19 results about "Color structure" patented technology

The invention discloses an image vectorization method and device based on a neural diffusion curve. According to the method, geometric control point parameters of multiple sections of Bezier curves are predicted from end to end in an input grating image through a deep neural network, and the main contour and color structure of the image are accurately represented in a Bezier curve form; color control points on the two sides of the curve are automatically extracted through a micro color sampling module, and physically consistent diffusion curve representation is constructed; and performing neural approximation on the resolving process of the diffusion equation by adopting a rendering network based on a Fourier neural operator to realize end-to-end micro-reconstruction of the image generated by the prediction curve, thereby reversely optimizing the geometric prediction of the curve by using a reconstruction error. According to the method, manual intervention is not needed, image vector representation which is high in fidelity, infinite in scaling, lossless in editing and capable of supporting natural layering can be automatically generated while physical rendering consistency is kept, precision and efficiency are improved, and the method is suitable for the fields of image vectorization, digital art creation, micro rendering, graphic design and the like.

The invention relates to the technical field of machine vision detection, and discloses a color printed matter quality detection method which comprises the following steps: acquiring original light field response data of the surface of a printed matter in a preset structure light field; carrying out decoupling calculation on the data to generate a basic color graph representing intrinsic colors, a glossiness graph representing process characteristics and a surface normal graph representing geometrical morphology; the method is characterized in that a texture area is identified based on a surface normal graph of a standard sample, and a dynamic reference model is established for the area in combination with a basic color graph so as to provide a self-adaptive color detection threshold value; and finally, detecting color, structure and process flaws in parallel by utilizing each physical characteristic spectrum and the dynamic reference model. According to the method, through decoupling and information guidance of physical dimensions, interference of physical textures on color detection can be fundamentally inhibited, the false alarm rate is remarkably reduced, meanwhile, multi-dimensional comprehensive evaluation of flaws is achieved, and the detection result is objective and reliable.

The application provides an image sensor and a manufacturing method thereof. The image sensor comprises a substrate, a color layer, a glue layer and a lens structure which are sequentially stacked. The color layer comprises a plurality of color structures. The image sensor comprises a barrier structure which at least penetrates the glue layer. The barrier structure is spaced apart from the plurality of color structures. That is, by arranging the barrier structure which at least penetrates the glue layer and is spaced apart from the plurality of color structures, the light is only propagated in each color structure and the corresponding microlens. The material of the barrier structure comprises a low refractive index material and / or a metal material. The low refractive index material or the metal material can block the light from entering the adjacent microlens, reduce the light crosstalk between the plurality of microlenses, improve the performance of the image sensor, and finally improve the imaging quality.

This invention provides a remote sensing image information reconstruction method based on isoluminance constraints and color structure control. The method inputs a registered target image, a reference image, and a mask file marking missing regions. Utilizing spatial information outside the missing regions in the target and reference images, a color structure consistency constraint is constructed to solve for partially missing pixels in the target image's missing regions. The target image and mask file are updated based on the solved partial pixels. Combining the information corresponding to the missing regions in the updated reference image, the isoluminance and gradient weights of the pixels to be identified within that region are calculated. An isoluminance equation is constructed based on the calculated isoluminance and weights, and the reconstructed image is obtained by solving the equation, thus achieving the repair of missing regions in the remote sensing image. This invention is the first to propose calculating isoluminance based on weighted gradient values ​​of each pixel in each direction, forming an image isoluminance network, constructing an isoluminance equation to solve for pixels in missing regions, and improving reconstruction accuracy through color consistency constraints.

The invention relates to the technical field of double-color injection molding, in particular to a mold-change-free double-color injection molding process of a plastic shell, which comprises the following steps: step 1, selecting two plastics with different colors, different hardness or different materials, drying, matching colors and adding materials; 2, when the movable mold and the fixed mold are closed, a double-color injection device injects one kind of plastic into a mold cavity to form a core layer, and pressure maintaining and curing forming are carried out; thirdly, under the condition that the movable mold does not need to be opened, another kind of plastic is injected into the mold cavity through the double-color injection device to cover and fill the spare space of the core layer to form a finished product of a double-color structure, the temperature and pressure of the two layers are synchronously controlled, and pressure maintaining and curing forming are conducted; fourthly, when the finished product subjected to two times of injection is cooled to the safe demolding temperature, the complete finished product is ejected out at a time through an ejection piece; and step 5, performing item detection on appearance, size, color alignment, bonding strength and the like on the finished product, and performing deburring, surface treatment or assembly work if necessary.

The invention belongs to the technical field of computer vision and multi-modal fusion, and discloses a structured attribute guided multi-scale context interaction RGB-T sparse fusion tracking method and system, and the method comprises the steps: obtaining an RGB-T video pair; performing block embedding on the visible light / infrared template and the search area image to obtain a token sequence; based on the CLIP model and a preset discrete attribute template library, dynamically generating a category and color structured attribute prompt of the target, and injecting the category and color structured attribute prompt into a double-branch visual Transform trunk; performing joint modeling on global context dependence and multi-scale space information through a multi-modal context-scale perception interaction integration module; a multi-modal sparse cross fusion module is used, and a self-adaptive Top-K selection mechanism is adopted to realize cross-modal sparse attention fusion; and finally outputting a target bounding box to finish tracking. The problems of semantic guidance deficiency, multi-modal interaction shallow layer, fusion calculation redundancy and the like in existing RGB-T tracking are solved, and tracking is achieved in extreme illumination, scale dramatic change and complex shielding scenes.

The utility model discloses a structure for realizing the uniformity of a position lamp by utilizing multiple reflection of a double-color structure, which comprises an outer lampshade, an inner lampshade and an inner lampshade, the inner lampshade is arranged on the light incident surface side and is provided with an inner lampshade front surface and an inner lampshade top surface which are continuously arranged from bottom to top; the decoration ring is arranged on the light incident surface side, the two ends of the decoration ring are connected with the outer lampshade and the inner lampshade respectively, and the inner lampshade is connected with the outer lampshade; the circuit board assembly is arranged on the light incident surface side and located below the inner lampshade; the double-color condenser is arranged above the circuit board assembly and is formed by splicing a light transmission part and a reflection part, refraction patterns are arranged on the surface of the light transmission part, and first reflection patterns are arranged on the surface of the reflection part; the LED lamp is electrically connected to the circuit board assembly and is arranged below the light transmitting part; the reflecting mirror is arranged above the double-color condenser, the two ends of the reflecting mirror are connected with the inner lampshade and the double-color condenser in a clamped mode respectively, second reflecting patterns are arranged on the surface of the reflecting mirror, and light emitted by the LED lamp is reflected to the front face of the inner lampshade and the reflecting portion.

The utility model discloses a two-color emptying one-step forming die, which relates to the technical field of dies, and comprises a cold blank die body and an emptying die body, the cold blank die body is used for manufacturing bottom patterns in the form of an injection cold blank, and the emptying die body is used for secondary foaming forming; in the cold blank manufacturing link, the two-color upper mold and the one-color upper mold of the two-color structure are combined for foaming, so that the three-dimensional shaping of the product is realized, the two-color bottom pattern cold blank is manufactured, and the appearance and the texture of the product are enriched. Due to the detachable structural design of the cold blank mold body, parts can be flexibly replaced, the production requirements of different products are met, and the mold universality and the production efficiency are improved. And in the secondary foaming forming stage, the upper mold body and the lower mold body in the discharging mold body are matched with the inner core insert to form a sealed space for secondary foaming, so that the product is further formed, the shape and the structural stability of the product are guaranteed, and the product quality and the production flexibility and efficiency are integrally improved.

The embodiment of the utility model provides an aluminum plate with a double-color structure, and relates to the technical field of coating. The aluminum plate with the double-color structure comprises an aluminum substrate, the first color layer is arranged on the upper surface of the aluminum substrate; the second color layer is arranged on part of the upper surface of the first color layer, and the included angle between at least one end face of the second color layer and the top face of the second color layer is an obtuse angle; the finish paint layer is arranged on the upper surface of the second color layer and the upper surface, not provided with the second color layer, of the first color layer; and the second protective layer is arranged on the lower surface of the aluminum substrate. At least one end face of the second color layer is obliquely arranged, so that a progressive contact interface is formed between the second color layer and the first color layer, physical transition is achieved, meanwhile, the slope structure can enable the light reflection angle to continuously change, a visual boundary line is eliminated, uniform coating and smoothing are conducted through the finish paint layer, and the light reflection effect is improved. And the overall attractiveness of the aluminum plate with the double-color structure is ensured.

The utility model relates to a toy coloring technical field, concretely is a kind of model local coloring structure.A kind of model local coloring structure, comprising: rack;Bearing bin, the bearing bin is set on rack;Net rack, the net rack is placed in bearing bin;The model to be colored, the model is placed on net rack;Negative pressure component, the negative pressure component is set on rack, for the negative pressure airflow of inflating to bearing bin inside.This utility model's beneficial effects are as follows: the coloring structure of the utility model makes heat shrinkable film closely adhere to model surface by negative pressure component, then utilizes hot air gun heating to make heat shrinkable film contract according to model profile and wrap, without the special baffle of customizing for each model, reduce production preparation time and cost, applicable to the spraying demand of complex special-shaped model, secondly, heat shrinkable film can firmly wrap model under the action of negative pressure and hot air, ensure that model is stable and does not shift in coloring process, to improve the stability of spraying and product quality.

The application discloses a color structured light color crosstalk correction method based on unsupervised deep learning, generates a color phase shift fringe image by using a computer, collects a deformed color fringe image modulated by the height of a measured object, extracts three gray scale images from the image, inputs the three gray scale images into three deep neural network modules respectively for color crosstalk correction, outputs three predicted corrected gray scale images, solves a predicted phase by using a phase shift method, performs computer inverse projection simulation by using the predicted phase, and can obtain a deformed color fringe image corresponding to the phase result; loss values of the actually collected deformed color fringe image and the inverse projection simulated deformed color fringe image are calculated, network parameters are optimized through multiple iterations until the loss value is the minimum, and an ideal correction result is obtained. The application does not need to make a large amount of training data and corresponding labels, does not depend on a specific data set, and significantly improves the operation efficiency and generalization performance of deep learning.

The utility model is suitable for eye shadow box structure technical field provides a multicolor has prevent mixing color structure's eye shadow box, including the main frame body of rectangle, the inside fixedly connected with the transverse board of main frame body, the upper surface middle part of transverse board is equipped with a plurality of branch groove, the lower surface of transverse board both sides is equipped with the guide hole vertically. This multicolor has prevent mixing color structure's eye shadow box, through setting up main frame body, branch groove and briquetting, this device is provided with main frame body, is provided with the box bottom plate of vertical activity under it, is provided with a plurality of eye shadow grid on the box bottom plate, is used to hold different color eye shadow cream, and a plurality of eye shadow grid will be located inside a plurality of branch groove, after the box cover of this eye shadow box is covered, the briquetting of box cover bottom end will be inserted into the inside of a plurality of branch groove, to this to carry out the closure to a plurality of eye shadow grid top, thereby prevents the inside eye shadow cream of it to mix together, avoids the emergence of mixing color phenomenon.

The application provides an image sensor and a manufacturing method thereof. The image sensor comprises a substrate, a color layer, a glue layer, a lens structure and an anti-reflection layer which are sequentially stacked. The color layer comprises a plurality of color structures. The image sensor comprises a barrier structure which at least penetrates the glue layer. The barrier structure is spaced apart from the plurality of color structures. The barrier structure at least comprises an air gap surrounded by the anti-reflection layer. The light is only propagated in each color structure and the corresponding microlens. The light is blocked from entering the adjacent microlens. The light crosstalk between the plurality of microlenses is reduced. The performance of the image sensor is improved. The imaging quality is ultimately improved.

A power vision dataset augmentation method includes acquiring an initial three-dimensional structure point cloud of a power device, preprocessing the initial three-dimensional structure point cloud to obtain a three-dimensional structure point cloud, and determining point clouds of power device vertices and edges based on the three-dimensional structure point cloud; partitioning point clouds of the non-significant vertices and edges in the three-dimensional structure point cloud and replacing partitions with geometric plane primitives to obtain a three-dimensional structure represented by the geometric plane primitives; determining light and shadow information of the power device based on a captured image; matching the three-dimensional structure with the captured image; determining a three-dimensional true-color structure of the power device based on the light and shadow information of the power device after the three-dimensional structure matches the captured image; and constructing a dataset based on the three-dimensional true-color structure and the captured image.

This invention discloses a two-color core-lifting rotary mold, comprising a body, the body including a front mold (1) and a rear mold (2). After mold closing, the front mold (1) and the rear mold (2) are provided with a one-color mold cavity for forming a one-color structure (3) and a two-color mold cavity for forming a two-color structure (4). After the product is formed into a one-color structure (3) in the one-color mold cavity, it rotates 180 degrees along the axis of the body and is then placed into the two-color mold cavity to form the two-color structure (4). The body includes a clamping component (5) for holding the one-color structure (3) and moving it towards the two-color mold cavity. After the two-color structure (4) is formed, the clamping component (5) releases its grip on the product to facilitate demolding. This invention provides a two-color core-lifting rotary mold that eliminates the limitations of traditional multi-color structure forming by only requiring the movement of the already formed structure.

The present application relates to the technical field of image generation, in particular to a medical beauty 3D model construction method and system based on an image large model, comprising the following steps: obtaining raster image data through space coordinate projection and pixel mapping based on a 3D full head point cloud model, judging connectivity and missing areas, screening regional features, generating texture guide parameters, screening texture according to partition features, determining multi-region fitting indexes, and outputting continuous boundary fusion regions.In the present application, through multi-angle space reconstruction and detailed pixel mapping of three-dimensional point cloud data, texture coverage is no longer limited to a single view, and spatial feature partitioning and target attribute recognition realize accurate supplementation of missing area texture, local generated texture content and original input area have high fusion in color structure and detail performance, and after space adaptation and boundary adaptive processing, multi-site texture splicing exhibits smooth connection, and color transition and gradient fusion effectively eliminate area mutation.

The invention discloses a batch image color structure analysis method and system and electronic equipment. According to the method, format recognition and screening are carried out on catalog images specified by a user, and qualified images are converted from RGB to HSV; automatically segmenting the hue channel according to a preset hue segmentation rule to generate each hue section segmentation image; and the segmentation result is converted into a single-band GeoTIFF classification grid, and the single-band GeoTIFF classification grid is written into a coordinate reference system, affine transformation and other geographic reference information, so that the output can be directly loaded and superposed in a GIS (Geographic Information System). The method comprises the following steps of: counting each hue category and the prime number and proportion of the whole image, calculating indexes such as Shannon, Simpson, Pielou, Margaleef, dominance, cold-warm hue ratio, variation coefficient and Euclidean color difference, and uniformly exporting in a table; gUI integration segmentation, GeoTIFF conversion and index calculation are carried out, and large-scale image automation, standardization and spatialization analysis is realized.

This invention discloses an electroplated aluminum color layer coating composition based on pigment-polyurethane composite resin and its application, belonging to the field of hot stamping materials technology. The composition uses aliphatic waterborne polyurethane as the film-forming matrix, and incorporates a microencapsulated chemical foaming agent with an average particle size of 500nm-2μm and a silica-polyurethane hybrid shell. This is combined with a nano-nucleating agent and an organosilicon foam stabilizer to construct a synergistic system. Through a three-stage gradient heating process, a uniform closed-cell microbubble structure of 100-500nm is formed within a 1-3μm ultrathin color layer. This invention overcomes the technical prejudice that foaming agents are prohibited raw materials for color layers. While maintaining the high gloss of the color layer, it achieves a quantifiable anti-counterfeiting effect with angle-dependent color structure, significantly improving the coating's flexibility and adhesion. It is fully compatible with existing electroplated aluminum production lines and can be widely used in high-end packaging and anti-counterfeiting decoration fields.

The application relates to a decoration piece and a preparation method thereof, a shell and an electronic device. The decoration piece comprises a plurality of color structure units. Each color structure unit comprises at least one color region. The color region is provided with a plurality of grating units. The width of the grating unit is within the wavelength range of a specific color, so that the plurality of grating units in the same color region act on light to present a specific color, thereby simplifying the color development process of the decoration piece.