The light includes ultraviolet light, visible light, and infrared light.
Light from a light source 10 is split into test light and reference light.
The light reflecting face (150) reflects a first light toward the light exiting face (160) to transform the first light into a second light.
A light input window couples luminescent light into said light conducting layer, and a light output window couples light out from said light conducting layer.
When the light emitter does not emit light, the color of the light emitted by the light source is determined by the reflected ambient light, light of the second color and light of the third color.
The spike member defines a vent lumen and a fluid lumen spaced from the vent lumen with each of the vent lumen and the fluid lumen having a distal opening.
Upon receiving the light projected from the light projector (26) and passed through the door opening (6), a light receiver (28) generates a light reception signal.
The light source assembly includes a light source and a light window.
The first light and the converted light are mixed, and illuminating light is emitted.
In one example, the first light is blue light while the second light is white light.
That is, the exciting light travels as the transmitted light, the reflected light, or the surface propagating light.
Generation of white light with mixed blue and yellow light.
They are an intake port (61), compression port (62), expansion port (72), and exhaust port (74).
The light shielding portion (20) shields the red light and the green light.
A light source, multiple light-receiving means having a light-receiving unit which directly receives light emitted from the light source, and a means for supporting the light-receiving means are prepared.
A particular light detector among a plurality of light detectors that has received light from the light reflective portion is identified.
The light guide portion has a light reflection surface and a light emission surface.
The tubing has a central lumen, a middle lumen that surrounds the central lumen and an outer lumen that surrounds the middle lumen.
The medical device may also contain a second active lumen, wherein the first active lumen is an inlet lumen and the second active lumen is an outlet lumen.
The hemodialysis catheter has a proximal lumen (2), the arterial lumen, and a distal lumen (3), the venous lumen.
The lumen includes a proximal lumen section, a distal lumen section, and an intermediate lumen section extending between the proximal and distal lumen sections.
The two lumina may be an outer lumen (4) and an inner lumen (5), the inner lumen (5) extending within the outer lumen (4).
The light travels through the light-injection apertures and into a front light guide.
The optical aperture (22) refracts the directed light from the light director (16) to the light receptor (14).
Therein, a light emitting source comprises a light emitting surface and an aperture is arranged within a path of light from the light emitting source.
A light source (20) within the light box (2) provides light through a front aperture (12).
The light source is a light-emitting diode that emits light, and a fraction of that light will exit the light-recycling envelope through an aperture.
The light-sensing system comprises a light channel (40) for guiding light substantially parallel to a central axis of the light channel towards a light exit window of the light channel.
The individual measured light components (total light, electric light and external light) are transmitted to the window treatment controller (103) and the electric light controller (102).
The light exit window (110) emits light with the skylight appearance.
The light- sensing system further comprises a light sensor (50) configured to sense at least part of the light emitted by the light exit window of the light channel.
The light source emits light into the light-mixing chamber in a direction substantially parallel to the light-exit window.
Each light concentrator is fixed relative to the light receiver that receives light from that light concentrator.
The first beam of light is comprised of red and blue light while the second beam is comprised of green and near infrared light.
The light guide has a light output surface and guides the received input light to this light output surface, where the light exits from the light guide.
The light guide is to guide light from a light source.
The light splitting unit splits the light produced from the light source unit into at least reference light and measurement light.
The white light source provides white light to the light guide plate.
The light guide can be provided with light turning features that redirect light out of the light guide.
The light emitter may comprise a light guide that receives light from a light source or a light source that is affixed to a substrate used to position the light source over the wound.
The light source of the exciting light is used to produce the exciting light.
The said first light, second light and third light are lights of three primary colors.
Nature of light; speed of light
A light source generates light.
The light from the source of light is emitted passing through the light control lens.
The light detector layer has a light detecting element that receives light channeled by the light guide.
The light source emits an illumination light.
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