Telemetry signal collection, process, diagnosis, transmission, control and activation system

• US 20100164751A1
• Filed: 05/18/2006
• Published: 07/01/2010
• Est. Priority Date: 05/18/2005
• Status: Abandoned Application

• Current Assignee: Intec Anonimos Tehniki Eteria Emporias Ke Ipostiri Sistimaton Ipsilis Tehnologias Ke Idiotiki Ephihi
• Original Assignee: Intec Anonimos Tehniki Eteria Emporias Ke Ipostiri Sistimaton Ipsilis Tehnologias Ke Idiotiki Ephihi
• Inventors: Tsigiroglou, Kiriakos
• Application Number:
  US11/920,562
• Publication Number:
  US 20100164751A1
• Time in Patent Office: Days
• US Class Current: 340/870.90
• CPC Class Codes: G07C 3/08 Registering or indicating the production of the machine either with or without registering working or idle time
• CPC Class Codes: G07C 9/27 with central registration
• CPC Class Codes: G08B 25/006 Alarm destination chosen according to type of event, e.g. in case of fire phone the fire service, in case of medical emergency phone the ambulance

Abstract

This patent refers to an electronic equipment system, which is intended to collect data from the equipment of certain area, which it monitors, to process this data, diagnose faults of the equipment and transfer data to a central control system, to accept commands, to activate the active equipment installed in the monitored area, so that it allows the central control system operator to diagnose equipment faults and resolve these faults related to the equipment installed and monitored, installed in the mobile telephony antenna shelters, located in remote areas. The system provides the following possibilities: Operational access control of individuals in the monitored area, Local processing power, Data transmission from the monitored area to the central control system through the GSM network, Processing of information and transmission of intelligently correlated and processed data to the operator for decision making, Possibility to the central control system operator to act upon the remote system remotely and carry out measurements of the remote equipment operations. The results of these actions are savings of time and maintenance cost and the manpower used, since either the faults determined are resolved by the operator remotely or the operator can make the right decision, through the intelligently correlated and processed data, and send only the required specialized team of experts for fault resolution at the remote site.

Claims

1. ) An autonomous electronic system intended for monitoring and attendance of an area, which incorporates—

suitable means to collect data from the specific monitored area—

means for processing the collected data—

means for the transmission of this processed data and interchange of information with one or more remote control centers—

means to control access to the monitored areas.

2. ) An autonomous electronic system as claimed in claim 1 above, characterized in that the means for data collection are interconnected with the data processing means, so that the direct exchange of information and data among them is feasible.

3. ) An autonomous electronic system as claimed in claims 1 and 2 above, characterized in that the means for data processing include a Central control unit (controller) comprising of at least one logical controller (microprocessor).

4. ) An autonomous electronic system as claimed in claims 3 above, characterized in that the central control unit (Controller) has the capability of a programmable logical controller (microprocessor).

5. ) An autonomous electronic system as claimed in any of the above claims characterized in that it includes a central control unit (Controller) with peripheral equipment for the access control and suitable inputs for data connection.

6. ) An autonomous electronic system as claimed in claims 5 above, characterized in that the central control unit (Controller) includes the following data inputs or any combination of these inputs

A) Data entry to the logical control unit (microprocessor) for access control

B) Data entry to the logical control unit (microprocessor) for data processing

C) Data entry to the logical control unit (microprocessor) for the control of the DC voltage of the batteries

D) Data entry to the logical control unit (microprocessor) for the control of the AC voltages of the electric power supply or of the generator.

7. ) An autonomous electronic system as claimed in claim 5 or 6 above, characterized in that the central control unit (Controller) includes at least one data output

8. ) An autonomous electronic system as claimed in any of the above claims characterized in that the means for data collection include

A) An electronic device for measurement and control of the batteries (DC) with the capability to program the threshold of voltage control as well as to supervise the automatic discharge/charge of the batteries and/or

B) An electronic device for measurement and control of the three phases of power supply (AC) of the electric power network supply or of the generator (where available) with the capability to program the threshold of voltage control

9. ) An autonomous electronic system as claimed in any of the above claims characterized in that the means for data transmission include suitable modem GSM/GPRS with wireless reception and transmission.

10. ) An autonomous electronic system as claimed in any of the above claims characterized in that it interconnects various data and information subsystems.

11. ) An autonomous electronic system as claimed in any of the above claims characterized in that it proceeds to a suitable interconnected processing of the data collected under predetermined programming conditions with simultaneous verification through the access control system.

12. ) An autonomous electronic system as claimed in any of the above claims characterized in that it provides the operation of Access Control of individuals in the area it monitors, with the use of a special electronic access card, bearing a unique access code, tamper-free, with the use of a local database for data monitoring of authorized cards, so that access is allowed only to those owing an authorized card, even in circumstances of loss of communication of the remote site with the remote control center.

13. ) An autonomous electronic system as claimed in any of the above claims characterized in that it allows the transmission of control commands from one or more remote control centers to the autonomous electronic system concerned, through the data transmission and data interchange links, so that the operator of the remote control center is able to intervene remotely upon the active equipment and reinstate it in normal condition and/or deactivate it in order to protect it and/or take the correct decision every time to send the suitable team of experts for the fault resolution on site.

14. ) An autonomous electronic system as claimed in any of the above claims characterized in that it includes a power supply circuit.

15. ) An autonomous electronic system as claimed in any of the above claims characterized in that it includes an autonomous system of Uninterrupted Operation.

16. ) An autonomous electronic system as claimed in any of the above claims characterized in that it includes at least two electronic devices of four relays each for the interconnection of the electrical equipment.

17. ) An autonomous electronic system as claimed in any of the above claims characterized in that it includes at least six motorized switches and the relevant switching material.

18. ) An autonomous electronic system as claimed in any of the above claims characterized in that it includes a combination of embedded logical circuits for the monitoring, measurement, display of measurements and condition and registration of the above information.

19. ) An autonomous electronic system as claimed in any of the above claims characterized in that it includes a combination of some or all of the embedded logical circuits:

A) Continuous monitoring, measurement and display of the condition of the electric power network phases R, S, T and possibility of signaling from the programmable desired levels of power voltage measurement, or from the combination of AND/OR logic between them.

B) As described in paragraph 4a but for R, S, T phases of the generator.

C) Continuous monitoring, measurement and display of the condition of the batteries and possibility of signaling from the programmable desired levels of power voltage measurement, or from the combination of AND/OR logic for the automatic charging of batteries after a discharge.

D) Continuous monitoring, measurement and display of the condition of the diesel fuel for the generator and possibility of signaling from the programmable desired levels of measurement as well as the combination of measurements and the type and the hours of operation of the generator for the estimation of fuel consumption and the calculation of the preventive maintenance time.

E) Continuous monitoring of access control of individuals in the controlled area, with simultaneous correlation of data with the installed software database and transmission of all changes automatically.

F) Control and transmission of after suitable processing of all data derived from External Alarm System or isolated sensors, as for example the water level indication, smoke detection, door condition, intrusion indication, temperature indication etc.

20. ) An autonomous electronic system as claimed in any of the above claims characterized by the embedding of electronic RELAY devices, to serve the signaling needs or action needs of the electrical equipment.

21. ) An autonomous electronic system as claimed in any of the above claims characterized by the fact that it provides local processing power so that it is directly connected with the local active equipment, which is monitored, without the need of external sensors with embedded logical circuits.

22. ) An autonomous electronic system as claimed in any of the above claims characterized by the fact that it is uniform as regards the electronic, electrical material and software and does not use industrially programmable logical controllers (PLC).

23. ) An autonomous electronic system as claimed in any of the above claims characterized by the fact that the data transmitted to the central remote system are already processed so that what is presented to the operator is not simple physical values, but instead, a proposition for action, that is the command “

Call Fire Brigade”

or “

Call the Public Power Company”

or “

Call an Air-conditioning technician”

etc. This is achieved by embedding all the experience accumulated for the installed active equipment into the System Software and with the use of the programmable logical controller applied into the System Software.

24. ) An autonomous electronic system as claimed in any of the above claims characterized by the fact that it is configurable with every addition of a new active equipment in the antenna shelter, embedding this additional equipment in the system and monitoring it through the unified software from the central remote control system.

25. ) An autonomous electronic system as claimed in any of the above claims characterized by the fact that it embeds personnel access control system.

26. ) An autonomous electronic system as claimed in any of the above claims characterized by the fact that is expandable without changes in its design.

27. ) An autonomous electronic system as claimed in any of the above claims characterized by the fact that it transmits information for verification of the actions of the central remote control system operator.

28. ) An autonomous electronic system as claimed in any of the above claims characterized by the fact that it is intended for use in the antenna shelters or in areas with strong radio-frequency fields, irrespective of their origin.

29. ) An autonomous electronic system as claimed in any of the above claims characterized by the fact that it is intended for use in the mobile telephony antenna shelters.

30. ) An autonomous electronic system as claimed in any of the above claims characterized by the fact that it operates under a unified software system which can be configured according to the customer needs (custom made).

31. ) An autonomous electronic system as claimed in any of the above claims characterized by the fact that when an authorized person is present in the monitored/controlled area, no action can take place either remotely from the operator of the central remote control system, or locally, to protect the individuals present.

32. ) An autonomous electronic system as claimed in any of the above claims characterized by the fact that even when there is no communication with the central remote control center the system operates normally, as programmed and configured to operate, storing at least 5.000 data in the microprocessor memory <

<

buffer>

>

so that when communication is restored it will transmit normally all the data memorized.

33. ) An autonomous electronic system as claimed in any of the above claims characterized by the fact that the electronic boards are placed in two boxes consisting of a base, four sidewalls and a removable door/cover and are constructed of material (e.g. metal), providing safety to the personnel, protection from environmental agents and electromagnetic shield from and to the environment.