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    • 62. 发明公开
    • Color variation inducing device
    • Farbänderungerzeugende Einrichtung。
    • EP0506452A1
    • 1992-09-30
    • EP92302705.6
    • 1992-03-27
    • THE PILOT INK CO., LTD.
    • Nakagawa, TanehiroTomatsu, TsutomuOno, Yoshiaki
    • B43K8/22G01D15/10
    • F25B21/04B41M5/305B43K8/22G01D15/10
    • A color variation inducing device is positioned in contact with or in the proximity of or effects action through air blowing means on a thermally color-varying article provided with a thermally color-varying layer, thereby inducing color variation in the thermally color-varying layer. The device comprises an electrothermal converter device provided with a heat absorbing portion and a heat generating portion based on Peltier effect, a radiator connected to the heat generating side of the electrothermal converter device, and a casing for housing and supporting the electrothermal converter device, wherein the electrothermal converter device is rendered functionable under the application of a DC voltage in such a manner that the heat absorbing side thereof exhibits a temperature reduction of at least 3°C with respect to the ambient temperature, within an ambient temperature range from 10 to 35°C.
    • 颜色变化诱导装置定位成与设置有热变色层的热变色制品接触或接近或通过空气吹送装置进行作用,从而引起热变色层中的颜色变化。 该装置包括具有吸热部分和基于珀耳帖效应的发热部分的电热转换器装置,连接到电热转换器装置的发热侧的散热器和用于容纳和支撑电热转换器装置的壳体,其中 电热转换器装置可以在施加直流电压的情况下使其功能化,使得其吸热侧在10至35的环境温度范围内相对于环境温度显示出至少3℃的温度降低 DEG C.
    • 65. 发明公开
    • Thermal transfer recording device
    • 热转印-Druckeinrichtung。
    • EP0388763A2
    • 1990-09-26
    • EP90104716.7
    • 1990-03-13
    • HITACHI, LTD.HITACHI VIDEO ENGINEERING, INC.
    • Gotho, ToshihikoTanno, KohtarouShimizu, Akira
    • B41J15/00B41J2/315G01D15/10
    • B41J17/24B41J2/325B41J15/04B41J15/06
    • A thermal transfer recording device including a thermal line head having heat generating elements thereon, a record paper in form of a roll of paper (1), a platen roller (2) disposed in opposition to the thermal band, an ink jet sheet interposed between the platen roller and the thermal head and extending on opposite sides with respect to the platen roller, and at least a first record paper transport device (5) disposed upstream in the transporting direction of the record paper with respect to the platen roller for at least feeding the record paper from the roll of paper toward the platen roller. At least a first wrapping member (25) disposed on the first record paper transport device side with respect to the platen roller and arranged for pressing the ink sheet (22) toward the platen roller when the thermal head is in a non-printing position floating above the platen roller so that a leading edge of the record paper transported by the first record transport device is guided by the ink sheet and by the wrapping member along the platen roller with sufficient tension to enable the leading edge of the record paper be fed without wrinking of the record paper through the path therefor extending from the first record transport device, and an arrangement is provided for moving the thermal head between the floating non-printing position thereof and a printing position in which the thermal head is pressed onto the platen roller with the ink sheet and record paper interposed therebetween for enabling recording without producing a print disabled marginal portion on the record paper.
    • 一种热转印记录装置,包括其上具有发热元件的热​​线头,纸卷形式的记录纸(1),与热带相对设置的压纸辊(2),夹在 所述压纸辊和所述热敏头相对于所述压纸辊在相对侧延伸,并且至少第一记录纸输送装置(5)至少相对于所述压纸辊在所述记录纸的输送方向上设置在上游 将记录纸从卷纸送到压纸辊。 至少第一包装部件(25),其相对于压纸辊设置在第一记录纸传送装置侧,并且布置成当热敏打印头处于非印刷位置时将墨纸(22)压向压纸辊 使得由第一记录传送装置传送的记录纸的前缘由油墨片和包装件沿着压纸辊以足够的张力引导,以使得记录纸的前缘能够被进给而没有 记录纸通过从第一记录传送装置延伸的路径起皱,并且提供了一种用于使热敏头在其浮动非打印位置与打印位置之间移动的装置,其中热敏头被压到压纸辊上 其中墨纸和记录纸介于其间以便能够进行记录,而不会在记录纸上产生不能打印的边缘部分。
    • 67. 发明公开
    • Thermal printing apparatus and method
    • Thermodruckapparat und -verfahren。
    • EP0253618A1
    • 1988-01-20
    • EP87306198.0
    • 1987-07-14
    • NCR CANADA LTD - NCR CANADA LTEE
    • Brooks, Ralf MaynardConnell, Brian PaulSonnenburg, Dennis TimPagowski, Stefan Jerry
    • B41J33/16B41J2/325G01D15/10
    • B41J2/325B41J33/36
    • A thermal printing apparatus includes a print head (56) arranged to be moved in a printing direction relative to a document (34) to be printed on during a printing operation. A take-up spool (66) for a thermal transfer ribbon (52) is driven by a stepping motor (82) which causes the ribbon to be advanced a constant amount in the printing direction following each printing operation. In order to avoid smudging of transferred ink on the document (34) and possible ribbon breakage during a printing operation, a predetermined amount of slack is introduced into the ribbon prior to a printing operation by causing a reverse rotation of the take-up spool (66). As the diameter of the coil of ribbon on the take-up spool (66) increases, the number of steps taken by the motor (82) in providing this slack progressively decreases so that substantially the same amount of slack is introduced prior to each printing operation.
    • 热敏打印设备包括打印头(56),打印头(56)布置成在打印操作期间相对于要打印的文档(34)在打印方向上移动。 用于热转印色带(52)的卷取卷轴(66)由步进电机(82)驱动,这使得色带在每次打印操作之后沿打印方向前进一定量。 为了避免在打印操作期间污染文件(34)上转印的墨水和可能的色带破损,在打印操作之前通过使卷取卷轴的反向旋转将预定量的松弛物引入色带( 66)。 随着卷取线轴(66)上的带状线圈的直径增加,在提供这种松弛的同时马达(82)采取的步骤数量逐渐减小,使得在每次打印之前引入基本相同量的松弛 操作。
    • 70. 发明公开
    • Thermal recording head
    • 热记录头。
    • EP0128760A1
    • 1984-12-19
    • EP84303890.2
    • 1984-06-08
    • MATSUSHITA ELECTRIC INDUSTRIAL CO., LTD.
    • Arai, ShojiOkamoto, IzumiMihata, Masayoshi
    • G01D15/10B41J3/20
    • B41J2/345G01D15/10
    • An improved thermal head for thermal recording includes an array of a plurality of heat generator elements (101) arranged in a direction, and a plurality of semiconductor chips (201) each thereof including a plurality of transistors (112) for selectively energizing the plural heat generator elements. An array of electrode terminals (201a) including the individual electrode terminals of the plural transistors each thereof being connected to one electrode of each of the plural heat generator elements are formed on one of the major surfaces of each of the semiconductor chips in a direction substantially perpendicular to the direction of the heat generator element array. The thermal head further comprises a flexible film (202) associated with each of the semiconductor chips and having a slot or a recess (202H) surrounding the electrode terminal array. One of major surfaces of the flexible film is placed on the major surface of the semiconductor chip on which the electrode terminal array is disposed, and a plurality of leads (202a, 202b) having one end thereof connected respectively to the electrode terminals are disposed on the other major surface of the flexible film substantially in parallel with the heat generator element array. By virtue of the above structure, the thermal head is suitable for thermal recording with a high recording density and it can be manufactured at a low cost.