45results about How to "Reduce interference fringes" patented technology

A combination to minimize moiré can be determined theoretically or empirically in four-color printing, but it is very difficult to find a combination to minimize moiré in printing using five or more colors. To solve this problem, image data is color-separated into image data corresponding to plural colorant. Multilevel dither processing is performed to the image data corresponding to the plural colorant. At this time, dither matrices having the same screen angle, the same screen ruling, and different threshold setting methods are applied to the respective image data corresponding to dark colorant and light colorant having the same hue and different lightness values.

An optical arrangement for illuminating a surface of a biosensor is described. The biosensor is preferably a sensor having periodic surface grating structure. The arrangement includes a light source generating light, collimating optics for collimating the light from the light source, and first reflecting surface receiving light from the collimating optics and directing incident light onto a surface of the biosensor and a second spatially separated reflecting surface receiving light reflected from the surface of the biosensor. The arrangement further includes telecentric optics (e.g., telecentric lens) receiving light from the second surface of the prism. The telecentric lens directs light onto an entrance slit of a spectrometer. The arrangement increases the light collection efficiency at the spectrometer as compared to prior art to prior art arrangements. The use of an incoherent light source and an arrangement in which incident light impinges upon the biosensor surface at a non-normal angle of incidence parallel to the direction of the grating lines on the sensor eliminates undesirable interference fringes in peak wavelength value measurements of the sensor.

A resin film with pressure-sensitive adhesive layer of the invention includes a first transparent resin film, an oligomer blocking layer, and a pressure-sensitive adhesive layer laminated in this order, wherein the oligomer blocking layer is a cured layer formed by curing a composition containing a curable compound and inorganic oxide particles, the oligomer blocking layer has a thickness of 120 nm or more, the oligomer blocking layer has a refractive index difference of 0.04 or less from the pressure-sensitive adhesive layer, and an anchoring strength between the oligomer blocking layer and the pressure-sensitive adhesive layer is 1 N/25 mm or more.

The resin film with pressure-sensitive adhesive layer can prevents the oligomer blocking layer from causing interference fringes, in which even when made thin, the oligomer blocking layer satisfies the requirements including oligomer blocking properties and scratch resistance, and also has good adhesion to the pressure-sensitive adhesive layer.

The present invention relates to a rotationally asymmetric chaotic optical multi-pass cavity useful in optical gas sensing spectroscopy, optical delay lines, and laser amplification systems, for example. The cavity may include a single closed mirror having a light reflective surface that is deformed in two orthogonal directions and more particularly, but not exclusively, in the shape of a quadrupole in both horizontal and vertical planes. The cavity includes a light entry port and a light exit port which may be the same or separate ports, as well as a gas inlet and a gas outlet. The optical path length, the beam divergence rate, and the spot pattern are controlled by selecting the cavity deformation coefficients and the input beam direction to achieve the desired beam path and beam quality.

An optical substrate having a structured light output surface that comprises rows of laterally arranged snaking, wavy or meandering longitudinal prism structures. The prism structures at the light output surface may be viewed as comprising rows of laterally meandering longitudinal prisms and/or sections of curved segments coupled end-to-end to form the overall meandering longitudinal prism structures. The laterally meandering rows of longitudinal prism structures are arranged in parallel laterally (side-by-side), defining parallel peaks and valleys (a facet is defined between each adjacent peak and valley). In one embodiment, the lateral waviness is regular with a constant or variable wavelength and/or wave amplitude (or extent of lateral deformation). The lateral waviness may generally follow a sinusoidal profile, or other curved profile. The structured light output surface may further include varying peak heights along each wavy prism structure and/or pre-defined structural irregularities such as non-facet flat section distributed in the structure surface.

The invention discloses a method for detecting the content of substitutional carbon and interstitial oxygen in monocrystalline silicon, and belongs to the field of semiconductor material examination and analysis. The method includes the steps that a reference silicon wafer and a sample silicon wafer are placed on a sample fixing rack for repeated transmission-reflection measuring accessories, and p-linear polarization infrared beams are used for executing N times of the transmission-reflection process; the p-linear polarization infrared beams arrive at an infrared detector, infrared absorption spectrograms are obtained, the difference value of the absorbance of the position where the absorption peak of the substitutional carbon and the interstitial oxygen on the infrared spectrogram of the sample silicon wafer is located and the absorbance of the position where the absorption peak of the substitutional carbon and the interstitial oxygen on the infrared spectrogram of the reference silicon wafer is located is calculated, namely the absorbance of the substitutional carbon and the interstitial oxygen in the sample silicon wafer is obtained; the concentration of the substitutional carbon and the interstitial oxygen can be obtained according to the one-time Brewster infrared transmission equation and the Lambert-Beer law. By the adoption of the method, the monocrystalline silicon with the thickness being 0.1-2.0 mm can be measured, and the measuring accuracy is high.

A white light emitted from a light source is homogenized by an integrator optical system, transmitted through a color polarizer (113) to be turned into an R light and a G light of a P polarized light, and transmitted through a color polarizer (118) to be turned into a G light of an S polarized light and an R light of a P polarized light. These R light and G light are subjected to light modulation in a reflection type spatial light modulation element for G and a reflection type spatial light modulation element for R arranged at unequal distances from a polarization split surface of a polarizing beam splitter (103), and emitted from a projection lens having an axial chromatic aberration corresponding to the unequal distances.

The invention provides a display device which comprises a display panel and a lens. The display panel is sequentially provided with a fixed pixel region, a shaded pixel region and a boundary region from center to edge, wherein the fixed pixel region is provided with a plurality of fixed pixels; the shaded pixel region is provided with a plurality of shaded pixel sets; and the width of the plurality of the shaded pixel sets is a first descending number sequence. The lens is provided with a shaded foci part and a flat part, wherein the flat part is arranged aligning to the fixed pixel region; the shaded foci part is arranged corresponding to the boundary region and the shaded pixel region; and the foci of the shaded foci part corresponding to the plurality of the shaded pixel sets is a second descending number sequence.

The invention discloses a touch control display device. The touch control display device comprises a touch control electrode structure and a display module. The display module comprises an upper substrate, a lower substrate and a color filter. The color filter is arranged on one side, which is close to the lower substrate, of the upper substrate, wherein the touch control electrode structure comprises a first sensing electrode made of a metal grid line; and the first sensing electrode is arranged on the surface, which is located on one side opposite to the color filter, of the upper substrate, and is in direct contact with the same. The invention further provides a color filter substrate with the touch control electrode structure on the surface.

Optical devices such as eyeglass lenses and digital displays having improved optical characteristics achieved, in part, through incorporation of an index matching system between material layers having different refractive indices.

The invention provides an interference line treatment technology of a backlight product used for smoothing out the interference line after the backlight product passes through an LCD to improve the display effect of an LCD panel. The invention comprises an intensifying film. The angle of the intensifying film is adjusted to 15 degrees, 30 degrees or 45 degrees from the conventional angle of 6 degrees or 94 degrees according to the angel of LCD combined with backlight, or the intensifying film selects the sawing distance of 90/20 or 90/50, so the angle of the intensifying film is matched with the angle of an LCD polaroid, thus achieving the aim of smoothing out the interference line. In addition, by adopting the interference line treatment technology, the brightness of the product can be increased; cost can be saved and the market competitive strength of the product is improved.

The invention provides a touch control display panel. The touch control display panel comprises a display substrate, a touch control sensing layer and an upper polarizer. The touch control sensing layer is located at the upper part of the display substrate, and the touch control sensing layer is used for sensing the touch control position. The upper polarizer is located at the surface of a back display substrate of the touch sensing level, and comprises a haze pressure-sensitive adhesive layer. The invention further provides a touch control display device using the touch control display panel. The touch control display panel and the upper polarizer of the touch control display device comprise the haze pressure sensitive adhesive layer, so that the interference stripe between the touch control sensing layer and the display substrate is reduced, the display quality is improved; moreover, it is beneficial for light and thin design of a product.

The present invention discloses a light directing film comprising a first structured major surface, a second major surface opposite to the first structured major surface, wherein the first structured major surface comprises a first prism element and a second prism element meandering in a wary manner.

The present invention provides a sheet for three-dimensional molding, said sheet having excellent scratch resistance and moldability and effectively suppressing interference fringes. Provided is a sheet for three-dimensional molding, said sheet having at least a surface protection layer laminated upon a substrate, wherein the surface protection layer is formed from a cured product of a resin composition that includes an ionizing radiation-curable resin and inorganic particles having an average particle size of 100 nm or more, and the content of the inorganic particles in the surface protection layer is 40 mass % or more.