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A network peripheral device connected to a network via a router obtains remote servicing instructions over the network. Initially, a first packet sent from a remote service organization is received by a network peripheral device via the network, the first packet including a request for servicing inf

A network peripheral device connected to a network via a router obtains remote servicing instructions over the network. Initially, a first packet sent from a remote service organization is received by a network peripheral device via the network, the first packet including a request for servicing information from the network peripheral device. Next a second packet is sent automatically upon receipt of the first packet from the network peripheral device to the remote service organization via the network, the second packet including the requested peripheral servicing information. Thereafter, a third packet sent from the remote service organization to the network peripheral device via the network is received by the network peripheral device, the third packet including an instruction to execute a peripheral servicing function. Finally, the peripheral servicing function is executed by the network peripheral device automatically in response to the third packet.

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What is claimed is: 1. A method for controlling a peripheral device from an external apparatus having a web browser over a network, the method comprising the steps of: transmitting, from the external apparatus to the peripheral device, a request for a web page usable by a user to instruct the perip

What is claimed is: 1. A method for controlling a peripheral device from an external apparatus having a web browser over a network, the method comprising the steps of: transmitting, from the external apparatus to the peripheral device, a request for a web page usable by a user to instruct the peripheral device to execute a function for maintenance or diagnosis of the peripheral device, wherein the function for maintenance or diagnosis is executable by the peripheral device; transmitting, from the peripheral device to the external apparatus, data causing the web browser to display the web page on which the user is able to select the function executable by the peripheral device for maintenance or diagnosis of the peripheral device; transmitting, from the external apparatus to the peripheral device, an instruction to execute the function for maintenance or diagnosis selected by the user on the web page; and in response to the instruction, causing the peripheral device to execute the function for maintenance or diagnosis at the peripheral devices, wherein the transmitted data comprises a plurality of files described by a predetermined language, and wherein the plurality of files includes a file which causes the web browser to display status of the peripheral device and includes a file which causes the web browser to display the web page on which the user is able to select the function for maintenance or diagnosis. 2. A method for controlling a peripheral device from an external apparatus having a web browser over a network, the method comprising the steps of: transmitting, from the external apparatus to the peripheral device, a request for a web page usable by a user to instruct the peripheral device to execute a reboot function executable by the peripheral device for rebooting the peripheral device; transmitting, from the peripheral device to the external apparatus, data causing the web browser to display the web page on which the user is able to select the reboot function executable by the peripheral device for rebooting the peripheral device; transmitting, from the external apparatus to the peripheral device, an instruction to execute the reboot function selected by the user on the web page; and in response to the instruction, causing the peripheral device to execute the reboot function to reboot the peripheral device, wherein the transmitted data comprises a plurality of files described by a predetermined language, and wherein the plurality of files includes a file which causes the web browser to display status of the peripheral device and includes a file which causes the web browser to display the web page on which the user is able to select the reboot function. 3. A peripheral device that is adapted to execute at least one function for maintenance or diagnosis of the peripheral device, the peripheral device communicating with an external apparatus having a web browser, the peripheral device comprising: a first receiver that receives, from the external apparatus, a request for a web page usable by a user to instruct the peripheral device to execute the function for maintenance or diagnosis, wherein the function for maintenance or diagnosis is executable by the peripheral device; a server that sends, to the external apparatus, data causing the web browser to display the web page on which the user is able to select the function executable by the peripheral device for maintenance or diagnosis of the peripheral device; a second receiver that receives, from the external apparatus, an instruction to execute the function for maintenance or diagnosis selected by the user on the web page; and a controller that executes the function for maintenance or diagnosis in response to the instruction, wherein the transmitted data comprises a plurality of files described by a predetermined language, and wherein the plurality of files includes a file which causes the web browser to display status of the peripheral device and includes a file which causes the web browser to display the web page on which the user is able to select the function for maintenance or diagnosis. 4. A peripheral device communicating with an external apparatus having a web browser, the peripheral device comprising: a first receiver that receives, from the external apparatus, a request for a web page usable by a user to instruct the peripheral device to execute a reboot function executable by the peripheral device for rebooting the peripheral device; a server that sends, to the external apparatus, data causing the web browser to display the web page on which the user is able to select the reboot function executable by the peripheral device for rebooting the peripheral device; a second receiver that receives, from the external apparatus, an instruction to execute the reboot function selected by the user on the web page; and a controller that executes the reboot function to reboot the peripheral device in response to the instruction, wherein the transmitted data comprises a plurality of files described by a predetermined language, and wherein the plurality of files includes a file which causes the web browser to display status of the peripheral device and includes a file which causes the web browser to display the web page on which the user is able to select the reboot function. 5. An apparatus for communicating with a peripheral device and an external apparatus, the peripheral device executing at least one function for maintenance or diagnosis of the peripheral device, the external apparatus having a web browser, the apparatus comprising: a first receiver that receives, from the external apparatus, a request for a web page usable by a user to instruct the peripheral device to execute the function for maintenance or diagnosis, wherein the function for maintenance or diagnosis is executable by the peripheral device; a server that sends, to the external apparatus, data causing the web browser to display the web page on which a user is able to select the function executable by the peripheral device for maintenance or diagnosis of the peripheral device; a second receiver that receives, from the external apparatus, an instruction to execute the function for maintenance or diagnosis selected by the user on the web page; and an instructor that instructs the peripheral device to execute the function for maintenance or diagnosis in response to the instruction, wherein the transmitted data comprises a plurality of files described by a predetermined language, and wherein the plurality of files includes a file which causes the web browser to display status of the peripheral device and includes a file which causes the web browser to display the web page on which the user is able to select the function for maintenance or diagnosis. 6. An apparatus for communicating with a peripheral device and an external apparatus having a web browser, the apparatus comprising: a first receiver that receives, from the external apparatus, a request for a web page usable by a user to instruct the peripheral device to execute a reboot function executable by the peripheral device for rebooting the peripheral device; a server that sends, to the external apparatus, data causing the web browser to display the web page on which the user is able to select the reboot function executable by the peripheral device for rebooting the peripheral device; a second receiver that receives, from the external apparatus, an instruction to execute the reboot function selected by the user an the web page; and an instructor that instructs the peripheral device to execute the reboot function to reboot the peripheral device, wherein the transmitted data comprises a plurality of files described by a predetermined language, and wherein the plurality of files includes a file which causes the web browser to display status of the peripheral device and includes a file which causes the web browser to display the web page on which the user is able to select the reboot function. 7. An apparatus according to claim 5, wherein the apparatus comprises a network interface card. 8. A peripheral device communicating with an external apparatus having a web browser, the peripheral device comprising: a first receiver that receives from the external apparatus, a request for a web page usable by a user to instruct the peripheral device to execute an upgrade function executable by the peripheral device for upgrading firmware of the peripheral device; a server that sends, to the external apparatus, data causing the web browser to display the web page on which the user is able to select the upgrade function executable by the peripheral device for upgrading the firmware of the peripheral device; a second receiver that receives, from the external apparatus, an instruction to execute the upgrade function selected by the user on the web page; and a controller that executes the upgrade function to upgrade the firmware of the peripheral device in response to the instruction, wherein the transmitted data comprises a plurality of files described by a predetermined language, and wherein the plurality of files includes a file which causes the web browser to display status of the peripheral device and includes a file which causes the web browser to display the web page on which the user is able to select the upgrade function. 9. An apparatus for communicating with a peripheral device and an external apparatus having a web browser, the apparatus comprising: a first receiver that receives, from the external apparatus, a request for a web page usable by a user to instruct the peripheral device to execute an upgrade function executable by the peripheral device for upgrading firmware of the peripheral device; a server that sends, to the external apparatus, data causing the web browser to display the web page on which the user is able to select the upgrade function executable by the peripheral device for upgrading the firmware of the peripheral device; a second receiver that receives, from the external apparatus, an instruction to execute the upgrade function selected by the user on the web page; and an instructor that instructs the peripheral device to execute the upgrade function to upgrade the firmware of the peripheral device, wherein the transmitted data comprises a plurality of files described by a predetermined language, and wherein the plurality of files includes a file which causes the web browser to display status of the peripheral device and includes a file which causes the web browser to display the web page on which the user is able to select the upgrade function. 10. A method for controlling a peripheral device from an external apparatus having a web browser over a network, the method comprising the steps of: transmitting, from the external apparatus to the peripheral device, a request for a web page usable by a user to instruct the peripheral device to execute an upgrade function executable by the peripheral device for upgrading firmware of the peripheral device; transmitting, from the peripheral device to the external apparatus, data causing the web browser to display the web page on which the user is able to select the upgrade function executable by the peripheral device for upgrading the firmware of the peripheral device; transmitting, from the external apparatus to the peripheral device, an instruction to execute the upgrade function selected by the user on the web page; and in response to the instruction, causing the peripheral device to execute the upgrade function so as to upgrade the firmware of the peripheral device, wherein the transmitted data comprises a plurality of files described by a predetermined language, and wherein the plurality of files includes a file which causes the web browser to display status of the peripheral device and includes a file which causes the web browser to display the web page on which the user is able to select the upgrade function. 11. A method according to claim 1, wherein the peripheral device comprises a copier, and wherein the function for maintenance or diagnosis includes at least one function selected from the group including functions for maintenance or diagnosis of an optical system, a mechanical system, and an electrical system. 12. A peripheral device according to claim 3, wherein the peripheral device comprises a copier, and wherein the function for maintenance or diagnosis includes at least one function selected from the group including functions for maintenance or diagnosis of an optical system, a mechanical system, and an electrical system. 13. A method according to claim 2, wherein the peripheral device comprises a copier. 14. A peripheral device according to claim 4, wherein the peripheral device comprises a copier. 15. An apparatus according to claim 6, wherein the apparatus comprises a network interface card. 16. A peripheral device according to claim 8, wherein the peripheral device comprises a digital copier having a network interface card, and wherein said network interface card comprises said server and said first and second receiver. 17. An apparatus according to claim 9, wherein the apparatus comprises a network interface card. 18. A method according to claim 10, wherein the peripheral device comprises a copier having a network interface card which performs said steps of transmitting data Thorn the peripheral device to the external apparatus.