JP2623593B2 - Securities handling system - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION [Summary] When a security to be kept in custody is issued, the type and
A security issuance system that can read a unique number and store it in a customer file. The purpose is to provide a securities handling system that can automatically read and register the type and unique number of a security and can omit the entry. Input means for inputting the identification code of the customer and the number of securities to be transmitted; and, based on the number of securities to be transmitted input by the input means, the type of the security in which a plurality of security papers are set and a unique number for each security paper. Payout means for sequentially feeding out the printed securities by the number of issued sheets one by one, optical character reading means for reading the type and unique number from the security delivered by the delivery means, and type and uniqueness of the security read by the optical character reading means Storage means for storing the number in correspondence with the customer identification code input by the input means, wherein the type and the unique number are read. Securities and sequentially sends configuration was.

[Industrial applications]

The present invention relates to a security issuing system, and more particularly to a security issuing system capable of automatically reading a type and a unique number when issuing a security to be kept in custody and storing it in a customer file.

Conventionally, securities companies and other companies have provided security services for bonds and other securities purchased by customers, and provided notification services such as the amount of interest, redemption, and payment timing. There is a demand for a method that can automatically register the brand, unique number, and the like in a customer file.

[Conventional technology]

When securities such as bonds purchased by securities companies (hereinafter referred to as bonds) are placed in custody, as shown in Fig. 4, the types of bonds (brand, face value, date of issue, etc.)
The operator inputs a unique number or a unique number from the operation display unit 11a of the input / output terminal 1, registers it in the customer file 21a of the host computer (hereinafter referred to as the host) 2, issues a deposit certificate separately, and stores the bond in the safe. Will be kept.

It also manages the amount of money by counting the daily number of bonds processed by hand.

At the time of interest payment or redemption, payment data is calculated by operating a console (not shown) of the host 2 and printed out by the printer unit 12 of the input / output terminal 1. At the time of redemption and bond sales, the customer file 21a is erased by inputting an operation from the operation display section 11a.

[Problems to be solved by the invention]

According to the above-mentioned conventional method, it is necessary to input the type and unique number of the bond from the operation display unit 11a of the input / output terminal 1 when registering and redeeming the security custody of the security. There is a problem that it takes a lot of man-hours since it is done manually.

SUMMARY OF THE INVENTION It is an object of the present invention to provide a securities handling system that can automatically read and register the type and unique number of a security, and can omit input and cash management.

[Means for solving the problem]

FIG. 1 is a block diagram showing the principle of the present invention. In the figure, 11 is input means for inputting the identification code of the customer and the number of securities to be sent, and 13 is the type and one of the plurality of securities set in an overlapping manner based on the number of securities to be sent inputted by the input means 11. Payout means for sequentially feeding out the securities printed with the unique number for each sheet by the number of sheets sent out, 14 is an optical character reading means for reading the type and unique number from the security delivered by the payout means, 21 is an optical character reading means 14 Storage means for storing the type and unique number of the security read in accordance with the identification code of the customer input by the input means 11.

Therefore, it is configured to send out the security for which the reading of the type and unique number of the security by the optical character reading means 14 has been completed.

[Action]

When the identification code of the customer and the number of securities to be sent are input from the input means 11, the payout means 13 feeds out one by one from the plurality of stacked securities. The fed-out securities are sequentially read in the type and unique number of the securities by the optical character reading means 14 and stored in the storage means 21 in correspondence with the identification code of the customer, and the securities are sent out. In this manner, the security is automatically paid out, and the type and unique number of the security are read and registered. Therefore, labor saving of operation input and quantity management such as the amount of securities can be achieved.

〔Example〕

An embodiment of the present invention will be described below with reference to FIGS. 2 and 3. In FIG. 2, those corresponding to FIG. 1 are shown surrounded by alternate long and short dash lines. The same reference numerals indicate the same objects throughout the drawings.

FIG. 2A is a block diagram of a bond handling system including the bond handling apparatus 1a and the host 2.

In the bond handling apparatus 1a, the operation display section 11b includes a registration button pressed at the time of registration when a customer purchases a bond and puts it in custody, a clear button pressed at the time of clearing by redemption / sale, a cassette 13b (second A keyboard for inputting the number N of bonds and the customer code and the number of bonds purchased by the customer, that is, the number n of processed bonds, and a display for displaying the input data are provided.

The feed roller 13a rotates under the drive control of the transport control unit 13c, and feeds out one by one from the cassette 13b.

The sensor S detects a double feed of the bond fed by the feed roller 13a from the cassette 13b.

The character reading device (hereinafter referred to as OCR) 14a reads and recognizes the type (brand, face value, period, date of issuance, etc.) and unique number of the bond.

In the down counter 15, the number n of processed sheets is set, and the OCR 14a
Set number n each time reading of bond by
Count -1 from.

The cash counter 16 is a memory supported by a battery when the power is turned off. The number N set in the cashet 13b is set, and every time reading of a bond by the OCR 14a ends, minus one is counted from the set number N.

The read data memory 17 stores the input customer code number and the data read and recognized by the OCR 14a (hereinafter referred to as bond data).

The printer unit 12a includes a supply unit 12b on which printing paper is accumulated.
(See FIG. 2 (b)), and prints the brand and unique number of the bond read from the read data memory 17 on a print sheet supplied from the supply section 12b and issues it as a deposit receipt. At the time of interest payment or redemption, payment data calculated and transmitted by the host 2 is printed and issued.

Reference numeral 10 denotes a main control unit, MOD denotes a motor driver, MGD denotes a magnet driver, and SA denotes a sensor amplifier.

FIG. 2 (b) is an internal side view showing an outline of the bond handling apparatus 1a. In the figure, reference numeral 18 denotes a reject unit, and 19a denotes a sending / receiving unit.
The insertion slot 19b indicates a stacker. A feed roller R and a switching gate G are provided at important points on a transport path L on which the bonds fed from the cassette 13b are transported. The feed roller 13a (via the clutch C) and the feed roller R are rotated by the drive of the motor M, and the switching gate G is operated by the magnet MG.

Having such a configuration and function, the operation will be described with reference to the flowchart of FIG.

1) When registering bonds to be kept in custody, first, when one type (brand, face value) of bonds is set and mounted in the cassette 13b, the operator turns on the power and inputs the set number N from the operation display unit 11b. I do.

The number N is set in the cash counter 16.

Next, the user presses the registration button, and inputs the customer's code number and the number n of purchased bonds.

The code number is stored in the read data memory 17, and the number of purchases n is set in the down counter 15.

Press the start button.

Then, the transport control unit 13c is activated and the motor M is driven,
When the magnet MG1 is excited, the delivery roller 13a rotates intermittently by the operation of the clutch C, and the bond is delivered from the cassette 13b.

The bond is conveyed by the rotation of the feed roller R, and the front end / rear end is detected by the sensor S, and it is determined from the length thereof whether or not double feed is performed.

When it is determined that the feed is double feed, the switching gate G is activated by the excitation of the magnet MG2, the bond is conveyed to the reject unit 18, and the subsequent flow is repeated.

The normally delivered bond is sent to OCR14a for issue,
Characters such as face value and date of issue are read and recognized, and the bond data is sent to the read data memory 17 and stored.

When the reading of one bond by the OCR 14a is completed, the bond is conveyed and sent out from the sending / inserting port 19a,
A signal is sent to the down counter 15 and the cash counter 16 to count -1 each. The sent bonds are stored in the stacker 19b.

The subsequent flow is repeated until the number n of the down counter 15 becomes zero.

When the number n of the down counter 15 becomes zero, the clutch C
Is removed, the motor M stops, and the feeding of the feeding roller 13a ends.

Then, the code number and the bond data stored in the read data memory 17 are output, and the supply unit 1 is output by the printer unit 12a.
The brand and unique number of the read bond are listed on the printing paper supplied from 2b, and the customer name, date, and the like are printed and transmitted from the transmission / insertion port 19a.

Further, the code number and the bond data in the read data memory 17 are transmitted to the host 2 and are filed in the customer file 21a.

After stamping the responsible person, the operator hands it to the customer as a receipt.

Bonds purchased by customers are stored in securities company safes.

Registration is performed in this manner. Thus, at the time of interest payment and redemption, the corresponding bond data is read from the customer file 21a by operating the console of the host 2 and sent to the bond handling device 1a, and is sent to the printer unit 12a. It is printed out and notified to the customer by mail or the like.

2) At the time of redemption or clearing by selling, the operator takes out the bond from the safe based on the deposit certificate presented by the customer, setstles it, turns on the power first, presses the clearing button, Enter the code number.

The code number is stored in the read data memory 17.

Next, a bond is inserted from the sending / inserting port 19.

The bond is fed by the feed roller R by the reverse rotation of the motor M.
The characters such as brand, denomination, date of issue, unique number, etc. are read and recognized while being sent to the return direction by the feed roller R and sent to the position passing through the OCR 14a. The data is sent to the data memory 17 and stored.

The bond for which reading has been completed is sent out from the sending / inserting port 19a.

Further, if there is a bond of the customer, the subsequent flow is repeated.

When all the bonds have been read and the start button is pressed, the code number and each bond data stored in the read data memory 17 are sent to the host 2, and the corresponding bond data is deleted from the customer data in the customer file 21a.

In this way, it is possible to automate the input of bond data at the time of issuance, registration, redemption and the like of bonds to be kept in custody, thereby greatly reducing the operator's operation.

〔The invention's effect〕

As described above, according to the present invention, it is possible to easily manage the number of securities and significantly reduce labor by paying out and reading the securities at the time of issuing, registering and redeeming the securities to be kept in custody. There is an effect that can be.

[Brief description of the drawings]

 1 is a block diagram showing the principle of the present invention, FIG. 2 is a block diagram showing an embodiment according to the present invention, FIG. 3 is a flowchart of the embodiment, and FIG. 4 is a block diagram showing a conventional example. In the figure, 1 is an input / output terminal, 1a is a bond handling device, 2 is a host, 11 is input means, 11a and 11b are operation display sections, 13 is feeding means, 13a is feeding roller, 14 is optical character reading means, 14a is OCR, 21 is storage means, 21a is a customer file.

Claims (1)

(57) [Claims] 1. An input means for inputting an identification code of a customer and the number of securities to be transmitted, and based on the number of securities to be transmitted inputted by the input means,
A payout means for sequentially repeating the number of securities set and a security number printed on each of the plurality of security sheets one by one by the number of outgoing sheets; and determining the type and unique number from the security delivered by the delivery means. Optical character reading means for reading, and storage means for storing the type and unique number of the security read by the optical character reading means in association with the customer identification code input by the input means, And a security system which sequentially sends out the securities whose unique numbers have been read.