The utility model discloses a high-efficiency mine sludge bucket, which comprises a frame, a material guide rod, an overflow port and a motor support plate, blade connecting shaft, a cleaning bucket, a water blocking plate, overflow weir, spillway, filtering mechanism, which is characterized in that the frame is provided with a shell, the shell for the inclined position, the shell is an inverted cone, the shell is arranged on the lower side of the valve, the valve control side of the sewage discharge, the inside of the casing is provided with a filtering mechanism; the filtering mechanism is provided with a cleaning barrel is connected with the material, a motor, a feed hopper, shift lever, and the blade shaft. The discharge channel is connected with the cleaning barrel, the discharge channel for ore circulation, the water retaining plate is arranged between the material and the cleaning barrel, the water retaining plate are arranged on both sides of the stalls, stalls for stuck retaining plates, avoid water retaining plate to move around, The cleaning barrel is arranged inside the shell. The utility model is provided with an feed hopper, a high-pressure water jet and a multi direction high-efficiency cleaning method for carrying out ore and mud separation.
【技术实现步骤摘要】
一种高效矿山用分泥斗
本技术属于矿石机械
,特别涉及一种高效矿山用分泥斗。
技术介绍
分泥斗为脱泥浓缩设备,其分级效率一般为30-40%,主要用于水力分级机前对原矿进行脱泥、矿石浓缩、脱水,以提高磨矿机给矿浓度,还可以用在各种矿泥选别设备前来控制给矿浓度,而且分泥斗的锥体体积较大,在生产流程中可以兼有储矿作用。但是目前分泥斗存在以下问题,1)主流分泥机为单一的振动清洗,清洗效果一般;2)添加矿石需要加入到溢流道内侧,矿石会掉落到溢流道内,造成矿石的浪费。
技术实现思路
本技术的目的是克服现有技术中不足,提供一种高效矿山用分泥斗,设有进料斗,高压喷水配合多方位的高效清洗方式进行清洗矿石和分泥。为了实现上述目的,本技术采用的技术方案是:一种高效矿山用分泥斗,包括机架、出料道导杆、溢流口、电机支撑板、叶片连接轴、清洗桶、挡水板、溢流堰、溢流道、过滤机构,所述机架上设有壳体,所述壳体为倾斜放置,便于分选颗粒的快速出料,所述壳体为倒锥形,倒锥形既可节省空间,又可增加壳体的强度,所述壳体下侧设有阀门,所述阀门控制下侧的污水的排出,所述壳体内部设有过滤机构;所述过滤机构设有出料道、电机、进料斗、上拨杆、叶片连接轴、清洗桶,所述出料道与清洗桶相连,所述出料道用于矿石的流通,所述出料道与清洗桶之间设有挡水板,所述挡水板用于在清洗矿石时,污水不会通过出料道流出,所述挡水板两侧设有档条,所述档条用于卡住挡水板,避免挡水板左右移动,所述清洗桶设置在壳体内部,所述清洗桶上侧设有电机支撑板,所述电机支撑板上设有电机,所述电机头部设有叶片连接轴,所述叶片连接轴上设有叶片,电机为叶片提 ...
【技术保护点】
一种高效矿山用分泥斗,包括机架、出料道导杆、溢流口、电机支撑板、叶片连接轴、清洗桶、挡水板、溢流堰、溢流道、过滤机构,其特征在于所述机架上设有壳体,所述壳体为倾斜放置,所述壳体为倒锥形,所述壳体下侧设有阀门,所述阀门控制下侧的污水的排出,所述壳体内部设有过滤机构;所述过滤机构设有出料道、电机、进料斗、上拨杆、叶片连接轴、清洗桶,所述出料道与清洗桶相连,所述出料道与清洗桶之间设有挡水板,所述挡水板两侧设有档条,所述清洗桶设置在壳体内部,所述清洗桶上侧设有电机支撑板,所述电机支撑板上设有电机,所述电机头部设有叶片连接轴,所述叶片连接轴上设有叶片,所述壳体上部设有溢流堰,所述溢流堰外部设有溢流道,所述溢流堰低于最外层壳体高度,所述溢流道内设溢流口,所述溢流口下侧设有溢流管;所述壳体与机架之间设有振动电机,所述机架上设有两侧对称腰孔,所述腰孔内设有出料道导杆,所述出料道导杆与出料道相连。
【技术特征摘要】
1.一种高效矿山用分泥斗,包括机架、出料道导杆、溢流口、电机支撑板、叶片连接轴、清洗桶、挡水板、溢流堰、溢流道、过滤机构,其特征在于所述机架上设有壳体,所述壳体为倾斜放置,所述壳体为倒锥形,所述壳体下侧设有阀门,所述阀门控制下侧的污水的排出,所述壳体内部设有过滤机构;所述过滤机构设有出料道、电机、进料斗、上拨杆、叶片连接轴、清洗桶,所述出料道与清洗桶相连,所述出料道与清洗桶之间设有挡水板,所述挡水板两侧设有档条,所述清洗桶设置在壳体内部,所述清洗桶上侧设有电机支撑板,所述电机支撑板上设有电机...
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