CN105374282A - Holographic label generated through layered lamination method, as well as generating method and system - Google Patents
Holographic label generated through layered lamination method, as well as generating method and system Download PDFInfo
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- CN105374282A CN105374282A CN201510788896.9A CN201510788896A CN105374282A CN 105374282 A CN105374282 A CN 105374282A CN 201510788896 A CN201510788896 A CN 201510788896A CN 105374282 A CN105374282 A CN 105374282A
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- label
- label image
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- G—PHYSICS
- G09—EDUCATION; CRYPTOGRAPHY; DISPLAY; ADVERTISING; SEALS
- G09F—DISPLAYING; ADVERTISING; SIGNS; LABELS OR NAME-PLATES; SEALS
- G09F3/00—Labels, tag tickets, or similar identification or indication means; Seals; Postage or like stamps
- G09F3/02—Forms or constructions
- G09F3/0297—Forms or constructions including a machine-readable marking, e.g. a bar code
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06K—GRAPHICAL DATA READING; PRESENTATION OF DATA; RECORD CARRIERS; HANDLING RECORD CARRIERS
- G06K19/00—Record carriers for use with machines and with at least a part designed to carry digital markings
- G06K19/06—Record carriers for use with machines and with at least a part designed to carry digital markings characterised by the kind of the digital marking, e.g. shape, nature, code
- G06K19/06009—Record carriers for use with machines and with at least a part designed to carry digital markings characterised by the kind of the digital marking, e.g. shape, nature, code with optically detectable marking
- G06K19/06037—Record carriers for use with machines and with at least a part designed to carry digital markings characterised by the kind of the digital marking, e.g. shape, nature, code with optically detectable marking multi-dimensional coding
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- Theoretical Computer Science (AREA)
- Holo Graphy (AREA)
Abstract
The invention provides a holographic label generated through a layered lamination method. A label image is composed of a plurality of label image unit layers, wherein each label image unit layer is composed of a transparent film and a label image unit attached to the surface of the transparent film, and the label image units on the different label image unit layers have no sheltering. The invention further discloses a generating method of the holographic label. The generating method comprises the following steps: dividing a generated label electronic image into the plurality of label image units; attaching the label image units to the transparent film, so as to generate the label image unit layers; laminating the label image unit layers to generate the label image; and covering the label image by a holographic film layer to generate the holographic label. The invention also discloses a generating system of the holographic label, which mainly comprises a label generating device, an image segmenting device, a label image unit layer generating device and a label image generating device. The label is formed by splicing the plurality of label image units positioned on different planes, and has novelty and stereoscopic impression.
Description
Technical field
The present invention relates to TAG field, particularly a kind of holographic label, especially a kind of holographic label, generation method and system adopting layering stacked system to generate.
Background technology
At present, in existing label or holographic label, no matter this label formed by how many functional film layer are superimposed, is all in same surface level for the label image layer as Information Level.The shortcoming of this kind of form is that pattern is comparatively single, and label image layer is without stereoscopic sensation.
Summary of the invention
For the weak point existed in the problems referred to above, the invention provides a kind of label to be made up of the multiple label image unit spliceds be in Different Plane, have more holographic label that standby novelty, diversity and relief employing layering stacked system generate, generate method and system.
For achieving the above object, the invention provides a kind of holographic label adopting layering stacked system to generate, comprise label image, with cover holographic film layer thereon, described label image is made up of the multiple label image elementary layers mutually superposed, described label image elementary layer is by hyaline membrane, form with the label image unit divided being attached to its surface, the described label image unit be on different described label image elementary layer is unobstructed each other, superimposed between multiple described label image unit, splice to form complete label image.
The holographic label that above-mentioned employing layering stacked system generates, wherein, on described hyaline membrane, the position except described label image unit is transparent region.
The holographic label that above-mentioned employing layering stacked system generates, wherein, adopts hot pressing mode to form described label image between multiple described label image elementary layer.
The holographic label that above-mentioned employing layering stacked system generates, wherein, is also attached with the adhesive-layer of transparence, adopts bonding way to form described label image between multiple described label image elementary layer on the surface of described transparent region.
The holographic label that above-mentioned employing layering stacked system generates, wherein, the size and shape of described hyaline membrane is identical with the size and shape of described label image;
Described holographic film layer is transparent holographic film.
The present invention also provides a kind of generation method of the holographic label adopting layering stacked system to generate, and comprises the following steps:
The tag electronics image generated is divided into multiple label image unit by step 1, employing image partition method;
Step 2, label image unit is attached to the hyaline membrane surface identical with label sizes and shape, and makes the position of label image unit identical with its position in label image, to form label image elementary layer;
Step 3, by superimposed for multiple label image elementary layer to form complete, that there is level effect label image;
Step 4, holographic film layer is covered label image surface, to form holographic label.
The generation method of the holographic label that above-mentioned employing layering stacked system generates, wherein, in step 1, the electronic image of the label adopting the image partition method based on threshold value or the image partition method based on region client to be generated is divided into multiple independent label image unit.
The generation method of the holographic label that above-mentioned employing layering stacked system generates, wherein, in step 2, comprises following sub-step:
Step 21, adopt the image partition method identical with label pair identical with its size and shape and the hyaline membrane identical with label image elementary layer quantity split, to be all the cut zone that formation is divided by cut-off rule on each hyaline membrane;
Step 22, according to the position of label image unit in label image, be attached in the appointment cut zone of hyaline membrane corresponding thereto, and make the position of label image unit on hyaline membrane identical with its position in label image, to form label image elementary layer.
The generation method of the holographic label that above-mentioned employing layering stacked system generates, wherein, in step 3, adopts the mode of hot pressing or viscose glue superimposed to form complete label image between multiple label image elementary layer.
The present invention also provides a kind of generation system of the holographic label adopting layering stacked system to generate, and comprises label generating apparatus, Iamge Segmentation device, label image elementary layer generating apparatus, label image generating apparatus and holographic film cladding system;
Described label generating apparatus, for according to inputted content information to generate corresponding tag electronics image;
Described Iamge Segmentation device, for being multiple label image unit by the tag electronics Iamge Segmentation of generation, and marks off the cut zone that also label image unit is identical on the hyaline membrane identical with the quantity of described label image unit;
Described label image elementary layer generating apparatus, for label image unit being attached to the appointment cut zone on hyaline membrane, to form label image elementary layer;
Described label image generating apparatus, for mutually superposing multiple described label image elementary layer, to generate complete label image;
Described holographic film cladding system, for holographic film is covered described label image, to generate holographic label.
Compared with prior art, the present invention has the following advantages:
Label of the present invention is made up of the multiple label image unit spliceds be in Different Plane, and compared with the existing label being in same plane, pattern of the present invention has more standby novelty, diversity, and has stereoscopic sensation;
Because multiple label image unit superposes without the need to carrying out according to intrinsic order, splices, therefore, also there is dirigibility;
When adopting viscose glue to splice between multiple label image elementary layer, between the outer ledge and viscose glue of label image unit, be reserved with spacing, to prevent viscose glue to be attached on label image unit, thus the scanning of label image, recognition impacted.
Accompanying drawing explanation
Fig. 1 is the front view of holographic label in the present invention;
Fig. 2 is the side view of Fig. 1;
Fig. 3 is the side view of label image in the present invention;
Fig. 4 is the example structure figure in Fig. 3 after label picture breakdown;
Fig. 5 is the process flow diagram of the generation method of holographic label in the present invention.
Main Reference Numerals is as follows:
1-holographic film layer; 2-label image; 21-label image elementary layer; 22-hyaline membrane; 23-label image unit; 24-cut zone; 25-adhesive-layer
Embodiment
As shown in Figures 1 to 4, the present embodiment provides a kind of holographic label adopting layering stacked system to generate, the holographic film layer 1 comprising label image 2 and cover at the top surface of label image 2.Wherein, holographic film layer 1 is transparent holographic film.
Label image 2 is made up of three the label image elementary layers 21 mutually superposed, and wherein, each label image elementary layer 21 is all by hyaline membrane 22, forms with the label image unit 23 divided being attached to its surface.
Wherein, the described label image unit be on different described label image elementary layer is unobstructed each other, and the size and shape of hyaline membrane 22 is identical with the size and shape of label image 2.
Each label image unit 23 divided all adopts image partition method to carry out splitting to be formed on label image surface.In three label image unit of the present embodiment, its size and shape can be identical size and shape, or different size and shapes.
Wherein, the color of holographic film layer, the color of hyaline membrane and the color of label image unit are adopted the color of different colour system, therefore, can ensure that tag readable degree equipment can get the complete image of label through holographic film layer and hyaline membrane.
Due to the area image that three label image unit divided are diverse location in label image, therefore, by time superimposed for above-mentioned three label image unit, need not superpose according to tandem, as long as meeting final Overlay is that can to form the complete tag image identical with label image just passable.
To be spliced to form complete label image 2 after three label image unit 23 in three label image elementary layers 21 superpose successively.
Due on hyaline membrane 22, the position except label image unit 23 is transparent region, therefore, after superimposed with the hyaline membrane of label image unit, still can view through hyaline membrane the pattern that elementary area is signed in its lower one deck acceptance of the bid.
Because label image elementary layer adopts stacked system to be formed, therefore, between three label image elementary layers, hot pressing mode is adopted to form complete label image.
In the present embodiment, bonding way is adopted to form complete label image between adhesive-layer 25, three label image elementary layers that the surface of transparent region is also attached with transparence in hyaline membrane 22.
In addition, in order to avoid viscose glue is attached on label image unit under the effect of the pressure, therefore, suitable spacing to be reserved with between the outer ledge and the edge of viscose glue of label image unit.
In addition, in order to ensure that the attachment position of label image unit on hyaline membrane is consistent with its position in image tag, adopt the image partition method identical with label image to split hyaline membrane, thus form the cut zone 24 identical with shape with label image unit size by hyaline membrane.
In the present embodiment, this label can adopt bar code, Quick Response Code or current other false proof, labels of tracing to the source that can generate on the market.
As shown in Figure 5, the present invention also provides a kind of generation method of the holographic label adopting layering stacked system to generate, and comprises the following steps:
The tag electronics image generated is divided into multiple label image unit by step 1, employing image partition method.
In step 1, the electronic image of the label adopting the image partition method based on threshold value or the image partition method based on region client to be generated is divided into multiple independent label image unit.Wherein, with the image partition method that the image partition method based on region is first-selection.
Wherein, the size and shape of the multiple independent label image unit divided can be identical size and shape, or different size and shapes.
Step 2, label image unit is attached to the hyaline membrane surface identical with label sizes and shape, and makes the position of label image unit identical with its position in label image, to form label image elementary layer.
Wherein, in step 2, following sub-step is comprised:
Step 21, adopt the image partition method identical with label pair identical with its size and shape and the hyaline membrane identical with label image elementary layer quantity carries out Iamge Segmentation respectively, to be all the cut zone that formation is divided by cut-off rule on each hyaline membrane.
On hyaline membrane by multiple cut zone with the cut zone group formed, the cut zone that this cut zone group is formed is identical with the cut zone of image partition method to label image.
Step 22, according to the position of label image unit in label image, be attached in the appointment cut zone of hyaline membrane corresponding thereto, and make the position of label image unit on hyaline membrane identical with its position in label image, to form label image elementary layer.
The concrete operation step of step 22 is as follows:
Extract by the label image unit that label image is split, and the size and shape of label image unit selected by scanning, wherein, existing image scan method can be adopted to the scanning of label image unit;
Extract one with the hyaline membrane with cut zone group, and according to the size and shape of extracted label image unit, the size and shape of multiple cut zone on hyaline membrane surface to be scanned.Wherein, if include the cut zone identical with shape with label image unit same size in the cut zone group in hyaline membrane, then the pattern of label image unit is attached in this cut zone; If do not comprise the cut zone identical with shape with label image unit same size in the cut zone group in hyaline membrane, then, after trigger prompts warning, the cut zone in this hyaline membrane is checked again.
Wherein, when being attached in cut zone corresponding thereto by label image unit, optional spray printing or printing type are attached in cut zone corresponding thereto, thus form a label image elementary layer.
Step 3, by superimposed for multiple label image elementary layer to form complete, that there is level effect label image.
Wherein, in step 3, adopt the mode of hot pressing or viscose glue superimposed to form complete label image between multiple label image elementary layer.
Between multiple label image elementary layer when adopting the mode of viscose glue superimposed, viscose glue is distributed on the region in hyaline membrane except label image unit.Wherein, the color of viscose glue should be set as different colors from the color of label image unit, is preferably the colourless shape viscose glue of transparence, thus avoid color due to viscose glue thus impact to the scanning of label, recognition.
In addition, in order to avoid viscose glue is attached on label image unit under the effect of the pressure, therefore, suitable spacing should be reserved with between the outer ledge and the edge of viscose glue of label image unit.
Step 4, holographic film layer is covered label image surface, to form holographic label.
When superposing between employing viscose glue mode is by each level, due to hyaline membrane being distributed with viscose glue, therefore, directly holographic film layer can be covered on the hyaline membrane of top layer, thus forming holographic label.
When adopt hot pressing mode by each level between superpose time, can directly holographic film layer be covered on the hyaline membrane of top layer, then holographic film layer be combined with label image, to form holographic label by hot-press equipment.
The present invention also provides a kind of generation system of the holographic label adopting layering stacked system to generate, and comprises label generating apparatus, Iamge Segmentation device, label image elementary layer generating apparatus, label image generating apparatus and holographic film cladding system.
Wherein, label generating apparatus is used for according to inputted content information to generate corresponding tag electronics image.
It is multiple label image unit that Iamge Segmentation device is used for the tag electronics Iamge Segmentation of generation, and marks off the cut zone that also label image unit is identical on the hyaline membrane identical with the quantity of label image unit.
Label image elementary layer generating apparatus for label image unit being attached to the appointment cut zone on hyaline membrane, to form label image elementary layer.
Label image generating apparatus is used for mutually being superposed by multiple label image elementary layer, to generate complete label image.
Holographic film cladding system for holographic film is covered label image, to generate holographic label.
The operation steps of this system refers to the generation method recorded in Fig. 5.
Only above person, is only preferred embodiment of the present invention, such as professional who are familiar with this art.After understanding technological means of the present invention, natural energy, according to actual needs, is changed under the teachings of the present invention.Therefore all equal changes of doing according to the present patent application the scope of the claims and modification, once should still remain within the scope of the patent.
Claims (10)
1. the holographic label adopting layering stacked system to generate, comprise label image, with cover holographic film layer thereon, it is characterized in that, described label image is made up of the multiple label image elementary layers mutually superposed, described label image elementary layer is by hyaline membrane, form with the label image unit divided being attached to its surface, the described label image unit be on different described label image elementary layer is unobstructed each other, superimposed between multiple described label image unit, splice to form complete label image.
2. the holographic label of employing layering stacked system generation according to claim 1, it is characterized in that, on described hyaline membrane, the position except described label image unit is transparent region.
3. the holographic label of employing layering stacked system generation according to claim 2, is characterized in that, adopt hot pressing mode to form described label image between multiple described label image elementary layer.
4. the holographic label of employing layering stacked system generation according to claim 2, it is characterized in that, also be attached with the adhesive-layer of transparence on the surface of described transparent region, between multiple described label image elementary layer, adopt bonding way to form described label image.
5., according to the holographic label that described employing layering stacked system arbitrary in Claims 1-4 generates, it is characterized in that, the size and shape of described hyaline membrane is identical with the size and shape of described label image;
Described holographic film layer is transparent holographic film.
6. generate a method for the holographic label that the employing layering stacked system described in claim 1 generates, comprise the following steps:
The tag electronics image generated is divided into multiple label image unit by step 1, employing image partition method;
Step 2, label image unit is attached to the hyaline membrane surface identical with label sizes and shape, and makes the position of label image unit identical with its position in label image, to form label image elementary layer;
Step 3, by superimposed for multiple label image elementary layer to form complete, that there is level effect label image;
Step 4, holographic film layer is covered label image surface, to form holographic label.
7. the generation method of the holographic label of employing layering stacked system generation according to claim 6, it is characterized in that, in step 1, the electronic image of the label adopting the image partition method based on threshold value or the image partition method based on region client to be generated is divided into multiple independent label image unit.
8. the generation method of the holographic label of employing layering stacked system generation according to claim 6, is characterized in that, in step 2, comprise following sub-step:
Step 21, adopt the image partition method identical with label pair identical with its size and shape and the hyaline membrane identical with label image elementary layer quantity split, to be all the cut zone that formation is divided by cut-off rule on each hyaline membrane;
Step 22, according to the position of label image unit in label image, be attached in the appointment cut zone of hyaline membrane corresponding thereto, and make the position of label image unit on hyaline membrane identical with its position in label image, to form label image elementary layer.
9. the generation method of the holographic label of employing layering stacked system generation according to claim 6, is characterized in that, in step 3, adopt the mode of hot pressing or viscose glue superimposed to form complete label image between multiple label image elementary layer.
10. one kind generates the system of the holographic label that the employing layering stacked system described in claim 1 generates, it is characterized in that, comprise label generating apparatus, Iamge Segmentation device, label image elementary layer generating apparatus, label image generating apparatus and holographic film cladding system;
Described label generating apparatus, for according to inputted content information to generate corresponding tag electronics image;
Described Iamge Segmentation device, for being multiple label image unit by the tag electronics Iamge Segmentation of generation, and marks off the cut zone that also label image unit is identical on the hyaline membrane identical with the quantity of described label image unit;
Described label image elementary layer generating apparatus, for label image unit being attached to the appointment cut zone on hyaline membrane, to form label image elementary layer;
Described label image generating apparatus, for mutually superposing multiple described label image elementary layer, to generate complete label image;
Described holographic film cladding system, for holographic film is covered described label image, to generate holographic label.
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN112733973A (en) * | 2019-10-10 | 2021-04-30 | 珠海格力电器股份有限公司 | Image anti-counterfeiting method, device, terminal and computer readable medium |
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