight vertical arm of angle flowers 14 with hemisection on a vision camera 18 collection strip material 17; Just can analyze the first straight vertical arm of angle hemisection cutter spends 5, the second straight vertical arm of angle hemisection cutter to spend the 6 and the 3rd straight vertical arm of angle hemisection cutter to spend the position relation of the vertical and horizontal between 7; Just can draw length travel and the lateral displacement that second die cutter roller 2 needs adjustment with the normal place contrast, adjust the length travel and the lateral displacement of second die cutter roller 2 in view of the above, just can draw length travel and the lateral displacement that the 3rd die cutter roller 3 needs adjustment with the normal place contrast; Adjust the length travel and the lateral displacement of the 3rd die cutter roller 3 in view of the above, thereby realize just can carrying out the purpose of synchronous operation control three stations with a vision camera 18.
In Fig. 2; There is the first circular hemisection cutter to spend 8 on first die cutter roller 1; There is the second circular hemisection cutter to spend 9 on second die cutter roller 2; The first circular hemisection cutter spend 8 in strip material 17 first cuts out first circle; The second circular hemisection cutter spend 9 in strip material 17 first cuts out second circle, through on same position, forming the circular flowers 15 of hemisection on the strip material 17 behind first die cutter roller 1 and second die cutter roller, 2 cross cuttings, only need circular flowers 15 with hemisection on a vision camera 18 collection strip material 17; Just can analyze the first circular hemisection cutter spends 8 the center of circle and the second circular hemisection cutter to spend the position relation of the vertical and horizontal between 9 the center of circle; Just can draw length travel and the lateral displacement that second die cutter roller 2 needs adjustment with the normal place contrast, adjust the length travel and the lateral displacement of second die cutter roller 2 in view of the above, thereby realize just can carrying out the purpose of synchronous operation control two stations with a vision camera 18.
In Fig. 3; There is the first rectangle hemisection cutter to spend 10 on first die cutter roller 1; There is the second rectangle hemisection cutter to spend 11 on second die cutter roller 2; There is the 3rd rectangle hemisection cutter to spend 12 on the 3rd die cutter roller 3; There is the 4th rectangle hemisection cutter to spend 13 on the 4th die cutter roller 4; The first rectangle hemisection cutter spend 10 in strip material 17 first cuts out first rectangle; The second rectangle hemisection cutter spend 11 in strip material 17 first cuts out second rectangle, the 3rd rectangle hemisection cutter spend 12 in strip material 17 first cuts out the 3rd rectangle, the 4th rectangle hemisection cutter spend 13 in strip material 17 first cuts out the 4th rectangle; Through on same position, forming the rectangle flowers 16 of hemisection on the strip material 17 behind first die cutter roller 1, second die cutter roller 2, the 3rd die cutter roller 3 and the 4th die cutter roller 4 cross cuttings; Only need to gather the rectangle flowers 16 of hemisection on the strip material 17, just can analyze the first rectangle hemisection cutter and spend 10, the second rectangle hemisection cutter to spend the 11, the 3rd rectangle hemisection cutter to spend the 12 and the 4th rectangle hemisection cutter to spend the position relation of the vertical and horizontal between 13, just can draw length travel and the lateral displacement that second die cutter roller 2 needs adjustment with the normal place contrast with a vision camera 18; Adjust the length travel and the lateral displacement of second die cutter roller 2 in view of the above; Just can draw length travel and the lateral displacement that the 3rd die cutter roller 3 needs adjustment with the normal place contrast, adjust the length travel and the lateral displacement of the 3rd die cutter roller 3 in view of the above, just can draw length travel and the lateral displacement that the 4th die cutter roller 4 needs adjustment with the normal place contrast; Adjust the length travel and the lateral displacement of the 4th die cutter roller 4 in view of the above, thereby realize just can carrying out the purpose of synchronous operation control four stations with a vision camera 18.
In Fig. 4; There is the first vertical both sides hemisection cutter to spend 19 on first die cutter roller 1; There is the second vertical both sides hemisection cutter to spend 20 on second die cutter roller 2; There is the 3rd vertical both sides hemisection cutter to spend 21 on the 3rd die cutter roller 3; The first vertical both sides hemisection cutter spend 19 in strip material 17 first cuts out first two vertical edges; The second vertical both sides hemisection cutter spend 20 in strip material 17 first cuts out second two vertical edges; The 3rd vertical both sides hemisection cutter spend 21 in strip material 17 first cuts out the 3rd two vertical edges, through on same position, forming the vertical edges flowers 22 of hemisection on the strip material 17 behind first die cutter roller 1, second die cutter roller 2 and the 3rd die cutter roller 3 cross cuttings, only need vertical edges flowers 22 with hemisection on a vision camera 18 collection strip material 17; Just can analyze the first vertical both sides hemisection cutter spends 19, the second vertical both sides hemisection cutter to spend the 20 and the 3rd vertical both sides hemisection cutter to spend the position relation of the vertical and horizontal between 21; Just can draw length travel and the lateral displacement that second die cutter roller 2 needs adjustment with the normal place contrast, adjust the length travel and the lateral displacement of second die cutter roller 2 in view of the above, just can draw length travel and the lateral displacement that the 3rd die cutter roller 3 needs adjustment with the normal place contrast; Adjust the length travel and the lateral displacement of the 3rd die cutter roller 3 in view of the above, thereby realize just can carrying out the purpose of synchronous operation control three stations with a vision camera 18.
In Fig. 5; There is the first uncovered rectangle hemisection cutter to spend 23 on first die cutter roller 1; There is the second uncovered rectangle hemisection cutter to spend 24 on second die cutter roller 2; There is the 3rd uncovered rectangle hemisection cutter to spend 25 on the 3rd die cutter roller 3; There is the 4th uncovered rectangle hemisection cutter to spend 26 on the 4th die cutter roller 4; The first uncovered rectangle hemisection cutter spend 23 in strip material 17 first cuts out first uncovered rectangle; The second uncovered rectangle hemisection cutter spend 24 in strip material 17 first cuts out second uncovered rectangle, the 3rd uncovered rectangle hemisection cutter spend 25 in strip material 17 first cuts out the 3rd uncovered rectangle, the 4th uncovered rectangle hemisection cutter spend 26 in strip material 17 first cuts out the 4th uncovered rectangle; Through on same position, forming the uncovered rectangle flowers 27 of hemisection on the strip material 17 behind first die cutter roller 1, second die cutter roller 2, the 3rd die cutter roller 3 and the 4th die cutter roller 4 cross cuttings; Only need to gather the uncovered rectangle flowers 27 of hemisection on the strip material 17, just can analyze the first uncovered rectangle hemisection cutter and spend 23, the second uncovered rectangle hemisection cutter to spend the 24, the 3rd uncovered rectangle hemisection cutter to spend the 25 and the 4th uncovered rectangle hemisection cutter to spend the position relation of the vertical and horizontal between 26, just can draw length travel and the lateral displacement that second die cutter roller 2 needs adjustment with the normal place contrast with a vision camera 18; Adjust the length travel and the lateral displacement of second die cutter roller 2 in view of the above; Just can draw length travel and the lateral displacement that the 3rd die cutter roller 3 needs adjustment with the normal place contrast, adjust the length travel and the lateral displacement of the 3rd die cutter roller 3 in view of the above, just can draw length travel and the lateral displacement that the 4th die cutter roller 4 needs adjustment with the normal place contrast; Adjust the length travel and the lateral displacement of the 4th die cutter roller 4 in view of the above, thereby realize just can carrying out the purpose of synchronous operation control four stations with a vision camera 18.
In Fig. 6; There are the first vertical four limit hemisection cuttves to spend 28 on first die cutter roller 1; There are the second vertical four limit hemisection cuttves to spend 29 on second die cutter roller 2; There are the 3rd vertical four limit hemisection cuttves to spend 30 on the 3rd die cutter roller 3; The first vertical four limit hemisection cuttves spend 28 in strip material 17 first cuts out first four vertical edges; The second vertical four limit hemisection cuttves spend 29 in strip material 17 first cuts out second four vertical edges; The 3rd vertical four limit hemisection cuttves spend 30 in strip material 17 first cuts out the 3rd four vertical edges, through on same position, forming the vertical four limit flowers 31 of hemisection on the strip material 17 behind first die cutter roller 1, second die cutter roller 2 and the 3rd die cutter roller 3 cross cuttings, only need vertical four limit flowers 31 with hemisection on a vision camera 18 collection strip material 17; Just can analyze the first vertical four limit hemisection cuttves spends 28, the second vertical four limit hemisection cuttves to spend the 29 and the 3rd vertical four limit hemisection cuttves to spend the position relation of the vertical and horizontal between 30; Just can draw length travel and the lateral displacement that second die cutter roller 2 needs adjustment with the normal place contrast, adjust the length travel and the lateral displacement of second die cutter roller 2 in view of the above, just can draw length travel and the lateral displacement that the 3rd die cutter roller 3 needs adjustment with the normal place contrast; Adjust the length travel and the lateral displacement of the 3rd die cutter roller 3 in view of the above, thereby realize just can carrying out the purpose of synchronous operation control three stations with a vision camera 18.
In Fig. 7; There is the first octagon hemisection cutter to spend 32 on first die cutter roller 1; There is the second octagon hemisection cutter to spend 33 on second die cutter roller 2; There is the 3rd octagon hemisection cutter to spend 34 on the 3rd die cutter roller 3; The first octagon hemisection cutter spend 32 in strip material 17 first cuts out first octagon; The second octagon hemisection cutter spend 33 in strip material 17 first cuts out second octagon; The 3rd octagon hemisection cutter spend 34 in strip material 17 first cuts out the 3rd octagon, through on same position, forming the octagon flowers 35 of hemisection on the strip material 17 behind first die cutter roller 1, second die cutter roller 2 and the 3rd die cutter roller 3 cross cuttings, only need octagon flowers 35 with hemisection on a vision camera 18 collection strip material 17; Just can analyze the first octagon hemisection cutter spends 32, the second octagon hemisection cutter to spend the 33 and the 3rd octagon hemisection cutter to spend the position relation of the vertical and horizontal between 34; Just can draw length travel and the lateral displacement that second die cutter roller 2 needs adjustment with the normal place contrast, adjust the length travel and the lateral displacement of second die cutter roller 2 in view of the above, just can draw length travel and the lateral displacement that the 3rd die cutter roller 3 needs adjustment with the normal place contrast; Adjust the length travel and the lateral displacement of the 3rd die cutter roller 3 in view of the above, thereby realize just can carrying out the purpose of synchronous operation control three stations with a vision camera 18.
Those of ordinary skill in the art should be realized that, though 3 embodiment have been described in the front, they are not form of ownership of the present invention; It should be understood that under the situation that does not deviate from the spirit and scope of the present invention and can make many modifications, can adopt other polygons such as hexagon like the flower of the hemisection on die cutter roller shape; Also can adopt the inc polygon that lacks one or more limit, also can use circle, polygon and the combining form of closed polygon not, also can change lack the limit polygonal towards; Hemisection flower shape can be arranged in the outside of die cutter roller, also can be arranged in the inboard of die cutter roller, also can be at any one position of the centre of cross cutting multiple roll; Can also be arranged in the both sides of die cutter roller; Or the like, obviously, those skilled in the art does not break away from design of the present invention can be with other form embodiment of the present invention; Thereby other embodiment is also in the scope of claim of the present invention.
Claims (1)
1. control method that realizes an above station synchronous operation with vision camera; The blade flower shape of the die cutter roller on each station is corresponding each other; It is characterized in that: a position is selected at a side, both sides, middle part at each die cutter roller; Increase a hemisection blade; Strip material through between die cutter roller and the smooth roll is become the hemisection state by rolling cut, and the colored shape of this hemisection blade is a kind of in horizontal line, vertical line, vertical right-angle side, vertical two limits, vertical four edges, polygon, uncovered polygon and the circle; Strip material is through behind last die cutter roller; The hemisection blade of each die cutter roller goes out flowers in the same position hemisection of strip material, along the strip material direction of advance, and the back of a die cutter roller in the end; A vision camera is installed; Gather this flowers, calculate the vertical and horizontal distance between each horizontal line, up rightness, the center of circle in these flowers, these distances and gauged distance are compared; Calculate the site error of the vertical and horizontal of each station die cutter roller, then each die cutter roller station is vertically adjusted and laterally adjustment.
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| CN2011103586571A CN102555442A (en) | 2011-10-30 | 2011-10-30 | Method for controlling synchronous running of more than one station by aid of visual camera |
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| CN2011103586571A CN102555442A (en) | 2011-10-30 | 2011-10-30 | Method for controlling synchronous running of more than one station by aid of visual camera |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110843205A (en) * | 2019-12-19 | 2020-02-28 | 宁波沃瑞印刷技术有限公司 | Label digital die-cutting machine |
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| CN101007458A (en) * | 2007-02-01 | 2007-08-01 | 洛阳圣瑞机电技术有限公司 | Printing registration test method |
| CN200945650Y (en) * | 2006-08-15 | 2007-09-12 | 廊坊开发区盛合化工金属有限公司 | Cylinder press multi-station following register mechanism |
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| US5056430A (en) * | 1987-03-26 | 1991-10-15 | Koening & Bauer Aktingesellschaft | Method of positioning plate cylinders in a multi-color rotary printing machine |
| JP2001521832A (en) * | 1997-09-02 | 2001-11-13 | イノリューションズ・インク | Method and apparatus for register mark identification |
| JP2006500239A (en) * | 2002-02-06 | 2006-01-05 | クアド／テック，インコーポレイティド | Camera assembly for printing press |
| CN200945650Y (en) * | 2006-08-15 | 2007-09-12 | 廊坊开发区盛合化工金属有限公司 | Cylinder press multi-station following register mechanism |
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Application publication date: 20120711 |