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    • 41. 发明申请
    • METHOD FOR ENHANCING FATIGUE DURABILITY OF A CONVEYOR BELT OF A STRAND SINTERING FURNACE, AND CONVEYOR BELT
    • 一种用于加强烧结炉和输送带的输送带的疲劳耐久性的方法
    • WO2014057170A1
    • 2014-04-17
    • PCT/FI2013/050971
    • 2013-10-07
    • OUTOTEC OYJ
    • LAIHONEN, PaavoLINDGREN, Mari
    • B65G15/48C21D7/04F27B21/06
    • B65G15/48B65G2207/22B65G2207/48C21D7/04C21D7/06C21D10/005F27D2003/121
    • The invention relates to a method for enhancing fatigue durability of a conveyor belt (1) of a strand sintering furnace, and a conveyor belt. The conveyor belt is formed from a number of rectangular steel plate elements (2) that are sequentially welded to each other by weld seams (3). Each plate element (2) includes a plurality of holes (4) arranged into a plurality of groups (5) of perforations to enable the flow-through of the gas used in the sintering process. The conveyor belt (1) is treated to create compressive residual stresses at a surface of the conveyor belt at least in critical regions which are susceptible to fatigue breakage. The conveyor belt (1) includes compressive residual stresses at a surface of the conveyor belt at least in critical regions which are susceptible to fatigue breakage. Thereby the fatigue durability of the conveyor belt is improved.
    • 本发明涉及一种用于增强线束烧结炉的输送带(1)和输送带的疲劳耐久性的方法。 输送带由许多通过焊缝(3)彼此依次焊接的矩形钢板元件(2)形成。 每个板元件(2)包括布置成多个孔组(5)的多个孔(4),以使得能够在烧结过程中使用的气体流通。 对输送带(1)进行处理,以至少在容易受到疲劳破坏的关键区域中在输送带的表面产生压缩残余应力。 传送带(1)至少在容易受到疲劳破坏的关键区域中包括传送带表面处的压缩残余应力。 从而提高了传送带的疲劳耐久性。
    • 42. 发明申请
    • BELT FOR THE THERMAL TREATMENT OF A CONTINUOUSLY OPERATED MATERIAL BED
    • 用于热处理连续操作的材料床的带
    • WO01055659A1
    • 2001-08-02
    • PCT/FI2001/000058
    • 2001-01-24
    • B65G15/48F27B9/24F27B21/06F27D3/12B65G15/60
    • B65G15/48B65G2201/04F27B9/243F27B21/06F27D2003/121Y10S198/952
    • The invention relates to a conveyor belt to be used in a continuously operated conveyor-type thermal treatment, i.e. sintering, of a material bed. The conveyor belt is provided with perforations in order to allow the gases that are used for heating and possibly cooling the material bed to flow through the material bed and the conveyor belt. According to the invention, the conveyor belt is made of a perforated, at least one-part element (1, 11, 21) made of a metal piece and allowing the gases to flow through, said element being mechanically connected to the preceding and successive element (1, 11, 21) in the proceeding direction (5, 15, 28) of the conveyor belt by means of a junction made in the lateral direction of said conveyor belt, and the perforations (2, 13, 14, 26, 27) are arranged in zones alternating with perforation-free element pats.
    • 本发明涉及一种用于材料床的连续操作的输送机型热处理(即烧结)中的输送带。 传送带设置有穿孔,以便允许用于加热和可能冷却材料床的气体流过材料床和输送带。 根据本发明,传送带由穿孔的至少一部分元件(1,11,21)制成,其由金属片制成并允许气体流过,所述元件机械地连接到前面和后面 通过沿所述输送带的横向方向形成的接合点,所述穿孔(2,13,14,26)沿所述输送带的前进方向(5,15,28) 27)布置在与无穿孔元件相交替的区域中。
    • 47. 发明授权
    • Modular furnace emission remediation system
    • 模块化炉排放修复系统
    • US06676889B2
    • 2004-01-13
    • US10143294
    • 2002-05-10
    • Hans M. WenghoeferJohn R. Martin, Jr.Sheridan A. GlenJames F. CorbettRichard J. Geier
    • Hans M. WenghoeferJohn R. Martin, Jr.Sheridan A. GlenJames F. CorbettRichard J. Geier
    • C21B722
    • F27B9/243F27B9/40F27B17/0016F27D2003/121F27D2099/0048
    • A furnace exhaust remediation unit comprises an auxiliary combustion chamber with a gas burner assembly optimized for efficient and substantially complete combustion of pollutants, for example, waxy hydrocarbons emitted as binder/lubricant substances are driven off in sintering of green powdered-metal parts. The rate of flow of air and exhaust through the combustion chamber are controlled, permitting control of the average residence time of the emissions, ensuring substantially complete combustion. The burner is arranged such that it provides a high-energy exhaust stream directed tangentially into the combustion chamber, so that a spiral motion is provided to the combustible pollutants, improving mixing and heat transfer and thus ensuring efficient combustion of the vaporized hydrocarbon emissions. The system has a universal modular construction where a burn chamber module; a burn chamber extension module and slide gate damper assembly module are provided. The modular construction permits easy customization of the system to lengthen the burn chamber to increase residence times as well as to facilitate assembly, take-down, cleaning and repair of the system.
    • 炉排气修复单元包括具有优化用于有效且基本上完全燃烧污染物的气体燃烧器组件的辅助燃烧室,例如作为粘合剂/润滑剂物质排出的蜡质烃在绿色粉末金属部件的烧结中被驱除。 控制通过燃烧室的空气和排气的流量,从而控制排放物的平均停留时间,确保基本上完全燃烧。 燃烧器布置成使得其提供切向进入燃烧室的高能排气流,从而向可燃性污染物提供螺旋运动,改善混合和热传递,从而确保汽化碳氢化合物排放物的有效燃烧。 该系统具有通用的模块化结构,其中燃烧室模块; 提供燃烧室延伸模块和滑动闸门阻尼器组件模块。 模块化结构允许容易地定制系统以延长燃烧室以增加停留时间以及促进系统的组装,取出,清洁和修理。
    • 48. 发明申请
    • FURNACE CONVEYOR BELT HAVING THERMAL BARRIER
    • 具有热障的火炉输送带
    • US20030211439A1
    • 2003-11-13
    • US10145306
    • 2002-05-13
    • Visteon Global Technologies, Inc.
    • Timothy Van EvansJeffrey Scott SouthwoodThomas Mark Hudson II
    • F27D003/00
    • B23K1/008F27B9/243F27D1/0006F27D2003/121
    • A brazing furnace includes a housing defining an interior environment having an inlet and an outlet, a plurality of heating elements mounted within the housing and adapted to heat the interior environment to an elevated temperature, and a conveyor belt extending through the housing and supported on a plurality of driven rollers whereby an object placed upon the conveyor belt at the inlet is transported through the inlet into the interior environment and out through the outlet. The conveyor belt includes a plurality of interconnected metal links and a thermal barrier coating applied to the metal links, thereby insulating the metal links and restricting the amount of thermal energy that is absorbed by the conveyor belt as the conveyor belt moves through the interior environment.
    • 钎焊炉包括限定具有入口和出口的内部环境的壳体,安装在壳体内并适于将内部环境加热到升高的温度的多个加热元件,以及延伸穿过壳体并被支承在 多个从动辊,由此将放置在输送带上的入口处的物体通过入口输送到内部环境中并通过出口输出。 传送带包括多个相互连接的金属连接件和施加到金属连接件上的热障涂层,从而绝缘金属连接件并限制当传送带移动通过内部环境时被输送带吸收的热能量。
    • 50. 发明授权
    • Apparatus and method of continuous sintering a web material
    • 连续烧结网状材料的设备和方法
    • US06306336B1
    • 2001-10-23
    • US09437803
    • 1999-11-10
    • Joseph R. HrezoJohn F. Joyce
    • Joseph R. HrezoJohn F. Joyce
    • C21D1110
    • B22F3/003B22F2999/00C21D9/564F27B9/029F27B9/047F27B9/243F27B9/38F27B9/40F27B21/00F27D3/00F27D2003/121F27D2021/0092B22F5/006B22F3/002
    • An apparatus is disclosed for continuously sintering a web material with a sintering furnace. An input refractory drive unrolls a refractory material from an input refractory roll and feeds the refractory material upon a furnace conveyor of the furnace. An output refractory drive removes the refractory material from the furnace and rolls the refractory material onto an output refractory roll. An input media drive unrolls the media material from an input media roll and feeds the media material onto the refractory material. An output media drive removes the media material from the refractory material and rolls the media material onto an output media roll. A hanging sensor senses the catenary hang of the media material from the input media roll. A control is connected to the hanging sensor for powering the input and output drives unrolling and rolling the materials in unison with one another and in unison with the movement of the furnace conveyor for maintaining a constant catenary hang of the media material from the input media roll to maintain a constant tension thereon.
    • 公开了一种用烧结炉连续烧结网状材料的装置。 输入耐火材料驱动器从输入耐火辊展开耐火材料并将耐火材料供给到炉的炉输送机上。 输出耐火材料驱动装置从炉中取出耐火材料并将耐火材料轧制到输出耐火轧辊上。 输入介质驱动器从输入介质辊展开介质材料并将介质材料进料到耐火材料上。 输出介质驱动器将介质材料从耐火材料中取出并将介质材料滚动到输出介质辊上。 悬挂的传感器感测来自输入介质辊的介质材料的悬链线。 控制器连接到悬挂传感器,用于为输入和输出驱动器供电,以使材料彼此一致地展开和滚动,并与炉输送机的运动一致,以保持来自输入介质辊的介质材料的恒定悬链线 以保持其上的恒定张力。