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US 10,832,227 B2Granted
System for pooling data relating to aircraft engines
AssigneeSafran Aircraft Engines
InventorJerome Henri Noel Lacaille
Life of this patent
Estimating the term…
Abstract
A system for pooling observation data relating to aircraft engines includes a receiver adapted for recovering the observation data from distinct entities, a processor adapted for describing the observation data in a metric space by transforming them into measurable observation states, and a database adapted for storing therein the observation states.
Claims13
A system for pooling and utilising observation data relating to aircraft engines, the system comprising:
- a receiver configured to recover said observation data from distinct entities, said observation data comprising digital detection data coming from sensors and calculators embedded in the aircraft engines;
- a processor configured to describe said observation data in a metric space by standardising and by compressing the digital detection data, thus transforming said observation data into measurable observation states;
- a database to store therein said measurable observation states, thus constituting a learning model;
- and
- a transmitter, wherein
- the receiver is configured to receive a request from a requesting entity, said request comprising request data relating to observations connected to at least one aircraft engine of the aircraft engines,
- the processor is configured to describe said request in the metric space, by transforming said request data into measurable request states, and search for a response to said request by comparing said request states to said measurable observation states stored in the database, according to a metric corresponding to the request, and
- the transmitter is configured to transmit said response to the requesting entity.
5 more elements
A method for pooling and utilising observation data relating to aircraft engines, the method comprising:
- recovering, by a receiver, said observation data from distinct entities, said observation data comprising digital detection data coming from sensors and calculators embedded in the aircraft engines;
- describing, by a processor, said observation data in a metric space by standardising and by compressing the digital detection data, thus transforming said observation data into measurable observation states;
- storing, in a database, said measurable observation states, thus constituting a learning model;
- receiving, by the receiver, a request from a requesting entity, said request comprising request data relating to observations connected to at least one aircraft engine of the aircraft engines;
- describing, by the processor, said request in the metric space, by transforming said request data into measurable request states, and searching for a response to said request by comparing said request states to said measurable observation states stored in the database, according to a metric corresponding to the request;
- and
- transmitting, by a transmitter, said response to the requesting entity.
4 more elements
Dependencies are inferred from the claim text.