KR20010106280A - An Automatic Document Receiving System Of A Bar Code Printed Application Forms - Google Patents

Abstract

Pharmaceutical compositions for polyvalently presenting an agent for therapy are described. The pharmaceutical compositions contain a polyvalent presenter. In one embodiment, the polyvalent presenter has a formula as follows: (Y)-(X-A)n, wherein Y is a framework, X is a direct bond or a linker, A is a presented functional group, and n is greater than ten and is an integer selected such that the presented groups can interact with a plurality of target binding sites. The composition also can include a pharmaceutically acceptable carrier. Alternatively, the presenter itself can serve as its own pharmaceutically acceptable carrier. Methods for treating diseases or conditions also are described. The methods involve administering to a subject a plurality of groups A such that the treatment occurs. The treatment occurs by the interaction of a polyvalent presenter with a plurality of target binding sites B. Other aspects of the invention include polyvalent presenters packaged with instructions for use in the aforementioned methods and methods for designing polyvalent presenters which are useful within the methods of this invention. The polyvalent presenters disclosed herein provide for specificity in binding, which has a number of advantages. Furthermore, the polyvalent presenters permit positive and negative interactions.

Description

An Automatic Document Receiving System Of A Bar Code Printed Application Forms}

The present invention relates to an unmanned application reception system, and more particularly, a time required for application reception by allowing an unattended reception device (ATM) to receive an application on which a two-dimensional bar code is printed or an OCR guidebook to read and store the contents of the barcode. It is about an unmanned reception system for applications printed with bar codes that can save labor and manpower.

Generally, dozens of entries are included in the college application form, and the applicant is required to submit a written OMR card to computerize it. These OMR cards require a lot of time and attention because of the many descriptions. In addition to the application form, documents such as graduation certificates and transcripts must be attached. Therefore, the reception desk required a lot of time and manpower to check them. In particular, due to the nature of the college application form, the department of support was submitted at the end of the application period, which would cause extreme confusion and noticed operation when the deadline was imminent.

In order to prevent such confusion, there have been cases of using bar codes and the like in the application form. However, since the conventional barcode was a one-dimensional barcode system including only simple information such as an application number or a serial number, the contents of the application could not be known only by the recognized numbers or letters, and there was only an advantage of replacing the management number. This is due to technical limitations that the amount of data that can be stored in a one-dimensional barcode system is very small.

Therefore, in order to solve such inconvenience and inefficiency, there is an increasing demand for an unattended reception of an application and an unattended automatic computerization of data.

In addition, in the case of the conventional OCR Jirojang, it is inconvenient when the business hours have elapsed or the window is complicated because it has to be received directly at the window of the financial institution.

Accordingly, the present invention has been made in order to solve the above problems, the first object of the present invention is an unmanned reception system of a barcode printed application that can be accepted by the unmanned automatic reception device printed barcode. To provide.

It is a second object of the present invention to provide an unattended reception system of an application in which a barcode is printed, by storing all the contents of the application in a two-dimensional barcode, so that the contents of the application can be computerized by reading the barcode.

It is a third object of the present invention to provide an unattended reception system of a barcode-printed application that automatically outputs a barcode-printed application by inputting data into the application through the Internet, and can be easily accepted by the unmanned reception system.

A fourth object of the present invention is to provide an unattended reception system of a barcode-printed application that can receive an unprinted application with a barcode-printed application and then additionally input the non-inputted material through the touch screen of the monitor.

It is a fifth object of the present invention to provide an unmanned reception system of an application in which a barcode is printed, which does not require a separate storage staff or a window, by allowing the unattended reception device to pay not only the application but also the reception fee by cash or credit card.

A sixth object of the present invention is to provide an unmanned reception system of an application that enables payment of electric bills, telephone bills, and the like by accepting not only an application but also a 24 hour geography slip and cash.

An object of the present invention as described above, the application input unit 20 is a bar code is printed application form 60 or OCR gijangjang is inserted; A CCD camera 44 for capturing an application 60 input through the application input unit 20 and converting the application 60 into image data; A barcode recognition unit 50 for reading a barcode 63 image from the image data and converting the image into a character; A barcode scanner (13) for reading a barcode of the OCR Giro table inserted through the application input unit (20); Payment means for paying an application fee of the application; A monitor (18) with a built-in touch screen to display the progress of the application reception and to further input non-input data; A printer unit 42 for issuing a receipt when payment is made by the payment means; A return unit 22 for returning if the applicant wishes to return the submitted application form 60, the OCR chart, or if there is an error in the input application form 60, the OCR chart; An application storage unit 54 for storing the application 60 and the OCR journal form when the reception of the input application 60 is completed; A server unit 46 for transmitting the data recognized by the barcode recognition unit 50 to a host computer 47; And the application input unit 20, the CCD camera 44, the barcode scanner 13, the barcode recognition unit 50, the payment means, the monitor 18, the printer unit 42, the return unit 22, and the document storage. Bar code, characterized in that it comprises a control unit 40 for controlling the unit 54, the server unit 46 can be achieved by the unmanned reception device of the printed application.

The barcode 63 is preferably a two-dimensional barcode that can store a lot of information.

In addition, the payment means, a cash input unit 12 for inserting cash; An IC card reader unit 16 for reading an IC card; And it is possible to include a connection unit 56 for transmitting the data read by the reader unit 16 to the financial settlement agency to receive the approval data from the financial settlement agency.

An object of the present invention as described above, the initialization step (S10) for connecting with the host computer 47; Payment step (S20) of inputting the application fee into cash or inputting data of the IC card; A photographing step (S30) of photographing the input document 60 with the CCD camera 44 to generate image data; A reading step (S40) of reading a barcode (63) image from the image data and converting the image into a character; If there is no input data in the application (60), further inputting (S50); A confirmation step (S60) of displaying the read character data and the input data on the monitor 18 for confirmation; Transmitting the input data to the host computer 47 and storing it in a database (S70); If the data of the IC card is input step of transmitting the data to the financial settlement agency is approved payment (S80); Transferring the application (60) to the application storage unit (54), accommodating and issuing a receipt from the printer unit (42); And if it is not confirmed in the confirmation step (S60), the returned cash and application form 60 through the application return unit 54 (S65); It can also be achieved by an unattended reception method of the printed document, characterized in that it comprises a bar code.

In addition, the object of the present invention as described above, the initialization step (S200) for connecting with the host computer 47; A payment step of inputting cash of an OCR giro bill into cash or inputting data of an IC card (S210); Scanning the input OCR Giro table with a barcode scanner 13 to read character information (S220); Transmitting the input data to the host computer 47 and storing it in a database (S230); If the data of the IC card is input step of transmitting the data to the financial settlement agency is approved payment (S240); And transferring the OCR Giro slip to the application storage unit 54 and acquiring the receipt from the printer unit 42 (S250). The method also includes an unattended reception method of a barcode-printed application. Can be achieved.

Other objects, specific advantages and novel features of the present invention will become more apparent from the following detailed description and the preferred embodiments associated with the accompanying drawings.

1 is an external perspective view of an unmanned reception device of an application in which a barcode is printed according to the present invention;

2 is an internal block diagram of the receiving device shown in FIG. 1;

3 is an embodiment of an application used in the system of the present invention,

Figure 4 is a flow chart of the acceptance method of the unattended reception system of the application printed bar code according to the present invention,

FIG. 5 is a configuration diagram for allowing an application shown in FIG. 3 to be completed via the Internet; FIG.

6 is a flowchart for outputting an application in which a barcode is printed using the configuration diagram shown in FIG. 5;

7 is a flowchart illustrating a process of receiving an OCR giro journal using the unmanned reception system of the present invention.

<Short Description of Main Reference Signs>

10: reception device, 12: cash input unit,

13: barcode scanner, 14: receipt discharge unit,

16: IC card reader unit, 18: the monitor mounted on the touch screen,

20: application input part, 22: application return part,

40: control unit, 44: CCD camera,

60: application, 61: application journal,

63: barcode, 70: server device,

72: internet, 74: college client computer,

76: student client computer.

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

1 is an external perspective view of an unmanned reception apparatus of an application in which a barcode is printed according to the present invention. As shown in FIG. 1, the unmanned reception device 10 includes a cash input unit 12, a receipt discharge unit 14, an IC card reader unit 16, an application input unit 20, and an application return unit (front). 22) and a monitor 18 equipped with a touch screen.

The cash input unit 12 is composed of a banknote dispenser and / or a coin dispenser, and is used to pay the application fee (for example, 5,000 won).

The receipt discharge unit 14 is for issuing a receipt for the application price when the application is received, and the printer unit 42 is embedded therein. If payment is made by credit card, which will be explained later, it is used to print and print the payment statement.

The IC card reader unit 16 is a device for reading an IC card in a non-contact manner, and is used when an IC chip is embedded in a credit card.

The application input unit 20 is a place for inputting an application form, a graduation certificate, a transcript, and an OCR giro certificate. Inside, a sheet feeder (not shown) is provided so as to classify or transfer each document to be input.

The application return unit 22 is a place where the operator (for example, a student) returns the received documents and cash when the application is canceled in the middle or the application is returned in error.

The monitor 18 equipped with the touch screen is a touch screen mounted on the front of the color monitor of about 5 inches to about 10 inches. This serves to enter data at each stage of the reception or to enter a confirmation or cancel button and to graphically guide the progress.

FIG. 2 is an internal block diagram of the reception apparatus shown in FIG. 1. As shown in FIG. 2, a control unit 40 that manages all the controls is provided in the center of the block diagram, and each block may transmit data through the bus with the control unit 40.

The CCD camera 44 captures the input document and converts it into formats such as Bitmap, JPEG, GIF, and TIFF. At this time, it is preferable that a separate lighting device (for example, a flash) is provided in consideration of the fact that the image can be taken in a single color or a color as necessary and the image is taken in the ATM device. The CCD camera 44 preferably has a resolution of about 300 dpi, and for this purpose, it may be appropriately selected within the range of 10,000 to 300,000 pixels. If necessary, it can be replaced by a CMOS camera instead of a CCD camera to perform the same function.

The server unit 46 exchanges data with a central host computer 47 far away and supports the controller 40.

The power supply unit 48 serves to supply power required for each block such as the control unit 40, the server unit 46, and the CCD camera 44.

The barcode recognition unit 52 recognizes and reads the two-dimensional barcode displayed at the bottom of the scanned image data and converts the two-dimensional barcode into character and numeric data.

The application storage unit 54 is a place where the application is completed and received and stored in a predetermined position in the interior of the reception device 10 in order.

The connection unit 56 is a device for transmitting the data and payment amount of the IC card to the KFTC for approval when paying with an IC card. Representative examples include telephone lines (not shown) and modems.

The printer unit 42 is for printing receipts and the like discharged to the receipt discharge unit 14, and representative examples thereof include a dot printer and a thermal transfer printer.

OMR (Mark Sense Recognition) recognition unit 50 is for use in the case of requesting that only the necessary elements, such as the application department, in the contents of the application should be prepared and submitted as a separate OMR card. In this case, the application and the OMR card are indexed with each other by the social security number.

The OCR Giro Barcode Scanner 13 is a scanner device for reading a bar code on the Giro Chart when the OCR Giro Document is loaded. A representative example is a pistol type hand scanner.

3 is one embodiment of an application used in the system of the present invention. As illustrated in FIG. 3, the application 60 includes an application base 61 for writing by hand and stamping pictures and paintings. In the application base 61, the applicant's name, resident registration number, sex, English name, high school, telephone number, unique high school number, application part, application department, department code, student grades, grades, etc. are entered. .

At the lower end of the original document section 61, a bar code 63 including all the contents of the original document section 61 is printed. The bar code 63 used in FIG. 3 is a two-dimensional bar code, and the two-dimensional bar code can be largely divided into a stacked bar code and a matrix code. As shown in FIG. PDF 417 method is used, and matrix type can be used depending on the purpose. The PDF 417 method is a multi-layered barcode with variable symbol length and height. PDF 417 may contain up to 1350 ASCII characters, 1108 bytes, or 2710 numbers (if error detection is zero), depending on the presentation format of the data. That is, it can contain a large amount of data, and has a function of detecting and correcting data errors, which makes it suitable as a portable data file and can be read by a conventional linear laser scanner, raster laser scanner, linear CCD scanner, and 2D CCD scanner.

Figure 4 is a flow chart of the acceptance method of the unattended reception system of the application printed bar code according to the present invention. With reference to Figure 4 will be described in detail for the reception method of the unmanned reception system according to the present invention.

As shown in Fig. 4, first, in the initializing step S10, when power is supplied to the reception apparatus, the booting is performed by the built-in OS, and each block (eg, CCD camera, printer, etc.) is checked for abnormality. After that, the connection with the host computer 47 is initialized.

In the payment step (S20), it is determined whether the application fee is paid by cash or IC card. If the payment is made in cash, the cash input is counted correctly. If the payment is made with the IC credit card, the card number entered through the IC card reader unit 16 and the amount and password entered through the monitor 18 are retained. do. Payment for the IC card is made at a later stage.

In the photographing step (S30), after receiving the application form 60 through the application input unit 20, and photographed one by one using the CCD camera (44). After photographing in monochrome or color, the CCD camera 44 generates image data in BITMAP, JPEG, GIF, and TIFF formats.

In the reading step S40, the barcode recognition unit 52 recognizes the lower barcode 63 from the image data, reads out the stored information, and converts the stored information into letters and numbers. These letters and numbers are all data shown in the application (60).

Then, if there is uninformed data in the application (60) to be further input (S50). An example of such a case is as follows. If the applicant (student) does not enter the application department in the inputted application, the control unit 40 determines that data on the application department is missing. Then, the corresponding information is displayed on the monitor 18 along with a warning sound to designate a department of support.

If the controller 40 determines that all the data in the application 60 has been read, the character data and the input data read in the checking step S60 are displayed on the monitor 18 for final confirmation by the operator. If the operator rejects the final confirmation, the input application is transferred to the application return unit 22 and returned (S65). At this time, the cash input is also returned, and the data relating to the IC card is deleted.

When the final confirmation command is input by the operator, the input data is transmitted to the host computer 47 and stored in the database (S70). In other words, the centrally located host computer 47 receives data from a plurality of receiving devices arranged in various places and continues to store the data in the database.

When the data of the IC card is input, the data is transmitted to the financial settlement agency through the connection unit 56 and the payment is approved (S80).

Then, the application 60 is transferred to the application storage unit 54 and received, and a receipt is issued from the printer unit 42 (S90).

The steps of S70, S80, and S90 may be appropriately changed in consideration of the degree of load of the system.

FIG. 5 is a configuration diagram that enables the application shown in FIG. 3 to be written over the Internet. As shown in FIG. 5, the server device 70 opens and manages a specific homepage (not shown) through the Internet 72. In the server device 70, the application form downloaded from the client computer 74 of each university is stored in the form of a document file.

Then, each student who wants to apply is connected to the server device 70 using his or her client computer 76 and selects the application form of the desired university. A detailed description thereof will be provided with reference to FIG. 6.

6 is a flowchart of outputting an application in which a bar code is printed using the configuration diagram shown in FIG. 5. First, in the preparatory stage, the university receives an application form in data format and stores it in a database.

Then, each student wishing to apply to log in by accessing the homepage through his client computer 76 (S100). Then, the colleges to be supported are selected to display the application data (S110). Then, fill in the blanks of the application by entering their personal information and the like (S120).

Then, when the student transmits the output command, the server device 70 merges the image data of the completed application with the converted two-dimensional bar code, and generates the final image data. The generated image data is transmitted to the student's client computer 76 and printed. Through this process, it is possible to obtain the application form of the university printed with the two-dimensional bar code.

7 is a flowchart illustrating a process of receiving an OCR giro journal using the unmanned reception system of the present invention. As shown in FIG. 7, first, the host computer 47 is connected in the initialization step S200. Then, the cost of the OCR Giro slip into cash or the IC card to the IC card reader 16 to enter the data (S210).

Next, the barcode of the input OCR Gijang table is scanned by the barcode scanner 13 to read character information (S220).

The read information is transmitted to the host computer 47 and stored in the database (S230).

If, in the payment step, the data of the IC card is not cash, the data is transmitted to the KFTC and the payment is approved (S240).

Then, the OCR giro slip is transferred to the original document storage section 54 for storage, and a receipt is issued from the printer section 42 (S250).

In the present invention, although the college admission application has been illustrated and described as a representative example, the present invention is not limited thereto, but may be applied to an application for admission, a graduate application, a driver's license application, and the like. In addition, tax invoice, transaction statement, VAT report, income tax report, Ministry of Labor job search, National Health Insurance bill, insurance policy, National Health Insurance application, industrial accident insurance application, employment insurance application, national pension application, government complaints application, hospital prescription It can also be applied to mobile phone applications.

In addition, construction-related documents (including construction performance reports, etc.), various financial documents (bank deposit slips, withdrawal slips, substitute slips, etc.), jiro slips (all OCR slips, construction billing OCR slips, and apartment management fee slips). It can be widely used.

According to the unattended automatic reception device for which the barcode is printed as described above, by storing all the contents of the application in a two-dimensional barcode, the contents of the application can be quickly computerized by reading the barcode.

And, by inputting the data in the application via the Internet automatically prints the application is printed bar code, there is an efficiency that can be easily accepted by the unmanned reception system.

In addition, even after inputting the application, additional inputs can be input through the touch screen of the monitor, thereby increasing the support opportunities.

In addition, by allowing the unmanned reception device to pay the application fee as well as the application by cash or credit card, there is no need for a separate storage staff or a window.

In addition, since the OCR giro slip can be received through an unmanned reception device, it is possible to receive a 24-hour reception, and in the case of manual work, there is an advantage that a faster and more accurate processing is possible.

Although the present invention has been described in connection with the above-mentioned preferred embodiments, it is possible to make various modifications or variations without departing from the spirit and scope of the invention. Accordingly, the appended claims will cover such modifications and variations as fall within the spirit of the invention.

Claims (5)

An application input unit 20 into which an application document 60 on which a barcode is printed or an OCR paper journal is input; A CCD camera 44 for capturing an application 60 input through the application input unit 20 and converting the application 60 into image data; A barcode recognition unit 50 for reading a barcode 63 image from the image data and converting the image into a character; A barcode scanner (13) for reading a barcode of the OCR Giro table inserted through the application input unit (20); Payment means for paying an application fee of the application; A monitor (18) with a built-in touch screen to display the progress of the application reception and to further input non-input data; A printer unit 42 for issuing a receipt when payment is made by the payment means; A return unit 22 for returning if the applicant wishes to return the submitted application form 60, the OCR chart, or if there is an error in the input application form 60, the OCR chart; An application storage unit 54 for storing the application 60 and the OCR journal form when the reception of the input application 60 is completed; A server unit 46 for transmitting the data recognized by the barcode recognition unit 50 to a host computer 47; And The application input unit 20, CCD camera 44, barcode scanner 13, barcode recognition unit 50, payment means, monitor 18, printer unit 42, return unit 22, application storage unit And a control unit 40 for controlling the server unit 46. 2. The apparatus of claim 1, wherein the bar code is a two-dimensional bar code. The method of claim 1 or 2, wherein the payment means, A cash input unit 12 for inserting cash; An IC card reader unit 16 for reading an IC card; And And a connection unit (56) for transmitting the data read by the reader unit (16) to the financial settlement agency and receiving the approval data from the financial settlement agency. An initialization step S10 of connecting with the host computer 47; Payment step (S20) of inputting the application fee into cash or inputting data of the IC card; A photographing step (S30) of photographing the input document 60 with the CCD camera 44 to generate image data; A reading step (S40) of reading a barcode (63) image from the image data and converting the image into a character; If there is no input data in the application (60), further inputting (S50); A confirmation step (S60) of displaying the read character data and the input data on the monitor 18 for confirmation; Transmitting the input data to the host computer 47 and storing it in a database (S70); If the data of the IC card is input step of transmitting the data to the financial settlement agency is approved payment (S80); Transferring the application (60) to the application storage unit (54), accommodating and issuing a receipt from the printer unit (42); And If it is not confirmed in the confirmation step (S60), the returned cash and application form 60 through the application return unit 54 (S65); Unattended reception method of the original application bar code, characterized in that it comprises a. An initialization step S200 of connecting with the host computer 47; A payment step of inputting cash of an OCR giro bill into cash or inputting data of an IC card (S210); Scanning the input OCR Giro table with a barcode scanner 13 to read character information (S220); Transmitting the input data to the host computer 47 and storing it in a database (S230); If the data of the IC card is input step of transmitting the data to the financial settlement agency is approved payment (S240); And Transferring the OCR gijang slip to the application storage unit (54) to receive and issue a receipt from the printer unit 42 (S250); unattended reception method of the printed document comprising a.