Wireless Diplay sensor communication network

• US 20100177750A1
• Filed: 01/13/2009
• Published: 07/15/2010
• Est. Priority Date: 01/13/2009
• Status: Abandoned Application

• Current Assignee: Metrologic Instruments Incorporated (Honeywell International Inc.)
• Original Assignee: Metrologic Instruments Incorporated (Honeywell International Inc.)
• Inventors: Liu, JiBin, Zhu, Xiaoxun, Smith, Taylor, Schmidt, Mark, Lu, Jun, Essinger, Steven, Chen, LiangLiang, Shen, Xin, Schnee, Michael
• Application Number:
  US12/319,904
• Publication Number:
  US 20100177750A1
• Time in Patent Office: Days
• US Class Current: 370/338
• CPC Class Codes: H04L 41/12 Discovery or management of network topologies
• CPC Class Codes: H04L 41/22 comprising specially adapted graphical user interfaces [GUI]
• CPC Class Codes: H04L 67/12 specially adapted for proprietary or special-purpose networking environments, e.g. medical networks, sensor networks, networks in vehicles or remote metering networks
• CPC Class Codes: H04W 84/18 Self-organising networks, e.g. ad-hoc networks or sensor networks
• CPC Class Codes: H04W 88/16 Gateway arrangements

Abstract

A wireless sensor communication network supporting a plurality of electronic-ink display sensor devices adapted for use in environments where a local source of electrical power is not available at the point of sensing/monitoring, and there is a need to display sensed data at the point of sensing/monitoring, and minimize the level of servicing required to maintain the wireless sensors. The wireless sensor communication network includes a network gateway device, one or more wireless network routers, a plurality of wireless electronic-ink display sensor devices, and a network coordinator. Each wireless electronic-ink display sensor device comprises: an addressable electronic-ink based display module providing a display surface on which to display graphics. Each wireless electronic-ink display sensor device also includes a power source module including an electrochemical battery, and also a sensor module for sensing a parameter or condition associated with the ambient environment in which the wireless electronic-ink display sensor device is located, generating environmental data representative of the sensed parameter or condition, from which environmental data packets are generated by an onboard programmed processor. The programmed processor, a RF transceiver and a RF antenna cooperate to transmit environmental data packets over the second communication medium, for reception by a network management computer network, and wherein the programmed processor and the addressable electronic-ink based display module cooperate to display the environmental data on the display surface.

Claims

1. A wireless sensor communication network for monitoring a plurality of wireless electronic-ink display sensor devices deployed in an environment, said wireless sensor communication network comprising:

a network management computer system having a first processor in communication with a first communication interface coupled to a first communication medium, and supporting the transmission and reception of data packets over the wireless sensor communication network so as to monitor and manage said wireless electronic-ink display sensor devices, wirelessly connected to said wireless sensor communication network;

a network gateway device, supporting said first communication interface and being coupled to said first communication medium through said first communication interface, and capable of receiving and transmitting data packets over said first communication medium and communicating with said network management computer system using said first communication interface and a first set of communication protocols, and said network gateway device also supporting a second communication interface and being capable of transmitting and receiving data packets over a second communication medium using said second communication interface and a second set of communication protocols, wherein said second set of communication protocols include a wireless network layer protocol;

one or more wireless network routers, each said wireless network router supporting said second communication interface and being interfaced with said second communication medium using said second communication interface and said second set of communication protocols, and capable of receiving and transmitting data packets over said second communication medium;

a plurality of wireless electronic-ink display sensor devices, each said wireless electronic-ink display sensor device having a programmed processor and supporting said second communication interface and being capable of receiving and transmitting data packets over said second communication medium using said second communication interface and said second set of communication protocols so that the data packets can be accessed and used by the processor in each wireless electronic-ink display sensor device; and

a network coordinator for supporting said second communication interface and being capable of transmitting and receiving data packets over said second communication medium using said second communication interface and said second set of communication protocols, wherein said network controller establishes and maintains a wireless interconnected mesh of said wireless network routers, according to said wireless network layer protocol, and interconnecting said plurality of wireless electronic-ink display devices and other said network-managed wireless electronic-ink display sensors on said wireless sensor communication network;

wherein each said wireless electronic-ink display sensor device further comprising an addressable electronic-ink based display module including a layer of bi-stable display medium disposed between a backplane driving structure and an electrically-conductive optically-clear layer, and providing a display surface on which to display graphics;

a power source module including an electrochemical battery, for producing a power level, and a power management module for managing the power level within said wireless electronic-ink display sensor device; and

a processor for controlling operations within said wireless electronic-ink display device;

a RF transceiver for transmitting and receiving RF data packet signals, an RF antenna structure, and an impedance matching structure interfacing said RF transceiver and said RF antenna structure;

a sensor module for sensing a parameter or condition associated with the ambient environment in which said wireless electronic-ink display sensor device is located, generating environmental data representative of said sensed parameter or condition, from which environmental data packets are generated by said processor;

wherein said processor, said RF transceiver and said RF antenna cooperate to transmit environmental data packets over said second communication medium, for reception by said network management computer network, and

wherein said processor and said addressable electronic-ink based display module cooperate to display said environmental data on said display surface.

2. The wireless sensor communication network of claim 1, wherein the first communication interface is a wired communication interface, whereas said second communication interface is a wireless (over the air) communication interface.

3. The wireless sensor communication network of claim 2, wherein said wired communication interface is selected from the group consisting of a serial bus, and a universal serial bus (USB).

4. The wireless sensor communication network of claim 2, wherein said wireless communication interface and said second set of communication protocols support a wireless personal area network (PAN).

5. The wireless sensor communication network of claim 4, wherein said wireless network layer protocol includes the IEEE 802.15.4 standard.

6. The wireless sensor communication network of claim 2, wherein said network management computer system is a local network management computer system which further comprises a first network adapter supporting a WAN wireless communication interface capable of receiving and transmitting data packets from a remote network management computer system having a second processor and a second network adapter supporting said WAN wireless communication interface, and wherein said second network adapter is capable of (i) receiving and transmitting data packets over a wireless communication medium using said WAN wireless communication interface and a set of WAN wireless communication protocols, and said first network adapter is capable of also capable of (ii) receiving and transmitting data packets over said first communication medium said using said first communication interface and a first set of communication protocols, and over said second communication medium using said second communication interface and said second set of communication protocols.

7. The wireless sensor communication network of claim 1, wherein said first communication medium is a first LAN communication medium, and said first set of communication protocols is a first sect of LAN communication protocols.

8. The wireless sensor communication network of claim 7, wherein said second communication medium is a PAN communication medium, and said second set of communication protocols is a set of PAN communication protocols.

9. The wireless sensor communication network of claim 6, wherein said WAN wireless communication interface and said set of WAN wireless communication protocols include at least one of the general packet radio service (GPRS), Global System for Mobile communications (GSM), and code division multiple access (CDMA).

10. The wireless sensor communication network of claim 7, wherein said first LAN communication medium is cable, said first set of LAN communication protocols includes the Ethernet protocol.

11. The wireless sensor communication network of claim 7, wherein said PAN communication medium is free-space, said set of PAN communication protocols includes the IEEE 802.15.4 network layer protocol.

12. The wireless sensor communication network of claim 7, wherein said network gateway device is realized as a set-top box supporting a USB communication interface connection to said network management computer system, and a set of wireless network communication protocols including the IEEE 802.15.4 network protocol, and comprising a programmed processor running an operating system with an application supporting a GUI for managing said plurality of electronic-ink display sensor devices.

13. The wireless sensor communication network of claim 7, wherein each wireless electronic-ink display sensor device supports said second communication interface and said second set of network communication protocols.

14. The wireless sensor communication network of claim 1, wherein which further comprises a GPS location system, and wherein each said electronic-ink display sensor device includes a GPS module.

15. The wireless sensor communication network of claim 1, which further comprises a node position tracking (NPT) module, using said network routers to send signals to each wireless electronic-ink display sensor device, to determine and track the position of each said wireless electronic-ink display sensor device in said wireless sensor communication network.

16. The wireless sensor communication network of claim 1, wherein said network-managed network comprises a hub network, a PC-level computer system for network management, and an application and database server, each operably connected to the infrastructure of the Internet.

17. The wireless sensor communication network of claim 16, wherein said PC-level computer system is mobile computing device.

18. The wireless sensor communication network of claim 17, wherein said mobile computing device is selected from the group consisting of a mobile phone, a portable data terminal, and a laptop computer.

19. A wireless electronic-ink display sensor device for use in a wireless sensor communication network, comprising:

an addressable electronic-ink based display module including a layer of bi-stable display medium disposed between a backplane driving structure and an electrically-conductive optically-clear layer, and providing a display surface on which to display graphics;

a power source module including an electro-chemical battery;

a programmed processor for controlling operations within said wireless electronic-ink display device;

a RF transceiver for transmitting and receiving RF data packet signals;

an RF antenna structure, an impedance matching structure interfacing said RF transceiver and said RF antenna structure;

a power management module for managing the power levels within said wireless electronic-ink display sensor device; and

a sensor module for sensing a parameter or condition associated with the ambient environment in which said wireless electronic-ink based display sensor device is located, generating environmental data representative of said sensed parameter or condition;

wherein said programmed processor, said RF transceiver and said RF antenna cooperate to transmit said environmental data over a wireless communication medium and to a destination device connected to said wireless sensor communication network to which said wireless electronic-ink display sensor device is wirelessly connected.

20. The wireless electronic-ink display sensor device of claim 19, wherein said layer of bi-stable display medium comprises a layer of electronic ink.

21. The wireless electronic-ink display sensor device of claim 20, wherein said electrochemical battery comprises a thin film of micro energy cells.

22. The wireless electronic-ink display sensor device of claim 19, which further comprises a position locating module for determining the position of said wireless electronic-ink display sensor device, relative to the predetermined position of wireless routers on a wireless sensor communication network, to which said wireless electronic-ink display sensor device is wirelessly connected.

23. The wireless electronic-ink display sensor device of claim 19, which further comprises a GPS processing module for processing GPS signals transmitted from a GPS system, and determining the position of said wireless electronic-ink display sensor device, relative to said GPS system.