JP2003118276A5

JP2003118276A5 -

Info

Publication number: JP2003118276A5
Application number: JP2001314238A
Authority: JP
Filing date: 2001-10-11
Publication date: 2005-04-21
Anticipated expiration: 2021-10-11

Description

【０００８】
【課題を解決するための手段】
請求項１記載の発明の証券発行装置は、
黒トナーで印刷する署名鑑印刷データを生成する第一の生成手段と、
前記署名鑑印刷データに基づいて、透明蛍光トナーで印刷する透明蛍光印刷データを生成する第二の生成手段と、
前記署名鑑印刷データを黒トナーで印刷する第一の印刷手段と、
前記透明蛍光印刷データを署名鑑が印刷される座標位置に対応する位置に透明蛍光トナーで印刷する第二の印刷手段と、
を具備したことを特徴としている。 0008
[Means for solving problems]
The securities issuing device of the invention according to claim 1 is
The first means of generating signature print data to be printed with black toner,
A second generation means for generating transparent fluorescent print data to be printed with transparent fluorescent toner based on the signature print data,
The first printing means for printing the signature print data with black toner,
A second printing means for printing the transparent fluorescent printing data at a position corresponding to the coordinate position where the signature is printed with the transparent fluorescent toner, and
It is characterized by having.

請求項４記載の発明の証券発行装置は、
黒トナーで印刷する署名鑑印刷データを生成する第一の生成手段と、
顧客データに基づいて、透明蛍光トナーで印刷する透明蛍光印刷データを生成する第二の生成手段と、
前記署名鑑印刷データを黒トナーで印刷する第一の印刷手段と、
前記透明蛍光印刷データを署名鑑が印刷される座標位置に対応する位置に透明蛍光トナーで印刷する第二の印刷手段と、
を具備したことを特徴としている。 The securities issuing device of the invention according to claim 4 is
The first means of generating signature print data to be printed with black toner,
A second generation means for generating transparent fluorescent print data to be printed with transparent fluorescent toner based on customer data,
The first printing means for printing the signature print data with black toner,
A second printing means for printing the transparent fluorescent printing data at a position corresponding to the coordinate position where the signature is printed with the transparent fluorescent toner, and
It is characterized by having.

請求項５記載の発明の証券発行装置は、
黒トナーで印刷する印刷データを生成する第一の生成手段と、
顧客データに基づいて、透明蛍光トナーで印刷する透明蛍光印刷データを生成する第二の生成手段と、
前記印刷データを黒トナーで印刷する第一の印刷手段と、前記透明蛍光印刷データを透明蛍光トナーで印刷する第二の印刷手段と、
を具備したことを特徴としている。 The securities issuing device of the invention according to claim 5 is
The first means of generating print data to be printed with black toner,
A second generation means for generating transparent fluorescent print data to be printed with transparent fluorescent toner based on customer data,
A first printing means for printing the print data with black toner, a second printing means for printing the transparent fluorescent print data with transparent fluorescent toner, and the like.
It is characterized by having.

【０１０２】
【発明の効果】
請求項１記載の発明の証券発行装置、及び請求項６記載の発明のプログラムによれば、証券毎に異なる署名鑑を黒トナーで印刷すると共に、その署名鑑が印刷される座標位置に対応する位置に、透明で、且つ、紫外線の照射により蛍光する透明蛍光トナーを用いて透明蛍光印刷データを印刷する。例えば、透明蛍光トナーを用いて署名鑑を証券に印刷する場合に、コピー機やスキャナ等による光学的な読取手段にて証券を偽造しても、紫外線をあてると、透明蛍光トナーを用いて印刷された署名鑑が蛍光せず、目視で確認することにより、偽造された証券であることを容易に識別することができる。即ち、透明蛍光トナーは特殊なトナーのため、一般的なコピー機やプリンタ等では同等のものを印刷することができない。また、黒トナーと透明蛍光トナーによる印刷を１パスで実現するので、証券の発行業務に係る効率性は高く、且つ、トナー毎に印刷機を必要としないので、費用が安く済む。従って、セキュリティの高い証券を安価に発行することができる。 [0102]
【The invention's effect】
According to the securities issuing device of the invention according to claim 1 and the program of the invention according to claim 6, a different signature stamp is printed with black toner for each securities, and the signature stamp corresponds to the position where the signature stamp is printed. Transparent fluorescent print data is printed at the position using a transparent fluorescent toner that is transparent and fluoresces when irradiated with ultraviolet rays. For example, when printing a signature stamp on a securities using transparent fluorescent toner, even if the securities are forged by optical reading means such as a copier or a scanner, when exposed to ultraviolet rays, printing is performed using the transparent fluorescent toner. By visually confirming that the signature stamp is not fluorescent, it can be easily identified as a forged securities. That is, since the transparent fluorescent toner is a special toner, it is not possible to print an equivalent one with a general copier or printer. Further, since printing with black toner and transparent fluorescent toner is realized in one pass, the efficiency of securities issuance work is high, and since a printing machine is not required for each toner, the cost is low. Therefore, it is possible to issue highly secure securities at low cost.

請求項４記載の発明の証券発行装置、及び請求項７記載の発明のプログラムによれば、署名鑑が印刷される座標位置に対応する位置に、顧客に応じて異なる透明蛍光印刷データを透明蛍光トナーで印刷する。例えば、透明蛍光トナーを用いて顧客に応じて異なる地紋を証券に印刷する場合に、コピー機やスキャナ等による光学的な読取手段にて証券を偽造しても、紫外線をあてると、透明蛍光トナーを用いて印刷した地紋が蛍光せず、目視で確認することにより、偽造された証券であることを容易に識別することができる。即ち、透明蛍光トナーは特殊なトナーのため、一般的なコピー機やプリンタ等では同等のものを印刷することができない。また、黒トナーと透明蛍光トナーとによる印刷を１パスで実現するので、証券の発行業務に係る効率性は高く、且つ、トナー毎に印刷機を必要としないので、費用が安く済む。更に、券面に印刷する地紋を顧客毎に変えるために、バリエーションに富んだ証券を発行することができる。従って、セキュリティの高い証券を安価に発行することができる。 According to the securities issuing apparatus of the invention according to claim 4 and the program of the invention according to claim 7, transparent fluorescent print data different depending on the customer is transparently fluorescent at a position corresponding to a coordinate position where a signature is printed. Print with toner. For example, when printing different tint block patterns on securities using transparent fluorescent toner, even if the securities are forged by optical reading means such as a copier or scanner, when exposed to ultraviolet rays, transparent fluorescent toner is used. The tint block printed using the toner does not fluoresce, and it can be easily identified as a forged securities by visually confirming it. That is, since the transparent fluorescent toner is a special toner, it is not possible to print an equivalent one with a general copier or printer. Further, since printing with black toner and transparent fluorescent toner is realized in one pass, the efficiency of securities issuance work is high, and since a printing machine is not required for each toner, the cost is low. Furthermore, in order to change the tint block printed on the face of the ticket for each customer, it is possible to issue a wide variety of securities. Therefore, it is possible to issue highly secure securities at low cost.

請求項５記載の発明の証券発行装置、及び請求項８記載の発明のプログラムによれば、印刷データを黒トナーで印刷すると共に、透明蛍光印刷データを透明蛍光トナーで印刷する。例えば、黒トナーを用いて要件を印刷し、透明蛍光トナーを用いて顧客毎に設定された項目を証券に印刷する場合に、コピー機やスキャナ等による光学的な読取手段にて証券を偽造しても、紫外線をあてると、透明蛍光トナーを用いて印刷された項目が蛍光されず、目視で確認することにより、偽造された証券であることを容易に識別することができる。即ち、透明蛍光トナーは特殊なトナーのため、一般的なコピー機やプリンタ等では同等のものを印刷することができない。また、黒トナーと透明蛍光トナーとによる印刷を１パスで実現するので、証券の発行業務に係る効率性は高く、且つ、トナー毎に印刷機を必要としないので、費用が安く済む。従って、セキュリティの高い証券を安価に発行することができる。 According to the securities issuing apparatus of the invention according to claim 5 and the program of the invention according to claim 8, the print data is printed with black toner, and the transparent fluorescent print data is printed with transparent fluorescent toner. For example, when printing requirements using black toner and printing items set for each customer on securities using transparent fluorescent toner, the securities are forged by optical reading means such as a copier or a scanner. However, when exposed to ultraviolet rays, items printed using transparent fluorescent toner are not fluorescent, and by visually checking, it is possible to easily identify the securities as counterfeit securities. That is, since the transparent fluorescent toner is a special toner, it is not possible to print an equivalent one with a general copier or printer. Further, since printing with black toner and transparent fluorescent toner is realized in one pass, the efficiency of securities issuance work is high, and since a printing machine is not required for each toner, the cost is low. Therefore, it is possible to issue highly secure securities at low cost.

Claims

First generation means for generating signature directory print data to be printed with black toner;
Second generation means for generating transparent fluorescent print data to be printed with transparent fluorescent toner based on the signature print data;
First printing means for printing the signature book print data with black toner;
A second printing unit configured to print the transparent fluorescent print data with a transparent fluorescent toner at a position corresponding to a coordinate position where the signature certificate is printed;
A securities issuing apparatus comprising:

2. The security issue according to claim 1, wherein the second printing unit prints the transparent fluorescent print data with a transparent fluorescent toner at a position shifted vertically and horizontally from the signature printed with the black toner. apparatus.

The securities issuing device according to claim 1, wherein the second printing unit borders the signature print data with the transparent fluorescent print data.

First generation means for generating signature directory print data to be printed with black toner;
Second generation means for generating transparent fluorescent print data to be printed with transparent fluorescent toner based on the customer data;
First printing means for printing the signature book print data with black toner;
A second printing unit configured to print the transparent fluorescent print data with a transparent fluorescent toner at a position corresponding to a coordinate position where the signature certificate is printed;
A securities issuing apparatus comprising:

First generation means for generating print data to be printed with black toner;
Second generation means for generating transparent fluorescent print data to be printed with transparent fluorescent toner based on the customer data;
First printing means for printing the print data with black toner;
A second printing unit that prints the transparent fluorescent print data with a transparent fluorescent toner;
A securities issuing apparatus comprising:

On the computer
A function to generate signature print data printed with black toner,
A function of generating transparent fluorescent print data to be printed with transparent fluorescent toner based on the signature print data;
Printing the signature sheet print data with black toner;
Printing the transparent fluorescent print data with a transparent fluorescent toner at a position corresponding to the coordinate position where the signature certificate is printed;
Program for realizing

On the computer
A function to generate signature print data printed with black toner,
A function of generating transparent fluorescent print data to be printed with transparent fluorescent toner based on customer data;
Printing the signature sheet print data with black toner;
Printing the transparent fluorescent print data with a transparent fluorescent toner at a position corresponding to the coordinate position where the signature certificate is printed;
Program for realizing

On the computer
The ability to generate print data for printing with black toner,
A function of generating transparent fluorescent print data to be printed with transparent fluorescent toner based on customer data;
Printing the print data with black toner;
Printing the transparent fluorescent print data with a transparent fluorescent toner;
Program for realizing