Abstract: A structured-light projector including a light source, an optical system for spectral decomposition, an encoding device, an optical system for spectral recombination and an optical system for projection. The encoding device includes a mask that includes a binary encoding matrix pattern formed from 2*n rows and m columns, a sub-pattern defined by the rows “1” to “n” being illuminated by an image of the beam with the wavelength ?min and a sub-pattern defined by the rows “n+1” to “2*n” being illuminated by an image of the beam with a wavelength ?max. The two sub-patterns being identical or complementary, and two neighboring columns each including a different binary encoding from the other.

Abstract: A structured-light projector including a light source, an optical system for spectral decomposition, an encoding device, an optical system for spectral recombination and an optical system for projection. The encoding device includes a mask that includes a binary encoding matrix pattern formed from 2*n rows and m columns, a sub-pattern defined by the rows “1” to “n” being illuminated by an image of the beam with the wavelength ?min and a sub-pattern defined by the rows “n+1” to “2*n” being illuminated by an image of the beam with a wavelength ?max. The two sub-patterns being identical or complementary, and two neighboring columns each including a different binary encoding from the other.

Abstract: A scintillator for an imaging device includes a plate made of a material capable of emitting photons according to an incident radiation. The scintillator further includes at least one block of a second material capable of emitting photons according to the incident radiation. The plate and the block are assembled via the edge of the plate by connecting means that absorbs all or some of the photons emitted by the plate and the block. A scintillator module and an imaging device with such a scintillator, and a method of manufacturing a scintillator are also disclosed.

Abstract: A scintillator for an imaging device includes a plate made of a material capable of emitting photons according to an incident radiation. The scintillator further includes at least one block of a second material capable of emitting photons according to the incident radiation. The plate and the block are assembled via the edge of the plate by connecting means that absorbs all or some of the photons emitted by the plate and the block. A scintillator module and an imaging device with such a scintillator, and a method of manufacturing a scintillator are also disclosed.