发明名称 Delivery chute for sinter material
摘要 A delivery chute for delivering sinter material onto a sinter cooler and a method for delivering sinter material from a sinter belt onto a sinter cooler are provided. The sinter material introduced into the delivery chute may be divided by distributor plates into at least two sinter material subflows flowing in different directions, which may be guided into the edge regions of a sinter material total flow obtained by combining them.
申请公布号 US8876526(B2) 申请公布日期 2014.11.04
申请号 US201013392636 申请日期 2010.08.19
申请人 Siemens Vai Metals Technologies GmbH 发明人 Auberger Heinrich;Fehringer Edmund;Fritzl Gerhard;Hattinger Stephan
分类号 F27D3/00;F27D15/02;F27D15/00;F27B21/00;F27D3/10;F27D9/00 主分类号 F27D3/00
代理机构 Ostrolenk Faber LLP 代理人 Ostrolenk Faber LLP
主权项 1. A method for delivering sinter material from a sinter belt onto a sinter cooler by means of a delivery chute, comprising: introducing the sinter material leaving the sinter belt into the delivery chute, dividing the sinter material by distributor plates into at least two sinter material subflows flowing in different directions, each sinter material subflow having its flow direction dictated by the distributor plate over which it flows, and wherein the flow directions of the sinter material subflows are represented by subflow flow-direction vectors and, for the angle made by the subflow flow-direction vectors with a horizontal plane, with angles measured in the same direction, for a pair of directly neighboring sinter material subflows, the subflow flow-direction vector of one sinter material subflow makes an obtuse angle with the horizontal plane and the subflow flow-direction vector of the other sinter material subflow makes an acute angle with the horizontal plane, combining the sinter material subflows into a sinter material total flow flowing obliquely downward, the flow direction of which is represented by a total flow flow-direction vector, the horizontal principal components of the subflow flow-direction vectors being substantially perpendicular to the horizontal principal component of the total flow flow-direction vector, wherein the sinter material subflows are guided into the lateral edges of the sinter material total flow as seen in the flow direction of the sinter material total flow, and delivering the sinter material total flow onto a sinter cooler after at least one reversal of its flow direction by the base plate of the delivery chute.
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