TWM621698U - Structure of anti-fake article featuring light-deflecting imprint - Google Patents

Abstract

This invention creates an anti-counterfeiting object structure with refraction embossing, including a carrier, the surface of which is divided into a plurality of square virtual blocks, each of the square virtual blocks is divided into four spaces by a cross, and the four spaces are respectively set with planes or inclined planes, and each of the square virtual blocks is divided into four spaces. The inclined planes of the blocks are set with the same or different inclination angles; thereby, the production process is simple, which meets the needs of a small amount of diversity, and the displayed images are more variable, and the anti-counterfeiting and identification functions are improved.

Description

Refractive embossed anti-counterfeiting structure

This work is about an anti-counterfeiting object structure, especially a refractive-embossed anti-counterfeiting object structure.

Press, with the advancement of science and technology, people often come into contact with valuable printed matter or packaged products in their daily life. Images are often set on these valuable printed matter and packaged products, so as to present a different image from the text description. Different visual aesthetics, and images can be applied to it through printing, printer printing, plotter drawing, etc. However, the image does not have an anti-counterfeiting function, which greatly increases the probability of counterfeiting of valuable printed or packaged products. Therefore, these valuable printed or packaged products must be provided with an anti-counterfeiting function.

For example, the publication No. I453129 "Anti-counterfeiting element for anti-counterfeiting documents and its manufacturing method" is a conventional anti-counterfeiting structure, which has at least one at least partially transparent structural layer, a diffractive first relief structure and a Diffractive second relief structures, the first and second relief structures are at least partially arranged and at least partially different from each other, and are arranged in different planes of the security element when viewed parallel to the plane of the structure layer, wherein the The first relief structure is adjacent to a first reflective layer with a first outline, the second relief structure is adjacent to a second reflective layer with a second outline, and the first reflective layer and the second reflective layer are perpendicular Locally formed and at least partially overlapping when viewed in plan of the structural layers. The first reflective layer faces a viewer and the second information generated by the second relief structure is at least partially hidden in the overlapping area, and the second reflective layer faces the viewer in the overlapping area The first information generated by the first relief structure is at least partially hidden, thereby achieving an anti-counterfeiting function.

However, although the conventional anti-counterfeiting structure does not require the help of specific instruments and is easy for the general public to identify, it has the disadvantages of cumbersome production process and high production cost, and cannot meet the needs of a small amount of diversification. The purchase cost is increased and the acceptance is not high, and the practicality is not good.

In view of the above-mentioned shortcomings of the conventional anti-counterfeiting technology, the author of this creation has thought about the idea of creation. After many discussions, trial production samples, and many revisions and improvements, this creation was launched.

The present invention provides an anti-counterfeiting object structure with refraction embossing, including a carrier, the surface of which is divided into a plurality of square virtual blocks, each of the square virtual blocks is divided into four spaces by a cross, and the four spaces are respectively provided with planes or inclined planes, and each of the square virtual blocks is divided into four spaces. The slopes of the dummy blocks are set with the same or different slope angles, and the slopes with the same slope angle of the square virtual blocks produce a light reflection effect, so that a predetermined image is displayed under a specific viewing angle.

The refraction embossed anti-counterfeiting structure of the invention has the advantages of simple production process and low production cost, and can meet the needs of a small amount of diversification.

10: Carrier

11: Square virtual block

111: Space

112: Plane

112a: first bevel

112b: Second bevel

112c: Third Bevel

20: First Image

30: Second Image

40: Third Image

The first picture is a schematic diagram of the structure of this creation.

The second picture is a partial three-dimensional view of this work.

The third picture is a schematic plan view of the square virtual block of this creation.

The fourth picture is a schematic diagram of this creation viewed from a specific perspective.

The fifth picture is a schematic diagram showing the first image in this creation.

The sixth picture is a schematic diagram of this creation viewed from another specific perspective.

The seventh picture is a schematic diagram showing the second image in this creation.

The eighth picture is a schematic diagram of this creation viewed from another specific perspective.

The ninth image is a schematic diagram showing the third image in this creation.

The following descriptions are further described below in conjunction with the drawings of the preferred embodiments of the present creation, so that those who are familiar with the related technologies of the present creation can implement it according to the statements in this specification.

First of all, please refer to the first figure to the third figure, which is an anti-counterfeiting object structure for the creation of refraction embossing, including a carrier 10, the carrier 10 can be a printed matter or a packaging product, etc., and the surface of the carrier 10 is divided into a plurality of squares Virtual block 11, each of the square virtual blocks 11 is divided into four spaces 111 by a cross, and the four spaces 111 are respectively provided with flat surfaces 112 or inclined surfaces by embossing, forming a shape similar to relief, and the inclined surfaces of each of the square virtual blocks 11 are provided With the same or different inclination angles, in this embodiment, each of the square dummy blocks 11 includes at least one plane 112 , and the inclined planes of each of the square dummy blocks 11 include a first inclined plane 112 a , a second inclined plane 112 b and a third inclined plane 112 b with different inclination angles. The inclined plane 112c, the first inclined plane 112a is inclined from left to right, the second inclined plane 112b is inclined from top to bottom, the third inclined plane 112c is inclined from right to left, but not limited to this, the square virtual area The four spaces 111 of the block 11 may not be provided with the plane 112, but may be provided with four inclined surfaces with different inclination angles.

When anti-counterfeiting identification is to be performed, as shown in the fourth and fifth figures, the first slope 112a of each of the square dummy blocks 11 can generate a light reflection effect (the second slope 112b and the first slope 112b at this time) The three inclined planes 112c have different inclination angles from the first inclined planes 112a, so no light reflection effect will be produced), so that a first image 20 (the shape of the first image 20 is determined by the respective specific viewing angles) is displayed. The first inclined surfaces 112a of the square virtual block 11 are arranged and formed). In this embodiment, the first image 20 is the English letter "A".

As shown in the sixth and seventh figures, a light reflection effect is generated by the second slopes 112b of the square dummy blocks 11 (at this time, the first slopes 112a and the third slopes 112c are different from the second slopes 112b due to their inclination angles). , so that no light reflection effect will be produced), so that a second image 30 (the shape of the second image 30 is arranged by the second slopes 112b of the square virtual blocks 11 is displayed under the corresponding specific viewing angle) composition), in this embodiment, the second image 30 is the English letter "B".

As shown in the eighth and ninth figures, a light reflection effect is produced by the third slopes 112c of the square dummy blocks 11 (at this time, the first slopes 112a and the second slopes 112b are different from the third slopes 112c due to their inclination angles). , so no light reflection effect will be produced), so that a third image 40 (the shape of the third image 40 is arranged by the third slopes 112c of the square virtual blocks 11 is displayed under the corresponding specific viewing angle) composition), in this embodiment, the third image 40 is the English letter "C".

Accordingly, a plurality of predetermined images (the first image 20 , the second image 30 , and the third image 40 ) can be displayed under different specific viewing angles, so as to achieve anti-counterfeiting and identification functions.

Furthermore, the first image 20 , the second image 30 and the third image 40 can be characters, patterns, lines or symbols, etc. in addition to the above-mentioned English letters.

From the structure of the above-mentioned specific embodiment, the following benefits can be obtained: the anti-counterfeiting object structure of the refraction embossing is created, the surface of the carrier 10 is divided into a plurality of square virtual blocks 11, and each of the square virtual blocks 11 is divided into four spaces 111 by a cross , the four spaces 111 are respectively set with planes 112 or inclined planes by embossing, the manufacturing process is simple, the manufacturing cost is low, and the To meet the needs of a small amount of diversification, the displayed images have more variability, and the relative anti-counterfeiting and identification functions are improved.

10: Carrier

11: Square virtual block

111: Space

112: Plane

112a: first bevel

112b: Second bevel

112c: Third Bevel

Claims (4)

An anti-counterfeiting object structure with refraction embossing comprises a carrier, the surface of the carrier is divided into a plurality of square virtual blocks, each of the square virtual blocks is divided into four spaces by a cross, the four spaces are respectively provided with planes or inclined planes, and each of the square virtual blocks The inclined surfaces of the device are provided with the same or different inclination angles, and the light reflection effect is produced by the inclined surfaces of the same inclination angle of each square virtual block, so that a predetermined image is displayed under a specific viewing angle. The anti-counterfeiting object structure of refractive embossing according to claim 1, wherein each of the square dummy blocks includes at least one plane, and the slope of each of the square dummy blocks includes a first slope, a second slope and a first slope with different slope angles. Three bevels. The refraction embossed anti-counterfeiting structure according to claim 2, wherein the first inclined surfaces of the square virtual blocks are arranged to form a first image, and the second inclined surfaces of the square virtual blocks are arranged to form a second image Like, the third inclined planes of each of the square virtual blocks are arranged to form a third image. The anti-counterfeiting object structure of refraction embossing according to claim 3, wherein the first image, the second image and the third image can be English letters, characters, patterns, lines or symbols.

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