초록 ▼

A mobile telephone user places a call through the communication system to a position call system when they want their geographic position. The call could be initiated in several ways, such as dialing a number, pressing a programmed key, or selecting from a menu. In response to the call, the position

A mobile telephone user places a call through the communication system to a position call system when they want their geographic position. The call could be initiated in several ways, such as dialing a number, pressing a programmed key, or selecting from a menu. In response to the call, the position call system obtains the geographic position of the mobile telephone from the communication system. The position call system transfers the geographic position to the mobile telephone over the call. The mobile telephone provides the geographic position to the user. The position call system also transfers billing information to the billing system over communication link.

대표청구항 ▼

A mobile telephone user places a call through the communication system to a position call system when they want their geographic position. The call could be initiated in several ways, such as dialing a number, pressing a programmed key, or selecting from a menu. In response to the call, the position

A mobile telephone user places a call through the communication system to a position call system when they want their geographic position. The call could be initiated in several ways, such as dialing a number, pressing a programmed key, or selecting from a menu. In response to the call, the position call system obtains the geographic position of the mobile telephone from the communication system. The position call system transfers the geographic position to the mobile telephone over the call. The mobile telephone provides the geographic position to the user. The position call system also transfers billing information to the billing system over communication link. a tab section and an angled slot portion. 6. A skive assembly according to claim 5, where the tab section and the angled slot portion are integrally formed from one piece comprising the base section and at least one rib section. 7. A skive assembly according to claim 5, where the tab section is disposed to guide an edge of a sheet out of the at least one slot. 8. A skive assembly according to claim 5, further comprising a base section connected to the support member and to the plurality of ribs, where the tab section is connected to one of the base section and at least one of the rib sections, where the tab section extends into the slot. 9. A skive assembly according to claim 8, where the tab section forms an angle α with the base section. 10. A skive assembly according to claim 5, where the plurality of rib sections comprises a first rib section and a second rib section, the first rib section having a first slot edge, the second rib section having a second slot edge, the first and second slot edges forming the angled slot portion. 11. A skive assembly according to claim 10, where at least one of the first slot edge and the second slot edge has a straight segment and an angled segment. 12. A skive assembly according to claim 10, where the plurality of rib sections comprises a first rib section and a second rib section, the first rib section having a first slot edge, the second rib section having a second slot edge, where the first slot edge has a first straight segment at an angle β to a first angled segment, where the second slot edge has a straight segment at an angle β' to a second angled segment, and where the first and second angled segments form the angled slot portion. 13. A skive assembly according to claim 12, where at least one of angle β and angle β' is greater than about two degrees. 14. A skive assembly according to claim 12, where at least one of angle β and angle β' is in the range of about five degrees through about 20 degrees. 15. A skive assembly according to claim 12, where at least one of angle β and angle β' is about 13 degrees. 16. A skive assembly for a fuser station in an image-forming machine, comprising: a support member; and a plurality of rib sections connected to the support member, the plurality of rib sections forming at least one slot, where the at least one slot is configured to provide an airflow pattern to reduce condensation on the skive assembly, further comprising an insert prevention device disposed in the at least one slot, where the insert prevention device is a tab section, further comprising a base section connected to the support member and to the plurality of ribs, where the tab section is connected to one of the base section and at least one of the rib sections, where the tab section extends into the slot, where the tab section forms an angle α with one of the rib sections. 17. A skive assembly according to claim 16, where the angle α is greater than about five degrees. 18. A skive assembly according to claim 16, where the angle α is in the range of about 15 degrees through about 45 degrees. 19. A skive assembly according to claim 16 where the angle α is about 30 degrees. 20. A vented fuser station for an imaging-forming machine, comprising: a pressure roller; a fuser roller disposed to form a nip region with the pressure roller; and a skive assembly operatively disposed to engage a sheet advancing out of the nip region in a sheet direction, where the skive assembly has at least one finger portion with a plurality of rib sections forming at least one slot, where the plurality of rib sections projects from the skive assembly toward the nip region, and where the at least one slot is configured to provide an airflow pattern that reduces condensation on the skive assembly, where the at least one finger portion further comprises an insert prevention device disposed in the at least one slot. 21. A vented fuser station for an image-forming machine,