专利检索_ 用于支撑或传送单张纸或卷筒纸之类的复制材料的装置或设备选择性印刷机构例如喷墨打印机热敏打印机专利检索_ 用于支撑或传送单张纸或卷筒纸之类的复制材料的装置或设备选择性印刷机构例如喷墨打印机热敏打印机专利检索查询_ 用于支撑或传送单张纸或卷筒纸之类的复制材料的装置或设备选择性印刷机构例如喷墨打印机热敏打印机专利检索查询分析平台

子分类：

序号	专利名	申请号	申请日	公开（公告）号	公开（公告）日	发明人
141	Ink-Jet Recording Apparatus	US13629906	2012-09-28	US20130135412A1	2013-05-30	Noriyuki KAWAMATA
There is provided an ink-jet recording apparatus including: a transporting roller; a driven roller provided opposite the transporting roller to sandwich the recording medium between the driven roller and the transporting roller, while moving in an approaching-departuring direction based on a thickness of the recording medium; a first biasing member biasing the driven roller to the transporting roller; a platen; a recording portion configured to jet ink droplets from nozzles; and a cooperative portion moving along with the movement of the driven roller in the approaching-departuring direction to move the platen.
142	PHOTOCURABLE INK JET RECORDING INK COMPOSITION AND INK JET RECORDING METHOD	US13611095	2012-09-12	US20130063535A1	2013-03-14	Toshiyuki Yoda; Hiroshi Fukumoto
Provided is a photocurable ink jet recording ink composition having a low viscosity and excellent curing property and photopolymerization initiator solubility. The photocurable ink jet recording ink composition includes a polymerizable compound and a photopolymerization initiator. The polymerizable compound includes vinyl ether group-containing (meth)acrylic esters represented by Formula (I) in an amount of 20% by mass or more based on the total mass of the ink composition. The photopolymerization initiator includes a bisacylphosphine oxide photopolymerization initiator in an amount of 5% by mass or more based on the total mass of the ink composition and a thioxanthone photopolymerization initiator. The content ratio of the bisacylphosphine oxide photopolymerization initiator to the thioxanthone photopolymerization initiator is from 3:1 to 5:4.
143	INK JET RECORDING METHOD AND INK JET RECORDING APPARATUS	US13116641	2011-05-26	US20110310162A1	2011-12-22	Yukako Tamanuki; Shogo Takemoto; Kumiko Mafune; Yojiro Kojima; Satoshi Kudo; Yoshio Kinoshita; Fumihiko Mukae
An object of the present invention is to provide an ink jet recording method which gives an ink excellent anti-sticking properties and can suppress the occurrence of undertrapping when recording surfaces of recording media which each have an ink-receiving layer are overlapped with each other, and to provide an ink jet recording apparatus. The ink jet recording method of forming an image on the recording medium having the ink-receiving layer by ejecting an ink from an ink jet recording head, the method including performing at least one of drying the recording medium which has the image formed thereon and humidifying a gap between the recording head and the recording medium, wherein the ink to be used for forming the image is an ink which contains water, a water-soluble organic solvent and a specific compound.
144	IMAGE FORMING APPARATUS, IMAGE FORMING METHOD, RECORDING MEDIUM CONVEYANCE APPARATUS AND RECORDING MEDIUM CONVEYANCE METHOD	US13034169	2011-02-24	US20110205282A1	2011-08-25	Hiroaki HOUJOU
An image forming apparatus includes: a treatment liquid deposition device which deposits onto a recording medium a treatment liquid including an aggregating agent having a function of increasing a viscosity of ink; an ink ejection device which ejects droplets of the ink onto the recording medium; a conveyance device including: a conveyance body having curvature by which the recording medium is carried and conveyed, a holding device which holds a conveyance direction leading end of the recording medium, a plurality of suction holes for suctioning the recording medium with negative pressure, and a suctioning device which performs suctioning via the suction holes; a heating device which heats the conveyance body and the recording medium from an opposite side of the recording medium to the conveyance body; and a non-contact-type recording medium restricting device which is provided on an upstream side of the heating device in terms of a direction of conveyance of the recording medium so as to press in a non-contact fashion a trailing end of the recording medium from the opposite side to the conveyance body.
145	(Moab Omnibus-Apparatus) Crafting Apparatus Including a Workpiece Feed Path Bypass Assembly and Workpiece Feed Path Analyzer	US12869043	2010-08-26	US20110052301A1	2011-03-03	Jeremy B. Crystal; Jeffery V. Gubler; James T. Davis, II; Jared D. Burton; Christopher K. Dodge; Matthew B. Strong
A crafting apparatus that includes a body defining at least one passageway for receiving a workpiece, a cutter disposed along the at least one passageway, a printer disposed along the at least one passageway and spaced from the cutter, and a feed path bypass assembly disposed along the at least one passageway between the cutter and the printer. The feed path bypass assembly alters a feed path of the workpiece through the at least one passageway.
146	Crafting Apparatus Including a Workpiece Feed Path Bypass Assembly and Workpiece Feed Path Analyzer	US12869094	2010-08-26	US20110048266A1	2011-03-03	Jeremy B. Crystal; Jeffery V. Gubler; James T. Davis, II; Christopher K. Dodge; Jared D. Burton; Matthew B. Strong; Jim A. Colby
A method of operating a crafting apparatus. The method includes moving a workpiece along a first feed path for printing on the workpiece with a printer and moving the workpiece along a second feed path for cutting the workpiece with a cutter. The first feed path bypasses a workpiece mover of the cutter.
147	Inkjet printing system using single motor for print media advance and carriage motion	US09832583	2001-04-11	US06533387B2	2003-03-18	Laura Elisabeth Simmons; Salvador Salcido, Jr.
An inkjet printing system includes a print media transport assembly which routes a print medium through the inkjet printing system, a carriage assembly which holds an inkjet printhead assembly and traverse the print medium, and a single motor operatively coupled to both the print media transport assembly and the carriage assembly. As such, the single motor selectively drives both the print media transport assembly and the carriage assembly.
148	Inkjet printing system using single motor for print media advance and carriage motion	US09832583	2001-04-11	US20020149642A1	2002-10-17	Laura Elisabeth Simmons; Salvador Salcido JR.
An inkjet printing system includes a print media transport assembly which routes a print medium through the inkjet printing system, a carriage assembly which holds an inkjet printhead assembly and traverse the print medium, and a single motor operatively coupled to both the print media transport assembly and the carriage assembly. As such, the single motor selectively drives both the print media transport assembly and the carriage assembly.
149	Device for removing a substance deposited on a sheet	US09476123	2000-01-03	US06189173B1	2001-02-20	Masatoshi Saito; Tooru Maruyama; Hisao Watanabe
In a device for removing toner or similar substance deposited on a recording sheet or similar sheet, projections are formed on a back-up member and located at portions on which the rear of a separating member slide. While a sheet is passed through a pressing portion in contact with the separating member, the projections raise the rear of the separating member toward the surface of the sheet carrying the toner. Hence, even solitary particles of the substance adjoining relatively thick and large masses of the substance can contact the front of the separating member. Hence, the solitary particles are prevented from remaining on the sheet.
150	Method for removing a substance deposited on a sheet	US154497	1998-09-17	US6143091A	2000-11-07	Masatoshi Saito; Tooru Maruyama; Hisao Watanabe
In a method for removing toner or similar substance deposited on a recording sheet or similar sheet, projections are formed on a back-up member and located at portions on which the rear of a separating member slide. While a sheet is passed through a pressing portion in contact with the separating member, the projections raise the rear of the separating member toward the surface of the sheet carrying the toner. Hence, even solitary particles of the substance adjoining relatively thick and large masses of the substance can contact the front of the separating member. Hence, the solitary particles are prevented from remaining on the sheet.
151	Removable rollfeed apparatus for a desk-mountable printer	US922030	1997-09-02	US5988904A	1999-11-23	Joaquim Brugue; Antonio Hinojosa; David Claramunt
A removable rollfeed apparatus, adapted to be rigidly attached to a printer, holds a roll of media and is mountable on the underside of the printer. The attachment to the underside of the printer allows a desk-mountable printer to rest on the rollfeed apparatus and thus to be raised away from the desk. In an embodiment the rollfeed apparatus itself has feet which are utilized in place of any feet mounted directly on the printer and extends to the front of the printer so that the media shaft is held in front of and below the printer. Furthermore there is provided a printer having mounting positions on the underside of the printer for mounting i) feet on which the printer may rest on a desktop, ii) legs on which the printer may rest on a floor, and iii) rollfeed apparatus. This enables both desktop and freestanding printers to quickly and easily be configured with or without a rollfeed apparatus.
152	Printer having power transmission change-over mechanism for purging mechanism	US746871	1996-11-15	US5926193A	1999-07-20	Takaichiro Umeda
A printer having a change-over mechanism for selectively transmitting driving power of a line feed motor to a purge mechanism. A power distribution gear driven by the line feed motor is selectively engageable with a purge gear which drives a negative pressure generating unit of the purge mechanism. A first reclinable portion is pivotally positioned at a boundary between a printing region and a capping region, and a second reclinable portion is pivotally positioned in the printing region. The first and second reclinable portions are connected together by a link so as to upstand one of the first and second reclinable portions in response to reclining movement of the other. The first reclinable portion has an idle kicker depressable against the power distribution gear for disengaging the latter from the purge gear. A carriage mounting thereon print heads has a rib which is abuttable against the first and second reclinable portions to obtain their reclining positions. When the rib kicks down the first reclinable portion, the idle kicker moves away from the power distribution gear, so that the latter is brought into engagement with the purge gear. When the rib kicks down the second reclinable portion, the first reclinable portion rotates to its upstanding position, so that the idle kicker depresses the power distribution gear.
153	Paper feed fault detection system for automated banking machine	US15142	1998-01-29	US5879092A	1999-03-09	Jeffrey A. Brannan; Kim R. Lewis; Kenneth J. Schanz
A system indicates fault conditions in an automated banking machine journal printer (12, 106). The journal printer is supplied with paper from a paper supply (16, 112). Movement of paper by the printer is sensed by a detector (70, 124). An amount of paper remaining in the paper supply is sensed by a second detector (78, 122). The detectors are connected to an electronic circuit (74, 118) including a processor (76, 120). Fault signals are generated by said electronic circuit responsive to said detectors sensing conditions representative of paper jam, paper low and paper out conditions.
154	Thermal line printer with carriage roller contacting the platen	US873017	1997-06-11	US5876129A	1999-03-02	Minoru Suzuki
A thermal line printer in which characters or image data are printed on a recording paper using a thermal line head having an array of heat generating resistors is provided. A platen roller opposed to the thermal line head presses the recording paper between the platen roller and the thermal line head. A carriage roller which is provided in close proximity to the thermal line head. A drive motor rotates the carriage roller. A spring biases the platen roller with respect to the thermal line head and the carriage roller. The recording paper is pressed at a predetermined pressure between the platen roller and the thermal line head. The recording paper is fed to pass through a passageway defined between the thermal line head and the platen roller in accordance with the rotation of the carriage roller.
155	Printer	US623711	1996-03-29	US5819662A	1998-10-13	Akira Koyabu
A printer including a paper guide auxiliary member for guiding recording paper to the vicinity of the lower end of a printing area in which a print head performs printing, a paper side regulating member formed of elastic material for guiding both sides outside of the printing area of recording paper transferred from the paper guide auxiliary member towards the exit of the recording paper, and a gap forming member located outside of recording paper path and pressed between the paper side regulating member and platen. The recording paper is guided along the platen by the paper side regulating member while being transferred in the predetermined gap formed between the paper side regulating member and platen without frictional force, thereby avoiding the need for a mask plate which often causes problems.
156	Ink jet printer with variable advance interlacing	US337074	1994-11-10	US5805183A	1998-09-08	Steven L. Lidke; Jeff D. Pagel; Paul R. Erickson
A scanning head ink jet printer utilizes variable paper advance interlacing. The printer includes a plurality of heads each having a plurality of rows of uniformly spaced ink jets which print different colors. A printing medium is advanced in a series of non-uniform distances (d.sub.1, d.sub.2, d.sub.3, d.sub.4) the sum of which is equal to the total number of uniformly-spaced ink jets (n) of one of the colors times the uniform spacing (s) of one pixel row from an adjacent pixel row. In a specific embodiment, a total advance of the printing medium is equal to the total number of uniformly-serial spaced ink jets of one color is 48, the spacing is four pixels, and the non-uniform distances include 49, 49, 45 and 49 pixels.
157	Device for removing a substance deposited on a sheet	US542905	1995-10-13	US5735009A	1998-04-07	Masatoshi Saito; Tooru Maruyama; Hisao Watanabe
In a device for removing toner or similar substance deposited on a recording sheet or similar sheet, projections are formed on a back-up member and located at portions on which the rear of a separating member slide. While a sheet is passed through a pressing portion in contact with the separating member, the projections raise the rear of the separating member toward the surface of the sheet carrying the toner. Hence, even solitary particles of the substance adjoining relatively thick and large masses of the substance can contact the front of the separating member. Hence, the solitary particles are prevented from remaining on the sheet.
158	Printing apparatus with pressure regulation	US447548	1995-05-24	US5555009A	1996-09-10	Charles M. Hevenor; Ronald B. Webster; David J. Logan; William Loos
A printing apparatus for printing designs, halftones, alphanumeric and other printed matter on sheet material utilizes a thermal printhead that is pressed against sheet material on a roller platen during a printing operation. A donor web bearing an ink material is interposed between the printhead and the sheet material on the roller platen. In order to improve the print quality, the printer includes a pressure regulating mechanism which not only controls the pressure between the printing head and roller platen at different pressure levels but also allows the printing head and platen to be separated and moved away from one another.
159	Paper feeder	US799289	1991-11-27	US5184904A	1993-02-09	Kozo Hara; Tsuyoshi Sanada; Yoshiaki Tanaka; Kiyotaka Nihashi
A paper width of a sheet of paper is input into a paper width setting section. In case of defining a non-print area at a fore end of the paper, a paper bail roller is manually separated from a platen to output a detection signal A from a paper bail switch. In this case, a paper feeding motor is controlled to be driven by a control device, thereby feeding the paper until the fore end of the paper reaches the paper bail roller. On the other hand, in case of starting printing from the fore end of the paper, an operating section is operated to output a command signal B therefrom. In this case, only when the paper width input into the paper width setting section is determined to be less than a predetermined value by the control device, the paper feeding motor is controlled to be driven by the control device, thereby feeding the paper until the fore end of the paper reaches a position opposed to the printing head, and a centering device is controlled to be driven by the control means, thereby moving a carrier to a transverse center of the paper, so as to suppress separation of opposite side portions of the paper from the platen.
160	gavasso	US2936703D		US2936703A	1960-05-17

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