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    • 1. 发明授权
    • Heat treatment tunnel
    • 热处理隧道
    • US4674197A
    • 1987-06-23
    • US782546
    • 1985-10-01
    • Heinz Fleissner
    • Heinz Fleissner
    • D02J13/00D06B23/18D06C7/02F26B13/02F26B13/10
    • F26B13/10D02J13/00D06B23/18D06C7/02
    • A heat treatment tunnel for the treatment of fibers, threads slit film or the like fibrillary material used in the textile field is arranged to extend horizontally. The material to be heat treated is transported along a travel path, in endless length form, through the horizontally arranged tunnel. This tunnel includes a heat-insulated housing having an inlet slot for entry of the material and an outlet slot for withdrawal of the material from the housing; a fan chamber; a fan arranged within the chamber for effecting circulation of a gaseous treatment medium within the housing; a heater disposed downstream of the fan for heating the treatment medium; a fan intake connecting pipe positioned either above or below the traveling material to draw the gaseous treatment medium away from the travel path and fan exhaust openings positioned either below or above the traveling material; i.e., opposite to the location of the fan intake connecting pipe, to direct the gaseous treatment medium toward the travel path. The heater extends in parallel with an in close juxtaposition to the travel path over the entire length and width of the travel path. A screen wall is arranged above and below the heater for regulating the flow of treatment medium whereby heat is retained around the heater to provide a source of uniform heat across the width and length of the traveling material. Also, a seal or closure is provided for sealing marginal zones of the heater so that the zones are gas-impermeable; i.e., no gas can pass into or out through the zones.
    • 用于处理织物领域中使用的纤维,线切割薄膜等纤维材料的热处理通道被布置成水平延伸。 待热处理的材料沿着行进路径以无限长的形式通过水平布置的隧道传送。 该隧道包括具有用于进入材料的入口槽和用于将材料从壳体中取出的出口槽的绝热壳体; 风扇室; 布置在所述室内的风扇,用于使所述壳体内的气态处理介质循环; 设置在风扇下游的用于加热处理介质的加热器; 风扇进气连接管,定位在行进材料的上方或下方,以将气态处理介质从行进路径排出并且位于行进材料下方或上方的风扇排气口; 即与风扇进气连接管的位置相反,以将气态处理介质引向行进路径。 加热器在行进路径的整个长度和宽度上与行进路径并排延伸。 在加热器上方和下方布置有筛壁,用于调节处理介质的流动,由此热量保持在加热器周围,以提供穿过行进材料的宽度和长度的均匀热源。 此外,提供密封或封闭以密封加热器的边缘区域,使得这些区域是气体不可渗透的; 即没有气体可以通过这些区域进出。
    • 2. 发明授权
    • Apparatus for cutting ribbon- or cord-like material
    • 用于切割带状或绳状材料的设备
    • US4574668A
    • 1986-03-11
    • US542183
    • 1983-10-14
    • Heinz Fleissner
    • Heinz Fleissner
    • D01G1/04
    • D01G1/04Y10S83/913Y10T83/4838
    • The invention relates to an apparatus for cutting synthetic fiber yarns into staple fibers, for which purpose the yarn is wound several times around a knife cage and rests on blades oriented radially outwardly with their cutting edges and is urged from the outside radially inwardly against these blades by means of a contact roller. The blades are held in two blade-supporting disks arranged at a mutual spacing in superimposed relationship. In order to guide the cut staple fibers radially inwardly behind the blades, and for connecting the two blade-supporting disks with each other, approximately radially oriented partitions are provided directly adjoining several of the backs of the knives, these partitions extending at least in part over the height of the knife cage along the staple fiber discharge chamber in the center of the knife cage.
    • 本发明涉及一种用于将合成纤维纱线切割成短纤维的装置,为此目的,纱线围绕刀架卷绕数次,并且搁置在其切割边缘径向向外定向的叶片上,并从外部向外径向向内抵靠这些叶片 通过接触辊。 刀片保持在以相互间隔叠加布置的两个刀片支撑盘中。 为了将切割的短纤维径向向内引导到刀片后方,并且用于将两个刀片支撑盘彼此连接,大致径向定向的隔板直接邻接刀具的几个后部,这些隔板至少部分地延伸 在刀架的中​​心处沿着短纤维排放室的刀架的高度。
    • 3. 发明授权
    • Sieve drum device with flame heating
    • 用火焰加热的筛筒装置
    • US4570361A
    • 1986-02-18
    • US388241
    • 1982-06-14
    • Heinz Fleissner
    • Heinz Fleissner
    • F26B13/16F26B23/02F26B13/22
    • F26B23/02F26B13/16
    • A device for drying textile material has a closed housing accommodating a conveying means comprising a sieve drum that is under a suction draft and that is covered to prevent flowthrough of gases in the zone not contacted by the textile material; a fan associated with an end face of the sieve drum for withdrawing the gaseous treatment medium from the sieve drum and for blowing the gaseous treatment medium back into a space around the sieve drum; and an annular gap provided between a fan intake connection, or duct, and a wall provided with the drum spider for supporting the sieve drum. The gap is surrounded by an annular duct open toward the gap into which terminates burners of a direct flame heating unit for heating said gaseous treatment medium.
    • 用于干燥纺织材料的装置具有封闭的壳体,其容纳包括筛鼓的输送装置,所述筛筒处于吸入通风下并被覆盖以防止未被纺织材料接触的区域中的气体流过; 与所述筛鼓的端面相关联的风扇,用于从所述筛鼓中取出所述气态处理介质,并将所述气态处理介质吹回所述筛筒周围的空间; 以及设置在风扇进气连接件或管道之间的环形间隙,以及设置有用于支撑筛筒的滚筒轮的壁。 间隙由朝向间隙开放的环形管道包围,其中终止用于加热所述气态处理介质的直接火焰加热单元的燃烧器。
    • 7. 发明授权
    • Steaming device arranged in front of a synthetic fiber crimping
installation for heating fibers traveling past such steaming device
    • 布置在合成纤维卷曲装置前面的蒸汽装置用于加热经过这种蒸汽装置的纤维
    • US4520637A
    • 1985-06-04
    • US456764
    • 1983-01-10
    • Heinz Fleissner
    • Heinz Fleissner
    • D02G1/02D02J13/00D06B5/04
    • D02J13/00D02G1/0266
    • The steaming device consists of two halves, one of which is arranged above a fiber route and the other of which is arranged below the fiber route. The steam expands, from a steam supply nipple extending into a U-shaped housing, first into a distributor chamber covered by a partially permeable metal sheet. The metal sheet exhibits perforated zones arranged at mutual spacings, these zones being located with respect to the zones of a further perforated metal sheet, arranged thereabove at a spacing, in such a way that permeable regions of one metal sheet are disposed oppositely to impermeable regions of the other metal sheet. A heater is provided between the two perforated metal sheets. The halves of the steaming device are mounted so that they can be swung open and are regulated by means of a steam supply safety circuit.
    • 蒸汽装置由两半构成,其中之一布置在纤维路线上方,另一半位于光纤路线的下方。 蒸汽从延伸到U形壳体的蒸汽供应管嘴膨胀,首先进入由部分渗透的金属板覆盖的分配器室。 金属板具有相互间隔布置的穿孔区域,这些区域相对于另外穿孔的金属板的区域定位,间隔布置在其上方,使得一个金属板的可渗透区域与不可渗透区域相对地设置 的另一个金属片。 在两个穿孔的金属板之间设置加热器。 蒸汽装置的一半被安装成使得它们可以摆动打开并且通过蒸汽供应安全回路进行调节。
    • 9. 发明授权
    • Heat treatment tunnel
    • US4638572A
    • 1987-01-27
    • US783532
    • 1985-10-03
    • Heinz Fleissner
    • Heinz Fleissner
    • D02J13/00D06B23/18D06C7/02F26B13/02F26B13/10
    • F26B13/10D02J13/00D06B23/18D06C7/02
    • A heat treatment tunnel for the treatment of fibers, threads slit film or the like fibrillary material used in the textile field is arranged to extend horizontally. The material to be heat treated is transported along a travel path, in endless length form, through the horizontally arranged tunnel. This tunnel includes a heat-insulated housing having an inlet slot for entry of the material and an outlet slot for withdrawal of the material from the housing; a fan chamber; a fan arranged within the chamber for effecting circulation of a gaseous treatment medium within the housing; a heater disposed downstream of the fan for heating the treatment medium; a fan intake connecting pipe positioned either above or below the traveling material to draw the gaseous treatment medium away from the travel path and fan exhaust openings positioned either below or above the traveling material; i.e., opposite to the location of the fan intake connecting pipe, to direct the gaseous treatment medium toward the travel path. The heater extends in parallel with an in close juxtaposition to the travel path over the entire length and width of the travel path. A screen wall is arranged above and below the heater for regulating the flow of treatment medium whereby heat is retained around the heater to provide a source of uniform heat across the width and length of the traveling material. Also, a seal or closure is provided for sealing marginal zones of the heater so that the zones are gas-impermeable; i.e., no gas can pass into or out through the zones.
    • 10. 发明授权
    • Heat treatment tunnel
    • 热处理隧道
    • US4586268A
    • 1986-05-06
    • US468299
    • 1983-02-22
    • Heinz Fleissner
    • Heinz Fleissner
    • D02J13/00D06B23/18D06C7/02F26B13/02F26B13/10
    • F26B13/10D02J13/00D06B23/18D06C7/02
    • A heat treatment tunnel for the treatment of fibers, threads slit film or the like fibrillary material used in the textile field is arranged to extend horizontally. The material to be heat treated is transported along a travel path, in endless length form, through the horizontally arranged tunnel. This tunnel includes a heat-insulated housing having an inlet slot for entry of the material and an outlet slot for withdrawal of the material from the housing; a fan chamber; a fan arranged within the chamber for effecting circulation of a gaseous treatment medium within the housing; a heater disposed downstream of the fan for heating the treatment medium; a fan intake connecting pipe positioned either above or below the traveling material to draw the gaseous treatment medium away from the travel path and fan exhaust openings positioned either below or above the traveling material; i.e., opposite to the location of the fan intake connecting pipe, to direct the gaseous treatment medium toward the travel path. The heater extends in parallel with and in close juxtaposition to the travel path over the entire length and width of the travel path. A screen wall is arranged above and below the heater for regulating the flow of treatment medium whereby heat is retained around the heater to provide a source of uniform heat across the width and length of the traveling material. Also, a seal or closure is provided for sealing marginal zones of the heater so that the zones are gas-impermeable; i.e., no gas can pass into or out through the zones.
    • 用于处理织物领域中使用的纤维,线切割薄膜等纤维材料的热处理通道被布置成水平延伸。 待热处理的材料沿着行进路径以无限长的形式通过水平布置的隧道传送。 该隧道包括具有用于进入材料的入口槽和用于将材料从壳体中取出的出口槽的绝热壳体; 风扇室; 布置在所述室内的风扇,用于使所述壳体内的气态处理介质循环; 设置在风扇下游的用于加热处理介质的加热器; 风扇进气连接管,定位在行进材料的上方或下方,以将气态处理介质从行进路径排出并且位于行进材料下方或上方的风扇排气口; 即与风扇进气连接管的位置相反,以将气态处理介质引向行进路径。 加热器在行进路径的整个长度和宽度上平行并且并行地延伸到行进路径。 在加热器上方和下方布置有筛壁,用于调节处理介质的流动,由此热量保持在加热器周围,以提供穿过行进材料的宽度和长度的均匀热源。 此外,提供密封或封闭以密封加热器的边缘区域,使得这些区域是气体不可渗透的; 即没有气体可以通过这些区域进出。