SERVICE PLATFORM SYSTEM ARCHITECTURE FOR FLEET MAINTENANCE AND MANAGEMENT

• US 20110301988A1
• Filed: 06/06/2011
• Published: 12/08/2011
• Est. Priority Date: 06/04/2010
• Status: Abandoned Application

• Current Assignee: BAE Systems Hã¤Gglunds AB
• Original Assignee: BAE Systems Hã¤Gglunds AB
• Inventors: Staaf, Hjalmar
• Application Number:
  US13/153,596
• Publication Number:
  US 20110301988A1
• Time in Patent Office: Days
• US Class Current: 705/7.11
• CPC Class Codes: G06Q 10/06 Resources, workflows, human or project management; Enterprise or organisation planning; Enterprise or organisation modelling
• CPC Class Codes: G06Q 10/063 Operations research, analysis or management

Abstract

A service platform method and system for enabling readiness and sustainability services for a fleet of deployed and fielded equipment units, comprising generating condition based operational status data dependent on equipment status data and dependent on predetermined relations between said equipment status data and predetermined weighting parameters; providing said condition based operational status data for use by on-board functions and central functions. The service platform enables a support system for condition base maintenance of a fleet of equipment.

Claims

1. A service platform method for enabling readiness and sustainability services for a fleet of deployed and fielded equipment units each comprising one or more components, comprising the steps of:

generating, in a local service platform system associated with an equipment unit, condition based operational status data for each component in a selection of one or more components of said equipment unit, comprising;

receiving equipment operational status data for each of said components;

receiving environmental status data;

calculating weighting parameters dependent on an experience based status data collection and environmental status data and dependent on predetermined relations between said experience based status data collection and said environmental status data;

adjusting equipment operational status data dependent on said weighting parameters and dependent on predetermined relations between said equipment operational status data and said weighting parameters into condition based operational status data;

storing a representation of said condition based operational status data in a status log in the local service platform system;

communicating said condition based operational status data from said local service platform system to a remotely located central service platform system devised for collecting status data from a plurality of local service platform systems;

storing a representation of said condition based operational status data in a status log in the central service platform system.

2. The service platform method of claim 1, further comprising the step of:

transmitting from the local service platform system to the central service platform system a heartbeat signal in two levels, wherein at a first level the heartbeat signal conveys the information that the equipment unit hosting the local platform system is operative, and at a second level the status signal conveys information regarding a selection of the available communications type and/or available transmission paths.

3. The service platform method of claim 1, further comprising the step of controlling on-board functions dependent on said condition based operational status data by:

controlling on-board functions dependent on control data generated in a local service platform system on-board the equipment unit.

4. The service platform method of claim 1, further comprising the step of controlling on-board functions dependent on said condition based operational status data by:

controlling on-board functions dependent on central control data received from a central service platform system.

5. The service platform method of claim 1, further comprising the steps of:

communicating data by means of an on-board data communications manager module devised for;

directing on-board generated data pertaining to operational status data and/or condition based operational status data for communication to selectable on-board and/or remote receiving units dependent on predetermined rules;

communicating said data via a selectable communications channel dependent on predetermined communication rules;

possibly receiving external data from a remote transmitter via a selectable communications channel dependent on predetermined communications rules;

directing said external data to selectable on-board receiving units.

6. The service platform method of claim 1, the further comprising the steps of:

receiving at a central site condition based operational status data from an on-board data communications manager module of an equipment unit;

directing, by means of a central status data manager for said fleet of equipment, said condition based operational status data to one or more selected data collections of the central status data manager dependent on predetermined rules;

providing, by means of a central status data interface, said condition based operational status data for use by central functions.

7. The service platform method of claim 1, further comprising the step of:

analyzing, by means of a central equipment unit status data analysis module, said operational status data and said condition based operational status data dependent on predetermined rules;

and/or

analyzing, by means of a central fleet status data analysis module, said operational status data and said condition based operational status data dependent on predetermined rules.

8. The service platform method of claim 1, further comprising the steps of:

generating by means of a central control data manager for said fleet of equipment control data for controlling on-board functions dependent on said collected condition based operational status data and predetermined control rules;

communicating said control data to a selected on-board control data manager at a selected equipment unit.

9. The service platform method of claim 1, further comprising the step of:

generating in a local service platform system operator directives for a maintenance schedule dependent on said condition based operational status data.

10. The service platform method of claim 1, further comprising the step of:

generating in a central service platform system operator directives for a maintenance schedule dependent on said condition based operational status data; and

communication said operator directives to a maintenance schedule in a local service platform system.

11. A service platform system for enabling readiness and sustainability services for a fleet of deployed fielded equipment units each comprising one or more components, each equipment unit having a local on-board service platform system comprising:

an on-board status data manager devised for generating condition based operational status data for each component in a selection of one or more components of said equipment unit, said generation of condition based operational status data comprising;

receiving equipment operational status data for each of said components;

receiving environmental status data;

calculating weighting parameters dependent on an experience based status data collection and environmental status data and dependent on predetermined relations between said experience based status data collection and said environmental status data;

adjusting equipment operational status data dependent on said weighting parameters and dependent on predetermined relations between said equipment operational status data and said weighting parameters into condition based operational status data;

and

an on-board interface devised for providing said condition based operational status data for use by on-board functions.

12. The service platform system of claim 11, further comprising in the local service platform system means devised for:

transmitting from the local service platform system to the central service platform system a heartbeat signal in two levels, wherein at a first level the heartbeat signal conveys the information that the equipment unit hosting the local platform system is operative, and at a second level the status signal conveys information regarding a selection of the available communications type and/or available transmission paths.

13. The service platform system of claim 11, further comprising in the local service platform system an on-board status data acquisition module devised to collecting time dependent equipment status data, said equipment operational status data being:

received as an automatic input from sensors in the equipment unit;

and/or

received as a manual input from an operator of the equipment unit.

14. The service platform system of claim 11, further comprising in the local service platform system an on-board data communications manager module devised to communicating data by:

directing on-board generated data pertaining to operational status data and/or condition based operational status data for communication to selectable on-board and/or remote receiving units dependent on predetermined rules;

communicating said data via a selectable communications channel dependent on predetermined communication rules;

possibly receiving external data from a remote transmitter via a selectable communications channel dependent on predetermined communications rules;

directing said external data to selectable on-board receiving units.

15. The service platform system of claim 11, further comprising a central service platform unit comprising a central communications manager (302) devised to:

receiving at a central site condition based operational status data from an on-board data communications manager (102) of an equipment unit;

directing, by means of a central status data manager for said fleet of equipment, said condition based operational status data to one or more selected data collections of the central status data manager dependent on predetermined rules;

providing, by means of a central status data interface, said condition based operational status data for use by central functions.

16. The service platform system of claim 11, further comprising in the central service platform unit:

a central equipment unit status data analysis module devised to analyzing said operational status data and/or said condition based operational status data dependent on predetermined rules;

and/or

a central fleet status data analysis module devised to analyzing said operational status data and/or said condition based operational status data dependent on predetermined rules.

17. The service platform system of claim 11, further comprising in the central service platform unit a central control data manager devised to:

generating for said fleet of equipment control data for controlling on-board functions dependent on said collected condition based operational status data and predetermined control rules;

communicating said control data to a selected on-board control data manager at a selected equipment unit.

18. The service platform system of claim 11, further:

comprising in the local service platform system means devised to generating operator directives for a maintenance schedule dependent on said condition based operational status data;

and/or

comprising in the central service platform system means devised to generating operator directives for a maintenance schedule dependent on said condition based operational status data; and

communication said operator directives to a maintenance schedule in a local service platform system.

19. The service platform system of claim 11, comprising storage means for storing weighting parameters in the local service platform system.