专利检索_改变表面专利检索_改变表面专利检索查询

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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		JP51372690	1990-09-07	JPH05502068A	1993-04-15

102		JP1037390	1990-02-05	JPH03103281U	1991-10-28

103	FLUFF SUPPRESSING DEVICE	JP293190	1990-01-10	JPH03211171A	1991-09-13	OHASHI KENJI
PURPOSE:To prevent fluff from occurring at the time of winding by installing a nozzle, which has a yarn passage and gets an air injection port opened in the tangential direction of this yarn passage, in a spun yarn running passage at a cop-winding machine. CONSTITUTION:A nozzle 1 is installed in a spot just upward of a tenser disk 4 of an automatic winder. In this nozzle 1, a yarn guide pipe 8 is pierced through in the longitudinal direction of the central part, and it is interconnected to a slit 7 formed at the side of this nozzle 1. In the central part of this yarn guide pipe 8, there are provided with multiple air injection holes 10, and an air inlet port 9 is formed in place orthogonal with these injection holes 10. Each of these holes 10 is made in the tengential direction of the yarn guide pipe 8 and in horizontality. Accordingly, when yarn taken into the yarn guide pipe 8 through the slit 7 passes through the nozzle 1, it is subjected to a false twist by a swirl flow of air being sprayed out of the tengential direction, so that the occurrence of fluff is checked, thus various hindrances caused by the fluff is prevented.
104	Production of cordel	JP10929980	1980-08-11	JPS5735090A	1982-02-25	YAMAMOTO TAKEO

105		JP8857974	1974-08-01	JPS5422533B2	1979-08-07

106		JP8930974	1974-08-03	JPS545015B2	1979-03-13

107		JP4429277	1977-04-08	JPS53144940U	1978-11-15

108		JP885071	1971-02-22	JPS5242895B1	1977-10-27

109		JP8780672	1972-07-27	JPS4942299U	1974-04-13

110		JP9184266	1966-10-01	JPS454348Y1	1970-02-27

111		JP10021664	1964-12-25	JPS4120586Y1	1966-10-05

112		JP10021564	1964-12-25	JPS4120585Y1	1966-10-05

113	Reinforced cured article and manufacturing method thereof	JP2007211678	2007-08-15	JP2009046327A	2009-03-05	TSUBAKIHARA SHINSUKE
PROBLEM TO BE SOLVED: To provide a cured article wherein crack widening, fragment falling or excessive deformation can be highly inhibited by compounding an organic fiber to which a shape enabling excellent physical adhesion to the cured article is imparted by a simple, low-cost, thermal or mechanical processing method, although the organic fiber, even simply added to a hydraulically cured article such as cement concrete, mortar and slate or to a cured polymer such as plastic (thermosetting or thermoplastic resin molded product) and rubber (tire, belt, hose, etc.), can be easily pulled out thereof like a melt-spun organic fiber having a circular section, and a manufacturing method of the cured article. SOLUTION: The manufacturing method of the cure article comprises: a crushing step of crushing twisted yarns comprising organic fibers to obtain crushed twisted yarns; a compounding step of compounding the crushed twisted yarns with an uncured material and; a curing step of curing the uncured material with which the crushed twisted yarns are compounded. The twisted yarns comprising organic fibers such as a polyamide, a polyester, polyvinyl alcohol and a polyolefin are crushed so that the fibers composing the twisted yarns achieve a shape in which the sectional shape changes in the lengthwise direction. The resultant fibers are mixed into or embedded in the cured article as reinforcing fibers. COPYRIGHT: (C)2009,JPO&INPIT
114	FLUFF-DETECTING DEVICE FOR PLURAL YARNS	JP2000383016	2000-12-18	JP2002180348A	2002-06-26	MIYAKITA YASUHIRO; WATANABE TADAYUKI
PROBLEM TO BE SOLVED: To provide a fluff-detecting device of traveling yarns for plural yarns, capable of detecting a fluff caused by the break of a single fiber in each yarn in good accuracy in the process for efficiently producing two or more plural yarns of high-strength yarns by a high-speed spinning at >=2,000 m/min and by a direct spin-draw process. SOLUTION: In a method for detecting the fluff comprising separating the fluff from the traveling yarns by the centrifugal force when the traveling directions of the traveling yarns comprising plural yarns are changed, allowing the separated fluff to collide with a fluff-detecting tip part of the fluff-detecting device arranged so as to cross the traveling passages of the traveling yarns and so as to be brought near thereto, and detecting the fluff by the impact force, the fluff detecting device is characterized in that the device has plural fluff-detecting tip parts so as to be able to separately detect the fluff of each traveling yarn formed on each of the traveling yarns of the two or more plural yarns, and arranged at each of the traveling yarns, and protecting members for preventing dislocation, bending and break of the fluff-detecting tip parts caused by yarn break, or the like, arranged at the fluff-detecting tip parts.
115	APPARATUS FOR SUPPRESSING FLUFF	JP21516293	1993-08-06	JPH0748725A	1995-02-21	MARUKI HIROSHIGE; MEGATA TSUTOMU
PURPOSE:To provide an apparatus for suppressing fluff, capable of affording spun yarn substantially without any fluff and readily performing the maintenance such as regulation of contact pressure and excellent in durability. CONSTITUTION:This apparatus for suppressing fluff is equipped with a pair of rollers 11 and 12 mutually brought into contact in crossed running directions and delivering yarn while nipping the yarn. The contact part in at least either 12 of the pair of the rollers with the yarn has elasticity and flexibility and a cavity part is formed in the interior thereof.
116		JP280793	1993-01-07	JPH0654770U	1994-07-26

117	PRODUCTION OF CARBON FIBER	JP23872791	1991-08-26	JPH0559618A	1993-03-09	KOMINE KIKUJI; UENOYAMA YOSHIO
PURPOSE:To obtain a carbon fiber in which fluff produced in a fiber bundle entwine around the fiber bundle and which is excellent in properties of unwinding from bobbins, etc., by threading a carbonized or a graphitized fiber bundle through a liquid and rotating the liquid around the outer periphery of the fiber bundle. CONSTITUTION:A carbonized or a graphitized fiber bundle (F) is threaded through a liquid (A), which is rotated around the outer periphery of the fiber bundle with a pump means 10, etc. Thereby, fluff is entwined around the fiber bundle. Water, a liquid having <=200 deg.C boiling point or a liquid containing a sizing agent for carbon fiber mixed therein is preferred as the liquid (A). The viscosity of the liquid is preferably 0.1-5.0cP at 25 deg.C.
118	PRODUCTION OF POLYESTER FIBER	JP32538689	1989-12-14	JPH03185113A	1991-08-13	SASAMOTO FUTOSHI; MAEDA YUHEI; MITSUYOSHI TAKEHIKO
PURPOSE:To obtain a polyester fiber having excellent yarn tenacity, color- developing property and dimensional stability and suitable for clothes by drawing a polyester fiber composed of a specific acid component and a specific glycol component in a low-temperature plasma atmosphere. CONSTITUTION:A polyester fiber having improved clarity and feeling can be produced without raising the production cost by providing a polyester fiber copolymerized with ana acid component containing 1.0-6.0mol% (preferably 1.5-3.0mol%) of an isophthalic acid having metal sulfonate group [preferably dimethyl(5-sodium sulfo)isophthalate, etc.] and/or a glycol component containing 0.5-10wt.% (preferably 1-4.5wt.%) of a polyalkylene glycol of formula (A is ClH2l+1O or OH; l is 1-10; n is 2-5; m is 3-100) and drawing the polyester fiber in a low-temperature plasma atmosphere.
119		JP1337785	1985-01-26	JPH0112847B2	1989-03-02	BOBII MARU FUIRITSUPUSU; JEEMUZU OZUWARU KATSUSEE JUNIAA; DEERU ROJAASU GUREGORII

120		JP1658977	1977-02-16	JPS5819184Y2	1983-04-19

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