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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
61	Method of manufacturing mortar and coating structure, as well as mortar	JP2005185664	2005-05-30	JP4458425B2	2010-04-28	尚史村上

62	Transfer material of the trace, how to collect evidence using the same, and its trace transfer member	JP20849496	1996-08-07	JP3647155B2	2005-05-11	俊之玉木; 征二相山; 新三郎黒坂
PROBLEM TO BE SOLVED: To obtain a recordable and preservable transfer material for a trace, capable of faithfully transferring a trace such as a footprint or a tire rut in accidental spots or a trace in digging spots, etc., for remains, good in operating efficiency, sufficiently storable in a small space and a trace transferred material and to provide a method for collecting the trace. SOLUTION: This transfer material for a trace consists essentially of calcium aluminate, a gypsum and a cement or a slaked lime. In this case, the method for collecting a trace comprises mixing the transfer material with water, casting the resultant mixture into a trace part and hardening the mixture or repetitively carrying out a step for sprinkling the transfer material over the trace and a step for spraying water thereonto. The trace transferred material is collected by the method for collecting the trace.
63	Porous block that the tuff and aggregate	JP16497597	1997-06-05	JP3566501B2	2004-09-15	登中出

64	Bas - co - ceramic member and a method of manufacturing the same to form a de	JP1615092	1992-01-31	JP3127166B2	2001-01-22	昇五十嵐; 良之内藤; 駿蔵島井; 順也敦賀; 幸行永坂

65	Chipping resistance of the excellent diamond based on ultra-high-pressure sintered material made of a cutting tool and its manufacturing method	JP34813193	1993-12-24	JP3087555B2	2000-09-11	忠一大橋; 文洋植田

66	Zirconia porous body and a method for manufacturing	JP28800591	1991-11-01	JP2725732B2	1998-03-11	健次森永; 敏貴正寳; 堯一長谷川; 武長谷川
PURPOSE:To provide a thin wall ceramic cylinder having controlled air permeability, excellent in the strength and the thermal shock resistance and suitable for fuel batteries, sensors, etc. CONSTITUTION:The cylindrical or 0.06-5mm thickness flat porous material comprises a zirconia sintered product having an outer diameter of 10.20mm, an inner diameter of 9-15mm and a gas permeability of 10-50X10<-4>cm<3>.cm/ cm<2>.sec.cmH2O. 100vol.% of zirconia powder, 5-30vol.% of binder fine powder having a particle diameter of <=300mum, 20-55vol.% of a plasticizer, 100-150vol.% of water, and a dispersant in an amount of 0.1-2.0 pts.wt. per 100 pts.wt. of the zirconia powder are mixed with each other, extrusion-molded, subjected to the decomposition of the binding auxiliary, and subsequently calcined to provide the zirconia porous material, thereby permitting to arbitrarily control the charging structure in the calcining process and the gas permeablity by adjusting the mixing amounts of the molding auxiliaries such as a binder and a plasticizer.
67	Cutting tool made of diamond based super high pressure sintered material excellent in chipping resistance and its manufacture	JP34813193	1993-12-24	JPH07185910A	1995-07-25	UEDA FUMIHIRO; OHASHI CHUICHI
PURPOSE:To prevent the propagation of cracks generated during the cutting by forming the structure where pores are dispersely distributed in the diamond base in a fine and uniform manner together with barium oxide and/or magnesium oxide. CONSTITUTION:When a cutting tool is heated under the condition to heat and keep the tool at the temperature of 1000-1400 deg.C in the vacuum, the carbonate of BaCO3 and MgCO3 which are the composition of the diamond based superhigh pressure sintered material constituting the tool is chemically changed into BaO and MgO, and fine pores are simultaneously formed. This formation of pores realizes the theoretical density ratio of 96-99.5%. Thus, the propagation of cracks generated during the cutting operation is prevented by pores which are dispersely distributed in a fine and uniform manner together with BaO and/or MgO in the diamond base of the cutting tool made of diamond based superhigh pressure sintered material. In this heat treament, 0.05-13wt.% of barium oxide and magnesium oxide is contaiend, and the balance the diamond which substantially constitutes the base.
68	Formed article produced by using borax	JP24587493	1993-08-24	JPH0761853A	1995-03-07	TOYAMA KIMIYA; SHINKAI SEIJI; MURAGUCHI YUKITO
PURPOSE:To obtain a formed article having excellent shape-retaining strength in a room-temperature environment and even in unburned state by adjusting borax or a mixture of borax and a granular material to a specific water content. CONSTITUTION:This formed article is produced by adjusting the water-content of borax or a mixture of borax and a granular material to a water-content of 10-25%. A formed article having excellent shape-retaining strength represented by a flexural strength of >=20MPa can be produced by a dry-forming process by adjusting the water-content of a borax-containing formed article to 10-25% and solidifying the borax. After adjusting the water-content to 10-25%, the water-content is maintained within the above range even by leaving standing in a room-temperature environment and the flexural strength is maintained to >=20MPa even in unburned state. The article formed by this process can be used as an interior decoration, clay pigeon for trapshooting, tee for golf, etc.
69	Molded concrete article, manufacture and application of the same	JP24843293	1993-08-27	JPH0760282A	1995-03-07	NAKAGAWA KIYOYUKI; JODAI TOSHIHIKO; HATANO KAZUYUKI
PURPOSE:To prevent a water treatment material from floating in waste water treatment tanks, channels, and rivers by making the water treatment material which cleans up waste water by the function of living microorganisms by a method in which particles of porous light weight foamed concrete are bonded to each other with a bonding agent like sponge cake. CONSTITUTION:Aqueous slurry comprising a raw material for light weight foamed concrete consisting of a silicate raw material, cement, gypsum, etc., and a small amount of aluminum powder is cured partially to obtain an uncured product. The aqueous slurry of the uncured product is obtained by mixing 100 wt.pts. of the uncured product with about 30 wt.pts. of water. On the other hand, about 100 wt.pts. of particles obtained by pulvelizing ALC is mixed with 100 wt.pts. of the aqueous slurry to make a nonfluid product. A mold is packed with the nonfluid product, and a ring-shaped molded product is formed by pressurizing vertically to obtain a molded article 1 after steam curing. In this molded article 1, the particles are bonded to each other like sponge cake. The parts which are not bonded on the surface of the particles form spaces 4, making the prompt penetration of waste water possible.
70	Composition for decreasing earthing resistance	JP20716292	1992-07-10	JPH06163133A	1994-06-10	MURAKI SHIGEHARU; BABA YOSHIHIRO; FUKUSHIMA KOICHI; AMANO TOKIMOTO; TANIGAWA SHIN
PURPOSE:To remarkably improve earthing resistance decreasing effect and its durability and provide an earthing resistance decreasing agent which can be hardened within a short time. CONSTITUTION:The composition is a composition consisting of calcined gypsum, a conductive material, and porous fine silica powder with specific surface area 40m<2>/g or more and 800m<2>/g or less. Being used, the composition shows excellent effects that the work efficiency of the earthing resistance decreasing agent is improved and the durability of the hardened decreasing agent is also improved.
71	Ceramic manufacturing method	JP9545793	1993-03-30	JPH06126158A	1994-05-10	TAKAHASHI KATSUAKI
PURPOSE: To obtain an action to increase the binding strength of cement and prevent snow from sticking to a power transmission line by allowing an ionic crystallizing ceramic to remain for a long time under an electric field which converts its direction alternately at a constant high voltage. CONSTITUTION: An ionic crystallizing ceramic component is allowed to remain, for example, in an area which is acted upon by an electric field changing its direction alternately at high voltage of 30000V, for 8000 hours or longer. Consequently, the influence by the alternating effect settles and a secondary structural feature which is different from an initial structural feature is obtained. Further, other effects such as increasing the binding strength of cement and preventing snow from sticking to a power transmission line are obtained. COPYRIGHT: (C)1994,JPO&Japio
72	Zirconia porous material and its production	JP28800591	1991-11-01	JPH05330938A	1993-12-14	SHIYOUHOU TOSHITAKA; HASEGAWA TAKAKAZU; HASEGAWA TAKESHI; MORINAGA KENJI
PURPOSE: To provide a thin wall ceramic cylinder having controlled air permeability, excellent in the strength and the thermal shock resistance and suitable for fuel batteries, sensors, etc. CONSTITUTION: The cylindrical or 0.06-5mm thickness flat porous material comprises a zirconia sintered product having an outer diameter of 10.20mm, an inner diameter of 9-15mm and a gas permeability of 10-50×10 ^-4cm ³.cm/ cm ².sec.cmH ₂O. 100vol.% of zirconia powder, 5-30vol.% of binder fine powder having a particle diameter of ≤300μm, 20-55vol.% of a plasticizer, 100-150vol.% of water, and a dispersant in an amount of 0.1-2.0 pts.wt. per 100 pts.wt. of the zirconia powder are mixed with each other, extrusion-molded, subjected to the decomposition of the binding auxiliary, and subsequently calcined to provide the zirconia porous material, thereby permitting to arbitrarily control the charging structure in the calcining process and the gas permeablity by adjusting the mixing amounts of the molding auxiliaries such as a binder and a plasticizer. COPYRIGHT: (C)1993,JPO&Japio
73	Additive for concrete	JP12274692	1992-04-15	JPH05294694A	1993-11-09	TSUJI AKITOSHI; FUKUSHIMA SHOICHI; KANZAKI SHOJI; KOJIMA TOSHIHARU
PURPOSE: To provide the concrete additive capable of constantly maintaining the volume of air in the concrete with time. CONSTITUTION: The concrete additive comprises a granular substance having a granule diameter of 0.1-300μm. In the granule, a foaming agent component and a defoaming agent component are contained in the mixed state. A slightly water-soluble carboxylic acid type surfactant having carboxyl groups having an acid value of 90-400 is used as the foaming agent. A silicone polymer is employed as the deforming agent. A carboxylic acid surfactant or its salt is employed as the carboxylic acid type surfactant. The acid value of the carboxylic acid salt is the acid value of the carboxylic acid produced by converting the carboxylic acid salt into the acid. The slight water-solubility is defined as a solubility of ≤5g in 100g of water at 20°C. The addition of 0.001-0.2 of the concrete additive to 100 pts.wt. of a cement can afford the concrete good in the performance. COPYRIGHT: (C)1993,JPO&Japio
74	ハニカム構造体	JP2016117310	2016-06-13	JP2017221870A	2017-12-21	近藤隆宏; 加藤靖; 松矢淳宣
【課題】耐エロージョン性に優れるとともに、耐熱衝撃性にも優れたハニカム構造体を提供する。【解決手段】ハニカム構造部4は、流入端面11の中央領域を含む方向の一部に、下記式(1)によって算出される気孔率変化率が2〜8%の緻密部を有するとともに、流入端面11側から流出端面12側に向かって外径が増大する外径増大部17を有し、ハニカム構造部4の下記式(2)によって算出される平均径変化率が0.2〜3%である。式(1):(1−Px/Py)×100(Pxは、流入端面11の中央領域における気孔率(%)を示し、Pyは、流入端面11の中央領域を除く外周領域の気孔率(%)を示す)式(2):(1−Dx/Dy)×100(Dxは、ハニカム構造部4の流入端面11の平均径(mm)、Dyは、ハニカム構造部4の流出端面12の平均径(mm)を示す) 【選択図】図5
75	疎水性の仕上げ剤を含むセメント質の物品	JP2016501439	2014-03-12	JP2016519037A	2016-06-30	アシッシュ・デュービー; ヤンフェイ・ペン
疎水性の仕上げ剤を有するセメント質の物品が開示される。一部の実施形態において、物品は、有益な防水特性を有する可撓性および疎水性のセメント質の仕上げ剤に面した無機鉱物繊維で表面強化された防水石膏パネルである。本発明の防水石膏パネルは、例えば、建築の湿潤または乾燥領域におけるタイル下地ボード、屋外野地板として用いるための屋外天候バリアパネル、ならびに優れた水耐久性および極めて低い表面吸収を有する屋根カバーボードなどの、多くの用途において有用である。本発明の可撓性および疎水性のセメント質の仕上げ剤には、クラスCフライアッシュ、膜形成ポリマー、シラン化合物(例えば、アルキルアルコキシシラン)、および他の任意選択の添加剤が含まれていてよい。【選択図】図1B
76	Mortar, coating structure, and method for manufacturing mortar	JP2005185664	2005-05-30	JP2006335634A	2006-12-14	MURAKAMI HISAFUMI
<P>PROBLEM TO BE SOLVED: To obtain mortar having high affinity with plants and the improved workability applicable also to the various postures on site, to extend the construction time in winter by lowering the freezing temperature of a conventional lightweight mortar and to provide an inexpensive coating structure excellent in the workability of execution and demolition. <P>SOLUTION: In the method for manufacturing mortar, raw Okara (soy pulp) is used as an aggregate. The raw Okara is not dried, provided with water and an antiseptic agent, agitated in the condition of having squeezed out soymilk, and provided with cement and additives and is kneaded. The composition of the mortar comprises by the weight contained in one cubic meter of the mortar: raw Okara of not more than 700 kg and not less than 200 kg; cement of not more than 1,600 kg and not less than 200 kg; and a various additives as needed. In the execution and setout of this mortar, a streak material and a conservation net are embedded according to the situation of an application part, wherein an abandoned fishing net is especially suitable as the conservation net. <P>COPYRIGHT: (C)2007,JPO&INPIT
77	石膏ボード及び該石膏ボードの製造方法	JP2003578134	2003-03-25	JPWO2003080329A1	2005-07-21	龍一木村; 則男津野; 石橋　政剛; 政剛石橋; 谷　浩一; 浩一谷; 健一郎大澤
石膏ボードのカバー原紙との接着に優れ、石膏ボードの縁部のドライアウトがなく、石膏ボードへの釘打ちの作業性に不都合がない、発泡石膏コアを有する軽量の石膏ボードを提供する。石膏コアは、カバー原紙で被覆された側面を含む一つ以上のハードエッジ部、表面または裏面を含みカバー原紙で被覆された側面を含まない、ハードエッジ部の密度と実質的に等しい密度を有する一つ以上の高密度部、およびハードエッジ部および高密度部の密度よりも低い密度を有し、ハードエッジ部および高密度部に接する低密度部を含む。ハードエッジ部は、釘が打たれる位置を含まない。
78	Porous ceramics and vaporization device using the same	JP2000027299	2000-01-31	JP3588296B2	2004-11-10	裕二小川

79	Te - tape running for Russia - La - and a method of manufacturing the same	JP33134491	1991-11-19	JP3374402B2	2003-02-04	剛吉岡; 久典大原; 弘川合; 一彦織田

80	Ceramic ball for ballpoint pen, manufacturing method for the same and ballpoint pen	JP2000106225	2000-04-07	JP2001287490A	2001-10-16	NIWA TOMONORI; YOGO TETSUJI
PROBLEM TO BE SOLVED: To provide a ceramic ball for a ballpoint pen capable of obtaining further better writing performance by optimizing a balance of the presences between rough air gaps and fine air gaps. SOLUTION: The air gaps of 3 to 30 pieces in size of 2 to 10 μm and the air gaps of 20 to 200 pieces in size of 0.5 to 2 μm are formed per a region of 50 μm×50 μm of a surface of a ceramic ball. The relatively rough air gaps 93 in size of 0.5 to 2 μm and the relatively fine air gaps 94 in size of 0.5 to 2 7 μm are formed in a good balance in a specifically forming density as described above. Thus, smooth writing satisfactoriness is simultaneously assured while ensuring a necessary sufficient ink flow-out amount so as to clearly express a distinct line or particularly a character or a fine line, and a wear of a ball sheet part can be effectively suppressed. In order to manufacture the ball for satisfying such conditions, it is effective to manufacture a spherically formed material by a tumbling granulating method. Simultaneously, a manufacturing efficiency and a material yield are dramatically improved.

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