CN213228080U - Anti-fake ticket made of digital anti-fake element - Google Patents

Abstract

The utility model provides an anti-fake ticket that digital anti-fake element made, includes the ticket of a plurality of sets of coincide, every set of ticket all includes first ticket and second ticket, the bottom of first ticket is equipped with the transparent non-setting adhesive subsides that the fifty percent discount set up, and the one side of the transparent non-setting adhesive subsides after the fifty percent discount bonds in first ticket bottom, and the another side of the transparent non-setting adhesive subsides after the fifty percent discount bonds and has transparent release paper, the utility model has the advantages of: an anti-fake ticket that digital anti-fake element made have can not duplicate, masses' big advantage easy discernment.

Description

Anti-fake ticket made of digital anti-fake element

Technical Field

The utility model belongs to the technical field of anti-fake ticket technique and specifically relates to an anti-fake ticket that digital anti-fake element was made.

Background

Most of the anti-counterfeiting technical means of the existing anti-counterfeiting tickets belong to the traditional anti-counterfeiting technology or the extension field thereof, and along with the rapid development of high-precision image copying equipment in recent years, especially the great popularization of high-resolution scanners and intelligent copiers, the tickets are easy to crack by relying on the traditional anti-counterfeiting technology, so that the tickets are copied in large batches or are modified and counterfeited after being processed in the later period, the normal anti-counterfeiting effect cannot be achieved, great hidden dangers are brought to daily life and social order, and the problem that how to strengthen the anti-counterfeiting performance of the tickets is urgently needed to be solved at present.

Disclosure of Invention

In order to solve the above problems, an object of the present invention is to provide an anti-counterfeit ticket made of digital anti-counterfeit elements, which has better anti-counterfeit performance, easy identification of products, suitability for mass identification, and capability of effectively solving the problem of ticket mass duplication or later modification counterfeiting.

The utility model provides a technical scheme that its technical problem adopted is: the utility model relates to an anti-counterfeiting ticket made of digital anti-counterfeiting elements, which comprises a plurality of sets of overlapped tickets, wherein each set of tickets comprises a first ticket and a second ticket, the bottom of the first ticket is provided with a transparent non-drying sticker arranged in a folded manner, one surface of the transparent non-drying sticker after being folded is adhered to the bottom of the first ticket, the other surface of the transparent non-drying sticker after being folded is adhered with transparent release paper, the bottom of the transparent release paper is fixedly connected with the second ticket, easy-tearing labels are adhered at the positions at the two ends of the first ticket and the second ticket, when the easy-tearing labels at the two ends are torn and the transparent release paper is separated from the transparent non-drying sticker, the transparent non-drying sticker can rotate to the upper side surface of the first ticket and is adhered and fixed with the first ticket, the tickets are all positioned in a storage box, the bottom of the storage box is hinged with an L-shaped buckle cover, the storage box can be sealed by the L-shaped, the baffle is installed in the articulated one end of keeping away from L type buckle closure in receiver inside, and it has the connecting plate to articulate between baffle and the L type buckle closure, and when L type buckle closure rotated and opened, the baffle can push out the receiver with the slope of ticket. The L-shaped buckle cover is provided with a glass plate, the glass plate is covered with a polarization film, and the ticket is printed with a hidden anti-counterfeiting pattern. The easy-to-tear label is provided with anti-counterfeiting elements, and the anti-counterfeiting elements consist of dynamic digital elements. The dynamic digital elements are formed by combining complicated, fine, exquisite and high-resolution shading patterns with information technology, and combining the randomness and the complexity of the patterns with the information hiding technology of lines.

The utility model has the advantages of: an anti-fake ticket that digital anti-fake element made have and can not duplicate, masses' big advantage of easy discernment summarizes to following several aspects:

1) the printing technology and the information technology are integrated, complex, fine, exquisite and high-resolution shading patterns of the original anti-counterfeiting design are combined with the information technology, randomness and complexity of the patterns are combined with an information hiding technology of lines, and real-time hiding of different information streams is achieved.

2) Variable data printing is adopted for combination, and the combination is completed on a data printing machine at one time, so that the security of document data is improved.

3) The anti-counterfeiting identification performance is better, the product is easy to identify, and the product is suitable for mass identification and only needs to be identified by eyes. Each ticket is a personalized product, is difficult to imitate and has moderate cost. Effectively solving tickets) is mass duplicated. The product has long stability period and high safety.

Drawings

Fig. 1 is a schematic structural diagram of the present invention;

FIG. 2 is a schematic view showing a state where the L-shaped cover is opened;

FIG. 3 is a top view of FIG. 2;

FIG. 4 is a schematic view of a set of tickets;

FIG. 5 is a top view of FIG. 4;

FIG. 6 is a schematic view showing the state that the transparent sticker is folded over the first ticket.

Detailed Description

The utility model relates to an anti-counterfeit ticket made of digital anti-counterfeit elements, which comprises a plurality of sets of overlapped tickets, as shown in figure 4, each set of ticket comprises a first ticket 1 and a second ticket 2, the bottom of the first ticket 1 is provided with a transparent self-adhesive sticker 3 arranged in a folded manner, one surface of the transparent self-adhesive sticker 3 after being folded is adhered to the bottom of the first ticket 1, the other surface of the transparent self-adhesive sticker 3 after being folded is adhered with a transparent release paper 4, the bottom of the transparent release paper 4 is fixedly connected with the second ticket 2, the transparent release paper 4 can be separated from the transparent self-adhesive sticker 3 under the external force, namely, the separation of the first ticket 1 and the second ticket 2 is completed, wherein the first ticket 1 and the second ticket 2 can be made of the existing pressure sensitive paper, the upper side surface of the transparent self-adhesive sticker 3 after being folded is adhered with the first ticket 1, the lower side surface of the transparent self-adhesive sticker 3 after being folded is adhered with the transparent release paper 4, the folded inner side surface of the transparent self-adhesive sticker 3 is not provided with adhesive.

In order to facilitate the taking out of the first sheet 1 and the second sheet 2 as a whole, as shown in figure 5, easy-to-tear labels 5 are respectively bonded at two ends of the first ticket 1 and the second ticket 2, the easy-to-tear labels 5 can be existing aluminum foil labels or other easy-to-tear materials, the easy-to-tear labels 5 can be used as connecting pieces of the first ticket 1 and the second ticket 2 in the same set of tickets, so that the transparent non-drying adhesive labels 3 are in a folded state, and the first ticket 1 and the second ticket 2 can be taken out together as a whole when being taken, after the easy-to-tear labels 5 at the two ends are torn, the easy-to-tear labels 5 on the respective sides of the first ticket 1 and the second ticket 2 are remained, can easily tear fracture on the label 5 through contrast both sides and carry out anti-fake identification, also can print specific anti-fake pattern on easily tearing label 5 to strengthen the antifalsification ability of whole bill.

As shown in fig. 6, when the easy-to-tear labels 5 at the two ends are torn, and the transparent release paper 4 is separated from the transparent adhesive sticker 3, the transparent adhesive sticker 3 arranged in a folded manner can rotate to the upper side surface of the first ticket 1 and is bonded and fixed with the first ticket, so that falsification of data information on the first ticket 1 after the ticket is opened can be effectively prevented, wherein the arrangement of the transparent adhesive sticker 3 and the transparent release paper 4 does not influence the checking and verification of the data information on the first ticket 1 and the second ticket 2 by a user, the first ticket 1 is positioned between the transparent adhesive stickers 3 after being folded, and the upper side surface of the first ticket 1 is bonded with one surface of the transparent adhesive sticker 3 with adhesive.

In order to facilitate storage and taking of tickets, as shown in fig. 1, the tickets are all located in the storage box 6, the bottom of one end of the storage box 6 is hinged with an L-shaped buckle cover 7, and the storage box 6 can be sealed by the L-shaped buckle cover 7 to protect the tickets inside the storage box 6. The baffle 8 is hinged to one end, far away from the L-shaped buckle cover 7, of the storage box 6, the tickets are located between the baffle 8 and the L-shaped buckle cover 7, the connecting plate 9 is hinged between the baffle 8 and the L-shaped buckle cover 7, as shown in fig. 2 and 3, when the L-shaped buckle cover 7 is opened in a rotating mode, the storage box 6 can be pushed out in an inclined mode through the baffle 8 under the driving of the connecting plate 9, obvious layering occurs between adjacent tickets, so that a single ticket can be taken conveniently, the ticket in an inclined state can be taken at the end portion, exposed out of one end of the storage box 6, the situation that the tickets are taken out in a connected mode can be avoided, after the taking is finished, the L-shaped buckle cover 7 is rotated reversely, and the tickets are reset to the interior of the storage box 6.

Furthermore, in order to facilitate identification and anti-counterfeiting of the ticket, the L-shaped buckle cover 7 is provided with the glass plate 10, the glass plate 10 is covered with the polarizing film 11, the ticket is printed with the invisible anti-counterfeiting pattern, the invisible anti-counterfeiting pattern is a solid material integrating a refraction effect, a temperature effect and a polarization effect, when the polarizing film 11 is positioned on the invisible anti-counterfeiting pattern, a 90-degree direct view is red, the polarizing film is bright green when facing a light source and being observed at 45 degrees with a paper plane, and the refractive index, the polarization angle and the like of the polarizing film 11 completely correspond to the performance of the solid material on the invisible anti-counterfeiting pattern, so that the identification purpose is achieved.

Furthermore, the easy-to-tear label 5 is provided with anti-counterfeiting elements, the anti-counterfeiting elements are composed of dynamic digital elements, the dynamic digital elements are formed by combining complicated, fine, exquisite and high-resolution shading patterns with information technology, and the randomness and the complexity of the patterns and the information hiding technology of lines are combined to realize the real-time hiding of different information. The core of the method is anti-counterfeiting through lines, and the difficulty of copying the printed matter is increased due to the characteristics of complexity, randomness, fineness and the like of the shading patterns.

Different from general printed matter, general printed matter is that the size is even and regular digit constitutes, and the utility model discloses a system is made according to the algorithm, gathers anti-fake information in real time and forms the database, utilizes the computer random generation a unique anti-fake code, and every ticket of anti-fake ticket all has the number or the anti-fake code of unique identity characteristic, and every ticket all has unique identity characteristic, and every ticket all is individualized product, difficult imitative, and the cost is moderate, effectively solves the problem by the batch duplication of ticket. The method can also be completed on a printing machine at one time by combining variable data printing and traditional printing so as to improve the security of the document data.

The technology is combined with variable data printing, entrance tickets, certificates and the like can be printed in batches, the shading on each ticket is different, and the information hidden in the shading is bound with the specific code on the ticket, so that the ideal anti-counterfeiting purpose can be achieved. Even if the counterfeiter simulates a shading by means of manual repair and the like, if the hidden information is inconsistent with the specific code on the bill, the bill can be judged to be counterfeit, and the threshold of illegal copying and counterfeiting is improved to a certain extent. The safety shading is not only complex arrangement of lines, but also a carrier for hiding information, for example, characteristics such as line trend, thickness distribution and the like represent different information, and real-time hiding of different information streams is realized through slight modulation of parameters.

Technical scheme of the utility model not be restricted to the utility model the within range of embodiment. The technical contents not described in detail in the present invention are all known techniques.

Claims (4)

1. An anti-counterfeiting ticket made of digital anti-counterfeiting elements is characterized in that: the ticket comprises a plurality of sets of stacked tickets, each set of ticket comprises a first ticket (1) and a second ticket (2), a transparent adhesive sticker (3) arranged in a folded manner is arranged at the bottom of the first ticket (1), one surface of the folded transparent adhesive sticker (3) is bonded at the bottom of the first ticket (1), transparent release paper (4) is bonded at the other surface of the folded transparent adhesive sticker (3), the bottom of the transparent release paper (4) is fixedly connected with the second ticket (2), easy-to-tear labels (5) are bonded at two ends of the first ticket (1) and the second ticket (2), when the easy-to-tear labels (5) at the two ends are torn and the transparent release paper (4) is separated from the transparent adhesive sticker (3), the transparent adhesive sticker (3) can rotate to the upper side surface of the first ticket (1) and is bonded and fixed with the first ticket (1), and the tickets are both located in a storage box (6), the bottom of receiver (6) one end articulates there is L type buckle closure (7), and L type buckle closure (7) can seal receiver (6), and the one end of keeping away from L type buckle closure (7) inside receiver (6) is articulated installs baffle (8), and it has connecting plate (9) to articulate between baffle (8) and L type buckle closure (7), and when L type buckle closure (7) rotated and opened, baffle (8) can release receiver (6) with the slope of ticket.

2. A security document made of a digital security element according to claim 1, wherein: the L-shaped buckle cover (7) is provided with a glass plate (10), the glass plate (10) is covered with a polarization film (11), and the ticket is printed with a hidden anti-counterfeiting pattern.

3. A security document made of a digital security element according to claim 1, wherein: the easy-to-tear label (5) is provided with anti-counterfeiting elements, and the anti-counterfeiting elements consist of dynamic digital elements.

4. A security document made of a digital security element according to claim 3, wherein: the dynamic digital elements are formed by combining complicated, fine, exquisite and high-resolution shading patterns with information technology, and combining the randomness and the complexity of the patterns with the information hiding technology of lines.

Images