Intelligent Node-Matching And Control Configuration For The Wireless Network

• US 20110080845A1
• Filed: 10/07/2009
• Published: 04/07/2011
• Est. Priority Date: 10/07/2009
• Status: Abandoned Application

• Current Assignee: Amroad Technology Incorporated
• Original Assignee: Chun-Hsu Su, Ren-Peng Chen
• Inventors: Su, Chun-Hsu, Chen, Ren-Peng
• Application Number:
  US12/574,705
• Publication Number:
  US 20110080845A1
• Time in Patent Office: Days
• US Class Current: 370/254
• CPC Class Codes: H04W 24/00 Supervisory, monitoring or testing arrangements

Abstract

The present invention is a configuration to detect and control the wireless network inside a building that fixes the location of networking device inside the building; wherein, the networking device consists of a gateway, a server and a LAN coordinator while the networking device is installed at the network exit end of the building for the gateway to be linked with the supply device from external network; then a plurality of wireless network nodes equipped with a transmit/receive unit, a indicating unit and a power supply unit are taken, irregularly distributed and erected in the building; furthermore, every wireless network node can be interconnected to the LAN coordinator while the wireless network nodes are interconnected with one another as well. Thus a configuration can not only enhance the reliability of linking signals for the wireless network, but also facilitate the nodes within the wireless network to accomplish thereof performance of simple installation and reconditioning.

Claims

1. A configuration to detect and control the wireless network inside a building, comprising the following steps at least:

Step 1;

Fix the location of networking device in the building;

wherein, the networking device consists of a gateway, a server and a LAN coordinator at least;

Step 2;

Mount the networking device at the exit end of network in the building with the gateway linked to the supply device of external network; and

Step 3;

Take and erect a plurality of wireless network nodes, equipped with a transmit/receive unit, an indicating unit and a power supply unit, in the building in a manner of irregular distribution while each node of the wireless network can be established the parameters of measurement for the desired linking quality;

in addition, each node of the wireless network is interconnected to a LAN coordinator while the nodes within the wireless network are interconnected with one another as well.

2. A configuration to detect and control the wireless network inside a building as claimed in the claim 1;

wherein, the gateway and the supply device of external network are linked in a manner of cable or wireless transmission.

3. A configuration to detect and control the wireless network inside a building as claimed in the claim 1;

wherein, the LAN coordinator of the networking device is interconnected to the nodes of the wireless network in a manner of wireless transmission

4. A configuration to detect and control the wireless network inside a building as claimed in the claim 1;

wherein, the node of wireless network can be further equipped with a detection unit and a control unit.

5. A configuration to detect and control the wireless network inside a building as claimed in the claim 4;

wherein, the detection unit can be integrated with the control unit and connected to the network node via cable or erected independently in the building.

6. A configuration to detect and control the wireless network inside a building as claimed in the claim 4;

wherein, the control unit is mounted in the detection unit or erected independently in the building.

7. A configuration to detect and control the wireless network inside a building as claimed in the claim 1;

wherein, the supply device of the external network is able to provide a route for the optical cable, ADSL or relevant broadband.

8. A configuration to detect and control the wireless network inside a building as claimed in the claim 1;

wherein, the transmit/receive unit to each node of the wireless network can be applicable to the ZigBee Wireless Network Communication Protocol.

9. A configuration to detect and control the wireless network inside a building as claimed in the claim 1;

wherein, the indicating unit to each node of the wireless network can be a LED or a buzzer.

10. A configuration to detect and control the wireless network inside a building as claimed in the claim 1;

wherein, each node of the wireless network can be established the parameters of measurement for the signals (SS) , Bit Error Rate (BER) , Linking Quality Index (LQI), channel (CH) and the upper limit or lower limit of the Wireless Personal Area Network ID (PAN ID) at least.