The utility model discloses an aluminum melt drainage trough for aluminum ingot casting, which comprises a drainage trough body, an aluminum liquid scraper is fixed on the top surface of the drainage trough body, a reflux guiding channel is arranged on the side of the drainage trough body, a lifting bracket is arranged on the outer wall of the aluminum melting furnace, a lifting charging bucket is arranged on the lifting bracket, and a lifting charging bucket is arranged on the lifting bracket. One end of the barrel is connected with the top wall of the aluminum melting furnace through a rotating shaft, and a lifting cylinder is arranged on the lifting bracket. The top of the piston shaft of the lifting cylinder is connected to the bottom of the lifting barrel through an arc block, and the top of the arc block is connected to the bottom of the lifting barrel through a movable shaft, and a vertical direction is fixed at the top and tail of the aluminum scraper. The inlet of the reflux guiding channel is connected to the side end of the connection between the aluminum liquid scraper and the vertical block. The structure of the utility model is reasonable, the purity of molten aluminum entering the casting machine can be greatly improved, the quality of aluminum ingot processing is guaranteed, the use stability is good, the applicability is strong and the practicability is good.
【技术实现步骤摘要】
铝锭铸造用铝液引流槽
本技术属于铝锭加工设备
,具体涉及一种铝锭铸造用铝液引流槽。
技术介绍
在废铝熔炼成铝锭加工过程中,通过添加各种合金、单质金属等调整其化学成分,除去铝熔体中杂质和含气量等,以达到不同标准的化学成分和物理性能要求,再通过铸造机铸造成型,目前都是通过引流槽等结构直接将铝熔体导入至铸造机内,由于在铝液熔炼过程中会产生一些铝渣,并且部分铝渣会漂浮在铝液表面,而传统技术的引流槽等并没有相应的去铝渣结构,故而适用性和实用性受到限制。
技术实现思路
本技术的目的是提供一种结构设置合理且使用稳定性好的铝锭铸造用铝液引流槽。实现本技术目的的技术方案是一种铝锭铸造用铝液引流槽,包括引流槽本体,在所述引流槽本体的顶面固定有铝液刮板,在所述引流槽本体的侧边上设有回流导引通道,在铝液熔炉的外壁上设有升降支架,在所述升降支架上设有升降盛料桶,所述升降盛料桶的一端通过旋转轴与铝液熔炉的顶壁相连接,在所述升降支架上设有升降气缸,所述升降气缸的活塞轴顶部通过弧形块连接在升降盛料桶的底部且所述弧形块的顶端通过活动轴连接在升降盛料桶的底部,在所述升降气缸伸长时,升降盛料桶以旋转轴为中心旋转从而将升降盛料桶内的回流铝液倾倒回铝液熔炉内,在所述铝液刮板的顶面尾部固定有竖向挡块,所述回流导引通道的进料口连接在铝液刮板与竖向挡块的连接处侧端。所述铝液刮板为等腰三角形刮板且等腰三角形的锐角为10-15度,等腰三角形刮板的锐角处于引流槽本体的进液口一侧。所述铝液刮板与竖向挡块一体成型且均为耐高温材料体。在所述回流导引通道的底端设有闸阀,在所述升降支架上设有与所述升降气缸相连接的气管 ...
【技术保护点】
1.一种铝锭铸造用铝液引流槽,包括引流槽本体,其特征在于:在所述引流槽本体的顶面固定有铝液刮板,在所述引流槽本体的侧边上设有回流导引通道,在铝液熔炉的外壁上设有升降支架,在所述升降支架上设有升降盛料桶,所述升降盛料桶的一端通过旋转轴与铝液熔炉的顶壁相连接,在所述升降支架上设有升降气缸,所述升降气缸的活塞轴顶部通过弧形块连接在升降盛料桶的底部且所述弧形块的顶端通过活动轴连接在升降盛料桶的底部,在所述升降气缸伸长时,升降盛料桶以旋转轴为中心旋转从而将升降盛料桶内的回流铝液倾倒回铝液熔炉内,在所述铝液刮板的顶面尾部固定有竖向挡块,所述回流导引通道的进料口连接在铝液刮板与竖向挡块的连接处侧端。
【技术特征摘要】
1.一种铝锭铸造用铝液引流槽,包括引流槽本体,其特征在于:在所述引流槽本体的顶面固定有铝液刮板,在所述引流槽本体的侧边上设有回流导引通道,在铝液熔炉的外壁上设有升降支架,在所述升降支架上设有升降盛料桶,所述升降盛料桶的一端通过旋转轴与铝液熔炉的顶壁相连接,在所述升降支架上设有升降气缸,所述升降气缸的活塞轴顶部通过弧形块连接在升降盛料桶的底部且所述弧形块的顶端通过活动轴连接在升降盛料桶的底部,在所述升降气缸伸长时,升降盛料桶以旋转轴为中心旋转从而将升降盛料桶内的回流铝液倾倒回铝液熔炉内,在所述铝液刮板的...
【专利技术属性】
技术研发人员:王安华,
申请(专利权)人:重庆赛能铝合金有限公司,
类型:新型
国别省市:重庆,50
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