CONFIGURATION MANAGEMENT FOR A FLEET OF EQUIPMENT UNITS

• US 20120016702A1
• Filed: 06/06/2011
• Published: 01/19/2012
• Est. Priority Date: 06/04/2010
• Status: Abandoned Application

• Current Assignee: BAE Systems Bofors AB (BAE Systems Plc)
• Original Assignee: BAE Systems Bofors AB (BAE Systems Plc)
• Inventors: Staaf, Hjalmar
• Application Number:
  US13/153,729
• Publication Number:
  US 20120016702A1
• Time in Patent Office: Days
• US Class Current: 705/7.11
• CPC Class Codes: G06Q 10/063 Operations research, analysis or management
• CPC Class Codes: G07C 5/008 communicating information to a remotely located station transmission systems for measured values G08C
• CPC Class Codes: G07C 5/085 using electronic data carriers

Abstract

A method for configuration management of a fleet of deployed equipment units, each unit being provided with an on-board data processing module and a data storage module in a local service platform system being communicatively coupled to a central service platform system, comprising the steps of: generating, in a local service platform system associated with an equipment unit, condition based operational status data; generating in said local service platform system operational data comprising said condition based operational status data; generating by means of a local configuration manager software a definition of the configuration of components; storing said configuration definition in said local service platform system; communicating the configuration definition to said central service platform system; and analyzing configuration definitions for said fleet of equipment units dependent on said operational data generated in the local platform system of the respective equipment units and communicated to the central service platform system.

Claims

1. A configuration management method for configuration management of a fleet of deployed equipment units, each unit comprising one or more components and each unit being provided with an on-board data processing module and a data storage module in a local service platform system being communicatively coupled to a central service platform system, comprising for said equipments units of said fleet performing the steps of:

a. 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;

b. generating in said local service platform system operational data comprising said condition based operational status data;

c. communicating said operational status data from said local service platform system to said central service platform system;

d. generating by means of a local configuration manager software a definition of the configuration of components in an equipment unit by receiving, in a local service platform system associated with the equipment unit, a component identification and/or type code for each of said components from a machine readable identification device associated with each said component;

e. storing said configuration definition in a configuration definition data structure of said local service platform system;

f. communicating the configuration definition to said central service platform system;

g. analyzing configuration definitions for said fleet of equipment units dependent on said operational data generated in the local platform system of the respective equipment units and communicated to the central service platform system.

2. The method of claim 1, wherein said operational data further comprises a selection of:

a. Reported configuration changes;

b. Fault reports;

c. Performed maintenance tasks;

d. Maintenance resources;

e. Maintenance level;

f. System load;

g. Performed activities, operations of missions; and

/or

h. User requests.

3. The method Of claim 1, further comprising the steps of:

a. changing or modifying a component;

b. receiving configuration information in the local configuration manager;

c. updating the local configuration definition;

d. communicating the updated configuration definition to a central configuration manager software in the central service platform.

4. The method of claim 1, further comprising the steps of:

a. Initiating a configuration change in the central system;

b. Communicating the configuration change to the local configuration manager;

c. Generating by means of the local configuration manager a directive;

d. Communicating said directive to an operator via the maintenance support unit, preferably as an activity in a maintenance schedule or as a special directive prompting the operator to change the configuration in a specified manner.

5. A configuration management system for configuration management of a fleet of deployed equipment units, each unit comprising one or more components and each unit being provided with an on-board data processing module and a data storage module in a local service platform system being communicatively coupled to a central service platform system, said equipments units of said fleet comprising functional units and computer program code portions for performing the steps of:

a. 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;

b. generating in said local service platform system operational data comprising said condition based operational status data;

c. communicating said operational status data from said local service platform system to said central service platform system;

d. generating by means of a local configuration manager software a definition of the configuration of components in an equipment unit by receiving, in a local service platform system associated with the equipment unit, a component identification and/or type code for each of said components from a machine readable identification device associated with each said component;

e. storing said configuration definition in a configuration definition data structure of said local service platform system;

f. communicating the configuration definition to said central service platform system;

g. analyzing configuration definitions for said fleet of equipment units dependent on said operational data generated in the local platform system of the respective equipment units and communicated to the central service platform system.

6. The system of claim 5, wherein said operational data further comprises a selection of:

a. Reported configuration changes;

b. Fault reports;

c. Performed maintenance tasks;

d. Maintenance resources;

e. Maintenance level;

f. System load;

g. Performed activities, operations or missions; and

/or

h. User requests.

7. The system of claim 5, further comprising functional units or computer program code portions for performing the steps of:

a. changing or modifying a component;

b. receiving configuration information in the local configuration manager;

c. updating the local configuration definition;

d. communicating the updated configuration definition to a central configuration manager software in the central service platform.

8. The system of claim 5, further comprising functional units or computer program code portions for performing the steps of:

a. Initiating a configuration change in the central system;

b. Communicating the configuration change to the local configuration manager;

c. Generating by means of the local configuration manager a directive;

d. Communicating said directive to an operator via the maintenance support unit, preferably as an activity in a maintenance schedule or as a special directive prompting the operator to change the configuration in a specified manner.