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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
101	Magnetic ceramic for treating water and its production	JP11224895	1995-04-01	JPH08277176A	1996-10-22	SUGIMOTO MITSUMASA; MORI HIDEJI
PURPOSE: To prepare a magnetic ceramic for treating water expressing excellent effects for treating water and capable of being continuously used for a long time by kneading an ion exchanging material, a magnetic material, a diamagnetic material, an oxdizing material and a reducing material to make a mixture and baking and magnetizing the mixture. CONSTITUTION: This method for producing a magnetic ceramic for treating water is to add a binder to a mixture consisting of an ion exchanging material, a magnetic material, a diamagnetic material, an oxidizing material and a reducing material, knead the mixture, mold the kneaded mixture and bake the molded material at 300-1000°C with time dependently changing temperatures and magnetize the baked material. The magnetic ceramic expresses excellent effects in modifying water and oils, removing scales adhered to pipelines consisting of iron or other metals, deodorizing of water to be treated, and protecting scales from adhering to pipeline and generation of rusty water, etc. COPYRIGHT: (C)1996,JPO
102	The preparation of ceramics	JP9545793	1993-03-30	JPH08191B2	1996-01-10	勝昭高橋

103	Tubular ceramic carrier	JP7198993	1993-03-30	JPH06277059A	1994-10-04	OKAMOTO TAKANORI; KASHIHARA TADASHI; KAMIYA YOSHIHIRO; KAWASE MITSUO
PURPOSE: To prepare a carrier for the immobilization of microorganisms, exhibiting excellent gas-releasing property and liquid-diffusibflity into the carrier, capable of holding a large amount of immobilized microorganisms and producible at a relatively low cost. CONSTITUTION: A through-hole 2 for passing gas and liquid is formed in a porous ceramic material having a porosity of 40-80% to form a pipe. The through-hole 2 improves the gas-releasability and the liquid diffusibility into the carrier and decreases the dead space unable to keep the microorganisms in immobilized state in the carrier. COPYRIGHT: (C)1994,JPO
104	The underlying adjusting material	JP9419292	1992-04-14	JPH0669910B2	1994-09-07	克丸山

105	Production of rigid carbon film coated member	JP1295393	1993-01-28	JPH06220637A	1994-08-09	SUZUKI MIZUAKI; KISHI MATSUO; TAKAHASHI YUKITSUGU; TSUNEYOSHI JUN
PURPOSE: To produce the rigid carbon coated member excellent in hardness and adhesion by introducing a specified gaseous material into a vacuum vessel to form a rigid carbon film on the surface of the intermediate layer formed on a base material. CONSTITUTION: The base material to be coated 4 is disposed in the vacuum vessel 1 provided with an evacuating device. Gaseous nitrogen is introduced from a gas introducing pipe 6 and gaseous silane is introduced from a gas introducing pipe 7 into the vacuum vessel 1, and an intermediate layer is formed on the surface of the base material 4 by an electron cyclotron resonance plasma CVD method using these gases. Then, the vacuum vessel is exhausted, and gaseous methane and gaseous hydrogen are introduced from the gas introducing pipe 6 into the vacuum vessel 1 without taking out the base material to the atmosphere, and the rigid carbon film is formed on the surface of the intermediate layer formed on the base material 4 by the electron cyclotron resonance plasma CVD method. In this way, the cutting tools long in lifetime and excellent in cutting property can be produced. COPYRIGHT: (C)1994,JPO&Japio
106	Composition for decreasing earthing resistance	JP20716392	1992-07-10	JPH06163134A	1994-06-10	MURAKI SHIGEHARU; BABA YOSHIHIRO; FUKUSHIMA KOICHI; AMANO TOKIMOTO; TANIGAWA SHIN
PURPOSE: To provide an earthing resistance decreasing agent with improved durability by decreasing the dissolution and the loss of a composition by decreas ing the water transmissive property of gypsum hardened body and preventing rain water and underground water from penetrating. CONSTITUTION: The composition is a composition consisting of calcined gypsum, a conductive material, a water-soluble aluminum compound, and an alkaline earth metal oxide or hydroxide. Being used, the composition shows excellent effects that the durability of the gypsum hardened body is remarkably improved, the earthing resistance decreasing effect is kept for a long duration, the work efficiency is improved, and the durability of the hardened decreasing agent is improved. COPYRIGHT: (C)1994,JPO&Japio
107	Ground regulating material	JP9419292	1992-04-14	JPH05294757A	1993-11-09	MARUYAMA KATSU
PURPOSE: To smoothly finish the surface by constituting the ground regulating material so that both expansion coefficient for expanding the same until being hardened and shrinkage factor based on hardening are nearly equally set, coating the surface having recessed parts with the ground regulating material and hardening it. CONSTITUTION: A mixture A is obtained by blending about 1 part wt. A1 powder with 100 pts.wt. (hereinafter shown in part) white wash. A mixture B is obtained by blending about 10 parts cement with 1 part mixture A. On the other hand, mixed liquid C is obtained by mixing about 1 part water with 1 part mixing liquid such as an acrylic polymer having prescribed concentration. Furthermore the ground regulating material 3 is obtained by mixing about 4 parts mixed liquid C with 11 parts mixture B. Then, after dirt on the wall surface 1 of concrete is removed to regulate the ground, the ground regulating material 3 is filled into recesses 2 by a metallic trowel or the like and coating is finished to smoothen the whole surface. Thereafter, in the case of drying the ground regulating material 3, since the shrunk rate and foamed rate are nearly equally set at a time for drying the parts filled in the recessed parts 2, even the parts of the recessed parts 2 are not recessed. The smoothly finished face is formed and the excellent appearance is obtained. COPYRIGHT: (C)1993,JPO&Japio
108	Formation of thin silicon carbide film	JP9727392	1992-03-24	JPH05271947A	1993-10-19	Toru Inoue; Shoji Miyanaga; Hisashi Otani; Shinya Sumino; 亨井上; 久大谷; 昭治宮永; 真也角野
PURPOSE: To form an amorphous or crystalline thin silicon carbide film having high film quality by plasma CVD at a low temp. and a high rate by using a halogen compd. of carbon and a halogen compd. of silicon as gaseous starting materials. CONSTITUTION: A halogen compd. of carbon as a carbon source and a halogen compd. of silicon as a silicon source are used as gaseous starting materials and a thin silicon carbide film is formed by a chemical vapor growth method with plasma. The halogen element of each of the halogen compds. is preferably fluorine, chlorine, bromine or iodine, CH ₃ is preferably used as the carbon source and gas of a halogen element such as fluorine, chlorine or bromine is preferably added at the time of film formation. COPYRIGHT: (C)1993,JPO&Japio
109	Ceramic parts formed with bar code and its production	JP1615092	1992-01-31	JPH05208881A	1993-08-20	IGARASHI NOBORU; SHIMAI SHUNZO; TSURUGA JUNYA; NAGASAKA SACHIYUKI; NAITO YOSHIYUKI
PURPOSE:To obtain a ceramic part with a heat and acid-resistant bar code. CONSTITUTION:A sintered ceramic 1 is applied with an inorganic colorant at a part on one side surface thereof and the colorant is molten and diffused in the ceramic in a depth of 5 to 100mum so that the surface part has different crystalline structure from the basic material.
110	Roller for tape traveling and its production	JP33134491	1991-11-19	JPH05140730A	1993-06-08	ODA KAZUHIKO; OHARA HISANORI; YOSHIOKA TAKESHI; KAWAI HIROSHI
PURPOSE: To improve the adhesion of a hard carbon layer and to improve productivity by providing a silicon intermediate layer on the surface of a roller base material and forming the hard carbon layer thereon. CONSTITUTION: Many rollers 3 are cantilever-supported to a disk shaped substrate holder 2 in the upper part in a vacuum chamber 1 and a revolving shaft 8 is revolved by a motor 7 for revolving a substrate. A silicon evaporating source 4 in the lower part of the vacuum chamber 1 is heated by an electron beam and silicon vapor is risen, by which the revolving rollers are uniformly coated with the silicon. A rare gas, such as gaseous argon, is introduced through a gas inlet 10 into the vacuum chamber 1 and, therefore, the surface of the rollers 3 are activated by the collision of the argon ions and the adhesion of the silicon vapor is additionally improved. COPYRIGHT: (C)1993,JPO&Japio
111	Method for producing reinforced concrete of preventing occurrence of gap at contact part between concrete and reinforcing bar	JP21387391	1991-08-26	JPH05117002A	1993-05-14	HANAOKA TADAO; KUBOTA TAKASHI; HANAOKA HIROE
PURPOSE: To prevent occurrence of gaps between concrete and reinforcing bars by adding a milky dispersion formed from aqueous solution of sodium silicate, copper sulfate, calcium chloride and chromium alum to freshly mixed concrete and placing it. CONSTITUTION: Aqueous solutions of sodium silicate, copper sulfate and calcium chloride are blended and formed precipitate is finely dispersed. The dispersion is mixed with an aqueous solution of chromium alum and a dispersant on the market (e.g. Neopelex(R)) and blended with a colloidal fine powder machine to give a light green emulsifying agent. On the other hand, cement is mixed with sand and gravel in a dry state and kneaded with the emulsifying agent and water. This freshly mixed concrete is poured into a reinforcing bar integrated space in a mold of frame, set and hardened. COPYRIGHT: (C)1993,JPO&Japio
112	CEMENTITIOUS ARTICLE COMPRISING HYDROPHOBIC FINISH	PCT/US2014024207	2014-03-12	WO2014150781A2	2014-09-25	DUBEY ASHISH; PENG YANFEI
Disclosed are cementitious articles with hydrophobic finish. In some embodiments, the article is a waterproof gypsum panel that is surface reinforced with inorganic mineral fibers that face a flexible and hydrophobic cementitious finish possessing beneficial waterproofing properties. The waterproof gypsum panels of the invention are useful in many applications, such as, for example, tilebacker board in wet or dry areas of buildings, exterior weather barrier panel for use as exterior sheathing, and roof cover board having superior water durability and extremely low surface absorption. The flexible and hydrophobic cementitious finish of the invention can include Class C fly ash, film-forming polymer, silane compound (e.g., alkyl alkoxysilane), and other optional additives.
113	PLASMA GASIFICATION REACTORS WITH MODIFIED CARBON BEDS AND REDUCED COKE REQUIREMENTS	PCT/US2012020361	2012-01-05	WO2013036281A3	2013-07-04	SANTOIANNI JAMES; VAN NIEROP PIETER; HEIER MICHAEL ERSKINE; GORODETSKY ALEKSANDR; REESE STEPHANIE; HICKS KENT OLIS
A carbonaceous bed in a reactor includes carbon bearing material that is not coke and rather includes natural wood blocks or bricks formed of non-coke carbonaceous material in a binder along with, as options, other constituents such as catalysts and fluxing agents. The bed reduces the amount of coke required in processes such as for syngas production. Such non-coke units are applicable to an original carbonaceous bed in a reactor and also to replenishment of reacted carbon in the original bed. The bed may include ungasified carbon particulate matter separated from gaseous reaction products of a gasification reactor, either in non-coke bricks or otherwise applied, as may other carbonaceous material often regarded as waste such as spent potliner material from aluminum making and soot residue from a gasification reactor. Certain reactor structural modifications can also result in reduced consumption of carbon in a bed.

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