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公开(公告)号：JPS6163490A
公开(公告)日：1986-04-01
申请号：JP18531384
申请日：1984-09-06
Applicant: Canon Inc
Inventor： NISHIMURA YUKIO , KAWADA HARUNORI , HARUTA MASAHIRO , HIRAI YUTAKA , MOCHIZUKI NORITAKA , NAKAGIRI TAKASHI
Abstract: PURPOSE:To obtain a photo-recording element capable of high reliable high- density recording by a method in which at least one of A-layer, B-layer and a light absorptive layer is made up of the monomolecular film or its laminate film of constituent substances and a protective layer is further provided. CONSTITUTION:A laminate consisting of A-layer 2 of a color-forming compound, B-layer 4 of an auxochromic compound and a light absorptive layer 3 of a light absorptive substance which is provided between the A- and B-layers 2 and 4 is supported through the B-layer 4 on a base plate 1, and a protective layer 30 is formed on the A-layer 2. At least one of the A- and B-layers and the layer 2, 4 and 3 is made up of the monomolecular film or its laminate film of constituent substances, and the other layer is formed of deposit films. When infrared rays are irradiated onto them, the compound of the A-layer is contracted with the compound of the B-layer and a chromogenic reaction proceeds to form color points at given positions. Information can thus be recorded.
Abstract translation: 目的：通过以下方法获得能够进行高可靠性高密度记录的光记录元件：其中A层，B层和光吸收层中的至少一个由单分子膜或其层压膜 还提供了构成物质和保护层。 构成：由A层2的成色化合物构成的层叠体，辅助色素化合物的B层4和吸收光吸收性物质的光吸收层3，其设置在A层和B层2和4之间 通过基板1上的B层4支撑，并且在A层2上形成保护层30.A和B层以及层2,4和3中的至少一个被制成 的单分子膜或其组成物质的层压膜，另一层由沉积膜形成。 当红外线照射到它们上时，A层的化合物与B层的化合物收缩并进行显色反应，形成在给定位置的色点。 因此可以记录信息。
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公开(公告)号：JPS6163487A
公开(公告)日：1986-04-01
申请号：JP18531084
申请日：1984-09-06
Applicant: Canon Inc
Inventor： NISHIMURA YUKIO , KAWADA HARUNORI , HARUTA MASAHIRO , HIRAI YUTAKA , MOCHIZUKI NORITAKA , NAKAGIRI TAKASHI
Abstract: PURPOSE:To obtain an optical recording element capable of performing highly reliable high density recording, by constituting a B-layer comprising a phenolic compound from a layer comprising a monomolecular film and the built-up film thereof. CONSTITUTION:An optical recording element comprises a laminate wherein an A-layer 2 comprising a leuco dye and a B-layer 4 comprising a phenolic compound are laminated and a light absorbing layer 3 is further provided on the B-layer 4 and the B-layer 4 is formed of a monomolecular film or the built-up film thereof while each of the A-layer 2 and the light absorbing layer 3 is formed of a built-up film and the light absorbing layer 3 is supported by a substrate. Because the B-layer is constituted of the monomolecular film having molecularly high degree of order and orientation or the built-up film thereof, reactive parts can be mutually isolated by the non-reactive parts in the molecule and the closely adhered constitution of the A-layer and the B-layer is enabled. The light absorbing layer is heated by the irradiation of infrared rays and, by the heat conductance thereof, the leuco dye of the A-layer and the phenolic thereof, the leuco dye of the A-layer and the phenolic compound of the B-layer are contacted under heating to allow color forming reaction to advance and developed color dots are formed at predetermined positions to enable the recording of information.
Abstract translation: 目的：为了获得能够进行高度可靠的高密度记录的光记录元件，通过由包含单分子膜的层和其组成膜构成包含酚类化合物的B层。 构成：光记录元件包括层压体，其中包含无色染料的A层2和包含酚类化合物的B层4层压，并且还在B层4和B层4上设置光吸收层3， 层4由单分子膜或其累积膜形成，而A层2和光吸收层3中的每一个由积层膜形成，并且光吸收层3由基底支撑。 由于B层由具有分子高级和取向度的单分子膜或其组合膜构成，反应性部分可以通过分子中的非反应性部分相互隔离，并且A的紧密结合 层和B层被启用。 光吸收层被红外线的照射加热，通过其导热性，A层的无色染料及其酚类，A层的无色染料和B层的酚类化合物 在加热下接触以允许成色反应进行和显影，在预定位置形成彩色点以使得能够记录信息。
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公开(公告)号：JPS6137486A
公开(公告)日：1986-02-22
申请号：JP15911484
申请日：1984-07-31
Applicant: Canon Inc
Inventor： NISHIMURA YUKIO , KAWADA HARUNORI , HARUTA MASAHIRO , HIRAI YUTAKA , MOCHIZUKI NORITAKA , NAKAGIRI TAKASHI
Abstract: PURPOSE:To obtain an optical recording element capable of performing high density recording with high reliability, by providing an A-layer comprising a light colored leuco dye, a B-layer comprising a phenolic compound for forming a color upon the contact with the leuco dye and a light forming a color upon the with the leuco dye and a light absorbing layer interposed between layers A, B and forming each of both layers A, B from a monomolecular or built-up film layer. CONSTITUTION:An A-layer 2 comprising a leuco dye, a B-layer 4 comprising a phenolic compound and the light absorbing leyer 3 comprising a light absorbable substance interposed between layers A, B are provided to form a laminate wherein each of both layers A, B comprises a monomolecular or built-up film and the light absorbing layer 3 comprises an accumulation film and the B-layer 4 is supported by a substrate 1 while substrate/B-layer/light absorbing layer/A- layer are laminated in this order. By this optical recording element, higher density recording is enabled as compared with a conventional optical information element. A signal/noise ratio is high and the reliability of recording can be enhanced.
Abstract translation: 目的：为了获得能够高可靠性进行高密度记录的光学记录元件，通过提供包含浅色无色染料的A层，包含与无色染料接触时形成颜色的酚类化合物的B层 以及在无色染料上形成颜色的光和介于层A，B之间的光吸收层，并从单分子或叠层膜层形成两层A，B中的每一层。 构成：提供包含无色染料的A层2，包含酚类化合物的B层4和包含介于层A，B之间的可吸光物质的光吸收剂3，以形成层压体，其中两层A B包含单分子或叠层膜，并且光吸收层3包括积聚膜，并且B层4由衬底1支撑，同时衬底/ B层/光吸收层/ A-层被层压在该 订购。 通过该光学记录元件，与常规光学信息元件相比，能够实现更高密度的记录。 信噪比高，记录可靠性提高。
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公开(公告)号：JPS6137481A
公开(公告)日：1986-02-22
申请号：JP15910984
申请日：1984-07-31
Applicant: Canon Inc
Inventor： NISHIMURA YUKIO , KAWADA HARUNORI , HARUTA MASAHIRO , HIRAI YUTAKA , MOCHIZUKI NORITAKA , NAKAGIRI TAKASHI
Abstract: PURPOSE:To obtain highly reliable and densely recordable optical recording elements by laminating a layer A of color-forming compound and a layer B of assistant color-forming compound with a light-absorbing layer and making up the layer B of either a monomolecular film or an accumulated film of the former. CONSTITUTION:A layer-A 2 of color-forming compound and a layer-B 4 of assistant color-forming compound are laminated with a light-absorbing layer 3 provided on the layer-B 4. The layer-B 4 is a laminate of a monomolecular film or an accumulated film of the former, and the layer-A 2 and the light-absorbing layer 3 are laminates of laminated films. The light-absorbing layer 3 is supported on a substrate 1 and the substrate, light-absorbing layer, layer B and layer A are laminated in that order. Consequently, the titled optical recording element has higher packing density than the conventional element. The former also has a higher signal/noise ratio and subsequently a higher recording reliability.
Abstract translation: 目的：为了获得高度可靠和可密写的光学记录元件，通过将光致吸收层层叠成色化合物的A层和辅助着色化合物的B层，并制成单分子膜或 一部电影的前者。 构成：层A-A 2的成色化合物和层-B 4的辅助成色化合物层叠有设置在层B 4上的光吸收层3。层-B 4是 单分子膜或前者的积聚膜，层A 2和光吸收层3是层叠膜的层压体。 光吸收层3被支撑在基板1上，并且基板，光吸收层，层B和层A依次层叠。 因此，标题的光学记录元件具有比常规元件更高的堆积密度。 前者还具有较高的信号/噪声比，随后具有更高的记录可靠性。
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公开(公告)号：JPS6137477A
公开(公告)日：1986-02-22
申请号：JP15910584
申请日：1984-07-31
Applicant: Canon Inc
Inventor： NISHIMURA YUKIO , KAWADA HARUNORI , HARUTA MASAHIRO , HIRAI YUTAKA , MOCHIZUKI NORITAKA , NAKAGIRI TAKASHI
Abstract: PURPOSE:To obtain highly reliable and densely recordable optical recording elements by providing a layer A of color-forming compound, a layer B of assistant color-forming compound and a light-absorbing layer existing between the layers A and B, and making up the light-absorbing layer of either a monomolecular film or an accumulated film. CONSTITUTION:The titled optical recording element is composed of a layer-A 2 of color-forming compound, a layer-B 4 of assistant color-forming compound and a light-absorbing layer 3 of light-absorbing material which exists between the layers A and B. The light-absorbing layer 3 is a laminate of monomolecular film or its accumulated film, and the layer-A 2 and the layer-B 4 are laminates of laminated films. The layer-B 4 is supported on a substrate 1 and the substrate, layer B, light-absorbing layer and layer A are laminated in that order. Consequently, the titled optical recording element has higher packing density and also higher signal/noise ratio compared to the conventional optical recording element. Thus it is possible to enhance recording reliability.
Abstract translation: 目的：通过提供成色化合物A层，辅助成色化合物层B和存在于层A和B之间的光吸收层，以获得高度可靠和密集记录的光学记录元件，并组成 单分子膜或累积膜的光吸收层。 标准：标题的光学记录元件由A层的成色化合物，辅助成色化合物的B层和光吸收材料的光吸收层3组成，它们存在于层A之间 光吸收层3是单分子膜或其聚集膜的层叠体，层A 2和层-B 4是层叠膜的层压体。 层B 4被支撑在基板1上，并且基板，层B，光吸收层和层A按顺序层叠。 因此，与传统的光学记录元件相比，标题的光学记录元件具有更高的包装密度和更高的信号/噪声比。 因此，可以提高记录可靠性。
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Patent Agency Ranking
公开(公告)号：JPS6137476A
公开(公告)日：1986-02-22
申请号：JP15910484
申请日：1984-07-31
Applicant: Canon Inc
Inventor： NISHIMURA YUKIO , KAWADA HARUNORI , HARUTA MASAHIRO , HIRAI YUTAKA , MOCHIZUKI NORITAKA , NAKAGIRI TAKASHI
Abstract: PURPOSE:To obtain highly reliable and more densely recordable optical recording elements by providing a layer A of color-forming compound, a layer B of assistant color-forming compound and a light-absorbing layer which exists between the layers A and B, the layer A being formed with either a monomolecular film or an accumulated film. CONSTITUTION:The titled optical recording element is made up of a layer-A 2 of color-forming compound, a layer-B 4 of assistant color-forming compound and a light-absorbing layer 3 of light-absorbing material which exists between the layers A and B. The layer-A 2 is a laminate of either a monomolecular film or its accumulated film, and the layer-B 4 and the light-absorbing layer 3 laminates of laminated films. The layer-B 4 is supported on a substrate and the substrate, layer B, light-absorbing layer and layer A are laminated in that order. For these reasons, compared to the conventional optical recording element, the titled element has higher packing density and also higher signal/noise ratio, thus improving recording reliability.
Abstract translation: 目的：通过提供成色化合物层A，辅助成色化合物层B和存在于层A和B之间的光吸收层来获得高可靠性和更密集的可记录光学记录元件，该层 A由单分子膜或积聚膜形成。 构成：标题的光记录元件由成色化合物层A 2，辅助成色化合物的B层和光吸收材料的光吸收层3组成， A层和B层。层A 2是单分子膜或其积聚膜的层叠体，层叠体B 4和光吸收层3层叠膜的层叠体。 层B 4被支撑在基板上，并且基板，层B，光吸收层和层A按顺序层叠。 由于这些原因，与传统的光学记录元件相比，标题元件具有更高的堆积密度和更高的信噪比，从而提高了记录的可靠性。
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公开(公告)号：JPS60196647A
公开(公告)日：1985-10-05
申请号：JP5398084
申请日：1984-03-21
Applicant: Canon Inc
Inventor： EGUCHI TAKESHI , NISHIMURA YUKIO , HARUTA MASAHIRO , MATSUDA HIROSHI , HIRAI YUTAKA , NAKAGIRI TAKASHI
CPC classification number: G01N21/17 , G01N21/5911 , G01N21/64 , G01N2021/174 , G01N2021/1759
Abstract: PURPOSE:To make it possible to take out a photometric result at every arbitrary minute region on a specimen, by moving a laser beam spot on the specimen so as to form a plane and outputting a signal at a predetermined photometric position while integrating the same. CONSTITUTION:The laser beam from a beam source 1 is condensed to a specimen 4 and secondary beam transmitted therethrough is sent to a spectroscope 2. A specimen cell 3 is moved to two directions crossing laser beam at right angles by a vibration control unit 5 and the locus at a laser beam spot position forms a plane on the specimen 4. A photometric position setting means 12 generates a sampling trigger pulse (c) in synchronous relation to the control signal of the vibration control unit 5 and a sampling gate 14 passes a photocurrent signal (e) for a definite time. The photocurrent signal (e) passes through the sampling gate 14 receives discrimination between a specimen signal (g) and a reference signal (f) by a discriminator circuit 15 and both signals (g), (f) are respectvely sent to integrator circuits 16, 17, and integrated and amplified thereby.
Abstract translation: 目的：通过移动试样上的激光束点，形成平面，并在预定的测光位置输出信号，同时对其进行整体测定，可以在试样的任意一个微小区域取出测光结果。 构成：来自光束源1的激光束被冷凝到样本4，并且透射的次级光束被传送到分光镜2.样本单元3通过振动控制单元5移动到与激光束成直角的两个方向， 激光束点位置处的轨迹在试样4上形成平面。测光位置设定装置12产生与振动控制单元5的控制信号同步的采样触发脉冲（c），采样门14通过 光电流信号（e）一定时间。 光电流信号（e）通过采样门14，通过鉴别电路15接收样本信号（g）和参考信号（f）之间的鉴别，两个信号（g），（f）被传送到积分器电路16 ，17，并由此整合和放大。
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公开(公告)号：JPS60192974A
公开(公告)日：1985-10-01
申请号：JP4718884
申请日：1984-03-14
Applicant: Canon Inc
Inventor： HARUTA MASAHIRO , MATSUDA HIROSHI , MUNAKATA HIROHIDE , NISHIMURA YUKIO
CPC classification number: B82Y30/00 , B82Y10/00 , G03C1/735 , G11B7/244 , G11B7/248 , G11B7/249 , G11B7/252 , G11B7/2531 , G11B7/2532
Abstract: PURPOSE:To obtain a recording medium having high sensitivity to an energy signal by providing a photoconductive layer, a monomolecular film or accumulated monomolecular film of a metallic chelate compd. and a transparent base having a transparent electrode on a substrate. CONSTITUTION:When rays 9 having adequate light intensity are irradiated on a recording medium formed by laminating a photoconductive layer 6, a metallic chelate compd. 3, an electrode 7 and a base 8 on a conductive substrate 1, only the photoconductive layer of the irradiated part is made conductive. When an electric field is applied between the substrate 1 and the electrode 7, a strong electric field is impressed between the photoconductive layer which is made conducting and the electrode 7 to have an extreme difference in the intensity of the electric field from the part where the rays are not irradiated. The metallic ions in the monomolecular film or accumulated monomolecular film of the compd. 3 only in the part where the strong electric field is impressed, i.e., the part where the light is irradiated are reduced, by which the metal 10 is freed and the recording image consisting of the metal atoms is formed.
Abstract translation: 目的：为了通过提供光导电层获得对能量信号具有高灵敏度的记录介质，可以使用单分子膜或金属螯合物的累积单分子膜。 以及在基板上具有透明电极的透明基板。 构成：当具有足够的光强度的光线9照射在通过层叠光电导层6形成的记录介质上时，金属螯合物。 如图3所示，导电基板1上的电极7和基底8仅照射部分的光导电层导电。 当在基板1和电极7之间施加电场时，在导电的光电导层和电极7之间施加强电场，使电场的强度与 射线不被照射。 单分子膜中的金属离子或化合物的累积单分子膜。 仅在强电场被照射的部分即照射光的部分减少，金属10被释放并形成由金属原子构成的记录图像。
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公开(公告)号：JPS60192973A
公开(公告)日：1985-10-01
申请号：JP4718684
申请日：1984-03-14
Applicant: Canon Inc
Inventor： HARUTA MASAHIRO , MATSUDA HIROSHI , MUNAKATA HIROHIDE , NISHIMURA YUKIO
Abstract: PURPOSE:To obtain a recording medium having high sensitivity to an energy signal by laminating a monomolecular film of a metallic chelate compd. and a monomolecular film of metal-free ligands on a substrate or providing a monomolecular film, etc. composed of the metallic chelate compd. and the metal-free ligands thereon. CONSTITUTION:Active energy 7 is irradiated imagewise on a colorless or pale- colored metallic chelate compd. 3 on a substrate, by which a ligand exchange reaction is induced between the adjacent metal-free ligands 4 without the aid of a binder and a colored metallic chelate compd. 6 is generated imagewise. The recording medium having extremely high sensitivity to an energy signal can be thereby formed and a monomolecular film or accumulated monomolecular film can be formed by using a Langmuir Brojet (LB) method. The recording medium is easily increasable in area, the construction of the recording medium is extremely simple and the smaller amt. of the metallic chelate compd. to be used is required.
Abstract translation: 目的：通过层压金属螯合物的单分子膜，获得对能量信号具有高灵敏度的记录介质。 以及由金属螯合物组成的基底上的无金属配体的单分子膜或提供单分子膜等。 和其上的无金属配体。 构成：活性能量7成像照射在无色或浅色金属螯合物上。 3，通过其在相邻的无金属配体4之间不借助于粘合剂和着色的金属螯合物来诱导配体交换反应。 6图像生成。 由此可以形成对能量信号具有极高灵敏度的记录介质，并且可以通过使用Langmuir Brojet（LB）方法形成单分子膜或累积的单分子膜。 记录介质在面积上容易增加，记录介质的结构非常简单，尺寸较小。 的金属螯合物 被使用是必需的。
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公开(公告)号：JPS59199770A
公开(公告)日：1984-11-12
申请号：JP7298583
申请日：1983-04-27
Applicant: Canon Inc
Inventor： OZAWA KUNITAKA , HARUTA MASAHIRO , SAKAEDA TAKESHI , HAMAMOTO TAKASHI
IPC: C09B67/54
Abstract: PURPOSE: To continuously and automatically obtain a purified dye solution suitable for preparing ink-jet recording ink, etc., by the chromatographic treatment of a dye solution to remove the inorganic salts contained, fractionating the resultant solution followed by refluxing part of it.
CONSTITUTION: A dye powder 22 and pure water are fed to the preparation tank 24, being mixed and dissolved to prepare an aqueous dye solution. Subsequently, this solution is filtered to remove contaminated particles, etc., being fed to the feed tank 31 followed by feeding it to the on-off units 43 in the purification section 41, where a control operation is performed to determined whether the aqueous dye solution, pure water, and secondary solution should be fed to the salt-reducing filter units 44. If fed to the units 44, said dye solution and secondary solution are subjected to chromatography to eliminate the inorganic salts contained, and part of the resultant solution is returned, as the secondary solution, to the purification section 41, thus accomplishing purification.
COPYRIGHT: (C)1984,JPO&JapioAbstract translation: 目的：为了连续自动获得适用于制备喷墨记录油墨等的纯化染料溶液，通过色谱处理染料溶液以除去所含的无机盐，分馏所得溶液，然后回流其一部分。 构成：将染料粉末22和纯水进料到制备罐24中，混合并溶解以制备染料水溶液。 随后，将该溶液过滤以除去被送入进料罐31中的污染颗粒等，然后将其送入净化部分41中的开 - 关单元43，进行控制操作以确定含水染料 溶液，纯水和二次溶液应送入减盐过滤器单元44.如果进料到单元44，将所述染料溶液和第二溶液进行色谱法以消除所含的无机盐，并将部分所得溶液 作为第二溶液返回到净化部41，从而完成净化。
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