专利检索_泥煤的干燥或加工专利检索_泥煤的干燥或加工专利检索查询

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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
181	Powdery material feeding device	JP24452384	1984-11-21	JPS61124441A	1986-06-12	IKUMI TADASHI; KOMAI KEIICHI
PURPOSE:To ensure a seal effect and to reduce the given space of a device, by a method wherein a powdery material, such as peat, under an atmospheric pressure is fed in a container in a condition to hold the pressure of a pressure container, and given sealing function can be provided through a simple mechanism. CONSTITUTION:A powdery material feeding device is provided with a feed hopper 13 for a powdery material under an atmospheric pressure, a duct 17 running between the hopper and an inlet 3 of a reactor 1, a pressure seal part 20 having a throttle 19 and a sluice valve 18, and means 15 and 16 which feed with a pressure a powdery material in the feed hopper 13. Thus, when the powdery material is fed with a pressure into the duct 17 with the aid of forced feeding means 15 and 16, the powdery material is pressurized with the throttle 19 throttled, and a pressure force is produced between the powdery material and the inner wall surface of the duct to firmly adhere the powdery materials to each other to reduce gaps therebetween. The powdery material must be intermittently fed with a pressure with the aid of a reciprocating plunger, but when a forced feed force on the powdery material in the pressure seal part 20 is rendered ineffective, since the pressure on the powdery material is held by closing the sluice valve 18, sealing action is maintained.
182	Drying plant for high water content brown coal	JP5627785	1985-03-20	JPS60212491A	1985-10-24	AROISU YANUSUKU; FURANTSU BUORUFUGANGU MEIERU; GERO TESUMAA

183	Drier	JP13346084	1984-06-29	JPS6036873A	1985-02-26	HERUMAN HATSUKAA; PABURE IWANOFUSUKII; PEETAA HAABAA

184	Coal gasification	JP10035083	1983-06-07	JPS5956490A	1984-03-31	ROBAATO EI MATSUKORISUTAA

185	JPS5851935Y2 -	JP8111476	1976-06-22	JPS5851935Y2	1983-11-26

186	Treatment for waste water of brown coal dehydration	JP4895181	1981-03-31	JPS57162691A	1982-10-06	NAKABAYASHI KIYOUSHI; MATSUURA HIKOO; KURIHARA MICHIO; KAMEI TAKAO; NAKAMURA AKIRA; KOMAI KEIICHI; SHIMOTAMARI AKIRA; WAKABAYASHI TAKESHI
PURPOSE: To treat the waste water produced by dehydration of brown coal through non-evaporation heating economically by purifying said waste water by utilizing the adsorbing power of the excess grained coal which is ground and classified. CONSTITUTION: Raw material brown coal is charged through a conveying route 1 into a primary sieve 3 of a grinding and classifying device 2. Coarse grains are crushed with a crusher 4 and are charged together with middle and small grains into a secondary sieve 5, by which they are separated to screened coal suited for dehydration through non-evaporation heating and grained coal. The former is dehydrated with a dehydrator 7 by non-evaporation heating to product of dehydrated coal. The waste water produced in the device 7 is introduced into an adsorption tank 11, in which it is mixed with the excess grained coal charged from the device 2, and mainly the COD, phenol, etc. in the waste water are adsorbed away. The mixture of the grained coal and water subjected to the adsorption treatment is withdrawn with a sand pump 13, and is subjected to solid- liquid sepn. with a filter 14 and a centrifugal separator 15. The supernatant is further purified with an aeration treatment device 16 and is then released. The separated grained coal is used as a heat source for a boiler 20. COPYRIGHT: (C)1982,JPO&Japio
187	Production of high quality product with high energy density from lump like coal with high water content	JP3969981	1981-03-20	JPS56167794A	1981-12-23	AROISU JIYANUSHI; JIYAROSURAFU HOURU

188	Method and device for drying organic solid material* particularly* brown coal	JP655781	1981-01-21	JPS56108087A	1981-08-27	FURANTSU MEYAA

189	Method of drying and deforming organic solid material particularly such as brown coal and application thereof	JP655681	1981-01-21	JPS56104996A	1981-08-21	A ROISU JIYANUSHI; FURANTSU MEYAA

190	Drying of lignite	JP12624477	1977-10-20	JPS5458601A	1979-05-11	TANAKA MINORU; HARIHARA RIYOUJI

191	JPS53153U -	JP8111476	1976-06-22	JPS53153U	1978-01-05

192	Peat press	JP8262876	1976-07-13	JPS5222175A	1977-02-19	URUSU JIMAAMAN; HANSUUPIITAA RUSUTENBAAGAA; BURADEIMIIRU ZURUKU

193	JPS49125403A -	JP9893573	1973-09-04	JPS49125403A	1974-11-30

194	하이드로겔 바인더를 이용한 성형탄 제조 방법	KR1020130048001	2013-04-30	KR1020140129564A	2014-11-07	최영찬; 이동욱; 홍재창; 김정근; 박세준; 배종수; 이영주
본 발명은 하이드로겔 바인더를 이용한 성형탄 제조 방법에 관한 것으로, PVA(PolyVinyl Alcohol)와 물을 75도 내지 85도의 온도에서 혼합하는 단계, 상기 PVA와 물의 혼합물에 글리세린을 주입하여 하이드로겔을 생성하는 단계, 상기 하이드로겔과 촤를 혼합하여 성형하는 단계, 및 상기 성형물을 50도 내지 90도의 온도 범위에서 20 내지 28시간 건조, 또는 200도 내지 250도의 온도 범위에서 1시간 내지 3시간 건조하는 단계를 포함하며, 이를 통해 석탄의 성형 강도가 증가하고 착화온도가 낮아진다.
195	석탄선별장치	KR1020130037326	2013-04-05	KR101295167B1	2013-08-09	김병곤; 전호석
PURPOSE: A coal separation apparatus is provided to separate coal particles and gangue particles which are mixed in original coal crushed material by specific gravity difference in a dry process, thereby excluding the post processing of drying and dehydration. CONSTITUTION: A coal separation apparatus comprises a main body (100), a first deck (210), a guide (220), an air-blowing fan and a vibrator (500). An upper side of the main body is formed into an inclined surface (110) which is inclined to a horizontal side and a vertical side, and the inclined surface is opened. The first deck is inclinedly arranged inside the inclined surface, and multiple first pitches (211) are formed. The multiple guides are combined in un upper side of the first deck. The air-blowing fan is installed inside the main body and blows air to the first pitches. The vibrator leads gangue particles and clean coal particles among original coal crushed material to be ejected respectively into different route by giving horizontal vibration to the first deck. The first deck includes an original coal supplying part (300) which supplies original coal crushed material.
196	분진 비산 방지장치	KR1020070075473	2007-07-27	KR100889506B1	2009-03-19	이수현; 김수성; 김순섭
본 발명은 코크스의 이송중 비산 먼지의 발생을 방지하는 분진 비산 방지장치에 관한 것이다. 이를 위한 본 발명은, 코크스 스크린의 작동에 따른 비산 먼지를 집진하는 집진관과, 집진관을 자동 개폐하는 오토 댐퍼와, 코크스 스크린을 통해 체질된 코크스가 이송되는 이송 밸트와, 이송 밸트로 이송되는 코크스에 물을 분사하는 살수 노즐과, 이송 밸트로 이송되는 코크스의 이송량을 검지하는 이송 검지 센서와, 이송 검지 센서의 센싱 신호를 전달받아 이송 밸트로 이송되는 코크스의 양에 따라 살수 노즐의 분사량을 제어하며, 오토 댐퍼의 선택적인 개폐를 제어하는 제어부를 제공한다. 코크스 스크린, 집진, 댐퍼, 이송 밸트
197	분진 비산 방지장치	KR1020070075473	2007-07-27	KR1020090011660A	2009-02-02	이수현; 김수성; 김순섭
An apparatus for preventing dust scattering is provided to control the amount of sprayed water according to the amount of cokes to be transferred so as to prevent air pollution, and stop a conveyor belt when the amount of cokes to be transferred are larger than a predetermined amount. An apparatus for preventing dust scattering comprises the following units. A conveyor belt(20) transfers cokes which are filtered through a cokes screen. A water spray nozzle(30) sprays water to cokes transferred by the conveyor belt. A transfer sensor(40) senses the amount of cokes transferred toward the conveyor belt. A controller opens/closes an auto-damper according to the amount of cokes sensed by the transfer sensor.
198	석탄회의 동다짐 방법	KR1020010001867	2001-01-12	KR100336088B1	2002-05-10	박성오
본발명은석탄을에너지원으로하는화력발전소에서발생되는석탄회를특수공법의동다짐방법으로동다짐하여석탄회층을다져줌으로서석탄회의적치량을대폭증가시키고아울러적치장의지반개량효과에의한지내력향상과석탄회층의지내력향상으로적치장의재활용효과를높이는데목적이있는것이다. 본발명방법은자연상태의지반위에소정두께로적치된석탄회층표면에일정간격으로종횡라인을표시하여종횡라인의교차점이형성되게하는제1공정과, 종횡라인의교차점에교호가되도록제1타격부위를표시하는제2공정과, 제1타격부위를 1차적으로동다짐하고 1차동다짐으로제1타격부위에형성된홀에동다짐이되지않은주위의석탄회를메꾸는제3공정과, 종횡라인의교차점에교호로제2타격부위를표시하는제4공정과, 제2타격부위를동다짐하여제2타격부위에동다짐으로형성된홀에동다짐되지않은주위의석탄회를메꾸는제5공정과, 종횡라인의교차점에교호로제3타격부위를표시하는제6공정과, 제3타격부위를동다짐하여형성된홀에동다짐되지않은주위의석탄회를메꾸고부지정지를하는제 7공정과제1~3차동다짐및 부지정지가완료된상태의석탄회층표면을고르게 4차동다짐으로마무리하는제8공정으로이루어진것이다.
199	증기를 이용한 가열	KR1020007001963	1998-08-25	KR1020010030572A	2001-04-16	코노쉐,데이비드스튜어드; 데이비스,마크하워드; 호위슨,캐더린파오나
처리용기내에서고체물질을가열하는본 방법은, 포장판을형성하기위해상기용기에 1회투입량의고체물질을공급하는제1과정과, 상기용기의내용물에압력을가하기위해상기포장판에유체를공급하는제2과정과, 상기용기의내용물이계속해서압력을받고있는동안에간접열 교환에의해상기포장판내에있는고체물질을가열하기위해상기용기에증기를공급하는제3과정과, 상기제3과정에서요구되는다음동작조건들을제어하는제4과정을포함함을특징으로한다. 조건 1: 본방법의제1습식단계에서액체상태로변환될수 있도록상기고체물질에열을전달하고상기고체물질내에물이생기도록한다. 조건 2: 본방법의제2건식단계에서증기상태로변환될수 있도록상기고체물질에남아있는최소한의일부남은물이라도끓여증발시키기위해상기고체물질에열을전달한다.
200	석탄의 질개량방법	KR1019840000693	1984-02-14	KR1019840007894A	1984-12-11	나가이마사유끼; 오노시게요시; 구보다가쓰죠
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