JP2006074562A - Printing system, network module and storage medium - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a printing system, a network module, a printer, a content providing method and a storage medium which establish connection between the printer and a portable information terminal, transmit address information in the device and a command for specifying desired transmission processing such as facsimile transmission and e-mail transmission, from the connected portable information terminal to the printer and perform the transmission processing based on the information. <P>SOLUTION: In the printing system for providing printing service to external devices on a network in cooperation of the printer having a plurality of control parts and the network module, it is characterized that the network module has a radio connection means for performing radio communication with an external information processor one to one and a service provision means for providing service to perform reference to equipment information and setting of the printer to the external information processor connected based on the radio connection means, in addition, an address transmission means for transmitting/receiving address data based on the radio connection means, a command transmission/reception means for transmitting/receiving a command to perform a motion instruction such as the facsimile transmission, an interpretation means capable of interpreting the address data and the command and a transmission means for transmitting the facsimile to the address data and the transmission processing can be performed to address book data specified according to a command instruction when the address book data and the command are received. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  The present invention relates to a printing system, a network module, a printing apparatus, a content providing method, and a storage medium, and particularly suitable for establishing a wireless connection with a mobile portable terminal and using address information in the mobile portable terminal. The present invention relates to a network module, a printing apparatus, a content providing method, and a storage medium.

  In recent years, with the reduction in size and weight of devices, a variety of portable terminal devices are used for individuals. For example, there are a small personal computer, a mobile terminal device, a mobile phone, and the like. On the other hand, with advances in technology such as a communication frequency control circuit and a radio wave intensity adjustment function, a high-speed and low-power-consumption communication method has been realized. Such a low-power wireless communication system has been adopted in many information devices such as a mobile phone terminal, a notebook PC (Personal Computer), and a personal information assistant (PDA) (for example, Patent Document 1). ). As a typical example of the low-power wireless communication system, Bluetooth is given. In particular, the Bluetooth SIG (Special Interest Group), which leads the Bluetooth system, specifies a combination of protocol stacks as a profile for each application that uses communication to promote dissemination, and also ensures interoperability between Bluetooth-compliant devices. is doing. For example, “Dial-up Networking profile” defines a communication protocol and a communication procedure when a mobile phone terminal or the like is used as an Internet bridge.

Against this background, dial-up to the Internet environment from a personal information device (PDA) that uses a low-power wireless communication system such as Bluetooth via a mobile phone that uses the same low-power wireless system Connection (PPP connection: Point to Point Protocol connection) is performed and the Internet environment can be freely used.
JP 09-326800 A

  However, as in this example, devices that can be connected by a combination of standardized protocol stacks such as a connection between a mobile phone terminal and a personal information device can be connected to each other. A new profile must be defined between devices that do not have a standardized connection profile, such as PDAs, and the newly defined profile must be implemented separately for each device. Therefore, the current situation is that it prevents easy connection between different models.

  Also, when you want to send a fax to the other party or send an e-mail based on the address information stored in the personal information device, you can effectively use the address information in the personal information device. For example, it is necessary to manually input address information from the operation panel of the printing apparatus, and the system is not always easy to use.

  The present invention has been made in view of the above-described points, and establishes a connection between a printing apparatus and a portable information terminal apparatus, and performs address transmission, fax transmission, e-mail transmission, and the like in the apparatus from the connected portable information terminal apparatus. To provide a printing system, a network module, a printing apparatus, a content providing method, and a storage medium that can transmit a command designating a desired transmission process to the printing apparatus and perform the transmission process based on the information. Objective.

  In order to achieve the above object, the invention of claim 1 is a printing system in which a printing apparatus having a plurality of control units and a network module cooperate to provide a printing service to an external apparatus on the network, and the network module Includes a wireless connection unit that wirelessly connects to an external information processing apparatus on a one-to-one basis, and a service that refers to and sets device information of the printing apparatus with respect to the external information processing apparatus connected based on the wireless connection unit. Service providing means for providing, based on the wireless connection means, an address transmitting means for transmitting and receiving address data, a command transmitting and receiving means for performing command transmission and reception for operating instructions such as fax transmission, Interpretation means that can interpret address data and commands, and fax for address data A transmitting means for transmitting, when receiving the address book data and commands, characterized in that can perform transmission processing to the specified address book data in accordance with command instructions.

  In order to achieve the above object, according to a second aspect of the present invention, in the first aspect, the transmission means includes a fax transmission / e-mail transmission / file transfer function.

  To achieve the above object, the invention according to claim 3 is characterized in that, in claim 1, the wireless connection means is means for communicating in accordance with the Bluetooth standard.

  To achieve the above object, according to a fourth aspect of the present invention, in the first aspect, the wireless connection means includes means for processing a connection request based on a PPP (Point to Point Protocol) connection rule. A one-to-one connection is established between the printing system and the external information processing apparatus, and a connection based on a TCP / IP protocol is established.

  In order to achieve the above object, according to a fifth aspect of the present invention, the service providing means provides an HTTP (HyperText Transfer Protocol) service for referring to and setting device information of the printing apparatus, and based on HTTP file transfer, an address is provided. Address transmission means for transmitting / receiving data, command transmission / reception means for performing command transmission / reception such as fax transmission, interpretation means capable of interpreting the address data and commands, fax for address data, etc. And transmitting means for transmitting the address book data and the command when the address book data and the command are received.

  In order to achieve the above object, according to a sixth aspect of the present invention, in the fourth aspect, the transmission means includes a fax transmission / e-mail transmission / file transfer function.

  In order to achieve the above object, the invention according to claim 7 includes a file transfer means in the wireless connection means, an address transmission means for transmitting and receiving address data based on the file transfer means, and an operation instruction such as fax transmission. A command transmission / reception unit for performing command transmission / reception, an interpretation unit capable of interpreting the address data and the command, and a transmission unit for transmitting a fax to the address data. When received, it is possible to perform transmission processing on address book data designated in accordance with a command instruction.

  To achieve the above object, according to an eighth aspect of the present invention, in the seventh aspect, the transmission means includes a fax transmission / e-mail transmission / file transfer function.

  Establishes a connection between the printing device and the portable information terminal device, and sends to the printing device a command that specifies the address information in the device and a transmission process to be performed such as fax transmission and e-mail transmission from the connected portable information terminal device. Thus, it is possible to perform transmission processing based on the information.

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

  FIG. 1 is a system configuration diagram showing an embodiment of a printing system according to the present invention. The image processing system includes a printing apparatus (multifunction apparatus) 101 having a scanner function, a printer function, and a facsimile transmission / reception function. And a portable terminal device 140 such as a PDA are connected via the Bluetooth network 103, and the printing device 101 is a predetermined device such as Ethernet (registered trademark) (a LAN with a bus structure jointly developed by Xerox, DEC and Intel). The communication medium 102 is connected to the host computer 100.

  The printing apparatus 101 can exchange image data and a control program via the communication medium 102. The mobile terminal device 140 has a built-in communication unit for Bluetooth as a wireless communication protocol, and can exchange data and control programs.

  FIG. 2 is a block diagram showing a configuration example of the printing system according to the first embodiment of the present invention. The printing system according to the first embodiment includes a host computer 100, a printing apparatus 101 including a network card unit 110 and a printing unit 130, and Ethernet (registered trademark) that connects the host computer 100 and the printing apparatus 101. A predetermined communication medium 102 and a mobile terminal device 140 that can be connected by a wireless interface, and a Bluetooth network 103 that wirelessly connects the mobile terminal device 140 and the printing apparatus 101 are configured.

  Further, the network card unit 110 of the printing apparatus 101 includes a network I / F unit 111, a network control unit 112, an lpd server unit 113, a TCP / P module unit 114, a WWW (World Wide Web) server unit 115, a printing apparatus I / F. It includes an F unit 116 and a model-independent content unit 117, and further includes a Bluetooth wireless I / F unit 118, a Bluetooth baseband processing unit 119, and a Bluetooth control unit 120.

  The printing unit 130 of the printing apparatus 101 includes a reception buffer 131, a model-dependent content unit 132, a PDL translator 133, an intermediate buffer 134, a drawing unit 135, a printer engine 136, a network card I / F unit 137, address data and command analysis / processing. A unit 138 and a transmission execution unit 139.

  In detail, in the network card unit 110 of the printing apparatus 101, the network I / F unit 111 communicates with the communication medium 102, and the data received via the communication medium 102 according to the service. Pass to the next stage. The network I / F unit 112 passes the received print data to the lpd server unit 113. The lpd server unit 113 receives print data transmitted from the host computer 100. The WWW server unit 115 transmits and receives the status of the printing apparatus 101 requested from the host computer 100 using HTTP. The printing apparatus I / F unit 116 instructs the printing unit 130 to receive print data and model-dependent content. The model-independent content unit 117 stores HTML content and bitmap content independent of the model in the WWW server unit 115.

  The Bluetooth wireless I / F unit 118 transmits and receives radio waves at a predetermined high frequency (for example, 2.4 GHz). The Bluetooth wireless I / F unit 118 communicates with the mobile terminal device 140 via the Bluetooth network 103 and passes the data received via the Bluetooth network 103 to the next stage. The Bluetooth baseband processing unit 119 performs Bluetooth frequency hopping processing, frame assembly processing, and disassembly processing. The Bluetooth control unit 120 performs wireless control in accordance with the Bluetooth standard as a wireless communication protocol, transmits a command as a packet to the Bluetooth baseband processing unit 119, or uses a packet from the Bluetooth baseband processing unit 119 as a command. Receive. The WWW server unit 115 transmits and receives the status of the printing apparatus 101 requested from the mobile terminal apparatus 140 using HTTP.

  In the printing unit 130 of the printing apparatus 101, the network card I / F unit 137 communicates with the printing apparatus I / F unit 116 and passes data based on the communication to the next stage according to the service. The reception buffer 131 includes a RAM or an HDD device, receives print data, and passes it to the PDL translator 133. The model-dependent content unit 132 stores HTML content and bitmap content depending on the model. The PDL translator 133 takes out the print data stored in the reception buffer 131, analyzes PDL (Page Description Language), and converts it into intermediate data for rendering.

  The intermediate buffer 134 temporarily stores intermediate data for rendering rendered by the PDL translator 133 and passes the intermediate data to the rendering unit 135. The drawing unit 135 extracts intermediate data for drawing from the intermediate buffer 134, converts it into raster data, and passes it to the printer engine 136. The printer engine 136 prints the raster data converted by the drawing unit 135 by a known electrophotographic technique or ink jet technique on a sheet and discharges it. Here, the printer engine unit 136 uses a known printing technique, and for example, an electrophotographic system or an inkjet system is generally used. The model-dependent content unit 132 stores HTML content and bitmap content depending on the model.

  Further, when the transmission execution unit 139 of the printing apparatus 101 receives a transmission instruction such as a fax from the main body operation panel or the command processing unit 138, the transmission execution unit 139 executes transmission processing on the designated address information. In this patent, transmission processing is not described in detail.

  FIG. 3 is a software hierarchy diagram of the network card according to the first embodiment of the present invention.

  The highest layer WWW server 301 controls HTML content based on a command from the event control task 302 which is a lower layer. The event control task 302 analyzes the event received from the first Bluetooth control unit 303 in the lower layer, and queues a command to the WWW server 301 in the highest layer. When the Bluetooth control unit 303 receives information (command) addressed to the WWW server 301 which is an upper layer from the Bluetooth baseband processing unit 304, the Bluetooth control unit 303 sends the information to the event control task 302, and from the event control task 302 to the portable terminal device When the information (response) to be transmitted to 140 is received, the information is sent to the Bluetooth baseband processing unit 304 which is a lower layer.

  As described above, when the Bluetooth control unit 303 receives a command from the Bluetooth baseband processing unit 304, the Bluetooth control unit 303 sends the command to the event control task 302. When the Bluetooth control unit 303 receives a response from the event control task 302, the Bluetooth control unit 303 transmits the command. An operation mode in which the response is sent to the baseband processing unit 304 is referred to as a (printing device side) command through mode.

  Further, the Bluetooth baseband processing unit 304 and the Bluetooth wireless I / F unit 305 constitute a wireless interface, and information received from the Bluetooth control unit 303 which is an upper layer of the Bluetooth baseband processing unit 304 is the Bluetooth generic access The wireless information is transmitted to the information processing terminal 140 in accordance with the profile and the serial port profile that is a subordinate concept thereof. An OS 306 is a device-embedded operating system that performs task switching, event management, and memory management of the software hierarchy.

  FIG. 4 is a software hierarchy diagram of the portable terminal device 140 according to the first embodiment of the present invention. When receiving information (command) to be transmitted to the printing apparatus 101 from the WWW browser application 401 that is the upper layer, the Bluetooth control unit 402 sends the information to the Bluetooth baseband processing unit 403 that is the lower layer, and is also based on the Bluetooth base. When information (response) addressed to the WWW browser application 401 is received from the band processing unit 403, the information is sent to the WWW browser application 401.

  When the Bluetooth control unit 402 receives a command from the WWW browser application 401 as described above, the command is sent to the Bluetooth baseband processing unit 403, and when a response is received from the Bluetooth baseband processing unit 403. An operation mode in which the response is sent to the WWW browser application 401 is referred to as (information processing terminal side) command through mode.

  Similarly to the printing apparatus 101 described above, the Bluetooth baseband processing unit 403 and the Bluetooth wireless I / F unit 404 constitute a wireless interface, and are received from the Bluetooth control unit 402, which is an upper layer of the Bluetooth baseband processing unit 403. The information is transmitted to the printing apparatus 101 as wireless information in accordance with a Bluetooth generic access profile and a serial port profile that is a subordinate concept thereof.

  As described above, the mobile terminal device 140 controls the operation with the printing apparatus 101 via the Bluetooth control unit 402, the Bluetooth baseband processing unit 403, and the Bluetooth wireless I / F unit 404. The OS 405 is an operating system for operating the information processing terminal 2, and executes MMI and application control services on the mobile terminal device 140.

  FIG. 5 is a flowchart showing an operation procedure of the Bluetooth control unit 303 when the printing system 101 is turned on. When the printing system 101 is turned on, in step S501, the Bluetooth control unit is initialized, the operation mode is set to the command through mode, and the connection from the portable terminal device 140 is waited.

  FIG. 6 is a flowchart showing an operation procedure of the Bluetooth control unit 402 in the mobile terminal device 140.

  When the mobile terminal device 140 searches for a connectable Bluetooth terminal, the Bluetooth control unit 402 first transmits a search command (Inquiry) in step S601. Next, it is determined whether or not the printing apparatus 101 has responded to the search command transmitted in step S602. If the printing apparatus 101 does not respond normally, the process proceeds to step S603, and the mobile terminal apparatus 140 indicates that there is no device that can be connected. The user is notified via the display unit, and the process ends. If it is determined in step S602 that the response has been made normally, the process proceeds to step S604, and a connection request is made to the Bluetooth baseband processing unit 403. In subsequent step S605, a response to the connection request is waited. When the failure of the connection request is notified from the Bluetooth baseband processing unit 404, the process proceeds to step S606 to indicate that the connection with the printing apparatus 101 has failed. The user is notified via the display unit, and the process ends.

  On the other hand, when the connection with the printing apparatus 101 is successful and the connection is completed, the process proceeds to step S607, and the operation mode is shifted to the command through mode. As a result, when receiving the command, the Bluetooth control unit 402 sends the command to the Bluetooth baseband processing unit 403, and conversely, if there is a response from the Bluetooth baseband processing unit 403, receives the Bluetooth control. It is possible to analyze the received event in the department.

  From this state, connection processing based on the PPP regulations is performed between the printing apparatus 101 and the mobile terminal device 140 by dial-up connection processing described in FIGS. 7, 7-2, 8-1, and 8-2 below. A wireless connection is established, and WEB content is provided thereon.

  FIG. 7 is a flowchart showing an operation procedure of dial-up connection (PPP connection) with the printing apparatus 101 by the dial-up function installed in the mobile terminal device 140.

  When the dial-up connection function is executed from the mobile terminal device 140, the Bluetooth control unit 403 transmits a dial-up connection request in S701. The dial-up connection request includes telephone number data necessary for dial-up as additional information. In S702, it is determined whether or not there is a response from the printing apparatus 101 to the connection request. If there is no response to the connection request, the process advances to step S703 to notify the user that the connection has failed via the display unit of the mobile terminal device 140, and the process ends. If there is a response to the connection request in step S702, in step S704, the Bluetooth control unit 403 transmits a dial-up authentication request. An ID and a password necessary for dial-up authentication are added to the dial-up authentication request as additional information. In step S705, it is determined whether there is a response from the printing apparatus 101 for connection authentication. If there is no response to the authentication request or if there is a response indicating that authentication is not possible, in S706, the user is notified of the authentication failure via the display unit of the mobile terminal device 140, and the process ends. If there is a response indicating that authentication is possible in response to the authentication request, in S707, the dial-up connection authentication process is notified to the user, and the process ends.

  If the dial-up authentication is successful, the TCP / IP connection control can be performed by the control process between the Bluetooth control units 303 and 402.

  Next, FIG. 8 is a sequence diagram showing a flow of processing when dial-up connection between the mobile terminal device 140 and the printing apparatus 101 is performed.

  When the dial-up connection function is executed from the mobile terminal device 140, the Bluetooth control unit 402 transmits a dial-up connection request via the Bluetooth baseband processing unit 403. The dial-up connection request includes telephone number data necessary for dial-up as additional information. Upon receiving the dial-up connection request, the Bluetooth baseband processing unit 304 of the printing apparatus transmits the dial-up connection request to the Bluetooth control unit 303. The dial-up connection request and TCP / IP module unit 114 does not actually perform a dial-up (calling) operation based on the telephone number data included as additional information, but conforms to the PPP connection rules. The process is executed in order to emulate line connection control. In this case, the “telephone number data” is not actually limited to the telephone number data. For example, the telephone number data may include a character string (numerical string) that can identify the printing apparatus. The Bluetooth control task checks whether the added data matches the information representing the printing system instead of performing a dial-up (telephone call) operation based on the added data. Data is transmitted to the Bluetooth baseband processing unit 304. The Bluetooth baseband processing unit 304 transmits a response result to the dial-up connection request from the mobile terminal device 140. Then, the Bluetooth baseband processing unit 403 of the mobile terminal device 140 that has received the response result transmits the response result to the Bluetooth control unit 402, and the Bluetooth control unit 402 analyzes the dial-up response result and determines whether or not the connection is successful. Determine whether.

  If the dial-up connection is successful, “dial-up authentication” is performed next.

  Also in this case, as in the case of dial-up connection, a dial-up authentication request including connection ID and password information necessary for dial-up authentication as additional information is first transmitted via the Bluetooth baseband processing unit 403. The Bluetooth control unit 303 obtains the connection ID and password from the response data received via the Bluetooth baseband processing unit 304, and again transmits to the Bluetooth control unit 402 via the Bluetooth baseband processing unit 304 as a dial-up authentication response. Send to. The Bluetooth control task analyzes the response data and determines success or failure of authentication.

  7 and FIG. 8, the connection process in accordance with the PPP connection rule is completed between the printing apparatus 101 and the portable terminal apparatus 140. Thereafter, the printing apparatus 101 and the portable terminal apparatus 140 are connected to the printing apparatus 101 by TCP / IP connection control. Communication is performed between the mobile terminal devices 140.

  Next, FIG. 9 shows that after the dial-up connection and authentication are performed and the dial-up connection is completed between the printing system 101 and the portable terminal device 140, the HTML content and the bitmap content provided by the printing system 101 are carried. It is a flowchart at the time of displaying on a display by GUI of the HTML browser software of the terminal device 140. FIG.

  In S801, first, an HTML browser is started on the mobile terminal device 140, and a URL representing the printing device 101 is designated in the URL input portion (for example, “http: //printer.domain/” or “http: / In step S802, the Bluetooth control unit 402 transmits an HTTP request format data request to the Bluetooth control unit 303 of the printing apparatus, and in step S803, it is determined whether there is a response to the HTML request. If there is no response to the HTML request, the process proceeds to S804 to notify that the HTML request has failed, and the process ends, and if an HTML request response is received in S803, the HTML data is received in S805, and S806 is received. WWW block on the mobile terminal device 140 Display is performed on the browser application 401, and the process is terminated.

  FIG. 10 shows the HTML content and bitmap content provided by the printing system 101 after the dial-up connection and authentication are performed and the dial-up connection between the printing system 101 and the mobile terminal device 140 is completed. It is a sequence diagram showing the flow of the process at the time of displaying on the HTML browser software. FIG. 11 shows an example of a UI screen configuration displayed on the HTML browser of the mobile terminal device 140.

  In the procedure of HTTP (HyperText Transfer Protocol), which is the most common communication protocol used when a web browser requests web page information from a web server, first, the web browser establishes a connection with the web server (HTTP connect). Subsequently, an HTTP request format data request is issued from the Web browser to the Web server.

  The user first activates an HTML browser on the mobile terminal device 140. Then, the domain name of the printing apparatus 101 is specified in the URL portion (for example, “http: //printer.domain/” or “http://192.168.0.215/”, etc.) The Bluetooth control unit 402 is the Bluetooth of the printing apparatus. The HTTP request format data request is transmitted to the control unit 303. Upon receiving the data request, the Bluetooth control unit 303 transmits the request to the WWW server 301. Then, the Web server 301 that has received the request requests the request contents. Upon receiving the HTML response, the Bluetooth control unit 402 transmits the HTML response to the WWW application 401, the WWW application analyzes the 401 HTML request, and transmits the data to the mobile terminal. The information is displayed on the WWW browser of the device 140. Finally, the communication is closed (HTTP close), and one HTTP session is ended.

  Here, the contents of the HTTP response format will be described below.

  The first line of the HTTP response format is defined as a status line (RFC 2616 “HTTP 1.1 version”). Here, the HTTP version, the status code, and the reason sentence are arranged separated by a blank character. In particular, the second item, the status code, is composed of three numbers and is used to classify the contents of the HTTP response format. For example, the HTTP 1.1 version defines the following status codes.

  This status code is roughly classified into five categories according to the number of the first character. That is, the one starting with 1 notifies the HTTP connection information, the one starting with 2 notifies the success of the HTTP connection, the one starting with 3 notifies the redirection of the HTTP connection, and the one starting with 4 is the client. Notify the server side error, and those starting with 5 notify the server side error.

100: Continue
101: Switching Protocols
200: OK
201: Created
202: Accepted
203: Non-Authoritative Information
204: No Content
205: Reset Content
206: Partial Content
300: Multiple Choices
01: Moved Permanently
302: Found
303: See Other
304: Not Modified
305: Use Proxy
307: Temporary Redirect
400: Bad Request
401: Unauthorized
402: Payment Required
403: Forbidden
404: Not Found
405: Method Not Allowed
406: Not Acceptable
407: Proxy Authentication Required
408: Request Time-out
409: Conflict
410: Gone
411: Length Required
412: Precondition Failed
413: Request Entity Too Large
414: Request-URI Too Large
415: Unsupported Media Type
416: Requested range not satisfiable
417: Expectation Failed
500: Internal Server Error
501: Not Implemented
502: Bad Gateway
503: Service Unavailable
504: Gateway Time-out
505: HTTP Version not supported

  Next, content will be described. The reason why the printing apparatus 101 includes the WWW server unit 113 is that the WWW server unit 113 is used to view and operate the status monitoring, initial value setting, and print job control of the printing apparatus 101 using the WWW browser of the host computer 100. As the internal structure, the database operates as a database that provides WEB content requested from the host computer 100.

FIG. 12 is a diagram illustrating an example of basic HTML (HyperText Markup Language) notation. This notation is simplified for the sake of explanation, and actually more complicated documents are described. In FIG.
<! DOCTYPE HTML PUBLIC ”-// IETF // DTD HTML2.0 // EN”>
This line is a document type declaration in an SGML (Standard Generalized Markup Language) document, and indicates that the document is HTML.

  An HTML document is described in an area surrounded by <HTML> to </ HTML>.

  The area between <HEAD> and </ HEAD> indicates the header area of the HTML document, and the string “WEB Console Interface” enclosed in <TITLE> </ TITLE> is the subject of the document. Represents.

  An area surrounded by <BODY> to </ BODY> indicates the inside of the HTML document, and two images and one link are captured therein.

  The first image is <IMG SRC = “/ mfp / device.png”>, and an overview of this image is shown in FIG. Since /mfp/device.png is not a URL (Uniform Resource Locator) notation, it can be seen that it is internal data of the printing apparatus 101. Furthermore, /mfp/device.png shows an overview of the printing apparatus 101, and it can be seen that this is “model-dependent WEB content” depending on the model of the printing apparatus 101. /Mfp/device.png If the printing device is different from the normal printing device, that is, if it is a printing device of a color model or a printing device with a different overview with a small number of paper cassettes, for example Displays a different image.

  The second image is <IMC SRC = “/ nic / error.png”>, which is similarly not a URL notation, so that it is understood that it is internal data of the printing apparatus 101. Furthermore, /nic/error.png shows an abstract image that prompts cassette feeding, and it is understood that this is “model-independent WEB content” that does not depend on the model.

  In this way, WEB content is roughly divided into WEB content that depends on the model and WEB content that does not depend on the model. Further, WEB content that depends on the model is distinguished by each control unit that manages the information. Is done.

  Normally, the network card unit 110 of the printing apparatus 101 stores WEB content that depends on the model in the model-dependent content unit 132 in the printing unit 130, and WEB content that does not depend on the model exists in the network card unit 110. The model-dependent WEB content and the model-independent WEB content are stored separately, such as being stored in the dependent content unit 117. Further, the WEB content stored in the model-dependent content unit 132 is the content according to the model. Are stored separately. For example, in the case of device.png in FIG. 13, an overview corresponding to the model is stored as an image.

  <A HREF="confirm.html"> Document1.xls </A> is a link notation, which represents a list of print jobs existing in the printing unit 130. By clicking Document1.xls, it is possible to move to the link of the HTML file “printjob.html”, and it is possible to display the detailed information of the corresponding print job.

  Next, a description will be given of how the above-mentioned model-dependent WEB contents, model-independent WEB contents, and model-independent WEB contents for each controller are separated and acquired. In the first embodiment, a path structure is used to distinguish these differences. In the first embodiment, in the case of WEB content starting with / dev /, the printing unit acquires the model-dependent WEB content from the model-dependent content unit 132, and in the case of WEB content starting with / nic /, The model-independent WEB content is acquired from the model-independent content unit 117.

  Next, FIG. 14 shows an example of WEB content provided by the printing apparatus 101 according to the present invention. According to the present invention, it is possible to transmit address data and a transmission processing command existing in the mobile terminal device 140 to the printing apparatus 101 and transmit a fax or an e-mail according to the address data and the transmission processing command.

  In FIG. 14, the user of the mobile terminal device 140 selects address data as a transmission destination, selects a command to be transmitted, and presses an OK button.

  FIG. 15 is a sequence diagram showing data processing when the OK button is pressed. When address data and a transmission processing command are designated by the user, the address data and command are transmitted according to the POST function of HTTP. Upon receiving the address data and command, the printing apparatus 101 analyzes the data transmitted by the address and command analysis / processing unit 138, and performs transmission processing by the transmission execution unit 139 based on the address information and the transmission command extracted from the data. Execute.

  As described above, according to the first embodiment of the present invention, the dial-up connection function implemented in the mobile terminal device 140 is used for the mobile terminal device that can be connected to the printing device. By establishing a connection with the printing system 101, specifying address data as a transmission destination from address book data stored in the mobile terminal device 140, and simultaneously specifying a transmission processing command and transmitting it to the printing device 101. Based on the address data and the transmission process command, the printing apparatus 101 can execute the transmission process. As a result, the following effects can be obtained.

  (1) Since the printing apparatus 101 has a connection function based on the dial-up connection rule with the portable terminal device 140, the printing apparatus 101 and the portable terminal device 140 can be portable without having an additional special additional function. Connection with the terminal device 140 becomes possible.

  (2) By transmitting the address data and the transmission processing command stored in the mobile terminal device 140 to the printing device 101, the operation that has been manually input and executed on the main body operation panel until now is performed. It becomes possible to execute using the device, and the personal address information in the portable terminal device can be used effectively.

  In the first embodiment, when the address data and the transmission processing command are transmitted to the printing apparatus, it is realized by using the POST function by HTTP. In the second embodiment, Bluetooth is used. Realization using a file transfer means compliant with the standard is also possible. In this case, a UI that does not depend on the HTML format can be created as the user interface.

  As described above, according to the second embodiment of the present invention, it is possible to transfer address data and commands by a file transfer unit compliant with the Bluetooth standard.

  As described so far, in the present invention, the first embodiment, the second embodiment, the realization by the POST function by HTTP as the transmission means of the address data and the transmission processing command, and the file transfer means compliant with the Bluetooth standard Although the embodiment has been described by the implementation according to the above, the method of transferring the address book data is not limited to this.

1 is a system configuration diagram showing a form of a printing system according to a first embodiment of the present invention. 1 is a block diagram illustrating a configuration example of a printing system according to a first embodiment of the present invention. It is a software hierarchy figure of the network card which concerns on 1st Embodiment. It is a software hierarchy figure of the network card which concerns on 1st Embodiment. 4 is a flowchart illustrating an operation procedure of a Bluetooth control unit when power is turned on in the printing system according to the first embodiment. It is a flowchart which shows the operation | movement procedure of the Bluetooth control part in the portable terminal device which concerns on 1st Embodiment. It is a flowchart which shows the operation | movement procedure which connects the printing apparatus which concerns on 1st Embodiment, and a portable terminal device by dial-up connection. It is a sequence diagram showing the flow of a process at the time of performing dial-up connection with the printing apparatus and portable terminal device which concern on 1st Embodiment. It is the flowchart showing the procedure in which the network card part which concerns on 1st Embodiment provides a WEB content with respect to a portable terminal device. It is a sequence diagram showing the flow of the process in which the network card part which concerns on 1st Embodiment provides a WEB content with respect to a portable terminal device. It is a UI sample screen for portable terminal devices provided by the printing unit according to the first embodiment. It is explanatory drawing which shows an example of the description of HTML which concerns on 1st Embodiment. It is explanatory drawing which shows the bitmap image showing the general appearance of the model which is an example of the WE content depending on the model which concerns on 1st Embodiment. It is a UI sample when address data is designated from the portable terminal device according to the first embodiment and a transmission processing method is designated and transferred to the printing apparatus. 6 is a sequence diagram when transmitting address data and a transmission processing command according to the first embodiment to the printing apparatus 101. FIG.

Explanation of symbols

100 Host computer (external device)
101 Printing Device 102 Communication Medium 110 Network Card Unit (Network Module)
DESCRIPTION OF SYMBOLS 130 Print part 111 Network I / F part 112 Network I / F control part 113 Lpd server part 114 TCP / IP module part 115 WWW server part (service provision means, content acquisition means)
116 Printing Device I / F Unit 117 Model Independent Content Unit (Database)
118 Bluetooth wireless I / F unit 119 Bluetooth baseband processing unit 120 Bluetooth control unit 131 reception buffer 132 model-dependent content unit (content holding unit)
133 PDL translator 134 Intermediate buffer 135 Rendering unit 136 Printer engine 137 Network card I / F unit 138 Address data and command analysis / processing unit 139 Transmission execution unit

Claims (8)

A printing system in which a printing apparatus having a plurality of control units and a network module cooperate to provide a printing service to an external apparatus on the network,
The network module is configured to wirelessly connect one-to-one with an external information processing apparatus, and to reference and set the device information of the printing apparatus with respect to the external information processing apparatus connected based on the wireless connection means. Service providing means for providing services to be performed,
Further, based on the wireless connection means, an address transmission / reception means for transmitting / receiving address data, a command transmission / reception means for transmitting / receiving a command for operating instructions such as fax transmission, and the address data and command can be interpreted. Interpreting means and transmitting means for transmitting fax etc. to address data. When address book data and command are received, transmission processing is performed for address book data designated according to command instructions. Capable printing system.   The transmission means includes a fax transmission / e-mail transmission / file transfer function.   The printing system according to claim 1, wherein the wireless connection unit is a unit that communicates in accordance with a Bluetooth standard.   The wireless connection unit according to claim 1, wherein the wireless connection unit includes a unit configured to process a connection request based on PPP (Point to Point Protocol) specifications, and between the printing system and the external information processing apparatus. A printing system characterized by establishing a one-to-one connection and establishing a connection based on the TCP / IP protocol.   2. The address transmission unit according to claim 1, wherein the service providing unit provides an HTTP (HyperText Transfer Protocol) service for referring to and setting device information of the printing apparatus, and transmitting and receiving address data based on HTTP file transfer. A command transmission / reception means for performing command transmission / reception such as fax transmission, an interpretation means for interpreting the address data and command, and a transmission means for transmitting a fax to the address data. A printing system capable of performing transmission processing on address book data designated in accordance with a command instruction when address book data and a command are received.   The transmission means includes a fax transmission / e-mail transmission / file transfer function.   2. The command transmission / reception according to claim 1, wherein the wireless connection unit includes a file transfer unit, and based on the file transfer unit, an address transmission unit that transmits / receives address data and a command transmission / reception that performs an operation instruction such as a fax transmission. Means, interpreting means capable of interpreting the address data and commands, and transmitting means for transmitting faxes to the address data, and specifying the address book data and commands according to the command instructions Printing system that can perform transmission processing on address book data.   The transmission means includes a fax transmission / e-mail transmission / file transfer function.

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