B64D15/08

Advanced inlet design

A compact inlet design including a single bulkhead and/or an acoustic panel extending into nacelle lip region for noise reduction.

Advanced inlet design

A compact inlet design including a single bulkhead and/or an acoustic panel extending into nacelle lip region for noise reduction.

FLUID ICE PROTECTION SYSTEM FLOW CONDUCTIVITY SENSOR
20190176995 · 2019-06-13 · ·

Method and system to sense ice protection fluid and verify a Fluid Ice Protection System (FIPS) is distributing the ice protection fluid correctly.

FLUID ICE PROTECTION SYSTEM FLOW CONDUCTIVITY SENSOR
20190176995 · 2019-06-13 · ·

Method and system to sense ice protection fluid and verify a Fluid Ice Protection System (FIPS) is distributing the ice protection fluid correctly.

SURFACE STRUCTURE HAVING FUNCTION FREEZING DELAY AND ICING LAYER SEPARATION AND MANUFACTURING METHOD THEREOF

Provided is a surface structure having freezing-delaying performance and freezing layer-separating performance. The surface structure includes a microstructural layer formed in the form of microscale irregularities and a plurality of nanopores formed in the microstructural layer. A freezing-delaying layer is formed on a surface of the microstructural layer to delay a freezing phenomenon. Also, a hygroscopic material is accommodated in the nanopores, so that when a surface of the freezing-delaying layer starts to freeze, the hygroscopic material is discharged from the nanopores to form a hygroscopic material film, and thus adhesion between the freezing-delaying layer and ice is reduced to allow the ice to be detached from the freezing-delaying layer.

SURFACE STRUCTURE HAVING FUNCTION FREEZING DELAY AND ICING LAYER SEPARATION AND MANUFACTURING METHOD THEREOF

Provided is a surface structure having freezing-delaying performance and freezing layer-separating performance. The surface structure includes a microstructural layer formed in the form of microscale irregularities and a plurality of nanopores formed in the microstructural layer. A freezing-delaying layer is formed on a surface of the microstructural layer to delay a freezing phenomenon. Also, a hygroscopic material is accommodated in the nanopores, so that when a surface of the freezing-delaying layer starts to freeze, the hygroscopic material is discharged from the nanopores to form a hygroscopic material film, and thus adhesion between the freezing-delaying layer and ice is reduced to allow the ice to be detached from the freezing-delaying layer.

Fluid ice protection system flow conductivity sensor
10252808 · 2019-04-09 · ·

Method and system to sense ice protection fluid and verify a Fluid Ice Protection System (FIPS) is distributing the ice protection fluid correctly.

Fluid ice protection system flow conductivity sensor
10252808 · 2019-04-09 · ·

Method and system to sense ice protection fluid and verify a Fluid Ice Protection System (FIPS) is distributing the ice protection fluid correctly.

COMBINED FLUID ICE PROTECTION AND ELECTRONIC COOLING SYSTEM
20190100319 · 2019-04-04 · ·

A method and apparatus combining an aircraft wing and engine ice protection system with an aircraft electronic cooling system

COMBINED FLUID ICE PROTECTION AND ELECTRONIC COOLING SYSTEM
20190100319 · 2019-04-04 · ·

A method and apparatus combining an aircraft wing and engine ice protection system with an aircraft electronic cooling system