首页> 外国专利> Flow particle de-duster, for de-dusting, e.g. adsorbent, has core and particle dispersion rotating mechanisms, lower chamber(s), collection and support tube(s), attachment mechanism(s), and dust evacuating mechanism(s)

Flow particle de-duster, for de-dusting, e.g. adsorbent, has core and particle dispersion rotating mechanisms, lower chamber(s), collection and support tube(s), attachment mechanism(s), and dust evacuating mechanism(s)

机译:流动颗粒除尘器,用于除尘,例如吸附剂,具有芯和颗粒分散旋转机构,下部腔室,收集和支撑管,附接机构和排尘机构

摘要

Flow particle de-dusting device associated with dense load unit comprises core (1) and dispersion plates (3-5), lower chamber(s) (8, 9), collection and support tube(s) connected to the chamber, attachment mechanism(s), and dust evacuating mechanism(s). The unit supplies the particles and dust to an enclosure in a downward direction. The attachment mechanism(s) attaches the device to the loading unit. Flow particle de-dusting device associated with dense load unit comprises core and plate for rotating dispersing particle below the core, lower chamber(s), collection and support tube(s) (12) connected to the chamber, attachment mechanism(s), and dust evacuating mechanism(s). The unit supplies the particles and dust to an enclosure in a downward direction. The attachment mechanism(s) attaches the device to the loading unit. The dust evacuating mechanism(s) is associated with the particles comprising storing mechanism for dust. The storing mechanism is connected to the collection and support tube where the lower chamber is above the lower end of the core at a distance less than the at least 10 times the distance between the core and the dispersion mechanism calculated along a vertical plane. The openings (10) of the lower chamber are facing the periphery.
机译:与密集负载单元关联的流动颗粒除尘装置,包括芯(1)和分散板(3-5),下部腔室(8、9),连接到腔室的收集和支撑管,附接机构(s),以及排尘机构。该单元将颗粒和灰尘向下输送到外壳。附接机构将设备附接至装载单元。与密集负载单元关联的流动颗粒除尘设备包括芯和用于旋转芯下方的分散颗粒的板,下部腔室,连接到腔室的收集和支撑管(12),连接机构,和排尘机构。该单元将颗粒和灰尘向下输送到外壳。附接机构将设备附接至装载单元。排尘机构与包括用于灰尘的存储机构的颗粒相关联。储存机构连接至收集和支撑管,其中下腔室在芯的下端上方,且其距离小于芯与沿垂直平面计算的分散机构之间的距离的至少10倍。下腔室的开口(10)面对外围。

著录项

  • 公开/公告号FR2836464A1

    专利类型

  • 公开/公告日2003-08-29

    原文格式PDF

  • 申请/专利权人 INSTITUT FRANCAIS DU PETROLE;

    申请/专利号FR20020002318

  • 发明设计人 POUSSIN BERNARD;

    申请日2002-02-22

  • 分类号B65G69/18;B01J8/00;B65D88/68;

  • 国家 FR

  • 入库时间 2022-08-21 23:37:46

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