119results about How to "Large amount of light" patented technology

A displaying apparatus including: a panel substrate; a plurality of light emitting devices arranged on the panel substrate; and at least one connection tip disposed on one surface of each of the light emitting devices. Each of the light emitting devices includes a light emitting structure including a first conductivity type semiconductor layer, a second conductivity type semiconductor layer, and an active layer interposed between the first and second conductivity type semiconductor layers; and first and second electrode pads disposed on the light emitting structure.

The present invention discloses a dual-core focusing image sensor and focusing method thereof, and an imaging device. The dual-core focusing image sensor comprises a photosensitive unit array, a filtering unit array arranged on the photosensitive unit array, and a micro-lens array located on the filtering unit array; and the micro-lens array comprises first micro lenses and second micro lenses, one first micro lens covers one white filtering unit, one white filtering unit covers one focusing photosensitive unit, the area of one white filtering unit is half of the area of one focusing photosensitive unit, and one second micro lens covers one dual-core focusing photosensitive pixel. The dual-core focusing image sensor provided by the embodiment of the invention can increase the light transmission amount of the focusing pixels and provide hardware basis for improving the focusing speed in the low light environment and ensuring the image quality color recovery accuracy.

The stacked scintillator panel according to the present invention is comprised of stacking a plurality of panels 1, 2, 3, 4, having scintillator 1b, 2b, 3b, and 4b deposited by vapor deposition on substrates 1a, 2a, 3a, and 4a for crystal deposition. Each of the substrates 1a, 2a, 3a, and 4a is a light transmitting substrate that transmits at least a portion of the wavelength range of the light emitted from the corresponding scintillator 1b, 2b, 3b, or 4b upon radiation incidence.

There is provided a hydrogen production device which is high in the light use efficiency and can produce hydrogen with high efficiency without decreasing the hydrogen generation rate.The hydrogen production device according to the present invention comprises: a photoelectric conversion part having a light acceptance surface and a back surface; a first gas generation part and a second gas generation part provided on the back surface, wherein one of the first gas generation part and the second gas generation part is a hydrogen generation part to generate H2 from an electrolytic solution, and the other thereof is an oxygen generation part to generate O2 from the electrolytic solution, and at least one of the first gas generation part and the second gas generation part is plural, and the photoelectric conversion part is electrically connected to the first gas generation part and the second gas generation part so that an electromotive force generated by a light acceptance of the photoelectric conversion part is supplied to the first gas generation part and the second gas generation part.

There is provided a hydrogen production device high in light use efficiency and capable of producing hydrogen with high efficiency.The hydrogen production device according to the present invention includes a photoelectric conversion part having a light acceptance surface and a back surface, a first gas generation part provided on the back surface, and a second gas generation part provided on the back surface, in which one of the first gas generation part and the second gas generation part is a hydrogen generation part to generate H2 from an electrolytic solution, another one thereof is an oxygen generation part to generate O2 from the electrolytic solution, the first gas generation part is electrically connected to the back surface, and the second gas generation part is electrically connected to the light acceptance surface via a first conductive part.

Provided is a liquid crystal display device of VAIPS mode, which uses a liquid crystal material having negative dielectric anisotropy (Δ∈<0), and has a high response speed, a wide viewing angle, a high transmittance at the time of light transmission, a high black level at the time of light blockage, and an excellent contrast ratio. Disclosed is a liquid crystal display device including a first substrate, a second substrate, and a liquid crystal composition layer having negative dielectric constant, which is interposed between the first substrate and the second substrate, the liquid crystal display device being an electro-optical display device which has a plurality of pixels, and in which each of the pixels is independently controllable and has a pair of a pixel electrode and a common electrode, the two electrodes are provided on at least one substrate of the first substrate and the second substrate, and the long axis of the liquid crystal molecules of the liquid crystal composition layer is in a substantial vertical alignment or a hybrid alignment with respect to the substrate surface.

The invention relates to the field of hyperspectral imager technology, in particular to a hyperspectral full polarization imager based on acousto-optic filtering and electro-optical phase modulation. The hyperspectral full polarization imager is an imaging device combining hyperspectral imaging and full polarization imaging, and relates to a method for simultaneous detection and acquisition of the space, spectral and polarization information of an observed object. The hyperspectral full polarization imager is based on an acousto-optic tunable filter for splitting and a DKDP longitudinal electro-optical phase modulator for polarization detection; and comprises a front imaging lens used for collection, collimation and contraction of radiation, reflection, scattering and transmission light of the object under test and primary imaging to an AOTF; DKDP longitudinal electro-optical phase modulators for phase modulation; the AOTF for filtering and polarization detection; a light shielding plate for shielding 0-level and +1-level diffracted light through the AOTF; a secondary imaging conduction lens for secondary imaging of -1-level diffracted light to a planar array imaging CCD; and a control computer. The invention is mainly used in the field of a hyperspectral imager.

A biochip cartridge has a vessel and a lid portion having a plurality of microlenses. A biochip having a plurality of sites is provided in the vessel. The plurality of sites are to be disposed at the same pitches as the microlenses. Excitation light is applied to each of the sites through each microlens corresponding to each site, and fluorescence generated from each site passes through a microlens corresponding to each site.

The application provides an optical imaging lens group. The optical imaging lens group comprises a first lens, a second lens, a third lens, a fourth lens, a fifth lens, a sixth lens, a seventh lens and an eighth lens in sequence along an optical axis from an object side to an image side. The first lens has a focal power, the second lens has a positive focal power, the third lens has a focal powerand an image side surface thereof is a convex surface, the fourth lens has a negative focal power, the fifth lens has a focal power, the sixth lens has a focal power and an object side surface thereofis a concave surface and an image side surface thereof is a convex surface, the seventh lens has a positive focal power, and the eighth lens has a focal power.

The invention discloses a dual-core focusing image sensor, and a focusing control method and an imaging device thereof. The dual-core focusing image sensor comprises a photosensitive unit array, a filtering unit array arranged on the photosensitive unit array, and a micro lens array located on the filtering unit array, wherein the micro lens array comprises a first micro lens and a second micro lens, one first micro lens covers one white filtering unit, one white filtering unit covers one focusing photosensitive unit, the focusing photosensitive unit comprises N*N photosensitive pixels, each photosensitive pixel corresponding to a photodiode, the photodiode is fan-shaped, and one second micro lens covers one dual-core focusing photosensitive pixel. The dual-core focusing image sensor in the embodiment of the invention can increase the quantity of light of the focusing pixels and provide a hardware foundation for improving the focusing speed in a low light environment.

The purpose of the present invention is to provide a rod lens array, which has a deep depth of focus and a small depth of focus spot. The present invention provides a rod lens array that is equipped with at least one line of rod lenses between two substrates, said line of rod lenses having a plurality of columnar rod lenses wherein the refractive index decreases toward the outer periphery from the center, said rod lenses being arranged in such a manner that the center axes of the rod lenses are substantially parallel to each other. The rod lens array is characterized in that the average value (DOFave) of the depth of focus (DOF) is at least 0.9 mm, and the depth of focus spot (DOFcv) in the scanning direction of the line of rod lenses is not more than 12%.

A light emitting device 100 has a light emitting layer portion 9 which comprises an active layer 5 composed of an MgxZn1-xO-type oxide semiconductor, a p-type cladding layer 6 again composed of an MgxZn1-xO-type oxide semiconductor, and an n-type cladding layer 3. On the p-type cladding layer 6 of the light emitting layer portion 9, a light extraction layer 7 is configured using an oxide, where the light extraction layer 7 has a refractive index at a dominant emission wavelength of light extracted from the active layer 5 smaller than that of the cladding layers 3,6. This makes it possible to efficiently extract the light emitted from the light emitting layer portion 9 to the external of the light emitting device 100. This is it successful in providing a high-light-extraction-efficiency light emitting device having the light emitting layer portion composed of an oxide semiconductor, and a method of fabricating the same.

Violet narrowband light Vn and green narrowband light Gn produced by a light source device are supplied to a complementary color type endoscope, and simultaneously applied to an observation object. In a complementary color type imaging device, first mixed pixels and second mixed pixels, which sense both of the violet narrowband light Vn and the green narrowband light Gn, are read out. The light amount ratio Z of the violet narrowband light Vn to the green narrowband light Gn is set in such a range as to make the light amount of the violet narrowband light Vn larger than the light amount of the green narrowband light Gn, and make a signal value of the second mixed pixel higher than a signal value of the first mixed pixel.

A convertible roof includes an outer cover with a recess defined therein. The roof has a front roof edge which joins the windshield frame when the convertible roof is in a closed position. The front region of the roof includes a rigid assembly disposed under the cover. The rigid assembly includes a frame part. A sun roof part is received in the recess defined by the cover and is openable to a position raised out of a plane defined by the roof cover. The recess defined by the cover is open to the front.

The invention discloses a remote laser night-viewing device. The invention adopts a technical scheme that: the remote laser night-viewing device comprises a shell and a laser illuminator arranged in the shell, wherein a telephoto lens and an integral camera are fixedly arranged in the shell; a main controller is also arranged in the shell; and the main controller can control the zoom focusing of the integral camera and the telephoto lens, the video intelligent switch between the integral camera and the telephoto lens, and the size of laser spots. The device takes full use of the advantages of large remote light transmission and good image quality of the telephoto lens, embodies the characteristics of wide close-distance observation range and clear images of the integral camera, and greatly reduces the production cost on the premise of realizing remote night-viewing monitoring.

The invention discloses an optical imaging lens, which sequentially comprises a first lens with positive focal power, a second lens, a third lens, a fourth lens, a fifth lens whose image side surfaceis a concave surface, a sixth lens with positive focal power, a seven lens with negative focal power, the object side surface of the seventh lens being a convex surface, and the image side surface ofthe seventh lens being a concave surface, from an object side to an image side along an optical axis. Half ImgH of the diagonal length of the effective pixel area on the imaging surface, the entrancepupil diameter (EPD) of the optical lens and the total effective focal length f of the optical imaging lens can meet the condition that ImgH * EPD / f is larger than 3.5 mm.

The invention relates to a telephoto type super-large image plane high definition lens and an installation method thereof. The mechanical structure of the lens comprises a main lens barrel, a rear lens barrel and a CCD assembly, which are sequentially disposed on a base plate from left to right. The main lens barrel and the rear lens barrel are connected via a diaphragm stand. An optical system of the lens comprises a front fixed unit A with positive focal power focal, a focusing unit B with negative focal power, a variable diaphragm C and a rear fixed unit D with positive focal power, which are disposed along an optical path in an incident direction from left to right. The front fixed unit A and the focusing unit B are disposed in the main lens barrel, and the rear fixed unit D is disposed in the rear lens barrel. The ratio of the optical overall length of the lens to the system focal length is less than 0.56, and is far smaller than that of a general telephoto type refraction system. The telephoto type super-large image plane high definition lens overcomes the disadvantages that a telephoto type structure has off axis aberration that is difficult to correct and cannot adapt to large target surface imaging. The imaging target surface of the lens reaches 44mm, so the optical information collection capability of the lens is substantially enhances. The lens has the characteristics of large light quantity and high resolution, and can match a high-definition camera.

The invention discloses a dual-core focusing image sensor, a focusing control method of the dual-core focusing image sensor, and an imaging device. The dual-core focusing image sensor comprises a photosensitive unit array, a filtering unit array arranged on the photosensitive unit array and a micro lens array located on the filtering unit array, wherein the micro lens array comprises a first micro lens and a second micro lens, one first micro lens covers one white filtering unit, one white filtering unit covers one focusing photosensitive unit, and one second micro lens covers one dual-core focusing photosensitive pixel. The dual-core focusing image sensor provided by the embodiment of the invention can increase the amount of light of the focusing pixels and provide a hardware foundation for improving the focusing speed in a low light environment.

In order to enhance the power generation efficiency of a solar battery, the solar battery is formed to have a configuration in which a sealing material sheet formed of a sealing material having a wavelength conversion material mixed therein and having a thickness (c) is disposed between a front glass having an antireflection film and a solar battery cell; the wavelength conversion material is a needle fluorescent substance capable of converting short-wavelength light to long-wavelength light; and when a long diameter and a short diameter of the needle fluorescent substance are defined as “a” and “b”, respectively, there are relations of “a>b” and “a>c”. According to this, more outgoing light from the fluorescent substance can be directed toward the side of the solar battery cell, so that the power generation efficiency can be enhanced.

There is provided a hydrogen production device high in light use efficiency and capable of producing hydrogen with high efficiency.The hydrogen production device according to the present invention includes a photoelectric conversion part having a light acceptance surface and a back surface, a first gas generation part provided on the back surface, and a second gas generation part provided on the back surface, in which one of the first gas generation part and the second gas generation part is a hydrogen generation part to generate H2 from an electrolytic solution, another one thereof is an oxygen generation part to generate O2 from the electrolytic solution, the first gas generation part is electrically connected to the back surface, and the second gas generation part is electrically connected to the light acceptance surface via a first conductive part.

The present invention discloses a wide-field survey telescope Cartesian optical system. The system comprises a primary mirror, a secondary mirror, an optical filter, a shading system, a correction mirror 1, a correction mirror 2 and a correction mirror 3. The shielding system comprises a secondary mirror shading cover and a correction mirror barrel, the middle portion of the primary mirror is provided with a primary mirror center hole, the correction mirror barrel is located in the center hole of the primary mirror, the internal portion of the correction mirror barrel comprises in order from left to right: the correction mirror 1, the correction mirror 2, the optical filter and the correction mirror 3 which are in seal connection; the secondary mirror is located at the left sides of the correction mirror barrel and the primary mirror, the secondary mirror shading cover is located at the right side of the secondary mirror and the secondary mirror shading cover is in seal connection withthe secondary mirror, the external parallel light is reflected through the primary mirror to regulate the direction so as to form reflect light 1, the reflect light is reflected through the secondarymirror to regulate the direction so as to form reflection light 2, and the reflect light passes through the correction mirror 1, the correction mirror 2 and the optical filter and the correction mirror 3 to be transmitted to the detector. The wide-field survey telescope Cartesian optical system can meet high demands such as the large field, the broad band, the high light passing amount and the high ultraviolet transmittance.

A convertible roof includes an outer cover with a recess defined therein. The roof has a front roof edge which joins the windshield frame when the convertible roof is in a closed position. The front region of the roof includes a rigid assembly disposed under the cover. The rigid assembly includes a frame part. A sun roof part is received in the recess defined by the cover and is openable to a position raised out of a plane defined by the roof cover. The recess defined by the cover is open to the front.

The invention provides a high-definition and large-image-surface super starlight prime lens. The high-definition and large-image-surface super starlight prime lens comprises a convex-concave negative-focal-power first lens, a concave-convex negative-focal-power second lens, a positive-focal-power third lens, a biconvex positive-focal-power fourth lens, a biconvex positive-focal-power fifth lens, abiconcave negative-focal-power sixth lens, a biconvex positive-focal-power seventh lens, a concave-convex negative-focal-power eighth lens, a biconvex positive-focal-power ninth lens and a convex-concave positive-focal-power tenth lens which are sequentially arranged from the object space and the image space along an optical axis. The high-definition and large-image-surface super starlight primelens has the advantages that the 10 specially arranged lenses are used, lens parameters are creatively designed, and the prime lens is super-large in light transmission quantity and cable of especially satisfying the monitoring requirements under complex conditions; in addition, under the premise that the F1.0 large light transmission quantity is kept, imaging quality is increased, and the prime lens supports wide field angle of 110 degrees; meanwhile, resolving power can be guaranteed when the prime lens is used in an environment of 40-70 DEG C, and imaging requirements can be satisfied.

The invention provides a night and day intelligent interaction robot having a wide angle high definition night and day camera. A micro shooting lens system of the camera sequentially comprises a front lens set and a back lens set from an object side, wherein the front lens set sequentially comprises a first negative crescent lens with a convex surface facing the object side, a second negative lens, a third negative lens, a fourth positive lens and a fifth negative lens from the object side, the back lens set sequentially comprises a sixth positive lens, a seventh negative lens, an eighth positive lens, a ninth negative lens and a tenth positive lens from the object side. The intelligent interaction robot is advantaged in that the compact structure, a small F number, the wide angle, excellent optical performance and night and day characteristics are realized.

A printing apparatus comprises an ink-jet head which discharges an ink toward a medium, a UV light source, a movement mechanism which moves the medium, and a controller. When the printing mode is selected, the controller controls the ink-jet head to discharge the ink toward the medium, and the controller controls the UV light source to radiate a small amount of the ultraviolet light to cure the ink. When the erasing mode is selected, the controller controls the UV light source to radiate a large amount of the ultraviolet light toward the medium to decolorize the ink. Accordingly, the medium, on which the printing has been once performed, can be reused quickly and reliably. Further, the printing can be performed on a variety of media.

The invention relates to an eight-megapixel ultra-high-resolution wide-angle optical lens. An optical system of the lens comprises a front group A, a diaphragm C, a rear group B and a piece of plate glass L14. The front group A is sequentially provided with a meniscus positive lens L1, a meniscus negative lens L2, a meniscus negative lens L3, a biconcave negative lens L4, a first gluing group formed by tightly connection of a biconvex positive lens L5 and a meniscus negative lens L6, and a meniscus positive lens L7. The rear group B is sequentially provided with a second gluing group formed bya meniscus negative lens L8, a double-convex positive lens L9 and a meniscus negative lens L10, a double-convex positive lens L11, a meniscus positive lens L12, a meniscus negative lens L13 and plateglass L14. According to the invention, the optical structure of the lens is composed of 13 full-glass spherical lenses; no aspheric surface exists; and the cost is low and the assembling is easy. Theeight-megapixel ultra-high-resolution wide-angle optical lens has advantages of ultra-high resolution, large light flux and large field angle; the eight-megapixel imaging requirement is met; and theeight-megapixel ultra-high-resolution wide-angle optical lens can be specially used for capturing object details.

The invention discloses a positioner capable of rotating at multiple angles, and belongs to the technical field of optical device adjusting devices. The positioner capable of rotating at multiple angles can automatically control the rotation angle of an optical device. The positioner capable of rotating at multiple angles comprises a base, a driving assembly, a bearing, a hollow rotary body, a first connecting rod and a second connecting rod. The positioner capable of rotating at multiple angles is compact in size, large in light flux, accurate in positioning, high in repeatability, and capable of automatically controlling the light-permeable optical device to rotate.

Provided is a liquid crystal display device of VAIPS mode, which uses a liquid crystal material having negative dielectric anisotropy (&Dgr;∈<0), and has a high response speed, a wide viewing angle, a high transmittance at the time of light transmission, a high black level at the time of light blockage, and an excellent contrast ratio. Disclosed is a liquid crystal display device including a first substrate, a second substrate, and a liquid crystal composition layer having negative dielectric constant, which is interposed between the first substrate and the second substrate, the liquid crystal display device being an electro-optical display device which has a plurality of pixels, and in which each of the pixels is independently controllable and has a pair of a pixel electrode and a common electrode, the two electrodes are provided on at least one substrate of the first substrate and the second substrate, and the long axis of the liquid crystal molecules of the liquid crystal composition layer is in a substantial vertical alignment or a hybrid alignment with respect to the substrate surface.

The invention discloses a large aperture telephoto lens. The large aperture telephoto lens comprises a first optical lens with positive focal length, a second optical lens with negative focal length,a third optical lens with positive focal length, a fourth optical lens with negative focal length, a diaphragm, a fifth optical lens with positive focal length, a sixth optical lens with positive focal length, and a seventh optical lens with negative focal length which are orderly arranged from an object side to an image side; one surface, towards the object side, of each of the first optical lensand the fourth optical lens is a convexity; one surface, towards the image side, of each of the third optical length and the fourth optical lens is a concavity; the second optical lens and the seventh optical lens are biconcave optical lenses; the first optical lens, the fifth optical lens and the sixth optical lens are biconvex optical lenses; the focal length of the first optical lens is f1, the focal length of the second optical lens is f2, and the entire focal length of the large aperture telephoto lens is f, (f1 / f) is more than 0.55 and less than 0.95, (f1 / f2) is more than -0.98 and lessthan -0.38. Compared with the prior art, the maximum aperture of the large aperture telephoto lens can achieve F1.4, the amount of light is sufficient, and a night vision effect is excellent.

The invention discloses a prime lens, which comprises a first lens with negative focal power, a second lens with negative focal power, a third lens with positive focal power, a fourth lens with positive focal power, a fifth lens with positive focal power, a sixth lens with negative focal power, a seventh lens with negative focal power and an eighth lens with positive focal power which are sequentially arranged along an optical axis from an object side to an image side, wherein the first lens, the second lens, the third lens, the fourth lens, the seventh lens and the eighth lens are all aspherical lenses; both the fifth lens and the sixth lens are spherical lenses; refractive indexes of the first lens, the second lens, the third lens and the eighth lens are between 1.5 and 1.6; refractive indexes of the fourth lens, the sixth lens and the seventh lens are between 1.6 and 1.7; and the refractive index of the fifth lens is between 1.4 and 1.5. The prime lens has the advantages of extra large amount of light flux, ensures that the resolution meets the imaging requirements when used in the environment of -40 DEG C to 80 DEG C, and is suitable to be used under low illumination conditions.