CN107463756B - A kind of manufacturing method of the artistic punching decorative panel of the hole arrangement design of feature based - Google Patents

A kind of manufacturing method of the artistic punching decorative panel of the hole arrangement design of feature based Download PDF

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CN107463756B
CN107463756B CN201710708679.3A CN201710708679A CN107463756B CN 107463756 B CN107463756 B CN 107463756B CN 201710708679 A CN201710708679 A CN 201710708679A CN 107463756 B CN107463756 B CN 107463756B
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feature
hole
decorative panel
arrangement
artistic
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CN107463756A (en
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杨志岱
李海艳
黄运保
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Guangdong University of Technology
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Guangdong University of Technology
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    • G06COMPUTING; CALCULATING OR COUNTING
    • G06FELECTRIC DIGITAL DATA PROCESSING
    • G06F30/00Computer-aided design [CAD]

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Abstract

A kind of manufacturing method of the artistic punching decorative panel of the hole arrangement design of feature based, includes the following steps:(1) by the colored customization image import system of hole decorative panel, and it is converted into gray scale picture;(2) image after gray processing is subjected to Image Segmentation Methods Based on Features, the arrangement of (3) characteristic area endoporus:Feature location and tagsort are carried out, the arrangement method in different holes is selected according to the classification of feature;(4) borderline region hole is arranged:Feature reconstruction is carried out, cuts characteristic boundary region, and carry out characteristic boundary arrangement;(5) technique information is integrated, and generates the manufacturing process information of complete artistic punching decorative panel;(6) the manufacturing process information is imported in numerically controlled processing equipment system, numerical control perforation processing process is carried out to artistic punching decorative panel;It realizes and changes direction, become spacing, variable density, become the mode that a variety of variable combination bores in aperture are arranged, improve image quality and imaging effect, optimize the imaging capability and product quality of hole decorative panel.

Description

A kind of manufacturing method of the artistic punching decorative panel of the hole arrangement design of feature based
Technical field
The present invention relates to a kind of art of the hole of hole decorative panel processing technique field more particularly to feature based arrangement design The manufacturing method of punching decorative panel.
Background technology
Artistic punching decorative panel is a kind of novel decorative aluminum plate product.It sets off effect with background by using hole, engraves Empty contrast difference etc. carrys out simulation pixel distribution to realize " photo " or " image conversion " effect so that decorative panel has more with hole Strong art up effect, customizability are strong, pattern is more exquisite, to be often used for the large-scale public places such as subway, airport or large size The decoration of building.It can be processed by numerical control device, process is simple, but needs to carry out complicated processing early period standard It is standby, to obtain detailed processing technology data, to write nc program.The mode of processing technology data was obtained in the past is As reference with artistical ' punching is drawn a picture ' the type artistic work in part, it observed, analyzed and people by a large amount of manual labors Work measures, then is compareed and simulated with customization image, and the hole being converted to by image in the empirically determined conversion process of worker is passed through The parameters such as position distribution, size, density, then data conversion will be obtained and be written as nc program, then inputted numerical control and add Construction equipment realizes the manufacture of artistic punching decorative panel.
Although be disclosed about read image and generate processing technology information artistic punching decoration plate hole design collection At solution, but still there are many deficiencies, the arrangement mode of generally use is equidistantly, isodensity, determines direction, variable orifice The hole arrangement design method of diameter, variable is few, while being limited by aperture type is very few, and assemble pattern is few, to image detail spy It is weak to levy expressive ability, imaging effect is more fuzzy, is distorted, and imaging capability is weak, greatly inhibit artistic punching decorative panel quality with The raising of surcharge.
Invention content
It is an object of the invention to propose a kind of manufacturer of the artistic punching decorative panel of the hole arrangement design of feature based Method is realized and changes direction, become spacing, variable density, become the mode that a variety of variable combination bores in aperture are arranged, improves to image detail spy The expressive ability of sign improves image quality and imaging effect, optimizes the imaging capability and product quality of hole decorative panel.
For this purpose, the present invention uses following technical scheme:
A kind of manufacturing method of the artistic punching decorative panel of the hole arrangement design of feature based, includes the following steps:
(1) by the colored customization image import system of hole decorative panel, and it is converted into gray scale picture;
(2) image after gray processing is subjected to Image Segmentation Methods Based on Features, forms multiple independent characteristic areas;
(3) characteristic area endoporus is arranged:
A. feature location and tagsort:Feature location is carried out according to the minimum area-encasing rectangle of characteristic area, and determines hole Arragement direction and query context;Classified to feature according to the length-width ratio of feature and brightness change degree of fluctuation;
B. the method for selection feature arrangement:The arrangement method in different holes, the arrangement method are selected according to the classification of feature Refer to the combination to pore diameter range, spacing/density range and arragement direction variable, to carrying out the arrangement in hole in characteristic area, determines Punch position and aperture, and record storage machining information;
(4) borderline region hole is arranged:
A. feature reconstruction:The coordinate center in the outermost hole in connection features region forms characteristic polygon;
B. characteristic boundary region is cut:Borderline region between each characteristic area cuts transition boundary into strips;
C. characteristic boundary region is arranged:Arrangement and the aperture in hole, and record storage machining information are determined according to transition boundary;
(5) technique information is integrated:To in characteristic area and the machining information of transition boundary summarize arrangement, generating complete Artistic punching decorative panel manufacturing process information;
(6) the manufacturing process information is imported in numerically controlled processing equipment system, numerical control is carried out to artistic punching decorative panel Perforation processing process.
It further illustrates, feature location is carried out according to the minimum area-encasing rectangle of characteristic area described in step (3), and determine Hole arragement direction and query context, include the following steps:
A. the minimum area-encasing rectangle of characteristic area is found out, and feature is obtained as the geometric center of feature using rectangular centre The benchmark of positioning and relative coordinate origin;
B. the X-direction for the two-dimentional relative coordinate system arranged using minimum area-encasing rectangle long side as hole, short side are Y-axis side To determining hole arragement direction;And according to the angle point of rectangle, determine query context.
It further illustrates, the arrangement method in different holes is selected described in step (3) according to the classification of feature, to this feature area The arrangement that hole is carried out in domain, determines punch position and aperture, includes the following steps:
A. single argument pattern or bivariate integrated mode are selected according to the classification of feature;
B. according to the average brightness of characteristic area and characteristic area standard deviation size, the spacing range in pattern and hole are determined Diameter range;
C. determining spacing range and pore diameter range are combined, and the corresponding spy is determined by the size in this feature region The quantity of the pattern demarcation interval of sign and specific pattern, i.e., the collocation pattern of specific spacing/density and specific aperture;
D. in minimum area-encasing rectangle to characteristic area according to X, Y-direction is inquired point by point, if the point of characteristic area, The gray scale is then inquired, pattern is specifically corresponded to by grey scale mapping;
E. spacing is obtained by pattern, finally determines punch position;
F. inquiry pattern obtains aperture, and affairs unitary relationship is constituted with punch position;
G. the processing technology information of the various point locations and aperture in record storage this feature region.
It further illustrates, in the feature reconstruction of step (4), the outermost hole is using the center of characteristic area as coordinate original Point establishes polar coordinates, and outermost hole is obtained along polar coordinates.
It further illustrates, further includes using the maximum pitch of holes in characteristic area as offset in the feature reconstruction of step (4) Distance deviates the characteristic polygon outward.
It further illustrating, the borderline region described in step (4) between each characteristic area cuts transition boundary into strips, Include the following steps:
A. image will be customized and the characteristic polygon of each reconstruct asks poor, obtain whole borderline region connection figure;
B. the boundary line for finding out characteristic area adjacent two-by-two, the angle point to define boundaries;
C. it rejects and repeats boundary angle point;
D. using each angle point as the severing position of boundary image, the whole borderline region connection figure is subjected to severing, is cut out It is cut into strip transition boundary.
It further illustrates, determines arrangement and the aperture in hole described in step (4) according to transition boundary, include the following steps:
A. the center of the characteristic area on acquisition transition boundary both sides, 2 lines, and using the direction of line as side The hole arragement direction on boundary;
B. the average brightness of the respective fritter fringe region on transition boundary both sides is obtained, then seeks the average value of the two, really Determine transition brightness;
C. border style table is inquired by the transition brightness, determines the size of transition border area internal orifice dimension;
D. hole arrangement, and record storage machining information are carried out to transition boundary along the plane coordinate system direction of customization image.
It further illustrates, step (2) further includes Image erosion, and described image corrosion is the size according to image to each spy Sign region carries out quantitative corrosion and shrinkage characteristic zone boundary.
Further illustrate, step (1) if described in colored customization image color RGB image, then according to 0.11B+0.59G + 0.30R ratios are converted into gray scale picture;If the space picture of CMYK, HSV or YCbCr color is then first converted to the face of RGB In the colour space, gray scale picture is converted into according still further to 0.11B+0.59G+0.30R ratios.
It further illustrates, further includes the weight in the characteristic area after summarizing and the machining information of transition boundary in step (5) New root is ranked up according to feature locations, and multiple portions are split into further according to pore size, generates complete artistic punching decorative panel Manufacturing process information.
Beneficial effects of the present invention:The hole arragement direction and feature of feature are determined by shape to feature and brightness change Classification, and in the automatic placement design process in hole, according to different features, using different pore diameter ranges, spacing/density The combination of variation range and arragement direction is realized and changes direction, becomes spacing, variable density, a variety of variable combination bores arrangement for becoming aperture Mode, number of combinations is significantly increased, and utmostly improves the changing capability in hole, improves the performance energy to image detail feature Power improves image quality and imaging effect, optimizes the imaging capability and product quality of hole decorative panel, realizes in multivariable combinatorial By feature as the relevant factor of contact so that each feature can effectively be unified in whole sub-picture.And to the feature of image detail It has carried out respectively in feature and the arrangement of the hole of transition boundary designs, interference problem between feature transition and feature is effectively treated, has It is effectively realized conducive to the arrangement of feature based, the final product quality and surcharge for improving artistic punching decorative panel.
Description of the drawings
Fig. 1 is the manufacturing method of the artistic punching decorative panel of the hole arrangement design of the feature based of one embodiment of the invention Flow diagram;
Fig. 2 is the flow diagram of the feature endoporus arrangement design method of one embodiment of the invention;
Fig. 3 is the flow diagram of the boundary hole arrangement design method of one embodiment of the invention.
Specific implementation mode
Technical solution to further illustrate the present invention below with reference to the accompanying drawings and specific embodiments.
A kind of manufacturing method of the artistic punching decorative panel of the hole arrangement design of feature based, includes the following steps:
(1) by the colored customization image import system of hole decorative panel, and it is converted into gray scale picture;
(2) image after gray processing is subjected to Image Segmentation Methods Based on Features, forms multiple independent characteristic areas;
(3) characteristic area endoporus is arranged:
A. feature location and tagsort:Feature location is carried out according to the minimum area-encasing rectangle of characteristic area, and determines hole Arragement direction and query context;Classified to feature according to the length-width ratio of feature and brightness change degree of fluctuation;
B. the method for selection feature arrangement:The arrangement method in different holes, the arrangement method are selected according to the classification of feature Refer to the combination to pore diameter range, spacing/density range and arragement direction variable, to carrying out the arrangement in hole in characteristic area, determines Punch position and aperture, and record storage machining information;
(4) borderline region hole is arranged:
A. feature reconstruction:The coordinate center in the outermost hole in connection features region forms characteristic polygon;
B. characteristic boundary region is cut:Borderline region between each characteristic area cuts transition boundary into strips;
C. characteristic boundary region is arranged:Arrangement and the aperture in hole, and record storage machining information are determined according to transition boundary;
(5) technique information is integrated:To in characteristic area and the machining information of transition boundary summarize arrangement, generating complete Artistic punching decorative panel manufacturing process information;
(6) the manufacturing process information is imported in numerically controlled processing equipment system, numerical control is carried out to artistic punching decorative panel Perforation processing process.
A kind of manufacturing method of the artistic punching decorative panel of the hole arrangement design of feature based proposed by the present invention, is applied to In the design module of the design process of artistic punching decorative panel or its design and manufacture optimization system, overall flow step such as Fig. 1 It is shown.
The manufacturing method is directed to the image-forming principle and feature of the hole decorative panel, overcomes existing hole alignment technology method Deficiency, uses new mentality of designing, improves design effect, is primarily based on the shape of feature and brightness change determines the hole of feature The classification of arragement direction and feature, further according to the method that the classification information of feature determines the hole arrangement in characteristic area, that is, In the automatic placement design process in hole, for different features, then the pore diameter range that uses, spacing/variable density range and The combination of arragement direction is different, and a variety of variables combination to realize change direction, become spacing, variable density, change aperture is arranged The mode of cloth, number of combinations are significantly increased, and utmostly improve the changing capability in hole, improve the performance energy to image detail feature Power improves image quality and imaging effect, optimizes the imaging capability and product quality of hole decorative panel so that and feature is more prominent, Character shape in decorative panel is more prominent, and for complicated image, feature protrusion means that display effect is better, realizes simultaneously By feature as the relevant factor of contact in multivariable combinatorial so that each feature can effectively be unified in whole sub-picture.In addition, also Multi-step processing is carried out to the feature of image detail, has carried out respectively in feature and the arrangement of the hole of transition boundary designs, effectively located Interference problem between feature transition and feature is managed, the arrangement for being conducive to feature based is effectively realized, final to improve artistic punching dress The product quality and surcharge of plaque.
It further illustrates, feature location is carried out according to the minimum area-encasing rectangle of characteristic area described in step (3), and determine Hole arragement direction and query context, include the following steps:
A. the minimum area-encasing rectangle of characteristic area is found out, and feature is obtained as the geometric center of feature using rectangular centre The benchmark of positioning and relative coordinate origin;
B. the X-direction for the two-dimentional relative coordinate system arranged using minimum area-encasing rectangle long side as hole, short side are Y-axis side To determining hole arragement direction;And according to the angle point of rectangle, determine query context.Minimum by using characteristic area surrounds square Shape, to realize that the shape by characteristic area determines the positioning of feature, hole arragement direction and query context, to easily facilitate to feature Region carries out the arrangement in hole, wherein since the mode that different features is suitble to is different, needs the combination die for selecting different variables Formula.Although it is different from variable density definition to become spacing, that is, becomes spacing and often refer to X, Y-direction equal sizes change, and variable density often refers to along the side X To variation, Y-direction is identical, but the two is simultaneous, therefore when integrated mode is distributed, the two without combination, to Effectively determine the hole arragement direction of feature.
It further illustrates, the arrangement method in different holes is selected described in step (3) according to the classification of feature, to this feature area The arrangement that hole is carried out in domain, determines punch position and aperture, includes the following steps:
A. single argument pattern or bivariate integrated mode are selected according to the classification of feature;
B. according to the average brightness of characteristic area and characteristic area standard deviation size, the spacing range in pattern and hole are determined Diameter range;
C. determining spacing range and pore diameter range are combined, and the corresponding spy is determined by the size in this feature region The quantity of the pattern demarcation interval of sign and specific pattern, i.e., the collocation pattern of specific spacing/density and specific aperture;
D. in minimum area-encasing rectangle to characteristic area according to X, Y-direction is inquired point by point, if in characteristic area Point, then inquire the gray scale, and pattern is specifically corresponded to by grey scale mapping;
E. spacing is obtained by pattern, finally determines punch position;
F. inquiry pattern obtains aperture, and affairs unitary relationship is constituted with punch position;
G. the processing technology information of the various point locations and aperture in record storage this feature region.By amplitude of variation with it is whole Body brightness conditions identify the classification of this feature, so that it is determined that the integrated mode selected, by using flat in characteristic area The size of equal brightness and standard deviation comes the spacing range in discrimination model and pore diameter range, and is combined, then by grey scale mapping Specific pattern, and the punch position determined by specific pattern and aperture constitute business unitary relationship, between by changing direction, becoming Away from, variable density, the mode for a variety of variables combination arrangement for becoming aperture, effective arrangement in the hole in feature is realized so that effect is more Sample greatly improves image detail feature expressive ability, and shares a set of final Mapping standard between multiple features, it is ensured that protects always The strong or weak relation between feature is held, the harmony that feature shows in image imaging process is effectively ensured.
It further illustrates, in the feature reconstruction of step (4), the outermost hole is using the center of characteristic area as coordinate original Point establishes polar coordinates, and outermost hole is obtained along polar coordinates.Feature reconstruction is realized by obtaining outermost hole, and it is more to form feature Side shape searches out the region of true hole arrangement to arrange offer condition to the hole of feature transition boundary, avoids between feature or special Hole between sign and boundary interferes.The outermost hole can also be by using the center of characteristic area as coordinate origin, establishing Bounding box establishes polar coordinates further according to bounding box, and outermost hole is obtained along polar coordinates.
It further illustrates, further includes using the maximum pitch of holes in characteristic area as offset in the feature reconstruction of step (4) Distance deviates the characteristic polygon outward.By the outside offset-expanded of characteristic polygon to acquisition, boundary is effectively avoided In punching and feature punching interfere or hole between the too small problem in gap.
It further illustrating, the borderline region described in step (4) between each characteristic area cuts transition boundary into strips, Include the following steps:
A. image will be customized and the characteristic polygon of each reconstruct asks poor, obtain whole borderline region connection figure;
B. the boundary line for finding out characteristic area adjacent two-by-two, the angle point to define boundaries;
C. it rejects and repeats boundary angle point;
D. using each angle point as the severing position of boundary image, the whole borderline region connection figure is subjected to severing, is cut out It is cut into strip transition boundary.Since in the entire scope of customization image, image detail characteristic area has passed through characteristic area Hole arrangement is carried out in domain, and on the basis of the aperture machining information being extracted at the same time in characteristic area, its borderline region is cut Transition boundary into strips, the transition border area be conducive between remaining each characteristic area are processed acquisition of information, from And effectively determine hole arrangement.
It further illustrates, determines arrangement and the aperture in hole described in step (4) according to transition boundary, include the following steps:
A. the center of the characteristic area on acquisition transition boundary both sides, 2 lines, and using the direction of line as side The hole arragement direction on boundary;
B. the average brightness of the respective fritter fringe region on transition boundary both sides is obtained, then seeks the average value of the two, really Determine transition brightness;
C. border style table is inquired by the transition brightness, determines the size of transition border area internal orifice dimension;
D. hole arrangement, and record storage machining information are carried out to transition boundary along the plane coordinate system direction of customization image. Since transition boundary is mainly excessive between carrying out each characteristic area, the transition border area is long and narrow, therefore (vertical along transition Boundary) direction can receiving hole quantity it is few, be not necessarily to consider to become spacing or variable density thus, the arrangement mainly for hole is aligned Direction and aperture account for, to realize the arrangement in the hole in transition boundary area.The progress hole arrangement includes that basis is cut Transition boundary into strips seeks minimum area-encasing rectangle, and coordinate system is determined according to the long and short side of minimum area-encasing rectangle;It is surrounded in minimum Boundary is inquired point by point according to hole arragement direction and coordinate system in rectangle, if the point of coincidence boundary, then inquires point ash Degree, specifically corresponds to pattern by grey scale mapping, obtains spacing by pattern, determine punch position.
It further illustrates, step (2) further includes Image erosion, and described image corrosion is the size according to image to each spy Sign region carries out quantitative corrosion and shrinkage characteristic zone boundary.It is for shrinkage characteristic region wherein to carry out the purpose of Image erosion Boundary is polished with feature, characteristic area arrangement range interference is avoided the problem that, and at the same time removing the long and narrow or sharp row of being not easy The feature corner of cloth processing, in order to effectively carry out in subsequent feature and the arrangement in the hole of transition boundary.
Further illustrate, step (1) if described in colored customization image color RGB image, then according to 0.11B+0.59G + 0.30R ratios are converted into gray scale picture;If the space picture of CMYK, HSV or YCbCr color is then first converted to the face of RGB In the colour space, gray scale picture is converted into according still further to 0.11B+0.59G+0.30R ratios.To effectively be suitable for different types of coloured silk Color customizes image, and gray proces are convenient and simple, and adaptability is wider.
It further illustrates, further includes the weight in the characteristic area after summarizing and the machining information of transition boundary in step (5) New root is ranked up according to feature locations, and multiple portions are split into further according to pore size, generates complete artistic punching decorative panel Manufacturing process information.The hole arrangement method is by shrinking characteristic area according to corrosion, arrangement, range of arranging expansion, cutting out Except modes such as remaining boundary, boundary severing and boundary arrangements, taken into account to the full extent in feature and feature to realize Edge has been effectively ensured image and has not occurred the problems such as boundary interference, boundary vacancy because selecting the mode of feature based, improved hole The stability of decorative panel imaging.
The technical principle of the present invention is described above in association with specific embodiment.These descriptions are intended merely to explain the present invention's Principle, and it cannot be construed to limiting the scope of the invention in any way.Based on the explanation herein, the technology of this field Personnel would not require any inventive effort the other specific implementation modes that can associate the present invention, these modes are fallen within Within protection scope of the present invention.

Claims (10)

1. a kind of manufacturing method of the artistic punching decorative panel of the hole arrangement design of feature based, it is characterised in that:Including as follows Step:
(1) by the colored customization image import system of hole decorative panel, and it is converted into gray scale picture;
(2) image after gray processing is subjected to Image Segmentation Methods Based on Features, forms multiple independent characteristic areas;
(3) characteristic area endoporus is arranged:
A. feature location and tagsort:Feature location is carried out according to the minimum area-encasing rectangle of characteristic area, and determines hole arrangement Direction and query context;Classified to feature according to the length-width ratio of feature and brightness change degree of fluctuation;
B. the method for selection feature arrangement:Select the arrangement method in different holes according to the classification of feature, the arrangement method refers to pair The combination of pore diameter range, spacing/density range and arragement direction variable determines punching to carrying out the arrangement in hole in characteristic area Position and aperture, and record storage machining information;
(4) borderline region hole is arranged:
A. feature reconstruction:The coordinate center in the outermost hole in connection features region forms characteristic polygon;
B. characteristic boundary region is cut:Borderline region between each characteristic area cuts transition boundary into strips;
C. characteristic boundary region is arranged:Arrangement and the aperture in hole, and record storage machining information are determined according to transition boundary;
(5) technique information is integrated:To in characteristic area and the machining information of transition boundary carries out summarizing arrangement, generating complete skill The manufacturing process information of art punching decorative panel;
(6) the manufacturing process information is imported in numerically controlled processing equipment system, numerical control punching is carried out to artistic punching decorative panel Manufacturing procedure.
2. a kind of manufacturing method of the artistic punching decorative panel of the hole arrangement design of feature based according to claim 1, It is characterized in that:Feature location is carried out according to the minimum area-encasing rectangle of characteristic area described in step (3), and determines hole arrangement side To and query context, include the following steps:
A. the minimum area-encasing rectangle of characteristic area is found out, and feature location is obtained as the geometric center of feature using rectangular centre Benchmark and relative coordinate origin;
B. the X-direction for the two-dimentional relative coordinate system arranged using minimum area-encasing rectangle long side as hole, short side are Y direction, really Determine hole arragement direction;And according to the angle point of rectangle, determine query context.
3. a kind of manufacturing method of the artistic punching decorative panel of the hole arrangement design of feature based according to claim 2, It is characterized in that:The arrangement method for selecting different holes described in step (3) according to the classification of feature, to being carried out in this feature region The arrangement in hole, determines punch position and aperture, includes the following steps:
A. single argument pattern or bivariate integrated mode are selected according to the classification of feature;
B. according to the average brightness of characteristic area and characteristic area standard deviation size, the spacing range and aperture model in pattern are determined It encloses;
C. determining spacing range and pore diameter range are combined, and corresponding this feature is determined by the size in this feature region The quantity of pattern demarcation interval and specific pattern;
D. in minimum area-encasing rectangle to characteristic area according to X, Y-direction is inquired point by point, if the point in characteristic area, then The gray scale is inquired, pattern is specifically corresponded to by grey scale mapping;
E. spacing is obtained by pattern, finally determines punch position;
F. inquiry pattern obtains aperture, and affairs unitary relationship is constituted with punch position;
G. the processing technology information of the various point locations and aperture in record storage this feature region.
4. a kind of manufacturing method of the artistic punching decorative panel of the hole arrangement design of feature based according to claim 1, It is characterized in that:In the feature reconstruction of step (4), the outermost hole is to establish pole as coordinate origin using the center of characteristic area Coordinate obtains outermost hole along polar coordinates.
5. a kind of manufacturing method of the artistic punching decorative panel of the hole arrangement design of feature based according to claim 1, It is characterized in that:In the feature reconstruction of step (4), further include using the maximum pitch of holes in characteristic area as offset distance, it is right The characteristic polygon deviates outward.
6. a kind of manufacturing method of the artistic punching decorative panel of the hole arrangement design of feature based according to claim 1, It is characterized in that:Borderline region described in step (4) between each characteristic area cuts transition boundary into strips, including as follows Step:
A. image will be customized and the characteristic polygon of each reconstruct asks poor, obtain whole borderline region connection figure;
B. the boundary line for finding out characteristic area adjacent two-by-two, the angle point to define boundaries;
C. it rejects and repeats boundary angle point;
D. using each angle point as the severing position of boundary image, the whole borderline region connection figure is subjected to severing, is cut into Strip transition boundary.
7. a kind of manufacturing method of the artistic punching decorative panel of the hole arrangement design of feature based according to claim 1, It is characterized in that:Arrangement and the aperture for determining hole described in step (4) according to transition boundary, include the following steps:
A. the center of the characteristic area on acquisition transition boundary both sides, 2 lines, and using the direction of line as boundary Hole arragement direction;
B. the average brightness of the respective fritter fringe region on transition boundary both sides is obtained, then seeks the average value of the two, was determined Cross brightness;
C. border style table is inquired by the transition brightness, determines the size of transition border area internal orifice dimension;
D. hole arrangement, and record storage machining information are carried out to transition boundary along the plane coordinate system direction of customization image.
8. a kind of manufacturing method of the artistic punching decorative panel of the hole arrangement design of feature based according to claim 1, It is characterized in that:Step (2) further includes Image erosion, described image corrosion be according to the size of image to each characteristic area into The quantitative corrosion of row and shrinkage characteristic zone boundary.
9. a kind of manufacturing method of the artistic punching decorative panel of the hole arrangement design of feature based according to claim 1, It is characterized in that:Step (1) if described in colored customization image color RGB image, then according to 0.11B+0.59G+0.30R ratios Example is converted into gray scale picture;If the space picture of CMYK, HSV or YCbCr color, then first convert into the color space of RGB, It is converted into gray scale picture according still further to 0.11B+0.59G+0.30R ratios.
10. a kind of manufacturing method of the artistic punching decorative panel of the hole arrangement design of feature based according to claim 1, It is characterized in that:Further include in the characteristic area after summarizing and the machining information of transition boundary, again according to spy in step (5) Sign position is ranked up, and multiple portions are split into further according to pore size, generates the manufacture work of complete artistic punching decorative panel Skill information.
CN201710708679.3A 2017-08-17 2017-08-17 A kind of manufacturing method of the artistic punching decorative panel of the hole arrangement design of feature based Expired - Fee Related CN107463756B (en)

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CN109597353B (en) * 2018-11-23 2020-06-19 拓卡奔马机电科技有限公司 Method for automatically optimizing cutting piece position
CN110533747A (en) * 2019-08-21 2019-12-03 广东智媒云图科技股份有限公司 A kind of image formation method based on punch, device, terminal device and medium
CN110969966A (en) * 2019-10-31 2020-04-07 同济大学建筑设计研究院(集团)有限公司 Mechanical punching texture lamp box and manufacturing method thereof, punching device and storage medium
CN114331189A (en) * 2021-12-31 2022-04-12 曲美家居集团股份有限公司 Processing method, device and production line for customized furniture board
CN116713378B (en) * 2023-08-04 2023-09-29 季华实验室 Punching direction determining method, device, equipment and computer readable storage medium

Family Cites Families (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US7522163B2 (en) * 2004-08-28 2009-04-21 David Holmes Method and apparatus for determining offsets of a part from a digital image
DE102007026170A1 (en) * 2007-06-04 2008-12-11 Akzenta Paneele + Profile Gmbh Laminated decorative plate and method for its production
CN101363188A (en) * 2008-07-29 2009-02-11 瑞安市博业激光应用技术有限公司 Cutting method along boundary of laser cutting equipment
CN106004203B (en) * 2016-05-23 2017-02-22 广东工业大学 Hole decorating plate machining method based on gray levels and machining system applying hole decorating plate machining method based on gray levels
CN105904899B (en) * 2016-05-23 2017-05-17 广东工业大学 Hole decoration plate machining method based on RGB and machining system applying same

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