초록 ▼

A satellite receiver is switchable between an operating mode wherein the receiver is capable of generating an output signal using received signals from one or a plurality of satellites, aid another operating mode wherein the receiver generates an output signal using signals received from only one sa

A satellite receiver is switchable between an operating mode wherein the receiver is capable of generating an output signal using received signals from one or a plurality of satellites, aid another operating mode wherein the receiver generates an output signal using signals received from only one satellite. The former operating mode is useful when the receiver is operating in a mobile environment. The latter operating mode is useful when the receiver is operating in a fixed environment. The receiver is configured to detect the mode in which it is operating. The receiver comprises at least two recevier arms for processing a broadcast signal from a selected one of two satellites. The receiver disables one of the arms when the receiver is stationary.

대표청구항 ▼

A satellite receiver is switchable between an operating mode wherein the receiver is capable of generating an output signal using received signals from one or a plurality of satellites, aid another operating mode wherein the receiver generates an output signal using signals received from only one sa

A satellite receiver is switchable between an operating mode wherein the receiver is capable of generating an output signal using received signals from one or a plurality of satellites, aid another operating mode wherein the receiver generates an output signal using signals received from only one satellite. The former operating mode is useful when the receiver is operating in a mobile environment. The latter operating mode is useful when the receiver is operating in a fixed environment. The receiver is configured to detect the mode in which it is operating. The receiver comprises at least two recevier arms for processing a broadcast signal from a selected one of two satellites. The receiver disables one of the arms when the receiver is stationary. URI, URL, URN) identifying the local resource (SC, 4) is entered into the application (101, BROWSER) by the user, to retrieve information from said local resource (SC, 4), which application (101, BROWSER) is provided in the mobile station (MS, MS1, MS2) advantageously to present information for the user by means of a user interface (UI) of the mobile station (MS, MS1, MS2), and which application (101, BROWSER) is connected to the protocol means (100-106) to transmit said address information (URI, URL, URN). 6. The method according to claim 1, characterized in that the request (REQUEST) is transmitted advantageously to receive an indication (INDICATION) from the local resource (SC, 4), which indication (INDICATION) is directed at least partly with the help of said protocol means (100-106) to the mobile station (MS, MS1, MS2) or server (3, SERVER) which made the request (REQUEST). 7. The method according to claim 1, characterized in that a WAP application protocol is applied to establish the protocol means (100-106). 8. The method according to claim 7, characterized in that a connection is established at least from a WSP layer (102), a WTP layer (103), a WTLS layer (104), or a WDP layer (105) to an interface (4, SC INTERFACE) of said local resource (SC, 4), which interface (4, SC INTERFACE) is connected to said local resource (SC, 4), and which WSP layer (105), WTP layer (103), WTLS layer (104), or WDP layer (105) forms at least a part of the protocol means (100-106) of the WAP application protocol. 9. The method according to claim 1, characterized in that a URI address, a URL address, or a URN name is used as address information. 10. The method according to claim 1, characterized in that a smart card, such as a SIM card, connected to the mobile station (MS, MS1, MS2) is used as a local resource (SC, 4). 11. A communication system, which system (N, PLMN, PSTN, PDN) is arranged for transmitting information requests (REQUEST) between a first mobile station (MS, MS1, MS2), a second mobile station (MS, MS1, MS2) and a server (3, SERVER) connected to the communication system (N, PLMN, PSTN, PDN), wherein these comprise protocol means (100-106) for generating a request (REQUEST) and directing it to the communication system (N, PLMN, PSTN, PDN), which request (REQUEST) contains at least address information (URI, URL, URN) for identifying the destination of the request (REQUEST), and wherein at least the first mobile station (MS, MS1, MS2) comprises a first local resource (SC, 4) connected thereto, characterized in that: said first local resource (SC, 4) is arranged to be identified by means of the address information (URI, URL, URN) of the request (REQUEST), that the request (REQUEST) addressed to said first local resource (SC, 4) is arranged to be generated and directed to said first local resource (SC, 4) at least partly with the help of said protocol means (100-106), and that the communication system (N, PLMN, PSTN, PDN) is arranged to transmit the request (REQUEST) addressed to said first local resource (SC, 4) by the second mobile station (MS, MS1, MS2) and/or the server (3, SERVER). 12. A wireless communication device comprising protocol means (100-106) for generating a request (REQUEST) and directing it to a communication system (N, PLMN, PSTN, PDN), which request (REQUEST) contains at least address information (URI, URI, URN) to identify the destination of the request (REQUEST), and which wireless communication device (MS, MS1, MS2) advantageously comprises a local resource (SC, 4) connected thereto, characterized in that: the local resource (SC, 4) is arranged to be identified by means of the address information (URI, URL, URN) of the request (REQUEST), and that said protocol means (100-106) are arranged for directing the request (REQUEST), addressed to said local resource (SC, 4), to said local resource (SC, 4). 13. The wireless communication device according to claim 12, characterized in that said protocol means