首页> 外国专利> Device for producing granulates by melt crystallization process, comprises nozzle pre-chamber for receiving melt, nozzles for production of melt drop, tube for cooling the drops and heating means for preventing undercooling of the nozzles

Device for producing granulates by melt crystallization process, comprises nozzle pre-chamber for receiving melt, nozzles for production of melt drop, tube for cooling the drops and heating means for preventing undercooling of the nozzles

机译:通过熔体结晶过程生产颗粒的设备,包括用于接收熔体的喷嘴预燃室,用于生产熔滴的喷嘴,用于冷却液滴的管以及用于防止喷嘴过冷的加热装置

摘要

The device for the production of granulates by a melt crystallization process, comprises a nozzle pre-chamber (1) for receiving a melt, nozzles (5) for the production of melt drops (8), a tube (11) for cooling the drops, heating means (13, 14) for preventing undercooling of the nozzles, means for heating the melt in the nozzle pre-chamber, means for heating the melt present in the nozzle pre-chamber, means for production of a positive pressure in the nozzle pre-chamber, and means for production an oscillation of the melt present in the nozzle pre-chamber. The device for the production of granulates by a melt crystallization process, comprises a nozzle pre-chamber (1) for receiving a melt, nozzles (5) for the production of melt drops (8), a tube (11) for cooling the drops, heating means (13, 14) for preventing undercooling of the nozzles, means for heating the melt in the nozzle pre-chamber, means for heating the melt present in the nozzle pre-chamber, means for production of a positive pressure in the nozzle pre-chamber, and means for production an oscillation of the melt present in the nozzle pre-chamber. The nozzles are arranged in nozzle channels (12), which form an opened withdrawal chamber for the cooling tube downstream of outlets (6) of the nozzles. The heating means has an electrical heating element and a heat transfer liquid, which flows around the nozzle. An independent claim is included for procedure for the production of granulates by a melt crystallization process.
机译:通过熔体结晶过程生产颗粒的设备,包括用于容纳熔体的喷嘴预燃室(1),用于生产熔滴的喷嘴(5)(8),用于冷却熔滴的管(11)。 ,用于防止喷嘴过冷的加热装置(13、14),用于加热喷嘴预燃室中的熔体的装置,用于加热喷嘴预燃室中存在的熔体的装置,用于在喷嘴中产生正压的装置预燃室,以及用于产生存在于喷嘴预燃室中的熔体的振荡的装置。通过熔体结晶过程生产颗粒的设备包括:用于容纳熔体的喷嘴预燃室(1),用于生产熔滴的喷嘴(5)(8),用于冷却熔滴的管(11) ,用于防止喷嘴过冷的加热装置(13、14),用于加热喷嘴预燃室中的熔体的装置,用于加热喷嘴预燃室中存在的熔体的装置,用于在喷嘴中产生正压的装置预燃室,以及用于产生存在于喷嘴预燃室中的熔体的振荡的装置。喷嘴布置在喷嘴通道(12)中,喷嘴通道(12)在喷嘴的出口(6)的下游形成用于冷却管的开放抽出室。加热装置具有电加热元件和在喷嘴周围流动的传热液体。对于通过熔融结晶法生产颗粒的方法,包括独立的权利要求。

著录项

  • 公开/公告号DE102006056119A1

    专利类型

  • 公开/公告日2008-05-15

    原文格式PDF

  • 申请/专利权人 LINDE AG;

    申请/专利号DE20061056119

  • 发明设计人 HIMMEN HANS-RUDOLF;REINHARDT HANS-JUERGEN;

    申请日2006-11-28

  • 分类号B01J2/02;B01J2/18;

  • 国家 DE

  • 入库时间 2022-08-21 19:49:36

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