| 序号 | 专利名 | 申请号 | 申请日 | 公开（公告）号 | 公开（公告）日 | 发明人 |
|---|---|---|---|---|---|---|
| 161 | Cleaning apparatus for web offset printing press | US57326 | 1998-04-08 | US5868073A | 1999-02-09 | Toshihiko Ebina |
| A cleaning apparatus for a rotary printing press includes a cleaning blade, a cleaning cloth, and a cleaning unit and air cylinders, or an air cylinder, a guide shift mechanism, and a cleaning cloth travel mechanism. The cleaning blade has a distal end portion which abuts against the circumferential surface of an oscillating roller during a cleaning operation to scrape a waste ink, and a rear surface continuous to the distal end portion to guide the scraped waste ink downward. The cleaning cloth travels during the cleaning operation done by the cleaning blade to collect the waste ink scraped by the cleaning blade. The cleaning unit and air cylinders, or the air cylinder, the guide shift mechanism, and the cleaning cloth travel mechanism bring the cleaning cloth into contact with the rear surface of the cleaning blade, when the distal end portion of the cleaning blade is in contact with the circumferential surface of the oscillating roller, to collect the waste ink on the cleaning blade. | ||||||
| 162 | Inking apparatus for rotary printing machines | US899929 | 1997-07-24 | US5848570A | 1998-12-15 | Gunter Koppelkamm; Dieter Wagner; Bernd Hennig |
| An inking apparatus for rotary printing machines includes a rotatably mounted, drivable ink roller and at least one ink container mounted such that it can be swivelled away from the roller, favoring cleaning and ink change. The swivelably mounted ink container permits the ink container to be emptied in an operator-friendly fashion avoiding ink residues to the greatest possible extent and also permits thorough cleaning of the ink container and the roller with good accessibility. The roller is mounted in a separate holder and the holder is mounted in the frame in such a way as to be swivelable separately from as well as together with the ink container. | ||||||
| 163 | Inking unit for a printing machine | US851018 | 1997-05-05 | US5842416A | 1998-12-01 | Klaus Olawsky; Norbert Thunker |
| An inking unit for a printing machine, including an ink duct with a scoop cylinder partly dipping into ink received in the ink duct, further includes zonally acting metering elements for setting on a provided cylinder selected from a group thereof consisting of the scoop cylinder and another cylinder, an ink distribution corresponding to a printing image, the metering elements being individually convertible between two metering states, at least one transfer cylinder for transferring ink, which has been set on the provided cylinder by the metering elements, onto a printing form, a drive for rotating the scoop cylinder and further cylinders, and a control device connected to the drive and the metering elements, the metering elements being arranged above the level of the ink in the ink duct, so that two ink layer thicknesses differing from one another are producible in circumferential direction, over the width of a metering element, by the metering elements, respectively, in the two metering states, on the provided cylinder assigned thereto, the transfer cylinder being disposed in parallel with the provided cylinder to which the metering elements are assigned, the provided cylinder and the transfer cylinder having a clearance therebetween which is larger than a minimum ink layer thickness producible by the metering elements and smaller than a maximum ink layer thickness producible by the metering elements. | ||||||
| 164 | Wash-up device for an inking unit of a printing press | US495859 | 1995-06-28 | US5622112A | 1997-04-22 | Hans-J urgen Kusch; Bernd Ruf |
| Wash-up device for an inking unit of a printing press, including guide bar brackets disposable on a frame of the printing press, is provided with holders for the wash-up device insertably received in the guide bar brackets, the holders being formed by end zones of an actuating shaft for displacing the wash-up device into engagement with a roller of an inking unit to be washed; the actuating shaft, when received in an inserted position in the guide bar bracket, being turnable out of an assumed angular position thereof, for effecting engagement of the end zones of the actuating shaft behind steps formed in the guide bar brackets, so as to fix the wash-up device in an insert position, the actuating shaft being further turnable for effecting engagement by the wash-up device with the roller of the inking unit to be washed. | ||||||
| 165 | Method and apparatus for washing a printing press in conjunction with a damping unit | US931259 | 1992-08-17 | US5375522A | 1994-12-27 | Rudi Junghans |
| A method of washing a printing press with a washing apparatus, wherein the washing apparatus is configured to provide washing solution to several of the rollers and cylinders of the printing press for washing the rollers and cylinders. Effective washing of various rollers and cylinders of the printing press, and especially the transfer of washing solution to various rollers and cylinders, including the rollers and cylinders of the damping unit, is facilitated while the transfer of washing solution to the damping medium reservoir is generally avoided. | ||||||
| 166 | Device for washing an inking unit provided at a printing press | US121605 | 1993-09-14 | US5365849A | 1994-11-22 | Nikolaus Spiegel |
| Device for washing an inking unit provided at a printing machine. A doctor-blade device is provided at a distributor roller of an arrangement of rollers positioned before the split in the primary ink flow, while at least another doctor-blade device is provided at a distributor roller among a set of inking rollers supplying a secondary branch of the primary ink flow to a rearwardly disposed set of ink applicator rollers, as viewed in the direction of rotation of the plate cylinder. | ||||||
| 167 | Ink washing device for a printing machine | US43270 | 1993-04-06 | US5337667A | 1994-08-16 | Shoji Kinoshita; Hideo Nanbu; Katsumasa Tanaka |
| An ink washing device for use in a printing machine, including a spraying pipe. The pipe comprises a plurality of nozzles for spraying the washing fluid onto an ink roller. The washing fluid is supplied to the nozzle, via a washing fluid supply conduit, and compressed air is supplied to the nozzles, via an air supply conduit. The washing fluid supply conduit and the air supply passage communicate with a swirl chamber. The washing fluid and the compressed air are intermixed within the swirl chamber prior to being dispensed through the nozzles. | ||||||
| 168 | Printing machine for corrugated board sheet | US991788 | 1992-12-17 | US5265535A | 1993-11-30 | Yasuyuki Isowa; Takashi Hibino |
| Disclosed is a printing machine for corrugated board sheets, which is designed to facilitate the procedures of ink change in accordance with order changes in the printing of corrugated board sheets by using a low viscosity and quick-drying glycolic ink, in which the residual ink of the previous order can effectively be recovered so as to minimize the amount of the ink to be wasted. The printing machine having a plate cylinder with a printing die mounted thereon and an impression cylinder disposed to oppose to the plate cylinder, rotatable in the different rotational directions, in which corrugated board sheets are designed to pass through the clearance between the plate cylinder and the impression cylinder to carry out printing in a predetermined pattern, the printing machine further comprising an ink transfer roll which rotates in contact with the printing die; a squeezing roll which rotates normally in contact with the ink transfer roll during operation of the printing machine to adjust the amount of the ink on the surface of the ink transfer roll; a supply unit to selectively supply a low-viscosity and highly quick-drying ink or a cleaner to the ink fountain defined between the rolls; a pair of dams to selectively open and close the both longitudinal extremities of the ink fountain; and a scraper which scrapes off the ink or the ink washing waste transferred to the roll when the scraper is brought into contact therewith. | ||||||
| 169 | Container body inking apparatus | US892891 | 1992-06-03 | US5249524A | 1993-10-05 | Edwin C. Morris, deceased |
| An apparatus for applying ink to a printing plate which utilizes a plurality of successive, interconnected/interfacing rollers to provide a desired film thickness of ink to the printing plate such that a desired design may be transferred to a container body. In one embodiment, two transfer rollers directly engage the cylinder upon which the printing plate is positioned. The orientation of these rollers may be adjusted in a manner to enhance the distribution of ink to the printing plate. Advantageously, this adjustment does not require the positioning of any components within the roller body area (e.g., an area through which ink propelled away from the rollers would travel). In order to further enhance the distribution of ink, at least one of the rollers of the inker oscillates to alternately engage two adjacently positioned rollers. This oscillation is also provided without requiring components within the defined roller body area. | ||||||
| 170 | Printing press wash-up system | US815381 | 1991-12-31 | US5224424A | 1993-07-06 | Jon L. Layland |
| A printing press wash-up system is disclosed comprising a fluid receptacle arrangement, a mounting assembly, a wiper assembly, and a pivoting arrangement. The fluid receptacle arrangement is constructed and arranged to operably receive fluid from a printing press roller when it is mounted to the printing press by means of the mounting assembly. The wiper assembly selectively removes fluid from the printing press rollers in operable association with the fluid receptacle arrangement to direct fluid from the roller to the fluid receptacle arrangement. The pivoting arrangement selectively pivots the fluid receptacle arrangement between a first and second extreme position, the first extreme position occurring when the fluid receptacle arrangement is operably positioned to selectively receive fluid from the printing press roller and the second extreme position occurring when the fluid receptacle arrangement is positioned such that it cannot selectively receive fluid from the printing press roller. The pivoting arrangement allows the fluid receptacle arrangement to be readily cleaned out after a cleansing operation has been completed. In addition, the pivoting arrangement allows a person to readily gain access to the printing press rollers without having to remove the fluid receptacle arrangement from the printing press. | ||||||
| 171 | Method for removing solids from substrates and preventing solids build-up thereon | US4799 | 1987-01-05 | US4716829A | 1988-01-05 | Ronald E. Wenzel |
| Method and apparatus are disclosed for removing dried solids, and substantially preventing the accumulation of dried solids on equipment which is used to transfer liquids having components therein capable of forming a solid phase at conditions of operation. Liquids transferred include inks, adhesives and varnishes. The removal of solids and prevention of their accumulation is effected by applying ultrasonic energy to the transfer surface through the reservoir of liquid being supplied for transfer. Exemplary processes include printing, coating, and painting. | ||||||
| 172 | Easy-to-clean inking mechanism for a printing press | US828739 | 1986-02-12 | US4643092A | 1987-02-17 | Kenich Yamagishi; Katsuyuki Mori |
| A printing press inking mechanism comprising a fountain roller dipped in a printing ink in an ink fountain, and a drawout roller movable alternately into and out of rolling engagement with the fountain roller and a first of a series of ink rollers for ink transfer from the former to the latter and then to a plate cylinder. The drawout roller when in rolling engagement with the first of the ink rollers can be revolved therewith and so can be automatically cleaned therewith clean of the printing ink by a solvent. The fountain roller has so far been left out of rotation, requiring manual cleaning. Thus a cleaning roller is additionally provided which is movable, at the time of the cleaning of the rollers, into rolling engagement with both the fountain roller and the drawout roller to transmit the rotation of the ink rollers to the fountain roller, so that the fountain roller can also be automatically cleaned with the other rollers. | ||||||
| 173 | Ink circulation and wash up system for a press | US547535 | 1983-10-31 | US4526102A | 1985-07-02 | William Grobman |
| A printing press has an ink circulation and wash up system wherein excess ink is received in a receptacle associated with fountain rollers. Ink and/or wash up liquid flows by gravity from the receptacle to a valve below the elevation of the receptacle. From the valve, the liquid may return to a source of ink or to a drain. | ||||||
| 174 | Antilinting device for ink fountains | US263514 | 1981-05-14 | US4378735A | 1983-04-05 | John MacPhee |
| A device for scraping the ink film including lint and debris from an ink fountain roller consisting of a relatively thin, relatively narrow, flexible blade positioned in contact with the surface of the ink fountain roller, the blade being reciprocated along the length of the roller so as to remove ink, lint and debris from the surface of the roller to thereby prevent clogging of the ink metering nip. | ||||||
| 175 | Varnishing assembly in a printing press having self-cleaning feature | US242659 | 1981-03-11 | US4369734A | 1983-01-25 | Friedrich Preuss |
| A varnishing assembly in a printing press for applying a layer of varnish to a sheet on a press cylinder. The assembly includes a varnish fountain made up of a tray and fountain roller with an applicator roller interposed between the fountain roller and the cylinder. Storage tanks are respectively provided for varnish, fresh detergent and used detergent. The tray is equipped with an outlet line and an inlet line for drainage and filling. The outlet line has a two-position shut-off valve and the inlet line has a pump and pump drive motor. A two-position, three-connection drain valve is provided having an inlet connected to the outlet line of the tray end outlets connected to the varnish tank and the used detergent tank. The system also includes a two-position, three-connection fill valve having inlets connected to the varnish tank and the fresh detergent tank and an outlet connected to the tray inlet line. Means are provided for switching the valves and motor to produce a cleaning cycle in which (a) varnish is drained from the tray into the varnish tank, (b) fresh detergent is pumped to the tray from the fresh detergent tank for cleaning up the residual varnish, (c) the used detergent is drained from the tray into the used detergent tank. The drained varnish is subsequently pumped from the varnish tank to the tray for resumption of varnishing. | ||||||
| 176 | Hickey picking device for letter press or offset printing presses | US48199274 | 1974-06-24 | US3898929A | 1975-08-12 | ARILD TOR; GEHRES THOMAS |
| A hickey picking device that is removably attached to a conventional letter press or offset printing press, without modification of the press, in place of the wash-up tray to be used for removing foreign particles known as hickeys from the ink train while the press is running during a printing operation.
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| 177 | Lithographic printing apparatus and wash-up device | US31772372 | 1972-12-22 | US3842735A | 1974-10-22 | SOUTHAM D; GAFFNEY J |
| Lithographic dampener has a hydrophilic roller for supplying dampening solution to a resilient dampener form roller capable of carrying ink and dampening solution. The dampener form roller is driven primarily by surface contact from the printing plate when in printing position, and driven solely by surface contact with a driven rider roller when in non-printing position. The rider roller is always maintained in contact with the dampener form roller during normal press operation, in both printing and nonprinting positions. An ink form roller of the inking system has three positions: a printing position, a first throw-off position, and a second throw-off or ''''wash-up'''' position wherein it contacts the rider roller of the dampener when the latter is in its non-printing position, whereby cleaning solution applied to the rolls of the inker is also transmitted to the dampener form roller for simultaneously cleaning the inked rollers of both the inker and dampener.
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| 178 | Ink fountain trough with seals for fountain roller | US3788220D | 1972-04-04 | US3788220A | 1974-01-29 | LABEN W; TONKIN K |
| The present invention relates to a replaceable and disposable ink fountain which can be manufactured of thermoplastic material, for example, and which is constructed as a one-piece item having edge and peripheral seals to engage an ink fountain roller in a sealing manner, and also a blade edge adjustable relative to the ink fountain roller to meter application of ink to the roller.
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| 179 | Fabric printing machine employing a washer-receptacle | US3611927D | 1969-05-29 | US3611927A | 1971-10-12 | JOHNSON JAMES REID |
| In a machine for printing lengths of fabric employing a washerreceptacle in association with a color box the washer-receptacle is mounted in such a way that it is movable toward and away from a backing cylinder as part of a print roll assembly which includes the color box, and is capable of swinging movement around one end toward and away from the color box and the body of the machine, and is movable up and down, toward and away from the color box.
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| 180 | Rotary press with interruptable and removable print roll | US3611926D | 1969-05-29 | US3611926A | 1971-10-12 | JOHNSON JAMES REID |
| In a machine for printing a length of fabric between a backing cylinder and one or more print rolls disposed around the backing cylinder means are provided for connecting a print roll to rotary drive means after the print roll has been placed in the machine and for disconnecting it without removing it from the machine. This is accomplished by providing support means movable toward and away from the backing cylinder and defining sleeves, through one of which extends a reciprocal driven shaft which is adapted to engage an end of the print roll mandrel or journal, and through the other of which extends an axially reciprocal shaft by which the print roll assembly and driven shaft may be adjusted in position axially.
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