View source for 18292611. FAN MODULE HAVING VARIABLE-PITCH BLADES simplified abstract (SAFRAN AIRCRAFT ENGINES)

=FAN MODULE HAVING VARIABLE-PITCH BLADES=


==Organization Name==

[[:Category:SAFRAN AIRCRAFT ENGINES|SAFRAN AIRCRAFT ENGINES]]


[[Category:SAFRAN AIRCRAFT ENGINES]]

==Inventor(s)==

[[:Category:Ceddric Beljambe of MOISSY-CRAMAYEL (FR)|Ceddric Beljambe of MOISSY-CRAMAYEL (FR)]][[Category:Ceddric Beljambe of MOISSY-CRAMAYEL (FR)]]

[[:Category:Gilles Alain Marie Charier of MOISSY-CRAMAYEL (FR)|Gilles Alain Marie Charier of MOISSY-CRAMAYEL (FR)]][[Category:Gilles Alain Marie Charier of MOISSY-CRAMAYEL (FR)]]

[[:Category:Jean Charles Olivier Roda of MOISSY-CRAMAYEL (FR)|Jean Charles Olivier Roda of MOISSY-CRAMAYEL (FR)]][[Category:Jean Charles Olivier Roda of MOISSY-CRAMAYEL (FR)]]

==FAN MODULE HAVING VARIABLE-PITCH BLADES - A simplified explanation of the abstract==


This abstract first appeared for US patent application 18292611 titled 'FAN MODULE HAVING VARIABLE-PITCH BLADES

'''Simplified Explanation''': 

This patent application describes a fan module with variable-pitch blades for use in a propulsion unit. The module includes a pitch-changing system with an annular actuator and a linking mechanism to adjust the blade pitch.

* The fan module is designed for use with a propulsion unit.
* It features variable-pitch blades for optimal performance.
* The pitch-changing system includes an annular actuator and a linking mechanism.
* The linking mechanism is connected to the blades and controlled by the actuator.
* A feathering device with fly-weights and connecting rods is also included.

'''Potential Applications''':

The technology can be applied in aircraft engines, marine propulsion systems, and industrial fans where variable blade pitch is beneficial.

'''Problems Solved''':

This technology addresses the need for efficient and flexible blade pitch control in propulsion systems, improving overall performance and fuel efficiency.

'''Benefits''':

The variable-pitch blades allow for optimized performance in different operating conditions, leading to increased efficiency and reduced fuel consumption.

'''Commercial Applications''''':

Potential commercial applications include aircraft engines, marine propulsion systems, and industrial fans where precise blade pitch control is essential for performance and efficiency.

'''Prior Art''':

Prior art related to this technology may include patents or research on variable-pitch blade systems in propulsion units.

'''Frequently Updated Research''':

Researchers may be exploring advancements in variable-pitch blade technology for propulsion systems to further enhance efficiency and performance.

'''Questions about Variable-Pitch Blade Technology''':
1. How does variable-pitch blade technology improve the performance of propulsion units?
2. What are the key factors to consider when implementing variable-pitch blade systems in different applications?


==Original Abstract Submitted==

A fan module having variable-pitch blades is configured for use with for a propulsion unit having a longitudinal axis. The fan module includes a rotary casing carrying the blades and a pitch-changing system. The pitch-changing system includes a control device that includes an annular actuator having a stationary body added onto the rotary casing and a body configured to translate with respect to the stationary body along the longitudinal axis. A linking mechanism includes a synchronizing ring coupled to the mobile body, connected to the blades and configured to be translated along the longitudinal axis by the mobile body so as to change the pitch of the blades. A feathering device includes fly-weights coupled to the ring by a connecting rod of which the ends include ball-and-socket joints.



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