专利检索_ .在纸中加添不溶的有色物质使纸张有不同的颜色如粉末纤维金属片彩色纸;加添物质的特征在于它们的物理性质如形状而不是化学成分专利检索_ .在纸中加添不溶的有色物质使纸张有不同的颜色如粉末纤维金属片彩色纸;加添物质的特征在于它们的物理性质如形状而不是化学成分专利检索查询_ .在纸中加添不溶的有色物质使纸张有不同的颜色如粉末纤维金属片彩色纸;加添物质的特征在于它们的物理性质如形状而不是化学成分专利检索查询分析平台

子分类：

D21H3/825： ..{加添物质具有特有的形状,如粉末,离解的树脂泡沫}

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	Fire-retardant tape utilizing an intumescent coating	US28249563	1963-05-22	US3336153A	1967-08-15	WALTER JUDA

2	Organic pigments	US377217	1982-05-11	US4426483A	1984-01-17	William W. Maslanka; Gavin G. Spence
Disclosed are novel organic pigments adapted particularly for use as fillers for paper. The organic pigments are finely divided particles obtained by graft copolymerizing an ethylenically unsaturated monomer, such as styrene, onto a water-soluble cationic prepolymer in an aqueous solution and in the presence of a free-radical polymerization initiator.
3	JPS5117584B1 -	JP6411572	1972-06-28	JPS5117584B1	1976-06-03
Matt paints which give dry films with gloss of 15 units (measured by ASTM D523-62T, using an 85 degrees gloss head) contain (A) film-forming carrier, (B) pigment dispersed in (A), and (C) porous polymer grains. The vol. conc. of (B) is 5-78% of (A+B), and that of (C) is 25-60% of the total dry film. The mean dia. of (C) is 1-50 mu and their vol. average dia. is 5-35 mu. The vol. conc. of (B) is pref. 5-35% of (A+B), but for certain applications (e.g. ceilings), a gloss of 10 units can be obtained with over the critical pigment vol. conc. The vol. conc. of (C) is pref. 35-50%, and the polymer or the pores, pref. contain pigment. Use of higher loadings of (C) than in known matt paints gives highly opaque coatings with good resistance to abrasion.
4	Barya product	JP50699987	1987-11-20	JP2929440B2	1999-08-03	TAARENTAIA ARAN; SHINKUREA KORIN ESU

5	JPH02501580A -	JP50699987	1987-11-20	JPH02501580A	1990-05-31

6	Barrier products	EP87310274.3	1987-11-20	EP0272798B1	1993-05-26	Tallentire, Alan; Sinclair, Colin S.

7	Barrier products	EP87310274.3	1987-11-20	EP0272798A1	1988-06-29	Tallentire, Alan; Sinclair, Colin S.
A porous material (e.g. a paper 6) has pores with a range of sizes. A pore modifying agent (comprising particles 8 of a narrow size range) is selectively incorporated within the larger pores (7) to provide zones (9) of high surface area. These greatly reduce the penetrability of the material (e.g. by micro-organisms) while having relatively little effect on its air-permeability. The modifying agent (8) may be incorporated by creating a pressure difference across the material (2), and treating it with a dispersion (e.g. an aerosol) of the modifying agent (8), under conditions of low inertia, and incorporating only a small amount of the agent (8) (e.g. under 1% w/w).
8	Barrier products	US381675	1989-07-13	US5004645A	1991-04-02	Alan Tallentire; Colin S. Sinclair
A porous material, e.g. a paper, has pores with a range of sizes. A pore modifying agent comprising particles of a narrow size range is selectively incorporated within the larger pores to provide zones of high surface area. These greatly reduce the penetrability of the material, e.g. by mirco-organisms, while having relatively little effect on its air-permeability. The modifying agent may be incorporated by creating a pressure difference across the material, and treating it with a dispersion, e.g. an aerosol, of the modifying agent, under conditions of low inertia, and incorporating only a small amount of the agent, e.g. not more than 1% w/w.
9	Organic pigments	US508632	1983-06-28	US4483959A	1984-11-20	William W. Maslanka; Gavin G. Spence
Disclosed are novel organic pigments adapted particularly for use as fillers for paper. The organic pigments are finely divided particles obtained by graft copolymerizing an ethylenically unsaturated monomer, such as styrene, onto a water-soluble cationic prepolymer in an aqueous solution and in the presence of a free-radical polymerization initiator.
10	Organic pigments	US335787	1981-12-30	US4469555A	1984-09-04	William W. Maslanka; Gavin G. Spence
Disclosed are novel organic pigments adapted particularly for use as fillers for paper. The organic pigments are finely divided particles obtained by graft copolymerizing an ethylenically unsaturated monomer, such as styrene, onto a water-soluble cationic prepolymer in an aqueous solution and in the presence of a free-radical polymerization initiator.
11	Organic pigments	US364150	1982-03-31	US4456724A	1984-06-26	William W. Maslanka; Gavin G. Spence
Disclosed are novel organic pigments adapted particularly for use as fillers for paper. The organic pigments are finely divided particles obtained by graft copolymerizing an ethylenically unsaturated monomer, such as styrene, onto a water-soluble cationic prepolymer in an aqueous solution and in the presence of a free-radical polymerization initiator.
12	Organic pigments	US364162	1982-03-31	US4434267A	1984-02-28	William W. Maslanka; Gavin G. Spence
Disclosed are novel organic pigments adapted particularly for use as fillers for paper. The organic pigments are finely divided particles obtained by graft copolymerizing an ethylenically unsaturated monomer, such as styrene, onto a water-soluble cationic prepolymer in an aqueous solution and in the presence of a free-radical polymerization initiator.
13	공기투과 장벽재, 이를 이용한 포장 및 장벽재의 장벽성능 향상방법	KR1019880700867	1987-11-20	KR1019950004726B1	1995-05-06	알렌탈렌티레; 콜린싱클리어
내용 없음.
14	메모 가능형 주차 용지	KR1020090088447	2009-09-18	KR1020110030829A	2011-03-24	황상연
PURPOSE: A parking ticket which is able to write down a memo is provided to simply write down memo such as parking position. CONSTITUTION: A parking ticket for indicating parking information comprises a pressure sensitive paper. The pressure sensitive paper contains a paper(10), acid powder layer(20), and micro dye capsule layer(30). The acid powder layer is coated on the surface of the paper. Very fine acid powder is applied on the acid powder layer. In case that a dye capsule layer bursts by outer pressure, dye is released from the inside of the dye capsule layer and the dye reacts with the acid powder layer, and than the color is indicated.

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