KR100575418B1 - Registered mail processing machine using Korean Address Recognition System - Google Patents

Abstract

The present invention reads a postal image of recipient information (destination address, recipient name, etc.) described on the surface of a postal mail at the time of a registered mail reception processing, and collects, stores and displays a postal video on a monitor based on this reading result, If it is finally recognized as a postal or foreign postal mail, the recipient's information can be barcoded and attached to the postal mail, and then classified and stored as a postal or foreign country and misrecognized postal mail. Hangul address recognition system to minimize customer's satisfaction by minimizing damage of mail, minimize labor inconvenience and inefficiency caused by heavy work burden on reception desk as well as reducing labor cost. Provides a softener treatment apparatus using.

Supply part, transfer part, reading part

Description

Registered mail processing machine using Korean Address Recognition System}

1 is a perspective view showing the appearance of the soft-light register processing apparatus using the present invention Hangul address recognition system.

Figure 2 is a schematic diagram showing the configuration of the apparatus for processing a soft-light register using the Hangul address recognition system of the present invention.

Figure 3 is a plan view showing the configuration of the soft-treatment device using the Hangul address recognition system of the present invention.

Figure 4a, 4b is a front view showing the configuration of the reading unit that is the main portion of the soft-light register processing apparatus using the Hangul address recognition system of the present invention.

Figure 5a, Figure 5b is a front view showing the configuration of the print portion that is the main portion of the soft-light register processing apparatus using the Hangul address recognition system of the present invention.

Figure 6 is a front view showing the configuration state of the main portion of the classification unit of the soft-treatment device using the Hangul address recognition system of the present invention.

Figure 7 is a schematic diagram showing the configuration of the integral part of the main portion of the soft-light register processing apparatus using the Hangul address recognition system of the present invention.

Figure 8 is a reference diagram for explaining the operation of the soft-treatment apparatus using the present invention Hangul address recognition system.

9 is a flowchart illustrating an operation of an apparatus for processing a register using the Korean address recognition system of the present invention.

10A, 10B, 10C, and 10D are operators and user manuals of a softener processing apparatus using the present Korean address recognition system.

<Description of the symbols for the main parts of the drawings>

1: body 2: monitor

3: stand bracket

10: supply unit 11: inbound stacker (Inbound Stacker)

12: supply standby motor 13: blower motor

14: inbound sensor

20: transfer unit 21: motor

22: transfer belt 23: sensor

30: reading unit 31: trigger sensor

32: line camera 33: character recognizer

34: I / O DEVICE CONTROLLER Program

35: adjustment ruler 36: adjustment knob

37 lens 38 lighting device

39: diverter

40: printer portion 41: auxiliary guide conveyor

50: classification unit 51: separator

52: electronic solenoid

60: accumulator 61: outbound stacker (Outbound Stacker)

The present invention relates to an apparatus for processing a register using a Hangul address recognition system, and more particularly, in a registered mail reception process, a postal image of recipient information (destination address, recipient name, etc.) described on the surface of a mail is read and read. Based on the results, the collection, storage, and display of postal images are displayed on the monitor and classified into postal or other country and misrecognized postal mail. Afterwards, it can be classified and stored as domestic or other countries and misrecognized mails, minimizing the damage of mails generated during mail processing, maximizing customer satisfaction, and reducing heavy labor costs, which is a heavy burden on the reception desk. Hangul notes to minimize the inconvenience and inefficiency It relates to a soft-treatment device using a sweeping system.

The country's postal market is about 5.2 billion pieces per year, and the amount has been continuously increasing.

Among them, registered mail, which is a special mail, accounts for about 5% of the total mail volume, and its importance is gradually increasing due to the development of electronic commerce, target marketing using DM, and the increase in the use of credit cards.

For reference, the registered handling system is a special handling system for mail that clarifies the handling process of the mail by recording the information of the sender and the recipient on the surface of the mail when receiving the mail, and assigns a unique registration number for each mail. All processes of dispatch, division, transportation, and delivery shall be handled by registered registration number. In case of delivery, the delivery shall be confirmed by signature or seal of the addressee.

Therefore, in the registered handling system, in case of damage or loss during the handling of important documents, goods, etc., there are currency, goods, and insurance mails registered on the securities, and various mails for certification, such as contents certificate and delivery certificate, which determine the degree of damages according to the system. Other special handling mails include additional courier services such as special courier delivery, domestic express, civil mail, and special postal mail, which are court documents.

Due to the importance of handling, the entire delivery process of the handling is recorded to determine whether the handling process is justified internally, and especially when the delivery is made, the recipient of the party is delivered to the party, and if there is any complaints such as damage or loss of postal items, Use as judgment data.

In the past, the record of the whole process was processed by manual labor, but a lot of people are forced to digest the increased volume due to the rapid increase in the volume of registered mail due to the expansion of the economic scale. Due to the development of industrial technology, some parts of the handling of registered mails are limited to handling IT by combining IT technology (there is a device that records the registration number recorded on the barcode at high speed and automatically creates a delivery certificate, developed by our company). The method is being improved but is still insignificant.

Currently, Korea Post Logistics System is under development and operation under the supervision of Korea Post. Once the system is settled and in operation, it is expected to increase the reliability and efficiency of the postal service by real-time handling and ultimately automation and mechanization of records handling mail.

However, in real-time longitudinal inquiry or subsequent delivery confirmation of registered mails, the management of individual information of each mail is an important factor in determining the success or failure of the entire handling process.

Currently, when receiving registered mail, the address information of the sender and the recipient indicated on the mail is manually keyed in the mail reception window (multi-functional window), and a label with the registered registration number barcode is attached. In the process of delivery, the manual relies on the hand scanner to scan the label on the surface of the mail so that the mail can be tracked.

Therefore, when sending a large amount of mail (several to hundreds of cases, tens of thousands of cases are frequently used by companies) sent by the same sender, it causes inconvenience due to the long waiting time of waiting window according to the score work and waits for other senders. Due to time delays, they are subject to complaints.

Therefore, in the case of a large quantity of registered shipments for the purpose of shortening the waiting time for customers, the volume is handled by a method of attaching and sending a registered label (registration number) and inputting address information after closing the business. It adds to the burden of overtime work by the employees and is missing the individual address information of the actual mail, thus providing a cause for disruption in real-time longitudinal tracking.

As a result, the development of automated mail handling equipment has been very active in advanced countries of Western Europe and Japan, and has already developed cutting-edge mail handling machines such as OVIS (Optical Character Recognition) / VCD (Video Coding Desk) Integrated System (OVIS). Is laying.

-OVIS is a mail processing device having a recognition function that automatically recognizes the postal code written on the mail to convert to a bar code and sort the mail by the bar code.

However, in Korea, the development of automated equipment for handling postal matters is insignificant.

In particular, since the implementation of a device that automatically recognizes and processes information about the mail is insufficient, the development of such a device is very urgent.

Accordingly, the present invention has been made to solve the above-mentioned conventional problems. In the registered mail reception process, the postal image of the recipient information (destination address, recipient name, etc.) described on the surface of the mail is read, and based on the read result. Collection, storage, and display of postal images on the monitor and classification into own or other countries and misrecognized mails.When finally read into own or other country mails, the recipient's information of such read mails are barcoded and attached to the mails. And can be classified and stored as misrecognized mail, minimizing the damage of mails generated during mail processing, maximizing customer satisfaction, reducing labor costs and enormous burden on the reception desk. Hangul address recognition system to minimize inconvenience and inefficiency To provide a soft registration processing device it is an object.

The above object is, by supplying a postal matter to a predetermined height for each standard bag for supplying at least one barrel for feeding the postal matter in a first-in first-out method; The delivery unit 20 includes a transfer unit 20 which receives the mail discharged from the supply unit 10 and automatically detects the thickness and size of the mail and transfers it to each step, and the transfer unit 20 is located within the body 1. A motor 21 coupled to the motor; A conveying belt 22 for placing the mail received from the supply part 10 by the rotation of the motor 21 on the upper part to move horizontally to the accumulation part; Located close to the supply unit 10 includes a sensor 23 for automatically detecting the thickness and size of the mail coming from the supply unit 10 discharged, and located in the middle of the transfer unit 20 A reading unit 30 for automatically capturing the recipient information written on the surface of the mail, which is transported, and then displaying the mail image on the collection, storage, and monitor 2 and sorting it into a country or another country and a mistaken mail; A printing unit which is located adjacent to the reading unit 30 and which prints the recipient information of the postal matter read by the reading unit 30 in a postal matter which is conveyed via the reading unit 30 and printed on the postal matter ( 40); Located at the last point of the transfer unit, the classification unit 50 for separately transmitting the transfer direction of the own station or other station and the misrecognized postal matter that is read and transmitted via the reading unit 30; An accumulation unit 60 for storing and storing the postal matters which are separated from the classification unit 50 into the own country or another country and the misrecognized mail in each outbound stacker 62; The supply unit 10 is installed on one side of the upper body 1, the inbound stacker 11 is made to load a large amount of mail; A supply standby motor 12 for transferring the loaded mail to a predetermined position in the supply unit 10; A blower motor 13 for forcibly sucking the postal matter which has been transferred to a predetermined position in the supply unit 10 and feeding the postal matter to the transfer unit 20; In the device for receiving the postal matter by reading an image image written on the surface of the postal matter, including an inbound sensor 14 to automatically detect the amount of mail stored, the reading unit 30 is the transfer unit 20 A trigger sensor 31 which detects a postal matter which is conveyed through the conveyance belt 22 of a) and indicates an overall operation signal of the reading unit 30; A line camera 32 which automatically photographs the recipient information written on the surface of the postal mail by the operation signal of the trigger sensor 31 and delivers the photographed postal image to the connected host PC; It is stored in a host PC connected to the line camera 32, and automatically recognizes a postal image taken and transmitted by the line camera 32, and reads it as a mark or other station and a misrecognized post and classifies it through the diverter 39. Of course, based on the read signal, a character recognizer 33 capable of signaling and transmitting a signal necessary for issuing a receipt and a barcode to be barcoded by the printer unit 40 and I / O DEVICE CONTROLLER program 34 is achieved by the softener processing apparatus using the Hangul address recognition system characterized in that.

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Hereinafter, the present invention will be described in detail with reference to the accompanying drawings so that those skilled in the art can easily understand and reproduce the present invention.

1 is a perspective view showing an appearance state of a softener processing apparatus using the Hangul address recognition system of the present invention, Figure 2 is a schematic diagram showing the configuration of a softener processing apparatus using the Hangul address recognition system of the present invention, Figure 3 is a plan view showing a configuration state of the softener processing apparatus using the Hangul address recognition system of the present invention, Figure 4a, Figure 4b is a configuration state of the reading unit that is the main part of the softener processing apparatus using the Hangul address recognition system of the present invention 5A and 5B are front views showing the configuration of a print unit, which is a main part of a softener processing apparatus using the Hangul address recognition system of the present invention, and FIG. 6 is a softlight processing using the Hangul address recognition system of the present invention. Fig. 7 is a front view showing the configuration of the classification unit which is the main part of the device, and Fig. 7 is a softener processing apparatus using the Hangul address recognition system of the present invention. A schematic diagram showing a main portion of an integrated state of the component part.

For reference, in describing the present invention, when it is determined that a detailed description of a related known function or configuration may unnecessarily obscure the gist of the present invention, the detailed description thereof is omitted.

In addition, terms to be described below are terms defined in consideration of functions in the present invention, and may vary according to the intention or custom of a user or an operator.

Therefore, the definition should be made based on the contents throughout the specification.

As shown in the present invention, one side is provided with a supply unit 10 for loading at least one barrel of the mail by first-in, first-out manner by loading the mail to a predetermined height for each standard bag is formed, the discharge portion on one side of the supply unit 10 Receiving the mail is to be delivered is a transport unit 20 for automatically detecting the thickness and size of the mail to be transported to each step is formed.

In addition, the intermediate point of the transfer unit 20 automatically photographs the recipient information described on the surface of the mail to be transported, collects, stores and displays the mail image on the monitor and simultaneously classifies it as a local or foreign country and a misidentified mail. A reading unit 30 is formed, and on the conveying unit 20 adjacent to the reading unit 30, the recipient information of the mail item read by the reading unit 30 in the mail conveyed through the reading unit 30. The print unit 40 is formed to be printed on the mail by the bar code, and at the final point of the transfer unit 20, a mark or other station and a misrecognized postal matter which is read and transmitted through the reading unit 30. The fractionation part 50 which separates and conveys a conveyance direction is formed.

In the lower part of the sorting unit 50, an accumulation unit 60 is formed to store and store the mails separated and transmitted from the sorting unit 50 into the own country or other country and the misrecognized mails in each outbound stacker 62. It is.

On the other hand, the supply unit 10 is installed on one side of the upper portion of the body 1, the inbound stacker (11) made to load a large amount of mail; A supply standby motor 12 for transferring the loaded mail to a predetermined position in the supply unit 10; A blower motor 13 for forcibly sucking the postal matter which has been transferred to a predetermined position in the supply unit 10 and feeding the postal matter to the transfer unit 20; It consists of an inbound sensor 14 to automatically detect the amount of mail stored.

And, the transfer unit 20 and the motor 21 is coupled to the place in the body (1); A conveying belt 22 for placing the mail received from the supply unit 10 by the rotation of the motor 21 on the upper portion to move horizontally to the accumulation unit; It is located in proximity to the supply unit 10 is composed of a sensor 23 to automatically detect the thickness and size of the mail coming from the delivery unit 10 is discharged.

In addition, the reading unit 30 includes a trigger sensor 31 for detecting the postal matter that is conveyed through the conveying belt 22 of the conveying unit 20 to indicate the overall operation signal of the reading unit 30; A line camera 32 which automatically photographs the recipient information written on the surface of the postal mail by the operation signal of the trigger sensor 31 and delivers the photographed postal image to the connected host PC; It is stored in a host PC connected to the line camera 32, and automatically recognizes a postal image taken and transmitted by the line camera 32, and reads it as a mark or other station and a misrecognized post and classifies it through the diverter 39. Of course, based on the read signal, a character recognizer 33 capable of signaling and transmitting a signal necessary for issuing a receipt and a barcode to be barcoded by the printer unit 40 and I / O DEVICE CONTROLLER program 34.

In addition, the line camera 32 is provided with an adjustment ruler 35 and an adjustment knob 36 to allow the adjustment of the focus by taking the up and down on the stand bracket 3 which is connected and fixed to the body 1. Is installed to be connected to, but one side of the lens 37 is connected to the illumination device 38 to give illumination when photographing the mail.

Here, preferably, the character recognizer 33 obtains a postal image of a payee address, a payee name, etc. written on the surface of the postal mail through a camera, converts the postal image into a binarization code, and based on the binarized code. It is configured to extract the address area and the character string, followed by the character.

In addition, the printer unit 40 has the auxiliary guide conveyor 41 is formed to be inclined downward toward the exit side, so that the bar code label by the printer's command is placed on the auxiliary guide conveyor 41, and the target mail arrives at an appropriate distance. It is designed to attach barcode labels without wrinkles.

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

In addition, in each drawing used for description, the same component is attached | subjected, and may show the same number, and the overlapping description may be abbreviate | omitted.

8 is a reference diagram for explaining the operation of the softener processing apparatus using the Hangul address recognition system of the present invention, Figure 9 is an operation flowchart of the softener processing apparatus using the Hangul address recognition system of the present invention, Figures 10a, 10b, Figure 10c, Figure 10d is the operator and user manual of the soft-light register processing apparatus using the present Korean address recognition system.

First, a mail processing process of the soft-registered device using the Hangul address recognition system of the present invention will be described as follows.

This is activated by the user first placing the mail on the inbound stacker 11 of the supply section 10 and turning the key switch (not shown) on.

At this time, the amount of postal matter accumulated in the inbound stacker 11 is automatically detected by the inbound sensor 14 and transferred to the host PC.

Then, the first mail among the aligned mail items is waited to be moved to the "S1" position by the supply standby motor 12.

When the user gives the host PC a "RUN" command, the waiting mail is moved and placed on the transfer belt 22 of the transfer unit 20 by the blower motor 13, and thus on the transfer belt 22. The loaded mail is moved to the "S2" position.

At this time, the mail moving to the conveying belt 22 is automatically detected by the thickness and size of the mail by the sensor 23 provided at a predetermined position of the transport unit 20 is transmitted to the host PC.

Meanwhile, the mail to be moved to the "S2" position is detected by the trigger sensor 31 before being positioned at the "S2" position, and the detected signal is transmitted to the host PC so that the character recognizer 33 programmed in the host PC is provided. And I / O DEVICE CONTROLLER program 34.

Then, the character recognizer 33 and the I / O DEVICE CONTROLLER program 34 firstly operate the line camera 32 of the reader 30 to photograph the recipient information written on the surface of the mail at the point S2. Receives the captured postal image and collects and stores it on the basis of the read result based on the received postal image and displays it on the monitor 2, and also through the diverter 39 based on the read signal, And classified as a misidentified postal matter, and transmits this signal to the printer unit 40 and the classification unit 50.

Then, the mail moving to the point "S3" that is the printer unit 40 through this process waits for the printer result according to the read result.

Here, the user drags the receiver information with a mouse and inputs other information.

Then, this input signal is transmitted to the character recognizer 33 and the I / O DEVICE CONTROLLER program 34 programmed in the host PC, and at the same time monitor the read character recognition result such as the postal code, pocket information, address information, etc. of the ROI area. It will be shown in the result window of 2).

When the processing is completed, the process automatically proceeds to the next process according to the mode.

In other words, the remaining mail is processed continuously.

In the case of continuous processing here, the image is not shown but only the result is displayed on the monitor 2.

At this time, the letter recognition is difficult to recognize the mail is not processed by storing the image according to the operation mode, reject or show the image on the monitor (2) and stops at the "S3" position and waits for the user's manual coding results.

Then, the mail moving to the point "S4" where the classification unit 50 is located through this process is a mark or other station through the separator 51 driven by the electronic solenoid 52 by the read result or manually coded information. And classified into misrecognized postal matters and accumulated in each outbound stacker 61 provided in the classification unit 50.

At the end of the work the processed details are monitored and the operator can optionally continue to feed mail or print receipts.

Accordingly, as described above, it is possible to maximize the customer's satisfaction by minimizing the damage of the mail generated during the mail processing, and to reduce the labor cost that is enormously, and the inconvenience and the inconvenience caused by the heavy work burdened at the reception desk. The effect is to minimize the efficiency.

Here, the character recognizer 33 of the reader 30 is implemented based on the configuration as shown in Table 1 below.

For reference, the system of the character recognizer is a Hangul character recognition system implemented with the technical support of the Korea Institute of Science and Technology (ETRI) to read and classify the address area of the mail and the address area of the addressee while transferring one mail per second.

In addition, as shown in FIGS. 11A, 11B, 11C, and 11D, a VCA environment using VISUAL C ++ to facilitate a user interface in a familiar WINDOWS environment to help users' work convenience (VISUAL C ++). FOR APPLICATION.

More specifically, in the preprocessing step of the character recognizer described above, the following image binarization is implemented on the delivered postal image.

A. Quantization

1) Global Binarization

      -How to search for Peak

      -Method using distributed information

      -Method using entropy information

      -Method using normal distribution information

      -Method using fuzzy information

2) Adaptive Binarization

      How to determine the threshold while moving the local window

      -Method using edge information

3) Post Processing of Binarized Image

      -Candidate Threshold Determination by Image Characteristics Analysis

      -Elimination of ghosts using gradient information

B. Connected Components

1) 4-Neighbors Connectivity or 8-Neighbors Connectivity Extraction

      -Linked Black Pixel Extraction

      -Location of the smallest rectangle

      -Aspect ratio of the smallest rectangle

      -Density of black pixels in the rectangle

      -Tilted image correction

      Recipient Address Area (ROI) Extraction

C. Hough Transform

      Tilt detection at any angle

      -Using two-dimensional rotation transformation

      -Fletcher or Kasturi

D. Recipient Address Area (ROI) Segmentation

1) String Extract Step

      -Method using image processing technique

      -Method by analysis of connected elements

      -By run-length smoothing

      -Method by image reduction

E. Address Block Extraction Steps

      -Horizontal-vertical navigation method

      -Method by type determination

      Iterative merging and splitting methods

In the Postal Addresses Extraction step, string and character extraction of the following address area is implemented.

A. Horizontal Histogram

    Method by Horizontal Projection Histogram Analysis

      Point-by-point horizontal projection

      -Horizontal projection of connecting element units

      Horizontal projection within a vertical window

      -Extraction of rows in the address area

B. Vertical Histogram

      -Generation of candidate split positions by vertical projection

      -Merging of Split Characters Using Recognition Information

C. Run Length Coding

      -Process of compression and standardization

      -Two levels of normalization, horizontal and vertical

      -Run 1 and 0 to set the number of 1s or 0s in series to Length

In addition, in the Postal Addresses Recognizing step, the strings and characters of the extracted address area are recognized as follows.

A. Statistical Character Recognition

-Estimation of statistical distribution

Sufficient learning patterns

-Good at generating candidate characters

-Advantageous for generating similar characters

B. Structured Character Recognition

Based on Stroke Components: Grammar Inference

-Use the structural relationship of elements to represent characters

-Thinning, direction code

-Sensitive to contact or breaking

C. Character Recognition Using Neural Networks

-Automatic learning

         Excellent generalization ability: good at miscellaneous

  Typically using Multilayer Perceptrons

Tables 2 to 5 shown below detail the above-described character recognizers.

Meanwhile, the application field and the extension plan of the present invention will be described.

First, it can be applied to the ordering divider, and the ordering sorting means the sorting of mails delivered from the central office to the collecting country through the process of sending and arriving at the collecting country by each courier and sorting them in order of delivery of the courier again. .

The following describes the necessity of ordered division automation for the technical application of the present invention and the future development trend.

(Necessity of sorting automation in order)

As mail volume between companies and individuals, such as advertisements, bills, and card payments steadily increases, the mail volume between individuals is decreasing, but the overall mail volume is increasing. In Korea, the volume of postal mail was 3.6 billion in 1998 and increased to 50.3 billion in 2001, and is expected to increase to 125.5 billion in 2015.

In response to customer demand for fast and accurate postal services and cost reduction demands to enhance the competitiveness of postal services with the increase of mail volume, each country is promoting the automation of mail processing, including automatic sorting. There is.

Our country has invested KRW 1.752 trillion, starting with the construction of the Seoul Central Bureau in 1985, and built a total of 22 postal concentration bureaus throughout the country by 2002, and introduced an automatic mail sorting system to build an automatic mail handling system. As a result, the dispatching / arrival sorting task classified by post office is automated to improve productivity, but the sorting task is still dependent on manual labor.

In the case of calculating the cost composition of domestic postal service processing into four processes: window, arrival, departure, transport, and housekeeping, the housekeeping process, including ordering, accounts for more than 53%. In addition, according to the data of Siemens, Germany, 25% of the ordering task accounts for 25% of the cost of processing standard mail in four processes: collection, rearranging, transportation, shipping and arrival, order, and delivery.

Therefore, it is necessary to automate the classification of the order to solve this problem, because the classification of the order which is completely dependent on the manual work acts as a major factor in the increase of the mail processing cost as the mail volume increases and also as the biggest obstacle to the automatic mail processing process. to be.

If the performance of the soft-key processor using the Korean address recognition system developed so far is expected to be developed into unrestricted character recognition technology.

In addition to the development of the soft- ware processor using the Hangul address recognition system, it can be used as an element technology such as fax recognition, voucher processing system, and type document recognition.

In addition, address recognition technology has been mainly developed for small mail, but it is expected to be applied to large mail and packet mail by improving the level of postal image processing and analysis technology and low quality address recognition technology.

Barcode systems applied to AVCS (Automatic Volume Capture System), etc., were expensive laser-based systems, but are expected to be replaced by image-based barcode systems due to the development of low-cost CMOS CCD camera technology, and address recognition to improve processing performance. It will be developed in an integrated form with the system.

Lastly, it is expected that the order separator will be developed in order to further increase the added value in terms of efficiency and convenience of devices such as high throughput, ergonomic design for workers, and low noise.

As an extension plan, research should be conducted on the integration and management of address information scattered by region by developing application programs using application system development address recognition module or character recognition module.

For reference, the present invention may be variously modified and may take various forms. However, in the detailed description of the present invention, only specific embodiments thereof are described.

Therefore, it is to be understood that the invention is not to be limited to the specific forms referred to in the description, but rather to include all modifications, equivalents and alternatives falling within the spirit and scope of the invention as defined by the appended claims. It must be understood.

According to the present invention as described above has the following effects.                     

In other words, when receiving registered mail, the postal image of the recipient information (destination address, recipient name, etc.) described on the surface of the postal mail is read out, and based on the result of the reading, the postal image is collected and stored on the monitor and displayed on the monitor, and its own or other country and misrecognition is recognized. If it is finally read as a postal or foreign postal mail, the recipient's information can be barcoded, attached to the postal mail, and classified and stored as a postal or other postal or misidentified postal mail. Minimize the damage of the customer has the effect of maximizing customer satisfaction.

In addition, there is an effect of minimizing the labor costs and inefficiency caused by the heavy work that is burdened at the reception window, and minimizes labor costs.

Claims (7)

A supply unit (10) for loading postal matters up to a predetermined height for each standard bag and feeding the postal matters at least one by one in a first-in first-out manner; The delivery unit 20 includes a transfer unit 20 which receives the mail discharged from the supply unit 10 and automatically detects the thickness and size of the mail and transfers it to each step, and the transfer unit 20 is located within the body 1. A motor 21 coupled to the motor; A conveying belt 22 for placing the mail received from the supply part 10 by the rotation of the motor 21 on the upper part to move horizontally to the accumulation part; Located close to the supply unit 10 includes a sensor 23 for automatically detecting the thickness and size of the mail coming from the supply unit 10 discharged, and located in the middle of the transfer unit 20 A reading unit 30 for automatically capturing the recipient information written on the surface of the mail, which is transported, and then displaying the mail image on the collection, storage, and monitor 2 and sorting it into a country or another country and a mistaken mail; A printing unit which is located adjacent to the reading unit 30 and which prints the recipient information of the postal matter read by the reading unit 30 in a postal matter which is conveyed via the reading unit 30 and printed on the postal matter ( 40); Located at the last point of the transfer unit, the classification unit 50 for separately transmitting the transfer direction of the own station or other station and the misrecognized postal matter that is read and transmitted via the reading unit 30; An accumulation unit 60 for storing and storing the postal matters which are separated from the classification unit 50 into the own country or another country and the misrecognized mail in each outbound stacker 62; The supply unit 10 is installed on one side of the upper body 1, the inbound stacker 11 is made to load a large amount of mail; A supply standby motor 12 for transferring the loaded mail to a predetermined position in the supply unit 10; A blower motor 13 for forcibly sucking the postal matter which has been transferred to a predetermined position in the supply unit 10 and feeding the postal matter to the transfer unit 20; An apparatus comprising an inbound sensor 14 for automatically detecting the amount of mail stored therein, the apparatus for receiving and processing a mail by reading an image image on the surface of the mail, The reading unit 30 includes a trigger sensor 31 which detects a postal matter conveyed through the conveying belt 22 of the conveying unit 20 and indicates an overall operation signal of the reading unit 30; A line camera 32 which automatically photographs the recipient information written on the surface of the postal mail by the operation signal of the trigger sensor 31 and delivers the photographed postal image to the connected host PC; It is stored in a host PC connected to the line camera 32, and automatically recognizes a postal image taken and transmitted by the line camera 32, and reads it as a mark or other station and a misrecognized post and classifies it through the diverter 39. Of course, based on the read signal, a character recognizer 33 capable of signaling and transmitting a signal necessary for issuing a receipt and a barcode to be barcoded by the printer unit 40 and I / O DEVICE CONTROLLER program (34) using a Hangul address recognition system characterized in that the device. delete delete delete delete delete delete

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