55results about How to "Reliable printing" patented technology

A set of printing liquids is disclosed comprising a first anionic printing liquid comprising an aqueous vehicle, at least one first colorant, and at least one first anionic polymer; a second anionic printing liquid comprising an aqueous vehicle at least one second colorant, at least one second anionic polymer, and an acid additive having a pKa up to the pKa of the at least first polymer of the first liquid; a third cationic printing liquid comprising an aqueous vehicle, at least one third colorant, at least one third cationic polymer, and a pH in the range from about 2 to about 5; and a fourth anionic printing liquid comprising an aqueous vehicle, at least one fourth anionic dye, and a precipitating agent. More specifically, the present set of printing liquids may find application in ink-jet printing. The set of ink-jet inks provides improved print quality, specifically, reduced bleed; improved edge-acuity, uniform area fills, and color quality; while maximizing lightfastness without sacrificing printing reliability.

A digital broadcast reception device comprises: a broadcast receiving unit 11 that receives a digital broadcast; a TS processing unit 12 and a decode unit 14 that separate video contents and data contents from the received digital broadcast; a image memory unit 15 that stores the separated video contents and data contents in a special-purpose plane and memorizes the separated video contents and data contents temporarily; an image output unit 16 that synthesizes the video contents and data contents stored in the image memory unit 15, generates image data, and output the image data; a remote control 26, an operation reception unit 13, and a processing control unit 20 that acquire a print instruction from an operator; and a print image generation unit 18 that selects and synthesizes the video contents and data contents stored in the image memory unit 15, generates a print data, and outputs the generated print data to a printer 30 in response to the print instruction.

An ink-jet printing system is disclosed comprising a set of ink-jet inks comprising a first anionic ink comprising an aqueous vehicle, at least one first colorant, and at least one first anionic polymer; a second anionic ink comprising an aqueous vehicle; at least one second colorant, at least one second anionic polymer, and an acid additive having a pKa up to the pKa of the at least first polymer of the first ink; a third cationic ink comprising an aqueous vehicle, at least one third colorant, at least one third cationic polymer, and a pH in the range from about 2 to about 5; and a fourth anionic ink comprising an aqueous vehicle, at least one fourth anionic dye, and a precipitating agent. The printing system provides improved print quality, specifically, reduced bleed; improved edge-acuity, uniform area fills, and color quality; while maximizing lightfastness without sacrificing printing reliability.

A tape-like label forming device is capable of forming a label tape that is made up of a printing tape and a double-sided tape. A temperature-indicating material that changes color in response to changes in ambient temperature is applied to the surface of the printing tape. With this construction, since the color of the temperature-indicating material conceals the colors of the double-sided tape and characters such as letters and symbols printed on the underside of the printing tape, the colors of the characters and the double-sided tape can be freely selected and combined.

In one embodiment of a print system, a client terminal (10) that generates a print job, a server function portion that stores the print job, a printer (30) that performs pull printing of the print job are connected via the network (40). The print job holds print data and authority information including user information for specifying a user having print authority over the print data. The client terminal (10) is provided with an authority setting means for setting authority information. A server (20) is provided with the server function portion, and is configured to update authority information, identify a user, authenticate whether or not to permit printing based on the authority information and the identification result obtained by a user identification means, and transmit print data.

Data type of data attached to a first e-mail received by using an account data is determined, and if the attached data is an image data of a prescribed format, the image data is printed, and a second e-mail notifying completion of printing is transmitted to the destination of the first e-mail.

An electrophotographic image forming apparatus is provided which includes an image receptor on which an electrostatic latent image is formed. A developing unit develops the electrostatic latent image by supplying non-magnetic mono-component toner to the electrostatic latent image and includes a developing roller which faces the image receptor. A trail type regulating blade is installed to form a uniform toner layer on the developing roller. In the electrophotographic image forming apparatus, the rate of the amount of toner particles having a diameter of not more than about half of a median value of a volume-diameter distribution of the toner is not more than about 15% in a number-diameter distribution.

The present invention provides an image forming apparatus having a double-sided copying function, characterized by comprising: a document detection unit for detecting the size of a document, and a document size setting unit for setting the size of the document according to requirements. At least one; the top position setting unit of the original, which sets the top position of the original according to the requirements; the printing mode setting unit, which sets from double-sided to double-sided, from single-sided to double-sided, from double-sided to single-sided One side, one printing mode from one side to one side; the binding direction setting unit is used to set the binding direction of the original document and the binding direction of the output paper according to the requirements; the output size setting unit is set according to the requirements The size of the output paper; the printing magnification setting unit, which sets the printing magnification according to the requirements; and the copy area determining unit, when the top position of the original is set as the upper, and the upper left corner of the original is used as a reference. Specify the copy area.

A print controller sets, in response to reception of an inquiry related to dimensions of unprintable area as an area not allowing printing of a document from a document data creating unit, dimensions of the unprintable area to default values or values smaller than the default values. The set dimensions of the unprintable area are notified to a document data processing unit, print data is formed based on data received from the document data processing unit and the dimensions of the unprintable area, and a print instruction is given to a printing device.

In a printing system, a controller defines identification information for identifying a plurality of paper feed cassettes provided in a printing machine for each of the paper feed cassettes. When an operator specifies a paper feed cassette for feeding a sheet for printing of an image represented by print data, the controller stores a correspondence between the print data and the specified paper feed cassette. Based on the correspondence, the controller combines the identification information assigned to the paper feed cassette corresponding to the print data with the image represented by the print data to create a preview image, and then displays the preview image. Prior to the execution of the printing, the operator can thereby easily recognize which paper feed cassette stores the sheet on which the image represented by the print data is to be printed.

The invention discloses a printing unit of printing equipment of a mouth-slanted wine bottle. The printing unit comprises a wine bottle printing transfer tool fixture and a printing mechanism. The wine bottle printing transfer tool fixture comprises a V-shaped bottle feeding rocking bar and a bottle discharging rocking bar. A bottle feeding fixing fixture is arranged at the upper end of the bottle feeding rocking bar, a bottle discharging fixing fixture is arranged at the upper end of the bottle discharging rocking bar, vertically-upward fixing supporting arms are arranged at the two ends of a rocking bar rotating shaft respectively, and a bottle bottom clamping plate an a bottle mouth clamping plate are arranged at the upper ends of the fixing supporting arms. A printing plate is fixed to a machine frame through a printing plate installing mechanism, and then the lower surface of the printing plate can be attached to the upper surface of the wine bottle, wherein the wine bottle is fixed by the bottle bottom clamping plate and the bottle mouth clamping plate. A printing scraping plate is arranged in the printing mechanism. The printing unit of the printing equipment of the mouth-slanted wine bottle can achieve automatic wine bottle printing and transfer, reduces labor intensity, improves production efficiency and has the advantages of being convenient to adjust, reliable in printing and the like.

The present invention relates to an ink supply method and a printing apparatus by which, when an ink supply operation is repeated by using a gas-liquid separation member, damage to the gas-liquid separation member can be reduced to improve the reliability. In order to realize this, an ink supply method for aspirating air in a sub tank via the gas-liquid separation member to supply ink from a supply opening into the sub tank sets a plurality of different amounts as an suction amount of air in the sub tank per a unit time.

The invention provides a back-contact solar cell assembly which comprises an overlaid transparent layer (10), a first packing layer (20), a battery piece layer (30), a second packing layer (40) and a back plate layer (60). A first conductor and a second conductor are arranged between the back plate layer (60) and the second packing layer (40). The back-contact solar cell assembly further comprises a first hole channel and a second hole channel which are both formed in the battery piece layer (30) and the second packing layer (40). The first hole channel is communicated with a positive electrode of a battery piece of the battery piece layer (30) and the first conductor, the second hole channel is communicated with a negative electrode of the battery piece of the battery piece layer (30), the first hole channel and the second hole channel are filled with conductive slurry (50), and the back plate layer (6) is made of glass. The technical scheme of the back-contact solar cell assembly effectively solves the problems that a back-contact solar cell assembly in the prior art is complex in manufacturing process and high in rejection rate.

The invention relates to a printing missing word repairing method. The printing missing word repairing method comprises the following steps of: (A) preparing a printing plate of words to be repaired, moving out a word missing part of a book, typesetting the word missing part and reserving an appropriate space convenient for operation in the future repairing; (B) making a repairing printing film according to four layers of a transparent film base material, a mold release agent, transfer printing ink and hot melt adhesive in sequence and printing the words needed to be transferred onto the transparent film by using a screen printing method; (C) making a transfer printing iron board according to the range of the repaired words; (D) heating a heating body to 180-200 DEG C and placing the transfer printing iron board on the heating body for 10-20 minutes; (E) placing the machined transfer printing film at a part needed to be repaired, aligning positions of the transfer printing film and the part needed to be repaired, impressing the heated transfer printing iron board onto the words needed to be thermoprinted, and moving out the transfer printing iron board after heated for 2-3 seconds; and (F) cooling the transfer printing film for 10-15 seconds and rapidly uncovering the thermoprinting film with heavy force. The method provided by the invention has the advantages of simplicity and convenience for operation, cost reduction, high repairing speed and the like.

A device for printing closures of closed containers, comprising a transport section for transporting the containers, wherein a detection unit and a printing unit for printing the closure of a container are arranged behind one another in the transport direction and the detection unit can individually determine the position of the closure transversely with respect to the transport direction for each container and can transmit a signal which is indicative of the position to a control unit which is assigned to the detection unit and the printing unit. The control unit is designed to control the printing unit to apply printing ink to the closure in order to print the closure according to its position. Also disclosed is a corresponding method.

The user can configure the print layout intuitively, and prevent needlessly executing a compensation process based on the printer mode. A plug-in 22 that controls a printer 3 that prints to a target print area in each unit print area disposed in the conveyance direction of a continuous print medium has: a mode selector 51 that determines if the printer 3 prints based detecting each unit print area of the print medium; a layout acquisition unit 53b that acquires first layout information representing the location of the target print area in the unit print area; and a layout generator 54b that generates second layout information which differs from the first layout information in the conveyance direction of the print medium when the printer determines to print based on the position detection.

The invention provides an information processing apparatus, an information processing method, and a host-based printer. An information processing apparatus which controls a host-based printer includes a determination portion which determines designation of feed from a feed unit or manual feed port, a display control portion which, when it is determined that feed from the manual feed port is designated, causes a display portion to display a display to prompt the operator to insert a print medium into the manual feed port, an identification portion which identifies compressed-image data transfer permission corresponding a user instruction, and a transfer portion which transfers compressed image data of one page to the host-based printer.

The invention provides a fabric printing and washing process which is simple and can improve printing quality and ensure beautiful colors. The process comprises the following steps: 1, selecting a fabric and performing dust removal treatment on the fabric; 2, performing primary printing treatment: performing printing treatment on the pre-treated fabric; 3, performing primary washing: adding sodium carbonate into a water tank to regulate the pH value to 10 to 11, adding 1 to 3 parts of a CD anti-staining agent, and performing washing with 30 to 45 DEG C water; 4, drying a semi-finished product fabric in a dryer at drying temperature of 120 to 130 DEG C; 5, performing secondary printing treatment: spraying a color fixing agent onto the surface of a pattern; 6, performing secondary washing: adding acetic acid into the water tank to regulate the pH value to 4 to 4.5, adding 5 to 7 parts of a KNR color fixing agent, and performing washing with 50 to 60 DEG C water; 7, performing washing with clear water and drying. According to the process, the printed pattern is delicate, beautiful in color, highly layered, fast in coloring and low in fading rate.

An information processing apparatus which controls a host-based printer includes a determination portion which determines designation of feed from a feed unit or manual feed port, a display control portion which, when it is determined that feed from the manual feed port is designated, causes a display portion to display a display to prompt the operator to insert a print medium into the manual feed port, an identification portion which identifies compressed-image data transfer permission corresponding a user instruction, and a transfer portion which transfers compressed image data of one page to the host-based printer.