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    • 2. 发明授权
    • Plant for burning waste
    • 植物燃烧废物
    • US4048927A
    • 1977-09-20
    • US612475
    • 1975-09-11
    • Heinz MallekWerner JablonskiFriedhelm Augustin
    • Heinz MallekWerner JablonskiFriedhelm Augustin
    • F23G5/14E02F3/30E02F3/42F23G5/16F23G5/44F23G5/00F23L17/00
    • E02F3/32E02F3/30F23G5/165F23G2900/50002F23J2217/104
    • A plant for burning waste which has a main combustion chamber to be chargedith the waste to be burnt and with fresh gases for burning the waste. From this main combustion chamber the burnt material and unburnt residual material including gases pass through a grate into a post-combustion chamber, the bottom of which is adapted to be closed, and which has lateral outlets for the waste gas. The post-combustion chamber which has a volume at least equalling the volume of the main combustion chamber has a wall structure extending from above into said post-combustion chamber for guiding gases passing through the grate toward the bottom of the post-combustion chamber. This wall structure is open at its lower end and is of highly heat resistant material as e.g. steel. The post-combustion chamber has a waste gas outlet through which the waste gas from the post-combustion chamber is discharged after it has, prior thereto, been purified by passing through filters between an outer wall and inner wall of the post-combustion chamber.
    • 用于燃烧废物的设备,其具有主要燃烧室以装载待燃烧的废物和用于燃烧废物的新鲜气体。 包括气体在内的燃烧材料和未燃烧的残余材料从该主燃烧室通过炉排进入后燃烧室,后燃烧室的底部适于封闭,并具有用于废气的侧向出口。 具有至少等于主燃烧室的体积的体积的后燃烧室具有从上方延伸到所述后燃烧室中的壁结构,用于引导通过炉排的气体朝向后燃烧室的底部。 该壁结构在其下端是开放的,并且是高耐热材料,例如, 钢。 后燃烧室具有废气出口,来自后燃烧室的废气在其之后被排出,在其之前通过在后燃烧室的外壁和内壁之间通过过滤器而被净化。
    • 3. 发明授权
    • Method of and furnace for burning waste material
    • 废弃物的燃烧方法和炉子
    • US4194455A
    • 1980-03-25
    • US930515
    • 1978-08-03
    • Heinz MallekDorothee ErmischWerner Jablonski
    • Heinz MallekDorothee ErmischWerner Jablonski
    • F23L7/00C10J3/00C10J3/58F23G5/027F23G5/04F23G5/16F23G5/24F23G5/12
    • F23G5/027F23B7/005F23G5/24
    • A method of and furnace for burning waste material. The furnace has a cenl chute for receiving the waste material, and a combustion chamber which is arranged below the chute and has a closed bottom. The transition between the central chute and the combustion chamber is designed as a constriction. The waste material is accumulated above the constriction, where it is dried and degasified up to the point of combustion by being heated up under the exclusion of air in the central chute. Heated up fresh air is supplied ahead of the constriction at below stoichiometric ratio to the heated up waste material and to the exhaust gases formed during the heating up of the waste material. The exhaust gases are withdrawn downwardly through the constriction, and further fresh air is supplied to the exhaust gases and to the degasified waste material for their common combustion at the constriction, so that essentially only ashes pass downwardly into the combustion chamber through the constriction. Fresh air supply lines discharge at the constriction and in the lower portion of the chute above the constriction. A portion of the combustible gases resulting during the degasification and the destructive distillation of the waste material are removed at the constriction. The flue gases formed in the combustion chamber are guided to a flue through discharge openings in the exhaust chamber of the combustion chamber. The exhaust chamber is designed in such a way that it surrounds the central chute. A device is provided in this chute for storing the waste material. Conduits, which extend into the chute from outside and are connectable to a suction device, discharge at the constriction.
    • 一种用于燃烧废料的方法和炉。 炉具有用于接收废料的中央滑槽,以及布置在滑槽下方并具有封闭底部的燃烧室。 中央滑槽和燃烧室之间的过渡被设计为收缩。 废料积聚在收缩部以上,在中央槽内除去空气之前将其干燥并脱气至燃烧点。 加热新鲜空气在低于化学计量比的收缩之前被供应到加热的废物和在废物加热期间形成的废气。 废气通过收缩部向下抽出,并且进一步的新鲜空气被供应到废气和脱气的废料以在其收缩处共同燃烧,使得基本上只有灰烬通过收缩部向下通入燃烧室。 新鲜空气供应管线在收缩部处的狭窄部分和下部的狭窄部分排出。 在收缩期间去除在脱气期间产生的一部分可燃气体和废料的破坏性蒸馏。 燃烧室中形成的烟气通过燃烧室排气室中的排放口被引导到烟道。 排气室设计成使其围绕中央滑槽。 在该滑槽中设置有用于存储废料的装置。 从外部延伸到滑槽中并且可连接到抽吸装置的管道在收缩处排出。
    • 4. 发明授权
    • Furnace for waste material
    • 废料炉
    • US4184437A
    • 1980-01-22
    • US930516
    • 1978-08-03
    • Heinz MallekWerner Jablonski
    • Heinz MallekWerner Jablonski
    • F23G5/027F23G5/04F23G5/24F24H1/22F23G5/12
    • F23G5/027F23B1/38F23B7/005F23G5/24
    • A furnace for waste material. The furnace has a central chute for receivinghe waste material, and a combustion chamber which is arranged below the chute and has a closed bottom. The transition between the central chute and the combustion chamber is designed as a constriction in such a way that the waste material remains above the constriction in the central chute for drying and degasification up to the point of combustion. Essentially, only ashes pass through the constriction downwardly into the combustion chamber. The gases which are withdrawn downwardly out of the chute are also guided through the constriction into the combustion chamber. Fresh air supply lines discharge at the constriction and in the lower portion of the chute above the constriction. The flue gases formed in the combustion chamber are guided to a flue through discharge openings in the exhaust chamber of the combustion chamber. The exhaust chamber is designed in such a way that it surrounds the central chute. A device is provided in the chute for stirring the waste material. A guide arrangement is provided below the transition area between the central chute and the combustion chamber. Starting from this transition area, the guide arrangement is formed as an intermediate wall in such a way that the combustion chamber is divided into an inwardly lying step-down flow portion, and an outwardly lying chamber which at the same time forms the lower portion of the exhaust chamber. Further fresh air supply lines discharge in the region of the lower portion of the exhaust chamber.
    • 废料炉。 炉具有用于接收废料的中央滑槽,以及布置在滑槽下方并具有封闭底部的燃烧室。 中心滑槽和燃烧室之间的过渡被设计为收缩,使得废料保持在中央滑槽的收缩部上方,用于干燥和脱气直至燃烧点。 基本上,只有灰烬向下通过收缩部分进入燃烧室。 从滑槽向下抽出的气体也被引导通过收缩部分进入燃烧室。 新鲜空气供应管线在收缩部处的狭窄部分和下部的狭窄部分排出。 燃烧室中形成的烟气通过燃烧室排气室中的排放口被引导到烟道。 排气室设计成使其围绕中央滑槽。 在滑槽中设置有用于搅拌废料的装置。 在中间滑槽和燃烧室之间的过渡区域的下方设置有引导装置。 从该过渡区域开始,引导装置形成为中间壁,使得燃烧室被分成向内的降压流动部分和向外的卧室,同时形成下部 排气室。 另外的新鲜空气供应管线在排气室的下部区域中排出。
    • 6. 发明授权
    • Incinerator
    • 焚烧炉
    • US4156393A
    • 1979-05-29
    • US816887
    • 1977-07-18
    • Heinz MallekDieter KuhnertFriedrich Scholz
    • Heinz MallekDieter KuhnertFriedrich Scholz
    • F23H13/00F23G5/027F23H13/06G21F9/14G21F9/32F23G5/00F23L17/00
    • F23G5/027G21F9/14G21F9/32F23G2209/18
    • Sluice gate members mounted for swinging movement about a shaft offset from the center of a furnace and arranged to be moved both gradually and discontinuously are interposed between an upper pyrolysis and precombustion chamber and a lower afterburning chamber. The movement of these sluice gate members causes particles of the fire bed supported on them to drop down into the afterburning chamber, largely in the form of embers, at about the same rate as additional waste material is added to the fire bed, so as to maintain a fire bed of approximately constant size. The sluice gate members are hollow and secondary air is blown into them near the shafts on which they are mounted and flows out through holes on their bottom surfaces and in their facing tip edges and then proceeds downward to contribute to the afterburning process.
    • 安装用于围绕从炉中心偏移并布置成逐渐和不连续地移动的轴的闸门构件插入在上部热解和预燃室和下燃烧室之间。 这些闸门构件的移动使得支撑在其上的防火床的颗粒大体上以余烬的形式下落到后燃烧室中,其速度与添加到火床中的附加废料大致相同,以便 保持大致恒定的消防床。 闸门构件是中空的,二次空气在它们安装的轴附近被吹入其中,并且通过它们的底表面上的孔和它们的相对的尖端边缘流出,然后向下移动以有助于再燃烧过程。
    • 7. 发明授权
    • Method and furnace for burning waste
    • 燃烧废物的方法和炉
    • US5401166A
    • 1995-03-28
    • US115134
    • 1993-09-01
    • Heinz MallekWinfried BrunnerWolfgang Schmidt
    • Heinz MallekWinfried BrunnerWolfgang Schmidt
    • F23G5/027F23G5/24F27D1/08
    • F23G5/24F23G5/027F23G2201/40
    • A method and a combustion furnace are provided by means of which waste which is predominantly of organic nature can be burnt effectively and uniformly. The combustion furnace comprises two bottlenecks, one above the other, constituted by rocking grates. The upper rocking grate essentially serves to subject the solids to pre-combustion, namely to drying, degasifying, and partial gasifying, and to supply the material uniformly in doses to the fire bed which is located on the lower grate and in which complete gasification takes place. Rotational movements of both grates provide for uniform passage of the material through the shaft without the risk of burn-through occurring along the edges so that the entire combustion process becomes highly uniform.
    • 提供了一种方法和燃烧炉,通过这种方法和燃烧炉,主要是有机性质的废物可以被有效和均匀地燃烧。 燃烧炉由摇摆格栅构成,包括两个瓶颈。 上部摇摆格栅基本上用于使固体经受预燃烧,即干燥,脱气和部分气化,并且将材料均匀地供给到位于下部格栅上的消防层并且完全气化所需的材料 地点。 两个格栅的旋转运动提供材料通过轴的均匀通过,而不会沿着边缘发生燃烧的危险,使得整个燃烧过程变得高度均匀。
    • 9. 发明授权
    • Method and chamber for combustion of effluent gases from the pyrolysis
of combustible material
    • 用于燃烧可燃材料热解废气的方法和室
    • US4561363A
    • 1985-12-31
    • US596678
    • 1984-04-04
    • Heinz Mallek
    • Heinz Mallek
    • F23G5/44F23G5/027F23G7/06F23G5/00
    • F23G5/027
    • Combustible gases produced by pyrolysis of combustible material undergo partial combustion in a combustion chamber to which air is admitted in substoichiometric quantity ratio, at a temperature of about 800.degree. C. A gas duct leading out of the combustion chamber and passing partly or all the way across the combustion chamber with one or more openings for entrance of the combustible gas is supplied with additional air in at least stoichiometric quantity ratio, with the result that complete combustion of the combustible gas takes place within the duct as the gases pass out of the combustion chamber, at a temperature of about 1100.degree. C., producing a flame jet that can be used to heat an adjacent boiler, heat exchanger, or the like.
    • 在可燃物质的热解产生的可燃气体在燃烧室内部分燃烧,空气在化学计量比范围内以约800℃的温度进入。燃烧室的气体管道通过部分或全部通过 在具有用于引入可燃气体的一个或多个开口的燃烧室中,以至少化学计量的比例向其供应额外的空气,结果是当气体从燃烧中流出时,可燃气体的完全燃烧发生在管道内 在约1100℃的温度下,产生可用于加热相邻的锅炉,热交​​换器等的火焰喷射。
    • 10. 发明授权
    • Gasification reactor for combustible solid material
    • 用于可燃固体材料的气化反应器
    • US5010828A
    • 1991-04-30
    • US556824
    • 1990-07-23
    • Heinz Mallek
    • Heinz Mallek
    • C10J3/02C10J3/20C10J3/22C10J3/26F23G5/027F23J1/00F23L1/00F23L9/00
    • F23B90/06C10J3/22C10J3/26C10J3/40C10J3/721F23G5/027F23J1/00F23L1/00F23L9/00C10J2300/0959F23G2201/40
    • A gasification shaft in the reactor collects a loose heap of solid waste matter on a support at the bottom of the shaft in the form of a triangular hollow prism having longitudinal edges leaving gaps between it and the walls of the shaft. The support can be swung about its axis to open the gaps wider and shake the solid material. Oxygen containing gas is supplied at the top of the shaft and supports partial combustion of the solid material. Gas and partly burned solid material pass down through the variable gaps into a combination chamber below the shaft into which more oxygen containing gas is fed both from above through the prismatic support and from below through an ash chamber at the bottom of the combustion chamber after passing through lower gaps between an emptying device of triangular prism shape, below which is an ash removal chamber. The additional oxygen supplied from below into the combustion chamber assures the complete combustion of the solid material so that treatment of the ash outside of the reactor becomes unnecessary.
    • 反应器中的气化轴在轴的底部的支撑件上收集松散的固体废物堆,其形式为三角形中空棱柱,其具有纵向边缘,在其与轴的壁之间留有间隙。 支撑件可绕其轴线摆动,以更宽地打开间隙并摇动固体材料。 含氧气体在轴的顶部供应,并支持固体材料的部分燃烧。 气体和部分燃烧的固体材料向下通过可变间隙进入轴下方的组合室,在该组合室中,更多的含氧气体从上方通过棱柱形支撑件从下方通过燃烧室底部的灰室,经过 通过三角形棱镜形状的排空装置之间的较低的间隙,在其之下,除灰室。 从下方向燃烧室供应的附加氧确保了固体材料的完全燃烧,使得不需要在反应器外部处理灰分。