Surveying device for copper-ore geological exploration

Abstract

A surveying device for copper-ore geological exploration, comprising an upper support plate, wherein support rods are symmetrically connected to lower portions of two sides of the upper support plate; an equipment plate is slidably sleeved onto the support rods on both sides; a sampling cylinder is connected to a middle portion of the equipment plate; a sample-storage box connected to an upper portion of the equipment plate is in fluid communication with a side wall of the sampling cylinder; a side door is rotatably connected to an outer side wall of the sample-storage box; a sampling rod is rotatably connected inside the sampling cylinder; a drill head component is connected to a lower end portion of the sampling rod within the sampling cylinder; the spiral blade is sleeved onto the sampling; the spiral blade abuts against an inner side wall of the sampling cylinder. Compared with the prior art, the invention provides a surveying device for copper-ore geological exploration that can break up the soil in the sampling area, reducing sampling difficulty and making it easy to use.