JPS6232065A - System for replenishing recording medium - Google Patents

Abstract

PURPOSE:To eliminate a housing error, by mounting a selection mechanism wherein inputted number-of-medium information is compared with a count value and abnormality information is outputted at the time of non-concidence to control the housing of a recording medium in a housing part and a selection control part for selecting the selection mechanism. CONSTITUTION:When recording mediums 7 are set to the stacker 8 provided to a medium suction and discharge port 5 and the kind information 20 and number-of-medium information 13 of the recording medii are inputted from an input part 12, a selection control part 19 operates a selection mechanism 18 to select the housing part 6 corresponding to the kind information 20 and each of the recording medii 7 fed from a feed mechanism 9 is housed in the housing part 6 and the number of the recording mediums 7 are calculated by a medium detection part 10 and a counter 11 and, when a count value 14 does not coincide with the inputted number-of-medium information 13, a discrimination part 16 outputs abnormality information 13, a discrimination part 16 outputs abnormality information 16 to an output part 17. By this method, the automatic replenishment of the recording mediums is enabled and the operational errors by a managerial officer can be prevented.

Description

[Detailed Description of the Invention] [Summary] A device for storing and storing recording media such as passbooks and certificates used in banks, etc. is designed to be able to store the number and types of media without making mistakes. [Field of Industrial Application] The present invention relates to an improvement in a recording medium replenishment method for replenishing recording media such as bankbooks and certificates.

It is desired that storage measures for storage media such as bankbooks be made easier.

[Conventional technology]

A conventional example will be explained using figures. FIG. 3 is a perspective view illustrating a conventional example, and FIG. 4 is a side view.

In banks and the like, it is necessary to collectively manage unissued (virgin) passbooks and the like, and to strictly control their entry and exit, and therefore the issuing device shown in FIG. 3 is used. The medium storage unit 1 has ten cassettes C0 to C9 shown in FIG.
For example, ten passbooks are stored in each cassette.

When a bank employee takes out a passbook from the device to issue a passbook, he/she has the card reader 2 read the 10 cards on which the identification code is recorded, and then operates the keyboard 3 to input the type of passbook required. , enter the quantity. The input data is displayed on the display section 4, and when the identification code is correct, the desired type and quantity of passbooks are ejected from the medium suction/ejection port 5. In this way, the number of passbooks removed from the device is strictly checked and managed. When storing passbooks in the cassettes C0 to C9 in the device, a door on the side of the device is opened and each cassette is manually refilled with passbooks.

[Problem that the invention seeks to solve]

As is clear from the above, in the conventional method, the work of storing recording media in the cassettes in the device is done manually, so there is a problem that the type and quantity of the media to be loaded may be stored incorrectly. There was a point.

Means for Solving Problem C] FIG. 1 is a block diagram of the principle of the present invention.The present invention has a medium suction/discharge port 5, and the recording medium 7 is distributed in a plurality of storage units 6. - In the storage device, there is a stacker 8 for setting the recording medium 7, a transport mechanism 9, a medium detection 10, a counter 11 for counting the number of media, an input section 12, the input number information 13 and the count value. 14 and outputs abnormality information 15 when there is a discrepancy; an output section 17; and a selection [function] for controlling storage of the recording medium 7 in the storage section 6. When the recording medium 7 is set in the stacker 8 and the recording medium type information 20 and number of sheets information 13 are input from the input section 12, the selection control section 19
The selection mechanism 18 is operated to select the storage section 6 according to the type information 20, and the recording medium 7 sent by the transport mechanism 9 is stored in the storage section 6, and the medium detection section 10 and counter 11 The number of recording media 7 is calculated, and when the counted value 14 and the input number information 13 do not match, the determination section 16 causes the output section 17 to output abnormality information 15.

〔Example〕

Hereinafter, the present invention will be explained with reference to the drawings. FIG. 2 is a block diagram illustrating an embodiment of the present invention.

In this embodiment, there are two storage units 6A and 6B.

The administrator stores the recording medium (
For example, when replenishing and storing a bankbook 7, set the bankbook 7 on the stacker 8, and then operate the input key K of the input section 12 to input the type information of the bankbook 7 (or specify the storage section 6A or 6B). Identification code) 20 and number of sheets information 13 are input.

When the type information 20 specifies the storage section 6A, the control section 21
emits control signal A. The selection control unit 19 that received this
0 opens the selection mechanism tea and closes the selection mechanism 18b.
Next, when the administrator presses the control button E of the input section 120, the conveyance control section 22 is activated, and thereby the conveyance mechanism (roller) 9 starts rotating.

Along with this, the passbook 7 in the stacker 8 is transferred from the suction/discharge port 5.
The sheets are fed one by one, advance downward as shown by the arrow, pass through the medium detection section 10, and then are stored in the storage section 6A. When passing through the medium detection unit IO, the passage is detected by the light source unit 23 remaining sensor 24, and at this time, the pulse generation unit (
After all the passbooks 7 in the stacker 8 are sent into the interior from the PG) 25, the discriminator 16 compares and collates the count value 14 of the counter 11 with the number information 13 in the register 26.
When both players are defeated, the determining unit 16 issues an OK signal.

As a result, OK is displayed on the display section (output section) 17,
The administrator is notified that the input is successful. On the other hand, when the two do not match, abnormal information (that is, NG multiplication signal 15) is output, and NG is displayed on the display section 17. Therefore, it is possible to prevent bankbook storage errors.

〔Effect of the invention〕

The present invention has the advantage of enabling automatic replenishment of recording media and preventing operational errors by administrators.

[Brief explanation of the drawing]

Fig. 1 is a block diagram of the principle of the present invention; Fig. 2 is a block diagram illustrating an embodiment of the present invention; Fig. 3 is a perspective view of a conventional example; Fig. 4 is a side view of the conventional example. , 1 is the media storage section, 2 is the card league, 3 is the keyboard,
4 is a display part, 5 is a suction/exhaust port, and 6.6A. 6B is a storage unit, 7 is a recording medium, 8 is a stacker, 9 is a transport mechanism, 1O is a medium detection unit, 11 is a counter, 12 is an input unit, 13 is number information, 14 is a count value, 15 is abnormality information,
16 is a discrimination section, 17 is an output section (display section), 18, 18a
, 18b is a selection mechanism, 19 is a selection control section, 20 is type information (or identification code), 21 is a control section, 22 is a transport control section 23 is a light source section, 24 is a sensor, 25 is a pulse generation section (
PG), 26 indicates a register.

Claims (1)

[Claims] It has a medium suction and discharge port 5, and a plurality of storage sections 6 have recording medium 7.
In the device for distributing and storing recording media 7, a stacker 8 for setting a recording medium 7, a transport mechanism 9, a medium detection section 10, a counter 11 for counting the number of media, an input section 12, and input number information 13. and the count value 14, and outputs abnormality information 15 when they do not match; an output section 17; and a selection mechanism 18 that controls storage of the recording medium 7 in the storage section 6.
and a selection control section 19 for selecting the selection mechanism 18, the recording medium 7 is set in the stacker 8 provided in the medium suction/ejection port 5, and the recording medium type information 20 and sheet number information 13 are inputted from the input section 12. When the selection control unit 19
The selection mechanism 18 is operated to select the storage section 6 according to the type information 20, and the recording medium 7 sent by the transport mechanism 9 is stored in the storage section 6, and the medium detection section 10 and counter 11 A recording medium replenishment method characterized in that the number of recording media 7 is counted, and when the counted value 14 and the input number information 13 do not match, the determination unit 16 outputs abnormality information 15 to the output unit 17. .