KR101385840B1 - Bill counting device and method for providing a counting and log data - Google Patents

Abstract

The present invention is a banknote counter for identifying banknote counts and counterfeit bills, the image acquisition unit for obtaining the image of the banknotes using the image sensor, sensor value acquisition unit for detecting whether the banknotes forgery using various optical sensors, the image Apparatus and method for providing banknote data and log data so that the banking information can be easily closed in the financial sector without a trial closing device by using a discriminating unit comprising a bank data storage unit for storing banknote information and log data obtained from the acquisition unit and the sensor value acquisition unit. The invention relates to.

Description

BILL COUNTING DEVICE AND METHOD FOR PROVIDING A COUNTING AND LOG DATA}

According to the present invention, when counting banknotes, a banknote counting device capable of acquiring a bill with only one bill counting device without using a separate billing and counting device by storing counting data and log data to be used for billing and billing at a financial institution. It is about a method.

In financial institutions, the clerk accepts a certain amount of cash as a balance before starting work, processes the cash received by the customer into or out of the cash, and inputs the deposit and withdrawal contents into the central server. At the end of the business hours, deposits and withdrawals and balances are compared to the cash currently held and the municipalities are settled.

However, this process requires checking balances, checking balances, and checking balance against remaining cash. There is a problem that it is time-consuming and takes a long time because it must be precisely adjusted.

In order to solve this problem, the present-day acquisition processing apparatuses and various treatment methods using the same have emerged. However, since the equipment is expensive and large, it is difficult to install them at all points, and thus, there are many difficulties in acquiring the trial.

Therefore, in order to solve the above problems, it is possible to easily and economically reestablish the municipal repayment at all the counters by enabling the retrieval of the municipality by inquiring the details of the deposit and withdrawal without using the municipal acquisition system.

In order to solve the above problems, the image acquisition unit for acquiring the image of the bill using the image sensor; A sensor value acquisition unit for detecting whether a banknote is forged using a plurality of sensors; An identification unit including a data storage unit for storing coefficient data obtained by the image acquisition unit, the sensor value acquisition unit, and a log data storage unit for storing log data; And a USB port for transferring the count data and the log data to a PC, wherein the log data is combined with the count data to be provided when a bank is required to track the deposit and withdrawal. do.
In addition, counting the inserted banknote; Acquiring an image of the bill; Identifying the paper type of the paper money using the acquired paper money image; Determining whether the banknote is counterfeit from the identified winding type; Storing the bill data obtained through the steps in a data storage and storing log data in a log data storage; And transmitting the count data and the log data to a PC, wherein the log data is combined with the count data to be provided when a financial institution needs to track deposits and withdrawals.

As described above, even if a separate test take-up device is not provided, banknote data and log data can be provided in a banknote counter placed at each window of a financial institution to check real-time deposit and withdrawal details, and can also be used for closing test after closing business. have.

In addition, it is economical and convenient because the bill counting device can be used as a counting device at the same time as counting.

1 is a diagram showing the configuration of a bill processing apparatus for acquiring bill data and log data according to the present invention.
2 illustrates an example of coefficient and log data utilization according to an embodiment of the present invention.
3 is a flowchart illustrating a bill processing apparatus according to an embodiment of the present invention.

In order to achieve the object of the present invention, the present invention provides a bill processing apparatus for identifying bill counts and counterfeit bills, comprising: an image acquisition unit (210) for acquiring an image of a bill using an image sensor; A sensor value acquisition unit 220 for detecting whether a banknote is forged using an optical sensor; A determination unit 200 including a data storage unit 231 for storing coefficient data obtained from the image acquisition unit 210 and a sensor value acquisition unit 220 and a log data storage unit 232 for storing log data; It provides a configured USB port 110 for transmitting the count data and log data to the PC (400).

In addition, in the bill counting apparatus, counting the inserted bill (S3); Acquiring a bill image from the image sensor (S4); Identifying the acquired image to identify banknote notes (S5); Determining whether the banknote is forged from the identified paper type (S6); Extracting banknote data (S7); Storing the bill data in the data storage unit and storing the log data in the log data storage unit (S8); Transmitting the count data and log data to the PC (S10) provides the count data and log data.

Hereinafter, the present invention will be described in more detail with reference to the accompanying drawings.

1 is a diagram showing the components of a banknote processing apparatus for acquiring coefficient and log data according to the present invention.

The banknote counting device for identifying banknotes and detecting counterfeits is composed of various devices such as an input port, a transportation path, a motor, and a stacker. Is in charge.

The identification unit 200 includes an image acquisition unit 210 for acquiring an image of a banknote using an image sensor, an ultrasonic sensor for detecting banknote thickness and tape using ultrasonic waves, a magnetic sensor for detecting magnetic components of the banknote, and ultraviolet rays. And a sensor value acquisition unit 220 such as an optical sensor that detects a fluorescent substance that reacts and detects counterfeit money.

When the bill is inserted into the inlet, the various sensors acquire the paper's roll, the face value, the total value, and whether the counterfeit bill is through image sensing and sensor processing. In addition, by scanning the image of the banknote inserted in the image sensing process and storing in the data storage unit 231, it is possible to check the entire image of the banknote actually counted, it is possible to extract the banknote serial number by processing the stored image.

Also stored in the log data storage unit 232 is the date and time of the counting time, the reason of the error, the system information, etc. are combined with the counting data to be used for the acquisition of the test.

The user number is for the clerk to input his / her own user number before starting the counting so that the user can check it individually.

Data of the data storage unit 231 and the log data storage unit 232 is stored in the USB (300) and output it from the PC (400). It is also possible to transmit to the PC 400 via a LAN.

Figure 2 shows an example for showing the utilization of the coefficients and log data according to an embodiment of the present invention.

If the financial institution needs to track the input and output, such as mismatch of the municipality, the count and log data is transmitted to the computer through the USB port (110). Then, as shown in FIG. 2, the data management program is displayed, and at which time and how many users can check how many bills are counted. When counterfeit money is counted through the above process, it is possible to find out who the depositor is by comparing the log data record with the central server data.

In addition, by storing the entire image of the bill can check the serial number of the check, it is possible to trace the path of the fake check.

3 is a flowchart illustrating a bill processing apparatus according to an embodiment of the present invention.

Before starting the counting, the user specifies a unique user number to be used (S2). The user number is assigned to each clerk because it is necessary to distinguish the details of each deposit and withdrawal. If the individual uses it, the above step may be omitted.

After the user designation is finished, when the bill is placed on the input unit, the counting starts (S3), and the image sensor acquires the bill image (S4) to recognize the paper type (S5). When the denomination is recognized, various sensors are driven to identify whether the bill is counterfeit (S6), and sends the counted bill information and log data to the count data storage 230 (S8). In this process, if the user selects the check serial number function by adjusting the setting mode before starting the counting, in addition to storing the entire bill image, the user may extract and store the serial number separately from the image (S7). Since acquiring image information from the image sensor in advance is different from the perception of the counterfeit bill and the serial number, it is necessary to determine the information and location that other sensors can identify after the bill holder is identified using the image information. .

After the end of the business, the financial institution checks whether the remaining amount at the window and the deposit and withdrawal of the central server are correct (S9), and if it is correct, the process is terminated (S10).

However, if the current remaining amount and the entrance and exit of the central server does not match the window, the data is stored in the USB 300 to receive the data data from the bill counter and transmits it to the PC 400 (S11).

When the banknote data and the log data are displayed on the connected PC 400, the counted time and amount are compared with the access history of the central server one by one to find an error and then terminate (S12).

Even if the business is not terminated, when the deposit and withdrawal error occurred in the middle of the work situation can be connected to the PC 400 through the USB 300 device at any time to check the deposit and withdrawal history and counting details.

In the case of checks, it is also possible to track the use of lost or counterfeit high-volume bills by retrieving the serial number by retrieving the entire image of the bill.

100: bill counter 110: USB port
200: identification unit 210: image acquisition unit
220: sensor value acquisition section 230: coefficient data section
231: data storage unit 232: log data storage unit
300: USB 400: PC

Claims (6)

An image acquisition unit for acquiring an image of a banknote using an image sensor;
A sensor value acquisition unit for detecting whether a banknote is forged using a plurality of sensors;
An identification unit including a data storage unit for storing coefficient data obtained by the image acquisition unit, the sensor value acquisition unit, and a log data storage unit for storing log data; And
A USB port for transferring the count data and the log data to a PC,
The log data is combined with the count data is a bill counting device, characterized in that provided in the case of tracking the deposit and withdrawal at a financial institution.
The method according to claim 1,
The log data is a bill counter, characterized in that the date and time of counting the bill, the reason of error, system information.
The method according to claim 1,
The log data is a banknote counting device, characterized in that provided for the verification of the billing at the financial institution, check the counterfeit money depositor or counterfeit check path.
Counting the inserted banknote;
Acquiring an image of the bill;
Identifying the paper type of the paper money using the acquired paper money image;
Determining whether the banknote is counterfeit from the identified winding type;
Storing the bill data obtained through the steps in a data storage and storing log data in a log data storage; And
Transmitting the count data and the log data to a PC,
The log data is combined with the coefficient data provided in the case of banking and withdrawal tracking provided in a financial institution characterized in that the bill processing.
The method of claim 4,
And the log data includes a date and time at the time of counting the bill, an error reason, and system information.
The method of claim 4,
The log data is bill processing method characterized in that provided for the verification of the billing at the financial institution, check the counterfeit money depositor or counterfeit check path.

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