What is claimed is:
1. A recording medium in which a program for making a computer execute processing is stored, the processing, comprising:
detecting a recipient’s domain name of an e-mail to be sent with data attached to the e-mail from a recipient’s address of the e-mail;
deciding a format of the data to be attached to the e-mail depending on the detected recipient’s domain name;
formatting the data into the decided format; and
transmitting the data formatted into the decided format to the recipient’s address as an attachment of the e-mail.
2. A recording medium in which a program for making a computer execute processing, the processing, comprising:
detecting a recipient’s domain name of an e-mail to be transmitted with data attached to the e-mail from a recipient’s address of the e-mail;
detecting a recipient’s server based on the detected recipient’s domain name;
detecting a response time of the detected recipient’s server;
deciding a format of the data to be attached to the e-mail depending on the detected response time;
formatting the data into the decided format; and
transmitting the data formatted into the decided format to the recipient’s address as an attachment of the e-mail.
3. A recording medium in which a program for making a computer execute processing, the processing, comprising:
receiving a transmission instruction of an e-mail to be transmitted with data attached to the e-mail:
detecting a recipient’s domain name of the e-mail from a recipient’s address of the e-mail based on the received transmission instruction;
detecting a recipient’s server based on the detected recipient’s domain name;
searching a route to the detected server;
discriminating whether a relay server having a prescribed property exists on the detected route;
deciding a format of the data to be attached to the e-mail depending on the discriminated result;
formatting the data into the decided format; and
transmitting the data formatted into the decided format to the recipient’s address as an attachment of the e-mail.
4. A recording medium in which a program for making a computer execute processing, the processing, comprising:
discriminating whether a receiving apparatus of a recipient of an e-mail to be transmitted with data as an attachment is an internet facsimile apparatus and a transmission of the e-mail is confidential;
deciding a format of the data to be attached to the e-mail depending on the discriminated result;
formatting the data into the decided format; and
transmitting the data formatted into the decided format to an address of the recipient as an attachment of the e-mail.
5. The recording medium as recited in claim 1, wherein, in cases where the data is transmitted simultaneously to a plurality of recipients, the program stored in the recording medium makes the computer decide the format of the data every recipient and format the data into respective decided formats.
6. The recording medium as recited in claim 2, wherein, in cases where the data is transmitted simultaneously to a plurality of recipients, the program stored in the recording medium makes the computer decide the format of the data every recipient and format the data into respective decided formats.
7. The recording medium as recited in claim 3, wherein, in cases where the data is transmitted simultaneously to a plurality of recipients, the program stored in the recording medium makes the computer decide the format of the data every recipient and format the data into respective decided formats.
8. The recording medium as recited in claim 4, wherein, in cases where the data is transmitted simultaneously to a plurality of recipients, the program stored in the recording medium makes the computer decide the format of the data every recipient and format the data into respective decided formats.
9. The recording medium as recited in claim 1, wherein the program stored in the recording medium makes the computer discriminate whether the recipient belongs to the same organization of a sender based on the detected recipient’s domain name and decide a format of the data to be attached to the e-mail based on the discriminated result.
10. The recording medium as recited in claim 9, wherein, in cases where it is discriminated that the recipient belongs to an organization different from an organization of the sender, the program stored in the recording medium makes the computer format the data into a format which is more difficult to edit the data than a format which is used to transmit the data to the same organization.
11. The recording medium as recited in claim 2, wherein the response time is detected by executing a connection status searching command against the detected server.
12. The recording medium as recited in claim 3, wherein the route to the server is searched by executing a route searching command against the server.
13. An e-mail transmission apparatus, comprising:
a domain name detecting unit to detect a recipient’s domain name of an e-mail to be transmitted with data attached to the e-mail from a recipient’s address of the e-mail;
a format deciding unit to decide a format of the data depending on the detected recipient’s domain name and to format the data into the decided format; and
a transmission processing unit to transmit the data formatted into the format decided by the format deciding unit to the recipient’s address as an attachment of the e-mail.
14. An e-mail transmission apparatus, comprising:
a domain name detecting unit to detect a recipient’s domain name of an e-mail to be transmitted together with data attached to the e-mail from a recipient’s address of the e-mail;
a server detecting unit to detect a recipient’s server based on the detected recipient’s domain name;
a response time detecting unit to detect a response time of the recipient’s server detected by the server detecting unit;
a format deciding unit to decide a format of the data to be attached to the e-mail depending on the detected response time and format the data into the decided format; and
a transmission processing unit to transmit the data formatted into the format decided by the format deciding unit to the recipient’s address as an attachment of the e-mail.
15. An e-mail transmission apparatus, comprising:
a domain name detecting unit to detect a recipient’s domain name of an e-mail to be transmitted together with data attached to the e-mail from a recipient’s address of the e-mail;
a server detecting unit to detect a recipient’s server based on the detected recipient’s domain name;
a route detecting unit to detect a route to the recipient’s server and discriminate whether a relay server having a prescribed property exists on the detected route;
a format deciding unit to decide a format of the data to be attached to the e-mail depending on the discriminated result and format the data into the decided format; and
a transmission processing unit to transmit the data formatted into the decided format decided by the format deciding unit to the recipient’s address as an attachment of the e-mail.
16. An e-mail transmission apparatus, comprising:
a discrimination unit to discriminate whether a receiving apparatus of a recipient of an e-mail to be transmitted together with data an attachment is an internet facsimile apparatus and a transmission of the e-mail is confidential;
a format deciding unit to decide a format of the data to be attached to the e-mail depending on the discriminated result and format the data into the decided format; and
a transmission unit to transmit the data formatted into the decided format decided by the format deciding unit to a recipient’s address as an attachment of the e-mail.
17. The e-mail transmission apparatus as recited in claim 13, wherein, in cases where the data is transmitted simultaneously to a plurality of recipients, the format of the data is decided every recipient and the data is formatted into respective decided formats.
18. The e-mail transmission apparatus as recited in claim 13, further comprising an original document reading apparatus to obtain image data by reading an original document, wherein the image data read by the original document reading apparatus is transmitted as attached data of the e-mail.
19. The e-mail transmission apparatus as recited in claim 14, wherein the response time is detected by executing a connection status searching command against the detected server.
20. The e-mail transmission apparatus as recited in claim 15, wherein the route to the server is searched by executing a route searching command against the server.
21. An e-mail transmitting method, comprising:
detecting a recipient’s domain name of an e-mail to be transmitted with data attached to the e-mail from a recipient’s address of the e-mail;
deciding a format of the data depending on the detected recipient’s domain name;
formatting the data into the decided format; and
transmitting the data formatted into the decided format to the recipient’s address as an attachment of the e-mail.
22. An e-mail transmitting method, comprising:
detecting a recipient’s domain name of an e-mail to be transmitted together with data attached to the e-mail from a recipient’s address of the e-mail;
detecting a recipient’s server based on the detected recipient’s domain name;
detecting a response time by executing a connection status searching command against the detected recipient’s server;
deciding a format of the data to be attached to the e-mail depending on the detected response time;
formatting the data into the decided format; and
transmitting the data formatted into the decided format to the recipient’s address as an attachment of the e-mail.
23. An e-mail transmitting method, comprising:
detecting a recipient’s domain name of an e-mail to be transmitted with data attached to the e-mail from a recipient’s address of the e-mail;
detecting a recipient’s server based on the detected recipient’s domain name;
searching a route to the recipient’s server by executing a route searching command against the detected recipient’s server;
discriminating whether a relay server having a prescribed property exists on the searched route;
deciding a format of the data to be attached to the e-mail depending on the discriminated result;
formatting the data into the decided format; and
transmitting the data formatted into the decided format to the recipient’s address as an attachment of the e-mail.
24. An e-mail transmitting method, comprising:
discriminating whether a receiving apparatus of a recipient of an e-mail to be transmitted with data as an attachment is an internet facsimile apparatus and a transmission of the e-mail is confidential;
deciding a format of the data to be attached to the e-mail depending on the discriminated result;
formatting the data into the decided format; and
transmitting the data formatted into the decided format to an address of the recipient as an attachment of the e-mail.
The claims below are in addition to those above.
All refrences to claim(s) which appear below refer to the numbering after this setence.
1. A magnetic bearing element, comprising:
A plurality of annular permanent magnets arranged concentrically with one another, each annular permanent magnet is divided in a circumferential direction thereof at least one location forming radially extending slits and segments, the radially extending slits defined by opposing faces of the segments, wherein the opposing faces of each segment are not in contact with the adjacent segment, and wherein the radially extending slit of one of the annular multiple permanent magnets is angularly offset from the radially extending slit of another one of the annular multiple permanent magnets in the circumferential direction, and an annular binding band surrounding and engaged with the outer one of the annular permanent magnets, and exerting a preloading force on said plurality of annular magnets.
2. The magnetic bearing element according to claim 1, wherein the permanent magnet is divided in a circumferential direction thereof at multiple locations to form multiple radially extending slits and a plurality of space apart segments and the plurality of spaced apart segments are not in contact with adjacent segments.
3. The magnetic bearing element according to claim 2, wherein the locations are distributed regularly around a periphery of the permanent magnet.
4. The magnetic bearing element according to claim 1, wherein the bearing element comprises multiple permanent magnets arranged concentrically with one another, all of which are divided at multiple locations and spaced apart there.
5. The magnetic bearing element according to claim 4, wherein the radially extending slit of one of the multiple permanent magnets is offset from the radially extending slot of another one of the multiple permanent magnets in the circumferential direction.
6. The magnetic bearing element according to claim 1, wherein the annular band is made from carbon-fiber material.
7. A magnetic bearing element comprising:
a hub;
an annular permanent magnet mounted on said hub and divided in a circumferential direction in at least one location to form segments and a radially extending slit defined by opposing faces of the divided segments of the magnet; and
an annular binding band surrounding and engaged with said annular magnet, said annular binding band exerting an inwardly directed radial force preloading said annular magnet, wherein the opposing faces of adjacent segments are not in contact with each other, wherein multiple annular permanent magnets are arranged concentrically with one another, all of which are divided at least one location and spaced apart there, and wherein the radially extending slit of one of the annular multiple magnets is angularly offset from the slit of another one of the annular magnets in the circumferential direction.
8. The magnetic bearing element according to claim 7, wherein the permanent magnet is divided in a circumferential direction thereof at multiple locations to form multiple radially extending slits and a plurality of space apart segments and the plurality of spaced apart segments are not in contact with adjacent segments.
9. The magnetic bearing element according to claim 8, wherein the locations are distributed regularly around a periphery of the permanent magnet.
10. The magnetic bearing element according to claim 8, wherein the bearing element comprises multiple permanent magnets arranged concentrically with one another, all of which are divided at least one location and spaced apart there.
11. The magnetic bearing element according to claim 10, wherein the radially extending slit of one of the multiple permanent magnets is offset from the radially extending slot of another one of the multiple permanent magnets in the circumferential direction.
12. The magnetic bearing element according to claim 8, wherein the annular band is made from carbon-fiber material.