The utility model relates to a fertilizer tank for filtering impurities, which includes a tank body and a base. The tank is divided into a control cavity and a liquid storage cavity through a partition board. A motor A is provided with a power supply, a centrifugal pump and a centrifugal pump in the control box. The control chamber is equipped with a switch A controlling the opening and closing of the motor A. The electric source is electrically connected with the switch A, and the switch A and the motor are switched on. A is connected electronegativity. The control cavity is provided with a fertilizing mouth, the fertilization mouth is connected with the output end of the centrifugal pump, a filter cover connecting the input end of the centrifugal pump is arranged on the partition board, a sewage outlet is provided in the lower part of the liquid storage cavity, and a discharge cover is provided with the opening and closing the discharge mouth on the discharge mouth, and the middle of the liquid storage cavity is provided with a bucket body that extends into the liquid storage cavity at the lower end, and the upper end of the barrel body is set up. A box cover is provided with a filter plate at the bottom of the barrel body. A water intake port connected with a liquid storage cavity is provided on the side side of the barrel body. The intake valve is provided on the intake port. The utility model integrates fertilization, filtration and sewage discharge, and is convenient to filter the fertilizer before fertilization, and can prevent the clogging of the centrifugal pump and improve the efficiency of fertilization.
【技术实现步骤摘要】
可过滤杂质的施肥罐
本技术涉及一种可过滤杂质的施肥罐。
技术介绍
目前,由于我国西北地区水资源先天不足,农业用水量比重偏大,发展节水灌溉施肥技术成为必然。常见的节水灌溉技术,如滴灌、渗灌等,均对水质要求较高,而水源一般为河流水或机井水,水中含有大量的泥沙,这些泥沙进入到施肥罐后,会堵塞水泵和离心泵,降低施肥效率。另外,肥料中含有部分杂质,使用时肥料不易溶化,也容易造成水泵和离心泵堵塞。
技术实现思路
鉴于现有技术的不足,本技术所要解决的技术问题是提供一种可过滤杂质的施肥罐。为了解决上述技术问题,本技术的技术方案是:一种可过滤杂质的施肥罐,包括罐体,罐体下部设置有底座,所述罐体内经一隔板分隔为控制腔、储液腔,所述控制箱内设置有电源、离心泵、驱动离心泵的电机A,所述控制腔外侧壁上设置有控制电机A开闭的开关A,所述电源与开关A电性连接,开关A与电机A电性连接,所述控制腔上设置有带有控制阀的施肥口,所述施肥口经管路与离心泵输出端相连接,所述隔板上设置有经管路连接离心泵输入端的过滤罩,所述储液腔下部设置有排污口,排污口上设置有开闭排污口的排污盖,所述储液腔上中部设置有下端伸入储液腔 ...
【技术保护点】
1.一种可过滤杂质的施肥罐,其特征在于:包括罐体,罐体下部设置有底座,所述罐体内经一隔板分隔为控制腔、储液腔,所述控制箱内设置有电源、离心泵、驱动离心泵的电机A,所述控制腔外侧壁上设置有控制电机A开闭的开关A,所述电源与开关A电性连接,开关A与电机A电性连接,所述控制腔上设置有带有控制阀的施肥口,所述施肥口经管路与离心泵输出端相连接,所述隔板上设置有经管路连接离心泵输入端的过滤罩,所述储液腔下部设置有排污口,排污口上设置有开闭排污口的排污盖,所述储液腔上中部设置有下端伸入储液腔的桶体,桶体上端设置有开闭桶体的箱盖,桶体底端设置有过滤板,桶体旁侧设置有连通储液腔的进水口,进水口上设置有进水阀。
【技术特征摘要】
1.一种可过滤杂质的施肥罐,其特征在于:包括罐体,罐体下部设置有底座,所述罐体内经一隔板分隔为控制腔、储液腔,所述控制箱内设置有电源、离心泵、驱动离心泵的电机A,所述控制腔外侧壁上设置有控制电机A开闭的开关A,所述电源与开关A电性连接,开关A与电机A电性连接,所述控制腔上设置有带有控制阀的施肥口,所述施肥口经管路与离心泵输出端相连接,所述隔板上设置有经管路连接离心泵输入端的过滤罩,所述储液腔下部设置有排污口,排污口上设置有开闭排污口的排污盖,所述储液腔上中部设置有下端伸入储液腔的桶体,桶体上端设置有开闭桶体的箱盖,桶体底端设置有过滤板,桶体旁侧设置有连通储液腔的进水口,进水口上设置有进水阀。2.根据权利要求1所述的可过滤杂质的施肥罐,其特征在于:所述底座内部设置有水泵、驱动水泵的电机B,所述水泵的输入端连接水源,水泵的输出端经...
【专利技术属性】
技术研发人员:林荣耀,蓝炎阳,刘顺兴,王顺能,王少峰,
申请(专利权)人:漳州市诺盛农业发展有限公司,
类型:新型
国别省市:福建,35
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