子分类：
- B41J35/02： .不缠卷的短墨带用的构架或夹持器
- B41J35/04： .墨带导轨
- B41J35/16： .多色装置(B41J35/10优先)
- B41J35/20： .墨带换位,如为了露出印件,为了调整字盒位移,为了使墨带处于非工作位置
- B41J35/22： .允许有选择地使用多条墨带的机构
- B41J35/24： .专门适用于进给薄膜状压印转印材料的机构
- B41J35/26： .墨带的遮护板或衬垫
- B41J35/28： .墨带机构用的可拆卸的运载架或夹持器
- B41J35/30： .复写或类似的装置
- B41J35/36： .对墨带的断裂或用完作出反应的报警器、指示器或停止进给装置
- B41J35/38： .使用后将墨带送到废品堆的装置
| 序号 | 专利名 | 申请号 | 申请日 | 公开（公告）号 | 公开（公告）日 | 发明人 |
|---|---|---|---|---|---|---|
| 41 | Printer | JP8849385 | 1985-04-26 | JPH0696323B2 | 1994-11-30 | 哲也 斎藤 |
| 42 | Thermal transfer printer | JP12135987 | 1987-05-20 | JPS63288774A | 1988-11-25 | HIBINO IKUO; NAGAHAMAYA YUUJI |
| PURPOSE:To enable the state of an ink to be controlled through indirect control of the temperature of an ink ribbon, by providing a heating part for an ink ribbon guide, and providing a temperature-controlling part. CONSTITUTION:A roller 29 for guiding an ink ribbon 10 is so constructed as to be moved toward and away from a platen 1. A heater 32 for heating is provided in the vicinity of the roller 29, and is moved together with the roller 29. The heater 32 is turned ON and OFF by a controlling part 33, which is connected to a temperature sensor 34, and controls the surface temperature of the roller 29 in the range of about 20-60 deg.C. At the time of printing, the roller 29 and the heater 32 are separated from the platen 1, and an ink is transferred onto a recording paper 3. At the time of correction, the roller 29 is pressed against the platen 1, and the surface temperature of the roller 29 is controlled to within a range suitable for a record on the paper 3 to be joined to the ink ribbon 10 in a body, whereby a correcting operation can be favorably performed. | ||||||
| 43 | Printing head | JP2067087 | 1987-01-31 | JPS63188065A | 1988-08-03 | NISHIKAWA KIYOAKI |
| PURPOSE:To realize a sharp transfer, by a method wherein an auxilialy electrode for preheating a ribbon is provided in the vicinity of a printing electrode. CONSTITUTION:A printing head 5 depresses a ribbon 4 against a medium to be printed 7 disposed on a platen 8. An auxilialy electrode 1 passes an auxilialy current to a return electrode 2 to an extent not enough to melt an ink of the ribbon 4. A printing electrode 6 is selectively and electrically conducted as necessary, whereby the printing head 5 prints characters etc.. Due to the conductive current the ink of the ribbon 4 is melted to be transferred to the medium 7. After the completion of a printing action for one line, the auxilialy current from the auxilialy electrode 1 is stopped, and the printing head 5 stops traveling and separates from the ribbon 4. While the printing head 5 presses the ribbon 4 against the medium 7, a pressure roller 3 presses the ribbon 4 against the return electrode 2. In this manner, the ribbon 4 is preheated by the auxilialy current from the auxilialy electrode 1 and kept at a fixed level of temperature, whereby the ink coated on the surface layer of the ribbon is made easy to melt and the transfer of the ink to the medium can be facilitated. | ||||||
| 44 | Laser thermal transfer recording apparatus | JP26848785 | 1985-11-29 | JPS62128766A | 1987-06-11 | OIKAWA TOMOHIRO |
| PURPOSE:To enable good recording by reduced laser output, by providing a heater for heating a thermal transfer film to predetermined temp. from temp. before the irradiation of laser. CONSTITUTION:A heat 19 for heating a platen 12 is arranged to the inner surface side of the platen 12 in a contact state and extends toward the laterals direction of the platen 12. A current is preliminarily supplied to the heater 19 before the irradiation of laser beam to heat a thermal transfer film 13 to about 60 deg.C. When laser beam is allowed to irradiate the thermal transfer film 13 in this state, the temp. of the thermal transfer film 13 further rises and a heat-meltable ink layer begins to melt when said temp. reached about 70 deg.C to apply printing transfer to recording paper 11 and, therefore, the output of the laser beam may be extremely small. | ||||||
| 45 | Thermal transfer printer | JP18110785 | 1985-08-20 | JPS6241060A | 1987-02-23 | UENO HIROSHI; ASADA OSAMU |
| PURPOSE:To enable satisfactory transfer and recording onto ordinary paper with low smoothness by thermally transferring and recording a thermomelting ink pattern on an intermediate transfer medium onto a paper to be transferred using a heating means and removing a residual ink on an intermediate transfer medium after the completion of transfer with a cleaning means provided. CONSTITUTION:The thermomelting ink layer side of an ink ribbon 11 is fitted to an endless ribbon 13 at a position where the ink ribbon 11 is held between a thermal head 15 and a platen roller 16. A thermomelting ink on the ink ribbon 11 is melted and is transferred onto the endless ribbon 13 as an ink pattern of a positive image 21 which has a mirror image relationship with a recorded image. The endless ribbon 13 is fed to a position where it is held between a heater 17 and a platen roller 20 under pressure, and the positive image formation surface of said ribbon is fitted to a paper to be transferred 19. After this process, an ink pattern of the positive image is melted with a heater 17, and then is transferred and recorded as an image onto said paper 19. After completion of the transfer, the endless ribbon 13 has its residual ink after transfer removed from the surface by means of a cleaner 18 and is again used as an intermediate transfer medium. | ||||||
| 46 | Printer | JP8849485 | 1985-04-26 | JPS61248781A | 1986-11-06 | SAITO TETSUYA |
| PURPOSE:To easily release ink from the base film of an ink ribbon, by arranging a conductive string like member along a direction providing the ink ribbon under tension to a cassette and making the string member heatable by the supply of a current. CONSTITUTION:A thin strip part, which corresponds to 2-3 characters in this side from a cut-out window 11A, with respect to the moving direction of an ink ribbon 14 is set to a strongly heating part 11B and constituted of a material having resistance value higher than that of the other thin strip part 11C. A current is supplied to a thin strip 11 and the ink ribbon 14 is heated at the strongly heating part 11B by the Joule heat of the electric resistance of the thin strip and the viscosity of ink is lowered to perform printing. An energizing signal is supplied to a heating part 24 by a printing order to start the heating of the ink ribbon. When thee is printing, printing and moving operation are repeated in a heated state. Because the ink ribbon is heated immediately before guided to a printing position and the viscosity of ink is lowered and the ink becomes easy to release from a base film, printing with sufficient density can be obtained even if the impact force of a hammer is weakened. | ||||||
| 47 | Printer | JP8849385 | 1985-04-26 | JPS61248777A | 1986-11-06 | SAITO TETSUYA |
| PURPOSE:To make it possible to obtain printing by the weak impact output of a hammer without lowering printing grade, by moving the heated part of a ribbon heated by a heater to a position where typing is performed by the hammer at the time of printing. CONSTITUTION:The one-character part 9A of a taken-out ink ribbon is heated by a heater 10. The taking-out and taking-up of the ink ribbon 9 are controlled so that the heated one character part is always guided to a printing position. When the one-character part 9A of the ribbon 9 was heated, said ink ribbon 9 is taken out by the input of a printing key until the one character part 9A arrives the printing position where printing is carried out. The ink ribbon 9 is taken out simultaneously with the completion of printing to be brought to an one-character taken-up state. By repeating this feed operation of the ink ribbon 9 at every printing operation, high grade printing can be succeedingly kept by small impact force of a hammer while the heated part of the ribbon 9 is efficiently suppressed to a min. degree. | ||||||
| 48 | Thermal transfer recorder | JP27996084 | 1984-12-28 | JPS61158490A | 1986-07-18 | UCHIYAMA KOJI; KIYOTA KOHEI; UEDA HIROO; SHIMURA MICHIO; KUAMI MICHITOKU; NAKAZAWA AKIRA |
| PURPOSE:To enable high printing quality to be obtained even when an ink ribbon is repeatedly used multiple times, by a method wherein an ink layer surface previously subjected to transfer is removed by a pressing means which presses an ink ribbon. CONSTITUTION:An ink ribbon 11 capable of being used repeatedly for transfer is paid out from a payout roll 12 in the direction of arrow (a), and is taken up by a take-up roll 13, while transfer-recording on a recording paper 15 by a thermal head 14. Pressing rollers 17, 17' for removing residual images are disposed on the upstream side of the head 14 with respect to the moving direction of the ink ribbon 11, and are rotated respectively in directions of arrows (b), (c), whereby the ribbon 11 is passed while being pressed. For example, a paper 18 having favorable ink permeability is wound around the roller 17' on the ink layer 21 side of the ribbon 11, and the rollers 17, 17' are pressed against each other, whereby the residual images formed by the preceding printing are transferred onto the surface of the paper 18 wound around the roller 17', so that the residual images are not transferred onto the recording paper 15, and high printing quality can be obtained even when the ribbon 11 is repeately used multiple times. | ||||||
| 49 | JPS60105164U - | JP19655183 | 1983-12-21 | JPS60105164U | 1985-07-18 | |
| 50 | Thermal printer | JP3764883 | 1983-03-08 | JPS59164155A | 1984-09-17 | YASUOKA HIDEJI; MINAMIDE YOSHIHIRO |
| PURPOSE:To enable high speed transfer by a low output small laser oscillator, by heating recording paper and transfer paper by a preheating means to raise the temps. thereof in the vicinity of a transfer recording temp. CONSTITUTION:The laser beam guided to a transparent press member 8 is allowed to irradiate the recording paper 2 and the transfer paper 3 wound around a drum 9 having a heater 10 mounted therein. At this time, the recording paper 2 and the transfer paper 3 are heated by the heater 10 mounted in the drum 1 to raise the temps. thereof in the vicinity of a transfer recording temp. and, on the drum, irradiated with the laser beam strongly modulated corresponding to the signal content from a signal source having image information to transfer the ink applied to the transfer paper 3 to the recording paper 2. As a result, because the quantity of heat of the laser beam is used only in transfer, high speed transfer recording is enabled by a relatively low output small laser oscillator. | ||||||
| 51 | JPS5916941B2 - | JP13463878 | 1978-11-02 | JPS5916941B2 | 1984-04-18 | RONARUDO RII TOSU |
| 52 | Heat transfer type thermal recorder | JP613582 | 1982-01-20 | JPS58124674A | 1983-07-25 | INUI TOSHIJI; MORIGUCHI FUJIO |
| PURPOSE:To improve the generation of print missings even on a recording paper of poor smoothness significantly by heating the ink transferred surface thereof after the ink transferred recording paper is separated from an ink donor sheet. CONSTITUTION:A back roller 4 rotates in the direction of the arrow to convey an ink donor sheet 1 and a recording paper 2 in the direction of the arrow respectively. A heat transfer recording is performed between a thermal head 3 and the back roller 4. After the end of the recording, the paper 2 passes between the back roller 4 and a drive roller 5, where the paper 2 advances in the direction of the common tangent line with respect to these rollers depending upon its own stiffness and separated from the sheet 1. The paper 2 thus separated passes near a radiant fuser 7 which refluidizes the ink transferred on the recording paper 2. | ||||||
| 53 | 잉크 리본, 잉크 리본 카세트 및 프린터 | KR1020160115437 | 2016-09-08 | KR1020170030063A | 2017-03-16 | 타카유키에하라; 히로아키스도 |
| 잉크리본테이프의식별정보등이기록된식별정보기록부를, 정보의입출력이상시가능해지는상태로구비하고, 또한, 비용이억제되는잉크리본을제공한다. 잉크리본(1A)은, 리본테이프(2)가감기는조출코어부(20); 리본테이프(2)가권취되는권취코어부(21); 및 RFID 태그(3)가장착되는장착부(4A)를포함하고, 장착부(4A)는, 조출코어부(20)로부터풀려나오는잉크리본테이프(2)의반송경로이외의소정개소를덮는형상으로, 조출코어부(20)의축방향을따른폭방향에대향한한 면에서태그장착면(41)이구성되고, 태그장착면(41)에 RFID 태그(3)가장착된다. | ||||||
| 54 | 제전 장치 및 이 제전 장치를 구비한 인쇄 장치 | KR1020100020284 | 2010-03-08 | KR1020100122438A | 2010-11-22 | 니시무라다까노부; 아사리유끼오 |
| PURPOSE: An eraser and a printing device having the same are provided to simplify the device configure, thereby lowering the device cost and effectively removing an electric charge charged to a strip-shaped material. CONSTITUTION: An eraser(34) generates the electric discharge between one side surface of the strip-shaped material and the easer to remove the static electricity charge on one side surface of the strip-shaped material. A self-discharge type static electricity elimination brush(32) removes the static electricity charged on the other side of the strip-shaped material in a side lower than the easer according to the transmitting direction of the strip-shaped material. The easer is a conductive roller. The boundary surface of the conductive roller is connected to one side surface of the strip-shaped material. | ||||||
| 55 | 승화형 화상형성장치 및 그 제어방법 | KR1020050055313 | 2005-06-24 | KR1020060135396A | 2006-12-29 | 양경택 |
| A sublimation type image forming apparatus and a method for controlling the same are provided to improve use efficiency by maximally reusing a region not to be used at a ribbon. A sublimation type image forming apparatus includes a body(100), an image forming unit(170), and a ribbon sensing unit. The image forming unit is prepared in the body and includes a printing region and a ribbon prepared at a display region being a reference of the printing region. And, the ribbon sensing unit senses a use state of the printing ribbon by sensing the display region. | ||||||
| 56 | 프린터에서 재생리본을 이용한 미리보기 인쇄방법 | KR1020050042188 | 2005-05-19 | KR1020060120377A | 2006-11-27 | 정은희; 하준형 |
| A method of previewing a print using a regenerative ribbon at a printer is provided to improve the previewing performance of the images of the printed object and easily check the images by forwardly driving the ribbon motor if the cycle marker is detected. A method of previewing a print using a regenerative ribbon at a printer is composed of a step(304) of transferring the ribbon to the reverse direction of the normally printed direction by inversely driving the ribbon motor; a step(306) of checking whether or not the cycle maker is detected at the reverse ribbon; a step(308) of forwardly driving the ribbon motor to transfer the ribbon to the normally printed direction if the cycle marker of the ribbon is detected; and a step(310) of updating/printing the color at the photo printing paper with a dye frame of the ribbon used according to the image data. | ||||||
| 57 | PRINTING PROCESS APPLICABLE TO PRINTING DEVICES WITH HEADS | PCT/IB2006003768 | 2006-12-26 | WO2007074380A8 | 2008-08-07 | PENZO MIRKO |
| A printing device with n print heads (A, B, C, D, etc) which move together and are arranged equidistantly with a separation (d) between their centres which print on an inked printing ribbon (X) which advances when the heads (A, B, C, D, etc) are stopped and which stops when the print heads (A, B, C, D, etc) print on the same and where the printing ribbon X is divided into S sectors of I length. The printing by the heads (A, B, C, D, etc) is accompanied by the displacement of the ribbon for a d +I distance to optimise the operation times while using all the sectors S of the ribbon X in the printing process. | ||||||
| 58 | Printing Apparatus | US15889134 | 2018-02-05 | US20180222233A1 | 2018-08-09 | Nicky Bond; Mohammed Jamal Toudmeri |
| In accordance with at least one aspect of the present disclosure, a printing apparatus includes: a housing including at least one removable portion, a pair of spool supports which are rotatably drivable by at least one motor, a supply spool, a take-up spool, each spool being receivable on a respective spool support, such that, in use, a ribbon extends along a ribbon path between the supply spool and the take-up spool, a ribbon identification system comprising: a tag for storing information concerning a property of the ribbon, a reader, wherein the tag is attached to one of the supply and take-up spools and the reader is attached to the removable portion or one of the removable portions, and wherein a signal emitted by the tag and received by the reader allows the reader to identify a property of the ribbon. | ||||||
| 59 | NEUTRALIZATION APPARATUS AND PRINTER HAVING NEUTRALIZATION APPARATUS | US12713964 | 2010-02-26 | US20100289863A1 | 2010-11-18 | Takanobu Nishimura; Yukio Asari |
| The invention provides a neutralization apparatus which simplifies an apparatus composition, lowers an apparatus cost and removes electrical charge effectively from a ribbon-like substance which is charged by stripping, and provides a printer having the neutralization apparatus. The neutralization apparatus neutralizes an ink ribbon. The neutralization apparatus has a conductive roller which is arranged so as to contact the surface of the ink ribbon and a neutralization brush which counters the back of the ink ribbon. A balance of the electrical charge of the surface and the electrical charge of the back of the ink ribbon is broken by electrical discharge caused by the conductive roller. And thereby, the charged voltage of the electrical charge of the back of the ink ribbon becomes large and the neutralization brush remove the electrical charge charged to the back of the ink ribbon effectively. | ||||||
| 60 | Transfer printing ribbon error detection system | US865634 | 1977-12-29 | US4142106A | 1979-02-27 | Ronald L. Toth |
| Errors occurring during the printing of characters in an impact printer using transfer ribbon are detected by scanning the ribbon optically after the printing operation using a slit scanner and analyzing the resulting signals to determine the value of the printed character. This value is compared with the value of the character which was to be printed. If a discrepancy exists, a printing error has occurred. | ||||||
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