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5 results about "First light" patented technology

In astronomy, first light is the first use of a telescope (or, in general, a new instrument) to take an astronomical image after it has been constructed. This is often not the first viewing using the telescope; optical tests will probably have been performed in daylight to adjust the components.

Projector

A present disclosure relates to a projector including a light source, an excitation light source, a wavelength converter, a collimator system that parallelizes fluorescence outputted from the wavelength converter, a light separator that separates the fluorescence into second light and third light, a correction lens provided in an optical path of the second or third light, a superimposing lens, a light modulator having a plurality of pixels each including first, second, and third sub-pixels, a microlens array including a plurality of microlenses corresponding to the plurality of pixels, and a projection optical apparatus. First light is incident on a first position on the superimposing lens, the second light is incident on a second position on the superimposing lens, the third light is incident on a third position on the superimposing lens The first light passes through the microlenses and is incident on the first sub-pixels. The second light passes through the microlenses and is incident on the second sub-pixels. The third light passes through the microlenses and is incident on the third sub-pixels.
Owner:SEIKO EPSON CORP

Optical body system for combining optical paths

PendingCN114353743AOptimize structure sizeSimple structureOptical rangefindersOptical elementsLight beamFirst light
The invention discloses an optical main body system for combining light paths, which comprises an optical main body seat, distance measuring modules and a light path adjusting module, the distance measuring modules at least comprise a first distance measuring module and a second distance measuring module, the first distance measuring module comprises a first generating unit for generating a first light beam and a first emitting unit for emitting the first light beam, and the second distance measuring module comprises a second emitting unit for emitting the second light beam; the second distance measuring module comprises a second generating unit for generating a second light beam and a second emitting unit for emitting the second light beam; the light path adjusting module comprises a merging unit and a plurality of reflection units, the reflection units comprise a first reflection unit used for reflecting a first light beam to a preset path and a second reflection unit used for reflecting a second light beam to the preset path, and the merging unit is arranged on the preset path; and configured to transmit the first light beam while reflecting the second light beam to combine the first light beam and the second light beam. According to the present disclosure, it is possible to provide an optical body system that optimizes the structural size of a coordinate measuring instrument and simplifies the optical path structure.
Owner:CHOTEST TECH INC

Optical system and plane spectroscopic device

ActiveUS20220196997A1Color/spectral properties measurementsSpectrometry/spectrophotometry/monochromatorsLight fluxLight beam
An optical system to divide a light flux from an object plane includes a first curved-surface mirror, and second, third, and fourth reflecting portions. The second reflecting portion divides and reflects light flux from the first curved-surface mirror to respective different positions on the first curved-surface mirror as first light fluxes. The third reflecting portion reflects, as third light fluxes, the first light fluxes. The fourth reflecting portion reflects the third light fluxes from the third reflecting portion. A number of reflective surfaces of each of the third and fourth reflecting portions on which the first and third light fluxes are incident is the same as a division number in the dividing of the light flux into the second light fluxes. The first and third light fluxes are reflected by the respective third and fourth reflecting portions to be image-formed so that divided images of the object plane are formed.
Owner:CANON KK
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