63 results about "Color printing" patented technology

The application discloses a kind of tetraphenyl ethylene-chalcone derivative preparation and its application preparation and its application.The structure is as follows: the method includes: 4-(1,2,2-triphenyl ethenyl) acetophenone, aldehyde derivative, sodium hydroxide (provides alkaline condition, pH=8.3~8.5), is placed in anhydrous ethanol, under the condition that heating temperature is 80 DEG C, reflux reaction 12h, after reaction is ended, the functional organic material is separated and purified.The functional organic material synthesized according to the above method has larger conjugated system, and has significant pressure-induced color change characteristics.The functional organic material disclosed in the application has low preparation cost, simple operation, simple method, and the material shows significant pressure-induced color change characteristics, can be applied to pressure-induced color change, luminescent material, printing and dyeing, color printing and anti-counterfeiting technical field.

The application relates to the technical field of packaging boxes, in particular to a packaging color box surface printing process, which comprises a feeding process, a printing process and a discharging process. In the feeding process, a clamp is used to send the packaging box to the position of a transfer roller on a printing equipment rack. In the printing process, a color printing pattern on a transfer paper is transferred to the outer side wall of the packaging box through the transfer roller on the printing equipment rack. In the discharging process, the clamp is used to send the packaging box to the discharging position for discharging. The clamp composed of a main shaft, a mounting column and a clamping plate supports and clamps the inner side wall of the packaging box, so that the packaging box can stably abut against the side wall of the transfer roller in the printing process, the transfer effect is effectively guaranteed, and the printing forming effect of the color box surface is guaranteed.

This application relates to the field of 3D printing technology and provides a method for determining the pixels of slices in a 3D model and an inkjet printing method. The method for determining the pixels of slices in a 3D model includes: generating multiple slices of the 3D model, each slice having multiple contour pixels; determining the color of a shell pixel of the first slice based at least on the colors of the contour pixels of a first slice and an adjacent second slice, wherein the shell pixel is inside the first slice relative to the contour pixels. Using this method, the color information of each pixel in each slice of the 3D model can be accurately determined, enabling precise 3D color printing.

This invention discloses an ink monitoring and adjustment system for color printing, relating to the field of ink monitoring and adjustment technology. It includes an intelligent adjustment terminal for controlling data transmission and information interaction between various modules; a database system for storing historical work orders and priority work order numbers; and a work order platform for generating work orders to be completed. The invention first filters all work orders to be completed in the work order platform to determine real-time work orders. Then, it matches and analyzes historical work orders with real-time work orders to determine the predicted ink consumption per unit font. Finally, it compares the predicted ink consumption per unit font with the ink usage in historical work orders to determine the total ink consumption of the real-time work orders and the status of the color printing press. This method not only avoids excessive or insufficient ink addition but also monitors the status of the color printing press in real time, enabling timely repair of abnormal color printing presses and extending their service life.

The present application relates to the technical field of industrial vision detection, and discloses a green color printing surface defect detection method based on computer vision. The method comprises the following steps: collecting real-time image flow and performing multi-scale decomposition to generate a feature vector sequence; constructing a dynamic defect template set by using a generative adversarial network; encoding features by using a convolutional neural network, calculating a similarity matrix with the template set, and generating a defect matching index; adjusting the detection threshold value adaptively according to the defect matching index, and obtaining a defect probability distribution map through clustering analysis; identifying a defect aggregation area through space-time domain analysis, and starting a local re-inspection mechanism; updating a defect feature prototype library and optimizing network weights by using re-inspection data, and forming a self-learning closed loop; and finally performing full-process quality consistency inspection and outputting a report. The present application realizes dynamic adaptation and continuous optimization of the detection process.

This utility model discloses a tapered, ventilated printing rod with improved precision, belonging to the field of printing equipment technology. It includes a printing rod body with a hollow air channel inside. One end has a feed air hole and an outward-facing oblique air hole distributed circumferentially, and an inlet ramp at the edge. The other end has a tapered guide head with a self-locking tension cap threadedly connected to it and a wrench-operated slot. The tapered guide head also has an air inlet. The hollow air channel connects the air inlet, the feed air hole, and the outward-facing oblique air hole. This printing rod allows for quick assembly and disassembly via the self-locking tension cap, ensures precise alignment between the printing rod and the equipment, and the inlet ramp assists in the smooth installation of the flexible hose. Combined with uniform airflow, the hose expands and fits tightly, effectively solving the problems of cumbersome assembly and disassembly and large registration deviations in multi-color printing in existing technologies. This improves printing precision and efficiency, and features a simple structure and low cost.

The utility model relates to printing equipment technical field discloses a cam phase difference superposition compensation mechanism of multicolor printing machine, including printing frame, the top of printing frame is installed with correction mechanism, the bottom fixed connection of printing frame has the supporting plate, the outer wall of supporting plate is installed with tension adjusting mechanism, the correction mechanism includes sealing box no.

This utility model relates to the field of color-printed paper box processing technology, and discloses a cutting device for raw materials in color-printed paper box production and processing. It includes a fixed platform, a shifting component fixedly mounted on one side of the fixed platform, a cutting table fixedly mounted on one side of the shifting component, a cavity inside the cutting table, a rotating component fixedly mounted inside the cavity, a rotating plate fixedly mounted on the top of the rotating component, a support frame fixedly mounted on the top surface of the fixed platform, and a hydraulic rod fixedly mounted on the top surface of the support frame. This cutting device for raw materials in color-printed paper box production and processing, by adjusting the components and cutting blades, places the color-printed paperboard onto the rotating plate. A B servo motor drives the adjusting screw to rotate, causing two sets of cutting blades to move in opposite directions, adjusting the spacing. The hydraulic rod drives the cutting blades to press down and cut the edges of the color-printed paperboard, achieving the effect of cutting edges on color-printed paperboard of different sizes, with high adaptability.

The utility model relates to the technical field of printing machinery, and discloses a four-color printing device convenient for replacement of various pigments, which comprises a bottom plate, a base is fixedly connected to the upper surface of one side of the bottom plate, a clamping plate is arranged in the base, a positioning component is arranged in the clamping plate, a pigment box is fixedly connected to the upper surface of the clamping plate, and the pigment box is fixedly connected to the lower surface of the bottom plate. A painting pipe is arranged at one end of the paint box, a clamping column is arranged in the first spring, a fixing ring is fixedly connected to the outer wall of one side of the clamping column, a pull ring is arranged at the end, away from the fixing ring, of the clamping column, the outer portion of the second spring is arranged in a clamping plate, and positioning plates are arranged at the two ends of the second spring. According to the paint box, the clamping column is pulled through the pull ring, meanwhile, the fixing ring compresses the first spring, the clamping plate is inserted into the base, the positioning plate is clamped into the positioning groove to complete positioning, the paint box can be disassembled by pulling the pull ring out, and therefore the effects that the paint replacement time is shortened, and the production efficiency is remarkably improved can be achieved.

A method for inline offset flexographic printing of tactile ink involves using an offset color printing unit to print a base color on the surface of a paper packaging box, followed by two or more flexographic printing steps to print the tactile ink onto the paper packaging box, resulting in a tactile ink thickness of ≥6μm on the packaging box surface. After finishing the paper packaging box using this method, the surface exhibits a matte gloss effect, and a subtle velvety feel can be detected by touch, enhancing the packaging box's aesthetics. Compared to single-pass printing of tactile ink, this invention uses a two-step flexographic printing process, improving the leveling effect of the tactile ink on the paper packaging box surface, increasing the ink thickness, and effectively reducing the accumulation of tactile ink during printing due to increased ink thickness and viscosity. Inline production results in less product deformation, smoother subsequent processes, and improved efficiency and product yield in later stages.

The application discloses a ceramic tile invisible code strength selection method and system, and belongs to the technical field of ceramic tile anti-fake traceability. The method comprises the following steps: step one, obtaining initial color information of the ceramic tile; step two, printing a plurality of groups of initial invisible codes on the surface of any ceramic tile individual and generating corresponding invisible code color bands; step three, selecting a region with a color printing intensity range of [Ψ min , Ψ max ] in the invisible code color band to obtain a sub-invisible code color band; step four, executing step five according to a priority order Ψ (max→min) ; step five, printing reselected invisible codes based on the color printing intensity and obtaining reselected color information; step six, judging whether the reselected color information meets a predetermined condition: if yes, defining the corresponding color printing intensity as the invisible code template intensity; otherwise, repeating step five. The application preliminarily determines the intensity range of the invisible code by printing the invisible code color band, and prints a plurality of invisible codes from strong to weak for testing, so as to determine the invisible code template intensity, thereby being applied to batch production.

This invention relates to the field of plastic film technology, and more specifically to a pearlescent polypropylene aluminized film and its preparation method. The pearlescent polypropylene aluminized film comprises, from the inside out, an aluminized layer A, a corona layer B, a support layer C, a support layer D, and a pearlescent layer E; the mass ratio of the aluminized layer A, corona layer B, support layer C, support layer D, and pearlescent layer E is (0.1-0.25):(15.75-15.9):(31-32):(31-31):(20-22); the prepared pearlescent polypropylene aluminized film upgrades the traditional four-layer structure to a five-layer structure, achieving a special composite appearance of pearlescent and aluminized coatings; this pearlescent polypropylene aluminized film can be directly applied as a single layer, saving downstream color printing companies the printing process of pearlescent inks, simplifying the process, and saving costs; at the same time, it completely solves the problem of solvent residue in the printing process, making it more environmentally friendly.

This utility model relates to the field of printing presses and discloses a two-color printing press, including a frame. A conveyor is installed on the top inner side of the frame. Two sets of machine bodies are fixedly connected to the top of the frame. An ink fountain is installed on the inner wall of the machine body. The top of the ink fountain has a recessed opening. A cover plate is snapped onto the inner wall of the front facade of the machine body. A limit block is elastically connected to the inner wall of the cover plate by a limit spring. A limit rod is fixedly connected to the outer end of the limit block. In this utility model, by setting up an ink fountain, a recessed opening, a cover plate, a limit spring, a limit block, a limit rod, a limit groove, and a rubber stopper, when ink needs to be added temporarily, the two sets of limit rods are manually squeezed in opposite directions to release the limit block. Then, the cover plate is moved upward to move the rubber stopper away from the recessed opening, opening the ink fountain and moving it to the top of the inner wall. At the same time, the limit spring rebounds the limit block into the top set of limit grooves, realizing quick opening of the ink fountain for convenient ink addition.

The utility model relates to color printing technical field especially is a kind of high-precision laminating device for color printing machine, including laminating device ontology, the laminating device ontology lower end four corners are uniformly fixed and installed with support leg, the laminating device ontology front end upper part is fixedly connected with support seat, the support seat upper end is fixedly connected with extension platform, the extension platform left end front portion and right end front portion are uniformly fixedly connected with extension plate, two the extension plate rear end are uniformly fixedly installed with displacement mechanism, displacement mechanism is fixedly installed with cooling mechanism inside.The utility model relates to a kind of high-precision laminating device for color printing machine, after laminating, color printing product can quickly solidify adhesive, avoid film layer to appear blistering, wrinkle or peeling due to temperature is too high and other problems, the size of color printing product can be avoided and caused local cooling insufficient, and simultaneously equidistant air outlet ensures that color printing product surface cooling is uniform, improves the flatness and adhesion firmness of laminated product.

This invention discloses a product anti-counterfeiting and anti-tampering method and system that uses pre-stored codes and physical association with heat-shrinkable textures. By sealing and binding a unique code with the natural random texture created by the shrinking of the heat-shrink film, the anti-counterfeiting features are firmly attached to the product itself, making them impossible to remove or move. This fundamentally solves the problems of traditional anti-counterfeiting methods being easily counterfeited and reusable. The texture created by the heat shrinking of the heat-shrink film is a naturally formed physical deformation, unique to each product and impossible to replicate, resulting in exceptionally high anti-counterfeiting security. Combined with random color printing, diagonal mark image correction, and edge-sealing concealment features, a multi-layered, comprehensive anti-counterfeiting system with both overt and covert elements is formed. This system offers accurate identification, strong anti-interference capabilities, and outstanding anti-tampering effects. Moreover, the entire solution is simple to implement, low in cost, requires no dedicated identification equipment, is applicable to a wide range of products, is easy to use and promote, and has high practicality and market value.

This invention relates to the field of polymer molding materials. A functional color-printed composite packaging film of ultra-high molecular weight polyethylene is disclosed, which is formed by curing a polyethylene film substrate, p-hydroxybenzoic acid, polyethylene glycol diacrylate, laccase, and acrylate ink monomers. The film is formed by covalently coupling quinone radicals generated from p-hydroxybenzoic acid and polyethylene glycol diacrylate under laccase catalysis to the substrate surface, forming a polyethylene glycol grafted interlayer. Subsequently, ultraviolet light-initiated polymerization is performed on the surface of the interlayer to form a cross-linked and cured ink layer. This method utilizes the covalently bonded grafted interlayer to block the rearrangement of non-polar molecular chains of the substrate to the surface, maintaining surface polarity stability, and enabling the ink layer and substrate to possess the highest standard peel strength, with no blistering or peeling of the ink layer under boiling water conditions.

This utility model relates to the field of printing equipment, and more particularly to a color printing device for commodity labels. It includes a platform for supporting the substrate and legs supporting the platform. A printing execution module is installed on the platform, comprising an ink storage tank, a feed pump, a jetting unit, and vertically distributed, parallel dual printing roller assemblies. The feed pump forms a sealed connection with the ink storage tank via a flexible guide pipe. The jetting unit receives the ink output from the feed pump and performs directional jetting dispersion. The dual printing roller assemblies are used to perform bidirectional imprinting on the surface of the substrate treated by the jetting unit. A drying module is also installed on the platform, comprising an independently mounted support with a linear displacement drive mechanism. This utility model ensures uniform ink distribution and precise thickness control through the dual printing roller assembly. The integrated drying module employs dynamic heat radiation treatment, which is more efficient than static drying, accelerates ink drying and curing, shortens the production cycle, and improves printing efficiency.

This utility model discloses a multi-color precision printing device for ceramic tableware, including a base and a device box. A rotating cylinder is rotatably connected to the top surface of the base via an electric slip ring. Beneficial effects: This utility model is equipped with a first stepper motor and a second stepper motor. The ceramic tableware is placed on the top surface of the rotating table. During multi-color printing, the second stepper motor drives the second drive gear to rotate, which in turn drives the second driven gear to rotate, causing the rotating table to rotate at a fixed angle, changing the printing position. Simultaneously, the first stepper motor drives the first drive gear to rotate, which in turn drives the first driven gear to rotate, causing the printing head to rotate at a fixed angle. When the printing head rotates to directly above the ceramic tableware, the electric cylinder extends, pushing the printing head downwards, thus initiating printing. Different color printing heads rotate at fixed angles to directly above the ceramic tableware, and the rotation of the ceramic tableware at fixed angles changes the printing position, thereby achieving precise printing, improving printing accuracy, avoiding color overlap, and increasing the yield rate.

The utility model discloses a kind of thermal dye sublimation color printing cutting film devices, including slitting mechanism, laminating mechanism and clean mechanism, the slitting mechanism includes support plate, the pad board of being fixed in support plate inner side, the slitting pad plate of being set in support plate end inner side, the stand of being fixedly installed in slitting pad plate top, the cylinder of being set in stand top end, the cutter of being fixedly connected with cylinder output end, the lower conveying roller of being assembled in support plate inner side and being located between slitting pad plate and pad board position, the side plate of being fixedly installed in support plate close to slitting pad plate side.Laminating mechanism includes.The utility model in the present application, by setting recovery roller to the oil paper of stripping down is recycled in material storage roller, avoid oil paper to influence laminating effect, dust head is set simultaneously in the bottom of crossbeam and is connected with dust collector through, thereby utilize dust head to carry out adsorption on dust on paper, avoid dust and other small particulate matter to influence laminating effect, further improve the practicality of device.

This utility model relates to the field of 3D printing technology, and more particularly to a throat, a print head, and a 3D printer. The throat is used in a circuit merging mechanism, which also includes a heat dissipation device. The throat is connected to the heat dissipation device, which has multiple feed channels. The throat has an discharge channel, or both the heat dissipation device and the throat have discharge channels. The feed channels communicate with the discharge channels. The 3D printer includes the aforementioned throat and print head. The technical solution of this application enables multi-color printing without cutting the filament.

The utility model relates to corrugated color printing carton technical field, and disclose a kind of high-strength three-layer corrugated color printing carton, including preferably, the side plate, cover plate are all through crease and box body swing connection, after packing is finished, side plate, cover plate are closed along crease and are closed, the inside of the box body is provided with middle layer, the inner and outer surface of the middle layer is provided with inner layer and outer layer, and the use intensity of box body is increased by the middle layer being set. By setting reinforcing plate in the inner wall of box, the firmness of the inner wall of box is increased, the reinforcing plate is embedded into the clamping groove by the clamping post of one side, the reinforcing plate is installed in the inner wall of box, the intensity of the use of box is increased, when the reinforcing plate is damaged, the reinforcing plate can be removed from the inner wall of box, and replaced, so that the box can continue to be used.

The application provides a tooth model set and a multi-layer root canal treatment exercise model, wherein the hard tissue part of the teaching tooth model is colorless and transparent printing material, and the soft tissue part is colored printing material. The hard tissue part of the pulp amputation exercise model is opaque 3D printing material, and the pulp part is colored printing material with a color different from that of the hard tissue part. The tooth crown part of the root canal treatment exercise model is opaque printing material, the tooth root part is colorless and transparent printing material, and the pulp part is colorless and transparent colloidal texture printing material. The tooth crown part of the multi-layer root canal treatment exercise model is opaque printing material, the tooth root part is colorless and transparent printing material, a translucent colored layer with a preset thickness is arranged near the pulp part of the tooth root part, and the pulp part is colorless and transparent colloidal texture printing material. The tooth model set provided by the application has a higher simulation degree of teeth and a more explicit simulation result display.

The utility model discloses a kind of woven bag color printing devices, it is related to packaging bag printing technical field, including color printing room, notched, the both ends of color printing room are provided with notched, one end inner wall of color printing room is fixedly connected with brush, the brush is horizontally arranged with flatting guide roller, the both ends of flatting guide roller are connected with the inner wall of color printing room, the top middle part of color printing room is movably installed with ink inlet tube, the bottom end of ink inlet tube is movably installed with ink box, one end of ink inlet tube is located ink box, the bottom end of ink box is evenly equidistant fixedly installed with multiple ink nozzle, the bottom end of ink box is engagedly connected with ink-absorbing sponge, multiple ink nozzle is located inside ink-absorbing sponge, one end of color printing room is fixedly installed with conveyer, the top of conveyer is equipped with multiple woven bags, and conveyer extends from the one end notched of color printing room into the inside of color printing room;To realize woven bag material in drying process even temperature distribution, so that material surface color is consistent, reduce energy consumption.

The utility model relates to a die -cutting machine technical field, concretely is a kind of four color printing slotting die -cutting stacking device, including machine body, support plate, top pressure plate, baffle and connecting rod;Support plate is installed at the feed inlet of machine body, and the top end both sides of support plate are equipped with the support column for limiting printed matter in use state;Top pressure plate is set in the side of support column and is located above support plate;The number of connecting rod has two, and two connecting rods are rotatably installed at the both ends of one side of top pressure plate.

The invention relates to the technical field of transfer printing machines, and discloses a transfer printing machine control method and system and transfer printing machine equipment. The method comprises the steps that in response to a starting instruction, a winding end motor is started to wind consumables; acquiring a coiling diameter parameter of the consumable at the uncoiling end; on the basis of the rolling diameter parameter, delay starting duration is determined; and according to the starting time and the delay starting duration of the starting instruction, the unwinding end motor is controlled to be started in a delayed mode. By the adoption of the method, it can be ensured that the consumable between the winding end and the unwinding end keeps stable tension all the time in the forward and reverse movement process of the consumable every time, and local loosening or stretching of the consumable in the initial movement stage is avoided. The problem of poor four-color positioning caused by unstable starting is fundamentally inhibited, and the image precision and consistency of color printing are improved.