System for controlling the operation of at least one aircraft engine
First Claim
1. A system for supervising the speed of at least one engine of an aircraft, said system (1) comprising, a first and a second information source (3, 4) determining first and second values of at least one predetermined aerodynamic parameter of the aircraft;
- and at least one unit (5) for supervising said engine (2), comprising;
at least one means of regulation (6) for acting on the speed of the engine (2) as a function of control orders received;
at least one sensor (7) which is able to measure a fourth value of said aerodynamic parameter, on said engine (2); and
a computation unit (8) which is connected to said first and second information sources(3, 4), to said means of regulation (6) and to said sensor (7), which receives said first, second and fourth values of said aerodynamic parameter, which takes them into account so as to select a value of said aerodynamic parameter as control value, and which uses the control value thus selected at least to determine a control order which is transmitted to said means of regulation (6), wherein said system (1) furthermore comprises;
a third information source (9) determining a third value of said predetermined parameter; and
an information transmission network (12), to which are linked said first, second and third information sources (3, 4, 9) and said computation unit (8) allowing transmission of information between said information sources (3, 4, 9) and said computation. unit (8);
said first, second and third information sources (3, 4, 9) are independent of one another;
said first, second and third information sources (3, 4, 9) respectively determine first, second and third correctness information indicating the correctness respectively of said first, second and third values of said aerodynamic parameter; and
said computation unit (8) selects said control value by using said first, second, third and fourth values of the aerodynamic parameter, as well as said first, second and third correctness information.
2 Assignments
0 Petitions
Accused Products
Abstract
The system (1) comprises three independent information sources (3, 4, 9), determining first, second and third values for an aerodynamic parameter of the aircraft and precision information indicating the precision of said values, a control means (6), acting on the operation of the engine (2), a sensor (7), measuring a fourth value for said parameter, an arithmetic unit (8), selecting a control value by using said first, second, third and fourth values of the aerodynamic parameter and the precision information and using said control value to determine a control sequence for the control means (6) and an information transmission network (12), to which said information sources (3, 4, 9) and the arithmetic unit (8) are connected, permitting a transmission of information between said sources of information (3, 4, 9) and said arithmetic unit (8).
-
Citations
11 Claims
-
1. A system for supervising the speed of at least one engine of an aircraft, said system (1) comprising,
a first and a second information source (3, 4) determining first and second values of at least one predetermined aerodynamic parameter of the aircraft; - and
at least one unit (5) for supervising said engine (2), comprising;
at least one means of regulation (6) for acting on the speed of the engine (2) as a function of control orders received;
at least one sensor (7) which is able to measure a fourth value of said aerodynamic parameter, on said engine (2); and
a computation unit (8) which is connected to said first and second information sources(3, 4), to said means of regulation (6) and to said sensor (7), which receives said first, second and fourth values of said aerodynamic parameter, which takes them into account so as to select a value of said aerodynamic parameter as control value, and which uses the control value thus selected at least to determine a control order which is transmitted to said means of regulation (6), wherein said system (1) furthermore comprises;
a third information source (9) determining a third value of said predetermined parameter; and
an information transmission network (12), to which are linked said first, second and third information sources (3, 4, 9) and said computation unit (8) allowing transmission of information between said information sources (3, 4, 9) and said computation. unit (8);
said first, second and third information sources (3, 4, 9) are independent of one another;
said first, second and third information sources (3, 4, 9) respectively determine first, second and third correctness information indicating the correctness respectively of said first, second and third values of said aerodynamic parameter; and
said computation unit (8) selects said control value by using said first, second, third and fourth values of the aerodynamic parameter, as well as said first, second and third correctness information. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9, 10, 11)
- and
Specification