-
公开(公告)号：JPS6137487A
公开(公告)日：1986-02-22
申请号：JP15911584
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 leuco dye, a B-layer comprising a phonolic compound forming a color upon the contact with the leuco dye and a light absorbing layer interposed between the layers A, B and forming the A-layer 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 the light absorbing layer 3 comprising a light absorbable substrance interposed between both layer A, B are provided to form a laminate wherein the A-layer 2 comprises a monomolecular or built-up film and each of the B-layer 4 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 recording 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，通过提供包含无色染料的A层，包含与无色染料接触形成颜色的声音化合物的B层和光 介于层A，B之间的吸收层，并由单分子或成膜层形成A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，包含插入在层A，B之间的可吸光性下层的光吸收层3以形成层压体，其中A层2 包含单分子或叠层膜，并且B层4和光吸收层3中的每一个包括积聚膜，并且B层4由衬底1支撑，而衬底/ B层/光吸收层/ A 层依次层叠。 通过该光学记录元件，与传统的光学记录元件相比，能够实现更高密度的记录。 信噪比高，记录可靠性提高。
-
公开(公告)号：JPS6137483A
公开(公告)日：1986-02-22
申请号：JP15911184
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 optical recording elements having high reliability and high packing density by providing a layer A of leuco dye, a layer B of phenol compound which develops the color of the leuco body of the dye and a light-absorbing layer existing between the layers A and B, each layer being formed with either a monomolecular film or an accumulated film. CONSTITUTION:The titled optical recording element is composed of a layer-A 2 of a leuco body of dye, a layer-B 4 of phenol compound and a light-absorbing layer 3 of light-absorbing material which exists between the layer A and the layer B. These layers are laminates of either monomolecular film or its accumulated film. 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. For these reasons, compared to the conventional optical recording element, the titled element has higher packing density and higher signal/noise ratio, thus improving recording reliability.
Abstract translation: 目的：通过提供无色染料层A来获得具有高可靠性和高填充密度的光学记录元件，产生染料无色体颜色的苯酚化合物层B和存在于层之间的光吸收层 A和B，每个层均由单分子膜或聚集膜形成。 构成：标题的光学记录元件由染料的无色体层A 2，酚化合物的B 4层和光吸收材料的光吸收层3构成，其存在于层A和 这些层是单分子膜或其累积膜的层压体。 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。 由于这些原因，与传统的光记录元件相比，标题元件具有较高的包装密度和较高的信号/噪声比，从而提高了记录的可靠性。
-
公开(公告)号：JPS6137480A
公开(公告)日：1986-02-22
申请号：JP15910884
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 optical recording elements having high reliability and high packing density by laminating a layer A of color-forming compound and a layer B of assistant color-forming compound with a light-absorbing layer provided, the layer B and the light-absorbing layer being formed with either a monomolecular film or an accumulated film respectively. CONSTITUTION:A layer-A 2 of color-forming compound and a layer-B 4 of assistant color-forming compound are laminated and further a light-absorbing layer 3 is provided on said layer-B 4. The layer-B 4 and the light-absorbing layer 3 are laminates of monomolecular film or its accumulated film and the layer-A 2 is a laminate 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, compared to the conventional light-absorbing element, the titled element has higher packing density and also higher signal/ noise ratio, thus enhancing recording reliability.
Abstract translation: 目的：为了获得具有高可靠性和高填充密度的光学记录元件，通过层叠成色化合物层A和辅助成色化合物层B和光吸收层，所述层B和光吸收 层分别由单分子膜或累积膜形成。 构成：层叠A层的成色化合物和层-B 4，并且在所述层-B 4上还设置有光吸收层3.层-B 4和 光吸收层3是单分子膜或其聚集膜的层压体，层A 2是层压膜的层压体。 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，与传统的光吸收元件相比，标题元件具有更高的封装密度和更高的信号/噪声比，从而提高了记录可靠性。
-
公开(公告)号：JPS60209724A
公开(公告)日：1985-10-22
申请号：JP23495183
申请日：1983-12-15
Applicant: Canon Inc
Inventor： NISHIMURA YUKIO , HARUTA MASAHIRO , HIRAI YUTAKA , SAKAI KUNIHIRO , MATSUDA HIROSHI
Abstract: PURPOSE: To obtain the titled optical element which is utilized for a display device, a recording device, a storage, etc. each having excellent driving property, productivity, durability, and dependability by preparing a monomolecular film or built-up films of monomolecular layers with the Langmuir.Blodget method.
CONSTITUTION: Higher fatty acid such as CH
3 (CH
2 )
16 COOH, cyanine pigment shown by the general formula I , etc. are used as organic compds. in the method for preparing an optical element furnished with a monomolecular film consisting of an organic compd. molecule having at least a hydrophobic part and a hydrophilic part or built-up films of monomolecular layers and with a heating element for heating the monomolecular film or the built-up films of monomolecular layers. The monomolecular film or the built-up films of monomolecular layers is prepared, for example, by using the Langmuir.Blodget method (LB method). When the balance between both hydrophilic group and hydrophobic group (balance between both affinities for solvent) is appropriately kept in a molecule having both said groups in the molecule, a monomolecular layer is formed on the water surface with the hydrophilic group directed downward. The LB method utilizes said fact.
COPYRIGHT: (C)1985,JPO&JapioAbstract translation: 目的：通过制备单分子膜或单分子层的成膜，获得用于显示装置，记录装置，存储等的标题光学元件，其具有优异的驱动性能，生产率，耐久性和可靠性 用Langmuir.Blodget方法。 构成：使用高级脂肪酸如CH 3（CH 2）16 COOH，通式I所示的花青颜料等作为有机物。 在制备具有由有机化合物组成的单分子膜的光学元件的方法中。 分子具有至少一个疏水部分和一个单分子层的亲水部分或叠层膜以及用于加热单分子膜或单分子层的叠层的加热元件。 例如通过使用Langmuir.Blodget法（LB法）制备单分子膜或单分子层积层膜。 当在分子中具有两个基团的分子中适当地保持亲水基团和疏水基团之间的平衡（溶剂的两个亲和性之间的平衡）时，亲水基团向下指向在水表面上形成单分子层。 LB方法利用所述事实。
-
公开(公告)号：JPS60196650A
公开(公告)日：1985-10-05
申请号：JP5398384
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 , G01N21/8422 , 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 straightly moving a monochromatic laser beam spot on a specimen and outputting a signal at a predetermined photometric position while integrating the same. CONSTITUTION:Laser beam made monochromatic by a spectroscope 2 is condensed onto a specimen 4 and secondary beam transmitted therethrough is sent to a photomultiplier unit 6. A specimen cell 3 is vibrated at a constant cycle by a vibration control unit 5 and the locus at the laser beam spot position on the specimen 4 forms a line. A photometric position determination means 12 generates a sampling trigger signal in synchronous relation to the control signal of the vibration control unit 5 and a sampling gate 14 passes a photocurrent signal (e) by a sampling pulse. The photocurrent signal (e) receives the discrimination between a specimen signal (g) and a reference signal (f) by a discriminator circuit 15 and both signals are respectively sent to integrator circuits 16, 17, to receive integration and amplification.
Abstract translation: 目的：使样品上每隔任意一个微小区域都可以取出光度测定结果，将样品上的单色激光束点直接移动，同时在预定的测光位置输出信号。 构成：通过分光镜2将由单色构成的激光束聚光到试样4上，将透射的二次光束送到光电倍增管单元6.样品池3由振动控制单元5以恒定的周期振动， 样品4上的激光束点位置形成一条线。 测光位置确定装置12产生与振动控制单元5的控制信号同步的采样触发信号，并且采样门14通过采样脉冲的光电流信号（e）。 光电流信号（e）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，并将两个信号分别发送到积分电路16,17以进行积分和放大。
-
Patent Agency Ranking
公开(公告)号：JPS60196649A
公开(公告)日：1985-10-05
申请号：JP5398284
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: G01N21/8422 , 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 monochromatic 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:Laser beam made monochromatic by a spectroscope 2 is condensed onto a specimen 4 and secondary beam transmitted therethrough is sent to a photomultiplier unit 6. 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 5. A photometric position determination means 12 generates a sampling trigger signal (c) in synchronous relation to the control signal of the vibration control unit 5 and a sampling gate 14 passes a photocurrent signal (c) for a definite time by a sampling pulse. The photocurrent signal (e) receives the discrimination between a specimen signal (g) and a reference signal (f) by a discriminator circuit 15 and both signals are respectively sent to integrator circuits 16, 17 to receive integration and amplification.
Abstract translation: 目的：为了在样本上的每个任意的微小区域取出测光结果，通过移动样本上的单色激光束点，形成平面并在预定的测光位置输出信号，同时对其进行积分 。 构成：通过分光镜2将单色的激光束聚光到试样4上，将透射的二次光束送到光电倍增管单元6.样品池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 并且激光光点位置处的轨迹在试样5上形成平面。测光位置确定装置12产生与振动控制单元5的控制信号同步的采样触发信号（c），采样门14通过 通过采样脉冲确定一定时间的光电流信号（c）。 光电流信号（e）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，两个信号分别发送到积分电路16,17以进行积分和放大。
-
公开(公告)号：JPS59196256A
公开(公告)日：1984-11-07
申请号：JP7003683
申请日：1983-04-22
Applicant: Canon Inc
Inventor： HARUTA MASAHIRO , OZAWA KUNITAKA , HAMAMOTO TAKASHI
CPC classification number: B01F3/1271
Abstract: PURPOSE:To make it possible to easily control ink properties, by controlling the concn. of inorg. salts contained in ink while detecting and displaying the same. CONSTITUTION:In a dye purifying apparatus 2, an aqueous dye solution consisting of a powdery dye and pure water is controlled by a salt reducing filter so as to bring the concn. of inorg. salts therein to a predetermined value and the dye concn. thereof is also controlled while the treated dye solution is mixed with a water soluble org. solvent, an additive and pure water through valves 6-8 in a predetermined ratio under stirring in a preparation tank 1 to prepare desired ink. In this case, the liquid amount, the dye concn. and the concn. of inorg. salts according to an ion chromatography method of the ink are detected by detection parts 10-12 and the detected values are displayed. Therefore, the property control of the ink can be performed by this display and the ink for ink jet recording having stable quality can be obtained.
Abstract translation: 目的：通过控制浓度，可以轻松控制油墨性能。 的inorg。 检测并显示墨水中含有的盐。 构成：在染色精制装置2中，通过减盐过滤器控制由粉末染料和纯水组成的染料水溶液， 的inorg。 其中的盐至预定值，染料浓度 在处理的染料溶液与水溶性组合物混合的同时也被控制。 溶剂，添加剂和纯水通过阀6-8以预定比例在制备罐1中搅拌以制备所需的油墨。 在这种情况下，液体量，染料浓度 和浓缩 的inorg。 通过检测部件10-12检测根据墨水的离子色谱法的盐，并显示检测值。 因此，通过该显示可以进行油墨的性质控制，并且可以获得质量稳定的喷墨记录用油墨。
-
公开(公告)号：JPS59184663A
公开(公告)日：1984-10-20
申请号：JP5801683
申请日：1983-04-04
Applicant: Canon Inc
Inventor： HARUTA MASAHIRO , OZAWA KUNITAKA , HAMAMOTO TAKASHI
IPC: B41J2/01 , C09D11/00 , C09D11/02 , C09D11/03 , C09D11/328
CPC classification number: C09D11/00
Abstract: PURPOSE:To continuously and automatically produce ink of stable quality for ink jet recordong by using a dye solution whose inorganic salt content is well controlled. CONSTITUTION:A dye powder and pure water are mixed in a compounding tank, and the dye aqueous solution is controlled to a given dye concentration by a dye concentration detector and also to a given inorganic salt concentration by an inorganic salt concentration detector, a desalting filter, etc. The aqueous dye solution so controlled is stored in a storage tank 52. The dye solution in the tank 52 is mixed with a water-soluble organic solvent from a storage tank 4 through a valve 6 and then with an additive from a storage tank 5 through a valve 7, together with pure water through a valve 8, in a compounding tank 1 with a stirrer 9 to prepare an ink. The ink thus prepared is measured in terms of amount by a liquid amount detector 10.
Abstract translation: 目的：通过使用无机盐含量良好控制的染料溶液，连续自动生成油墨质量稳定的油墨。 构成：将染料粉末和纯水混合在配料罐中，通过染料浓度检测器将染料水溶液控制为给定的染料浓度，并通过无机盐浓度检测器将脱盐过滤器调节至给定的无机盐浓度 等等。如此控制的水性染料溶液储存在储存罐52中。将罐52中的染料溶液与储存罐4中的水溶性有机溶剂通过阀6混合，然后与来自储存器的添加剂混合 罐5通过阀7与纯水一起通过阀8，在具有搅拌器9的复合罐1中以制备油墨。 由此制备的油墨量通过液量检测器10测量。
-
公开(公告)号：JPS59184660A
公开(公告)日：1984-10-20
申请号：JP5801483
申请日：1983-04-04
Applicant: Canon Inc
Inventor： HARUTA MASAHIRO , OZAWA KUNITAKA , HAMAMOTO TAKASHI
IPC: B41J2/01 , C09D11/00 , C09D11/02 , C09D11/03 , C09D11/328
CPC classification number: C09D11/00
Abstract: PURPOSE:To continuously and automatically produce ink of stable quality by removing inorganic salts from a dye solution through a desalting filter in the manufacture of ink for ink jet recording. CONSTITUTION:A dye powder 22 and pure water are mixed by a stirrer 27 in a compounding tank 24 and filtered through a filter 29 to remove undissolved dye particles, and the dye aqueous solution is supplied through a supply tank 31 to a purifying section 41. The squeous solution is homogenized by a stirrer 45 in a desalting tank 42, and the inorganic salt concentration is detected by a detector 46 and the dye concentration is detected by a detector 47. When the concentration of inorganic salts is above a given value, a pump 48 is operated to circulate the aqueous solution, and the inorganic salts are removed through a desalting filter 43 consisting of an ultrafiltration filter, an osmotic filter, etc., into a salt discharging tank 44. According to the concentration of dye detected, pure water is supplied through a valve 49 to the solution, and a water-soluble organic solvent and an additive are added to the solution to regulate it to a desired ink.
Abstract translation: 目的：通过在喷墨记录用墨水的制造中通过脱盐过滤器从染料溶液中除去无机盐，从而连续自动地生成质量稳定的油墨。 构成：将染料粉末22和纯水通过搅拌器27混合在配料槽24中，并通过过滤器29过滤以除去未溶解的染料颗粒，并将染料水溶液通过供给罐31供给到净化部41。 通过在脱盐槽42中的搅拌器45将水溶液均质化，用检测器46检测无机盐浓度，用检测器47检测染料浓度。当无机盐的浓度高于给定值时， 操作泵48使水溶液循环，并且通过由超滤过滤器，渗透过滤器等组成的脱盐过滤器43将无机盐除去到排盐槽44.根据检测到的染料的浓度，纯的 水通过阀49供给到溶液中，并将水溶性有机溶剂和添加剂加入到溶液中以将其调节成所需的油墨。
-
公开(公告)号：JPS59182861A
公开(公告)日：1984-10-17
申请号：JP5529783
申请日：1983-04-01
Applicant: Canon Inc
Inventor： HARUTA MASAHIRO , OZAWA KUNITAKA , HAMAMOTO TAKASHI
CPC classification number: B01F15/0022 , B01F3/1271 , B01F15/0408 , B01F2003/125
Abstract: PURPOSE: To enable the continuous production of purified dye suitable for the ink of writing utensils, by using a means for preparation of a dye solution in combination with a means for detecting the concentration of inorganic salt in said solution.
CONSTITUTION: Dye powder 22 is fed from the dye reservoir 21 to the mixing tank 24, and the prepared dye solution is supplied through the feeding tank 31 to the purification zone 41 furnished with a detector 46 to detect the concentration of inorganic salts by ion chromatography, etc. When the concentration of the inorganic salt detected by the detector 46 is higher than a preset level (preferably ≤5wt%), the solution is passed through a salt-rejection filter 43 to separate the inorganic salt and obtain purified dye.
COPYRIGHT: (C)1984,JPO&JapioAbstract translation: 目的：为了连续生产适用于书写用具油墨的纯化染料，可以通过使用一种制备染料溶液的方法与用于检测所述溶液中无机盐浓度的方法相结合。 构成：将染料储存器21中的染料粉末22供给到混合罐24，将制备的染料溶液通过供给罐31供给到配备有检测器46的净化区域41，以通过离子色谱法检测无机盐的浓度 等等。当由检测器46检测到的无机盐的浓度高于预设水平（优选<= 5重量％）时，溶液通过禁盐过滤器43以分离无机盐并获得纯化的染料。
-
-
-
-
-
-
-
-
-
Search Results
131
records
(took 0.026 seconds)
