Power line communication based supplemental service meter gateway and casing structure thereof, power line communication system and method using same

• US 20050212688A1
• Filed: 03/11/2005
• Published: 09/29/2005
• Est. Priority Date: 03/12/2004
• Status: Abandoned Application

• Current Assignee: Xeline Co., Ltd.
• Original Assignee: Xeline Co., Ltd.
• Inventors: Chung, Beom-Jin
• Application Number:
  US11/078,589
• Publication Number:
  US 20050212688A1
• Time in Patent Office: Days
• US Class Current: 340/870.20
• CPC Class Codes: G01D 4/004 Remote reading of utility meters to a fixed location
• CPC Class Codes: Y02B 90/20 Smart grids as enabling technology in buildings sector smart grids supporting the management or operation of end-user stationary applications in general, or like technologies with no associated climate change mitigation effect Y04S20/00
• CPC Class Codes: Y04S 20/30 Smart metering, e.g. specially adapted for remote reading

Abstract

The present invention relates to a power line communication based supplemental service meter gateway and a casing structure thereof, a power line communication system and a method using the same, in which a supplemental service meter gateway is provided whereby value-added services are provided in addition to remote meter readings based on a power line communication network, and power inspection for remote readings and service measurements in response to the value-added services can be respectively and independently implemented.

Claims

1. A supplemental service meter gateway comprising:

a power measurer for implementing a high-speed power line communication with a regional information control device via subscriber networks, implementing a high-speed power line communication with terminals of dwellings via residential home indoor networks, and reading the accumulated power of the dwellings from the residential home indoor networks to provide the reading data to the regional information control device via the subscriber networks; and

a service measurer for providing to the terminals service data supplied from the regional information control device via the subscriber networks in response to a request signal from the terminals and measuring the service data based on type of service/content, used service time, service/content download frequency, content information quantity, unit information, and control service providing frequency to transmit the measured service reading data to the regional information control device.

2. The gateway as defined in claim 1, wherein the service measurer detects a first data related to service commencement including service classification code, service request time, service requester information and service commencement time when the service data requested by the terminal relates to a time-related service, and detects a second data related to service completion including service classification code, service completion request time, service requester information and service completion time, and comparatively analyzes the first and second data for measurement of the service data.

3. The gateway as defined in claim 1, wherein the service measurer detects data related to service commencement including service classification code, content service priority classification code, service request time and service requester information when the service data requested by the terminal relates to the content-type service, to measure the service data in response to the content service priority classification code.

4. The gateway as defined in claim 1, wherein the service measurer detects the service classification code, service request time and service requester information when the service data requested by the terminal relates to the unit information and control-type service, and measures the service data in response to the frequency of the information request.

5. The gateway as defined in claim 1, comprises a DC power source unit for converting an alternating current voltage supplied via an outdoor incoming line constituting the subscriber network to a direct current voltage for use as an operating power source, independently from the power measurer.

6. The gateway as defined in claim 1, wherein the service measurer is intrinsically mounted in a board shape inside a service measurer casing disposed at an upper end of a power measurer casing via a support member so as to be attachably and detachably mounted with the power measurer casing in which the power measurer is intrinsically mounted in a board shape.

7. The gateway as defined in claim 6, wherein the service measurer casing is frontally equipped with a cover coupled by a sealing member for maintaining a sealing state and for protecting the service measurer.

8. The gateway as defined in claim 6, wherein the service measurer casing is frontally equipped with an operation switch for turning on and off the power source of the service measurer in response to a subscriber'"'"'s manipulation.

9. The gateway as defined in claim 6, wherein the service measurer casing is frontally provided with a light emitting diode display unit for displaying a service state of the service data.

10. The gateway as defined in claim 9, wherein the light emitting diode display unit maintains an ON state when the service data is in service, and maintains an OFF state when the service data is not in service, and operates in various flickering speeds according to the service data in service mode.

11. The gateway as defined in claim 1, wherein the service measurer uses a common code key shared by the regional information control device to implement the data transmission and reception with the regional information control device.

12. The gateway as defined in claim 1, wherein the service measurer uses a private code key shared by each terminal of relevant dwellings to implement the data transmission and reception with the terminals.

13. The gateway as defined in claim 1, wherein the service measurer comprises:

a power line communication module unit for detecting the service data or Internet access data transmitted through the subscriber network, residential home indoor network, and transmitting the service reading data or the Internet access data to the subscriber network;

a wireless data communication module unit for receiving, from an external code key registration device capable of wireless infrared communication, a common code key shared by the regional information control device and a private code key shared by each terminal of relevant dwellings, or for providing the common code key and the private code key to the code key registration device when there is a request from the code key registration device;

a central processing unit for using the common code key transmitted from the wireless data communication module unit to decode the encoded data of the regional information control device provided via the subscriber network, or encoding the data to be provided to the regional information control device via the subscriber network, and using the private code key transmitted from the wireless data communication module unit to decode the encoded data of the terminal provided via the residential home indoor network, or encoding the data to be provided to the terminal via the residential home indoor network;

a data storage comprising a non-volatile memory which stores the common code key and the private code key received via the wireless data communication module unit, and temporarily stores the reading data and the service data detected via the power line communication module unit;

a data display unit for displaying in real time the transmitted and received states of the service data; and

a service/content data measurement unit for being provided with the service data detected via the power line communication module unit and for measuring the service data based on the type of service/content, used service time, frequency of service download, content information amount, unit information and control-type service.

14. A casing structure of the supplemental service meter gateway of claim 1 comprising:

a terminal casing including an input terminal into which an outdoor incoming line constituting the subscriber networks is inputted, and an output terminal out of which an indoor incoming line constituting a residential home indoor network is outputted, where the input terminal and the output terminal are arranged in parallel;

a power measurer casing connected to an upper end of the terminal casing, and intrinsically disposed with a power measurer, wherein a first cover coupled by a first sealing member for protecting the power measurer is disposed at the front of the power measurer casing; and

a service measurer casing attached to and detached from an upper end of the power measurer casing via a support member, and intrinsically disposed with a service measurer, wherein a second cover coupled by a second sealing member for protecting the service measurer is disposed at the front of the service measurer casing.

15. The casing structure as defined in claim 14, wherein the support member is protrusively provided at an upper end of the power measurer casing and is inserted into a support groove mounted at a lower end of the service measurer casing to be coupled to the service measurer casing.

16. The casing structure as defined in claim 14, wherein the second sealing member couples a first coupling member mounted at an upper end of the first cover with a second coupling member mounted at a lower end of the second cover.

17. A power line communication system using the supplemental service meter gateway of claim 1.

18. The system as defined in claim 17, further comprising:

a residential home indoor information control device for implementing a power line communication with the plurality of terminals of relevant dwellings via the residential home indoor network, providing an interface with subscribers, and, in response to the service request call of the subscribers, requesting the service data via the meter gateway; and

an external server for implementing a data communication with the regional information control device via the data communication network, providing the service data corresponding to the service request of the supplemental service meter gateway, and levying a charge based on the reading data and the service reading data provided from the regional information control device.

19. The system as defined in claim 18, wherein the supplemental service meter gateway uses a private code key in the relevant residential home indoor network to conduct data transmission and reception with the regional home indoor information control device and the plurality of terminals.

20. The system as defined in claim 19, wherein the private code key is registered with the service addition meter gateways, residential home indoor information control devices and plurality of terminals via a code key registration device capable of wireless infrared communication.

21. The system as defined in claim 17, wherein the supplemental service meter gateway uses the common code key within the subscriber network to conduct the data transmission and reception with the regional information control device.

22. The system as defined in claim 21, wherein the common code key is registered with the supplemental service meter gateway and the regional information control device via the code key registration device capable of wireless infrared communication.

23. The system as defined in claim 20, wherein the code key registration device is a Personal Digital Assistant, a notebook or a remote controller capable of wireless infrared communication.

24. The system as defined in claim 23, wherein the remote controller comprises:

an operation control input unit manipulated by a subscriber for controlling the write or read of the common code key and/or the private code key;

a wireless data communication module unit for reading the common code key and/or private code key transmitted from the supplemental service meter gateway or the wireless infrared port unit of the regional information control device, or for writing the common code key and/or private code key onto the supplemental service meter gateway or the wireless infrared port unit of the regional information control device;

a data storage for storing the common code key and/or private code key;

a state display unit for displaying a read or write process of the common code key and/or private code key; and

a central processing unit for storing at the data storage the common code key and/or private code key transmitted from the wireless data communication module unit in response to the control of the operation control input unit, or fetching the common code key and/or private code key stored at the data storage for transmission to the wireless data communication module unit.

25. The system as defined in claim 24, wherein the state display unit is comprised of an LED and is made to illuminate a red light when the read or write process fails, and to illuminate a green light when the read or write process succeeds.

26. A power line communication method, the method comprising the steps of:

(a) registering a common code key and/or private code key with a regional information control device, supplemental service meter gateway, residential home indoor information control device and terminal;

(b) prompting a subscriber to manipulate the residential home indoor information control device to transmit a service data request signal to an external server;

(c) prompting the outside server to transmit service data to the regional information control device via a data communication network in response to the service data request signal;

(d) prompting the regional information control device to encode the service data by using the common code key, and transmitting a first encoded data to the supplemental service meter gateway via subscriber networks;

(e) prompting the supplemental service meter gateway to decode the first data by using the common code key and to encode the first data again by using the private code key, and to transmit a second encoded data to the residential home indoor control device and the terminal via the residential home indoor network, and to measure the first data decoded based on the type of service/content, used service time, service/content download frequency, content information quantity, unit information, control service providing frequency to again encode the measured reading data by using the common code key and to transmit a third encoded data to the regional information control device via the subscriber networks;

(f) prompting the regional information control device to use the common code key to decode the third data and to transmit the decoded third data to the external server via the data communication network; and

(g) prompting the external server to allocate a service data charge based on the decoded third data.

27. The method as defined in claim 26, wherein the second data is decoded by the private code keys respectively registered with the residential home indoor information control device and the terminal after being provided to the residential home indoor information control device and the terminal in the above step (e).