Method and device for determining the orientation of a solid
AssigneeSextant Avionique
InventorsPatrick Lach, Jean-Blaise Migozzi
Life of this patent
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AssigneeSextant Avionique
InventorsPatrick Lach, Jean-Blaise Migozzi
Estimating the term…
In an optical device for determining parameters that give the orientation of any solid within a given space, a first solid is fitted with at least one single-beam device producing a beam of light rays substantially parallel to a direction u.sub.i known in a coordinate system R.sub.s bound to the first solid, said beam of light rays containing an item of information that enables direction u.sub.i to be determined, and a second solid is fitted with at least one elementary sensor capable of picking up light rays originating substantially from a direction parallel to V.sub.j known in a coordinate system R.sub.o ; each sensor includes means for reading the information in the beam it has picked up when directions u.sub.i and V.sub.j correspond and the information thus read is processed to extract the parameters giving the orientation of coordinate system R.sub.s relative to coordinate system R.sub.o. One valuable application of the invention relates to the orientation of the headset of an aircraft or helicopter pilot relative to the pilot's cabin.
An optical method for determining parameters giving the orientation of a coordinate system R.sub.s bound to a first solid with respect to a second coordinate system R.sub.o bound to a second solid constituting a reference, independently of the position of coordinate system R.sub.s within coordinate system R.sub.o comprising the steps of:
An optical device for determining parameters giving the orientation of a coordinate system R.sub.s bound to a first solid with respect to a second coordinate system R.sub.o bound to a second solid constituting a reference, independently of the position of coordinate system R.sub.s in coordinate system R.sub.o comprising:
Dependencies are inferred from the claim text.