TH24720A - Telephone systems, terrestrial cellular radio and communication network satellites - Google Patents

Abstract

Mechanisms for satellite networks (Fig. 1 101-103 and 301-303) and terrestrial networks (310-317, 340-342 and 350-360) have been provided. The transmission member's rated power levels for terrestrial networks (317 340-342 and 360) are roughly the number one estimate of the transmissive magnitude for common-channel satellites (320, 343, and 365). ) To overcome interference And maintaining transmission for subscribers to the earth's surface networks (340, 341, and 360) at power levels approximately number one of the lower sizes of transmission for a common communication channel to a satellite network ( 320 343 and 365) To avoid interference that the satellites (101-103 and 301-303) provide to maintain these power levels by the network to communicate with Those members (330-330) In addition Satellites that do not follow orbit The network (Fig. 1 101-103 and 301-303) and the terrestrial network (330-333) and the surface network (Fig. 1 101-103 and 301-303) will co-constitute the switching center of the satellite network (330-333). Earth (310-317 340-342 and 350-360) to transmit news between members on the Earth's surface (330-333) and the satellite-based radio telephone network (Fig. 101-103 and 301-303) on the upper network. Earth (310-317 340-342 and 350-360), terrestrial networks (301-317 340-342 and 350-360) and satellite network circuits (Fig. 1 101-103 and 301-303) may communicate. The spectrum for the reciprocal satellites (305,306) or the spectra for either terrestrial-together-satellites (320 365).

Claims (7)

1. Methodology of communication networks, satellite networks and terrestrial auxiliary circuits. It consists of the steps of: communicating information with members on a global network circuit; Communication part of information between communication equipment of the terrestrial network and satellites in the first orbit of the satellite network on the first communication trajectory; And transmission of information In such a way that The second part of information is communicated between the communication equipment and the satellites in the second cattle circle of the satellite network on the second trajectory. 2. Methodology of communication networks, satellite networks and terrestrial networks, consisting of the steps of: communicating information with members on earth networks; Communication part of information between the communication equipment of the terrestrial network and the first satellite of the telephone switching network; the satellite-based cellular radio in orbit on the first communication trajectory; Information transfer In such a way that The second part of information is communication between a communication device and the second satellite of the cellular radio switching network that uses a satellite in orbit on a second communication trajectory; 3. Methodology of communication networks, satellite networks and terrestrial networks, which consists of the steps of: control of transmission of terrestrial networks within a frequency band compared to transmission of satellite networks within such frequency bands, for example: The same to overcome interference And control of the transmission of members to the terrestrial networks compared to the transmission of the terrestrial networks with the satellite networks. To avoid the occurrence of interference on the satellites of the satellite network; And the transfer of information between members on the earth and the artificial network through the earth network 4. The methodology holds the right in Clause 3, in which the process of the broadcast will consist of The process of transmitting information via a satellite that does not rotate in orbit. Which is used as a functional component of this satellite network 5. The methodology holds the right to Clause 3, in which the transmission process consists of the process of transmitting information via a non-rotating satellite, which is used as a switching node of the entire network. Satellites and networks on the earth 6. The methodology holds the right to claim 5, in which the communication link between the non-rotating satellite in orbit and the first satellite of the satellite network will be forwarded to the second. In the satellite network 7. Complete machines for communication networks, satellite networks and terrestrial networks. Which includes: one device for communicating information with members on a global network; The second device coupled with the first for communicating part of the information between the communication equipment of the terrestrial network and the first satellite of the network. Satellite-based cellular radio telephone switching on the first communication trajectory And for forwarding information In such a way that The second part of information is communication between communication devices. And the second satellite of the cellular radio switching network using a satellite in orbit on the second trajectory.