31results about How to "Good color contrast" patented technology

The present invention relates to cameras and other image capture devices. More particularly, the present invention relates to an image capture device having a polarizing filter that reduces reflected light during operation of the image capture device.

An electrochemical biosensor test strip with four new features. The test strip includes an indentation for tactile feel as to the location of the strips sample application port. The sample application port leads to a capillary test chamber, which includes a test reagent. The wet reagent includes from about 0.2% by weight to about 2% by weight polyethylene oxide from about 100 kilodaltons to about 900 kilodaltons mean molecular weight, which makes the dried reagent more hydrophilic and sturdier to strip processing steps, such as mechanical punching, and to mechanical manipulation by the test strip user. The roof of the capillary test chamber includes a transparent or translucent window which operates as a “fill to here” line, thereby identifying when enough test sample (a liquid sample, such as blood) has been added to the test chamber to accurately perform a test. The test strip may further include a notch located at the sample application port. The notch reduces a phenomenon called “dose hesitation”.

A fabrication method of an electrochromic device includes the steps of: providing an upper substrate and a lower substrate, the upper substrate including an upper base layer and an upper transparent conductive layer, the lower substrate including a lower base layer and a lower transparent conductive layer; forming an ion storage layer on a surface of the upper transparent conductive layer, and forming an electrochromic layer on a surface of the lower transparent conductive layer; forming an electrolyte layer on a surface of the electrochromic layer; and oppositely facing and combining the ion storage layer and the electrolyte layer.

The invention relates to a method for manufacturing an electrochromic element, comprising the following steps of: providing a first substrate and a second substrate, wherein the first substrate comprises a first substrate layer and a first transparent conductive layer, and the second substrate comprises a second substrate layer and a second transparent conductive layer; forming an ion storage layer on one surface of the first transparent conductive layer, and forming an electrochromic layer on one surface of the second transparent conductive layer; forming an electrolyte layer on one surface of the electrochromic layer; arranging auxiliary agents between opposite edges of the ion storage layer and the electrolyte layer; enabling the ion storage layer and the electrolyte layer to face to each other and be combined together in an inclined gradually-attaching manner; baking to finish the manufacture of the electrochromic element. According to the electrochromic element provided by the invention, voltage variation is utilized to change the transmittance and color of the electrochromic element so as to isolate infrared rays and harmful light-wave frequencies, and the electrochromic element has lower driving voltage, better color contrast and long color-changing memory effect.

The outer-peripheral coating material of the present invention contains a filler containing a laser-coloring powder containing at least one member selected from the group consisting of a metal and a metal compound each developing a color which differs from the original color when irradiated with a laser beam, and a ceramic powder composed of a ceramic other than the material which constitutes the laser-coloring powder, and a dispersing medium, wherein the filler contains the laser-coloring powder in an amount of 20 to 400 parts by mass relative to 100 parts by mass of the ceramic powder.

A camera system and a method for the observation of objects at a large distance at night or through mist, dust, or rain, at an observation distance of 30 to 40 km, includes a pivotable target tracking mirror, a concave primary mirror with a long range, and a convex secondary mirror, which together form a reflecting telescope. The camera system also includes a Barlow lens system, an IR-sensitive image sensor arranged in the image plane of the reflecting telescope, a controllable high-speed shutter system for the image sensor, controllable IR illuminator to illuminate the object being observed by IR illumination pulses of multiple different colors, and a control device that coordinates control of the IR illuminator and of the high-speed shutter system in order to detect multispectral images captured by means of the image sensor according to a gated viewing technique.

A color filter substrate 304a includes a transparent substrate member 309a, a reflective film 312, coloring elements 316 that are formed on the reflective film 312 and have a plurality of colors, light blocking members 313, and transparent banks 314 that are formed on the reflective film 312 at boundaries between the coloring elements 316. The coloring elements 316 are formed by depositing coloring liquids to deposit portions with an ink jet technology and drying the coloring liquids. The deposit portions are defined by the banks 314 and the light blocking members 313. The transparent banks 314 partially expose the reflective film 312.

The invention discloses a device and a method for multi-region dynamically backlight driving. Light sources having different colors in each backlight sub-region of different sub-screen time regulating backlight modules and each colorful light switch unit (such as different liquid crystal pixels) are switched on or off in a sub-display sub-region corresponding to a display panel. For instance, when a red light source in a sub-backlight sub-region is switched on, the light source can pass by a red light switch unit on a corresponding sub-display sub-region while the red light switch units in other sub-display sub-regions in other adjacent sub-display sub-regions are switched off, thereby preventing the other adjacent sub-display sub-regions from being affected by the red light source. The method is applied to controlling other color light sources and light switches of the display in order to prevent the display of other adjacent sub-display sub-regions from being interfered by a backlight source corresponding to a specific sub-display region, so the light field disturbing effect between adjacent backlight sources is slight and no light separating unit is needed in the backlight sub-region.

A color filter substrate 304a includes a transparent substrate member 309a, a reflective film 312, coloring elements 316 that are formed on the reflective film 312 and have a plurality of colors, light blocking members 313, and transparent banks 314 that are formed on the reflective film 312 at boundaries between the coloring elements 316. The coloring elements 316 are formed by depositing coloring liquids to deposit portions with an ink jet technology and drying the coloring liquids. The deposit portions are defined by the banks 314 and the light blocking members 313. The transparent banks 314 partially expose the reflective film 312.

The invention discloses an impregnation device of decorative paper samples, and belongs to the technical field of impregnation. The impregnation device of decorative paper samples is used for solvingproblems in the prior art that rubber scraping effect of impregnation devices is poor. The impregnation device is controllable in rubber scraping thickness, and rubber scraping is more uniform. The impregnation device of decorative paper samples comprises a housing; a fifth traction roller is arranged in the housing; one horizontal side of the fifth traction roller is provided with a sixth traction roller; the sixth traction roller and the fifth traction roller are connected through a conveyor belt 1; a rubber scraping mechanism is arranged right above the fifth traction roller and the sixth traction roller; the rubber scraping mechanism comprises an elbow pipe; the pipe body of the elbow pipe is contacted with a supporting column fixedly arranged outside the housing; the elbow pipe is capable of rotating around the supporting column; one end of the elbow pipe is connected with a scraping knife, and the other end of the elbow pipe is provided with a projection through contacting; the center of the projection is connected with the housing through hinge joint. According to the impregnation device, the projection is adopted so as to adjust the position of the scraping knife, and control rubber scraping thickness, rubber scraping is more uniform, and it is beneficial for color difference comparison detection of decorative paper samples.

A method for eliminating chromatic aberration caused by an imaging environment and for testing stability of the imaging environment is disclosed, along with a chromatic aberration calibration device for use with the same method. The method serves to detect errors resulting from environmental factors and human factors and, by using a specific measurement distance and angle, eliminate chromatic aberration caused by such factors. Environmental factors include variations of the image capture device itself; the hue, lightness, and chroma of external light; and the distance and angle between the chromatic aberration calibration device and the image capture device. Human factors include operator-related variations, focusing variations, and hand tremor during measurement. When the same chromatic aberration calibration device and imaging environment are used, the method can show color variations caused by the environmental and human factors in the image capture process and thereby determine whether the imaging environment has the expected stability.

A fabrication method of an electrochromic element includes the steps of: providing a first substrate and a second substrate, the first substrate including a first base layer and a first transparent conductive layer, the second substrate including a second base layer and a lower second transparent conductive layer; forming an ion storage layer on a surface of the upper first transparent conductive layer, and forming an electrochromic layer on a surface of the lower second transparent conductive layer; forming an electrolyte layer on a surface of the electrochromic layer; oppositely facing and combining the ion storage layer and the electrolyte layer in a gradually slantly manner by use of an assistant material disposed on corresponding peripheries of the electrolyte layer and the ion storage layer; and drying the combined electrolyte layer and the ion storage layer for complete manufacture of the electrochromic element as a finished product.

A pseudo H&E image producing method, including: inputting a grayscale interference image or a grayscale reflected image of a pathological sample to a first memory block of an information processing apparatus, and inputting a grayscale fluorescence image of the pathological sample to a second memory block of the information processing apparatus; using the information processing apparatus to perform a first color transform operation on the grayscale interference image or the grayscale reflected image to generate a first RGB image, and using the information processing apparatus to perform a second color transform operation on the grayscale fluorescence image to generate a second RGB image; and using the information processing apparatus to perform an image fusion operation and an intensity reversal operation on the first RGB image and the second RGB image to generate a pseudo H&E image. The present invention also discloses an optical system using the method.

Disclosed is a microcapsule composed of a transparent capsule wall material and configured to contain therein color particles selected from among color magnetic pigment particles and color pigment particles, magnetically color-tunable particles, and a solvent, thus exhibiting a superior structural color expression effect compared to a conventional microcapsule, and realizing a full range of colors, thereby enabling use thereof as a print medium.

A pseudo H&E image producing method, including: inputting a grayscale interference image or a grayscale reflected image of a pathological sample to a first memory block of an information processing apparatus, and inputting a grayscale fluorescence image of the pathological sample to a second memory block of the information processing apparatus; using the information processing apparatus to perform a first color transform operation on the grayscale interference image or the grayscale reflected image to generate a first RGB image, and using the information processing apparatus to perform a second color transform operation on the grayscale fluorescence image to generate a second RGB image; and using the information processing apparatus to perform an image fusion operation and an intensity reversal operation on the first RGB image and the second RGB image to generate a pseudo H&E image. The present invention also discloses an optical system using the method.

Embodiments relate to producing micro-image elements on a substrate for a security document, the method comprising: producing a plurality of microstructure units comprising three-dimensionally structured formations in a clear or pale relief layer on the substrate; and applying a coloured ink fluid to the relief layer, wherein the coloured ink fluid accumulates preferentially in regions of high surface curvature on each microstructure unit to provide contrasting areas of different ink density.

According to the present invention, a synthetic resin laminate comprising two transparent synthetic resin layers (A), two or more functional layers (B) having photochromic properties interposed between the two synthetic resin layers (A), and a transparent resin layer (C) interposed between the two or more functional layers (B), wherein the functional layer (B) is a cured layer comprising a photochromic dye and obtained from a diisocyanate and a polyol can be provided.

According to the present invention, a synthetic resin laminate comprising two transparent synthetic resin layers (A), two or more functional layers (B) having photochromic properties interposed between the two synthetic resin layers (A), and a transparent resin layer (C) interposed between the two or more functional layers (B), wherein the functional layer (B) is a cured layer comprising a photochromic dye and obtained from a diisocyanate and a polyol can be provided.

The invention discloses a water standing wave shaking table and a beneficiation method. The water standing wave shaking table includes a machine frame, a shaking table body supporting driving mechanism and a shaking table body. The shaking table body supporting driving mechanism comprises a driving motor, a speed reducer, polished rods, active sliding sleeves, passive sliding sleeves and deflection mechanisms; the polished rods, the active sliding sleeves, the passive sliding sleeves and the deflection mechanisms are in symmetrical arrangement. The polished rods are fixedly connected with themachine frame. The active sliding sleeves and the passive sliding sleeves slidably sleeve the polished rods. The tops of the active sliding sleeves are hinged to the shaking table body, an adjustingmechanism is arranged between the passive sliding sleeves and the shaking table body, and each deflection mechanism includes an eccentric disc and a crank connected with the eccentric disc. The cranksare hinged to the active sliding sleeves, the speed reducer is provided with two output shafts, each output shaft is connected with the corresponding eccentric disc. The water standing wave shaking table is simple in structure and convenient to operate, can recover fine-grained heavy metal particles and is high in recovery efficiency and beneficiation efficiency, no chemical agent is added duringthe beneficiation process, no harm is caused to the environment, and the water standing wave shaking table has broad promotion value.

A method for generating training data for endoscopic applications, in which stored image data comprising individual images or video data from endoscopic procedures / examinations are prepared as training data for machine learning applications. Wherein the method includes: (a) subjecting the image data to an image recognition algorithm for determining: (i) whether the stored image data was captured inside or outside a body, and (ii) whether text information and faces are contained in the stored image data, and (b) subjecting the image data to an image processing algorithm, with which the image data, depending on the result in (a): (i) are anonymized by obscuring or removing text information and faces when the stored image data is determined to have been captured outside of a body, and (ii) are anonymized by obscuring or removing text information when the stored image data is determined to have been captured inside of a body.

The invention discloses a color image contrast information calculation method and device, and belongs to the technical field of computer vision, and the method comprises the steps: calculating the chromaticity information of each pixel point in an image in an HSV color space; calculating brightness information of each pixel point in the image in an RGB color space based on the linear decoloration proportion parameter; calculating color difference information between adjacent pixel points according to the chromaticity information and the brightness information of each pixel point; and taking the pixel points of which the color difference information exceeds a threshold value as difference points, and calculating the contrast of the image based on the color difference information corresponding to the difference points and the number of the difference points. According to the method, the influence of an area with uniform color or nearly uniform color in the original image is small, the color contrast information can be better reserved in the brightness information acquisition process, the influence of adjacent data information with the difference which cannot be visually perceived on the final result is reduced, and the perceptual contrast information of the color image is more favorably expressed.

The invention relates to a convenient-to-identify color metallographic corrosion method for TA2 pure titanium, which comprises the following steps: aiming at the metal structure characteristics of the TA2 pure titanium, selecting an ultrahigh-concentration ammonium bifluoride solution with the mass concentration of about 15-18% as a corrosive agent, and carrying out corrosion treatment on the metal surface in a wiping manner. The method is easy to operate and high in success rate, and the metallographic structure of the TA2 pure titanium can be clearly and accurately presented in a color metallographic mode. The method has the advantages of simple operation, good color contrast, no over-corrosion of the grain boundary and clear, visual and vivid grain combination characteristics, and can better realize the purpose of detecting the TA2 pure titanium color metallographic phase, thereby improving the efficiency and accuracy of metallographic phase detection.

A production method of a double-color thread comprises the following steps: firstly, preparing spunlace composite cloth with different fibers on an upper layer and a lower layer, slitting, and dyeing by adopting bobbin dyeing to obtain the double-color thread with different colors on front and back sides. The front side and the back side of the double-color thread produced through the production method of the double-color thread have different colors, a sweater woven by the double-color thread has the good color collision effect, the complex weaving process during weaving of the two threads is avoided, the weaving difficulty is reduced, the weaving efficiency is improved, and meanwhile, the spunlace composite thread is dyed through a bobbin dyeing method, so that the problem that the spunlace cloth is easy to break and hole in a dyeing process is solved.

The invention discloses a synthetic method of an H&E-like image. The method comprises the following steps: inputting a gray scale interference image or a gray scale reflection image of a to-be-detected sample into a first storage block of an information processing device, and inputting a gray scale fluorescence image of the to-be-detected sample into a second storage block of the information processing device; converting the gray-scale interference image or the gray-scale reflection image into a first RGB image through a first color conversion operation by using the information processing device, and converting the gray-scale fluorescence image into a second RGB image through a second color conversion operation by using the information processing device; an image fusion operation and an intensity inversion operation are performed on the first RGB image and the second RGB image by using the information processing device to generate a class of H & E images. In addition, the invention also discloses an optical system adopting the method.

A method for eliminating chromatic aberration caused by an imaging environment and for testing stability of the imaging environment, and; a chromatic aberration calibration device are disclosed. The method serves to detect errors resulting from environmental factors and human factors and, by using a specific measurement distance and angle, eliminate chromatic aberration caused by such factors. Environmental factors include variations of the image capture device itself; the hue, lightness, and chroma of external light; and the distance and angle between the chromatic aberration calibration device and the image capture device. Human factors include operator-related variations, focusing variations, and hand tremor during measurement. When the same chromatic aberration calibration device and imaging environment are used, the method can show color variations caused by the environmental and human factors in the image capture process and thereby determine whether the imaging environment has the expected stability.

Provided in the invention is an image synthesis method for a biological sample. The method comprises steps: inputting a grayscale reflection image or a grayscale interference image of a biological sample into a first memory block of an information processing device and inputting a grayscale fluorescence image of the biological sample into a second memory block of the information processing device;converting the grayscale reflection image or the grayscale interference image into an RGB reflection or interference image by the information processing device based on a first color conversion operation and converting the grayscale fluorescence image into an RGB fluorescence image by the information processing device based on a second color conversion operation; carrying out image fusion operation and intensity inversion operation on the RGB reflection or interference image and the RGB fluorescence image by the information processing device to generate one kind of H&E image; and outputting the H&E image to a display unit. In addition, the invention also discloses an optical system using the image synthesis method for a biological sample.