22 results about "Color gradient" patented technology

The application provides a compressor aerodynamic stability prediction method and device, the method comprising color space conversion on an initial flow field cloud image of the compressor to obtain a target flow field cloud image, wherein the target flow field cloud image comprises at least two color channels; for any pixel point in the target flow field cloud image, the gradient amplitude of the pixel point on different color channels is calculated, and a color gradient map is generated according to the gradient amplitudes of multiple pixel points; based on a preset threshold and the gradient amplitudes, the color attribute of each pixel point in the color gradient map is adjusted to obtain a color mask image; the connected region of a target color in the color mask image is determined as a target region of a shock wave, a main flow and a leakage flow interface; based on the distance between the target interface region and the blade leading edge of the compressor, a stability prediction result is generated, wherein the stability prediction result represents that the compressor is in an unstable or stable state.

The application discloses a kind of gradient color cover plate glass silk screen printing systems, belong to glass production technical field.Its technical scheme is: including glass conveying unit one, silk screen printing machine, glass conveying unit two, gradient heating unit, glass conveying unit three, cleaning machine and coating machine arranged in sequence.The application gradually changes by controlling the gradient input amount of oxygen along the color gradient direction, and further precisely controls the temperature of each region, finally prepares the gradient color cover plate glass, and the color CMYK value can be changed between 0,0,0,0 and 71,63,60,12;After placing in the environment of temperature 85 DEG C, humidity 85%RH for 48h, the glass color is stable and does not change.

This invention discloses a simulation method, apparatus, medium, and device for flip chip underfill, relating to the field of flip chip underfill simulation technology. The invention simulates the flip chip underfill process within a computational domain divided into two meshes in a flow plane perpendicular to the depth direction using a color gradient lattice Boltzmann model. A color function clearly distinguishes between the wetting phase (filler adhesive) and the non-wetting phase (air) to dynamically track the two-phase interface. When simulating the flow field changes during the self-absorption process of flip chip underfill, the average curvature of the interface in the depth direction and the average frictional force of the upper and lower solid walls of the flip chip are introduced to determine the force applied at the two-phase fluid interface, thus reflecting three-dimensional physical effects. While maintaining near-two-dimensional computational costs, this invention significantly improves the accuracy of flip chip underfill simulation and can quickly predict the entire flip chip underfill process at a lower cost.

The application discloses a high-performance single-color gradient silicone watchband and a preparation method thereof, and belongs to the technical field of watchband processing. The single-color gradient silicone watchband comprises a silicone base layer, a single-color gradient silicone ink interlayer arranged on the surface of the silicone base layer, and a silicone protective layer arranged on the outer side of the single-color gradient silicone ink interlayer, wherein the color of the single-color gradient silicone ink interlayer is gradually distributed from deep to shallow along the length direction of the watchband. The structure and production process of the watchband are optimized, the layers of the watchband are firmly combined, the gradient effect is natural, and the wear resistance and service life of the watchband are improved.

This invention provides a method for predicting the impact range of oil spills on floating ice surfaces based on a color gradient LBM model. It organically integrates the lattice Boltzmann method with the submerged boundary method, the free interface model, and the color gradient model. First, the lattice Boltzmann color gradient model is used to handle the coupling between oil and water, two mutually complementary miscible fluids. Then, the ice phase is added, and the submerged boundary method is used to handle the fluid-structure interaction problem. Finally, the free surface model is used to handle the problem of violent sea surface flow. This method fully considers the diffusion process of oil in polar ice and water, solving the problems of inaccurate simulation at fluid-structure interaction boundaries and numerical instability at fluid boundaries with large differences in density and viscosity. Combined with relevant detection data and the solution results of this model, accurate prediction of polar oil spills can be achieved.

This invention discloses a real-time mixing and color-matching inkjet 3D printing method and its application in denture fabrication, belonging to the field of 3D printing technology. The method includes: preparing multiple colored inks with added magnetic particles; constructing a color value-ink ratio database; retrieving the database based on the target color to determine the required ink ratio formula; spraying different colored inks onto corresponding units according to the formula; driving the magnetic particles to move via a magnetic field, allowing the colored inks to mix instantly and thoroughly, achieving precise color matching; and finally curing and molding. This invention solves the technical challenge of instantly and uniformly mixing multi-colored inks within a micrometer-level space in inkjet 3D printing by introducing magnetic particles into the ink and combining them with an external dynamic magnetic field. This method is particularly suitable for fabricating dentures with omnidirectional, continuous, and natural color gradients, significantly improving aesthetic results.

We provide information that will help you improve your score. [Solution] The golf navigation device 20 is a portable golf watch or the like that uses radio waves from GPS satellites and comprises an acquisition unit 21, a storage unit 24, a calculation unit 23, and a display unit 25. The acquisition unit 21 acquires information indicating the speed of the greens on that day. The storage unit 24 stores reference data that shows the correspondence between the user's swing amplitude and the distance the ball will roll when hit with that swing amplitude, for each green speed. The calculation unit 23 calculates the swing amplitude that the user should use on the greens on that day, according to the distance to the pin, by referring to the storage unit 24 based on the information acquired by the acquisition unit 21. The display unit 25 displays the swing amplitude that the user should use on the greens on that day using a color gradient 25C, based on the result calculated by the calculation unit 23.

1. Name of the product in this design: Content selection section of the main interface graphical user interface of an electronic device. 2. Purpose of this design: An electronic device. 3. The key design features of this product are the graphical user interface portion for which protection is sought. 4. The image or photograph that best illustrates the design's key features: the front view. 5. Purpose of the graphical user interface: The interface is the main interface of the electronic device. The left side of the interface contains operation icons, which can be used to switch and set the interface. The right side of the interface displays a list of multiple short videos. The interface is a content selection section. When a user clicks to select a group of short videos that they are interested in from the content they are browsing, the selected group of short videos becomes highlighted with an outline. A horizontal border line appears below the content selection section, and multiple groups of short videos that the user may be interested in are highlighted and overlapped below the short video group by creating a color gradient contrast with the background color of the main interface. 6. Other situations requiring explanation: The dotted lines in the figure represent content that is not for protection, and the gray tones in the figure represent the light and dark contrast of the interface gradient, which are not colors for protection.

The present application relates to the technical field of intelligent image recognition, and particularly relates to a fruit and vegetable disease image recognition grading early warning method and system, comprising: acquiring time sequence images of the same target leaf, and registering the time sequence images based on the contour features and main vein endpoint features of the leaf; extracting the leaf vein structure in the registered images, establishing a leaf vein conduction network containing nodes and paths according to the connection relationship and thickness of the leaf vein, and dividing the leaf vein levels. The present application realizes early identification and grading early warning of fruit and vegetable diseases by continuously observing the same target leaf in time sequence, combining the structural features of the leaf vein conduction network and the color gradient variation law along the vein. The biological characteristics of disease spreading along the leaf vein first are utilized, and the leaf vein system is taken as the main carrier for disease monitoring, so that the problem that the prior art does not distinguish the different propagation characteristics of diseases in the leaf vein and the leaf tissue is solved, and the extremely light and slightly colored areas formed around the leaf vein in the early stage of the disease can be effectively captured.

The application provides a composite film, a shell and an electronic device. The composite film comprises a transparent substrate, a skin layer is arranged on one side of the transparent substrate in the thickness direction of the transparent substrate, and the skin layer is a transparent layer; at least one color layer and at least one bottom film layer are arranged on the other side of the transparent substrate in the thickness direction of the transparent substrate, and the at least one color layer is arranged between the transparent substrate and the at least one bottom film layer. The composite film can realize a multi-color gradient effect to improve the aesthetic appearance of the shell.

This invention belongs to the field of oil and gas reservoir development and discloses an integrated simulation method for water-lock damage in tight gas reservoirs involving fracturing and flowback. By acquiring scanning data from tight reservoir cores, a binary digital core model reflecting the true pore structure is constructed after preprocessing. A pore-scale two-phase flow numerical calculation model is established using the color gradient multiphase flow lattice Boltzmann method. Based on this model, the fracturing fluid invasion and flowback processes are simulated in an integrated manner, dynamically tracking the migration, distribution, and retention evolution of the water phase in the pore network. The water-lock permeability damage rate is quantitatively determined by calculating the gas phase permeability before and after fracturing fluid invasion. Furthermore, sensitivity analysis is conducted on key factors such as fracturing fluid viscosity, interfacial tension, and reservoir properties. This invention achieves continuous coupled characterization of the entire fracturing-flowback process, revealing the dynamic formation mechanism of water-lock damage at the microscopic level, and solving the problem of poor stability of existing pore-scale simulation methods in high-density gas-water systems.

This invention discloses a pseudo-color real-time conversion method and system for X-ray foreign object detection images, belonging to the field of X-ray detection technology. Addressing the need for real-time pseudo-color display in X-ray foreign object detection, this method proposes a rendering optimization scheme for embedded industrial control computers: constructing a multi-mode nonlinear segmented color mapping library, stretching the color gradient of the foreign object region based on the difference in X-ray absorption rates between the foreign object and the background material; employing a delayed initialization strategy to manage the lookup table cache, calculating and locking only when a mode is activated; dynamically segmenting the image based on production line boundary parameters, performing vectorized array indexing operations only on the effective detection area to complete the lookup table rendering. This invention supports n-bit grayscale input, which can be combined with grayscale preprocessing into a composite lookup table to achieve dual mapping in a single lookup. This invention reduces the processing time per frame to the microsecond level on industrial control computers without GPU acceleration, meeting the industrial requirements of high-speed production lines.

This application provides a method for extracting the foreground edge of a green screen based on edge sharpening processing. First, the original image is acquired and the background and foreground are determined, generating a first mask for initial separation. Edge regions are marked and assigned affixation labels based on the first mask, and color gradient changes and consistency features are calculated to provide a basis for identifying abnormal pixels. An abnormal pixel set is formed by filtering edge pixels under dual conditions to determine the correction target. Reference pixels are filtered based on spatial distance and texture matching, and weighted correction weights are determined to provide an accurate basis for filling. Abnormal pixels are filled using the local color mean and weighted weights to generate a second mask, forming a mask with higher color consistency. The second mask is fused with the target virtual background image; if the boundary gradient change exceeds the limit, feathering is used to eliminate boundary abrupt changes. Finally, the fused image is verified; if continuity is not met, neighborhood interpolation is used for adjustment, and the final image is output, repairing local anomalies and completing the background replacement loop.

This invention discloses an intelligent classification method for the maturity of Torreya grandis (Chinese nut) from the perspective of unmanned aerial vehicles (UAVs), relating to the fields of smart agriculture and remote sensing image processing. It simultaneously acquires RGB visible light and near-infrared images of the Torreya grandis canopy, performing dark channel prior dehazing and canopy masking. Gaussian difference filtering is used to extract spectral features from the near-infrared images, generating a fruit saliency heatmap. A dual-channel YOLOv8-Lite lightweight network is constructed, using the visible light branch for small target localization and the near-infrared branch for maturity discrimination. Cross-modal gating attention enables adaptive fusion of dual-modal features. A decoupled three-classification decision head is designed based on spectral thresholds and color gradients, and a multi-task loss function is introduced for classification. Spectral clustering is used to optimize non-maximum suppression, and combined with UAV POS data, accurate mapping from pixel coordinates to WGS84 geographic coordinates is achieved. This invention can effectively improve the accuracy and robustness of Torreya grandis maturity recognition in complex environments, achieving lightweight real-time inference and geographic location output.

The present application relates to a kind of visual-based garbage can surface crack detection method and system, comprising: by target detection model, garbage can image is segmented, and garbage can area and target coordinates are obtained;By color gradient algorithm, the edge feature extraction of pixel point in the garbage can area is carried out, and a color mutation point set is obtained;According to continuity criterion, the color mutation point set is clustered, and a plurality of color mutation clusters are obtained, and suspected crack area is obtained based on geometric feature screening;The image of continuous multiple suspected crack areas is spatiotemporally matched and verified, and the suspected crack area meeting the position stability condition is determined as real crack area.The present application improves the accuracy and efficiency of garbage can surface detection.

The present application relates to the technical field of corrosion monitoring, and particularly relates to a marine wind power tower corrosion monitoring system based on multidimensional data, which comprises an acquisition module, a determination module, an identification module, a determination module, a warning module and an adjustment module. The present application takes the fast available image features such as rust layer coverage and color gradient as the first layer trigger signal according to the particularity of the dry-wet alternation and multi-mechanism coupling corrosion of the splash zone of the marine wind power tower, and activates the subsequent composite corrosion identification only when the corrosion is significant. At the same time, the composite corrosion index is constructed by the spatial aggregation degree and type distribution of the corrosion points, the local corrosion behavior is mapped to the risk quantization index of the tower drum level and the whole field level, and the preset threshold is closed-loop adjusted by using the historical warning accuracy and the corrosion event timing density, so that the problem of low corrosion detection accuracy caused by the dependence on fixed threshold and the inability to adapt to dynamic marine environment is effectively solved.

This invention provides a method and system for visualizing the safety risks of lifeboat occupants based on digital twins, including: collecting and verifying basic parameters related to the lifeboat release process; constructing a lifeboat gliding-free fall motion model based on theoretical mechanics, and obtaining the initial parameters for water entry at any time before water entry by solving the motion equations through numerical integration; constructing a fluid-structure coupled numerical model, and obtaining the water entry process parameters by solving the transient fluid dynamic equations through the finite volume method; constructing a 1:1 three-dimensional virtual scene with the physical entity, integrating the initial water entry parameters and the water entry process parameters, achieving motion synchronization between the virtual model and the physical entity through coordinate transformation, and achieving virtual-real linkage by combining dynamic environment rendering; calculating the absolute acceleration of each seat in the lifeboat, classifying the risk level based on the combined acceleration response as the core indicator, and realizing the visualization of the safety risks of lifeboat occupants in the high-fidelity three-dimensional virtual scene through color gradient mapping and 3D UI marking.

The application relates to the technical field of electroplating wastewater treatment, and discloses an electroplating wastewater treatment agent reduction prediction method and system based on multi-modal data. The method comprises the following steps: collecting wastewater pH and an original image, extracting color distribution and turbid particle density, and completing data cleaning; the original image is analyzed layer by layer to obtain a color gradient matrix and a particle space characteristic matrix, and a state description vector is formed by fusing the pH; if the density value of the central region exceeds a threshold value, the corresponding weight is increased, a strengthened description vector is obtained, and the strengthened description vector is decomposed into a feature subset; an initial dosage is generated by matching the feature importance ranking with historical samples; the optimized dosage is obtained by combining data fluctuation and color gradient to complete correction; a treatment process is simulated, data is iteratively updated according to simulation deviation, and a refined state description is generated; preset prediction parameters are dynamically adjusted, the dosage interval is further optimized, and a stable dosing scheme is determined. The method can improve the treatment effect of the agent.

Methods and systems for creating accurate three-dimensional representations of environments using neural radiance fields regularized by denoising diffusion models are disclosed. Receiving a plurality of images representing an environment, a scene representation model is trained to create the three-dimensional model of the environment. Using these images, the virtual rays are sampled from training viewpoints within the environment. The scene representation model is then applied to these rays to generate simulated images of the environment from the training viewpoints. These simulated images undergo a regularization process that uses a denoising diffusion model to determine color gradients and depth gradients in each simulated image. The scene representation model is trained with this data to create the final three-dimensional model of the environment. This model is provided to the requesting client device to generate the three-dimensional representation and create a virtual object within the environment.

The application discloses a color-changing chest card for representing observation time length based on color change, and relates to the technical field of medical auxiliary devices. The color gradient of the color-developing coating intuitively reflects the observation time, and medical staff do not need to rely on timing tools or manual recording, but can quickly judge whether the observation time length of a patient meets the standard through visual observation, thereby greatly improving the efficiency and accuracy of observation monitoring. The opening area of the oxygen release hole is adjusted through a rotating disc, the oxygen release rate can be accurately controlled, the needs of different observation time lengths can be met, and the adaptability is high. The sealing cavity effectively isolates external environmental interference, the annular porous color-developing agent carrier ensures that the color-developing reaction is uniform and stable, the problem of local uneven color is avoided, and the color-developing result is more reliable. The application replaces the traditional manual timing and recording and checking links, reduces the probability of human errors, and helps improve the operation efficiency of medical places.