KR101669120B1 - Device for verifying caller facsimile and method thereof - Google Patents

Abstract

An operation method of an originating fax authenticity verification apparatus includes the steps of: receiving fax data from an originating fax; extracting a verification pattern from the received fax data; comparing the reference pattern with the extracted verification pattern; And verifying the authenticity of the originating fax that transmitted the fax data.

Description

≪ Desc / Clms Page number 1 > DEVICE FOR VERIFYING CALLER FACSIMILE AND METHOD THEREOF &

The present invention relates to a method of verifying authenticity of an originating fax, and more particularly, to a method of verifying authenticity of an originating fax, And an apparatus capable of performing the above method.

A facsimile or fax is an electronic product that transmits image information using a telephone line.

When a user who is requested to submit a supporting document from a specific company wants to submit the supporting document to the specific company by fax, the issuing company (or issuing organization) capable of issuing the supporting document may issue the supporting document And transmits it to the facsimile corresponding to the fax number specified by the user using the company's fax.

However, the user may falsify or modulate the received supporting document, and then send the forged or altered supporting document to the fax of the specific company using the user's fax.

At this time, the specific company determines whether the document received via the facsimile is transmitted through a facsimile of a real issuing company (or issuing institution) capable of issuing the document, or a document proving that the document has been falsified or altered by the user I can not know. Accordingly, a particular company may conduct business operations on the user based on falsified or corroborated documents, even though the supporting documents received via fax are falsified or altered documents.

When a fax number of a fax originating a document is forged or altered, the particular company may send a copy of the document that was received via its fax from a genuine issuer fax or from a fax for a fake or altered fax number It is hard to know whether it is. Accordingly, there is a need for a method that can verify that a fax document received via a received fax is a fax document sent from a true fax.

SUMMARY OF THE INVENTION The present invention has been made to solve the above-mentioned problems occurring in the prior art, and an object of the present invention is to provide a facsimile machine, And to provide the above method.

A method of operating an originating fax authenticity verification apparatus according to an exemplary embodiment of the present invention includes receiving fax data from an originating fax, extracting a verification pattern from received fax data, comparing the extracted verification pattern with a reference pattern, And verifying the authenticity of the originating fax that transmitted the fax data based on the result of the comparison.

The extracted verification pattern includes physical attribute data of the originating fax and transmission format data of the fax data.

Wherein the physical attribute data is at least one of a sender number of the originating fax, a mechanical ID of the originating fax, and a fax transmission speed of the originating fax, the transmission format data being at least one of dots per inch And format data of the fax data.

The method further includes generating and storing authenticity verification data indicating authenticity of the originating fax based on the verification result, and transmitting the authentification verification data and the fax data to a reception fax.

The method according to claim 1, further comprising: generating and storing authenticity verification data indicating authenticity of the originating fax based on a result of the verification; and transmitting, in response to a transmission request transmitted from the facsimile data reception apparatus, And transmitting the data to the facsimile data receiving apparatus.

The operation method of the originating fax authenticity verification apparatus may be written in a computer-readable program and stored in a recording medium.

The apparatus for authenticating an originating fax according to an exemplary embodiment of the present invention includes a reference pattern database for storing a reference pattern, a receiver for receiving the fax data transmitted from the originating fax machine, a verification pattern extracting unit for extracting a verification pattern from the fax data transmitted from the receiver, A pattern extracting and comparing module for comparing the extracted verification pattern with a reference pattern transmitted from the reference pattern database, verifying the authenticity of the originating fax machine that transmitted the facsimile data based on a result of the comparison, .

According to an embodiment of the present invention, the originating fax authenticity verification apparatus comprises: a storage device for storing the facsimile data received by the receiver; and the authenticity verification data output from the pattern extracting and comparing module and the facsimile data stored in the storage device And a transmission control module for transmitting the received fax to the received fax.

According to another aspect of the present invention, there is provided an apparatus for verifying authenticity of an originating fax, comprising: a storage for storing the fax data received by the receiver; And a transmission control module for transmitting the authenticity verification data and the facsimile data stored in the storage device to the facsimile data receiving device.

A method of operating an originating fax authenticity verification apparatus according to an exemplary embodiment of the present invention includes receiving fax data from an originating fax, extracting a verification pattern from the received fax data, Reading out the reference pattern from the reference pattern, comparing the extracted reference pattern with the extracted verification pattern, and verifying whether the originating fax that transmitted the fax data is a genuine fax registered in advance based on a result of the comparison .

Wherein the reference pattern is at least one of a sender number, a mechanical ID, a dots per inch (DPI), format data, and information about a fax transmission speed, the extracted verification pattern includes a sender number, a mechanical ID , DPI, format data, and information on the fax transmission speed.

A method of operating an originating fax authenticity verification apparatus according to an exemplary embodiment of the present invention includes receiving fax data from an originating fax, extracting a verification pattern from the received fax data, and transmitting the fax data using the extracted verification pattern Verifying that the originating fax is a genuine fax registered in advance, and transmitting the authenticity verification data and the fax data generated as a result of the verification to the receiving fax.

The extracted verification pattern may be at least one of information on the calling party number, mechanical ID, DPI, format data, and fax transmission speed for the originating fax.

A method for verifying authenticity of an originating fax according to an exemplary embodiment of the present invention includes comparing a previously stored reference pattern with a verification pattern included in received fax data and comparing the verification pattern included in the received fax data with the authenticity of the originating fax Can be accurately and quickly verified.

Therefore, the method of verifying the authenticity of the originating fax has the effect of accurately and easily identifying the forged or modulated fax data.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS In order to more fully understand the drawings recited in the detailed description of the present invention, a detailed description of each drawing is provided.
1 is a block diagram of an originating fax authenticity verification system in accordance with an embodiment of the present invention.
Fig. 2 shows a schematic block diagram of the originating fax authenticity verification apparatus shown in Fig.
FIG. 3 shows the configuration of the first fax data output from the first origination fax shown in FIG.
FIG. 4 shows the configuration of the second fax data output from the second origination fax shown in FIG.
FIG. 5 shows a verification table for explaining the operation of the originating fax authenticity verification apparatus shown in FIG. 1. FIG.
6 shows a block diagram of an originating fax authenticity verification system in accordance with another embodiment of the present invention.
7 shows a schematic block diagram of the originating fax authenticity verification apparatus shown in FIG.

It is to be understood that the specific structural or functional description of embodiments of the present invention disclosed herein is for illustrative purposes only and is not intended to limit the scope of the inventive concept But may be embodied in many different forms and is not limited to the embodiments set forth herein.

The embodiments according to the concept of the present invention can make various changes and can take various forms, so that the embodiments are illustrated in the drawings and described in detail herein. It should be understood, however, that it is not intended to limit the embodiments according to the concepts of the present invention to the particular forms disclosed, but includes all modifications, equivalents, or alternatives falling within the spirit and scope of the invention.

The terms first, second, etc. may be used to describe various elements, but the elements should not be limited by the terms. The terms may be named for the purpose of distinguishing one element from another, for example, without departing from the scope of the right according to the concept of the present invention, the first element may be referred to as a second element, The component may also be referred to as a first component.

It is to be understood that when an element is referred to as being "connected" or "connected" to another element, it may be directly connected or connected to the other element, . On the other hand, when an element is referred to as being "directly connected" or "directly connected" to another element, it should be understood that there are no other elements in between. Other expressions that describe the relationship between components, such as "between" and "between" or "neighboring to" and "directly adjacent to" should be interpreted as well.

The terminology used herein is for the purpose of describing particular embodiments only and is not intended to be limiting of the invention. The singular expressions include plural expressions unless the context clearly dictates otherwise. In this specification, the terms "comprises ", or" having ", and the like, specify that the presence of the features, numbers, steps, operations, elements, Should not be construed to preclude the presence or addition of one or more features, integers, steps, operations, components, parts, or combinations thereof.

Unless defined otherwise, all terms used herein, including technical or scientific terms, have the same meaning as commonly understood by one of ordinary skill in the art to which this invention belongs. Terms such as those defined in commonly used dictionaries are to be interpreted as having a meaning consistent with the meaning of the context in the relevant art and, unless explicitly defined herein, are to be interpreted as ideal or overly formal Do not.

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

1 is a block diagram of an originating fax authenticity verification system in accordance with an embodiment of the present invention. Referring to FIG. 1, an outgoing fax authenticity verification system 100A includes a first originating fax 210, a second originating fax 220, an originating fax authenticity verification apparatus 300A, and a receiving fax 400A.

Herein, an originating fax or a receiving fax means a facsimile or facsimile machine, and the originating fax or the receiving fax may be a multi function printer, an internet fax machine for transmitting / receiving fax data via the Internet, ), A web fax for sending and receiving fax data via a web, a computer including a function for sending and receiving fax data, or a server including a function of transmitting and receiving fax data. In addition, an outgoing fax or a received fax may mean a module including a function of transmitting and receiving fax data. At this time, the module may mean a hardware device or may mean software.

The first outgoing fax 210 or the second outgoing fax 220 is sent to the outgoing fax authenticity verification device 300A via the public switched telephone network (PSTN) or the Internet (for example, wired Internet or wireless Internet) Or FDATA2).

For example, the fax authenticity verification apparatus 300A may refer to a device having a function of transmitting / receiving fax data, having a fax number designated (or selected) by a user or administrator of the received fax 400A. The fax number may be a true fax number or a virtual fax number. Further, the fax authenticity verification apparatus 300A may mean a server or a system having a function of transmitting and receiving fax data.

For example, the user of the first outgoing fax 210 or the user of the second outgoing fax 220 may send the fax number of the fax authenticity verification device 300A as the incoming fax number to the first outgoing fax 210 or the second outgoing fax (220). The fax authenticity verification apparatus 300A can transmit the fax data (FDATA1 or FDATA2) and the truth verification data (TDATA1 or TDATA2) to the receiving fax 400A. Accordingly, the fax authenticity verification apparatus 300A may perform the function of the relay fax apparatus (or relay fax server).

The originating fax authenticity verification apparatus 300A can transmit the first fax data FDATA1 and the first authenticity verification data TDATA1 to the received fax 400A via the PSTN or the Internet.

The originating fax authenticity verifying apparatus 300A can transmit the second fax data FDATA2 and the second authenticity verification data TDATA2 to the receiving fax 400A via the PSTN or the Internet.

As described above, the originating fax authenticity verification apparatus 300A can be implemented as a server (e.g., a facsimile server or a web fax server) connectable to the Internet.

The authenticity verification data described herein may be data indicating whether the fax data received by the originating fax authenticity verification apparatus 300A is true fax data sent from a genuine fax machine.

The authenticity verification data may be data indicating whether the fax data to be transmitted to the received fax 400A is true fax data transmitted from a genuine fax machine.

The first originating fax 210 is a true originating fax originating true first fax data FDATA1 and the second originating fax 220 is for receiving the first fax data FDATA1, And is an originating fax machine that transmits the second fax data FDATA2 modulated.

That is, the user of the second originating fax machine 220 transmits the second fax data FDATA2 generated by forging or modulating the first fax data FDATA1 transmitted from the first originating fax machine 210 to the second originating fax machine 220 To the outgoing fax authenticity verification device 300A. At this time, the user of the second originating fax 220 may forge or modulate the originating fax number to the fax number of the first originating fax 210.

The originating fax authenticity verification apparatus 300A receives the first fax data FDATA1 transmitted from the first origination fax 210 and extracts the verification pattern from the received first fax data FDATA1, And compare the extracted verification pattern with each other, and transmit the first fax data FDATA1 and the first authenticity verification data TDATA1 to the receiving fax 400A based on the comparison result. At this time, the first authenticity verification data (TDATA1) may include information indicating that the first fax data (FDATA1) is transmitted from the first originating fax machine (210). Therefore, the first truth verification data TDATA1 can be generated according to the result of the comparison.

However, the outgoing fax authenticity verification apparatus 300A receives the second fax data FDATA2 transmitted from the second originating fax machine 220, extracts the verification pattern from the received second fax data FDATA2, The reference pattern and the extracted verification pattern are compared with each other, and the second fax data FDATA2 and the second authenticity verification data TDATA2 can be transmitted to the receiving fax 400A based on the comparison result. At this time, the second authenticity verification data (TDATA2) may include information indicating that the second fax data (FDATA2) is not transmitted from the first originating fax machine (210). Therefore, the second authenticity verification data TDATA2 can be generated according to the result of the comparison.

For example, the outgoing fax authenticity verifying apparatus 300A transmits the first fax data FDATA1 and the first authenticity verification data TDATA1, or the second fax data FDATA2 and the second authenticity verification data TDATA2 in the push method, (TDATA2) to the receiving fax 400A. The originating fax authenticity verification apparatus 300A according to the embodiment of the present invention verifies the authenticity of the originating fax using the first fax data FDATA1, the first authenticity verification data TDATA1, the second fax data FDATA2, The first fax data FDATA1 and the first authenticity verification data TDATA1 or the second fax data FDATA2 and the second authenticity data FDATA2 may be transmitted as a push method to the receiving fax 400A for convenience of explanation. It is assumed that the verification data TDATA2 is transmitted to the receiving fax 400A.

According to an embodiment of the present invention, the outgoing fax authenticity verification apparatus 300A determines whether or not the outgoing fax authenticity verification apparatus 300A is authenticated based on the fax number of the received fax 400A included in the first fax data FDATA1 or the second fax data FDATA2 The first facsimile data FDATA1 and the first authenticity verification data TDATA1 or the second fax data FDATA2 and the second authenticity verification data TDATA2 to the receiving fax 400A.

According to another embodiment of the present invention, the outgoing fax authenticity verification apparatus 300A uses the first fax data FDATA1 received by the user of the received fax 400A or the fax number designated (or selected) by the administrator (E.g., push) the first fax data (FDATA1) and the first authenticity verification data (TDATA1) to the receiving fax 400A according to the result of the verification by verifying the authenticity of the first origination fax 210 .

The originating fax authenticity verifying apparatus 300A can also verify the authenticity of the second originating fax 220 using the second fax data FDATA2 received by the user of the receiving fax 400A or the fax number designated (or selected) by the manager, And can transmit (e.g., push) the second fax data FDATA2 and the second authenticity verification data TDATA2 to the receiving fax 400A according to the result of the verification.

Fig. 2 shows a schematic block diagram of the originating fax authenticity verification apparatus shown in Fig.

1 and 2, an originating fax validation apparatus 300A includes a receiver 310, a storage 320, a pattern extraction and comparison module 330, a reference pattern database 340, and a transmission control module 350).

A module in this specification may mean hardware capable of performing the functions and operations according to the respective names described in this specification, or means computer program code capable of performing a specific function and operation Or may be an electronic recording medium, e.g., a processor, with computer program code embodied thereon to perform particular functions and operations.

In other words, a module may mean a functional and / or structural combination of hardware for carrying out the technical idea of the present invention and / or software for driving the hardware.

FIG. 3 shows the configuration of the first fax data output from the first origination fax shown in FIG.

1 to 3, the receiver 310 receives the first fax data FDATA1 transmitted through the PSTN or the Internet from the first origination fax 210, and transmits the received first fax data FDATA1 To the storage device 320 and the pattern extraction and comparison module 330.

The first fax data FDATA1 may be data including the log data LD1 and the fax image data FI1.

The storage device 320 may store the first fax data FDATA1. 2, the storage device 320 is shown as being included in the originating fax authenticity verification device 300A, but according to embodiments, the storage device 320 may be separate from the originating fax authenticity verification device 300A, Or may be implemented integrally with the database 340 (or part thereof).

The pattern extraction and comparison module 330 extracts a verification pattern (e.g., information on CID1, FID1, DPI1 (or resolution), FD1, and / or fax transmission speed) from the first fax data FDATA1, To the reference pattern database 340, a query generated using a verification pattern (e.g., information on CID1, FID1, DPI1 (or resolution), FD1, and / or fax transmission speed).

For example, the pattern extracting and comparing module 330 extracts a pattern from the reference pattern database 340 using the extracted verification pattern (e.g., CID1, FID1, DPI1 (or resolution), FD1, and / The reference pattern can be read.

Here, CID1 denotes a caller identification of the first originating fax 210, FID1 denotes an ID of the first originating fax 210, for example, a machine ID, DPI1 denotes a first fax FD1 indicates the resolution of the fax image data FI1 and FD1 indicates the format data format of the fax image data FI1 transmitted from the first originating fax machine 210. [ data, and the information on the fax transmission speed indicates the transmission speed of the fax image data FI1.

For example, the first fax data FDATA1 may include log data LD1 and fax image data FI1. 3, the log data LD1 includes information on CID1, FID1, DPI1 (or resolution), DID1, and fax transmission speed, and the fax image data FI1 includes format data FD1. And fax document data, but this is merely an example for convenience of explanation of the present invention.

According to embodiments, DID1 may refer to the fax number of the originating fax authenticity verification device 300A or the fax number of the incoming fax 400A. The format data FD1 may represent a unique format of the fax image data FI1.

For example, the format data FD1 may be data indicating the position of a specific line LINE50 in the fax image data FI1 transmitted from the first originating fax machine 210. [ For example, the format data FD1 may be different for each company (or a subject) that transmits fax data, and therefore, the format data FD1 is data that can identify the fax (or FAX device) used by the company or the company Can be used.

For example, FID1 refers to the physical (or mechanical) attribute data of the first originating fax 210 and may be a unique value that distinguishes the first originating fax 210 from other originating faxes. For example, FID1 may be the product serial number of the first originating fax 210. [

CID1 may be a fax number that can distinguish the first outgoing fax 210, but may be counterfeit or modifiable.

Each of the information on the DPI1 (or resolution), the FD1, and the fax transmission speed may be data having a unique value that can distinguish the first fax data FDATA1 from other fax data. For example, at least one of DPI1 (or resolution) and FD1 may mean transmission format data of the first fax data FDATA1.

The reference pattern database 340 stores physical (or mechanical) attribute data for the first originating fax 210 and transmission format data for the first fax data FDATA1 transmitted from the first originating fax 210 in advance .

Here, the physical (or mechanical) attribute data may include information about the ID of the first originating fax 210, e.g., the mechanical ID, the CID of the first originating fax 210, and the fax transmission speed.

The physical (or mechanical) attribute data is used herein to refer to the physical (or mechanical) attribute data such as the mechanical identification (e.g., FID1 and / or FID2), the CID (e.g., CID1 and / or CID2) And the transmission format data is illustrated and described as including at least one of DPI (or resolution, e.g., DPI1 and / or DPI2) and FD (e.g., FD1 and / or FD2) It is just an example. DPI (or resolution, e.g., DPI1 and / or DPI2) may be defined to be included in the physical (or mechanical) attribute data according to embodiments.

In response to the query sent from the pattern extraction and comparison module 330, the reference pattern database 340 generates reference patterns (e.g., CID1, FID1, DPI1 (or resolution), FD1, And information on the fax transmission speed) to the pattern extraction and comparison module 330.

The pattern extracting and comparing module 330 extracts the reference patterns (for example, CID1, FID1, DPI1 (or resolution), FD1, and the information about the fax transmission speed) output from the reference pattern database 340 and the extracted verification patterns The first sending fax machine 210 that has transmitted the first fax data FDATA1 according to the result of the comparison compares the first fax data FDATA1 with the first fax data 210, The first authenticity verification data TDATA1 can be generated according to the result of the verification.

FIG. 5 shows a verification table for explaining the operation of the originating fax authenticity verification apparatus shown in FIG. 1. FIG. It is assumed in Fig. 5 that "T" means true or coincidence and "F" indicates false or inconsistency.

Referring to FIGS. 1, 2, 3, and 5, since the first originating fax 210 is a true originating fax, as a result of the verification by the pattern extraction and comparison module 330, (T), the mechanical ID (FID) matches (T), the DPI (or resolution) matches (T), and the format data coincides (T). According to an embodiment, the pattern extraction and comparison module 330 may further compare information about the fax transmission speed.

Accordingly, the pattern extraction and comparison module 330 generates and outputs the first truth verification data TDATA1 confirming that the first fax data FDATA1 is the fax data transmitted from the first real originating fax machine 210. [

The transmission control module 350 reads the first fax data FDATA1 stored in the storage device 320 using the first authenticity verification data TDATA1 output from the pattern extraction and comparison module 330, It is possible to transmit the first authenticity verification data TDATA1 and the first fax data FDATA1 to the receiving fax 400A set by the user (or manager) of the fax 400A or corresponding to the DID1.

According to an embodiment, the transmission control module 350 may transmit the first authenticity verification data TDATA1 and the first fax data FDATA1 in a push method.

The manner in which the first authenticity verification data TDATA1 is displayed in the received fax 400A can be variously changed according to design specifications. For example, the first truth verification data TDATA1 may be inserted into the first fax data FDATA1 in the form of a watermark and output, or may be output separately from the first fax data FDATA1. Wherein the output includes being output via an output device such as a printer and / or displayed via a display device.

Digital watermarking (or digital watermarking) refers to a technique of inserting and managing secret information in digital data (for example, facsimile data). When a picture or character is inserted into the digital data, the original source and information can be tracked . In this case, the first authenticity verification data TDATA1 may be processed or output through the digital watermarking.

The transmission control module 350 may store the first truth verification data TDATA1 output from the pattern extraction and comparison module 330 in the storage device 320. [

FIG. 4 shows the configuration of the second fax data output from the second origination fax shown in FIG.

1, 2, 4, and 5, the receiver 310 receives the second fax data FDATA2 transmitted from the second originating fax machine 220 via the PSTN or the Internet, 2 fax data FDATA2 to the storage device 320 and the pattern extraction and comparison module 330. [

The storage device 320 may store the second fax data FDATA2.

The second fax data FDATA2 may include log data LD2 and fax image data FI2.

The pattern extraction and comparison module 330 extracts a verification pattern (e.g., CID1, FID2, DPI2 (or resolution), FD2, and information on the fax transmission speed) from the second fax data FDATA2, (E.g., information on CID1, FID2, DPI2 (or resolution), FD2, and fax transmission speed) to the reference pattern database 340. [

For example, the pattern extraction and comparison module 330 may generate a query requesting transmission of a reference pattern using CID1 included in each of the log data LD1 and LD2, and transmit the generated query to the reference pattern database 340 have.

In FIG. 4, CID1 is the same as the originator number of the first originating fax 210, and CID1 is the originator number falsified or modulated by the user of the second originating fax 220.

(Or resolution) represents the DPI of the second fax data FDATA2, and FD2 represents the ID of the second originating fax machine 220, Represents the format data of the image data FI2.

4, log data LD2 includes CID1, FID2, DPI2 (or resolution), and DID1, and fax image data FI2 includes format data FD2 , Which is merely an example.

According to embodiments, DID1 may refer to the fax number of the originating fax authenticity verification device 300A or the fax number of the received fax 400A. The format data FD2 may represent a unique format of the fax image data FI2.

For example, the format data FD2 may be data indicating the position of a specific line LINE51 in the fax image data FI2 transmitted from the second originating fax machine 220. [ For example, the format data FD1 may be different for each company (or subject) that transmits the fax data, so the format data FD1 may be used as data that can identify the fax (or fax device) used by the company or the company .

3 and 4, the position of the specific line LINE50 of the true fax image data FI1 has been changed to the position of the specific line LINE51 of the fax image data FI2 in the process of falsification or modulation.

For example, FID2 refers to the physical (or mechanical) attribute data of the second originating fax 220 and may be the only value that can distinguish the second originating fax 220 from other originating faxes. For example, FID2 may be the product serial number of the second originating fax 220.

Referring to FIG. 4, it is assumed that DPI1 is changed to DPI2 and FD1 is changed to FD2 in the course of falsification or modulation of the first fax data FDATA1.

Each of DPI2 and FD2 may be data having a unique value capable of distinguishing the second fax data FDATA2 from other fax data. For example, at least one of DPI2 and FD2 may mean transmission format data of the second fax data FDATA2.

The reference pattern database 340 may send the reference patterns (e.g., CIDl, FIDl, DPIl, and FDl) to the pattern extraction and comparison module 330 in response to the query sent from the pattern extraction and comparison module 330 have. As described above, the reference patterns can be classified and stored for each CID.

The pattern extracting and comparing module 330 extracts the reference patterns (for example, CID1, FID1, DPI1, and FD1) and the extracted verification patterns (for example, CID1, FID2, DPI2, and FD2) output from the reference pattern database 340 And verifies that the second outgoing fax machine 220 transmitting the second fax data FDATA2 is not a true outgoing fax machine according to the result of the comparison and generates the second authenticity verification data TDATA2 according to the result of the verification .

Referring to FIGS. 1, 2, 4, and 5, since the second originating fax 220 is not a true originating fax, as a result of the verification by the pattern extracting and comparing module 330, (T), the mechanical IDs (FID) do not match (F), the DPIs do not match (F), the format data do not match (F), and the resolutions do not match (F). Accordingly, the pattern extraction and comparison module 330 generates and outputs the second truth verification data TDATA2.

That is, the pattern extraction and comparison module 330 determines whether or not the first origination fax 210 or the second origination fax 220 is a genuine fax registered in advance, based on a verification pattern included in the corresponding fax data (FDATA1 or FDATA2) Can be verified using.

The transmission control module 350 reads the second fax data FDATA2 stored in the storage device 320 using the second authenticity verification data TDATA2 output from the pattern extraction and comparison module 330, And transmits the second authenticity verification data TDATA2 and the second fax data FDATA2 to the receiving fax 400A set by the user (or manager) of the fax 400A or corresponding to the DID1. For example, the transmission control module 350 may transmit the second authenticity verification data (TDATA2) and the second fax data (FDATA) in a push method.

The transmission control module 350 may store the second authenticity verification data TDATA2 in the storage device 320. [

Information about the fax transmission speed of the first sending fax machine 210 (the information is stored in the reference pattern database 340) and information about the fax transmission speed of the second originating fax machine 220 to verify true pass data (Information extracted by the pattern extraction and comparison module 330) may be compared by the pattern extraction and comparison module 330. [

6 shows a block diagram of an originating fax authenticity verification system in accordance with another embodiment of the present invention.

6, the originating fax authenticity verification system 100B includes a first origination fax 210, a second origination fax 220, an originating fax authenticity verification apparatus 300B, and a fax data reception apparatus 400B do.

In this specification, the fax data reception device 400B may mean a device capable of transmitting a transmission request (REQ) requesting transmission of the fax data and the truth verification data to the originating fax authenticity verification device 300B. For example, the fax data receiving device 400B may refer to a computer or a server that can access and search the outgoing fax authenticity verification device 300B.

7 shows a schematic block diagram of the originating fax authenticity verification apparatus shown in FIG.

6 and 7, the storage device 320 can store the first fax data FDATA1 and the first authenticity verification data TDATA1 according to the identification number of the fax data receiving apparatus 400B, for example, a fax number have. The storage device 320 may store the second fax data FDATA2 and the second authenticity verification data TDATA2 according to the identification number of the fax data receiving device 400B, for example, a fax number.

The storage device 320 may be implemented as part of the reference pattern database 340 as described above.

The process of generating and storing the truth verification data (TDATA1 and TDATA2) is the same as that described with reference to FIG. 1 to FIG. 5, and a description thereof will be omitted.

For example, the user of the facsimile data receiving apparatus 400B can transmit the first facsimile data FDATA1 and the first authenticity verification data TDATA1 to the transmission control module 350 using the facsimile data receiving apparatus 400B REQ).

At this time, the transmission control module 350 uses the identification number of the facsimile data receiving device 400B included in the transmission request REQ to transmit the first fax data FDATA1 stored in the storage device 320 and the first authenticity verification data (TDATA1), and can transmit the first fax data (FDATA1) and the first truth verification data (TDATA1) that have been read to the fax data receiving apparatus 400B.

The user of the facsimile data receiving apparatus 400B transmits the second facsimile data FDATA2 and the transmission request REQ for the second authenticity verification data TDATA2 to the transmission control module 350 using the facsimile data receiving apparatus 400B, Lt; / RTI >

At this time, the transmission control module 350 uses the identification number of the facsimile data reception device 400B included in the transmission request REQ to transmit the second fax data FDATA2 stored in the storage device 320 and the second authenticity verification data (TDATA2), and can transmit the read second fax data (FDATA2) and second truth verification data (TDATA2) to the facsimile data receiving device (400B).

According to the embodiment, each time the authenticity verification data TDATA1 or TDATA2 is generated by the pattern extraction and comparison module 330, the transmission control module 350 determines that each fax data (FDAT1 or FDATA2) And can be notified to the verification apparatus 300B.

For example, when the facsimile data receiving apparatus 400B is a computer or a server capable of accessing the outgoing fax authenticity verification apparatus 300B, the outgoing fax authenticity verification apparatus 300B notifies that each fax data (FDAT1 or FDATA2) is received Message to the fax data receiving apparatus 400B. The message may be an e-mail, a message via a short message service (SMS), or a message via a multimedia messaging service (MMS), but the type of the message is not limited thereto.

As examples of the verification pattern, information on the CID (e.g., CID1), FID (e.g., FID1 and FID2), DPI (e.g., DPI1 and DPI2), FD (e.g., FD1 and FD2) do.

However, in accordance with embodiments, the pattern extraction and comparison module 330 may include a CID (e.g., CID1), an FID (e.g., FID1 and FID2), a DPI (e.g., DPI1 and DPI2), an FD (e.g., FD1 and FD2) It is possible to verify the authenticity of each of the outgoing faxes 210 and 220 by using at least one of information on the transmission speed.

That is, as shown in FIG. 5, the number of sub-items used to verify authenticity of each of the outgoing faxes 210 and 220 and the subject of the sub-items may be variously changed according to the embodiments.

The operation method of the outgoing fax authenticity verification apparatus described with reference to FIGS. 1 to 7 may be written in computer program code and stored in a computer-readable recording medium. For example, when the recording medium is a memory device, the CPU or processor may execute computer program code stored in the memory device.

The operating method of the originating fax authenticity verification device as the computer program code is executed by the CPU or the processor includes receiving fax data (FDATA1 or FDATA2) output from the corresponding originating fax machine (210 or 220) Extracting a verification pattern from the received fax data (FDATA1 or FDATA2); comparing the reference pattern output from the reference pattern database (340) with the extracted verification pattern; And verifying whether the originating fax 210 or 220 that transmitted the fax data is the fax data transmitted from the previously registered true originating fax.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is evident that many alternatives, modifications and variations will be apparent to those skilled in the art. Accordingly, the true scope of the present invention should be determined by the technical idea of the appended claims.

100A or 100B; Outgoing fax authenticity verification system
210; 1st outgoing fax
220; 2nd outgoing fax
300A or 300B; Outgoing fax authenticity verification device
310; receiving set
320; Storage device
330; Pattern Extraction and Comparison Module
340; Reference pattern database
350; Transmission control module
400A; Incoming faxes
400B; Fax data receiving device

Claims (17)

Receiving fax data from an originating fax;
Extracting physical attribute data of the originating fax and transmission format data of the fax data from received fax data;
Generating a query using the extracted physical attribute data and the extracted transmission format data, and transmitting the generated query to the reference pattern database; And
Comparing the physical attribute data transmitted from the reference pattern database with the extracted physical attribute data, comparing the transmission format data transmitted from the reference pattern database with the extracted transmission format data, And verifying the authenticity of the originating fax that transmitted the fax data. delete The method according to claim 1,
Wherein the extracted physical attribute data includes at least one of a sender number of the originating fax, a mechanical ID of the originating fax, and information about a fax transmission speed of the originating fax,
Wherein the extracted transmission format data includes at least one of dots per inch (DPI) of the fax data and format data of the fax data. The method according to claim 1,
Generating and storing authenticity verification data indicating authenticity of the originating fax based on a result of the verification; And
And transmitting the authenticity verification data and the fax data to a receiving fax. The method according to claim 1,
Generating and storing authenticity verification data indicating authenticity of the originating fax based on a result of the verification; And
And transmitting the authenticity verification data and the fax data to the fax data receiving apparatus in response to a transmission request transmitted from the fax data receiving apparatus. A storage medium on which a computer-readable program capable of executing the operation method of the originating fax authenticity verification apparatus according to any one of claims 1, 3, 4, and 5 is recorded. A reference pattern database for storing physical attribute data and transmission format data;
A receiver for receiving fax data transmitted from an originating fax; And
Extracting physical attribute data of the originating fax and transmission format data of the fax data from the fax data transmitted from the receiver, generating a query using the extracted physical attribute data and the extracted transmission format data, And transmitting the query to the reference pattern database, comparing the physical attribute data transmitted from the reference pattern database with the extracted physical attribute data, and comparing the transmission format data transmitted from the reference pattern database with the extracted transmission And a pattern extracting and comparing module for comparing the format data, verifying the authenticity of the originating fax that transmitted the fax data based on the results of the comparison, and outputting the truth verification data according to the result of the verification. Verification device. delete 8. The method of claim 7,
Wherein the extracted physical attribute data includes at least one of a sender number of the originating fax, a mechanical ID of the originating fax, and information about a fax transmission speed of the originating fax,
Wherein the extracted transmission format data includes at least one of dots per inch (DPI) of the fax data and format data of the fax data. 8. The method of claim 7,
A storage for storing the fax data received by the receiver; And
And a transmission control module for transmitting the authenticity verification data output from the pattern extraction and comparison module and the fax data stored in the storage device to a received fax. 8. The method of claim 7,
A storage for storing the fax data received by the receiver; And
And a transmission control module for transmitting the authenticity verification data output from the pattern extracting and comparing module and the facsimile data stored in the storage device to the facsimile data receiving device in response to a transmission request output from the facsimile data receiving device Outgoing fax authenticity verification device. Receiving fax data from an originating fax;
Extracting physical attribute data of the originating fax and transmission format data of the fax data from received fax data;
Generating a query using the extracted physical attribute data and the extracted transmission format data, and transmitting the generated query to the reference pattern database; And
Comparing the physical attribute data transmitted from the reference pattern database with the extracted physical attribute data, and comparing transmission format data transmitted from the reference pattern database with the extracted transmission format data; And
And verifying that the originating fax that transmitted the fax data is a pre-registered true fax based on the results of the comparison. 13. The method of claim 12,
Wherein the physical attribute data transmitted from the reference pattern database is at least one of information on a mechanical ID and a fax transmission speed,
Wherein the transmission format data transmitted from the reference pattern database is at least one of DPI (dots per inch) and format data,
Wherein the extracted physical attribute data is at least one of a mechanical ID for the originating fax and information about a fax transmission speed of the originating fax,
Wherein the extracted transmission format data is at least one of DPI of the fax data and format data of the fax data. 13. The method of claim 12,
Generating and storing authenticity verification data indicating authenticity of the originating fax based on a result of the verification; And
And transmitting the authenticity verification data and the fax data to a receiving fax. 13. The method of claim 12,
Generating and storing authenticity verification data indicating authenticity of the originating fax based on a result of the verification; And
And transmitting the authenticity verification data and the fax data to the fax data receiving apparatus in response to a transmission request transmitted from the fax data receiving apparatus. Receiving fax data from an originating fax;
Extracting physical attribute data of the originating fax and transmission format data of the fax data from received fax data;
Generating a query using the extracted physical attribute data and the extracted transmission format data, and transmitting the generated query to the reference pattern database;
Comparing the physical attribute data transmitted from the reference pattern database with the extracted physical attribute data, and comparing transmission format data transmitted from the reference pattern database with the extracted transmission format data; And
Verifying that the originating fax machine having transmitted the fax data is a genuine fax machine registered in advance according to the comparison results; And
And transmitting the authenticity verification data and the fax data generated as a result of the verification to a receiving fax. 17. The method of claim 16,
Wherein the extracted physical attribute data is at least one of a mechanical ID of the originating fax and a fax transmission speed of the originating fax,
Wherein the extracted transmission format data includes at least one of dots per inch (DPI) of the fax data and format data of the fax data.

Images