29 results about "Image transfer" patented technology

A processing device includes a process portion and a processor. The process portion performs medium processing on a transfer medium, subsequent to or prior to ejection of ink forming an image to be transferred from the transfer medium to a transfer-receival medium. The processor causes the process portion to perform one of the medium processing of forming additional information on the transfer medium in a non-transfer mode, or the medium processing of implementing a restriction procedure on the additional information formed on the transfer medium, or the medium processing of implementing an image transfer procedure on the image formed on the transfer medium and not implementing an information transfer procedure on the additional information formed on the transfer medium.

This application provides a data processing method and apparatus for intelligent figurines, achieving precise feature mapping through image transfer and speech synthesis. An interactive mechanism is constructed, combining emotion recognition and behavioral decision-making to establish a reliable execution strategy. Closed-loop optimization is introduced, ensuring continuous improvement of control through resource scheduling and experience learning. This method effectively addresses the shortcomings of traditional technologies in personalized processing, interactive decision-making, and execution control, providing technical support for intelligent figurines.

To provide an image forming apparatus that can minimize damage to components during a runaway electrical current state. [Solution] The image forming apparatus comprises a fuser F that fixes an image transferred to a recording medium onto the recording medium using an endless fixing belt 310 having a plurality of halogen heaters 341 to 346 and a pressure roller 330; a plurality of switch units 411 to 416 provided corresponding to each of the plurality of halogen heaters 341 to 346; a CPU 450 that controls the connection state of the plurality of switch units 411 to 416 and controls the supply of power to the plurality of halogen heaters 341 to 346; an exclusive connection unit 420 that exclusively connects switch unit 411 and switch unit 412; and a rotation detection unit 430 that disconnects switch unit 411 and switch unit 412 based on the rotation speed of the fixing belt 310.

An image forming apparatus includes a plurality of image forming units configured to form images using toners of a plurality of colors, the plurality of image forming units including a first image forming unit configured to form an image using a first toner, and a second image forming unit configured to form an image using a second toner different from the first toner, an image bearing member configured to bear the images formed by the plurality of image forming units, a conveying member configured to convey a sheet to a nip portion for transferring the images on the image bearing member onto the sheet, and a controller configured to control the plurality of image forming units to form a detection image for detecting an image density.

Transfer assemblies and transfer sheets and release paper for transferring images to articles, such as textiles, fabric or the like, are provided. In addition, improved methods for manufacturing the transfer sheets and the articles are provided. A transfer sheet comprises a support layer and an image transfer layer that includes an ink receptor and a blocking agent. The blocking agent is configured to block or impede the transfer of the ink composition to the substrate in non-printed areas of the image and substantially allow the transfer of the ink composition to the substrate in printed areas of the image. The systems and methods described herein provide a single step process that is “self-weeding”, while minimizing defects in the image that is printed onto the article and are particularly useful for transferring white or colored images to dark colored or black textiles and other fabrics.

This invention relates to the field of image transfer technology, and discloses an image style transfer method and system based on a dataset of traditional ethnic architecture. The method involves constructing a dataset of traditional ethnic architecture to train a LoRA model; loading the trained LoRA model into a diffusion model, and outputting a latent feature map from the depth map, edge map, original design white-film image, text features, and reference style features through the loaded diffusion model. A variational autodecoder decodes the latent feature map to obtain a stylized image. In feature extraction, the depth map and edge map are controlled using a two-stage ControlNet strategy, effectively overcoming the defects of traditional style transfer such as distorted architectural lines and perspective errors, ensuring structural consistency between the generated image and the original white-film image. This invention achieves accurate capture and structurally faithful transfer of the building's external form, significantly improving design efficiency.

Problem To print a color image excellent in sharpness and washing resistance on a dark color textile product through ink-jetting. Solution Provided is an image transfer method comprising: a step for printing, through ink-jetting, an image by spraying color ink to an ink image receiving body base; a step for printing an adhesive image by further spraying, in a superposing manner, adhesive transparent ink to the image printed on the ink image receiving body; a step for attaching a white powder of urethane, which has a titanium oxide powder dispersed therein or coated on the surface thereof, to the adhesive image printed on the ink image receiving body; a step for heating the ink image receiving body to which the white powder has been attached and thermocompression-bonding the heated image receiving body onto a print target body; and a step for transferring the image to the print target body by detaching the ink image receiving body base from the print target body.

An image transfer sheet (1) is obtained by laminating a first release layer (11), a transfer layer (20) including an image layer (22), an adhesive layer (30), and a second release layer (12) in this order. The adhesive layer (30) includes an adhesive layer body part (31) and an adhesive force reduction part (32) provided on the surface of the adhesive layer body part (31). The adhesive layer body part (31) is in contact with the second release layer (12), and the adhesive force reduction part (32) is in contact with the transfer layer (20). When the adhesive force between the first release layer (11) and the transfer layer (20) is denoted by A, the adhesive force between the second release layer (12) and the adhesive layer body part (31) is denoted by C, the adhesive force between the adhesive force reduction part (32) and the transfer layer (20) is denoted by D, and the tensile strength of the adhesive layer (30) is denoted by F1, all of the following relational expressions (1) to (3) are satisfied.　(1): Adhesive force C < adhesive force D (2): Adhesive force C < adhesive force A (3): Tensile strength F1 < adhesive force C

An image forming apparatus includes a transfer portion, a fixing part, a first detection processing portion, and an adjustment processing portion. The transfer portion transfers a toner image to a sheet. The fixing part fixes the toner image transferred to the sheet onto the sheet. The fixing part is provided on a downstream side in a conveyance path of the sheet with respect to a conveyance direction of the sheet. The conveyance path extends through the transfer portion. The first detection processing portion detects an amount of deflection of the sheet during a specific period in which the sheet is conveyed by both the transfer portion and the fixing part. The adjustment processing portion adjusts, before the specific period ends, conveyance speed of the sheet by the fixing part on the basis of the amount of deflection detected during the specific period.

Further develop existing technologies. [Solution] The image forming apparatus comprises a main body, an exterior member, a toner container, and a residual toner container. The main body includes a photosensitive drum, a belt, a transfer member for transferring a toner image on the belt to a recording material, a developing means, a toner storage section, and at least one of a recovery member and a blade for collecting residual toner. The toner container stores the toner supplied to the toner storage section, and the residual toner container stores at least one of the residual toner scraped off by the blade on the photosensitive drum and the residual toner collected from the belt by the recovery member, and is provided on one end side in the axial direction of the photosensitive drum, and is configured so that the direction of removal of the toner container from the main body is upward in the direction of gravity, and a part of the exterior member is attached to the residual toner container.

This design avoids problems that may occur when a decrease in the lubricant supply means results in areas of lubrication failure on the intermediate transfer body where lubricant is not supplied via the opposing member of the intermediate transfer body. [Solution] An image forming apparatus equipped with a toner input control means that forms a toner image on a surface area of ​​the image carrier (1) where no image has been formed, transfers the toner image to an intermediate transfer body (8), and inputs it to the contact area of ​​a cleaning member (31), is provided with a determination means (302) to determine whether or not a non-supply area (A) has occurred on the intermediate transfer body (8) due to a decrease in lubricant in the lubricant supply means (13) and lubricant is not supplied via the intermediate transfer body opposing members (8, 19). When the determination means (302) determines that a non-supply area (A) has occurred (No in step 3), the toner input control means (300) increases the amount of toner that enters the contact area of ​​the cleaning member (31) compared to before it was determined that a non-supply area (A) had occurred.

In one embodiment, a system includes a host system-on-chip (SoC) comprising vision processing circuitry and a camera connected to the host SoC through an Inter-Integrated Circuit (I3C) bus. The camera includes circuitry to generate image data and transmit an interrupt signal to the host SoC over the I3C bus indicating the image data is ready for transfer. The host SoC vision processing circuitry is to transmit a read message to the camera over the I3C bus based on the interrupt signal and receive a set of line payload packets including the image data over the I3C bus based on the read message.

To provide a toner that adheres well to flexible media such as cloth, which cannot be fixed with conventional toners, and that also possesses sufficient flexibility. [Solution] The toner according to one embodiment of the present invention is a toner containing a binder resin, and has a true density of 1.30 g / cm³. 3 More than 1.80g / cm 3 The following conditions apply: the average circularity is less than 0.93, the volume average particle size is 10 μm or more and 30 μm or less, the loose apparent bulk density is less than 0.55, and the binder resin contains a polyurethane resin, with the polyurethane resin content being 51% by mass or more relative to the toner.

An image forming apparatus includes a transfer portion, a fixing portion, a sensor, a duct, and an airflow generation portion. The transfer portion transfers a toner image to a sheet. The fixing portion fixes the toner image transferred to the sheet by the transfer portion on the sheet. The sensor senses the sheet on a downstream side of the transfer portion in a conveyance direction of the sheet and an upstream side of the fixing portion in the conveyance direction. The duct extends from an air intake port to an air blowing port. The air intake port is open on an upper surface of the image forming apparatus. The air blowing port is open toward the sensor. The airflow generation portion generates airflow that moves in the duct from the air intake port to the air blowing port.

Factors other than component wear may affect the results of wear detection. [Solution] An image forming system comprising an image forming apparatus and an information processing apparatus capable of communicating with both a display device and the image forming apparatus, wherein the image forming apparatus comprises an image carrier that carries a developer image, a transfer unit that transfers the developer image carried on the image carrier to a recording material, a rotating unit provided upstream of the transfer unit in the transport direction in which the recording material is transported, the rotating unit is configured to take an initial position that allows it to contact the recording material and to transition from the initial position to a detected position when pressed by the recording material, and a recording material detection unit that does not detect the rotating unit in the initial position but detects the rotating unit that has transitioned to a detected position, wherein if the time from when the recording material detection unit detects the rotating unit until it stops detecting the rotating unit is shorter than a predetermined time, the information processing apparatus communicates with the display device so that the display device displays information regarding wear of the rotating unit.

An image forming apparatus includes an apparatus main body including a photosensitive drum, a belt, a transfer member for transferring a toner image on the belt to a recording material, a development unit, a toner storage unit, and at least one of a collection member configured to collect residual toner and a blade. The toner container stores toner to be supplied to the toner storage unit, the residual toner container stores at least either one of residual toner scraped off by the blade on the photosensitive drum and residual toner collected by the collection member from the belt, and is provided on one end side of the photosensitive drum in the axis line direction. A removing direction of the toner container from the apparatus main body is an upper direction of the gravitational force direction, and a part of the outer casing member is attached to the residual toner container.

This invention discloses a visual detection method for the verticality of underwater bridge piers, belonging to the field of visual detection technology for the verticality of underwater bridge piers. The technical solution involves: capturing three-dimensional images of underwater bridge piers from both land and underwater locations using a binocular vision measurement system; reconstructing three-dimensional models from each set of original images from both land and underwater locations; correcting underwater optical refraction distortion in the three-dimensional images of the underwater bridge piers before stitching; unifying the coordinate system of the binocular vision measurement system; transferring grayscale values ​​from the images to point clouds; homogenizing the bridge pier point clouds using an interpolation-matrix transformation method; removing abnormal curvature and eliminating shadow texture areas in the bridge pier point cloud; and calculating the verticality of the bridge pier point cloud using a slicing method. The beneficial effects of this invention are: through systematic innovation in data processing procedures and core algorithms, it achieves a breakthrough in high-precision reconstruction of the three-dimensional morphology of underwater bridge piers and accurate assessment of their verticality.

ProblemTo inkjet print a color image of superior sharpness and laundering resistance onto a dark-colored textile product.SolutionProvided is an image transfer method comprising the steps of: printing an image by spraying color ink onto an ink image carrier using an inkjet printer; printing an adhesive image by further spraying an adhesive transparent ink over the image printed on the ink image carrier; depositing, onto the adhesive image printed on the ink image carrier, a white powder of urethane comprising a titanium oxide powder dispersed within the urethane or coating the surface thereof; heating the ink image carrier on which the white powder is deposited, and thermo-compression bonding the heated image carrier to a printing substrate; and transferring the image to the printing substrate by detaching the ink image carrier from the printing substrate.

The application discloses a manufacturing method of high-precision printed circuit board, comprising the following steps: S1, cutting; S2, drilling; S3, copper electroplating; S4, circuit image transfer; S5, secondary copper electroplating; S6, circuit etching; S7, solder mask printing; S8, text printing; S9, surface treatment; the manufacturing method of the high-precision printed circuit board further uses a smoking equipment for treating smoke dust generated in the solder mask process, and the smoking equipment comprises a mounting plate. The application is provided with turnover pipes, smoking ports, dust suction pumps, connecting pipes, mounting plates, fixing plates and adjusting threaded rods, smoke adsorption operation can be realized by means of two turnover pipes with multiple smoking ports, connecting rods and dust suction pumps, the adsorption range is wide, the fixing plates can be used to realize stable installation with a workshop mounting platform, and the spacing between the two fixing plates can be adjusted to adapt to the installation of mounting areas of different sizes.

A system includes an apparatus for building a component by additive manufacturing, a camera, and a computing device. When the computing device receives an image of the build plane captured by the camera, the image includes a fiducial marker positioned on the build plane, the computing device identifies the coordinates of the fiducial marker in the image in a coordinate system of the camera. The computing device then identifies corresponding coordinates of the fiducial marker in the coordinate system of the apparatus, and generates an image transfer function that converts the coordinates in the camera system to coordinates of the apparatus. The image transfer function is then applied to the image to generate a distortion-corrected image.

To provide an image transfer system that can acquire images of the vehicle with a simpler configuration. [Solution] The image transfer system 10 according to this disclosure comprises an image transmission device 2 that transmits a vehicle image captured by an imaging unit 21, an image transfer device 3 that transfers the vehicle image received from the image transmission device 2, and an image display device 1 that displays the vehicle image received from the image transfer device 3. If the vehicle image includes a license plate image, the image transmission device 2 transmits the license plate information read from the license plate image and the vehicle image to the image transfer device 3, the image transfer device 3 transfers the vehicle image to a destination corresponding to the license plate information received from the image transmission device 2, and the image display device 1 displays the vehicle image transferred from the image transfer device 3.

An image forming apparatus includes an image forming mechanism configured to form a developer image and transfer the formed developer image onto a medium and a fixing unit. The fixing unit includes a fixing member that contacts the medium the developer image is transferred onto, a heat source arranged to supply heat to the fixing member, a first temperature sensor that detects a temperature of a first region, and a second temperature sensor that detects a temperature of a second region of the fixing member. The image forming apparatus includes a controller that outputs information indicating an abnormality of the temperature detected by the first or the second temperature sensor, based on a difference between a first and a second estimation value. The first estimation value is an estimate of a temperature of the first region. The second estimation value is an estimate of a temperature of the second region.

This invention relates to the field of optical technology and provides a short-to-mid-wave infrared broadband relay imaging system. Along the optical path, it sequentially includes a stepped micromirror, a beam splitter, a compensation plate, a first lens, a second lens, a third lens, a fourth lens, a fifth lens, a sixth lens, a filter, a detector window, a cold stop, and a detector back focal plane. The six lenses are, respectively, a zero-power wedge plate, a positive-power cylindrical lens, a positive-power binary diffraction positive meniscus lens, a negative-power negative meniscus lens, a negative-power negative meniscus lens, and a positive-power positive meniscus lens. By combining the wedge plate and the cylindrical mirror, it eliminates large-scale astigmatism in the broadband infrared band, achieving broadband infrared chromatic aberration correction and thermal-free design. It solves the significant difference in imaging transfer functions between the meridional and sagittal directions of the lens, addresses the problem of reduced transfer function, and can meet the imaging requirements of the short-to-mid-wave infrared band under complex environmental conditions.