97results about How to "Save ink" patented technology

The invention belongs to the field of transfer paper and particularly relates to a piece of thermal sublimation and transfer digital paper with high ink suction amount. The thermal sublimation and transfer digital paper comprises a piece of substrate paper, a hydrophobic layer coated on the surface of the substrate paper, an ink suction layer coated on the surface of the hydrophobic layer, and a surface layer on the upper surface of the ink suction layer. In terms of calculation by weight, the ink suction layer is a composite material of an inorganic material and cationic polyacrylamide cellulose interpenetrating network resin, wherein the inorganic material is one or a combination of two of porous silicon dioxide or porous calcium carbonate or porous alumina. The hydrophobic layer is organosilicone modified acrylic resin. According to the thermal sublimation and transfer digital paper, the composition material which is one or the combination of two of the porous silicon dioxide or the porous calcium carbonate or the porous alumina is added into the ink suction layer, the solid porous structure can rapidly and sufficiently absorb dye molecules, and the ink suction amount of the thermal sublimation and transfer digital paper is remarkably increased.

The invention discloses a method for melting a nickel alloy by a selective ink instead of a dry film, which comprises the following steps: (1) selectively coating ageing resistant nickel alloy ink on a circuit board by a screen printing technology to form a wet film; (2) drying the ink; (3) exposing the ink; (4) developing the wet film so as to expose the required copper surface; (5) performing nickel alloy melting on the circuit board; and (6) removing the wet film. The selective ink instead of the dry film is used for selective nickel alloy melting, so the cost is greatly reduced, and the combination effect of the wet film and the board surface is superior to the combination effect of the dry film and the board surface, unfavorable phenomena such as diffusion coating and the like can beeffectively prevented, the defective rate of production is reduced and the quality of products is ensured. In addition, the method simplifies the manufacturing flow, saves the ink, greatly reduces theemission of pollutants, saves the expenses of wastewater treatment and is simultaneously favorable for the protection of ecological environment.

A method for monitoring printed material which is produced by a printing press and includes images printed on a paper web. The method includes the steps of determining, in an original, reference values for chosen parameters of the printed material, detecting the values of these parameters in the corresponding printed image, comparing the detected values to the reference values, and performing a correction when a difference in these values is found during the comparison. The chosen parameters may include the colours in the printed material, the location of the images in the printed material and/or the colour register of the printed material. A system for performing this method includes a reference value determining device, a detecting device and a comparing and correcting device connected to the reference value determining device and the detecting device.

A method for testing inkjets for defects in an inkjet device includes determining, based on the likelihood that one or more inkjets are defective, whether to perform an inkjet defect test, The method may also include, identifying, if it is determined to perform an inkjet defect test, which inkjets to test based on properties of the inkjets, the number of identified inkjets being less than a total number of inkjets in the inkjet device; and testing the identified inkjets for defects using an image sensor.

A method, programmed medium and system are disclosed which provide for an in-line scanner used to dynamically scan a document or image, real-time as it is being printed within a printer unit and before the printed document exits the printer. The scanned image is compared to a stored electronically-generated image of the file being printed. When the comparison is determinative that there is a printing problem, the printing operation may be stopped quickly before the partially printed document or image has exited the printer. An error message may then be displayed, and the user is enabled to take appropriate action. A resume function enables a user to resume a print job at exactly the place where it had left off before detecting a print problem. In another embodiment, when the system detects a problem with a print job, the entire print job of the remainder of the print job is sent from the faulting printer to another printer where either the remainder of the print job or the entire print job is completed.

A system for labels that are positioned on a pharmaceutical container. The system can vary the choices for design and size of the labeling with respect to several types of container in which pharmaceuticals are positioned. The system increases the readability of information positioned on the pharmaceutical container by coordinating a label to the type and size of the container.

The invention discloses a vacuum pneumatic offset ink container, which consists of cylinder and piston in the cylinder, wherein the ink outlet is opened on the front end of cylinder with inner lid on the ink outlet; the projected-column is set on the front end of piston to match the ink outlet; the air guide hole is set in the front end wall of piston; the inlet of air guide hole lies on the front end of piston and the outlet lies on the peripheral side face of piston. The container can adjust the ink, which realizes vacuum package and storage due to draining the air between piston and ink.

A display system configured to display a print preview of a roll paper image and a print area includes an acquisition unit configured to acquire a roll paper width, and a horizontal length of a set paper size, a print-area determination unit for determining a print area based on the acquired roll paper width and horizontal length, a determination unit configured to determine whether the determined print area is displayable in a preview area, a calculation unit configured to calculate a scaling required to display the entire print area in a preview according to a vertical length of the print area, and a display control unit configured to, if it is determined by the determination unit that the entire print area is not displayable, preview a roll paper image and a print area based on the scaling calculated by the calculation unit.

The embodiment of the invention relates to the field of nail beautifying, in particular to a printing method and system of a nail beautifying device, nail beautifying equipment and a medium. The nailbeautifying device comprises a touch screen; the touch screen is used for displaying a first interface; the first interface comprises a first area and a second area; and the first area comprises a plurality of first patterns. The printing method of the nail beautifying device comprises the following steps of displaying a user nail model on the second area; displaying a second pattern on the secondarea, wherein the user nail model is superposed with the second pattern partially, and the superposed part pattern of the second pattern and the user nail model serves as a printing pattern; and printing the printing pattern according to a printing instruction. Patterns to be printed are reduced, ink is saved, the service time of an ink box is prolonged, and the cost is reduced; furthermore, twoprocesses of coating with anti-overflowing glue before printing and cleaning the anti-overflowing glue after printing are reduced, and the nail beautifying efficiency is improved.

The present invention relates to an automatic positioning code printer. The automatic positioning code printer comprises a frame, an ink supply assembly, a nozzle, a control assembly and a nozzle mobile assembly. The nozzle and the nozzle mobile assembly are connected with the control assembly; the nozzle mobile assembly includes an X-axis transmission mechanism and a Y-axis transmission mechanism; the X-axis transmission mechanism is arranged on the frame, the Y-axis transmission mechanism is arranged on the X-axis transmission mechanism, and the nozzle is installed on the Y-axis transmission mechanism. Compared with the prior art, the automatic positioning code printer is simple in structure, clear in printing, is able to print large characters and rapidly adapt the specifications of products with various printing codes, is accurate in printing code positioning, and greatly reduce the operators' labor intensity, etc.

The invention provides an aluminum foil double-face fast coating device. The aluminum foil double-face fast coating device comprises a first frame, an unwinding mechanism, a feeding drawing mechanism, a coating mechanism, a drying oven, a discharging drawing mechanism and a winding mechanism, wherein the unwinding mechanism, the feeding drawing mechanism, the coating mechanism, the drying oven, the discharging drawing mechanism and the winding mechanism are arranged on the first frame. The coating mechanism is a double-face ladder type coating mechanism which comprises a front side coating mechanism body and a back side coating mechanism body. The drying oven is a suspension drying oven. Aluminum foil sequentially passes through the unwinding mechanism, the feeding drawing mechanism, the coating mechanism, the drying oven, the discharging drawing mechanism and the winding mechanism, and then double-face coating is completed. An aluminum foil double-face fast coating method sequentially comprises the steps of unwinding, front side coating, back side coating, double-face drying and winding. According to the aluminum foil double-face fast coating device and method, through the ladder type one-time front side and back side coating and one-time double-face drying technologies, the material conveying path is greatly shortened, fast coating is achieved, the coating speed can reach 150m/min, in addition, the double faces are dried at a time after being coated, the space of the drying oven is saved, the manufacturing cost is reduced, meanwhile, energy is saved by about 160KW/h, and the aluminum foil double-face fast coating device and method are suitable for gravure coating and reverse kiss coating.

The invention discloses an image processing based printer ink quantity regulating method, device and equipment as well as a medium. The printer ink quantity regulating method comprises the following steps: obtaining a color value of the printing medium, and recording the color value as a first color value; obtaining a color value of all pixel points, with background images removed, in a to-be-printed image, and recording the color value as a second color value; obtaining a color difference value corresponding to each pixel point according to the first color value and the second color value; comparing the color difference value with a set color threshold value; and while the color difference value is smaller than the color threshold value, regulating data, in all color channels of a printer, of the pixel points corresponding to the color difference value as data for not discharging ink. The image processing based printer ink quantity regulating method, device and equipment as well as the medium can save ink amount, and reduces printing cost.

The invention discloses a color management based printer ink amount adjusting method and device, color management based printer ink amount adjusting equipment and a medium. The printer ink amount setting method comprises the following steps of acquiring a color value of a printing medium, and recording the color value as a first color value; establishing a color characteristic profile containing the first color value in color management of a printer according to the first color value; obtaining a color value of each pixel point in the to-be-printed image, and recording the color values as second color values; and obtaining a printing color value and a white ink amount value corresponding to each pixel point according to each second color value and the color characteristic file. According to the color management based printer ink amount adjusting method and device, the color management based printer ink amount adjusting equipment and the medium, the ink amount can be saved, and the printing cost is reduced.

The invention discloses a locker adopting an NFC (Near Field Communication) identification technology. The locker has a technical scheme that the NFC identification technology is utilized, the NFC of a specific individual is recorded and identified, and a normally closed circuit is disconnected when a signal is correct. A circuit is connected with an electromagnetic lock, and the electromagnetic lock is released when the circuit is disconnected so as to open the door of the locker. After depositing is finished, the door is artificially closed. The locker adopting the NFC identification technology can be effectively applied to various occasions of supermarkets, shopping malls, bathhouses, public changing rooms, amusement parks and the like to meet depositing requirements. Compared with a traditional paper tape barcode technology, the locker is more accurate and reliable, paper and stamping ink are saved, and the locker is a new-generation energy-saving environment-friendly storage cabinet.

The present invention relates to ink filling equipment for ink box of printer, and is especially one kind of automatic ink economizer for pouring from an ink barrel. The automatic ink economizer includes one ink barrel supporting board with two shaft brackets and nuts welded to the back side, one supporting board shaft, one bearing support, one connecting support, one spring support, one spring sleeve, one pouring support, bearing seats and springs assembled together. The present invention has obvious ink saving effect.

The invention provides an image forming method which prevents the temperatures of printing heads from exceeding a predetermined temperature. In this image forming method, its basic assignment is changed when any one of the temperatures detected by the respective temperature sensors (61 to 64) exceeds the predetermined temperature (for example, 60 DEG C). Specifically, each time the forming of an image on a printing medium (for example, a label) is completed, the temperatures of the respective printing heads (K1 to K4) are detected with the respective temperature sensors. When any one of the temperatures thus detected exceeds 60 DEG C, the association of raster line regions with ink ejection opening arrays (N1 to N4) (the association of rasters with the printing heads) under the basic assignment is shifted one-by-one.