Network with subnets being connectable via bridge terminals
First Claim
1. Method of connecting a first subnet and a second subnet of a communication network by means of a bridge terminal, wherein the first subnet operates on a first frequency channel and the second subnet operates on a second frequency channel, the method comprising the steps of:
- switching an operation of the bridge terminal between an operation in the first subnet on the first frequency channel and an operation in the second subnet on the second frequency channel;
wherein the bridge terminal is unavailable for the first subnet when it is operated in the second subnet;
wherein the bridge terminal is unavailable for the second subnet when it is operated in the first subnet;
signalling the unavailability of the bridge terminal by means of a power saving signal of the communication network.
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Accused Products
Abstract
The present invention relates to the connection of subnets which operate on different frequency channels and are connected by wireless forwarder stations. According to the present invention, a forwarding station periodically switches to the other frequency channel to remain there for a pre-defined presence duration, whereby jitters of the presence time caused by overlapping packet transmissions are compensated. According to the present invention, a presence and absence time of the forwarder station in the respective subnet is indicated by using signals relating to a power saving mechanism.
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Citations
11 Claims
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1. Method of connecting a first subnet and a second subnet of a communication network by means of a bridge terminal, wherein the first subnet operates on a first frequency channel and the second subnet operates on a second frequency channel, the method comprising the steps of:
- switching an operation of the bridge terminal between an operation in the first subnet on the first frequency channel and an operation in the second subnet on the second frequency channel;
wherein the bridge terminal is unavailable for the first subnet when it is operated in the second subnet;
wherein the bridge terminal is unavailable for the second subnet when it is operated in the first subnet;
signalling the unavailability of the bridge terminal by means of a power saving signal of the communication network. - View Dependent Claims (2, 3, 4)
- switching an operation of the bridge terminal between an operation in the first subnet on the first frequency channel and an operation in the second subnet on the second frequency channel;
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5. Bridge terminal for connecting a first subnet and a second subnet of a communication network, wherein the first subnet operates on a first frequency channel and the second subnet operates on a second frequency channel, wherein an operation of the bridge terminal is switches between an operation in the first subnet on the first frequency channel and an operation in the second subnet on the second frequency channel;
- wherein the bridge terminal is unavailable for the first subnet when it is operated in the second subnet;
wherein the bridge terminal is unavailable for the second subnet when it is operated in the first subnet;
wherein the unavailability of the bridge terminal is signalled by means of a power saving signal of the communication network. - View Dependent Claims (6, 7, 8)
- wherein the bridge terminal is unavailable for the first subnet when it is operated in the second subnet;
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9. Communication network with a first subnet and a second subnet and a bridge terminal for connecting the first and second subnets, wherein the first subnet operates on a first frequency channel and the second subnet operates on a second frequency channel;
- wherein an operation of the bridge terminal is switched between an operation in the first subnet on the first frequency channel and an operation in the second subnet on the second frequency channel;
wherein the bridge terminal is unavailable for the first subnet when it is operated in the second subnet;
wherein the bridge terminal is unavailable for the second subnet when it is operated in the first subnet;
wherein the unavailability of the bridge terminal is signalled by means of a power saving signals of the communication network. - View Dependent Claims (10)
- wherein an operation of the bridge terminal is switched between an operation in the first subnet on the first frequency channel and an operation in the second subnet on the second frequency channel;
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11. Computer program for operating a bridge terminal of a communication network for connecting a first subnet and a second subnet, wherein the first subnet operates on a first frequency channel and the second subnet operates on a second frequency channel, wherein, when the computer program is executed on the bridge terminal, the bridge terminal performs the following steps:
- switching an operation of the bridge terminal between an operation in the first subnet on the first frequency channel and an operation in the second subnet on the second frequency channel;
wherein the bridge terminal is unavailable for the first subnet when it is operated in the second subnet;
wherein the bridge terminal is unavailable for the second subnet when it is operated in the first subnet;
signalling the unavailability of the bridge terminal by means of a power saving signals of the communication network.
- switching an operation of the bridge terminal between an operation in the first subnet on the first frequency channel and an operation in the second subnet on the second frequency channel;
Specification