JP2000209260A - Medium with server device control program recorded therein, server device and method for controlling the server device - Google Patents

Abstract

PROBLEM TO BE SOLVED: To allow all clients connected via a network to a server managing received data of a facsimile image form for browsing facsimile images. SOLUTION: In the case that a facsimile transmission reception module 12a of a facsimile server 10 receives an external facsimile document, the module 12a registers the facsimile image data to a distribution log database 12c, a thumbnail image generating module 12e and an image-generating module 12f acquire concerned facsimile image data from the distribution log database, in response to a facsimile image browsing request from a PC connected to the facsimile server 10 via the Internet and a form of the data is converted into an image form that can be displayed by a browser at the PC side and then the resulting data are transferred. Thus, the PC provided with a conventional software program that is the browser enables browsing of the facsimile image received by the facsimile server 10.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a medium recording a server device control program, a server device, and a server device control method. The present invention relates to a medium recording a server control program for distributing corresponding incoming data in response to an incoming data acquisition request, a server, and a server control method.

[0002]

2. Description of the Related Art Conventionally, an electronic mail distribution system has been known as this kind of technology. In this e-mail distribution system, mail transmitted from a client to a desired address is collectively managed by a mail server, and the corresponding mail is transferred in response to a download request from the client. I have. It is also possible to attach a binary data file such as an image data file to the mail.

[0003]

The above-mentioned prior art has the following problems. Certainly, although e-mail can be used to transmit messages, it is not always the case that e-mail can be used by the sender and the receiver. For example, if the sending side has only a fax device and the receiving side has only an e-mail personal computer, the receiving personal computer cannot receive data from the fax device, Inability to communicate.

In this regard, in recent years, a system has been developed and used in which fax data is received by a shared server connected to a line and the received fax data is collectively managed by the shared server. In this system, it is possible to realize various functions such as storing fax data received by the shared server on a disk, transferring the fax data to another fax device, or printing out as usual. . However, clients other than the shared server still cannot view received fax data unless special software is used, and it is said that the original convenience of the client-server system is fully utilized. I can not say.

The present invention has been made in view of the above problems, and manages incoming data in a fax image format in a server, and browses the fax image from all clients connected to the server via a network. It is an object of the present invention to provide a medium recording a server device control program capable of being executed, a server device, and a server device control method.

[0006]

To achieve the above object, the invention according to claim 1 stores predetermined incoming data and responds to an incoming data acquisition request from a client connected via a network. A medium storing a server device control program for distributing corresponding incoming data, the incoming data storing step of storing incoming data in a fax image format in a predetermined storage area,
An image format acquisition step of acquiring an image format that can be displayed on the client based on an incoming data acquisition request from the client, and distributing incoming data corresponding to the incoming data acquisition request from the client,
An image conversion and delivery step of converting the incoming call data in the fax image format into the image format acquired in the image format acquisition step and delivering the converted image format. In the invention according to claim 1 configured as described above, it is assumed that incoming data in the fax image format is collectively managed by a predetermined server device. When transmission data in the fax image format is actually received by the server device, the received data is stored in a predetermined storage area in a received data storage step. On the other hand, when an incoming data acquisition request is issued from a client connected to this server device via a network, an image format that can be displayed by the client is acquired in an image format acquisition step, and an image format that can be displayed by the client is acquired in an image conversion distribution step. The incoming call data in the corresponding fax image format is converted into the data in the acquired image format and then delivered.

In the image format obtaining step, an image format that can be displayed on the client is obtained in response to a request for obtaining incoming data from the client, and this means, for example, the following. For example, when an HTTP request is issued as an incoming data acquisition request from a client, it is considered that the browser is running on the client side. May be obtained uniformly. Of course, the image format may be obtained in response to a request from the client, or may be changed as appropriate. In the image conversion / delivery step, the incoming data in the fax image format is converted into the image format as described above, but the data in the normal fax image format is compressed based on a compression method such as “MH” or “MR”. . Therefore, it is necessary to detect the compression scheme actually applied, but the compression scheme can be acquired in the facsimile transmission procedure.
Therefore, the original image may be restored using an architecture corresponding to the obtained compression method, and the image may be converted into the above-described image format.

[0008] Here, the medium on which the program is recorded may be a magnetic recording medium, a magneto-optical recording medium or any recording medium to be developed in the future. it can. Also, the duplication stages of the primary duplicated product, the secondary duplicated product, and the like are equivalent without any question. In addition, the present invention is not limited to the case where the present invention is used even when the supply is performed using a communication line. Further, even when a part is implemented by software and a part is implemented by hardware, the concept of the present invention is not completely different, and a part is stored on a recording medium and appropriately It may be in a form that can be read.

In the image conversion / delivery step, corresponding incoming data is delivered in response to an incoming data acquisition request from a client. As an example of a specific configuration in this case, the invention according to claim 2 is the invention according to claim 2. 1. In the medium storing the server device control program according to 1, the incoming data storing step detects predetermined identification information for each incoming data, stores the identification information and the incoming data in association with each other, The conversion delivery step is configured to deliver incoming data corresponding to the identification information based on the incoming data acquisition request from the client. According to the second aspect of the present invention, in the incoming data storing step, identification information for each incoming data is detected, and the identification information is stored in association with actual incoming data. On the other hand, the client issues an incoming data acquisition request relating to the identification information of the incoming data to be acquired. Then, in response to this, in the image conversion and distribution step, incoming data corresponding to the identification information is distributed.

[0010] The identification information here is detected by the arrival of data. However, any identification information may be used as long as the corresponding arrival data can be distributed based on the identification information. is not. As an example thereof, the invention according to claim 3 is a storage medium storing the server device control program according to claim 2, wherein the identification information is a transmission source ID of the incoming data.
It consists of. That is, even a normal fax device can transmit a transmission source ID such as its own fax number when transmitting a fax, and detects and uses the transmission source ID. For example, fax transmission from a specific transmission source ID is suitable when there is no problem even if it is addressed to itself.

[0011] As another example, the invention according to claim 4 is a medium in which the server device control program according to claim 2 or 3 is recorded, wherein the identification information is the same as the incoming data. It consists of a destination ID. That is, if a destination ID such as a sub address can be specified when sending a fax, the destination I
Detect and use D.

In obtaining incoming data, it can be said that there are many cases where a user operates a client.
Needless to say, it is preferable that the operation is easy to understand. Therefore, according to a fifth aspect of the present invention, in the medium storing the server device control program according to any one of the second to fourth aspects, the incoming data storage step uses the detected identification information to perform a predetermined process. In addition to creating an incoming data list, the image conversion and distribution step includes:
In response to the incoming data acquisition request from the client, the incoming data list is displayed so as to be selectable by the client, and incoming data corresponding to the selected incoming data list is distributed. In the invention according to claim 5 configured as described above, a predetermined incoming data list is created using the identification information detected in the incoming data storage step. On the other hand, when an incoming data acquisition request is issued from the client, the incoming data list is displayed so as to be selectable by the same client in the image conversion and distribution step, and the incoming data corresponding to the incoming data list selected here is distributed. I do. For example, when the above-mentioned source ID is used as the identification information, the source I
Since the incoming data list including D is displayed so as to be selectable, the user selects the incoming data list addressed to himself / herself depending on the transmission source ID. Then, the corresponding incoming data is distributed via the image format conversion and displayed on the client. As a more specific method, it can be realized by using a hypertext link method or the like.

Since the incoming data is collectively managed by a predetermined server device, it may be necessary to prevent unauthorized viewing of the incoming data by another person and ensure confidentiality.
Therefore, according to a sixth aspect of the present invention, in the medium in which the server device control program according to any one of the second to fifth aspects is recorded, the image conversion / delivery step includes receiving an incoming data acquisition request from the client. In response, a password is input, and the incoming data is distributed when the password matches the password of the identification information based on the pre-registered incoming data acquisition request and matches. In the invention according to claim 6 configured as described above, a predetermined password is set in advance for each piece of identification information, and an incoming data acquisition request for acquiring incoming data of desired identification information is issued from the client. Then, a password is input in the image conversion / delivery step. Here, when the password is input, the password is collated with the password registered in advance for the identification information relating to the incoming data acquisition request, and if they match, the corresponding incoming data is delivered.

As described above, since incoming data is collectively managed by a predetermined server device, a user cannot know that a fax has been received until the client accesses the server device. Therefore, claim 7
According to a second aspect of the present invention, there is provided a storage medium storing the server device control program according to any one of the second to sixth aspects,
In the incoming data storing step, the user is notified of the detected identification information by a predetermined notification device associated in advance. In the invention according to claim 7 configured as described above, when the identification information is detected in the incoming data storing step, the user is notified by a notification device associated with the identification information in advance. For example, as the notification device, various types of devices such as a pager and a mobile phone can be applied, but when a mail can be transmitted and received between the server device and the client, a specific client is notified by e-mail. You may do so.

In the image conversion / delivery step, it is sufficient if the corresponding incoming data can be image-converted and delivered in response to the incoming data acquisition request from the client, but, of course, additional functions are provided. It doesn't matter. As an example, the invention according to claim 8 is a computer-readable recording medium storing the server device control program according to any one of claims 1 to 7, wherein the image conversion and distribution step includes the step of receiving an incoming data transfer request from the client. , The incoming data in the corresponding fax image format can be transferred to a predetermined fax machine.
In the invention according to claim 8 configured as described above, when an incoming data transfer request is issued from the client, the incoming data in the corresponding fax image format is transferred to a predetermined fax device in the image conversion / delivery step.
Of course, the fax device to which the fax is forwarded may be a normal fax device that can receive a fax via a public line, or may be an Internet fax device that can receive a fax via the Internet. Here, the data of the fax image format may be transferred as it is to the former fax machine.
Data compressed by the "H" compression method may be recompressed by the "MR" compression method and transferred. On the other hand,
For the latter fax machine, the fax image format data may be converted into a format that can be received by the fax machine, and then transmitted.

Software that converts incoming data in the fax image format into an image format that can be displayed by the client in response to an incoming data acquisition request from the client and then distributes the software is implemented by being incorporated in the apparatus. ,
It can be easily understood that such a device also functions.
Further, the concept of the invention is not limited to a specific mode, but includes various aspects. Therefore, it can be changed as appropriate, such as one that is substantially realized by software or one that is realized by hardware.

Therefore, a ninth aspect of the present invention is a server device which stores predetermined incoming data and distributes corresponding incoming data in response to an incoming data acquisition request from a client connected via a network. An incoming data storage unit that stores incoming data in a fax image format; an image format acquiring unit that acquires an image format that can be displayed on the client based on an incoming data acquisition request from the client; In delivering the incoming data corresponding to the incoming data acquisition request, the fax data format is provided with image conversion and delivery means for converting the incoming data in the fax image format to the image format acquired in the image format acquiring step and delivering the converted image data. is there. In other words, it is not necessarily limited to the medium on which the program is recorded,
There is no difference that it is effective in an apparatus using a similar technique.

Furthermore, the method of converting incoming data in the fax image format into an image format that can be displayed by the client in response to the incoming data acquisition request from the client, and then delivering it, is not necessarily limited to tangible media or devices. Need not be done. As an example, the invention according to claim 10 is a server device control for storing predetermined incoming data and distributing corresponding incoming data in response to an incoming data acquisition request from a client connected via a network. A method for storing incoming data in a fax image format in a predetermined storage area, and an image format for acquiring an image format that can be displayed on the client based on the incoming data acquisition request from the client. Acquisition step, in distributing incoming data corresponding to the incoming data acquisition request from the client,
An image conversion / delivery step of converting the incoming data in the fax image format into the image format acquired in the image format acquisition step and delivering the converted image format. That is, there is no difference that the method is not necessarily limited to a substantial medium or device, and is effective as a method.

[0019]

As described above, according to the present invention, the incoming data in the fax image format is converted into an image format that can be displayed on the client in response to the incoming data acquisition request from the client, and is then delivered. In addition, it is possible to provide a medium recording a server device control program that allows all clients to view a fax image. According to the second aspect of the present invention, it is possible to distribute incoming data in response to an incoming data acquisition request from a client by using the identification information detected by the incoming data. Further, claim 3
According to the present invention, the source I
D can be applied, and the destination ID can be applied. Further, according to the invention of claim 5, the user only has to select a desired incoming data list from the incoming data list displayed on the client, and the operation is easy to understand.

Further, according to the invention according to claim 6,
Since the password is collated when distributing the incoming data, it is possible to prevent unauthorized viewing of the incoming data of another person and improve security. Furthermore, according to the invention of claim 7, since the user is notified that there is incoming data, the incoming data can be acquired early. Furthermore, according to the invention of claim 8, since the incoming data can be transferred to another fax machine in response to the incoming data transfer request from the client, the fax image can be browsed even in an environment where there is no client. . Further, according to the ninth aspect of the present invention, it is possible to provide a server device capable of browsing a fax image with all clients when collectively managing incoming data in a fax image format in a similar manner. According to the tenth aspect, a server device control method can be provided.

[0021]

Embodiments of the present invention will be described below with reference to the drawings. FIG. 1 is a schematic block diagram showing a configuration of a system to which a server device according to an embodiment of the present invention is applied. In FIG. 1, the fax server 10 and the web server 20 are connected to a wide area network Internet network 30 and can communicate with each other. The PC 40 is connected to the Internet network 30 via a predetermined gateway 50, and the PC 60 is connectable to the Internet network 30 via a public line and a provider server 70. Has become.

Although the fax server 10 and the Web server 20 have different specific hardware types, their configurations can be generally regarded as the same. As an example, FIG. 2 is a block diagram illustrating a specific example of a hardware configuration of the fax server 10. In FIG. 1, a fax server 10 includes a CPU 11a and a ROM 11
A main board 11 on which electronic components such as b and RAM 11c are mounted is provided, and various hardware is connected from the main board 11 via a predetermined interface. Here, the fax server 10
Various drive devices such as a hard disk 12 and a CD-ROM drive 13 can be accessed via a predetermined operating system, and programs on a recording medium can be read and executed when necessary, and can be executed via a network adapter 14 or a modem 15. Communication with the outside. Further, input devices such as a keyboard 16 and a mouse 17 are connected to the fax server 10, and data can be input through these input devices. The execution results of the program can be output from the display 18 and the printer 19. I have. In the present embodiment, the fax server 10 is connected to the Internet 30 via a dedicated line connected to the network adapter 14, and the Web server 20 is connected to the Internet 30 via the dedicated line in the same manner. It is assumed that

The hardware configuration of each of the PCs 40 and 60 is substantially the same, and a program can be executed under operation of a predetermined operating system. As an example, FIG. 3 shows the configuration of various programs provided in the PC 60. In the figure, in a PC 60, a dial-up utility 62, a browser 63, e-mail software 64, and the like can be executed when necessary, while an operating system 61 is running. When actually connecting to the Internet network 30, first, the dial-up utility 62
Start Then, the PC 40 calls the provider server 70 via the modem and the connection is established in accordance with a predetermined procedure.

Thereafter, when browsing a homepage or the like constructed on the Web server 20, for example, the browser 63
Is started and a predetermined URL is designated. Then, the corresponding HTML file, image data file, and the like are transferred from the Web server 20 to the PC 60, and the browser 63 on the PC 60 performs screen display based on these files. Also, by activating the e-mail software 64 and issuing a download request to a mail server (not shown), it is possible to download and browse the incoming mail addressed to the user. On the other hand, the PC 40 is almost the same, except that it is always connected to the Internet network 30 via the gateway 50.
Of course, in this case, no dial-up utility is needed. In this PC 40,
A download request is issued to the mail server at regular intervals, and incoming mail addressed to the user can be sequentially downloaded and viewed.

FIG. 4 is a functional block diagram showing a main part of a program executed in each of the fax server 10 and the Web server 20. 5, the fax transmission / reception module 12a executes a fax reception process in accordance with the flowchart shown in FIG. 5, while monitoring the incoming call status of the modem 15. In FIG. 7, when an incoming call of the modem 15 is detected in step S110, a fax receiving procedure is executed in step S120. This fax reception procedure is a pre-process for receiving actual fax image data, and sends and receives signals to and from a destination fax machine while following a predetermined fax transmission procedure. More specifically, it notifies the receiving fax machine of its own receiving capability, and acquires identification information such as a remote ID as a transmission source ID and a sub-address as a transmission destination ID from the other fax device. Thereafter, in step S130, the fax image data transferred from the destination fax machine is received and stored in the hard disk 12. Then, in the next step S140, the remote ID acquired in the above step S120
The rule database 12b is searched using the sub-address and the sub-address, and the corresponding processing method is obtained.

As shown in FIG. 6, the rule database 12b manages a condition including a remote ID and a subaddress and a record including a processing method corresponding to the condition. It can be edited and deleted. Specifically, after inputting the remote ID and the sub-address of the processing target condition, a setting screen shown in FIG. 7 is displayed to set the processing method. As is clear from the figure, the settable processing contents include “move to folder”, “copy to folder”, “register in distribution log”, “transfer”, “print”, “screen display”, “pager notification”, and “e-mail”. Items such as "notification" exist. Here, the user selects a desired processing content as appropriate and turns on a check box to set a processing method, and the processing method is registered in the rule database 12b as a record together with the input remote ID and sub-address. Note that the remote I
Either D or the sub-address or both can be set, but if both are set, step S14
In the search process of 0, a search is executed under an AND condition.
In addition, as a result of executing the search processing in step S140, it may be supposed that a condition of a matching remote ID or sub address is not set. In this case, a common processing method (defined processing method 1 in the figure) is acquired. The processing content is set in the same manner for this common processing method.

At step S140, rule database 1
2b, and after acquiring the processing content, the next step S
At 150, it is determined whether or not “register in distribution log” is set in the processing content. Here, if it is determined that it has been set, registration processing to the distribution log database 12c is performed in step S160. I didn't mention it,
When the “register in distribution log” item is checked on the processing content setting screen shown in FIG. 7, the “registration destination setting” button is depressed to display the setting screen shown in FIG.
"X number range" and "password" are set. In step S160, registration processing to the distribution log database 12c is performed based on the setting contents. That is, a range of BOX numbers and passwords that can be used are assigned to the remote IDs and sub-addresses set as the processing target conditions, and the box numbers sequentially acquired within the range correspond to the passwords and actual fax image data. Then, it is registered as a record in the distribution log database 12c.

For example, if the “box number range” is “200”
0 "to" 2100 ", the BOX number" 200 "
"0" as an initial value, "2001", "2002" ...
The BOX number is sequentially acquired as “2100”, the acquired BOX number is associated with the set password, the received fax image data, and the like, and registered as a record in the distribution log database 12c. Also, BO
If the X number reaches the upper limit of “2100”, “2
000 "to overwrite the existing record and save it. Although not described above, the fax transmission / reception module 12a acquires the date and time of reception of a fax, the number of pages, comments, and the like at the time of reception, and similarly registers these as records.

The setting of the "range of BOX numbers" and "password" is performed by the system administrator of the fax server 10, etc., but specific settings are made in consideration of the following. When it is possible to determine the destination of the fax based on these identification information, such as a fax from a predetermined remote ID is for a specific person or a fax to a predetermined sub-address is for a specific group Then, a BOX number range and a password are set for the person or group, and the user is notified in advance of that. Delivery log database 12
The fax image data registered in c can be browsed by specifying a BOX number via the Internet network 30 from the PCs 40, 60, etc., as described later. Since the range of the BOX numbers is known, it is only necessary to specify the BOX numbers included in the range. Of course,
When a range of BOX numbers is given to a group, the BOX numbers within the range are shared by the members of the group, and the BOX number is set according to the number of members.
The range of the X number is set appropriately wide.

Returning to the description of the fax receiving process, after registration in the distribution log database 12c in step S160 or when it is determined in step S150 that "register in distribution log" is not set, step S1 is executed.
At 70, it is determined whether “pager notification” and “email notification” are set in the acquired processing content. Here, if it is determined that any one of them is set, a notification process by a corresponding notification method is performed in step S180. That is, when “pager notification” is set, a pager having a notification number set in advance on the setting screen shown in FIG. Send the message that was sent. On the other hand, when "e-mail notification" is set, an e-mail is transmitted to an e-mail address set in advance on the setting screen shown in FIG. Then, the mail is received by a predetermined mail server via the Internet network 30, and can be downloaded and viewed on the PCs 40 and 60 as described above. When the subject and the text are input on the setting screen, the subject and the text are inserted into the mail.

Here, which notification method is adopted depends on the user's preference and the urgency of browsing the fax according to the remote ID and the subaddress. For example, the following is taken into consideration. It is also possible to set. As described above, in the PC 40, an e-mail download request is issued at regular intervals, and the e-mail addressed to itself can be downloaded. Therefore, a notification method by e-mail is adopted for the user of the PC 40. It is preferable to do so. On the other hand, PC60
In this case, after the dial-up utility 62 is started and the connection to the Internet network 30 is substantially started, the electronic mail software 64 is started and the incoming mail addressed to itself can be downloaded. Therefore, even if the fax is notified by e-mail, it may not be possible for the user to know it unless the user downloads the incoming mail addressed to the user. Therefore, it is preferable to adopt a notification method using a pager to the user of the PC 60 and the like.

After the above notification is made in step S180, or "pager notification" is made in step S170.
If it is determined that none of the setting items “Email notification” and “Email notification” have been set, it is determined in step S190 whether or not other setting items have been set, and corresponding processing is executed as appropriate.
That is, when it is determined that “move to folder” and “copy to folder” are set in the processing content acquired in step S140, the received fax image data is moved to the folder on the disk specified in advance. And copy. If it is determined that “Forward” is set, the received fax is forwarded to a preset fax device. Of course, the fax device may be a normal fax device that can receive a fax via a public line, or may be an Internet fax device that can receive a fax via the Internet network 30. Here, for the former, modem 1
5 and sends the target fax image data in accordance with a predetermined fax transmission procedure. For the latter, the target fax image data is transmitted by the destination Internet fax device. The image is converted into a receivable image format and then transmitted to the Internet network 30. Further, in the processing content obtained above, “print”
Is set, the printer 19 prints the received fax image data based on the received fax image data.
If it is determined that “screen display” is set, the screen is displayed on the display 18 based on the fax image data.

As described above, in the present embodiment,
Copy the fax image received by the fax server 10 to a PC
It can be browsed at 40, 60, and then the PC
The browsing method using is described. A user who knows that a fax has been received by pager or e-mail
At 40 and 60, the browser is started. Of course, PC60
Is performed after the dial-up utility 62 is activated and connected to the Internet network 30 in advance. After that, a predetermined URL is specified on the browser screen. Then, a request is issued from the PC, and the request is appropriately routed on the Internet network 30 and
It reaches the server b. In this Web server 20,
The client request response module 22a receives a request from the PC and activates the HTML acquisition module 22b.

The HTML acquisition module 22 b sends an HTML message from the fax server 10 via the Internet network 30.
The client request response module 22a receives the HTML file and transfers it to the requesting PC. Then, a screen as shown in FIG. 9 is displayed on the browser. Referring to the figure, it can be seen that a list of received faxes associated with the BOX number, date, time, page number, comment, and the like is displayed. Of course, in this embodiment,
Such a list corresponds to the incoming data list. As a more specific acquisition mode of the HTML file, the distribution list creating module 12d of the fax server 10
The HTML file is created according to the flowchart shown in FIG. 7, and the HTML file created by the distribution list creation module 12d is obtained. In the figure, the distribution list creation module 12d includes a step S2
10 monitors the update status of the distribution log database 12c.
At step 20, a record registered in the distribution log database 12c is obtained. Then, in the next step S230, an HTML file for displaying the screen shown in FIG.
Returning to 0, the same processing is repeated. Therefore, the HTML acquisition module 22b of the Web server 20 can acquire the HTML file in which the contents of the distribution log database 12c are reflected almost in real time.

The user visually recognizes the browser screen shown in FIG. 9 and finds a list that seems to be addressed to him / her.
Select View. That is, as described above, the range of BOX numbers that can be used and the password for browsing are given for each specific person or group,
Find a list that seems to be addressed to you by relying on the X number. When "FAX display" is selected on the browser screen, a request is issued from the PC, and the client request response module 22a of the Web server 20 similarly receives the request. Then, the client request response module 22a activates the thumbnail image creation module 12e of the fax server 10 via the program execution module 22c. The method of starting the program on the remote server in this manner is not described in detail because it is in the category of the related art. be able to.

FIG. 11 is a flowchart showing the processing procedure of the thumbnail image creation module 12e.
In the figure, in step S310, the BOX number selected on the browser screen shown in FIG. 9 and the input password are acquired. That is, the request issued from the PC includes such information, and the Web server 2
It is obtained in order through the client request response module 22a and the program execution module 22c on the 0 side.
Then, in the next step S320, by referring to the record of the corresponding BOX number in the distribution log database 12c, the password acquired in step S310 is collated with the password registered in advance to determine whether or not they match. Here, if it is determined that the passwords do not match, the data for the error screen is obtained in step S330, and is transferred to the program execution module 22c of the Web server 20 in step S340. Then, the data is transferred to the PC via the program execution module 22c and the client request response module 22a,
A predetermined error screen is displayed on the browser of the PC receiving this.

On the other hand, if it is determined in step S320 that the passwords match, in step S350 the number of pages of the fax image data is acquired from the corresponding record, and in the next step S360, a browse page (HTML file) corresponding to the number of pages is obtained. ) To create. This browsing page,
This is a framework for inserting the reduced image, and the reduced image is pasted according to the framework as described later. Thereafter, in step S370, fax image data is obtained from the corresponding record, and in the next step S380, reduced image data is generated based on the fax image data. That is, in this step S380, G
3 Compressed fax image data into GIF format or JPE
The data is converted into image format data that can be displayed by a browser such as the G format, and the image is further reduced in accordance with the framework of the browse page. Of course, since the fax image data is sectioned in page units, it goes without saying that the conversion and reduction of the image format are also performed in page units. In the next step S390, the thumbnail image is created by pasting the reduced image data generated in step S380 on the framework of the browsing page, and in step S340, the program execution module 22c on the Web server 20 side
Transfer to

Then, the data is similarly transferred to the PC, and a screen as shown in FIG. 12 is displayed on the browser of the PC receiving the data. In the illustrated example, the received fax has a total of two pages, and is arranged such as a first page and a second page from the left. Here, the reduced image of each page is displayed so as to be selectable, and when actually selected, a request is issued from the PC, and similarly, the client request response module 2 of the Web server 20.
2a accepts the request. Then, the client request response module 22a activates the image creation module 12f of the fax server 10 via the program execution module 22c. The image creation module 12f creates image data that is larger than the reduced image of the page selected on the browser screen.
Although the image size is different, it is almost the same as the method of generating a reduced image. That is, a GIF format or J
The image data is converted into PEG format image data, and the image size is adjusted as appropriate. The image data created here is similarly sent to the program execution module 22c and the client request response module 22a on the Web server 20 side.
13 is displayed on the browser of the PC that has received it. As is clear from the figure, it can be seen that the image is enlarged and displayed.

As described above, a situation in which the user views the fax image and wishes to transfer the received fax to another fax device can be assumed. Therefore, in the present embodiment, a received fax can be transferred from a browser to another fax device. In performing such transfer, the screen shown in FIG. 9 is displayed by operating the “return” button on the browser screen. Then, the user selects a check box of "acquire" displayed on the left end of the list of faxes to be forwarded, and inputs a password. Further, the user inputs the fax number of the destination in the text box of the "destination" and presses down the "send selected fax" button. Then, a request is issued from the PC, and the client request response module 22a of the Web server 20 similarly receives the request. Then, the client request response module 22a
Starts the fax transmission instruction module 12g of the fax server 10 via the program execution module 22c.

This fax transmission instruction module 12g
Obtains the BOX number, password, and destination fax number of the fax to be forwarded from the request issued from the PC, and transmits these information to the fax transmission / reception module 12.
a to send a fax. Then, the fax transmission / reception module 12a executes the fax transfer process according to the flowchart shown in FIG. In FIG. 14, in step S410, the BOX number, password, and destination fax number passed from the fax transmission instruction module 12g are acquired. Then, the next step S4
At 20, the acquired password is compared with the password registered for the BOX number to determine whether or not they match. If it is determined that the passwords do not match, the data for the error screen is obtained in step S430, and the data is transferred to the program execution module 22c of the Web server 20 via the fax transmission instruction module 12g in step S440. Then, similarly, the data is transferred to the PC, and the PC
Displays an error screen.

On the other hand, if it is determined in step S420 that the passwords match, in step S450 the distribution log database 12c is searched, and fax image data is obtained from the record corresponding to the BOX number. And
In the next step S460, the fax number obtained above is dialed via the modem 15, and in step S470
Transmits the fax image data obtained according to a predetermined fax transmission procedure. At this time, the obtained fax image data may be transmitted as it is, but may be transmitted after converting the compression method. For example, fax image data of the compression method "MH" may be converted to fax image data of the "MR" having a higher compression ratio and then transmitted. Of course, in this case, the amount of data transmission can be reduced, so that the time required for fax transmission is also reduced. Note that, in the fax transfer process, a case has been described in which the fax is transferred to a fax device that can receive a fax via a public line. However, the fax may be transferred to the above-described Internet fax device. Of course, in this case, the target fax image data is converted into an image format that can be received by the destination Internet fax device, and then transmitted.

Next, the operation of this embodiment configured as described above will be described. The system administrator of the fax server 10 can “move to a folder”, “copy to a folder”, “register in a distribution log”, “transfer”, “print”, and “display a screen” according to processing conditions such as a remote ID and a sub address.
Processing contents such as “pager notification” and “email notification” are set in advance. Then, the processing target condition is correlated with the processing content, and the rule database 12 is stored as a record.
b. When “register in distribution log” is set here, the registration destination is set. For example, a fax from a predetermined remote ID is for a specific person, a fax to a predetermined sub-address is for a specific group, etc.
If you can determine the fax destination based on these,
The range of the BOX number and the password are set for the person or the group, and each user is notified in advance of that. When “pager notification” or “e-mail notification” is set, the notification destination is also set.

The fax transmission / reception module 12a in the fax server 10 monitors the incoming call status of the modem 15, and detects the incoming call of the modem 15 (step S1).
10), execute the fax reception procedure to notify the receiving fax machine of its own receiving capability, and obtain the remote ID, sub address, etc. from the other fax machine (step S120). Thereafter, the fax image data transferred from the destination fax machine is received and stored in the hard disk 12 (step S130), and the rule database 12b is searched using the obtained remote ID and sub address, and a corresponding processing method is performed. It is acquired (step S140). Next, it is determined whether or not “register in distribution log” is set in the acquired processing content (step S150). If it is determined that the number is set, the box numbers sequentially obtained within the range of available BOX numbers are associated with passwords and actual fax image data and registered as records in the distribution log database 12c. (Step S16)
0).

As described above, the distribution log database 12
After the registration in c, it is determined whether “pager notification” and “email notification” are set in the acquired processing content (step S170). Here, when it is determined that any one of them is set, a notification process is performed by a corresponding notification method (step S18).
0). That is, when “pager notification” is set, a pager having a predetermined notification number is called via the modem 15 to send a message, and “E” is set.
If "email notification" is set, an e-mail is transmitted to a pre-set e-mail address. Then
The mail is received at a predetermined mail server via the Internet network 30, and when the mail is downloaded by the PC 40 or 60, the user recognizes that the user has received a fax addressed to him / her.

Thereafter, the fax transmission / reception module 12a
Determines whether or not there is a setting in another setting item and executes a corresponding process as appropriate. For example, when it is determined that "move to folder" and "copy to folder" are set in the acquired processing contents, the received fax image data is moved and copied to a folder on a disk specified in advance. . If it is determined that “Forward” is set, the received fax is forwarded to a preset fax device. In addition, "Print"
Is set, the printer 19 prints the received fax image data based on the received fax image data.
If it is determined that "screen display" is set, a screen is displayed on the display 18 based on the fax image data (step S190).

The user who has received the fax by pager or e-mail activates the browser on the PC 40 or 60. Of course, in the PC 60, the dial-up utility 62 is activated in advance and connected to the Internet network 30. After that, a predetermined URL is specified on the browser screen. Then, a request is issued from the PC, and the request is appropriately routed on the Internet network 30 and reaches the Web server 20. We
b server 20, the client request response module 2
2a receives a request from the PC and activates the HTML acquisition module 22b.

On the other hand, the distribution list creation module 12d of the fax server 10 has a distribution log database 12c.
When the update status is monitored, and the update is detected, a record registered in the distribution log database 12c is acquired, and an HTML file is created based on the acquired record (steps S210 to S230).
HTML acquisition module 2 started as described above
2b acquires the HTML file created by the distribution list creation module 12d, and transfers the HTML file to the requesting PC via the client request response module 22a. Then, as shown in FIG. 9, the BOX number, date,
A list of received faxes associated with the time, number of pages, comments, and the like is displayed.

When the user visually recognizes the browser screen and finds a list that seems to be addressed to him / her, he enters a password in the password input box on the list and selects “FAX display”. Then, a request is issued again from the PC,
Similarly, the client request response module 22a of the Web server 20 receives the request. Then, the client request response module 22a activates the thumbnail image creation module 12e of the fax server 10 via the program execution module 22c. The thumbnail image creation module 12e acquires the BOX number selected on the browser screen and the input password (step S310), and obtains the distribution log database 12c.
Then, the password acquired by referring to the record of the corresponding BOX number is collated with the password registered in advance (step S320). If the passwords do not match, data for the error screen is obtained (step S330) and transferred to the program execution module 22c of the Web server 20 (step S340). Then, the data is transferred to the PC via the program execution module 22c and the client request response module 22a.
Is received, and a predetermined error screen is displayed on the browser of the PC that has received it.

On the other hand, if the passwords match, the number of pages of the fax image data is obtained from the corresponding record (step S350), and an HTML file for a browse page corresponding to the number of pages is created (step S36).
0). Next, fax image data is obtained from the record (step S370), and reduced image data is generated based on the fax image data (step S38).
0). That is, the G3-compressed fax image data is converted into image format data that can be displayed by a browser such as the GIF format or the JPEG format, and the image is further reduced in accordance with the browse page. Of course, since the fax image data is sectioned in page units, such image format conversion and reduction are also performed in page units. Thereafter, the thumbnail image is created by pasting the generated reduced image data on the browsing page (step S390),
Similarly, the program is transferred to the program execution module 22c of the Web server 20 (step S340). Then
Similarly, the data is transferred to the PC, and the P
In the browser of C, the fax image is reduced and displayed in page units as shown in FIG.

Here, when the user selects a reduced image of a desired page on the browser screen, a request is issued from the PC, and the client request response module 22a of the Web server 20 similarly receives the request.
Then, the client request response module 22a activates the image creation module 12f of the fax server 10 via the program execution module 22c. The image creation module 12f creates image data that is larger than the reduced image of the page selected on the browser screen, and is substantially the same as the reduced image generation method, although the image size is different. In other words, GIF format or JPEG format that can display the image of the selected page with a browser
The image data is converted into image data of a format or the like, and the image size is appropriately adjusted. Then, the image data created here is similarly processed by the program execution module 22 on the Web server 20 side.
13 and transferred to the PC via the client request response module 22a, and a screen as shown in FIG. 13 is displayed on the browser of the PC receiving the transfer.

As described above, when the user browses the fax image, and wants to transfer the received fax to another fax device, the user clicks "Return" on the browser screen.
The screen shown in FIG. 9 is displayed by operating a button or the like. Then, check the "Get" checkbox displayed on the left end of the list of faxes you want to forward,
Enter your password. In addition, enter the destination fax number in the text box of “Destination”, and enter
Press the "Send AX" button. Then, a request is issued from the PC, and the client request response module 22a of the Web server 20 similarly receives the request. Thereafter, the client request response module 22a sends the fax transmission instruction module 1 of the fax server 10 via the program execution module 22c.
Start 2g.

The fax transmission instructing module 12 g
Fax B to be forwarded from the request issued from C
An OX number, a password, and a fax number of a transmission destination are acquired, and the information is passed to the fax transmission / reception module 12a to instruct fax transmission. Then, the fax transmission / reception module 12a acquires the passed BOX number, password, and destination fax number (step S41).
0), the obtained password is compared with a previously registered password (step S420). If the passwords do not match, the data for the error screen is acquired (step S430) and transferred to the program execution module 22c of the Web server 20 via the fax transmission instruction module 12g (step S4).
40). Then, similarly, the data is transferred to the PC,
An error screen is displayed on the browser of the PC receiving this.

On the other hand, if the passwords match, the distribution log database 12c is searched, and fax image data is obtained from the record corresponding to the BOX number (step S450). Thereafter, the obtained fax number is dialed via the modem 15 (step S460), and the obtained fax image data is transmitted according to a predetermined fax transmission procedure (step S470).
In the present embodiment, P via the Web server 20
Although the configuration is such that the fax image can be browsed from a browser such as C40 or 60, it is needless to say that the present invention is not limited to such a configuration. For example, the fax server 10 may directly receive a request from a client, convert the request into image data that can be displayed by a browser, and transfer the image data to a PC. However, as in the present embodiment, by passing through the Web server 20, it is possible to distribute processing and reduce the load, and it is also possible to enhance security.

As described above, when an external fax is received by the fax transmission / reception module 12a of the fax server 10, the fax image data is registered in the distribution log database 12c, and the fax image data is connected via the Internet network 30. In response to a fax browsing request from the PC, the thumbnail image creation module 12e and the image creation module 12f obtain the corresponding fax image data from the distribution log database, and
Since the image is transferred after being converted into an image format that can be displayed on the C-side browser, the fax received by the fax server 10 can be viewed on a PC having general-purpose software called a browser.

[Brief description of the drawings]

FIG. 1 is a schematic block diagram showing a configuration of a system to which a server device according to an embodiment of the present invention is applied.

FIG. 2 is a block diagram illustrating a specific example of a hardware configuration of a fax server.

FIG. 3 is a diagram for explaining a program configuration provided in a PC.

FIG. 4 is a functional block diagram of a main part of a program in the fax server and the Web server.

FIG. 5 is a flowchart illustrating a procedure of a fax receiving process performed by the fax server.

FIG. 6 is a diagram illustrating a record configuration of a rule database.

FIG. 7 is a diagram illustrating an example of a screen output for setting a processing method of a received fax.

FIG. 8 is a diagram showing a screen output example for setting a range of a BOX number and a password for each processing condition.

FIG. 9 is a diagram illustrating an example of screen output of a browser in which received faxes are displayed in a list.

FIG. 10 is a flowchart illustrating a procedure for creating an HTML file by the fax server.

FIG. 11 is a flowchart illustrating a procedure for creating a thumbnail image by the fax server.

FIG. 12 is a diagram illustrating a screen output example of a browser on which a thumbnail image is displayed.

FIG. 13 is a screen output example of a browser in which a fax image is enlarged and displayed.

FIG. 14 is a flowchart illustrating a procedure of a fax transfer process by the fax server.

[Explanation of symbols]

 Reference Signs List 10 fax server 11 main board 11a CPU 11b ROM 11c RAM 12 hard disk 12a fax transmission and reception module 12b rule database 12c distribution log database 12d distribution list creation module 12e thumbnail image creation module 12f image creation Module 12g Fax transmission instruction module 13 CD-ROM drive 14 Network adapter 15 Keyboard 16 Keyboard 17 Mouse 18 Display 19 Printer 20 Web server 22a Client request response module 22b HTML acquisition module 22c Program Execution module 30 Internet network 40 PC 50 Gateway 60 PC 70 Provider server

[Procedure amendment]

[Submission date] November 12, 1999 (1999.11.
12)

[Procedure amendment 1]

[Document name to be amended] Statement

[Correction target item name] Full text

[Correction method] Change

[Correction contents]

[Document Name] Statement

Patent application title: Medium recording server device control program, server device, and server device control method

[Claims]

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a medium recording a server device control program, a server device, and a server device control method. The present invention relates to a medium recording a server device control program for displaying the incoming data in a predetermined mode, a server device, and a server device control method.

[0002]

2. Description of the Related Art Conventionally, an electronic mail distribution system has been known as this kind of technology. In this e-mail distribution system, mail transmitted from a client computer to a desired address is collectively managed by a mail server, and the corresponding e-mail is transferred in response to a download request from the client. It is configured. It is also possible to attach a binary data file such as an image data file to an electronic mail.

[0003]

The above-mentioned prior art has the following problems. Certainly, the use of e-mail enables communication of communication items, but it is not always possible to use e-mail between the sender and the receiver. For example, if the sending side has only a fax device and the receiving side has only a computer for e-mail, the receiving computer cannot receive data from the fax device,
I can't communicate my message. In this regard, in recent years, a system that receives fax image data at a shared server connected to a line and collectively manages the received fax image data at the shared server has been developed and used. In this system, it is possible to realize various functions such as storing incoming data received by a shared server on a hard disk, transferring the data to another fax machine, or printing out as usual. . However, clients other than the shared server cannot display incoming call data unless special software is used.

SUMMARY OF THE INVENTION The present invention has been made in view of the above-described problems, and collectively manages received data at a predetermined server device, and can distribute the received data to a client connected via a network in the server device. It is an object of the present invention to provide a medium recording a server device control program that can be displayed in an aspect, a server device, and a server device control method.

[0005]

In order to achieve the above object, the invention according to claim 1 records a server device control program for displaying predetermined incoming data to a client connected via a network so as to be identifiable. A medium, a receiving function of receiving incoming data in a predetermined fax image format, a storing function of storing the incoming data received by the receiving function in a predetermined storage area, and a storing function of the receiving function. A configuration is provided in which the computer realizes a display function that allows the incoming data to be displayed in a manner that can be identified by the client.

The invention according to claim 1 configured as described above is based on the premise that incoming data in the fax image format is collectively managed by a predetermined server device.
Then, a medium that records a server device control program to be installed in the server device is provided. At this time,
The receiving function receives incoming data in a predetermined fax image format, and the storage function stores the incoming data received by the receiving function in a predetermined storage area. The display function allows the incoming data stored by the storage function to be displayed in a form that can be identified by the client. That is, the user of the client displays incoming data in the fax image format received by the server device in which the server device control program according to the present invention is installed in a predetermined manner on the client side, and confirms the content. It becomes possible.

According to a second aspect of the present invention, as an example of a method of displaying incoming data in a form in which a display function is identifiable by a client, a medium in which a server device control program according to the first aspect is recorded is provided. The display function is configured so that stored incoming data can be identified in a list format. In the invention according to claim 2 configured as described above, the display function enables the user of the client to identify the incoming data stored in the storage function in a list format capable of identifying each incoming data.
That is, the client can easily identify what kind of incoming data is being received by the server device.

[0008] As another example of a method for enabling a display function to be displayed in a form that can be identified by a client, a method according to claim 3 is provided.
According to a second aspect of the present invention, in the medium storing the server device control program according to the first aspect, the display function converts the stored incoming data into an information format that can be browsed by the client and can display the data. There is. In the invention according to claim 3 configured as described above, the display function converts the incoming data stored by the storage function into an information format in which the contents can be browsed by the client and can display the converted data. That is, the incoming data in the fax image format is usually configured in the G3 compression format. Of course, in the image format of the G3 format, the contents of the incoming data cannot be displayed on the client. For this reason,
The content of the incoming data in the G3 format is converted into a GIF format, a JPEG format, or the like, which is an information format that can be browsed on the client, and can be displayed on the client.

[0009] While the incoming data can be displayed on the client side, if a client that distributes the incoming data that can be displayed is specified, the client can display the incoming data and view it. It is preferable to be able to deliver to According to a fourth aspect of the present invention, there is provided a medium in which the server device control program according to any one of the first to third aspects is recorded, wherein the display function is provided for receiving incoming data capable of specifying a predetermined client as a distribution destination. Is converted to an information format that can be browsed by the client and distributed. In the invention according to claim 4 configured as described above, the distribution function converts incoming data that can identify a predetermined client as a distribution destination into an information format that can be browsed by the client, and distributes the data to this client. I do.

[0010] On the other hand, incoming data whose destination is unknown must be displayed on the client in a manner identifiable by each client and publicized. Here, claim 5
According to a third aspect of the present invention, there is provided a storage medium storing the server device control program according to any one of the first to fourth aspects,
The display function is configured so that incoming data for which a predetermined client cannot be specified as a distribution destination can be displayed in a form that can be identified to each client. In the invention according to claim 5 configured as described above, the display function enables display of incoming data in which a predetermined client cannot be specified as a distribution destination in a manner identifiable by each client. As a result, incoming data whose destination is unknown can be known to the public.

In the display function, incoming data corresponding to a client specified as a delivery destination is delivered.
Of course, the incoming data may be distributed in response to a predetermined incoming data distribution request from any client. Therefore, according to a sixth aspect of the present invention, in the medium storing the server device control program according to the fourth or fifth aspect, the distribution function is configured to perform a distribution request of a predetermined incoming data from a predetermined client. , An acquisition function for acquiring an information format that can be browsed by the client is provided, and when distributing predetermined incoming data, the incoming data is converted into the information format acquired by the acquiring function and delivered. There is a configuration. In the invention according to claim 6 configured as described above, the user of the client outputs a distribution request for distributing predetermined incoming data to the server device. Here, the distribution function on the server side acquires an information format that can be browsed by the client based on a distribution request from the client by an acquisition function. Then, when distributing the incoming data, the incoming data is converted into the information format acquired by the acquiring function and delivered.

Here, the medium on which the server device control program is recorded may be a magnetic recording medium, a magneto-optical recording medium, or any recording medium to be developed in the future. be able to. Also, the duplication stages of the primary duplicated product, the secondary duplicated product, and the like are equivalent without any question. In addition, the present invention is not limited to the case where the present invention is used even when the supply is performed using a communication line. Further, even when a part is implemented by software and a part is implemented by hardware, the concept of the present invention is not completely different from that of the present invention.
Some may be stored in a recording medium and read as needed as needed.

[0013] The medium in which such a server device control program is recorded can be independently dealt with and can be realized as a substantial device having various functions realized by the server device control program. Not even. Therefore, the invention according to claims 7 to 12 provides a server device in the case where a medium recording the above-described server device control program is applied to the device. Needless to say, the method of enabling the predetermined incoming data to be displayed in an identifiable manner on the client connected via the network is not necessarily limited to a substantial server device, and may be used as a server device control method. It is easy to understand that it works. For this reason, Claims 13-18
The present invention according to the present invention is executable as a method realized by the server device described above. In other words, there is no difference in that the present invention is not necessarily limited to a substantial device and is also effective as a method.

[0014]

As described above, the present invention provides a medium recording a server device control program for enabling received incoming data to be displayed in a form identifiable by a client on a network. it can. According to the invention of claim 2, it is possible to present one mode of display. Furthermore, according to the third aspect of the invention, it is possible to present one mode of display. Further, according to the invention according to claim 4, it is possible to distribute incoming data to the specified client in a form that can be browsed by the client. Further, according to the fifth aspect of the invention, it is possible to display predetermined incoming data for which a destination has not been set in a manner identifiable by a client on the network. Further, claim 6
According to the present invention, it is possible to distribute incoming data in a form that can be browsed by the client in response to a distribution request from a predetermined client. Further, according to the inventions according to the seventh to twelfth aspects, it is possible to provide a server device having the same effects as those of the first to sixth aspects. Further, according to the inventions according to the thirteenth to eighteenth aspects, it is possible to provide a server device control method having the same effects as the above-described first to sixth aspects.

[0015]

Embodiments of the present invention will be described below with reference to the drawings. FIG. 1 is a schematic block diagram showing a configuration of a system to which a server device in which a server device control program according to an embodiment of the present invention is installed is applied. In the figure, the fax server 10 and W
The eb server 20 is connected to an Internet network 30 of a wide area network and can communicate with each other. Also,
The PC 40 is connected to the Internet network 30 via a predetermined gateway 50, and the PC 60 can be connected to the Internet network 30 via a public line and a provider server 70, and these PCs can access the Web server 20 and the like. I have.

Although the fax server 10 and the web server 20 have different specific hardware types, their configurations can be generally regarded as the same. As an example, FIG. 2 is a block diagram illustrating a specific example of a hardware configuration of the fax server 10. In FIG. 1, a fax server 10 includes a CPU 11a and a ROM 11
A main board 11 on which electronic components such as b and RAM 11c are mounted is provided, and various hardware is connected from the main board 11 via a predetermined interface. Here, the fax server 10
Various drive devices such as a hard disk 12 and a CD-ROM drive 13 can be accessed via a predetermined operating system, and programs on a recording medium can be read and executed when necessary, and can be executed via a network adapter 14 or a modem 15. Communication with the outside. Further, input devices such as a keyboard 16 and a mouse 17 are connected to the fax server 10, and data can be input through these input devices. The execution results of the program can be output from the display 18 and the printer 19. I have. In the present embodiment, the fax server 10 is connected to the Internet 30 via a dedicated line connected to the network adapter 14, and the Web server 20 is connected to the Internet 30 via the dedicated line in the same manner. It is assumed that

The hardware configuration of each of the PCs 40 and 60 is substantially the same, and a program can be executed under operation of a predetermined operating system. As an example, FIG. 3 shows the configuration of various programs provided in the PC 60. In the figure, in a PC 60, a dial-up utility 62, a browser 63, e-mail software 64, and the like can be executed when necessary, while an operating system 61 is running. When actually connecting to the Internet network 30, first, the dial-up utility 62
Start Then, the PC 40 calls the provider server 70 via the modem and the connection is established in accordance with a predetermined procedure.

Thereafter, when displaying a home page or the like constructed on the Web server 20, for example, the browser 63
Is started and a predetermined URL is designated. Then, the corresponding HTML file, image data file, and the like are transferred from the Web server 20 to the PC 60, and the browser 63 on the PC 60 performs screen display based on these files. Also, by activating the e-mail software 64 and issuing a download request to a mail server (not shown), it is possible to download and display the incoming mail addressed to itself. On the other hand, the PC 40 is almost the same, except that it is always connected to the Internet network 30 via the gateway 50.
Of course, in this case, no dial-up utility is needed. In this PC 40,
A download request is issued to the mail server at regular intervals, so that incoming mail addressed to itself can be downloaded and displayed one by one.

FIG. 4 is a functional block diagram showing a main part of a program executed in each of the fax server 10 and the Web server 20. 5, the fax transmission / reception module 12a executes a fax reception process in accordance with the flowchart shown in FIG. 5, while monitoring the incoming call status of the modem 15. In FIG. 7, when an incoming call of the modem 15 is detected in step S110, a fax receiving procedure is executed in step S120. This fax reception procedure is a pre-process for receiving actual fax image data, and sends and receives signals to and from a destination fax machine while following a predetermined fax transmission procedure. More specifically, it notifies the receiving fax machine of its own receiving capability, and acquires identification information such as a remote ID as a transmission source ID and a sub-address as a transmission destination ID from the other fax device. Thereafter, in step S130, the fax image data transferred from the destination fax machine is received and stored in the hard disk 12. Then, in the next step S140, the remote ID acquired in the above step S120
The rule database 12b is searched using the sub-address and the sub-address, and the corresponding processing method is obtained. Therefore, the above-described fax transmission / reception module 12a constitutes a reception function and a storage function according to the present invention.

As shown in FIG. 6, the rule database 12b manages a condition including a remote ID and a subaddress and a record including a processing method corresponding to the condition. It can be edited and deleted. Specifically, after inputting the remote ID and the sub-address of the processing target condition, a setting screen shown in FIG. 7 is displayed to set the processing method. As is clear from the figure, the settable processing contents include “move to folder”, “copy to folder”, “register in distribution log”, “transfer”, “print”, “screen display”, “pager notification”, and “e-mail”. Items such as "notification" exist. Here, the user selects a desired processing content as appropriate and turns on a check box to set a processing method, and the processing method is registered in the rule database 12b as a record together with the input remote ID and sub-address. Either or both of the remote ID and the sub-address of the processing target condition can be set, but if both are set, step S1 is executed.
In the search processing of 40, a search is executed under AND conditions. In addition, as a result of executing the search processing in step S140, it may be supposed that a condition of a matching remote ID or sub address is not set. In this case, a common processing method (defined processing method 1 in the figure) is acquired. The processing content is set in the same manner for this common processing method.

In step S140, rule database 1
2b, and after acquiring the processing content, the next step S
At 150, it is determined whether or not “register in distribution log” is set in the processing content. Here, if it is determined that it has been set, registration processing to the distribution log database 12c is performed in step S160. I didn't mention it,
When the “register in distribution log” item is checked on the processing content setting screen shown in FIG. 7, the “registration destination setting” button is depressed to display the setting screen shown in FIG.
"X number range" and "password" are set. In step S160, registration processing to the distribution log database 12c is performed based on the setting contents. That is, a range of BOX numbers and passwords that can be used are assigned to the remote IDs and sub-addresses set as the processing target conditions, and the box numbers sequentially acquired within the range correspond to the passwords and actual fax image data. Then, it is registered as a record in the distribution log database 12c.

For example, if the "box number range" is "200"
0 "to" 2100 ", the BOX number" 200 "
"0" as an initial value, "2001", "2002" ...
The BOX number is sequentially acquired as “2100”, the acquired BOX number is associated with the set password, the received fax image data, and the like, and registered as a record in the distribution log database 12c. Also, BO
If the X number reaches the upper limit of “2100”, “2
000 "to overwrite the existing record and save it. Although not described above, the fax transmission / reception module 12a acquires the date and time of reception of a fax, the number of pages, comments, and the like at the time of reception, and similarly registers these as records.

The setting of the "box number range" and the "password" is performed by the system administrator of the fax server 10, etc., but specific settings are made in consideration of the following. When it is possible to determine the destination of the fax based on these identification information, such as a fax from a predetermined remote ID is for a specific person or a fax to a predetermined sub-address is for a specific group Then, a BOX number range and a password are set for the person or group, and the user is notified in advance of that. Delivery log database 12
The fax image data registered in c can be displayed by specifying a BOX number from the PCs 40 and 60 via the Internet network 30 as described later, but each user is assigned as a self or a group. Since the range of the BOX number is known, the BOX number included in the range can be specified. Of course,
When a range of BOX numbers is given to a group, the BOX numbers within the range are shared by the members of the group, and the BOX number is set according to the number of members.
The range of the X number is set appropriately wide.

Returning to the description of the fax receiving process, after registration in the distribution log database 12c in step S160 or when it is determined in step S150 that "register in distribution log" is not set, step S1 is executed.
At 70, it is determined whether “pager notification” and “e-mail notification” are set in the acquired processing content. Here, if it is determined that any one of them is set, a notification process by a corresponding notification method is performed in step S180. That is, when “pager notification” is set, a call is made via the modem 15 to a notification number preset on the setting screen shown in FIG. Send
On the other hand, if "e-mail notification" is set,
A mail is transmitted to a mail address set in advance on the setting screen shown in FIG. Then, the mail is received by a predetermined mail server via the Internet network 30, and can be downloaded and displayed on the PCs 40 and 60 as described above. When the subject and the text are input on the setting screen, the subject and the text are inserted into the mail.

Here, which notification method is used depends on the user's preference and the urgency of fax display according to the remote ID and the subaddress. For example, the following is taken into consideration. It is also possible to set. As described above, in the PC 40, an e-mail download request is issued at regular intervals, and the e-mail addressed to the user can be downloaded. It is preferable to do so. On the other hand, PC6
At 0, the user activates the dial-up utility 62 to substantially connect to the Internet 30, and then activates the e-mail software 64 to download incoming mail addressed to the user. Therefore, even if the fax is notified by e-mail, it may not be known unless the user downloads the incoming mail addressed to the user. Therefore, such PC6
It is preferable to adopt a notification method by a pager terminal using a pager notification or the like to a user of 0 or the like.

After the above notification is made in step S180, or "pager notification" is made in step S170.
If it is determined that none of the setting items “e-mail notification” and “e-mail notification” are set, it is determined in step S190 whether or not there is a setting in another setting item, and a corresponding process is executed as appropriate. That is, when it is determined that “move to folder” and “copy to folder” are set in the processing content acquired in step S140, the received fax image data is moved to the folder on the disk specified in advance. And copy. If it is determined that “forward” is set, the received fax is forwarded to a preset client or fax machine. Of course, the fax device may be a normal fax device that can receive a fax via a public line, or may be an Internet fax device that can receive a fax via the Internet network 30. Here, a call is made to the other party's fax machine via the modem 15 for the former, and the target fax image data is transmitted in accordance with a predetermined fax transmission procedure. Is converted into an image format that can be received by the Internet fax machine of the destination, and then transmitted to the Internet network 30. Further, when it is determined that “print” is set in the acquired processing content, the printer 1 is determined based on the received fax image data.
At step 9, when it is determined that "screen display" is set, a screen is displayed on the display 18 based on the fax image data.

As described above, in this embodiment,
Copy the fax image received by the fax server 10 to a PC
It can be displayed at 40 and 60, and then the PC
A display method using the description will be described. A user who knows that a fax has been received by pager or e-mail
Start the browser at 0,60. Of course, in the PC 60, the dial-up utility 62 is activated in advance and connected to the Internet network 30 before the connection. After that, a predetermined URL is specified on the browser screen. Then, a request is issued from the PC, and the request is appropriately routed on the Internet network 30 and
It reaches the server b. In this Web server 20,
The client request response module 22a receives a request from the PC and activates the HTML acquisition module 22b.

The HTML acquisition module 22 b sends an HTML message from the fax server 10 via the Internet network 30.
The client request response module 22a receives the HTML file and transfers it to the requesting PC. Then, a screen as shown in FIG. 9 is displayed on the browser. Referring to the figure, it can be seen that a list of received faxes associated with the BOX number, date, time, page number, comment, and the like is displayed. Of course, in this embodiment,
Such a list corresponds to the incoming data list. As a more specific acquisition mode of the HTML file, the distribution list creating module 12d of the fax server 10
The HTML file is created according to the flowchart shown in FIG. 7, and the HTML file created by the distribution list creation module 12d is obtained. In the figure, the distribution list creation module 12d includes a step S2
10 monitors the update status of the distribution log database 12c.
At step 20, a record registered in the distribution log database 12c is obtained. Then, in the next step S230, an HTML file for displaying the screen shown in FIG.
Returning to 0, the same processing is repeated. Therefore, the HTML acquisition module 22b of the Web server 20 can acquire the HTML file in which the contents of the distribution log database 12c are reflected almost in real time.

When the user looks at the browser screen shown in FIG. 9 and finds a list that seems to be addressed to him / her, he enters a password in the password entry field on the list and enters “FAX”.
Select View. That is, as described above, the range of BOX numbers available for each specific person or group and the password for display are given, so that the user can
Find a list that seems to be addressed to you by relying on the X number. When "FAX display" is selected on the browser screen, a request is issued from the PC, and the client request response module 22a of the Web server 20 similarly receives the request. Then, the client request response module 22a activates the thumbnail image creation module 12e of the fax server 10 via the program execution module 22c. The method of starting the program on the remote server in this manner is not described in detail because it is in the category of the related art. be able to.

FIG. 11 is a flowchart showing the processing procedure of the thumbnail image creation module 12e.
In the figure, in step S310, the BOX number selected on the browser screen shown in FIG. 9 and the input password are acquired. That is, the request issued from the PC includes such information, and the Web server 2
It is obtained in order through the client request response module 22a and the program execution module 22c on the 0 side.
Then, in the next step S320, by referring to the record of the corresponding BOX number in the distribution log database 12c, the password acquired in step S310 is collated with the password registered in advance to determine whether or not they match. Here, if it is determined that the passwords do not match, the data for the error screen is obtained in step S330, and is transferred to the program execution module 22c of the Web server 20 in step S340. Then, the data is transferred to the PC via the program execution module 22c and the client request response module 22a,
A predetermined error screen is displayed on the browser of the PC receiving this. On the other hand, if it is determined in step S320 that the passwords match, in step S350 the number of pages of the fax image data is acquired from the corresponding record, and in the next step S360, a display page (HTML file) corresponding to the number of pages is created. I do. This display page
This is a framework for inserting the reduced image, and the reduced image is pasted according to the framework as described later. Thereafter, in step S370, fax image data is obtained from the corresponding record, and in the next step S380, reduced image data is generated based on the fax image data. That is, in this step S380, G
3 Compressed fax image data into GIF format or JPE
The data is converted into image format data that can be displayed by a browser such as the G format, and the image is further reduced in accordance with the framework of the display page. Of course, since the fax image data is sectioned in page units, it goes without saying that the conversion and reduction of the image format are also performed in page units. In the next step S390, the thumbnail image is created by pasting the reduced image data generated in step S380 on the framework of the display page, and in step S340, the program execution module 22c on the Web server 20 side
Transfer to

Then, the data is similarly transferred to the PC, and a screen as shown in FIG. 12 is displayed on the browser of the PC receiving the data. In the illustrated example, the received fax has a total of two pages, and is arranged such as a first page and a second page from the left. Here, the reduced image of each page is displayed so as to be selectable, and when actually selected, a request is issued from the PC, and similarly, the client request response module 2 of the Web server 20.
2a accepts the request. Then, the client request response module 22a activates the image creation module 12f of the fax server 10 via the program execution module 22c. The image creation module 12f creates image data that is larger than the reduced image of the page selected on the browser screen, and is substantially the same as the reduced image generation method, although the image size is different. That is, the corresponding page of the G3 compressed fax image data is converted into GIF format or JPEG format image data that can be displayed on a browser, and the image size is adjusted as appropriate. Then, the image data created here is similarly transferred to the PC via the program execution module 22c and the client request response module 22a on the Web server 20, and the browser of the PC receiving this receives the image shown in FIG. A screen like the following is displayed. As is clear from the figure, it can be seen that the image is enlarged and displayed. The thumbnail image creation module 12e and the image creation module 12f described above constitute a display function according to the present invention.

As described above, a situation in which the user wants to transfer the received fax to another fax machine as a result of displaying the fax image can be assumed. Therefore, in the present embodiment, a received fax can be transferred from a browser to another fax device. In performing such transfer, the screen shown in FIG. 9 is displayed by operating the “return” button on the browser screen. Then, the user selects a check box of "acquire" displayed on the left end of the list of faxes to be forwarded, and inputs a password. Further, the user inputs the fax number of the destination in the text box of the "destination" and presses down the "send selected fax" button. Then, a request is issued from the PC, and the client request response module 22a of the Web server 20 similarly receives the request. Then, the client request response module 22a
Starts the fax transmission instruction module 12g of the fax server 10 via the program execution module 22c.

This fax transmission instruction module 12g
Obtains the BOX number, password, and destination fax number of the fax to be forwarded from the request issued from the PC, and transmits these information to the fax transmission / reception module 12.
a to send a fax. Then, the fax transmission / reception module 12a executes the fax transfer process according to the flowchart shown in FIG. In FIG. 14, in step S410, the BOX number, password, and destination fax number passed from the fax transmission instruction module 12g are acquired. Then, the next step S4
At 20, the acquired password is compared with the password registered for the BOX number to determine whether or not they match. If it is determined that the passwords do not match, the data for the error screen is obtained in step S430, and the data is transferred to the program execution module 22c of the Web server 20 via the fax transmission instruction module 12g in step S440. Then, similarly, the data is transferred to the PC, and the PC
Displays an error screen.

On the other hand, if it is determined in step S420 that the passwords match, in step S450 the distribution log database 12c is searched, and fax image data is obtained from the record corresponding to the BOX number. And
In the next step S460, the fax number obtained above is dialed via the modem 15, and in step S470
Transmits the fax image data obtained according to a predetermined fax transmission procedure. At this time, the obtained fax image data may be transmitted as it is, but may be transmitted after converting the compression method. For example, fax image data of the compression method "MH" may be converted to fax image data of the "MR" having a higher compression ratio and then transmitted. Of course, in this case, the amount of data transmission can be reduced, so that the time required for fax transmission is also reduced. Note that, in the fax transfer process, a case has been described in which the fax is transferred to a fax device that can receive a fax via a public line. However, the fax may be transferred to the above-described Internet fax device. Of course, in this case, the target fax image data is converted into an image format that can be received by the destination Internet fax device, and then transmitted.

Next, the operation of the present embodiment configured as described above will be described. The system administrator of the fax server 10 can “move to a folder”, “copy to a folder”, “register in a distribution log”, “transfer”, “print”, and “display a screen” according to processing conditions such as a remote ID and a sub address.
Processing contents such as “pager notification” and “email notification” are set in advance. Then, the processing target condition is associated with the processing content, and the rule database 1 is stored as a record.
2b. When “register in distribution log” is set here, the registration destination is set. For example, a fax from a predetermined remote ID is for a specific person, a fax to a predetermined sub-address is for a specific group, etc.
If you can determine the fax destination based on these,
The range of the BOX number and the password are set for the person or the group, and each user is notified in advance of that. When “pager notification” or “e-mail notification” is set, the notification destination is also set.

The fax transmission / reception module 12a in the fax server 10 monitors the incoming call status of the modem 15, and detects the incoming call of the modem 15 (step S1).
10), execute the fax reception procedure to notify the receiving fax machine of its own receiving capability, and obtain the remote ID, sub address, etc. from the other fax machine (step S120). Thereafter, the fax image data transferred from the destination fax machine is received and stored in the hard disk 12 (step S130), and the rule database 12b is searched using the obtained remote ID and sub address, and a corresponding processing method is performed. It is acquired (step S140). Next, it is determined whether or not “register in distribution log” is set in the acquired processing content (step S150). If it is determined that the number is set, the box numbers sequentially obtained within the range of available BOX numbers are associated with passwords and actual fax image data and registered as records in the distribution log database 12c. (Step S16)
0).

As described above, the distribution log database 12
After the registration in c, it is determined whether “pager notification” and “e-mail notification” are set in the acquired processing content (step S170). Here, when it is determined that any one of them is set, a notification process is performed by a corresponding notification method (step S18).
0). That is, when "pager notification" is set, a message is transmitted by calling a preset notification number via the modem 15, and "email notification" is set.
Is set, the mail is transmitted to a preset mail address. Then, the mail is received at a predetermined mail server via the Internet network 30, and when the mail is downloaded by the PC 40, 60, or the like, the user recognizes that the user has received a fax addressed to the user.

Thereafter, the fax transmission / reception module 12a
Determines whether or not there is a setting in another setting item and executes a corresponding process as appropriate. For example, when it is determined that "move to folder" and "copy to folder" are set in the acquired processing contents, the received fax image data is moved and copied to a folder on a disk specified in advance. . If it is determined that “Forward” is set, the received fax is forwarded to a preset fax device. In addition, "Print"
Is set, the printer 19 prints the received fax image data based on the received fax image data.
If it is determined that "screen display" is set, a screen is displayed on the display 18 based on the fax image data (step S190).

The user who has received the fax by pager or e-mail activates the browser on the PC 40 or 60. Of course, in the PC 60, the dial-up utility 62 is started in advance and the Internet network 3
Connect to 0. Then, on the browser screen,
Specify RL. Then, a request is issued from the PC, and the request is appropriately routed on the Internet network 30 and reaches the Web server 20. Web
In the server 20, the client request response module 22
a receives a request from the PC and activates the HTML acquisition module 22b.

On the other hand, the distribution list creation module 12d of the fax server 10 has a distribution log database 12c.
When the update status is monitored, and the update is detected, a record registered in the distribution log database 12c is acquired, and an HTML file is created based on the acquired record (steps S210 to S230).
HTML acquisition module 2 started as described above
2b acquires the HTML file created by the distribution list creation module 12d, and transfers the HTML file to the requesting PC via the client request response module 22a. Then, as shown in FIG. 9, the BOX number, date,
A list of received faxes associated with the time, number of pages, comments, and the like is displayed.

The user looks at the browser screen and finds a list that seems to be addressed to him / her. When the user enters the password in the password input box on the list, the user selects “FAX display”. Then, a request is issued again from the PC,
Similarly, the client request response module 22a of the Web server 20 receives the request. Then, the client request response module 22a activates the thumbnail image creation module 12e of the fax server 10 via the program execution module 22c. The thumbnail image creation module 12e acquires the BOX number selected on the browser screen and the input password (step S310), and obtains the distribution log database 12c.
Then, the password acquired by referring to the record of the corresponding BOX number is collated with the password registered in advance (step S320). If the passwords do not match, data for the error screen is obtained (step S330) and transferred to the program execution module 22c of the Web server 20 (step S340). Then, the data is transferred to the PC via the program execution module 22c and the client request response module 22a.
Is received, and a predetermined error screen is displayed on the browser of the PC that has received it.

On the other hand, if the passwords match, the number of pages of the fax image data is obtained from the record (step S350), and an HTML file for a display page corresponding to the number of pages is created (step S36).
0). Next, fax image data is obtained from the record (step S370), and reduced image data is generated based on the fax image data (step S38).
0).

That is, the G3 compressed fax image data is converted into image format data that can be displayed by a browser such as the GIF format or the JPEG format, and the image is further reduced according to the display page.

Of course, since the fax image data is sectioned in page units, the conversion and reduction of the image format are also performed in page units. Thereafter, the generated reduced image data is pasted on the display page to create a thumbnail image (step S390).
The program is transferred to the program execution module 22c of the web server 20 (step S340). Then, the data is similarly transferred to the PC, and the fax image is reduced and displayed in page units on the browser of the PC receiving the data as shown in FIG.

Here, when the user selects a reduced image of a desired page on the browser screen, a request is issued from the PC, and the client request response module 22a of the Web server 20 similarly receives the request.
Then, the client request response module 22a activates the image creation module 12f of the fax server 10 via the program execution module 22c. The image creation module 12f creates image data that is larger than the reduced image of the page selected on the browser screen, and is substantially the same as the reduced image generation method, although the image size is different.

That is, the image of the selected page is converted into image data such as GIF format or JPEG format that can be displayed on a browser, and the image size is adjusted as appropriate. Then, similarly, the image data created here is transferred to the PC via the program execution module 22c and the client request response module 22a on the Web server 20, and the browser of the PC receiving the image data as shown in FIG. The screen is displayed. As a result of displaying the fax image as described above, if the user wants to transfer the received fax to another fax device, the user operates the “return” button on the browser screen to display the screen shown in FIG. Display. Then, the user selects a check box of "acquire" displayed on the left end of the list of faxes to be forwarded, and inputs a password. Further, the user inputs the fax number of the destination in the text box of the "destination" and presses down the "send selected fax" button. Then, a request is issued from the PC, and the client request response module 22a of the Web server 20 similarly receives the request. After that, the client request response module 22a
Then, the fax transmission instruction module 12g of the fax server 10 is activated via the server c.

The fax transmission instruction module 12 g
Fax B to be forwarded from the request issued from C
An OX number, a password, and a fax number of a transmission destination are acquired, and the information is passed to the fax transmission / reception module 12a to instruct fax transmission. Then, the fax transmission / reception module 12a acquires the passed BOX number, password, and destination fax number (step S41).
0), the obtained password is compared with a previously registered password (step S420). If the passwords do not match, the data for the error screen is acquired (step S430) and transferred to the program execution module 22c of the Web server 20 via the fax transmission instruction module 12g (step S4).
40). Then, similarly, the data is transferred to the PC,
An error screen is displayed on the browser of the PC receiving this.

On the other hand, if the passwords match, the distribution log database 12c is searched and fax image data is obtained from the record corresponding to the BOX number (step S450). Thereafter, the obtained fax number is dialed via the modem 15 (step S460), and the obtained fax image data is transmitted according to a predetermined fax transmission procedure (step S470).
In the present embodiment, P via the Web server 20
Although the configuration is such that the fax image can be displayed from a browser such as C40 or C60, it is needless to say that the present invention is not limited to such a configuration. For example, the fax server 10 may directly receive a request from a client, convert the request into image data that can be displayed by a browser, and transfer the image data to a PC. However, as in the present embodiment, by passing through the Web server 20, it is possible to distribute processing and reduce the load, and it is also possible to enhance security.

As described above, when an external fax is received by the fax transmitting / receiving module 12a of the fax server 10, the fax image data is registered in the distribution log database 12c, and the fax image data is connected via the Internet network 30. In response to the fax display request from the PC, the thumbnail image creation module 12e and the image creation module 12f obtain the corresponding fax image data from the distribution log database, and
Since the image is transferred after being converted into an image format that can be displayed by the browser on the C side, the fax received by the fax server 10 can be displayed on a PC having general-purpose software called a browser.

[Brief description of the drawings]

FIG. 1 is a schematic block diagram showing a configuration of a system to which a server device according to an embodiment of the present invention is applied.

FIG. 2 is a block diagram illustrating a specific example of a hardware configuration of a fax server.

FIG. 3 is a diagram for explaining a program configuration provided in a PC.

FIG. 4 is a functional block diagram of a main part of a program in the fax server and the Web server.

FIG. 5 is a flowchart illustrating a procedure of a fax receiving process performed by the fax server.

FIG. 6 is a diagram illustrating a record configuration of a rule database.

FIG. 7 is a diagram illustrating an example of a screen output for setting a processing method of a received fax.

FIG. 8 is a diagram showing a screen output example for setting a range of a BOX number and a password for each processing condition.

FIG. 9 is a diagram illustrating an example of screen output of a browser in which received faxes are displayed in a list.

FIG. 10 is a flowchart illustrating a procedure for creating an HTML file by the fax server.

FIG. 11 is a flowchart illustrating a procedure for creating a thumbnail image by the fax server.

FIG. 12 is a diagram illustrating a screen output example of a browser on which a thumbnail image is displayed.

FIG. 13 is a screen output example of a browser in which a fax image is enlarged and displayed.

FIG. 14 is a flowchart illustrating a procedure of a fax transfer process by the fax server.

[Description of Signs] 10 fax server 11 main board 11a CPU 11b ROM 11c RAM 12 hard disk 12a fax transmission and reception module 12b rule database 12c distribution log database 12d distribution list creation module 12e thumbnail image creation Module 12f Image creation module 12g Fax transmission instruction module 13 CD-ROM drive 14 Network adapter 15 Modem 16 Keyboard 17 Mouse 18 Display 19 Printer 20 Web server 22a Client request response module 22b HTML Acquisition module 22c Program execution module 30 Internet network 40 PC 50 Gateway 60 PC 70 Provider Over bar

 ──────────────────────────────────────────────────の Continuing on the front page (72) Inventor Masayuki Kobayashi 2-1-2-7 Chuo, Matsumoto-shi, Nagano A-i Soft Inc. (72) Inventor Makoto Shimizu 2-1-2-7 Chuo, Matsumoto-shi, Nagano AI Software Co., Ltd.

Claims (10)

[Claims] 1. A method for storing predetermined incoming data,
A medium storing a server device control program for distributing corresponding incoming data in response to an incoming data acquisition request from a client connected via a network, wherein the incoming data in a fax image format is stored in a predetermined storage area. An incoming data storing step of storing; an image format obtaining step of obtaining an image format that can be displayed on the client based on the incoming data obtaining request from the client; and an incoming data corresponding to the incoming data obtaining request from the client. A server conversion program for converting the incoming data in the fax image format into the image format obtained in the image format obtaining step and delivering the converted image data. Medium. 2. The medium storing the server device control program according to claim 1, wherein the incoming data storage step detects predetermined identification information for each incoming data and associates the identification information with the incoming data. A medium storing a server device control program, wherein the image conversion and distribution step distributes incoming data corresponding to identification information based on an incoming data acquisition request from the client. 3. A medium recording a server device control program according to claim 2, wherein the identification information is a source ID of the incoming data. 4. The server device according to claim 2, wherein the identification information is a destination ID of the incoming data. Medium on which control programs are recorded. 5. A medium in which a server device control program according to any one of claims 2 to 4 is recorded, wherein said step of storing incoming data stores a predetermined incoming data list using detected identification information. The image conversion and distribution step includes displaying the incoming data list so as to be selectable by the client in response to the incoming data acquisition request from the client, and distributing the incoming data corresponding to the selected incoming data list. A medium in which a server device control program is recorded. 6. A medium in which a server device control program according to any one of claims 2 to 5 is recorded, wherein said image conversion / distribution step inputs a password in response to an incoming data acquisition request from said client. And storing a server device control program characterized by distributing the incoming data when the password matches the password of the identification information based on the previously received incoming data acquisition request. 7. The medium storing the server device control program according to any one of claims 2 to 6, wherein the incoming data storage step includes a step of: A medium storing a server device control program characterized by causing a user to be notified by the notification device of (1). 8. A medium on which the server device control program according to claim 1 is recorded, wherein said image conversion and distribution step comprises a step of transmitting a fax corresponding to an incoming data transfer request from said client. A medium storing a server device control program, wherein incoming data in an image format can be transferred to a predetermined fax machine. 9. While storing predetermined incoming data,
A server device for distributing corresponding incoming data in response to an incoming data acquisition request from a client connected via a network, comprising: an incoming data storage unit for storing incoming data in a fax image format; An image format acquisition unit that acquires an image format that can be displayed by the client based on the data acquisition request; and, in distributing the incoming data corresponding to the incoming data acquisition request from the client, the incoming data in the fax image format. A server device comprising: an image conversion / distribution unit that converts the image into the image format acquired in the image format acquisition step and distributes the converted image. 10. A server device control method for storing predetermined incoming data and distributing corresponding incoming data in response to an incoming data acquisition request from a client connected via a network, comprising: An incoming data storing step of storing incoming data of a format in a predetermined storage area; an image format obtaining step of obtaining an image format that can be displayed on the client based on an incoming data obtaining request from the client; And distributing the incoming data corresponding to the incoming data acquisition request of the fax image format, and converting the incoming data in the fax image format into the image format acquired in the image format acquiring step, and distributing the image data. Characteristic server device control method.