专利检索_蒽环与1个或多个碳环稠合的染料专利检索_蒽环与1个或多个碳环稠合的染料专利检索查询

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序号	专利名	申请号	申请日	公开（公告）号	公开（公告）日	发明人
1	标记石油产品及其检测方法	CN200780050033.5	2007-11-12	CN101606069B	2014-12-03	P·弗勒斯; P·科藤斯特
揭示了标记产品(包括标记石油产品)及其检测方法。标记石油产品是用蒽酮紫标记的，例如，取代的蒽酮紫和/或异蒽酮紫，例如取代的异蒽酮紫。
2	用铝电解废阴极浮选炭粉和沥清煤焦油生产炭电极的方法	CN201010571495.5	2010-12-03	CN102011147A	2011-04-13	任必军; 魏应伟; 候飞瑞; 范岩峰; 王二体; 王占钦; 张玉辉; 王智辉; 崔永亮; 朱光
本发明的用废阴极碳块浮选后炭粉和沥清煤焦油生产炭电极的方法，涉及铝电解废料的回收利用，采用浮选后的废阴极炭粉作为粉料，配入量占总重的10～45％；添加电煅无烟煤作为骨料，配入量占总重的30～60％，沥青煤焦油作为粘结剂，配入量占总重的15～30%；将电煅无烟煤和浮选后的废阴极炭粉在120～180℃温度下进行均匀混捏30～40分钟，加入沥青煤焦油继续混捏40～50分钟，将混捏好的糊料成型、冷却、焙烧、随炉冷却至常温，焙烧烟气送除尘器净化；本发明使这些废料利用率达到30％左右，在创造经济效益的同时实现良好的环境效益和社会效益。
3	可燃污染物或废物转变成洁净的能源和有用的产品的工艺过程和装置	CN88103704	1988-06-20	CN1022928C	1993-12-01	维莱里奥·托基尼兹奥
一种将可燃污染物或废物转变成洁净的能源和可利用的产物的工艺过程，其特征在于：在无空气气氛下对将要处理的物料在没有空气的气氛下在热喷管中进行处理，以使之完全分解并提取得到可燃气、不燃气和惰性气体；用水冷却热分解产物并由水中分离出惰性产物，同时产生出蒸汽；把该蒸汽和所述被冷却的气体引入到一种加热了的含碳物质中，以便过滤该气体并部分地将它们转变以得到氢，一氧化碳以及其它有用的气体产物；以及冷却所述的气体产物。
4	紫蒽酮类似物及其用途	CN200810037090.6	2008-05-08	CN101270064B	2012-02-29	朱为宏; 范多; 刘博; 马哨庆; 田禾
本发明涉及一种紫蒽酮类似物及其用途。本发明的发明人对紫蒽酮进行适当的化学修饰后可得一种紫蒽酮类似物。经分析测试：该种紫蒽酮类似物的荧光发射波长约为716.5nm，且有良好的溶解性和稳定性，可作为近红外荧光染料。
5	标记石油产品及其检测方法	CN200780050033.5	2007-11-12	CN101606069A	2009-12-16	P·弗勒斯; P·科藤斯特
揭示了标记产品(包括标记石油产品)及其检测方法。标记石油产品是用蒽酮紫标记的，例如，取代的蒽酮紫和/或异蒽酮紫，例如取代的异蒽酮紫。
6	紫蒽酮类似物及其用途	CN200810037090.6	2008-05-08	CN101270064A	2008-09-24	朱为宏; 范多; 刘博; 马哨庆; 田禾
本发明涉及一种紫蒽酮类似物及其用途。本发明的发明人对紫蒽酮进行适当的化学修饰后可得一种紫蒽酮类似物。经分析测试：该种紫蒽酮类似物的荧光发射波长约为716.5nm，且有良好的溶解性和稳定性，可作为近红外荧光染料。
7	一种采用金属锶炉渣制备碳酸锶盐的方法	CN200710025000.7	2007-07-17	CN101100308A	2008-01-09	梅小明; 诸天柏; 陶卫建; 刘小稻; 佟龙福; 王殊
本发明公开了一种采用金属锶炉渣制备碳酸锶盐的方法，包括如下步骤：1)将金属锶炉渣用破碎机破碎，制得锶渣粉；2)将锶渣粉加入到沸水中，边加锶渣粉边搅拌，使锶渣粉充分反应生成可溶性的氢氧化锶；3)通过离心分离机或过滤器对溶液进行分离，得到氢氧化锶溶液；4)向上述氢氧化锶溶液中添加碳酸盐或碳酸氢盐，边加碳酸盐或碳酸氢盐边搅拌，使反应充分进行；5)通过离心分离机或过滤器对溶液进行分离，得到碳酸锶沉淀物；6)对碳酸锶沉淀物烘干，即得到碳酸锶。本发明在溶解锶炉渣时使用沸水而非无机酸，克服了锶炉渣制备锶盐的成本高，无法获得经济效益的缺点，从而提供一种简单易行的锶炉渣制备锶盐的工艺方法。
8	一种采用金属锶炉渣制备碳酸锶盐的方法	CN200710025000.7	2007-07-17	CN100497178C	2009-06-10	梅小明; 诸天柏; 陶卫建; 刘小稻; 佟龙福; 王殊
本发明公开了一种采用金属锶炉渣制备碳酸锶盐的方法，包括如下步骤：1)将金属锶炉渣用破碎机破碎，制得锶渣粉；2)将锶渣粉加入到沸水中，边加锶渣粉边搅拌，使锶渣粉充分反应生成可溶性的氢氧化锶；3)通过离心分离机或过滤器对溶液进行分离，得到氢氧化锶溶液；4)向上述氢氧化锶溶液中添加碳酸盐或碳酸氢盐，边加碳酸盐或碳酸氢盐边搅拌，使反应充分进行；5)通过离心分离机或过滤器对溶液进行分离，得到碳酸锶沉淀物；6)对碳酸锶沉淀物烘干，即得到碳酸锶。发明在溶解锶炉渣时使用沸水而非无机酸，克服了锶炉渣制备锶盐的成本高，无法获得经济效益的缺点，从而提供一种简单易行的锶炉渣制备锶盐的工艺方法。
9	氯化紫蒽酮或氯化异紫蒽酮的制备	CN95102736.0	1995-02-11	CN1111663A	1995-11-15	U·伯格曼; G·谢弗; H·科瓦什
在稀释剂存在下用氯气与紫蒽酮或异紫蒽酮反应制备氯化紫蒽酮或氯化异紫蒽酮，为此目的使用脂族羧酸和/或脂族卤代羧酸作为稀释剂。
10	可燃污染物或废物转变成洁净的能源和有用的产品的工艺过程和装置	CN88103704	1988-06-20	CN1038830A	1990-01-17	维莱里奥·托基尼兹奥
一种将可燃污染物或废物转变成洁净的能源和可利用的产物的工艺过程，其特征在于：在无空气气氛下对将要处理的物料在没有空气的气氛下在热喷管中进行处理，以使之完全分解并提取得到可燃气、不燃气和惰性气体；用水冷却热分解产物并由水中分离出惰性产物，同时产生出蒸汽；把该蒸汽和所述被冷却的气体引入到一种加热了的含碳物质中，以便过滤该气体并部分地将它们转变以得到氢，一氧化碳以及其它有用的气体产物；以及冷却所述的气体产物。
11	NOVEL PHOTOSENSITISING MOLECULES DERIVED FROM 9,10-DICYANOANTHRACENE, METHOD FOR PREPARING SAME AND USES THEREOF	PCT/FR2009050213	2009-02-11	WO2009106779A3	2009-12-23	SOUMILLION JEAN-PHILIPPE; LACOMBE SYLVIE; PIGOT THIERRY; CANTAU CHRISTOPHE; EL KADIB ABDELKRIM
The invention relates to novel photosensitising compounds derived from DCA, and to methods using the same.
12	NOVEL CARBOPYRONINE FLUORESCENCE DYES	PCT/EP2000/003568	2000-04-19	WO00064986A1	2000-11-02
The invention relates to the use of carbopyronine compounds of general formula (I) as marker groups in methods for detecting analytes. The invention also relates to novel carbopyronine compounds and to a method for producing same.
13	Organic transistor	JP2007044001	2007-02-23	JP2008210865A	2008-09-11	FUJIYAMA TAKAHIRO; TOTANI YOSHIYUKI; NAKATSUKA MASAKATSU
<P>PROBLEM TO BE SOLVED: To provide an organic transistor having high mobility, a large current on/off ratio, and excellent storage stability. <P>SOLUTION: In the organic transistor having an organic semiconductor layer, at least one benz [5,6] indeno [1,2,3-cd] indeno [1,2,3-lm] perylene derivative is contained in the organic semiconductor layer. <P>COPYRIGHT: (C)2008,JPO&INPIT
14	Oral hygiene methods and tools therefor	JP2003530169	2002-09-09	JP2005503422A	2005-02-03	ウォルフガング，ニューバーガー
【課題】セルフケアで使用してほぼ安全であり、細菌、ウイルス及び他の微生物に顕著な殺滅作用を有する家庭用の衛生口腔清浄方法及び用具の提供。【解決手段】可視波長で広い吸収スペクトルを有ししかも適度の量での消費には安全な感光剤；口腔内の血清、唾液または他の体液の有害な作用から感光剤を保護するための化合物を含む口腔衛生組成物。【選択図】図１
15	DIMERIZATION OF FUSED POLYCYCLIC AROMATIC COMPOUND	JP7385796	1996-03-28	JPH09194746A	1997-07-29	SAKAMOTO TAKAAKI; YONEHARA YOSHITOMO; BOKU SHIYOUSHIN
PROBLEM TO BE SOLVED: To provide a method for dimerizing a fused polycyclic aromatic compound, in detail, directly dimerizing the fused polycyclic aromatic compound in a single-stage process, to produce a poerylene series compound, an indantrene series compound, etc., which is important as a dye, a pigment or an electronic material. SOLUTION: This method for dimerizing a fused polycyclic aromatic compound comprises dimerizing (C) the fused polycyclic aromatic compound, e.g. 1-8-naththalic acid imide, in a reaction system using both of (A) an alkyli metal hydroxide and/or an alkyli metal alkoxide, e.g. potassium tert-butoxide, and (B) an organic base having an azabicyclic ring, etc., 1,5-diazabicylclo[4.3.0]-5- nonene (DBN), preferably in an organic solvent. This method enables direct dimerization of the fused polycylic aromatic compound in a single-stage process without passing through a leuco compound, etc., as an intermediate in a high yield. The dimerized fused polycyclic aromatic compound, e.g. perylene-3,4,9,10- tetracarbonic acid diimide, is therefore easily obtained.
16	IMAGE READ DEVICE	JP1666994	1994-02-10	JPH0774333A	1995-03-17	SHIGETA KUNIO; NOMORI HIROYUKI; OTSUKA MASAO; OGUCHI MASANOBU
PURPOSE:To obtain an image read device which is high in photosensitivity, light response speed, and hardly deteriorated due to fatigue caused by a continuous use by a method wherein a photoconductive layer is made to contain photoconductive material formed of condensation polycyclic aromatic quinone. CONSTITUTION:Condensation polycyclic aromatic quinone represented by a formula I is vacuum-evaporated as thick as 1.8mum on an ITO transparent electrode 9 which is formed through such a manner that indium tin oxide is vacuum- evaporated on a glass plate 8. Then, gold is evaporated on all the surface of the photoconductive layer 6 to form a counter electrode 5. The photoconductive layer 6 is of an N-type in the dark and displays an excellent photoelectric conversion characteristics when it is irradiated with light rays. Therefore, the photoconductive layer 6 is very small in dark current, large in photocurrent, high in photosensitivity and light responsive properties, excellent in a signal to noise ratio, and less deteriorated due to fatigue caused by high frequencies of use. In the figure, Y denotes Br.
17		JP3208193	1993-06-15	JPH076247U	1995-01-27

18	MELTING OF RAW MATERIAL IN APPARATUS FOR TREATMENT OF WASTE PLASTIC	JP18940193	1993-06-30	JPH0718114A	1995-01-20	TAKEUCHI TAKAHARU; TANAKA MASAHIDE; FUNAHASHI EIJI; MIKATA NOBUYUKI
PURPOSE:To melt a raw material (waste plastic) without using a primary melting machine such as an extruder or without occurrence of a hydrochloric acid corrosion damage due to condensation of gaseous hydrogen chloride generated by decomposition of vinyl chloride in the raw material when converting waste plastic materials to low-molecular carbonized compounds according to the fusion- decomposition method. CONSTITUTION:Crushed waste plastic (A) is fed through a feeder equipped with an external heater to a raw material mixing tank 2 while being preheated a <= the starting temperature (<= about 150 deg.C) of dehydrochlorination of vinyl chloride contained in the waste plastic and >= the temperature (about 100 deg.C) free from condensation of gaseous hydrogen chloride generated in the raw material mixing tank 2 in the coexistence of water.
19	MANUFACTURE OF 1,4-DIAMINOANTHRAQUINONE	JP7263986	1986-04-01	JPS61246155A	1986-11-01	RUDORUFU BURATSUTONAA

20	CATIONIC DYE AND USE	JP3819882	1982-03-12	JPS57162759A	1982-10-06	MANFUREETO PATSUCHIYU; MANFUREETO RUSUKE; ERUBUIN HAAN

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