A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention relates to an underground water taking device. The underground water taking device comprises a power driving mechanism, a clamping mechanism, a drilling sleeve mechanism and a drill bit mechanism, wherein the power driving mechanism comprises a cylinder, a handheld rotating disc, a driving motor, a circular gear, a pentagonal clamping block and a clamping hole, and the clamping hole is formed in the cylinder; and the clamping mechanism comprises a power part and a buckling part, the power part is used for providing power for the buckling part, the power part and the buckling part are fixedly installed on the drilling sleeve mechanism, and the power part and the buckling part are used for fixing the power driving mechanism. A driving motor rotates so as to drive the pentagonal clamping block to rotate, a pentagonal clamping groove is driven to achieve the rotation of an inner threaded cylinder by the pentagonal clamping block, and a lead screw is driven to rotate by the inner threaded cylinder, so that a drill bit rotates downwards in the condition that a round sleeve does not move, underground water is conveniently taken, and after the water is taken, the lead screw retracts into the inner threaded cylinder through reverse rotation of the driving motor, so that the taken water is not polluted, and the problem that the taken water is polluted is solved.
一种地下水取水装置，包括：动力驱动机构、卡死机构、钻孔套筒机构、钻头机构，动力驱动机构包括：圆筒、手持转盘、驱动电机、圆齿轮、五边形卡块和卡孔；圆筒上设有卡孔；卡死机构包括：动力部分和卡扣部分；动力部分为卡扣部分提供动力；动力部分和卡扣部分固定安装在钻孔套筒机构上；动力部分和卡扣部分实现对动力驱动机构的固定；驱动电机的转动，从而驱动五边形卡块进行转动，五边形卡块驱动五边形卡槽实现了内螺纹筒的转动，内螺纹筒驱动丝杠的转动，从而实现了在圆套筒不动的情况下，钻头向下转动，从而方方便了对地下水的取水，当取水完毕后，驱动电机的反转动，丝杠收回至内螺纹筒中，保证取到的水不被污染，解决了取水被污染的问题。
The invention relates to an underground water taking device. The underground water taking device comprises a power driving mechanism, a clamping mechanism, a drilling sleeve mechanism and a drill bit mechanism, wherein the power driving mechanism comprises a cylinder, a handheld rotating disc, a driving motor, a circular gear, a pentagonal clamping block and a clamping hole, and the clamping hole is formed in the cylinder; and the clamping mechanism comprises a power part and a buckling part, the power part is used for providing power for the buckling part, the power part and the buckling part are fixedly installed on the drilling sleeve mechanism, and the power part and the buckling part are used for fixing the power driving mechanism. A driving motor rotates so as to drive the pentagonal clamping block to rotate, a pentagonal clamping groove is driven to achieve the rotation of an inner threaded cylinder by the pentagonal clamping block, and a lead screw is driven to rotate by the inner threaded cylinder, so that a drill bit rotates downwards in the condition that a round sleeve does not move, underground water is conveniently taken, and after the water is taken, the lead screw retracts into the inner threaded cylinder through reverse rotation of the driving motor, so that the taken water is not polluted, and the problem that the taken water is polluted is solved.
一种地下水取水装置，包括：动力驱动机构、卡死机构、钻孔套筒机构、钻头机构，动力驱动机构包括：圆筒、手持转盘、驱动电机、圆齿轮、五边形卡块和卡孔；圆筒上设有卡孔；卡死机构包括：动力部分和卡扣部分；动力部分为卡扣部分提供动力；动力部分和卡扣部分固定安装在钻孔套筒机构上；动力部分和卡扣部分实现对动力驱动机构的固定；驱动电机的转动，从而驱动五边形卡块进行转动，五边形卡块驱动五边形卡槽实现了内螺纹筒的转动，内螺纹筒驱动丝杠的转动，从而实现了在圆套筒不动的情况下，钻头向下转动，从而方方便了对地下水的取水，当取水完毕后，驱动电机的反转动，丝杠收回至内螺纹筒中，保证取到的水不被污染，解决了取水被污染的问题。
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