专利检索_.....由已含有阴丹士林环的原料制备专利检索_.....由已含有阴丹士林环的原料制备专利检索查询

子分类：

C09B5/58：......用卤化作用

序号	专利名	申请号	申请日	公开（公告）号	公开（公告）日	发明人
21	Verfahren zur Herstellung eines Chinhydrons.	CH211057D	1937-12-06	CH211057A	1940-08-15	BASEL GESELLSCHAFT FUER CHEMIS

22	Verfahren zur Herstellung eines Chinhydrons.	CH209112D	1937-12-06	CH209112A	1940-03-15	BASEL GESELLSCHAFT FUER CHEMIS

23		DE60335464	2003-06-09	DE60335464D1	2011-02-03	NAZAROV VICTOR V; SIDORENKO ELENA N

24		DE69428697	1994-05-20	DE69428697D1	2001-11-22	GVON KHAN IR; BOBROV YURI A; BYKOV VICTOR A; IGNATOV LEONID Y; IVANOVA TATIANA D; POPOV SERGEI I; SHISHKINA ELENA Y; VOROZHTSOV GEORGIY N
PCT No. PCT/US94/05493 Sec. 371 Date Nov. 20, 1995 Sec. 102(e) Date Nov. 20, 1995 PCT Filed May 20, 1994 PCT Pub. No. WO94/28073 PCT Pub. Date Dec. 8, 1994Polarizing coatings are formed from dyestuffs which provide a stable liquid crystalline phase in a wide range of concentrations, temperatures and pH-values. Particles formed by aggregates of the liquid crystal molecules are oriented in a predetermined direction to polarize light. The stability of the liquid crystalline state allows orienting the particles by mechanical forces such as a shearing force applied when the liquid crystal (10) is spread on a support surface (20) by a knife-like doctor (90) or a tension deformation force acting on the meniscus of the liquid crystal deposited between two surfaces (20, 30) as the surfaces are peeled off one another. As a result, the polarizing coatings are formed in some embodiments by simple methods. In some embodiments, the polarizing coatings have a high lightfastness, a high thermal stability, and a high dichroic ratio.
25	PIGMENT PREPARATIONS	CA2081146	1992-10-22	CA2081146A1	1993-04-24	DIETZ ERWIN; URBAN MANFRED
HOE 91/F 330 of the disclosure: Pigment preparations Pigment preparation essentially compirsing a) at least one pigment from the class of azo, anthrapyrimidine, anthanthrone, quinacridone, perinone, diketopyrrolopyrrole, dioxazine, flavanthrone, indanthrone, isoindolinone, isoviolanthrone, perylene, phthalocyanine, pyranthrone or thioindigo pigments or a mixture of pigments belonging to various classes, and b) at least one dispersant of the formula (I) (I) in which P, independently of the pigments mentioned in a), is a radical of an anthanthrone azo, quinacridone, perinone, diketopyrrolopyrrole, dioxazine, indanthrone, perylene, phthalocyanine or thioindigo pigment, R1 and R2, independently of one another, are hydrogen, halogen, C1-C4-alkyl, C1-C4-alkoxy or nitro, and n is a number from 1 to 4, and their use for pigmenting of high-molecular-weight materials in the form of plastic compositions, melts, spinning solutions, varnishes, in particular of polyurethane-based aqueous varnishes or low-solvent highsolid acrylic varnishes, coating compositions and printing inks, in particular based on nitrocellulose.
26	Verfahren zur Herstellung eines Chinhydrons.	CH209578D	1937-12-06	CH209578A	1940-04-15	BASEL GESELLSCHAFT FUER CHEMIS

27	Verfahren zur Herstellung eines Chinhydrons.	CH207513D	1937-12-06	CH207513A	1939-11-15	BASEL GESELLSCHAFT FUER CHEMIS

28	Способ получения кубовых красите лей цвета беж или серо-синих	SU115772	1932-09-19	SU33238A1	1933-11-30	MANZHENEJ ZH S

29		FR481704D	1916-05-09	FR481704A	1917-01-09	TANNER ALBERT EDGAR; CLAREMONT ERNEST ALEXANDER

30	Sulfoderivatives of indanthrone, lyotropic liquid crystal system and anisotropic film on their base	US11046338	2005-01-27	US06962734B2	2005-11-08	Victor V. Nazarov; Elena N. Sidorenko
The present invention relates to organic chemistry, in particular, to synthesis of sulfoderivatives of the polycyclic compounds and fabrication of optically anisotropic coatings on their base.The indanthrone sulfoderivatives of the general structural formulas I or II capable of forming LLC phase are disclosed. The disclosed compounds could be used, in particular, for producing optically isotropic or anisotropic and at least partially crystalline films. The application also includes the liquid crystal systems based on the disclosed compounds, and anisotropic films. wherein n is 3 or 4, R═CH3, C2H5, OCH3, OC2H5, Cl, Br, OH, NH2, z is the value selected from the list including 0, 1, 2, 3, and 4, M—counterion, and j—number of counterions in a dye molecule, and which can be fractional in case of one counterion belonging to several molecules, and in case n>1, counterions may be different.
31	Method and materials for thermostable and lightfast dichroic light polarizers	US556917	1995-11-20	US5739296A	1998-04-14	Khan Ir Gvon; Yuri A. Bobrov; Victor A. Bykov; Leonid Y. Ignatov; Tatiana D. Ivanova; Sergei I. Popov; Elena Y. Shishkina; Georgiy N. Vorozhtsov
Polarizing coatings are formed from dyestuffs which provide a stable liquid crystalline phase in a wide range of concentrations, temperatures and pH-values. Particles formed by aggregates of the liquid crystal molecules are oriented in a predetermined direction to polarize light. The stability of the liquid crystalline state allows orienting the particles by mechanical forces such as a shearing force applied when the liquid crystal (10) is spread on a support surface (20) by a knife-like doctor (90) or a tension deformation force acting on the meniscus of the liquid crystal deposited between two surfaces (20, 30) as the surfaces are peeled off one another. As a result, the polarizing coatings are formed in some embodiments by simple methods. In some embodiments, the polarizing coatings have a high lightfastness, a high thermal stability, and a high dichroic ratio.
32	Derivatives of dyestuffs containing hydroxyl groups and process of making same	US9224436	1936-07-23	US2170262A	1939-08-22	CHARLES GRAENACHER; HEINRICH BRUENGGER

33	Сульфопроизводные индантрона, лиотропна жидкокристаллическа система и анизотропна пленка на их основе	RU2002114926	2002-06-07	RU2002114926A	2003-12-10

34	MATERIAL FOR POLARIZING COATING	RU93027586	1993-05-21	RU2047643C1	1995-11-10	KHAN IR G; BOBROV YURIJ A; BYKOV VIKTOR A; VOROZHTSOV GEORGIJ N; IVANOVA TATYANA D; IGNATOV LEONID YA; POPOV SERGEJ I; SHISHKINA ELENA YU
PCT No. PCT/US94/05493 Sec. 371 Date Nov. 20, 1995 Sec. 102(e) Date Nov. 20, 1995 PCT Filed May 20, 1994 PCT Pub. No. WO94/28073 PCT Pub. Date Dec. 8, 1994Polarizing coatings are formed from dyestuffs which provide a stable liquid crystalline phase in a wide range of concentrations, temperatures and pH-values. Particles formed by aggregates of the liquid crystal molecules are oriented in a predetermined direction to polarize light. The stability of the liquid crystalline state allows orienting the particles by mechanical forces such as a shearing force applied when the liquid crystal (10) is spread on a support surface (20) by a knife-like doctor (90) or a tension deformation force acting on the meniscus of the liquid crystal deposited between two surfaces (20, 30) as the surfaces are peeled off one another. As a result, the polarizing coatings are formed in some embodiments by simple methods. In some embodiments, the polarizing coatings have a high lightfastness, a high thermal stability, and a high dichroic ratio.
35	Способ получения алкилпроизводных индантрона и его хлорзамещенных	SU445181	1951-06-09	SU94878A1	1952-11-30	DOKUNIKHIN N S; KURDYUMOVA T N

36	Verfahren zur Herstellung eines Chinhydrons.	CH211055D	1937-12-06	CH211055A	1940-08-15	BASEL GESELLSCHAFT FUER CHEMIS

37	Verfahren zur Herstellung eines Chinhydrons.	CH211034D	1937-12-06	CH211034A	1940-08-15	BASEL GESELLSCHAFT FUER CHEMIS

38	Verfahren zur Herstellung eines Chinhydrons.	CH209113D	1937-12-06	CH209113A	1940-03-15	BASEL GESELLSCHAFT FUER CHEMIS

39		DEB0130385	1927-03-19	DE481704C	1929-09-05

40	THERMOSTABLE AND LIGHTFAST DICHROIC LIGHT POLARIZERS	EP94919152	1994-05-20	EP0700420A4	1997-05-28	GVON KHAN IR; BOBROV YURI A; BYKOV VICTOR A; IGNATOV LEONID Y; IVANOVA TATIANA D; POPOV SERGEI I; SHISHKINA ELENA Y; VOROZHTSOV GEORGIY N
Polarizing coatings are formed from dyestuffs which provide a stable liquid crystalline phase in a wide range of concentrations, temperatures and pH-values. Particles formed by aggregates of the liquid crystal molecules are oriented in a predetermined direction to polarize light. The stability of the liquid crystalline state allows orienting the particles by mechanical forces such as a shearing force applied when the liquid crystal (10) is spread on a support surface (20) by a knife-like doctor (90) or a tension deformation force acting on the meniscus of the liquid crystal deposited between two surfaces (20, 30) as the surfaces are peeled off one another. As a result, the polarizing coatings are formed in some embodiments by simple methods. In some embodiments, the polarizing coatings have a high lightfastness, a high thermal stability, and a high dichroic ratio.

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