ВОИС - Поиск по национальным патентным фондам и фондам PCT

1.WO/1996/009150METHOD OF MANUFACTURING OLEFIN RESIN PARTICLES AND PRE-EXPANDED PARTICLES

WO - 28.03.1996

Класс МПК B29B 9/06 № заявки PCT/JP1995/001865 Заявитель KANEGAFUCHI KAGAKU KOGYO KABUSHIKI KAISHA Изобретатель SHIMAZU, Hisao

A method of manufacturing olefin resin particles, comprising the steps of extruding by using a homodirectional biaxal kneading extruder a resin from a die nozzle having a discharge rate per hole of 0.5-8 kg/hr and a diameter of less than 2 mm into warm water of 5-90 °C which is lower than the temperature of the resin by 140-220 °C, and then cutting the extruded product with a cutter blade in the warm water. The mixed materials are dispersed uniformly, and the changing of a raw resin is carried out speedily and economically, resin particles of a desired shape being obtained.

2.WO/1993/016823METHOD OF MANUFACTURING BENT PIPE OF HIGH TENSILE STEEL

WO - 02.09.1993

Класс МПК B21D 7/025 № заявки PCT/JP1992/000936 Заявитель NKK CORPORATION Изобретатель KONDO, Joh

A method of manufacturing a bent pipe, in which a straight pipe of high tensile steel consisting of low alloy steel containing 0.08 percent weight of C or lower or a straight clad pipe composed of said low alloy steel at the outer part and high anti-corrosive alloy at the inner part is heated to a temperature not lower than Ac₃ point of the low alloy steel, bent at said temperature, hardened starting at the above temperature immediately after bent, and tempered at a temperature ranging from 250 to 500 °C, thereby being turned into a final product.

3.WO/1982/003388PEPTIDES WITH NERVE-REGENERATING PROPERTIES

WO - 14.10.1982

Класс МПК A61K 38/00 № заявки PCT/EP1982/000079 Заявитель AKZO N.V. Изобретатель GISPEN, Willem, Hendrik

Use of the peptides of the general formula: A-B-L-Phe (or L-Ala)-D-Lys-L-Phe-Z-OH, where A represents one of the following groups: H-L-Met, H-L-Met(O), H-L-Met(O₂), desamino-Met, desamino-Met(O) or desamino-Met(O₂), B represents one of the following di-peptide fragments: Glu-His or Ala-Ala, where one amino acid residue of this di-peptide fragment can occur in the D form, and Z is either absent, or represents the amino acid residue Gly, or is the peptide fragment (10-16)-ACTH, where the amino acid L-Lys may be replaced, if desired, by D-Lys at position 11 of the (10-16)-ACTH fragment, and the functional derivatives thereof in promoting axonal regeneration.

4.WO/1983/003081A REAR SEAT FOR A VEHICLE

WO - 15.09.1983

Класс МПК B60N 2/12 № заявки PCT/BR1983/000001 Заявитель VOLKSWAGEN DO BRASIL S/A Изобретатель KOBASHIKAWA, Seiyu

The present utility model refers to a rear seat for a vehicle which permits the vehicle to be changed from a passenger vehicle to a high cargo capacity vehicle. This change is possible due to the seat back (5) of the rear seat (2) being pivotable between a first position substantially aligned with the seat portion (6) of the seat (2) and a second position in which the seat back (5) is substantially folded on to the seat portion (6), then, with the seat (2) at its forwardmost position on the tracks (8), the seat portion (6) may be pivoted by means of an articulation (9). The seat (2) with the seat back (5) in the said first position also allows the formation of a bed by reclining the front seat.

5.WO/1998/004959NEGATIVE PHOTORESIST COMPOSITIONS AND USE THEREOF

WO - 05.02.1998

Класс МПК G03F 7/038 № заявки PCT/JP1997/002605 Заявитель NITTO DENKO CORPORATION Изобретатель FUJII, Hirofumi

Heat-resistant negative photoresist compositions which comprise a polyamic acid and a photosensitizer consisting of a specific 1,4-dihydropyridine derivative and which are not only excellent in both sensitivity and resolution but also easily developable with aqueous alkali. The compositions are characterized by comprising a polyamic acid and 1,4-dihydropyridine derivatives of general formula (I) wherein Ar is an aromatic group having a nitro group at the ortho position; R¹ is C₁-C₅ alkylene; and R², R³, R⁴ and R⁵ are each hydrogen or C₁-C₄ alkyl.

6.WO/1988/001235APPARATUS AND PROCESS FOR PRINTING BAR CODES

WO - 25.02.1988

Класс МПК B41F 17/00 № заявки PCT/US1987/001953 Заявитель NCR CORPORATION Изобретатель GRUTTEMEYER, Frederick, Ernst

Apparatus and process for printing bar code arrays on a continuous web of absorbent material with ultraviolet-curable ink in sequential manner and drying the printed area with ultraviolet radiation immediately after printing and then accommodating rewinding or refolding of the print web.

7.WO/1987/005915PROCESS FOR REMOVING IMPURITIES FROM POLYPHENYLENE SULFIDE RESIN

WO - 08.10.1987

Класс МПК C08G 75/02 № заявки PCT/JP1987/000179 Заявитель TOHPREN CO., LTD. Изобретатель NAKAMURA, Yoshiaki

A process for removing impurities from polyphenylene sulfide resin, which comprises mixing and heating powdery polyphenylene sulfide resin and a solvent selected from among (I) to (IV) and, after well bringing them into contact with each other in a partially dissolved state, cooling and filtering the mixture, and washing it with a solvent which can not dissolve the polyphenylene sulfide resin to thereby remove impurities from the resin with high efficiency: (I) a solvent selected from among dimethyl sulfoxide, sulfolane, glycerin, ethylene glycol, and diethylene glycol, alone or a mixture thereof; (II) a mixture of a solvent selected from among dimethyl sulfoxide, sulfolane, glycerin, ethylene glycol, and diethylene glycol with α-halogenated naphthalene or biphenyl; (III) a mixture of one or more solvents selected from among a mixture of item (II), benzyl alcohol, sulfolane, and glycerin with N-methyl-2-pyrrolidone; and (IV) a mixture of a solvent of item (I) or N-methyl-2-pyrrolidone with water.

8.WO/1983/000884IMPROVED ADDITION AGENT FOR CAST IRON

WO - 17.03.1983

Класс МПК C21C 1/10 № заявки PCT/US1982/001174 Заявитель MOORE, William, H. Изобретатель MOORE, William, H.

An inoculating alloy for addition to molten cast iron. The composition is a silicon ferro alloy containing five to eight percent calcium as its active ingredient.

9.WO/1985/005726DEVICE FOR CONDITIONING RADIOACTIVE WASTE COMPRISED OF MEDIUMAND /OR LONG PERIOD ACTINIDES

WO - 19.12.1985

Класс МПК G21F 9/00 № заявки PCT/FR1985/000139 Заявитель COMMISSARIAT A L'ENERGIE ATOMIQUE Изобретатель BEAUVY, Michel

The conditioning device comprises an outer sealed envelope (1) inside which there is arranged a mixture formed of at least one emitter actinide element α with a medium and/or long period such as ²³⁷Np, at least one emitter element α having a period shorter than 100 years such as ²⁴²Cm or ²⁴⁴Cm and at least one light element such as beryllium or boron capable of generating neutrons by reaction (α, n). The presence of those different elements enables to obtain a destruction in situ of the long or medium period actinide elements by self-fission under the influence of the neutrons produced by reaction of the particles α with the light element.

10.WO/1985/000301WETTABLE DEVICES OPERATIONAL WITH AQUEOUS LIQUIDS

WO - 31.01.1985

Класс МПК G01F 23/292 № заявки PCT/US1984/000265 Заявитель BAXTER TRAVENOL LABORATORIES, INC. Изобретатель McGLOTHLIN, Mark

A humidifier (10) used in respiratory therapy where the surface tension of a light probe (32) used therewith is maintained greater than the surface tension of the aqueous liquid used in the humidifier (10). Maintaining the surface tension of the light probe (32) greater than the surface tension of the aqueous liquid generally avoids erroneous indication of aqueous liquid level in the humidifier (10). Erroneous indications of liquid level can be caused by gas bubbles adhering to submerged portions of the light probe (32) or liquid droplets adhering to unsubmerged portions of the light probe (32). Surface tension of the light probe (32) can be maintained greater than surface tension of the aqueous liquid by coating the light probe (32) with a surface active agent, by subjecting the light probe (32) to corona discharge or plasma treatment, by coating the interior surface of the humidifier cannister (14) with an amount of surface active agent, by adding an amount of surface active agent to the aqueous liquid in the humidifier (10) or by any combination.

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