KR102464263B1 - Apparatus and method for sending electronic registration - Google Patents

Abstract

A sending device is provided. The sending device includes: a selection unit that selects a recipient of an electronic document; a providing unit providing the electronic document to the recipient; and a sender terminal and a braille input/output device including the selection unit and the providing unit. The braille input/output device includes: an input/output unit allowing braille to be input/output; a communication unit for receiving text information output from the sender terminal and transmitting text information to the sender terminal; a conversion unit that receives text information from the communication unit and converts the same into braille or converts braille input from the input/output unit into text information; a control unit outputting the braille converted by the conversion unit from the input/output unit; a voice output unit outputting text information corresponding to braille input and output to the input/output unit as voice; and a case in which the input/output unit and the voice output unit are exposed on one surface and a seating unit in which the sender terminal is placed is formed on the other surface. The seating unit may include, at the lower surface, a plurality of elastic bars for controlling transmission of vibration generated in the input/output unit to the sender terminal, and a heat dissipation hole formed between the elastic bars to dissipate heat generated from the braille input/output device and the sender terminal so that heat is dissipated. It is possible to create electronic documents such as electronic registration using a personal terminal and send the same to recipients.

Description

Apparatus and method for sending electronic registration}

The present invention relates to an apparatus and method for sending an electronic registration.

In June 2012, the government introduced a policy to certify the distribution of electronic documents in the case of e-mails that meet certain requirements (so-called "#mail(?貧事?)") in order to promote the circulation of electronic documents.

However, the user had to open a new "#mail" account, and this policy was not successfully operated due to the complicated usage method. The National Police Agency has invested a considerable amount of money to build a #email transmission system to reduce the delivery fee of about 17 million traffic fine bills per year, but the number of individual #email recipients is only about 20,000. This is analyzed to be due to the use of electronic document distribution verification technology in a complex way that is far from an individual's daily life.

As of the end of December 2016, KakaoTalk, a leading mobile messenger in Korea, had over 42 million subscribers. It can be seen that most of the economically active population owns a smartphone and uses a mobile messenger. In addition, KakaoTalk, which introduced "Reminder Talk", a means of transmitting corporate messages, commercialized a public key infrastructure authentication service in June 2017. This authentication service is a service that returns the result to the company when the customer checks the contents of the company's message sent through the mobile messenger and electronically signs it. As such, mobile messengers are widely used not only as a means of communication between individuals, but also as a means of communication between companies and individuals.

As mentioned above, in modern times, where smartphones are becoming a daily life, technology that can prove distribution is required just by reading electronic documents with mobile messenger.

Korea Patent Publication No. 1951270 discloses a technology that uses a resident registration number to authenticate a resident registration number alternative identification number (CI: Connection Information) by a messenger authentication server without knowing the customer's mobile phone number.

Korean Patent Publication No. 1951270

An object of the present invention is to provide a sending apparatus and method capable of creating an electronic document such as electronic registration and sending it to a recipient using the personal terminal of the present invention.

The sending device of the present invention includes a selection unit for selecting a recipient of an electronic document; a providing unit for providing the electronic document to the recipient; and a transmitter terminal including the selection unit and the providing unit, and a braille input/output device, wherein the braille input/output device includes: an input/output unit for inputting and outputting braille; a communication unit for receiving text information output from the sender terminal and transmitting the text information to the sender terminal; a conversion unit that receives text information from the communication unit and converts it into braille or converts braille input from the input/output unit into text information; a control unit for outputting the braille converted by the conversion unit from the input/output unit; a voice output unit for outputting text information corresponding to the braille input and output to the input/output unit as a voice; A case in which the input/output unit and the audio output unit are exposed on one side and a mounting unit in which the transmitter terminal is placed is formed on the other side, and the vibration generated from the input/output unit is provided on the lower surface of the receiving unit to control transmission of the transmission to the sender terminal It may include a plurality of elastic bars, and a heat dissipation hole formed between the elastic bars to radiate heat generated by the braille input/output device and the transmitter terminal to dissipate heat.

The providing unit may include at least one of a registration unit and a sending unit.

The register may register the electronic document in the inquiry mailbox for each recipient.

The sending unit may send the electronic document to an authorized electronic document intermediary.

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The sending apparatus of the present invention may be mounted in a terminal such as a mobile communication terminal or a personal computer used by the sender.

In order to reduce the load on the terminal, the sending device of the present invention may provide only functions related to the preparation of the electronic document, the selection of the recipient, and the provision of the electronic document to a separate relay means directly communicating with the recipient. According to this, communication with a number of receivers is substantially performed through a separate relay means, and the terminal can be freed from various loads such as a communication load.

Looking at it from another perspective, it can be seen that a sending device that can be mounted on a terminal is realized through the reduction of various loads generated in the process of sending an electronic document to a large number of recipients.

As a result, according to the present invention, an electronic document sending program corresponding to a sending device is installed in a personal computer, a cellular phone (eg, a smart phone), etc., and an environment in which an electronic document is sent can be provided. Accordingly, the sender (user) can create and send an electronic document using an easily available personal terminal.

Further, according to the present invention, a sending condition that can safely use electronic document sending through an electronic document sending program can be achieved.

1 is a schematic diagram showing a sending device of the present invention.
2 is a schematic diagram showing a providing unit;
3 is a flowchart illustrating a sending method according to the present invention.
4 is a block diagram illustrating an embodiment of the present invention.
5A and 5B are diagrams illustrating another example of the braille input/output device shown in FIG. 4 .
Fig. 6 is a side cross-sectional view showing another embodiment of the embodiment shown in Fig. 5A and the like.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings so that those of ordinary skill in the art to which the present invention pertains can easily implement them. However, the present invention may be embodied in several different forms and is not limited to the embodiments described herein. And in order to clearly explain the present invention in the drawings, parts irrelevant to the description are omitted, and similar reference numerals are attached to similar parts throughout the specification.

In this specification, duplicate descriptions of the same components will be omitted.

Also, in this specification, when a component is referred to as 'connected' or 'connected' to another component, it may be directly connected or connected to the other component, but other components in the middle It should be understood that there may be On the other hand, in the present specification, when it is mentioned that a certain element is 'directly connected' or 'directly connected' to another element, it should be understood that the other element does not exist in the middle.

In addition, the terms used herein are used only to describe specific embodiments, and are not intended to limit the present invention.

Also in this specification, the singular expression may include the plural expression unless the context clearly dictates otherwise.

Also, in this specification, terms such as 'include' or 'have' are only intended to designate that the features, numbers, steps, operations, components, parts, or combinations thereof described in the specification exist, and one or more It should be understood that the existence or addition of other features, numbers, steps, acts, components, parts, or combinations thereof, is not precluded in advance.

Also in this specification, the term 'and/or' includes a combination of a plurality of listed items or any of a plurality of listed items. In this specification, 'A or B' may include 'A', 'B', or 'both A and B'.

Also, in this specification, detailed descriptions of well-known functions and configurations that may obscure the gist of the present invention will be omitted.

1 is a schematic diagram showing a sending device 100 of the present invention. 2 is a schematic diagram showing the providing unit 170 .

The sending device 100 shown in FIG. 1 may include a selection unit 150 , a provision unit 170 , a communication unit 101 , a confirmation unit 190 , an authentication unit 110 , and a creation unit 130 . .

The selection unit 150 , the provision unit 170 , the communication unit 101 , the confirmation unit 190 , the authentication unit 110 , and the creation unit 130 may be formed in the sender's terminal.

The sender's terminal may include a personal computer, a mobile communication terminal, a cellular phone (eg, a smart phone), and the like.

In order to reduce communication load, the sending device 100 of the present invention may provide an electronic document such as electronic registration to the outside, but may take a structure in which it does not communicate with the receiver 50 of the electronic document. In this case, the recipient 50 may mean a terminal such as a personal computer or a mobile communication terminal used by the recipient corresponding to a person.

In this case, an element that communicates with the receiver 50 on behalf of the sending device 100 and delivers the electronic document may be required. As an example, the inquiry mailbox 10 that provides an access address such as a uniform resource locator (URL) to the receiver 50, the authorized electronic document relay 30 that directly sends the electronic document to the receiver, etc. may be provided. In this case, the terminal may be provided separately from the inquiry mailbox 10 accessible to the receiver 50 and the authorized electronic document relay 30 . As a result, the selection unit 150 , the provision unit 170 , the communication unit 101 , the confirmation unit 190 , the authentication unit 110 , and the creation unit 130 constituting the sending autonomy are the inquiry mailbox 10 and the official It may be formed separately from the electronic document relay 30 .

The selection unit 150 may select the recipient 50 of the electronic document. For example, the selection unit 150 may provide a reception target setting menu for selecting or inputting the recipient 50 of the electronic document. The selection unit 150 may display a reception target setting menu on the display of the terminal. When the sender selects the receiver 50 through the reception target setting menu, the selection unit 150 may transmit information on the receiver 50 selected by the sender to the providing unit 170 .

The providing unit 170 may provide the electronic document to the recipient 50 .

The providing unit 170 may provide the electronic document to a relay means directly communicating with the recipient 50 instead of directly delivering the electronic document to the recipient 50 . The providing unit 170 may request the relay means to send the corresponding electronic document to the receiver 50 .

The relay means may include the inquiry mailbox 10 or the authorized electronic document relay 30 .

The inquiry mailbox 10 may provide a service through which the recipient 50 can access and inquire an electronic document. As an example, the inquiry mailbox 10 may create an inquiry box for each receiver with respect to the sender according to the request of the providing unit 170 . Each inquiry box may correspond to the receiver 50 on a one-to-one basis. The inquiry mailbox 10 may provide a uniform resource locator (URL) for accessing the electronic document to the receiver 50 . The inquiry mailbox 10 may provide a URL one-time token function.

The certified electronic document relay 30 (hereinafter, 'relayer') may refer to an institution that transmits, receives, or relays electronic documents for others. In the Electronic Documents and Electronic Transactions Framework Act, in order to secure the stability and reliability of electronic document distribution, a person with expertise in electronic document distribution is designated as the certified electronic document intermediary 30 so that the intermediary 30 distributes electronic documents. A person who can be designated as the certified electronic document relay 30 may be limited to a corporation or a national institution.

The relay 30 may be interlocked with the Open API method, which is the Rest API method. The relay 30 may perform authentication for the receiver 50 using an alternative identification number (CI: Connection Information) and a public electronic address method.

The providing unit 170 may include at least one of a registration unit 171 and a sending unit 173 .

The registration unit 171 may register an electronic document for each recipient 50 in the inquiry mailbox 10 .

The registrar 171 may request the inquiry mailbox 10 to generate an access address, for example, a URL for inquiring an electronic document.

The registrar 171 may request the inquiry mailbox 10 to provide the corresponding access address to the receiver 50 . The inquiry mailbox 10 may provide an access address in the form of an e-mail, a text message, or a messenger to the recipient 50 according to the request of the registration unit 171 . When the recipient 50 uses the access address, the recipient 50 may inquire the electronic document connected to the access address.

The sending unit 173 may send an electronic document to the authorized electronic document relay 30 . In this case, the relay 30 may be in a state where a contract for relaying the electronic document sent from the sending unit 173 has been made as a policy.

The sending unit 173 may additionally provide information of the receiver 50 to the relay 30 .

The sending unit 173 may request the relay 30 to send the electronic document to the receiver 50 as a target. In response to the request of the sending unit 173 , the relay 30 may include the electronic document in the form of an attachment such as an e-mail or the like, and transmit it to the receiver 50 .

The check unit 190 may check the result of providing the electronic document. In this case, the providing result may mean a result of providing the electronic document from the providing unit 170 to the relay means. Alternatively, the provision result may mean a result of providing the electronic document from the relay means to the receiver 50 . Preferably, the confirmation unit 190 may check all of the above two provided results.

The confirmation unit 190 may display the provision result on a display provided in the terminal.

As an example, the verification unit 190 may obtain and display the search result of the electronic document registered in the inquiry mailbox 10 from the inquiry mailbox 10 .

When the sending unit 173 for sending the electronic document toward the authorized electronic document relay 30 is provided, the confirmation unit 190 transmits the result of transmitting the electronic document sent to the relay 30 to the receiver 50 as a relay It can be obtained and displayed from (30).

The authenticator 110 may authenticate the sender of the electronic document. For example, the authenticator 110 may check the validity and confidentiality of the sender's business registration number, and through this, determine whether the sender has a legitimate authority to generate and send an electronic document.

The providing unit 170 may provide the electronic document to the receiver 50 only when authentication of the sender is normally completed. If the authentication of the sender is abnormally performed, the providing unit 170 may not grant (not grant) the right to use the providing unit 170 to the corresponding sender.

The creation unit 130 may create and create an electronic document requested by a sender normally authenticated by the authentication unit 110 . The writing unit 130 may generate a writing menu for writing an electronic document and display it through a display. Alternatively, the creation unit 130 may bring an electronic document from the outside or create a fetch menu for retrieving a pre-stored electronic document, and display it through the display. The sender can complete the creation of an electronic document by creating a new electronic document through the creation menu or by calling an external electronic document or a pre-stored electronic document through the import menu.

The providing unit 170 may register the electronic document created by the preparation unit 130 in the inquiry mailbox 10 or may send it to the authorized electronic document relay 30 .

The communication unit 101 may communicate with the inquiry mailbox 10 or the authorized electronic document relay 30 by wire or wireless.

As described above, the providing unit 170 may be formed separately from the inquiry mailbox 10 and the relay 30 . The providing unit 170 may provide the electronic document to the inquiry mailbox 10 or the relay 30 through the communication unit 101 .

The communication unit 101 may communicate with the authentication server during authentication of the transmission unit performed by the authentication unit 110 , and receive the authentication information of the sender from the authentication server.

The communication unit 101 may receive an externally written electronic document and provide it to the creation unit 130 . The creation unit 130 may directly generate the electronic document by the sender, but may use the electronic document received from the outside through the communication unit 101 as it is.

The communication unit 101 may obtain information of the registered recipient 50 from the inquiry mailbox 10 or the relay 30 to which the recipient 50 registers as a member. Information of the recipient 50 obtained through the communication unit 101 may be provided to the selection unit 150 . The receiver 50 information provided to the selection unit 150 is provided to the sender through the display, and the sender can select the receiver 50 he or she wants.

The communication unit 101 may obtain the inquiry result of the electronic document by the receiver 50 from the inquiry mailbox 10 or the relay 30 and provide it to the confirmation unit 190 .

On the other hand, in the present invention, as shown in FIG. 4, in configuring the sending device 100, a braille input/output device 2 is further configured in the sender terminal 1, so that even the visually impaired can use it. have.

In this embodiment, the sender terminal 1 includes the above-mentioned authentication unit 110 , preparation unit 130 , selection unit 150 , providing unit 170 , confirming unit 190 , and communication unit 101 ). is composed

The braille input/output unit 2 includes an input/output unit 21 for inputting and outputting braille; a communication unit (22) for receiving text information output from the sender terminal (1) and transmitting the text information to the sender terminal (1); a conversion unit 23 that receives text information from the communication unit 22 and converts it into Braille or converts Braille input from the input/output unit 21 into text information; a control unit 24 for outputting the braille converted by the conversion unit 23 from the input/output unit 21; and a voice output unit 25 for outputting text information corresponding to Braille input and output to the input/output unit 21 as a voice.

The braille input/output device 2 may be configured as a wearable device so that a visually impaired person can mount it on a wrist or the like.

The input/output unit 21 allows the user to input Braille into the input/output unit 21 so that text information is output to the sender terminal 1 in connection with the conversion unit 23 described below, or text from the sender terminal 1 The information is output in Braille in connection with the conversion unit 23 so that the visually impaired can recognize the text information of the sender terminal 1 and take action according to such recognition.

Here, the text information is a concept including not only a general text message, but also information about the electronic document mentioned above, and information related to an authentication procedure according to an identity confirmation process by receiving an identity confirmation message.

The input/output unit 21 may borrow various well-known structures to perform these functions, for example, to have a braille keypad made of six dots to enable braille input in various ways, and in the case of an output Also, it is possible to output braille by mechanical configuration such as vibration and protrusion. In the case of a mechanical configuration such as vibration and protrusion, various known configurations may be borrowed, and detailed description thereof will be omitted. As such, the configuration of the input/output unit 21 makes it easy to use the sender terminal 1 by the visually impaired, as well as to enable the above-mentioned electronic document sending and related connection procedures.

The communication unit 22 functions to receive text information output from the sender terminal 1 and transmit the converted text information input to the input/output unit 21 in Braille to the sender terminal 1 .

The conversion unit 23 receives text information from the communication unit 22 and converts it into Braille or converts the Braille input from the input/output unit 21 into text information.

The control unit 24 is configured to output the braille converted by the conversion unit 23 from the input/output unit 21 . As an example of the operation mechanism of the control unit 24, the control unit 24 first calculates a braille region to protrude or vibrate for the input/output unit 21 to protrude or vibrate in order to generate an electric signal for applying it. do. The mechanical structure for braille protrusion or vibration built into the input/output unit 21 is to protrude braille according to the electric signal so that the user can recognize it.

The voice output unit 25 outputs text information corresponding to the braille input and output to the input/output unit 21 as voice. It is to check whether the braille being used meets the user's intention, and when outputting braille, text information corresponding to the braille can be recognized more clearly by recognition by braille and recognition by voice recognition. For example, the access procedure related to sending an electronic document can be made more accurately. Of course, the voice output unit 25 in which such a function is expressed can be controlled on/off by the user's selection.

In addition to this, in the present invention, as shown in Fig. 5a, etc., in the braille input/output device 2, the input/output unit 21 and the audio output unit 25 are exposed on one side and the transmitter terminal 1 is placed on the other side. An example in which the case 26 in which 261 is formed is further configured is presented. For the convenience of the visually impaired user, the braille input/output device (2) and the transmitter terminal (1) mounted thereon are used.

Naturally, the inside of the case 26 is configured such that the communication unit 22, the conversion unit 23, and the control unit 24 are embedded.

The mounting part 261 is configured to allow the transmitter terminal 1 to be detachably attached, and for this purpose, it is reasonable to use an elastic material for the case 26 .

On the other hand, in the input/output unit 21, Braille is input or output by vibration, and when such vibration is continuously transmitted to the transmitter terminal 1, it may cause deterioration of the electrical equipment inside the transmitter terminal 1, , the braille input/output device 2 and the sender terminal 1 are used in a contact state, which may cause deterioration by heat.

Accordingly, in the present invention, an example is provided in which a plurality of elastic bars 262 and a heat dissipation hole 263 formed between the elastic bars 262 are formed on the lower surface of the seating portion 261 of the case 26 .

A plurality of elastic bars 262 and a heat dissipation hole 263 are formed between the electrical equipment constituting the braille input/output device 2 and the transmitter terminal 1 so that the vibration generated in the input/output unit 21 is generated by the transmitter terminal 1 ) to control the transfer, and to dissipate heat by dissipating the heat generated by the braille input/output device (2) and the transmitter terminal (1).

Meanwhile, FIG. 3 is a flowchart illustrating a sending method according to the present invention.

The sending method of FIG. 3 may be performed by the sending device 100 shown in FIG. 1 .

The sending method may include an authentication step (S510), a preparation step (S520), a selection step (S530), a providing step (S540), and a confirmation step (S550).

The authentication step ( S510 ) may authenticate the sender of the electronic document. The authentication step ( S510 ) may be performed by the authenticator 110 .

In the writing step ( S520 ), an electronic document requested by a sender whose authentication is normally completed may be written. The writing step ( S520 ) may be performed by the writing unit 130 .

In the selection step ( S530 ), the recipient 50 of the electronic document may be selected. The selection step ( S530 ) may be performed by the selection unit 150 .

In the providing step ( S540 ), the electronic document may be provided to the recipient 50 . The providing step ( S540 ) may be performed by the providing unit 170 .

In the confirmation step ( S550 ), the result of providing the electronic document to the recipient 50 may be confirmed. The confirmation step ( S550 ) may be performed by the confirmation unit 190 . Additionally, the check unit 190 may check whether the receiver has received the electronic document, whether the relay has received the electronic document, and the like. The confirmation unit 190 may use an application programming interface (API) capable of acquiring information such as a provision result and whether or not received information is received through communication with a relay. Recipients can receive electronic documents using applications designated by authorized electronic document relayers, such as KakaoTalk, Naver App, Payco App, Toss App, and Pass App.

The sending unit 170 of the sender may send the electronic document sent to the receiver 50 through document encryption. The providing unit 170 may transmit the electronic document and the decryption key to the receiver so that only the receiver can decrypt and read, so that the receiver can decrypt only with the corresponding decryption key when the identity authentication is successful.

The electronic document sent by the sender's providing unit 170 to the receiver 50 is sent through document encryption, and the decryption key for the electronic document is transmitted to a separate receiver in order to decrypt and read only the receiver, and use the decryption key as the decryption key. It can only be decrypted and read.

As an example, the providing unit may encrypt the electronic document and at the same time perform an action that can only be decrypted using the recipient's private key. The providing unit may perform one-way encryption using the random number and the public key of the recipient. In this case, even if the providing unit does not provide a separate decryption key to the receiver, the receiver can decrypt the corresponding electronic document using his/her own private key.

In addition, the sending apparatus and sending method of the present invention may send an electronic document using a kiosk (KIOSK). In this case, the kiosk may function as an unmanned sending device. The kiosk converts a paper document into an electronic document, stores the electronic document by preventing forgery, and may send the stored electronic document to the recipient through an authorized document intermediary.

The sender may log in to the unattended sending device with an authentication device authorized in advance through the authentication unit 110 (authentication step S510). In this case, the authentication device may include an employee ID having an IC chip embedded therein.

From the standpoint of the unmanned sending device, the authentication device may be authenticated through its own built-in or a separate authentication unit, and if authenticated, login may be allowed.

The sender may insert the paper document to be sent into the unmanned sending device and scan it (writing step S520). To this end, the unmanned sending device may be provided with a scanning unit that scans the paper document input by the sender.

The sender may check the document scanned through the scanning unit through the display of the unmanned sending device and input the receiver's information (selection step S530). To this end, the unmanned sending device may be provided with input means such as a display on which the scanned document is displayed, a keyboard for receiving information about the recipient, a keypad, and a touch screen.

The unmanned sending device can check the input recipient from the list of pre-registered recipients.

The unmanned sending device may register a sending request through a register corresponding to the electronic registered sending platform (providing step S540).

The electronic registration sending platform stores electronic documents after forgery prevention processing and requests them to be sent to an authorized electronic document intermediary. The electronic document may be forgery-prevented through a time stamp and a hash value processing method of the electronic document itself.

An authorized electronic document intermediary may send an electronic document to a recipient using a designated sending means.

The recipient can check the notification of receipt of the electronic document and read the electronic document after confirming the identity through the guidance.

After the transmission is completed, the electronic registered sending platform may deliver the sending result to the sender by text message and notification talk (check step S550). Meanwhile, the embodiment of the present invention is not implemented only through the apparatus and/or method described so far. , a program for realizing a function corresponding to the configuration of an embodiment of the present invention or a recording medium in which the program is recorded, such implementation can be implemented by those skilled in the art from the description of the above-described embodiment that can be implemented easily.

Although the embodiments of the present invention have been described in detail above, the scope of the present invention is not limited thereto, and various modifications and improvements by those skilled in the art using the basic concept of the present invention as defined in the following claims are also present. It belongs to the scope of the invention.

10...lookup mailbox 30...repeater
50...recipient 100...sending device
101...Communication Department 110...Authentication Department
130... Compilation unit 150... Selection unit
170...Serving units 171...Registration
173...Sending Department 190...Confirmation Department

Claims (14)

a selection unit for selecting a recipient of the electronic document;
a providing unit for providing the electronic document to the recipient;
and a transmitter terminal and a braille input/output device including the selection unit and the providing unit,
The braille input/output device,
an input/output unit that allows braille to be input/output; a communication unit for receiving text information output from the sender terminal and transmitting the text information to the sender terminal; a conversion unit that receives text information from the communication unit and converts it into braille or converts braille input from the input/output unit into text information; a control unit for outputting the braille converted by the conversion unit from the input/output unit; a voice output unit for outputting text information corresponding to the braille input and output to the input/output unit as a voice;
A case in which the input/output unit and the audio output unit are exposed on one surface and a seating unit in which the transmitter terminal is placed is formed on the other surface;
A plurality of elastic bars on the lower surface of the seating unit for controlling the transmission of vibrations generated from the input/output unit to the transmitter terminal, and heat generated by the braille input/output device and the transmitter terminal to dissipate heat. Dispatch device comprising a heat dissipation hole formed in the liver.

The method of claim 1,
A registration unit for registering the electronic document for each recipient in the inquiry mailbox is provided,
The registration unit requests the inquiry mailbox to generate an access address for inquiring the electronic document,
The registrar requests the inquiry mailbox to provide the access address to the recipient.
The method of claim 1,
A sending unit for sending the electronic document to an authorized electronic document relay is provided;
The sending unit additionally provides information of the receiver to the relay,
The sending unit requests the relay to send the electronic document to the recipient.
The method of claim 1,
A communication unit is provided for communicating with the inquiry mailbox or authorized electronic document relay;
The providing unit is formed separately from the inquiry mailbox and the relay,
The providing unit is a sending device that provides the electronic document to the inquiry mailbox or the relay through the communication unit.
The method of claim 1,
The selecting unit and the providing unit are formed in the sender's terminal separately provided from the inquiry mailbox and the authorized electronic document relay that the receiver can access.
6. The method of claim 5,
A confirmation unit for confirming the result of providing the electronic document is provided,
The confirmation unit is a sending device for displaying the result of the provision on a display provided in the terminal.
The method of claim 1,
A registration unit for registering the electronic document for each recipient in the inquiry mailbox; , a sending device provided with a confirmation unit for displaying at least one of obtaining and displaying a result of the electronic document sent to the relay being transmitted to the recipient from the relay.
delete The method of claim 1,
An authentication unit for authenticating the sender of the electronic document is provided,
The providing unit provides the electronic document to the recipient only when authentication of the sender is normally completed.
The method of claim 1,
An authentication unit for authenticating the sender of the electronic document is provided,
A preparation unit for creating an electronic document requested by the sender authenticated by the authentication unit is provided,
The providing unit is a sending device for registering the electronic document created by the preparation unit in the inquiry mailbox or sending it to an authorized electronic document relayer.
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