序号 专利名 申请号 申请日 公开(公告)号 公开(公告)日 发明人
121 Disperse dyeing of polyvinyl chloride-acetelized polyvinyl alcohol fibers US018294 1979-03-06 US4272244A 1981-06-09 Bernhard Schlick
A process for dyeing without shrinkage with a disperse dyestuff or an optical brightening agent a fibrous substrate whose fibres comprise a mixture of polyvinyl chloride and acetalized polyvinyl alcohol, in which the substrate is dyed at a temperature from 60.degree. to 90.degree. C. in the presence of a levelling carrier, this levelling carrier being removable when the dried substrate is subsequently submitted to a dry heat treatment for a period up to 120 seconds and at a temperature from 95.degree. to 135.degree. C.
122 Process for extruding green polyglycolic acid sutures and surgical elements US277537 1972-08-03 US4008303A 1977-02-15 Arthur Glick; Lester Daniel Chirgwin, Jr.
Polyglycolic acid surgical elements, particularly sutures, are colored green to contrast with tissue, blood, and surroundings by extruding while melted the polyglycolic acid and concurrently in an optically homogeneous dispersion, from about 0.03% to 0.5% by weight of 1,4-bis(p-toluidino)-anthraquinone (D&C Green No. 6).
123 Preparation of cellulose n,n-dimethylformimidate chloride in textile form, and conversion to halogenodeoxycelluloses and cellulose formate US33586173 1973-02-26 US3884631A 1975-05-20 VIGO TYRON L; DAIGLE DONALD J; WELCH CLARK M
The preparation in textile form of a new, flame resistant, chemically reactive cellulose derivative, cellulose N,Ndimethylformimidate chloride, is accomplished by reacting chlorodimethylformiminium chloride in N,N-dimethylformamide at 20*-30*C with cellulosic yarn or fabric preswollen in N,Ndimethylformamide. At a reaction temperature of 50*-110*C, the product is chlorodeoxycellulose. Conversion of cellulose N,Ndimethylformimidate chloride to iododeoxycellulose is accomplished by reaction of the former with an alkali metal iodide at 60*-150*C in N,N-dimethylformamide. Conversion of the cellulose N,N-dimethylformimidate chloride to cellulose formate occurs by contact with water at 20*-30*C. The chlorodeoxycellulose and iododeoxycellulose possess rot resistance and flame resistance. Cellulose formate has altered dyeability.
124 Process for producing varicolored fabrics via the selective dyeing of cellulosic fabrics with different dye types US3775046D 1971-11-05 US3775046A 1973-11-27 HARPER R; BLANCHARD E; LOFTON J; GAUTREAUX G
A process has been developed for the selective dyeing of cellulosic fabrics with different types of dyes. This process consists of the application of a coating mixture to a fabric either entirely on one side, in a selected area, as a stripe, or in another design. The design may also be painted or printed on the fabric. The coating solution contains either a polymer or polymer and crosslinking agent. The fabric is then dyed with a disperse dye and a cotton dye. The polymer treated part of the fabric is dyed with the disperse dye while the remainder of the fabric is dyed with the cotton dye. By this technique, fabrics were produced which were one color on one side and another color on the other, or which have stripes or designs on the fabric.
125 Filamentary material US9093061 1961-02-23 US3134636A 1964-05-26 WILLIAM SINGLETON ROBERT
126 Dyeing expanded polystyrene articles with disperse dyes US2855460 1960-05-12 US3059987A 1962-10-23 BAUMANN HERMAN P
127 Dyestuffs for polyolefins and polyvinylidene chloride US76268058 1958-09-23 US2989358A 1961-06-20 WOLFGANG JURGELEIT
Polyolefine or polyvinylidene chloride filaments are dyed with a monoazo dyestuff, the aromatic nucleus or nuclei of which is or are substituted by one or more straight- or branched-aliphatic side-chains with at least seven carbon atoms. The dye may be applied from aqueous suspension, or may be produced in situ by applying, separately and successively, the diazotized amine and the coupling component and then effecting coupling on the fibre. The dyestuffs employed in the examples are: (1) p-cetyl-aniline --> p-nonyl phenol, formed on the fibre; (2) p-amino-octyl-benzene --> b -naphthol, applied from aqueous suspension; (3) p-cetyl-aniline --> p-cetyl-phenol, applied from aqueous suspension; and (4) p-octadecyl-aniline --> b -naphthol, applied from aqueous suspension.
128 Dyeing plastic and solution therefor US56202856 1956-01-30 US2914373A 1959-11-24 RIESER RAYMOND G
129 Process for printing on thermoplastics US10744349 1949-07-29 US2622991A 1952-12-23 HEINRICH STURM ROBERT
130 Dyeing of resins with polyhydroxy alcohol assistants US58683045 1945-04-05 US2461612A 1949-02-15 CHARLES OLPIN HENRY; JAMES WESSON ALEXANDER
131 Method of dyeing US51743344 1944-01-07 US2394689A 1946-02-12 KARL HEYMAN
132 Dyeing vinyl polymers US31901940 1940-02-15 US2362375A 1944-11-07 KARL HEYMANN
133 Dyeing vinyl polymers US32284440 1940-03-07 US2351046A 1944-06-13 KARL HEYMANN
134 Dyeing vinyl polymers US31110939 1939-12-27 US2328903A 1943-09-07 KARL HEYMANN
135 Treatment of cellulose derivatives US21319927 1927-08-15 US1883351A 1932-10-18 HENRY DREYFUS
136 For ink-jet printing ink and ink-jet printing method using it JP2008503841 2007-03-05 JP5039022B2 2012-10-03 宜樹 赤谷; 祐司 鈴木
137 Method for dyeing polyester JP2008554724 2007-02-01 JP2009526921A 2009-07-23 ウェーバー,マーチン; ハム,エドバルド
【課題】ポリエステルを染色するための方法の提供。
【解決手段】本発明は、浸漬法(exhaust method)に従ってポリエステル繊維材料を染色するための方法であって、該方法は、以下の工程(a)該繊維材料を1種以上の界面活性剤で前処理すること、
(b)1種以上の分散染料で染色すること、及び、
(c)ヒドロキシアルキルスルフィン酸又はヒドロキシアルキルスルフィン酸塩で還元後処理することを含み、
ここで、工程(a)、(b)及び(c)は、単一液体中で連続して行われるところの方法に関する。
【選択図】なし
138 Method of dyeing malemine fiber product, and melamine fiber product dyed by the method JP11570398 1998-04-24 JPH10317286A 1998-12-02 GADOURY DEAN R
PROBLEM TO BE SOLVED: To obtain a melamine fiber product that has a chambray tone appearance and good fabric hand by dying a fabric blend product substantially comprising a melamine fiber and a substantially undyeable fiber in the dyeing bath. SOLUTION: The melamine fiber product that comprises a blend of 20-100 wt.% of melamine fiber with a substantially undyeable fiber in the dyeing bath as aramide fiber, glass fiber, carbon fiber, poly(amide)imide fiber or ceramic fiber in the form of woven fabric, nonwoven fabric or knitted fabric is dyed in a dyeing bath containing 1 or more kinds of dyes selected from the group consisting of direct dyes, acidic dyes, metal-containing acidic dyes and dispersion dyes at a temp. of 95-150 deg.C, preferably in a dispersion dye bath at a temp. of 110-150 deg.C to give the objective dyed product having Chambray tone appearance. Or, blend fabric of protein fiber as wool or silk with melamine fiber are dyed in a bath containing 1 or more kinds of dispersion byes at a temp. of 95-110 deg.C.
139 Dyeing of condensation product JP23436495 1995-09-12 JPH08100378A 1996-04-16 BUORUFUGANGU SHINDORAA; UBUE NAARU
PROBLEM TO BE SOLVED: To dye a specific condensation product used in the form of a knitted or a woven fabric with good color fastness by treating the condensation product in an aqueous dye bath containing a dye. SOLUTION: A condensation product obtainable by condensation of a mixture comprising (A) 90-99.9 mol% of a mixture comprising A 1 30-99 mol% of melamine, A 2 1-30 mol% of a substituted melamine represented by the formula [Y is H, a hydroxy-1-10C alkyl, a hydroxy-2-4C alkyl-(oxa-2-4C alkyl) n (n is 1-5) or an amino-2-12C alkyl, with the proviso that at least one is not H] or its mixture and (B) a mixture comprising 0.1-10 mol% of a phenol which can be substituted with a 1-9C alkyl or OH or a hydroxyphenyl-substituted 1-4C alkane or bis(hydroxyphenyl)sulfone with formaldehyde, etc., in the form of a fibrous structure is treated in an aqueous dye bath at a pH value of 1-12 containing an azo dye, an anthraquinone dye, a coumarin dye, a methine dye, an azamethine dye, a quinophthalone dye or a nitro dye at 20-250°C temperature. COPYRIGHT: (C)1996,JPO
140 JPS6225792B2 - JP7752579 1979-06-21 JPS6225792B2 1987-06-04 FUNAKI MASAAKI; YOSHIDA MOTOAKI; INATOMI HARUO; KURYAMA RYOZO; OOSHIMA TAIZO
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