CN214311095U - Magnifying glass, anti-counterfeiting mark system and anti-counterfeiting structure system - Google Patents

Abstract

The utility model relates to an anti-fake technical field, in particular to a magnifying glass for photographing identification anti-fake of photographing equipment, including magnifying lens, magnifying lens's top is provided with the arch, and during the photographing identification, the arch is located between magnifying lens top and the single camera lens of photographing equipment, and the projection area of the lens plane of the single camera lens of the protruding projection to photographing equipment is less than one tenth of the area of the lens plane of the single camera lens of photographing equipment the utility model discloses a magnifying glass cooperates the process of photographing equipment to enlarge the identification and easily adjusts the image distance, easy operation, and the imaging quality is clear, and is favorable to daylighting, and in order to set up this arch, therefore the magnifying glass is difficult to be worn and torn; the utility model also provides an anti-fake label system and anti-fake structure system can solve the same technical problem, just the utility model discloses an anti-fake label system and anti-fake structure system adopt to enlarge discernment anti-fake, have strengthened the counterfeit degree of difficulty, and anti-counterfeit performance is stronger.

Description

Magnifying glass, anti-counterfeiting mark system and anti-counterfeiting structure system

Technical Field

The utility model relates to an anti-fake technical field, in particular to a magnifying glass that is used for equipment of shooing to shoot discernment anti-fake to and an anti-fake identification system and an anti-fake structure system.

Background

The rapid development of market economy promotes the diversification and richness of market products and fully meets the requirements of consumers. But at the same time, the appearance of counterfeit and counterfeit products is abundant, which seriously affects the benefits of consumers and users. Especially for some products with known brands, once fake and inferior products appear, immeasurable loss is brought to the society and enterprises. The production, circulation, use and maintenance of these well-known branded products require security, effective anti-counterfeiting and tracking safeguards.

The anti-counterfeiting technology is a technology which can accurately identify true and false within a certain range and is not easy to copy and duplicate, namely simply a technology for preventing counterfeiting and faking, and measures are taken for achieving the anti-counterfeiting purpose. Anti-counterfeiting is a precaution against fraudulent activity that is imitated or duplicated without the permission of the owner. The anti-fake product is made by adopting anti-fake technology and has anti-fake function.

In recent years, the applicant is dedicated to research and development of anti-counterfeiting technical products for amplification identification, and through a large amount of experimental researches, the applicant finds that in the process of amplification identification of a magnifying glass matched with photographing equipment such as a mobile phone, if the magnifying glass is attached to a camera of the mobile phone for use, lighting is not facilitated, imaging quality is influenced, if the camera of the mobile phone is not attached to the magnifying glass for lighting, image distance is not easily adjusted, imaging quality is influenced, and the magnifying glass is easily worn by the mobile phone in the use process, so that imaging quality is influenced.

In addition, an anti-counterfeiting product with amplified identification is always expected to be available in the market, the anti-counterfeiting product can be used simply and conveniently, the imaging quality is clear, the requirement is not met, and the market solution is urgently needed.

SUMMERY OF THE UTILITY MODEL

The utility model discloses an aspect aim at provides a magnifying glass for equipment of shooing discernment is anti-fake is shot to thereby solve the magnifying glass cooperation equipment of shooing and enlarge thereby the discernment in-process and be difficult to adjust the image distance and influence the image quality, the magnifying glass is easily by the technological problem of wearing and tearing.

A second aspect of the present invention is to provide an anti-counterfeit mark system to solve the problem of the market demanding a demand for an anti-counterfeit product that can be easily and clearly identified by image enlargement.

A third aspect of the present invention is to provide an anti-counterfeit structure system, with the anti-counterfeit mark system compares, can solve the same problem.

The utility model discloses a first aspect purpose is so realized:

the utility model provides a magnifying glass for photographing equipment discernment is anti-fake, includes the magnifying lens, the top of magnifying lens is provided with the arch, during the discernment of shooing, the arch is located the magnifying lens top with between the single camera lens of the equipment of shooing, just the arch with the equipment of shooing the camera lens plane of single camera lens offsets, under the discernment state of shooing, protruding projection arrives the equipment of shooing the planar projection area of camera lens of single camera lens is less than the equipment of shooing the one-third of the planar area of camera lens of single camera lens.

The utility model provides a magnifying glass for photographing equipment discernment is anti-fake that shoots, includes magnifying lens, magnifying lens's top is provided with the arch, during the discernment of shooing, the protruding projection arrives the equipment of shooing single camera lens's the planar projected area of camera lens is less than the equipment of shooing single camera lens's the planar area of camera lens's camera lens one-third.

Preferably, the photographing device is a mobile phone.

Preferably, the top end of the projection is provided with a colored coating.

Preferably, the colored coating is a dark colored coating.

Preferably, the photographing apparatus is a multi-lens photographing apparatus.

Preferably, the height of the protrusions is not greater than 1 mm.

Preferably, in the photographing recognition state, a diameter of a minimum enclosing circle that encloses a projection pattern of the projection of the protrusion onto the lens plane of the single photographing lens of the photographing apparatus is not more than 1.5 mm.

Preferably, the magnifying lens has a shape of a body of revolution obtained by a parabola being rotated once around a central axis.

The second aspect of the present invention is to realize the following:

the anti-counterfeiting mark system comprises a magnifying glass and an anti-counterfeiting mark, wherein any one of the magnifying glass is used for photographing equipment to recognize the anti-counterfeiting magnifying glass, and the anti-counterfeiting function characteristics in the anti-counterfeiting mark can not be distinguished by human eyes under the condition of no magnification.

Preferably, the security feature comprises security fibers or security textures.

Preferably, the anti-counterfeiting fibers are randomly distributed in the anti-counterfeiting mark, and under the condition of no amplification, the random distribution characteristics formed by the randomly distributed anti-counterfeiting fibers cannot be distinguished by human eyes, wherein the random distribution characteristics refer to the distribution images and/or the characteristics of the distribution images of the anti-counterfeiting fibers randomly distributed in the anti-counterfeiting mark;

the texture elements of the anti-counterfeiting texture are randomly distributed, under the condition of no amplification, human eyes cannot distinguish the random texture distribution characteristics formed by the random distribution of the texture elements, and the random texture distribution characteristics refer to the distribution images and/or the characteristics of the distribution images of the texture elements randomly distributed in the anti-counterfeiting functional layer.

Preferably, the anti-counterfeiting mark is a texture anti-counterfeiting mark, the anti-counterfeiting functional feature is anti-counterfeiting texture, and the anti-counterfeiting texture is composed of texture elements.

Preferably, the texture anti-counterfeiting mark comprises a carrier and the texture elements randomly distributed on the carrier, and under the condition of no amplification, human eyes cannot distinguish the random texture distribution characteristics formed by the randomly distributed texture elements, wherein the random texture distribution characteristics refer to the distribution images and/or the characteristics of the distribution images of the randomly distributed texture elements on the carrier.

Preferably, the texture anti-counterfeiting mark further comprises a code, and the code cannot be distinguished by human eyes under the condition of no amplification.

Preferably, the texture elements of the texture anti-counterfeiting mark are randomly formed in the process of coding manufacture, the random texture patterns formed by the random distribution of the texture elements are different and correspond to the codes, the random texture patterns do not affect the identification of the codes, the texture elements are the random details of the codes, and the random details are the sawteeth at the edges of the codes or the fine white dots white lines of the codes.

Preferably, the texture elements are randomly distributed in the coding pattern, the random texture pattern formed by the random distribution of the texture elements has a difference in gray scale or color from the coding pattern, and the difference can be distinguished by image recognition and/or human eyes.

Preferably, the texture elements are randomly distributed in the coding pattern and outside the coding pattern, the random texture pattern formed by the random distribution of the texture elements in the coding pattern has a gray scale or color difference with the coding pattern, and the difference can be distinguished by image recognition and/or human eyes.

Preferably, the textured elements are randomly distributed outside the coding pattern.

Preferably, the carrier is a transparent viewing substrate.

Preferably, the textured elements are disposed on the upper or lower surface of the transparent viewing substrate.

Preferably, the transparent viewing substrate is glass.

The third aspect of the present invention is achieved by:

an anti-counterfeiting structure system comprises a pasted object and any anti-counterfeiting mark system, wherein the anti-counterfeiting mark of the anti-counterfeiting mark system is arranged on the pasted object.

The attached object is an anti-counterfeiting object or a package of the anti-counterfeiting object.

The beneficial effects of the utility model are that very obvious, specifically as follows:

1. the utility model discloses a top at the magnifying lens of magnifying glass sets up the arch, and the process of discerning is enlargied at magnifying glass cooperation photographing equipment such as cell-phone just adjusts the image distance easily like this, easy operation, and the quality of imaging is clear to be favorable to the daylighting, moreover because set up this arch, consequently the magnifying glass is difficult to by wearing and tearing.

2. The utility model discloses a top at the magnifying glass sets up the arch, protruding top is provided with coloured coating, thereby can be earlier with the accurate location of magnifying glass to anti-fake pattern, then reuse photographing equipment for example cell-phone, go through the camera and look for the arch that is provided with coloured coating that location magnifying glass top set up fast, the cell-phone camera that plays the primary role in the many cameras cell-phone of completion that can be quick and simple and convenient like this, accurate alignment between magnifying glass and the anti-fake pattern three carries out the enlarged discernment, can solve because do not know in many cameras cell-phone which camera is playing the effect and bring be difficult to the puzzlement problem of aligning.

3. The utility model discloses an anti-fake label system and anti-fake structure system under the condition that does not have the enlargeing, people's eye can't differentiate the anti-fake functional characteristic among the anti-fake label, very big reinforcing the degree of difficulty of making fake, anti-counterfeit performance is stronger.

Drawings

In order to more clearly explain the technical solution of the present invention, the drawings used in the description of the embodiments are briefly described below.

FIG. 1 is a cylindrical magnified photograph identification anti-counterfeiting recognizer with a magnifying lens

FIG. 2 is a magnified photographic identification anti-counterfeiting recognizer with a parabolic rotating lens

FIG. 3 is a photograph identification anti-counterfeit system with a cylindrical magnifying lens

FIG. 4 is a photograph identification anti-counterfeiting system with a parabolic rotating lens, and FIG. 5 is a texture anti-counterfeiting mark

FIG. 6 is an anti-counterfeit label using random details of two-dimensional code as texture elements

FIG. 7 is an anti-counterfeit mark with texture elements distributed in two-dimensional code pattern region

FIG. 8 is an anti-counterfeit mark with texture elements distributed inside and outside a two-dimensional code pattern region

FIG. 9 is an anti-counterfeit mark with texture elements distributed outside a two-dimensional code pattern region

In the figure: 1. magnifying glass, 2, magnifying lens, 3, photographing lens, 4, protrusion, 5, photographing equipment, 6, anti-counterfeiting mark, 7, texture element, 8, carrier, 9, two-dimensional code, 10 and random detail

Detailed Description

In order to make the objects, technical solutions and advantages of the present invention more clearly understood, the present invention is further described in detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.

Example 1

Referring to fig. 1, an anti-counterfeiting recognizer for magnifying and photographing identification comprises a magnifying glass 1 for photographing identification and anti-counterfeiting of photographing equipment, wherein the magnifying glass 1 comprises a magnifying lens 2, the top end of the magnifying lens 2 is provided with a protrusion 4, when photographing identification is carried out, the protrusion 4 is located between the top end of the magnifying lens 2 and a single photographing lens 3 of the photographing equipment, the protrusion 4 is abutted to a lens plane of the single photographing lens 3 of the photographing equipment, and the protrusion 4 projects the photographing equipment, wherein the projection area of the lens plane of the single photographing lens 3 is smaller than one third of the area of the lens plane of the single photographing lens 3 of the photographing equipment in a photographing identification state.

Preferably, the photographing device is a multi-lens photographing device, such as a multi-camera mobile phone.

Preferably, the photographing device is a tablet computer.

Preferably, the top end of the projection is provided with a colored coating.

Preferably, the coloured coating is a dark coating, for example a red coating.

Preferably, the height of the protrusions is not greater than 1 mm.

Preferably, in the photographing recognition state, a diameter of a minimum enclosing circle that encloses a projection pattern of the projection of the protrusion onto the lens plane of the single photographing lens of the photographing apparatus is not more than 1.5 mm.

The magnifying lens is used for being matched with the photographing device 5 to perform amplification identification on the anti-counterfeiting characteristics, and the shape of the magnifying lens 2 is cylindrical.

Example 2

Referring to fig. 2, in contrast to embodiment 1, the magnifying lens 2 has a parabolic rotor shape, i.e., a rotor shape obtained by rotating a parabola one turn around a central axis.

Example 3

Referring to fig. 3, a photographing identification anti-counterfeiting system with a cylindrical magnifying lens comprises an anti-counterfeiting mark system, wherein the anti-counterfeiting mark system comprises the magnifying lens 1 for photographing identification anti-counterfeiting of photographing equipment, the anti-counterfeiting mark system further comprises an anti-counterfeiting mark 6, under the condition of no magnification, human eyes cannot distinguish anti-counterfeiting functional features in the anti-counterfeiting mark 6, and the anti-counterfeiting functional features comprise anti-counterfeiting fibers or anti-counterfeiting textures.

The anti-counterfeiting fibers are randomly distributed in the anti-counterfeiting mark, and under the condition of no amplification, the randomly distributed characteristics formed by the randomly distributed anti-counterfeiting fibers cannot be distinguished by human eyes, wherein the randomly distributed characteristics refer to the distribution images and/or the characteristics of the distribution images of the anti-counterfeiting fibers randomly distributed in the anti-counterfeiting mark.

The texture elements of the anti-counterfeiting texture are randomly distributed, under the condition of no amplification, human eyes cannot distinguish the random texture distribution characteristics formed by the random distribution of the texture elements, and the random texture distribution characteristics refer to the distribution images and/or the characteristics of the distribution images of the texture elements randomly distributed in the anti-counterfeiting functional layer.

Referring to fig. 5, the anti-counterfeiting mark 6 is a texture anti-counterfeiting mark, the anti-counterfeiting functional feature is an anti-counterfeiting texture, the anti-counterfeiting texture is composed of texture elements 7, the texture anti-counterfeiting mark comprises a carrier 8 and the texture elements 7 randomly distributed on the carrier, human eyes cannot distinguish the random texture distribution feature composed of the randomly distributed texture elements 7 under the condition of no amplification, and the random texture distribution feature refers to a distribution image and/or a distribution image feature of the randomly distributed texture elements 7 on the carrier.

The texture anti-counterfeiting mark further comprises a code, under the condition of no amplification, human eyes cannot distinguish the code, and the code is a two-dimensional code 9. Under the condition of no amplification, the human eye cannot distinguish the two-dimensional code 9. Acquiring a distribution image of texture elements and/or characteristics of the distribution image in the texture anti-counterfeiting mark under an amplification condition as a distribution characteristic, storing the distribution characteristic acquired under the amplification condition in a background of the identification system as a storage distribution characteristic, acquiring the two-dimensional code in the texture anti-counterfeiting mark under the amplification condition and storing the two-dimensional code in the background of the identification system corresponding to the storage distribution characteristic, and checking the authenticity of the texture anti-counterfeiting mark by a person to be identified by calling the corresponding storage distribution characteristic through the two-dimensional code on the texture anti-counterfeiting mark to be identified.

Preferably, referring to fig. 6, the texture elements 4 in the texture anti-counterfeit mark are randomly formed in the manufacturing process of the two-dimensional code 9, the random texture patterns formed by the texture elements 4 in random distribution are different and correspond to the two-dimensional code 9, the random texture patterns do not affect the recognition of the two-dimensional code 9, the random texture patterns can be visually recognized under the photographing condition of the amplification recognizer, the texture elements 7 are the random details 10 of the two-dimensional code 9, the random details 10 can be sawtooth details at the edge of the square of the two-dimensional code 9, or fine white-dot white lines on the square of the two-dimensional code 9, and the like, and the texture anti-counterfeit mark is very simple to manufacture and can have a small area, for example, 0.5mm × 0.5 mm.

Preferably, referring to fig. 7, the texture elements 7 in the texture anti-counterfeit mark are distributed in the pattern area of the two-dimensional code 9, the pattern of the two-dimensional code 9 is black, and the texture elements 7 in the pattern area of the two-dimensional code 9 are red, yellow or light gray ink dots or lines, so that the recognition of the two-dimensional code 9 is not affected after the magnified recognizer takes a picture, that is, the image recognition software of the magnified recognizer can distinguish the black color of the two-dimensional code 9 from the color of the texture elements 7.

The texture anti-counterfeiting mark is very simple to manufacture, low in cost and small in area, such as 0.5mm x 0.5mm, but the color selection of the texture elements 7 is limited.

Preferably, referring to fig. 8, the texture elements 7 in the texture anti-counterfeit mark are distributed in and outside the pattern area of the two-dimensional code 9, the pattern of the two-dimensional code 9 is black, the texture elements 7 in the pattern area of the two-dimensional code 9 are red, yellow or light gray ink dots or lines, the magnified recognizer does not affect the reading of the two-dimensional code 9 after photographing, that is, the image recognition software of the magnified recognizer can distinguish the black color of the two-dimensional code 9 from the color of the texture elements 7, the color selection of the texture distribution outside the pattern area of the two-dimensional code 9 is not limited, and the manufacturing process of the texture anti-counterfeit mark is relatively complex.

Preferably, referring to fig. 9, the texture elements 7 in the texture anti-counterfeiting mark are distributed outside the pattern area of the two-dimensional code 9, the pattern of the two-dimensional code 9 is black, the color selection of the texture elements 7 outside the pattern area of the two-dimensional code 9 is not limited, the manufacturing process of the texture anti-counterfeiting mark is relatively complex, and a shielding layer needs to be coated on the pattern of the two-dimensional code 9 before the texture elements 7 are distributed.

Preferably, the carrier 8 is a transparent viewing substrate, and the textured elements 7 are disposed on an upper surface or a lower surface of the transparent viewing substrate.

Preferably, the transparent viewing substrate is glass.

Example 4

Referring to fig. 4, a photographing identification anti-counterfeiting system with a parabolic rotating body as a magnifying lens, as compared with embodiment 3, the magnifying lens is in the shape of a parabolic rotating body, that is, a rotating body shape obtained by rotating a parabola around a central axis for one circle.

Example 5

An anti-counterfeiting structure system comprises any anti-counterfeiting mark system and a pasted object, wherein an anti-counterfeiting mark 6 of the anti-counterfeiting mark system is arranged on the pasted object, and the pasted object is an anti-counterfeiting object or a package of the anti-counterfeiting object.

The above description is only a part of the preferred embodiments of the present invention, but the scope of the present invention is not limited thereto, and any changes or alternative embodiments that can be easily conceived by those skilled in the art within the technical scope of the present invention should be covered by the present invention, and the scope of the present invention should be subject to the protection scope of the claims.

Claims (22)

1. The utility model provides a magnifying glass for photographing equipment discernment is anti-fake, includes magnifying lens, its characterized in that, magnifying lens's top is provided with the arch, during the discernment of shooing, the arch is located magnifying lens top with between the single camera lens of the equipment of shooing, just the arch with the equipment of shooing single camera lens's camera lens plane offsets, under the discernment state of shooing, protruding projection arrives the equipment of shooing single camera lens's camera lens plane's projection area is less than the equipment of shooing single camera lens's the third of single camera lens's camera lens plane's area.

2. The magnifying glass for photographing, identifying and anti-counterfeiting of photographing equipment according to claim 1, wherein the photographing equipment is a mobile phone.

3. The magnifier for photographing equipment to recognize forgery according to claim 1 or 2, wherein the top end of the protrusion is provided with a colored coating.

4. The magnifying glass for photographing equipment to recognize forgery and prevent from being falsified according to claim 3, wherein the colored coating is a dark color coating.

5. The magnifier for photographing equipment to recognize forgery according to claim 1, 2 or 4, wherein the height of the protrusion is not more than 1 mm.

6. The magnifier for photographing identification forgery prevention of photographing equipment according to claim 1, 2 or 4, wherein in the photographing identification state, the diameter of the smallest enveloping circle that encloses the projection pattern of the projection protrusion onto the lens plane of the single photographing lens of the photographing equipment is not more than 1.5 mm.

7. The magnifier for photographing equipment to recognize forgery and recognize of the claim of claim 1, 2 or 4, wherein the magnifier lens is in the shape of a rotator obtained by rotating a parabola around a central axis.

8. An anti-counterfeiting mark system comprises a magnifying glass and an anti-counterfeiting mark, and is characterized in that the magnifying glass is the magnifying glass for photographing and identifying the anti-counterfeiting mark by the photographing equipment according to any one of claims 1 to 7, and the anti-counterfeiting function characteristics in the anti-counterfeiting mark cannot be distinguished by human eyes under the condition of no magnification.

9. The system of claim 8, wherein the functional security feature comprises security fibers or security textures.

10. The system according to claim 9, wherein the anti-counterfeit fibers are randomly distributed in the anti-counterfeit label, and the randomly distributed features of the randomly distributed anti-counterfeit fibers cannot be distinguished by human eyes without amplification, and the randomly distributed features refer to the distribution image and/or the features of the distribution image of the anti-counterfeit fibers randomly distributed in the anti-counterfeit label;

the texture elements of the anti-counterfeiting texture are randomly distributed, under the condition of no amplification, human eyes cannot distinguish the random texture distribution characteristics formed by the random distribution of the texture elements, and the random texture distribution characteristics refer to the distribution images and/or the characteristics of the distribution images of the texture elements randomly distributed in the anti-counterfeiting functional layer.

11. The system of claim 10, wherein the security feature is a textured security feature, the functional security feature is a security texture, and the security texture is formed of textured elements.

12. The system according to claim 11, wherein the textured anti-counterfeit mark comprises a carrier and the textured elements randomly distributed on the carrier, and a random texture distribution feature formed by the randomly distributed textured elements is indistinguishable by human eyes without magnification, and the random texture distribution feature refers to a distribution image and/or a feature of the distribution image of the randomly distributed textured elements on the carrier.

13. The system of claim 12, wherein the textured security feature further comprises a code that is indistinguishable by the human eye without magnification.

14. The system of claim 13, wherein the texture elements of the texture anti-counterfeit mark are randomly formed during the encoding process, the random texture patterns formed by the random distribution of the texture elements are different and correspond to the codes, the random texture patterns do not affect the identification of the codes, the texture elements are the random details of the codes, and the random details are the saw teeth at the edges of the codes or the fine white dots of the codes.

15. The system according to claim 13, wherein the texture elements are randomly distributed in the code pattern, the random texture pattern formed by the random distribution of the texture elements has a gray scale or color difference from the code pattern, and the difference can be distinguished by image recognition and/or human eyes.

16. The system according to claim 13, wherein said textured elements are randomly distributed in and out of the coded pattern, the random textured pattern formed by the random distribution of said textured elements in the coded pattern has a difference in gray scale or color from the coded pattern, and said difference can be distinguished by image recognition and/or human eyes.

17. The system according to claim 13, wherein the textured elements are randomly distributed outside the coded pattern.

18. A security marking system as claimed in any one of claims 12 to 17 wherein said carrier is a transparent viewing substrate.

19. The identification system of claim 18 wherein the textured element is disposed on the upper or lower surface of the transparent viewing substrate.

20. The authentication mark system of claim 18 wherein said transparent viewing substrate is glass.

21. A security feature system comprising an adherend, and further comprising the security marking system of any of claims 8 to 20, the security marking of the security marking system being provided on the adherend.

22. A security feature system as claimed in claim 21 in which the substrate is a security object or a package for a security object.

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