47 results about "Color Scale" patented technology

The utility model discloses a kind of packaging machine color scale amplifier fixed handle, it is related to packaging machine fixed handle technical field, including fixed handle body, mounting block, locating rod, mounting plate, pressboard, limit plate, locking bolt and color scale amplifier body.The packaging machine color scale amplifier fixed handle, rotating handle, so that rotating plate can be rotated to the limiting block by rotating rod, while the limiting block can be separated from the limiting plate after rotating, so that the limiting plate can lose the limitation and reset, then adjusting mounting block, so that color scale amplifier has better adjustment effect after being installed in packaging machine fixed handle, limiting rod can be inserted to make limiting rod can be stably positioned to rotating plate, avoid rotating plate from loosening when being placed, so that color scale amplifier body can have better stability after being installed, so that color scale amplifier is more stable after being installed on packaging machine.

The present application relates to the technical field of structural mechanics analysis, in particular to a spreader saddle stress nephogram generation method and system, comprising the following steps: based on the spreader saddle regional cable segment force measurement and spatial geometric information, constructing the initial stress of the saddle body grid, obtaining the stress concentration rate distribution through homogenization and normalization, extracting the gradient mutation grid to form a sequence of demarcation points, and generating the saddle area nephogram in the HSV space mapping according to the non-uniform color scale. The present application can adaptively identify the area with the most severe stress change by introducing the analysis of stress concentration rate and its spatial gradient, and no longer relies on the fixed color scale division method, but uses the high gradient position as a dynamic anchor point to construct a non-uniform color scale sequence. The processing logic tilts the color scale resolution according to the real stress response of the structure, making the color transition in the stress concentration area more fine, and the stress peak and gradient form are clearly presented. At the same time, a wider color scale interval is used in the stress gentle area for general expression.

1. Name of the product in this design: Color mark sensor (ESE-10N / P). 2. Purpose of this design: A color mark sensor for detecting color marks or specific color areas on the surface of an object. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the design's key points: 3D view 1.

The invention belongs to the technical field of ink-jet printing, provides an ink-jet printing method and device capable of automatically selecting a printing mode, equipment and a medium, and is used for solving the problem of low printing mode selection efficiency when different products are printed in the prior art. The method comprises the steps of performing printing difficulty color gradation analysis on a to-be-printed image, determining the printing difficulty of the to-be-printed image, determining a proper printing mode according to the printing difficulty of the to-be-printed image, and finally performing ink-jet printing according to the printing mode to output the to-be-printed image. According to the method, the proper printing mode can be automatically selected according to the printing difficulty without depending on the experience of the user, the selection efficiency of the printing mode is improved, and the printing effect is improved.

Systems and methods for converting a raster image with a corresponding color scale into a plurality of vectors are provided. An example method includes receiving the raster image and the color scale. In some embodiments, the color scale includes a plurality of colors and a plurality of unit values. In certain embodiments, each color of the plurality of colors corresponds to a unit value of the plurality of unit values. In some embodiments, the raster image includes a plurality of pixels each corresponding to a pixel color. In certain embodiments, each color of the plurality of colors is segmented into a plurality of color channel values. In some embodiments, a model is trained to convert a color to a vector value based on the plurality of segmented color channel values for each color of the plurality of colors and the plurality of unit values. In certain embodiments, the plurality of vectors are generated and each include a vector location, a geometric shape, and a vector value.

The invention discloses an intelligent detection system and method for coating color flaws and defects, and the method comprises the steps: selecting a standard sample, and creating a color code model based on a machine vision system; stacking and feeding, and conveying to a visual inspection station one by one; coating image information of all products in each tray is sequentially collected based on a machine vision detection system; feature parameters in the image information are extracted, and color flaws and defects of each to-be-detected product in each tray are compared and judged according to a color code model; marking unqualified products, and outputting a judgment result; and stacking and blanking. According to the invention, accurate quantification of coating colors of industrial products is realized, the defect of subjective judgment of human eyes is avoided, the detection efficiency and the defect identification precision are high, the manual dependence is reduced, the operation is convenient, mass production and full detection can be realized, and the pain point that manual detection and spectrograph detection cannot adapt to mass production is solved; and all microscope base product detection data in the corresponding charging tray can be called by identifying the identity information of the charging tray through the two-dimensional code, so that whole-course traceability is realized.

A color correction chart (10) is provided with a substrate (11) and a color patch (12a) formed on the substrate (11), the color patch (12a) includes a first color, and coordinate points of the first color are located in a region (L1) surrounded by three points (0.200, 0.070), (0.450, 0.280), (0.310, 0.340) on an xy chromaticity diagram.

This invention relates to a testing system for assessing color vision variability in a test subject (7). The testing system includes at least two test carriers (1), each of which is provided with a two-dimensional pattern (4) comprising a background (2) and a plurality of samples (3). The plurality of samples (3) and the background (2) of each of the at least two test carriers (1) are made from a combination of at least two different dyes representing metameris colors. The samples (3) and / or the background (2) display color scaling in at least two directions, such that each of the at least two test carriers (1) is configured to provide a point (PIS) from which the test subject (7) can select the most closely matched metameris color of the sample (3) and the background (2) from the two-dimensional pattern (4). C The system further includes a test illumination unit (5) configured to provide light for color vision variability assessment, the light having a specific spectral power distribution. The system also includes a processing unit (6) configured to calculate the point of interest (PIS) selected by the test subject (7). C ) and reference point (PIS) B The changes are compared to predict the color matching function and / or determine the congenital and / or acquired color vision deficiencies of the test subject (7), using the reference point (PIS). B The power distribution is calculated by the processing unit (6) based on data from a predefined standard observer and taking into account the specific spectral power distribution of the light from the test illumination unit (5).

According to the mark finding device, one side of a pipe cone mechanism clamping seat is clamped on a supporting column in an adjustable mode, a fixing arm is arranged on the other side of the pipe cone mechanism clamping seat, a pipe cone mechanism is arranged on the fixing arm, the pipe cone mechanism comprises a pipe positioning pressing cone, a color mark positioning pressing disc, a buffering shaft and a spring, and the buffering shaft penetrates through the fixing arm; the upper end of the buffer shaft located on the upper side of the fixing arm is connected with a color code positioning pressing disc, the lower end of the buffer shaft located on the lower side of the fixing arm is connected with a pipe positioning pressing cone, a pressure position regulator is further arranged on the buffer shaft above the pipe positioning pressing cone, and the buffer shaft between the upper side of the pressure position regulator and the lower side of the fixing arm is sleeved with a spring. And the pipe cone mechanism is also provided with a color code. The method has the advantages of accuracy and no omission; working efficiency is high, structure is simple, and installation is convenient and fast.

The present application relates to the technical field of microanalysis, and particularly relates to a microanalysis similarity pixel-level quantitative characterization method based on intersection over union, which comprises the following steps: obtaining an element distribution map and extracting an effective area, establishing a mapping relationship between color and numerical value through a color scale, extracting element intensity values pixel by pixel, and generating a normalized spatial distribution matrix; generating a binary mask corresponding to each element according to a preset calculation mode, wherein the first mode performs binaryzation processing on the intensity matrix based on a threshold value, and the second mode obtains a binary mask through manual labeling; calculating the intersection over union between binary masks of any two elements to represent the similarity of the spatial distribution thereof; and outputting a similarity matrix and a visualization result. The present application realizes objective and reproducible pixel-level quantitative evaluation of the similarity of the spatial distribution of elements in microanalysis, and is suitable for various scenes such as batch comparison and small sample fine analysis.

The utility model discloses a long-distance color code sensor, which belongs to the technical field of sensors and comprises a shell and a base, the surface of the base is fixedly connected with a positioning seat, the periphery of the bottom of an inner cavity of the shell is fixedly connected with a clamping seat, the base is clamped at the bottom of the shell through the positioning seat, and the positioning seat is matched with the clamping seat in a clamping manner. According to the long-distance color code sensor, a limiting effect can be provided for connection between the base and the shell, then through cooperation of the fastening assembly, the stability of connection of the whole structure is enhanced, the shell and the base are not prone to separation, and meanwhile the heat dissipation assembly is additionally arranged at the position of a circuit board used by the long-distance color code sensor; according to the long-distance color code sensor, heat on the surface of the circuit board can be dissipated, and the heat dissipation effect in the long-distance color code sensor is enhanced through cooperation of the heat dissipation channel and the heat dissipation opening, so that the aging speed of electrical elements of the long-distance color code sensor is slowed down, and the service life of the long-distance color code sensor is prolonged.

The invention relates to the technical field of electrical wiring, in particular to an anti-miswiring color code terminal strip device which comprises a standardized color code coding module, a composite identification forming module, a mechanical anti-misplug configuration module and a reliability collaborative verification module. The standardized color code coding module establishes a hierarchical color identification system based on electrical loop function classification; the composite identification forming module forms a composite identification structure on the terminal strip body according to the color identification system, wherein the composite identification structure combines the permanent ground color and the protruding color code. The mechanical anti-misplug configuration module configures an asymmetric mechanical guide structure on a plugging interface to realize unique physical interlocking with a corresponding plug; and the reliability collaborative verification module performs integrated verification on the color consistency of the composite identification structure and the plugging reliability of the mechanical guiding structure. According to the invention, through the multi-layer anti-misconnection design, the problem of misconnection caused by visual error, identification wear or light interference of the existing terminal strip is effectively solved, and the wiring accuracy and the system reliability are remarkably improved.

The utility model provides a GDX2 unit paperboard fixed cutting color code position detection device which comprises a color code sensor optical fiber bottom fixing support, an optical fiber distance adjusting support and a color code sensor fixing support. The optical fiber bottom fixing support is installed below an X2 fifth-round paperboard conveying mold box, fixedly connected with an original exhaust hole of a machine and used for fixing the color code sensor to form a stable supporting frame of the detection device, and the position of the color code sensor is adjusted through the optical fiber distance adjusting support so as to adapt to paperboards of different sizes and shapes. The color code sensor detects the position of the card paper by identifying the color of the position judgment line on the card paper and transmits the detection result to the industrial personal computer, when the color code sensor detects the unqualified card paper, the audible and visual alarm is started to give an alarm, and meanwhile, the industrial personal computer controls the rejection station to reject the unqualified products, so that the production efficiency and the product quality are improved, and the production cost is reduced. The rejection rate is reduced.

The purpose of the present invention is to acquire a uniform standard value for assessing oil property using an optical sensor. An oil diagnostic method according to an aspect of the present invention includes: storing, in a storage device, a calibration curve based on first data and second data, the first data indicating, as a color scale value, a color change of a standard substance having a known color scale value, and the second data indicating a color change based on a result of measuring the standard substance by using an optical sensor; acquiring, from an input device, third data based on a result of measuring oil having unknown color coordinates by using the optical sensor; and calculating, by using a processing device, a color scale value corresponding to the color coordinates of the oil from the third data by referring to the calibration curve.

The invention relates to the technical field of water turbine rotating speed detection, and discloses a water turbine rotating speed measuring method, system and equipment based on an image algorithm and a medium. The method comprises the following steps: uniformly arranging a circle of color codes on the same-diameter circumference of the water turbine large shaft; collecting color code images through an image collector to obtain an image sequence; outputting the image sequence to an image processor for slicing processing, and reading the pixel height of a color code at a slice; calculating the rotating speed of the water turbine large shaft according to the pixel height change to obtain a rotating speed signal; the rotating speed signal is output to a monitoring system and a speed regulator; the monitoring system and the speed regulator participate in control execution according to the rotating speed signal to adjust the rotating speed of the unit. According to the invention, non-contact, high-precision and anti-electromagnetic interference measurement of the rotating speed of the water turbine is realized, the problems of high processing precision requirement, complex installation, high cost and difficult maintenance of the traditional fluted disc speed measurement are solved, and the measurement reliability and economical efficiency are improved.

The application discloses a printing machine color tracking method and device based on image processing, equipment and a storage medium, and relates to the technical field of printing. The method prints a preset color chart by a first printing machine and a second printing machine to obtain a first color chart and a second color chart; then, the same image acquisition device is used to acquire the first color chart and the second color chart to obtain a first sampling chart and a second sampling chart; a first lookup table and a second lookup table are obtained according to the preset color chart and the first sampling chart and the second sampling chart; a second image is obtained by processing a first image according to the first lookup table and the second lookup table; then, the first image and the second image are input into the first printing machine and the second printing machine for printing to obtain a printed image with consistent colors. The method is simple and fast, and color matching can be completed without changing the state of the printing machine, thereby saving time and effort and improving color tracking efficiency.

The invention belongs to the technical field of non-setting adhesive label color difference detection, and particularly relates to a degradable non-setting adhesive label color difference detection device which comprises a base, the upper side wall of the base is fixedly connected with a supporting cover, the upper side wall of the supporting cover is fixedly connected with a top plate, and the lower side wall of the top plate is fixedly connected with a lead screw linear module. When the color difference of the self-adhesive label is detected by using the colorimeter, the tail end of the label belt is fixed by negative pressure, and stable and uniform tension constraint is provided for the tail end of the label separated from the winding drum through negative pressure adsorption force, so that edge warping caused by material memorability can be counteracted, and the color difference of the self-adhesive label is detected. It is ensured that the surface of the label is always attached to the detection platform and keeps a constant geometric angle with a lens of a colorimeter, color channel value deviation caused by change of reflection characteristics is avoided, large-amplitude left-right deviation in the label conveying process can be limited, and it is ensured that an ROI of optical sampling is accurately aligned with the position of a target color code.

The invention discloses a high-voltage drop-out fuse automatic assembly production line and a control method thereof, and relates to the technical field of high-voltage fuse production line equipment. The PLC is used for master control, the master control of the system can communicate with an upper computer through an internet access, production information can be conveniently collected to an MES system, digitization and intelligentization of production are achieved, the automation degree is high, flexibility is high, the occupied space is small, and the system is suitable for large-area application and popularization; a sheath and color code automatic detection procedure based on a visual system is designed, and the defect that the sheath in the packaging box is misplaced and cannot be effectively checked is overcome; a coordinate system calibration method based on the four-axis truss manipulator, a calibration and demonstration method for visual deviation correction, a packaging box falling judgment method based on combination of a material grabbing detection sensor and the vacuum degree and an accurate positioning and stacking control method based on the four-axis truss manipulator are designed, so that the production efficiency is improved; and the production safety and the product quality are ensured.

The invention discloses a device identification and maximum temperature calculation method based on an infrared thermal imaging pseudo-color image. The method comprises the following steps: acquiring the infrared thermal imaging pseudo-color image comprising target equipment, a color gradation scale and a maximum / minimum temperature display area; identifying a target device from the image and extracting an image area of the target device; according to the pre-calibrated position, the highest temperature value, the lowest temperature value and the color gradation scale region image are extracted respectively, and the pixel height is calculated; positioning a highest-temperature pixel point in the equipment area and acquiring a color value of the highest-temperature pixel point; performing color matching on the color value and the color gradation scale image, determining the position of the color value on the color gradation, and calculating the height of a matched pixel; finally, according to the temperature range, the color gradation height and the matching height, the highest temperature of the equipment is obtained through proportional conversion, and the equipment name and the temperature result are output. According to the invention, equipment identification and highest temperature measurement and calculation can be automatically and accurately completed from a single infrared thermal image, and the automation level and accuracy of industrial temperature monitoring are improved.

The embodiment of the specification provides a method and system for correcting deviation of a target roll, wherein the method for correcting deviation of the target roll comprises the following steps: a controller determines whether the target roll deviates in position during transmission of the target roll according to a photoelectric sensor; after it is determined that the target roll deviates in position, an edge of the target roll and a deviation correction direction are obtained based on a color scale sensor; and the deviation correction is controlled based on the edge of the target roll and the deviation correction direction, so that the edge of the target roll and the deviation correction direction are obtained based on the color scale sensor, and then the deviation correction is more accurately controlled based on the edge of the target roll and the deviation correction direction, thereby avoiding secondary damage to the roll.

The application discloses a kind of amoxicillin solubility visual detection methods based on quantitative color scale, specifically related to drug detection field, the present application aims at solving the problems of large standard gradient interval, unstable color development and lack of correction in the existing visual comparison method, method includes: with 0.2M potassium dihydrogen phosphate solution as solvent, preparation amoxicillin saturated solution;Linear regression equation is established, by precisely preparing 9 concentration gradient amoxicillin standard solution, after adding copper sulfate solution, form stable yellow-green turbidity gradient, and draw linear regression equation with absorbance value;Sample determination, the sample liquid is compared with standard gradient and turbidimetric analysis is carried out, the concentration is determined, and the solubility is calculated by combining dilution multiple, the present application converts visual estimation into accurate quantification by high-density gradient standard and linear regression model, significantly reduces matching error, improves anti-interference ability and accuracy, and is suitable for rapid detection in drug research and development and quality control.

The invention provides a deformable base material positioning and compounding method, which belongs to the field of printing compounding and automatic control, and comprises the following steps: selecting one layer of base material to be compounded as a reference base material, performing closed-loop control on feeding tension based on tension detection, and adjusting the rotating speed of a stretching roller to stabilize the plate length; reading color codes of the two base materials before compounding points to obtain longitudinal deviation, and drawing and benchmarking the reference base material or the base material to be compounded when the longitudinal deviation exceeds the limit; the angle difference of the composite rollers corresponding to the adjacent color codes is read and converted into the actual plate length after stretching, the plate length difference is calculated, and when the plate length difference exceeds a threshold value, the rotating speed of the to-be-composited base material stretching rollers is adjusted to achieve longitudinal registration pre-positioning; when two layers are compounded, the trapezoid or triangular geometric color codes can be further read, transverse deviation is calculated, the deviation correcting devices are adjusted, the deviation correcting device close to the compounding roller is preferentially adjusted during two-layer compounding, the deviation correcting devices of the base materials to be compounded are adjusted during multi-layer compounding, and positioning compounding is achieved.

A computer-implemented method for comparing digital 3D dental models is disclosed, the method comprising: receiving a first digital 3D dental model representing a dental condition at a first time; receiving a second digital 3D dental model representing the dental condition at a second time, the second time being later than the first time. Further, the method comprises generating a difference map based on the first and second digital 3D dental models, wherein generating the difference map comprises: obtaining values of geometric differences between the first and second digital 3D dental models; identifying a maximum value of the geometric differences from the values of the geometric differences; generating a color scale comprising a plurality of discrete colors associated with the values of the geometric differences, wherein colors in the plurality of discrete colors are separated by a color scale threshold, and wherein the color scale threshold is generated based on the maximum value of the geometric differences; and assigning the plurality of discrete colors to the values of the geometric differences. The method further comprises displaying the difference map to visually highlight the values of the geometric differences between the first and second digital 3D dental models.

An intelligent image information extraction method can be suitable for images in different modes, has the advantages of being high in flexibility, high in extraction precision and wide in application scene, and specifically comprises the following steps that for color scientific maps (attribute space-time distribution maps and the like), a neural network method is used for establishing the conversion relation between pixel point RGB values and target numerical values; and meanwhile, a color scale full-coverage sampling method is adopted, so that the problem of numeralization inaccuracy caused by nonlinearity of scale values of the color scale is solved. For a grey-scale map, multi-interval value taking is carried out on a color scale of the grey-scale map, a'grey-scale value-target value 'dictionary is established, grey-scale values of pixel points in a specified area are extracted in sequence, and the grey-scale values are converted into target values one by one through a'dictionary searching' method. And for the function curve graph, according to the geometric position relationship between the selected pixel point and the pixel points at the four end points of the coordinate axis, obtaining the corresponding horizontal and vertical coordinate values through a formula. Aiming at numeralization interference caused by black marks (such as contour lines, character marks and the like) on an RGB image and a grey-scale image, the method adopts a classification cluster thought to determine effective information RGB or grey-scale minimum values and perform scientific assignment on noisy points, so that the accuracy of image information extraction is effectively improved.

The application discloses a kind of high-pressure drop-out fuse automatic assembly production line and control method thereof, it is related to high-voltage fuse production line equipment technical field.The application is controlled by PLC, system main control can be communicated with host computer through network port, it is convenient to collect production information to MES system, realize the digitization and intelligentization of production, degree of automation is high, flexibility is strong, small space occupation, it is suitable for large-area popularization and application;Sheath and color mark automatic detection process based on visual system are designed, to avoid the disadvantages that sheath is placed wrong in packing box and cannot be effectively checked;Coordinate system calibration method based on 4-axis gantry robot, visual correction calibration and teaching method, packing box falling judgment method based on grabbing detection sensor and vacuum degree combination, accurate positioning stacking control method based on 4-axis gantry robot are designed, improve the production efficiency of production, ensure the safety of production and product quality.

The application relates to the technical field of image processing, and provides a weather type image detection and foggy day image processing method and device. The method comprises the following steps: acquiring a to-be-recognized image and to-be-recognized environment data of a target region; inputting the to-be-recognized image into an image classification model to obtain a first meteorological classification probability output by the image classification model; inputting the to-be-recognized environment data into a data classification model to obtain a second meteorological classification probability output by the data classification model; determining a weather type corresponding to the target region based on a preset weight, the first meteorological classification probability and the second meteorological classification probability; if it is determined that the weather type corresponding to the target region is a target weather type, regarding the to-be-recognized image as a target image; performing automatic color scale processing on the target image, and performing gamma correction on the target image subjected to the automatic color scale processing based on a pixel value range corresponding to the target image subjected to the automatic color scale processing, to obtain a processing result of the target image.

The invention provides a preparation method of a three-dimensional display optical element and a printing stock based on computer-generated holography, and the preparation method of the three-dimensional display optical element based on computer-generated holography comprises the steps: obtaining a grayscale image of a target image drawn by drawing software; mapping the color gradation of the grayscale image to different three-dimensional space depth coordinates to obtain a three-dimensional point cloud model; complex amplitude distribution of spherical waves emitted by N points in the three-dimensional point cloud model on a holographic plane is calculated through a point source algorithm, and a computer-generated hologram of the target image is obtained; the computer-generated hologram is introduced into a photoetching machine, the photoetching machine carves on glass according to the computer-generated hologram, and a photoetching glass plate is obtained; and splicing the plurality of photoetching glass plates on a plate splicing machine to obtain the three-dimensional display optical element. According to the invention, the flattening of the reproduced image can be compensated from the depth dimension, so that the image has a 3D visual effect.

This invention belongs to the field of artificial intelligence image generation technology, specifically a multi-role recognition and image rendering method based on color mark mapping. The method includes: assigning distinct non-natural marker colors to multiple roles in the content to be processed, using these non-natural marker colors as intermediate codes for role identities; generating a sketch image with marker colors based on the input content; performing color detection on the sketch image to identify the actual roles appearing in the current scene; constructing a mapping relationship between marker colors, role identities, and appearance reference information in the current scene based on the recognition results; color rendering the sketch image while keeping it essentially unchanged, replacing the marker color areas with the corresponding roles' actual appearances; and performing structure maintenance verification and cross-scene consistency verification on the rendering results. This invention decouples role identity identification from appearance rendering by introducing non-natural marker colors as an intermediate coding layer for role identities.

The Chinese color code sensor comprises a shell, a plurality of clamping grooves are formed in the shell, and the clamping grooves are used for installing an optical transmission module, a display screen module, a first PCBA board, a second PCBA board, a third PCBA board, a fourth PCBA board and a fifth PCBA board. In conclusion, the Chinese color code sensor realizes parallel design of a transmitting light path and a receiving light path by optimizing the optical structure and the layout of the circuit module, and effectively improves the conduction efficiency and the reflection precision of the light path by utilizing 45-degree inclined arrangement of the total reflection mirror and the half reflection mirror; by arranging the light shield structure, direct interference of the light emitting module on the receiving module is avoided, and the accuracy of color recognition is improved; shielding copper foils are arranged on the upper and lower covers, so that the anti-electromagnetic interference capability is remarkably improved; and in cooperation with the design of the light guide column and the display window, the user interaction experience is enhanced, and the device has the beneficial effects of compact structure, high recognition precision, strong anti-interference performance, wide application scene and the like on the whole.

The application discloses a visual color compensation method, device and computer readable storage medium. The visual color compensation method comprises the following steps: collecting an actual first color value of a target color standard; comparing the first color value with a second color value to obtain a color compensation value, wherein the second color value is a visual perception value of the target color standard observed by the human eye; and performing color compensation on a display area of a head-mounted device based on the color compensation value. That is, the color compensation value corresponding to a user is obtained by comparing the actual color value with the sensory color value of the user, and then the display of the head-mounted device is color compensated based on the color compensation value. The color compensation value is repeatedly calculated, so that the display area of the head-mounted device can iteratively perform color compensation on the human eye of the user, thereby enabling special groups such as visually impaired patients and visually different patients to experience a normal color world by means of the head-mounted device.