Mobile router device
First Claim
1. A stack of wireless network routers comprising:
- a master router comprising a first CPU for performing program steps, a first memory module in communication with the first CPU, a first and a second wire network interface device each in communication with the first CPU and each configured as a host network access point (AP) for communicating with locally reachable client devices using a wire local area network (LAN) communication protocol, and a wireless network interface device in communication with the first CPU and configured as a host network access point (AP) for communicating with locally reachable client devices using a wireless local area network (LAN), a cellular network interface device in communication with the first CPU wherein the cellular network interface device in communication with the first CPU is configured to connect to a host cellular network reachable thereby using a radio frequency band and cellular network communication protocol matched to the host cellular network and to become a client of the host cellular network and exchange network communication signals between the first CPU and the host cellular network;
one or more slave routers each comprising a second CPU for performing program steps, a second memory module in communication with the second CPU, a first and a second wire network interface device each in communication with the second CPU and each configured as a host network access point (AP) for communicating with locally reachable client devices using a wire local area network (LAN) communication protocol, and a cellular network interface device in communication with the second CPU wherein the cellular network interface device in communication with the second CPU is configured to connect to the host cellular network reachable thereby using a radio frequency band and cellular network communication protocol matched to the host cellular network and to become a client of the host cellular network and exchange network communication signals between the second CPU and the host cellular network;
a first wire jumper connected between the first wire network interface device of the master router and the second wire network interface device of one of the one or more slave routers for exchanging network communication signals between the second CPU and the first CPU over a wire LAN using a wire LAN communication protocol; and
,one or more second wire jumpers connected between the first wire network interface device of each of the one or more slave routers and the second wire network interface device of another of the one or more slave routers for exchanging network communication signals between interconnected second CPU is over a wire LAN using a wire LAN communication protocol.
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Accused Products
Abstract
A wireless mobile router (300) includes a CPU (222) and one or more network interfaces for hosting locally reachable devices. The router (300) includes one or more cellular network interface devices (316) configured to make a network connection with a cellular network. The router (300) operates to translate data packets received from locally reachable devices and to direct the translated data packets to public IP address over the cellular network. In addition, a stack of mobile routers (400) includes two or more mobile routers (300) interfaced together to make two or more network connections with a cellular network for increasing bandwidth and for load balancing network traffic passing from the router (300) to the cellular network. The wireless mobile router (300) and the stack (400) are suitable for use in a moving vehicle.
57 Citations
8 Claims
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1. A stack of wireless network routers comprising:
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a master router comprising a first CPU for performing program steps, a first memory module in communication with the first CPU, a first and a second wire network interface device each in communication with the first CPU and each configured as a host network access point (AP) for communicating with locally reachable client devices using a wire local area network (LAN) communication protocol, and a wireless network interface device in communication with the first CPU and configured as a host network access point (AP) for communicating with locally reachable client devices using a wireless local area network (LAN), a cellular network interface device in communication with the first CPU wherein the cellular network interface device in communication with the first CPU is configured to connect to a host cellular network reachable thereby using a radio frequency band and cellular network communication protocol matched to the host cellular network and to become a client of the host cellular network and exchange network communication signals between the first CPU and the host cellular network; one or more slave routers each comprising a second CPU for performing program steps, a second memory module in communication with the second CPU, a first and a second wire network interface device each in communication with the second CPU and each configured as a host network access point (AP) for communicating with locally reachable client devices using a wire local area network (LAN) communication protocol, and a cellular network interface device in communication with the second CPU wherein the cellular network interface device in communication with the second CPU is configured to connect to the host cellular network reachable thereby using a radio frequency band and cellular network communication protocol matched to the host cellular network and to become a client of the host cellular network and exchange network communication signals between the second CPU and the host cellular network; a first wire jumper connected between the first wire network interface device of the master router and the second wire network interface device of one of the one or more slave routers for exchanging network communication signals between the second CPU and the first CPU over a wire LAN using a wire LAN communication protocol; and
,one or more second wire jumpers connected between the first wire network interface device of each of the one or more slave routers and the second wire network interface device of another of the one or more slave routers for exchanging network communication signals between interconnected second CPU is over a wire LAN using a wire LAN communication protocol. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8)
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Specification