KR100312790B1 - securities applied sensing element for infrared detector - Google Patents

Abstract

The present invention relates to securities that are identified and distinguished by an automated teller machine, wherein the infrared absorption ink and the reflective ink are arranged in a predetermined pattern on the same line of the securities sensing line recognized by the sensor of the automated teller machine. The use of securities manufactured by printing application can prevent the forgery and forgery of the securities, and the identification and classification of the securities can be performed more reliably and reliably.

Description

Banknotes and checks applied with infrared device detection element {securities applied sensing element for infrared detector}

The present invention is to more reliably and accurately identify and classify the forgery and severity of the securities, while preventing the forgery and forgery of the securities identified and distinguished by the automated teller machine. By applying a certain pattern of infrared device sensing elements (infrared absorption ink and reflective ink) to a sensing line of securities (intangible lines through which the securities must pass through the sensing part of the device), which is a part detected by the sensor. The present invention relates to securities manufactured to prevent forgery and forgery of securities, and to more reliably identify and classify securities, and a method of manufacturing the securities.

Representative examples of financial automation equipment currently used in the market include automatic banking machines, ATMs and automatic vending machines, and the sensing elements of these devices are magnetic ink and magnetic ink for character reading (MICR ink). , Fluorescent ink, and images of securities (design, color and size) are used, but most of them are weak in distinguishing forgery, forgery, and class of securities.

In addition, as a method using infrared rays, a visual identification method using an infrared lamp and a method of applying infrared absorbing ink or reflecting ink alone have been used, but these methods are also not suitable for distinguishing forgery, forgery, and class of securities. I couldn't.

In addition, a visual identification method using both infrared absorbing ink and reflective ink has been performed. However, these methods are printed with a print pattern having a weak infrared sensing intensity. Since the size of the infrared device sensing element printing pattern is smaller than the proper size necessary for the operation of the automatic teller machine, it often happens that the authenticity is incorrectly recognized as the counterfeit / modulation right during the operation of the device. In addition, the infrared absorption ink and the reflective ink in the securities are not disposed so as to be accurately recognized in the sensing unit of the automated teller machine, there is a problem in that the true, counterfeit and securities of the securities cannot be accurately distinguished.

In order to solve the above problems, the inventors of the present invention predetermine an infrared device sensing element consisting of infrared absorption ink and reflection ink on a securities sensing line, which is a part recognized by the sensing unit of the automatic teller machine. Solving the above problems by applying the printing pattern, size, and arrangement, to prevent the forgery and forgery of the securities, and found that the identification and classification of securities can be performed more reliably and reliably and completed the present invention.

An object of the present invention is to provide a security securities and a method of manufacturing the same, which can prevent the forgery and forgery of the securities and at the same time, the authenticity and the classification of the securities and the classification of the class by the automated teller machine.

1 is a comparison of the infrared sensitivity of the line drawing and area print pattern,

2 shows an example of a security in which the infrared absorption ink and the reflective ink are printed and applied to the longitudinal (horizontal) sensing line of the security.

3 illustrates an example of a security in which infrared absorption ink and reflective ink are applied to a height direction (vertical) sensing line of the security,

4 shows an example of a security in which the infrared absorption ink and the reflective ink are applied to the sensing line in both the length and the height direction of the security.

In order to achieve the above object, in the present invention, a securities in which an infrared device sensing element consisting of an infrared absorption ink and a reflection ink is applied in a predetermined pattern on a security sensing line recognized by a sensor of a financial teller machine. To provide.

In addition, the present invention provides a method for manufacturing a security by printing the infrared absorption ink and the reflective ink in a predetermined pattern on the security sensing line recognized by the sensing unit of the automated teller machine.

As the infrared device detecting element of the present invention, infrared absorbing ink and reflecting ink of the same color or infrared absorbing ink and reflecting ink of different colors can be used, and these are accurately detected by the sensing unit of the automatic teller machine, Allows classifiers.

As shown in FIG. 1, the infrared sensitivity is further improved when printed with the area pattern b rather than the linearization pattern a. Therefore, in the present invention, an area pattern having a line width of 0.6 to 50 mm, preferably 1 to 30 mm, is used. Use

In addition, the size of application of the printing pattern of the infrared device sensing element is the size of the infrared sensing unit, the tolerance range in the banknote manufacturing process (printing and cutting process), the tolerance range in the distribution process, and the left and right movement in the operation of the automatic teller machine. It may be determined for the height direction and the longitudinal direction, respectively, in consideration of a shift or the like.

In one embodiment according to the present invention, the infrared absorption ink and the reflective ink are applied to the sensing line in the longitudinal direction of the security so as to be 6 to 76 mm in the height direction (vertical direction) on the same line of the sensing line, preferably 8 to 76 mm. Each of the infrared absorption ink patterns and the reflective ink patterns having a size of 40 mm and a length of 3 to 80 mm, preferably 4 to 40 mm is adjacent to each other, or an interval of 3 to 30 mm, preferably 5 to 10 mm is provided. You can put and print.

In another embodiment according to the present invention, the infrared absorption ink and the reflective ink are applied to the sensing line in the height direction of the security, so that the length is 10 to 80 mm, preferably 14 to 40 mm, on the same line of the sensing line. Infrared absorbing ink and reflective ink patterns each having a size of 3 to 76 mm, preferably 4 to 40 mm in the height direction may be adjacent to each other or may be printed at intervals of 3 to 30 mm, preferably 5 to 10 mm. .

In another embodiment according to the present invention, the infrared absorption ink and the reflective ink are applied to the sensing lines in both the length and the height direction of the security, so that they are 10 to 80 mm in the longitudinal direction on the sensing line collinear, preferably 14 to 80 mm. Infrared absorption ink and reflective ink of a predetermined pattern of 40 mm, 6 to 76 mm, preferably 8 to 40 mm in the height direction may be applied.

According to the present invention, the combination of the infrared absorption ink and the reflective ink is not limited to the above description and may be applied in various design forms as long as it can be identified by the sensing unit of the automatic teller machine. For example, the infrared absorbing ink and the reflecting ink pattern are diagonally divided into rectangles having a length of 14 to 80 mm and a height of 8 to 76 mm in a diagonal manner to apply the infrared absorbing ink and the reflecting ink to each of them, or the length 22 Infrared absorbing ink and reflecting ink may be independently applied to an outer rectangle having a size of about 80 mm, a height of 16 to 76 mm, and an inner rectangle having a length of 14 to 72 mm and a height of 8 to 68 mm, respectively. .

Hereinafter, the present invention will be described in more detail with reference to the following examples. However, the following examples are only for illustrating the present invention, and the scope of the present invention is not limited thereto.

Example 1

To manufacture securities for which banknote automatic dispensers and vending machines can distinguish true and false, and classifiers, and for securities for which ATMs can identify true and false, In the form of (a) and (b) of FIG. 2, a securities obtained by applying the infrared absorption ink and the reflective ink on the same line as the sensing line in the banknote longitudinal direction (horizontal direction) were prepared. Figure 2 shows an example of the securities in which the infrared absorption ink and the reflective ink is applied to the transverse sensing line of the security, in (a) a predetermined pattern having a size of 8mm in the height direction, 4mm in the longitudinal direction. Infrared absorbing ink and reflecting ink were applied adjacent to each other and differentiated by changing the pattern shape per each volume and having a gap of 5mm. In (b), infrared absorption of a predetermined pattern having a size of 8mm in the height direction and 4mm in the length direction. This is an example of applying 5mm gap between ink and reflective ink. At this time, the printing pattern was an area pattern having a line width of 1 mm.

Example 2

In order to manufacture securities that ATMs can distinguish between true and false categories and classifiers, the infrared absorption ink and the reflective ink in the form of (a) and (b) of FIG. The securities were applied to the same line of the sensing line. Figure 3 shows an example of the securities in which the infrared absorption ink and the reflective ink is applied to the height sensing line of the security, in (a) a predetermined pattern having a size of 14mm in the longitudinal direction, 4mm in the height direction Infrared absorbing ink and reflective ink were applied by printing adjacent to each other and differentiated by changing the pattern shape per each volume and spaced 5mm. In (b), infrared absorption of a predetermined pattern having a size of 14mm in the length direction and 4mm in the height direction. This is an example of applying 5mm gap between ink and reflective ink. At this time, the printing pattern was an area pattern having a line width of 1 mm.

Example 3

In order to manufacture securities in which banknote automatic sorting machines, ATMs, and vending machines can distinguish true and false and classify, the infrared absorption ink and reflective ink in the form of FIG. Securities were applied to the same line of sensing lines in the longitudinal and longitudinal directions. Figure 4 shows an example of the securities obtained by applying the infrared absorption ink and the reflective ink to the sensing line in both the length and height direction of the security, the infrared absorption ink and reflective ink pattern in (a) is, the length Infrared absorbing ink and reflecting ink were applied to each of the rectangles having a size of 14 mm and a height of 8 mm diagonally, and the infrared absorbing ink and reflecting ink patterns in (b) and (c) were 22 mm long and 16 mm high. Infrared absorbing ink and reflecting ink were independently applied to an outer rectangle having a size of and an inner rectangle having a length of 14 mm and an inner rectangle having a size of 8 mm. At this time, the printing pattern was an area pattern having a line width of 1 mm.

As described above, the use of the securities printed by applying a predetermined pattern of infrared device sensing elements consisting of infrared absorption ink and reflection ink on the security detection line recognized by the sensing unit of the automated teller machine can be forged or forged. Can be prevented, and the identification and classifier classification can be performed more accurately and reliably.

Claims (7)

A banknote or check printed with an area pattern of 0.6 to 50 mm in line width consisting of infrared absorption ink and reflection ink on a securities detection line recognized by a sensor of the automated teller machine. The method of claim 1, The infrared absorbing ink and the reflective ink each have a predetermined pattern of 6 to 76 mm in height (length) and 3 to 80 mm in length (width) on the longitudinal (horizontal) sensing line of the security, and the infrared absorbing ink pattern and the reflective ink pattern Banknotes or checks characterized in that the adjacent or printed at intervals of 3 to 30mm. The method of claim 1, The infrared absorbing ink and the reflecting ink each have a predetermined pattern having a length of 10 to 80 mm and a height of 3 to 76 mm on the height sensing line of the security, and the infrared absorbing ink pattern and the reflecting ink pattern are adjacent to each other or have an interval of 3 to 30 mm. A banknote or check characterized in that it is printed and applied. The method of claim 1, A banknote or check characterized in that the infrared absorption ink and the reflective ink are printed together in a predetermined pattern having a length of 10 to 80 mm and a height of 6 to 76 mm together on the length and height direction detection lines of the security. The method of claim 4, wherein A banknote or check characterized in that the infrared absorbing ink and the reflective ink pattern are formed by dividing a rectangle having a length of 14 to 80 mm and a height of 8 to 76 mm diagonally by applying an infrared absorbing ink and a reflective ink to each. The method of claim 4, wherein The infrared absorption ink and the reflective ink pattern are respectively independently absorbed by an external rectangle having a size of 22 to 80 mm long and 16 to 76 mm high and an inner rectangle having a length of 14 to 72 mm long and 8 to 68 mm high inside. A banknote or check characterized by the printing and application of ink and reflective ink. The method of claim 1, A banknote or check characterized in that the automated teller machine is a bank note dispenser, an ATM or a vending machine.