58 results about "Security printing" patented technology

The invention discloses an intelligent anti-counterfeiting color box printing positioning control method, and relates to the technical field of printing positioning control, and the method comprises the steps: dividing a color box layout into a plurality of detection regions, setting a cross-shaped and circular combined positioning mark in each region, and collecting positioning information in real time through a high-resolution image sensor to establish a feature database; extracting regional deformation and position features by using a multilayer convolutional neural network, calculating actual deviation by combining a residual network, constructing a mapping model of process parameters and position deviation, and establishing a differential compensation model by using a deep reinforcement learning algorithm; and the compensation parameters are distributed to a servo control unit, a motion control instruction is generated, a compensation effect evaluation index is adopted to carry out real-time evaluation on position deviation, a decision model is established to realize compensation parameter adaptive optimization, and regional compensation adaptive adjustment is realized. According to the method, intelligent monitoring and optimization of the anti-counterfeiting printing process are achieved, and the printing quality stability and the production efficiency of the anti-counterfeiting color box in batch production are greatly improved.

The invention discloses an anti-counterfeit printing detection device for a wine packaging box, and relates to the field of anti-counterfeit printing detection devices.The anti-counterfeit printing detection device comprises a detection rack, a conveying belt and two mounting frames are mounted on the detection rack, and a detection scanner is movably mounted on one mounting frame; the system further comprises a bearing positioning mechanism and a scanner automatic cleaning device. It needs to be explained that the position of the packaging box is corrected through the two arc-shaped positioning clamping plates, the weight of the packaging box is detected through the bearing rotating plate, and the problem that wine in the packaging box is lost due to evaporation or breakage is solved; dust collection and cleaning are performed on the surface of the packaging box through a plurality of dust collection heads, so that the cleanliness of the packaging box is ensured, and the detection accuracy is further ensured; besides, the detection scanner moves to drive the protection sliding plate to move, and the protection sliding plate continuously moves, so that the extrusion sliding strip scrapes and cleans the detection scanner through the cleaning scraping strip, the cleanliness of the detection scanner is ensured, and the accuracy of the detection effect is further ensured.

The invention relates to the field of laser cutting equipment, in particular to laser cutting equipment for anti-counterfeit printing, comprising a cutting mechanism which comprises a rack, a sliding rail mounted on the rack, a first sliding block mounted on the sliding rail, a laser assembly and an air box mounted on the first sliding block, a first guide pipe connected to the air box, and a second guide pipe connected to the first guide pipe; an air pump is connected to the end, away from the air box, of the first guide pipe, a spray head is connected to the air pump, a dust collection assembly is arranged at the top of the end, away from the spray head, of the first sliding block, a second guide pipe is connected to the dust collection assembly, and the end, away from the dust collection assembly, of the second guide pipe is connected with a dust collection head; the dedusting mechanism comprises a driving assembly arranged on the first sliding block, the position, needing anti-counterfeit printing, of the steel can be cleaned through the dedusting mechanism, the cleanliness of the position needing anti-counterfeit label printing is guaranteed, and dust is prevented from affecting the printing precision.

The invention relates to a finishing method and a finishing device for an intaglio printing roller for anti-counterfeit printing. The trimming method comprises the following steps that (1) wax filler is arranged on one side or two sides of the ink cell position needing anti-counterfeiting, the wax filler is used for blocking the ink cell on the corresponding side, and the ink cell section on one side of the wax filler or the ink cell section between two pieces of wax filler forms a trimming section; and (2) spraying an anti-corrosion wax layer into the finishing section in the step (1). And (3) a wax suction pipe with a heating wire at the end extends into the finishing section in the step (2), the heating wire melts the wax layer on the bottom wall of the finishing section, and the melted wax liquid is sucked away through the wax suction pipe. And (4) corrosive liquid is injected into the finishing section in the step (3) so as to corrode the bottom wall of the finishing section. And (5) after corrosion is conducted for a set time, hot water with the temperature being 50 DEG C or above is adopted for flushing the intaglio printing roller so as to clean wax filler and a wax layer on the intaglio printing roller. Ink cells of patterns on the printing roller can be trimmed, and a better anti-fake effect is achieved.

The invention discloses an anti-counterfeiting printed matter preparation and identification method and system based on halftone frequency compensation, and the method comprises the steps: determining the compensation frequency of an embedded texture needed to be embedded into an original digital image according to the frequency of macroscopic moire patterns induced when an input anti-counterfeiting printed matter is copied; designing an embedded texture based on halftone frequency compensation according to the compensation frequency, and generating a digital image hidden with the embedded texture; and outputting the digital image hidden with the embedded texture to a printing material through printing equipment to obtain an anti-counterfeiting printed matter. The invention aims to utilize the active induction mechanism of the moire to actively induce the moire characteristics excited in the frequency domain and the micro texture at the moment of imaging of the copy, the discrimination of the copy is converted from searching a weak signal to detecting significant interference, and the stability of anti-counterfeiting printed matter discrimination in the application scene of complex media and cross-brand equipment is improved.

The invention relates to the technical field of anti-counterfeit printing, in particular to a multi-parameter variable-sequence three-dimensional encrypted binary anti-counterfeit printing method, which comprises the following steps of: analyzing pixel information of an original printing image, and decomposing the pixel information into three independent dimensional components of space, brightness and texture; each component is mapped with an encryption parameter library formed by associated dynamically adjustable encryption elements, and differential processing of position disorder, brightness migration and texture weaving is performed on each component; and synchronizing each component and calculating a global synchronization factor, updating the encryption parameter library by using the factor in a collaborative variable sequence manner, and carrying out secondary encryption on each component based on the updated parameter library to generate a final anti-counterfeiting coding sequence. According to the method, encryption pertinence, diversity and concealment are enhanced, reverse cracking is avoided, uniqueness and non-replicability of anti-counterfeiting codes are improved, anti-counterfeiting capability is enhanced, and the method is adaptive to anti-counterfeiting printing of high-end products.

The invention discloses an invisible anti-counterfeiting method based on a printing dot structure, electronic equipment and a storage medium. The method comprises the following steps: acquiring a first image of an anti-counterfeiting mark of a to-be-verified product; performing identification processing on the first image, and confirming a first verification area and a second verification area of the anti-counterfeiting mark; obtaining a first grid structure of the first verification area and a second grid structure of the second verification area according to the first image; and determining an authenticity identification result of the to-be-verified product according to the first grid structure and the second grid structure. The printing steps of the anti-counterfeiting mark are as follows: acquiring a preset standard image; based on a preset partitioning strategy, determining a first printing area and a second printing area in the standard image; and controlling a spot color printing module in the invisible anti-counterfeit printing equipment to print based on the first printing area of the standard image, and controlling a color-colliding printing module in the invisible anti-counterfeit printing equipment to print based on the second printing area of the standard image to obtain the anti-counterfeit mark.

Methods and systems for securely rendering a security feature with image data to be printed, can involve providing within the image data, data relating to a group of spots, and within the image data, mixing spots of two or more spot sizes among the group of spots to embed information within a stochastic or frequency modulation halftone image. In an embodiment, operations may be implemented for rendering a part of the image with a first spot among the group of spots and a remaining portion of the image with a second spot among the group of spots, wherein the second spot is smaller in size than the first spot.

The present invention relates to the technical field of packaging box printing, and specifically relates to an anti-counterfeiting printing platform for packaging boxes, which includes a conveyor belt. The conveyor belt is fixed above the ground through a bracket, and also includes a circular base. The circular base is provided on one side of the conveyor belt. The side of the conveyor belt away from the circular base is connected to the printing platform body. A plurality of blanking and collecting cylinders are evenly installed on the circular base. A plurality of packaging bottles are placed in each blanking and collecting cylinder, and an inlet matching with the packaging bottle is opened at the upper part of each blanking and collecting cylinder. In the present invention, the packaging bottles at the bottommost end in the blanking and collecting cylinders are periodically pushed from the first pushing outlet and the second pushing outlet to the conveyor belt through the pushing device, so that the packaging bottles can be evenly conveyed to the printing platform body and the printing equipment for printing. This not only occupies less manpower and has a small labor intensity for workers, but also can avoid the uneven placement of packaging boxes when manually placing them, thereby improving the convenience and printing effect of the subsequent anti-counterfeiting printing of packaging boxes.

This utility model relates to the field of woven bag technology and discloses a double-sided printed anti-counterfeiting woven bag structure, including a bag body, a sealing rope, an anti-counterfeiting code, and elastic support strips. The bag body, from the outside to the inside, includes an outer waterproof layer, a woven fabric layer, an inner waterproof layer, and an inner lining layer, and both sides of the bag body are covered with an anti-counterfeiting printed coating. A rope hole is provided at the top of the bag body, through which the sealing rope passes. The anti-counterfeiting code is printed on the outer surface of the bag. The elastic support strips are symmetrically arranged and located on the bottom of the bag body opposite the inner wall. The anti-counterfeiting printed coating and anti-counterfeiting code effectively improve the anti-counterfeiting performance of the woven bag, enhancing product security and brand trust. Simultaneously, the design of the outer and inner waterproof layers gives the woven bag excellent waterproof performance, better protecting the packaged goods from moisture.

The utility model discloses ink anti-counterfeiting printing equipment which comprises a bottom plate and a printing equipment body, the top of the bottom plate is fixedly connected with a fixing frame, the inner wall of the top of the fixing frame is fixedly connected with two springs, a supporting frame is fixedly connected between the two springs, and the inner wall of the top of the supporting frame is fixedly connected with a fixing plate. A connecting roller is movably connected into the fixing plate, an adhesive roller is arranged on the outer side of the connecting roller, detachable clamping assemblies are arranged at the two ends of the adhesive roller, a connecting pipe is movably connected to the inner wall of one side of the supporting frame, and a plurality of nozzles are fixedly communicated to one side of the connecting pipe; a power assembly for driving the connecting roller to rotate and driving the connecting pipe to swing is arranged on one side of the supporting frame, and a supporting roller is movably connected to the inner wall of one side of the fixing frame. According to the lottery ticket sticking roller cleaning device, lottery tickets can be subjected to double cleaning, meanwhile, a worker can conveniently clean and replace the sticking roller, and the lottery ticket sticking roller cleaning device can adapt to lottery ticket paper with different thicknesses.

The utility model discloses an anti-counterfeiting adhesive sticker, and relates to the technical field of adhesive stickers. The adhesive sticker comprises an adhesive sticker body, the adhesive sticker body comprises two substrates, an accommodating gap is formed between the two substrates, and an anti-counterfeiting printing plate for printing anti-counterfeiting authentication is arranged in the accommodating gap; the telescopic assembly is arranged in the accommodating gap and is used for sending the anti-counterfeiting printing plate out of the non-setting adhesive body for anti-counterfeiting detection; the tearing assembly is used in cooperation with the telescopic assembly, and the tearing assembly is used for crushing the whole structure of the adhesive sticker body when the anti-counterfeiting printing plate is sent out; the tearing assembly ensures that the anti-fake sticker is structurally damaged after being used and cannot be recovered, and secondary utilization is effectively prevented.

This invention discloses a method for selecting channels for embedding and extracting anti-counterfeiting watermarks in printed images, belonging to the field of anti-counterfeiting printing technology. The method of this invention breaks with the default approach of extracting watermarks from the same channel in which they are embedded. The watermark extraction position and embedding position proposed in this invention can be the same or different. Instead, regardless of whether the watermark is embedded in RGB or CMYK color mode, it is extracted in RGB color mode, resulting in better extraction performance.

The invention relates to the technical field of packaging boxes, and discloses an anti-counterfeiting printing process of a packaging box, which comprises the following steps: S1, determining a printing area of a two-dimensional code on a base material of the packaging box, and determining an anti-counterfeiting area and a code area in the printing area; s2, printing and forming an anti-counterfeiting pattern in the anti-counterfeiting area; s3, designing an anti-counterfeiting line, pixelating the anti-counterfeiting line to form a grating image-text, printing the image-text information into a photoetching film by adopting a photoetching process, and transferring the photoetching film at the boundary of the anti-counterfeiting area and the code area; s4, printing and forming a two-dimensional code in the code area; and S5, a matte film is attached to the whole printing area. Before scanning the two-dimensional code, a user can determine the authenticity of the two-dimensional code by observing the information of the anti-counterfeiting pattern and checking the anti-counterfeiting line, so that the anti-counterfeiting effect of the two-dimensional code on the packaging box is improved; the matte film ensures that the anti-fake line, the anti-fake pattern and the two-dimensional code can be observed under strong light, meanwhile, the pattern of the two-dimensional code is protected, and the anti-fake effect is improved.

The application discloses a kind of cloud security printing systems and methods, system includes: printing terminal, for after identifying the U-KEY device inserted PIN code input by user is sent to cloud server platform and carries out identity authentication;And after receiving the information of identity authentication pass, initiate printing task application and upload the file needing printing;Printer resource pool, for after identifying the U-KEY device inserted PIN code input by user is sent to cloud server platform and carries out identity authentication;And after receiving the information of identity authentication pass, request corresponding print list and print after receiving print file queue;Cloud server platform, for according to PIN code uploaded by printing terminal and printer resource pool, the identity of user is authenticated;And when the printer identity authentication passes after U-KEY device is inserted, corresponding print file queue is issued to printer.The application can improve the security of cloud printing identity authentication process and the utilization of printing equipment.

The application relates to an anti-fake printing equipment and belongs to the technical field of printing equipment, which comprises an anti-fake printing machine, a feeding table is arranged at the feeding end of the anti-fake printing machine body, a cavity is arranged in the feeding table, a plurality of placing holes are arranged in the upper part of the cavity, a plurality of pulleys are arranged in the upper part of the cavity, the placing holes and the pulleys are in one-to-one correspondence, the upper part of the sidewall of the pulley is arranged outside the placing hole, a driving motor for driving the pulley to rotate is arranged at the upper end of the feeding table, a wind collecting cover is arranged in the cavity, one end of the wind collecting cover is fixedly connected to the inner wall at the upper end in the cavity, an air draught fan is arranged at the other end of the wind collecting cover, a supporting frame is arranged above the feeding table, and a pressing assembly for pressing a product on the pulley is arranged on the supporting frame. The application has the effect of reducing the occurrence of paper jam of the anti-fake printing equipment.

To provide a technology that can properly execute printing processes in a security printing function that performs print jobs associated with passwords and a storage printing function that performs print jobs associated with user identification information. [Solution] The MFP1 has a security printing function that prints print jobs 75 that include a password 83, and a storage printing function that prints print jobs 75 that include a username 85. In response to receiving a setting to execute the storage printing function (S77:YES), the MFP1 saves the received print job 75 to memory 15 without determining whether a password 83 is set for the print job 75 (S87). The CPU 12 also prints the print job 75 stored in memory 15 without receiving the password 83 via the touch panel 21.

The utility model relates to environment-friendly anti-counterfeit printing equipment, and relates to the field of printing equipment. The device comprises a rack, a static electricity removing part, a brush roller, a dust removing part and printing equipment, a plurality of conveying rollers are horizontally and rotationally connected to the rack in the transverse direction, the brush roller and the printing equipment are arranged on the top face of the rack in the conveying direction, and the brush roller and the printing equipment are fixed to the top face of the rack; a plasma air bar is horizontally fixed to the vertical end face of the side, close to the printing equipment, of the brush roller, an air inlet pipe is vertically communicated and fixed to the outer circumferential face of the plasma air bar, an ion fan is assembled on the air inlet pipe of the plasma air bar in a communicated mode, and a static electricity removing part is arranged on the side, away from the printing equipment, of the brush roller on the top face of the rack. When paper enters, the static electricity removing part is used for removing static electricity on the surface, then dust on the paper is removed through the brush roller, then the plasma wind bar is used for removing static electricity generated due to friction between bristles and the surface of the paper, and the paper dust removing effect is guaranteed.

The invention relates to the technical field of anti-counterfeit printing, in particular to a microstructure holographic anti-counterfeit UV plate making method and system.The method comprises the steps that the focusing depth and the installation position of a target layout image are collected through a target CCD camera, a light path positioning model is constructed, and accurate mapping of image pixel microstructure coordinates and physical positions in a three-dimensional plate making coordinate system is achieved; the layout range and the micro-unit size of the UV printing plate are determined by combining the depth characteristics of the microstructure in the target range and the light path positioning model; and based on a light path positioning model with aberration correction, each micro-unit is accurately projected to a target layout image, and a corresponding holographic anti-counterfeiting UV printing plate is generated. According to the method, through combination of depth perception, coordinate mapping and aberration correction, automatic positioning and self-adaptive division of microstructure plate making are realized, projection definition and curing consistency are improved, the problems of positioning deviation, pattern distortion and edge blurring in traditional plate making are solved, and the precision, identification degree and anti-counterfeiting performance of holographic anti-counterfeiting patterns are improved.

The present invention relates to a pigment mixture based on spherical particles having a defined particle-size distribution, and to the use thereof in paints, coatings, printing inks, security printing inks, plastics, ceramic materials, glasses, in cosmetic formulations, as tracer, as filler and for the preparation of pigment preparations and dry preparations.

The application discloses a kind of anti-fake printing detection device for wine packaging box, it is related to anti-fake printing detection device field, it includes detection rack, the detection rack is equipped with conveying belt and two mounting brackets, one the detection scanner of swing installation is installed on the mounting bracket;And still including bearing positioning mechanism and scanner automatic cleaning device.It needs to be explained, the position of packaging box is corrected by two arc-shaped positioning clamps, and the weight of packaging box is detected by bearing rotating plate, to avoid the problem that the wine in packaging box is lost due to evaporation or breakage;Multiple dust suction heads are used to clean the surface of packaging box, to ensure the cleanliness of packaging box, and thus ensure the accuracy of detection.In addition, the detection scanner moves to drive the protective slide to move, the protective slide continuously moves, so that the extrusion slide bar is cleaned by the cleaning scraper to clean the detection scanner, so as to ensure the cleanliness of the detection scanner, and thus further ensure the accuracy of detection effect.

The present invention relates to the field of improved opacified polymeric transparent substrates (x00) for use in making security documents such as banknotes, said substrates (x00) combining good mechanical performance and that can be easily handled for subsequent multi-step security printing processes. In particular, the present invention provides kits for manufacturing an opacifying system (x10) either on one side or on both sides of a polymeric transparent substrate (xx0), said kit comprising a) a first composition for manufacturing an opacifying layer (x11), b) a second composition for manufacturing a conductive layer (x12), and c) a third layer composition for manufacturing an acceptance layer (x13), wherein the first, second and third compositions comprise i) water, ii) a water-soluble or water-dispersible resin, iii) a white pigment, iv) a wax, wherein at least one of the first, second and third compositions comprises an anti-static agent, and wherein at least two of said first, second and third compositions comprise a mica compound.

The utility model discloses an adhesive tape structure with various anti-counterfeiting and anti-uncovering functions. The adhesive tape structure comprises an isolating layer, an anti-counterfeiting printing layer, an aluminum plating layer, a base material layer, an anti-counterfeiting characteristic layer and an adhesive layer which are sequentially stacked from bottom to top, after the adhesive tape is torn off finally, part of the adhesive layer is adhered to the surface of an object to be adhered, and an anti-counterfeiting mark is left through the anti-counterfeiting feature layer, so that the purposes of counterfeiting prevention and secondary adhesion prevention are achieved; the aluminized layer is provided with photoetching fine patterns or characters through a laser engraving technology, and different illumination colors and different three-dimensional effects are shown when observed from different angles; the anti-counterfeiting printing layer is transparent ink which is printed on the base material layer or the aluminum plating layer through a printing machine and is anti-counterfeiting based on illumination identification; according to the utility model, the photoetching fine patterns or characters are arranged on the aluminized layer through the laser engraving technology, and the transparent ink based on illumination identification anti-counterfeiting and temperature change identification anti-counterfeiting is arranged on the base material layer or the aluminized layer, so that the purpose of increasing the anti-counterfeiting identification degree in double or multiple ways is achieved.

The present invention relates to compounds of the formula (I′), especially compounds of formula (I), a process for their preparation and their use as almost colourless IR absorbers, for optical filter applications, especially for plasma display panels, or for laser welding of plastics. The compounds may be used in compositions for inks, paints and plastics, especially in a wide variety of printing systems and are particularly well-suited for security applications, or for brand protection; or as marker for liquid. Compounds of formula (I′), especially compounds of formula (I), represent almost colourless IR absorbers, which exhibit high resistance against chemicals and solvents as well as good light stability and good thermal stability. Due to their unique application properties they can be advantageously employed as IR absorbers for laser writing, heat shielding, security printing, the laser-welding of plastics and as marker for liquids.

This invention discloses a colorful anti-counterfeiting QR code manufacturing process and secure identification algorithm, relating to the fields of anti-counterfeiting printing and QR code recognition technology. The process primarily involves sequentially printing three types of metameristic inks onto a substrate to form a dataset identification code, a data verification code, and a time-series verification code. The three inks exhibit minimal color difference (ΔE < 1.0) under natural light to conceal the pattern, while displaying a 4-5 times brightness contrast under red, green, and blue monochromatic light, respectively, enabling multimodal information storage. During identification, a mobile application controls the screen to sequentially emit multiple monochromatic lights to illuminate the QR code, and a camera captures reflected images under different light conditions. By comparing the reflection characteristic model and time sequence consistency, the authenticity of the physical entity is determined, and decoding is performed. This technical solution combines the principles of static QR codes, offering a cost advantage while providing both concealed anti-counterfeiting and dynamic verification capabilities, making it suitable for high-end anti-counterfeiting labels.

The present invention discloses an intelligent anti-counterfeiting color box printing positioning control method, which relates to the field of printing positioning control technology. The method includes dividing the color box layout into multiple detection areas, setting a combination of cross and circular positioning marks in each area, and using a high-resolution image sensor to collect positioning information in real time to establish a feature database; using a multi-layer convolutional neural network to extract regional deformation and position features, combining a residual network to calculate actual deviations, constructing a mapping model between process parameters and position deviations, and using a deep reinforcement learning algorithm to establish a differentiated compensation model; allocating compensation parameters to a servo control unit, generating motion control instructions, using compensation effect evaluation indicators to evaluate position deviations in real time, establishing a decision model to achieve adaptive optimization of compensation parameters, and realizing adaptive adjustment of compensation by region. This method realizes intelligent monitoring and optimization of the anti-counterfeiting printing process, significantly improving the printing quality stability and production efficiency of anti-counterfeiting color boxes in mass production.

The application discloses a three-dimensional dynamic pattern anti-fake label and a printing method thereof, and relates to the technical field of anti-fake printing. The anti-fake printing method comprises the following steps: printing a layer of light-color UV ink on paper by offset printing, and printing a layer of UV high-light transparent oil on the light-color UV ink to obtain a UV high-light transparent oil layer; printing a dynamic target base pattern on the UV high-light transparent oil layer by UV offset printing to obtain a three-dimensional dynamic pattern base layer; printing mark graphics on the three-dimensional dynamic pattern base layer to form a first anti-fake pattern; spraying high-temperature transparent hot-melt resin on the first anti-fake pattern to form a transparent interval layer; and printing a silk screen microlens array on the transparent interval layer by using transparent UV expansion ink to obtain a second anti-fake pattern with the three-dimensional dynamic pattern.

The application discloses a kind of magnetic field response type photocuring magnetic anti-fake printing products and preparation method thereof, it is related to anti-fake printing technical field, including cotton fiber security paper, reactive interface layer P and magnetic top layer I;When preparing, paper base is pre-adjusted wet, interface layer P is coated and pre-cured to acrylic double bond conversion rate 46 to 58%, then print the magnetic top layer I containing surface bifunctionalization sheet magnetic photochromic pigment, make wet film be oriented after magnetic field, and first pass UV pre-pinning is carried out 10 to 14 milliseconds after magnetic field peak position, and is carried out UV final curing and dark post-curing after Interface layer P and magnetic top layer I share isobornyl acrylate and tetrahydrofurfuryl alcohol acrylate, form controlled P / I interdiffusion depth and functional layer-substrate transition zone depth.The method can inhibit paper base capillary liquid extraction and edge outer climb, improve bright strip edge sharpness, rolling bright strip continuity, wear resistance, folding durability and continuous printing stability, and reduce waste strip rate and volatility.