Suspension type remote sample conveying system

The invention provides a suspension type remote sample conveying system. The system comprises a suspension rail, an automatic loading device, a driving device and a control unit. The suspension rail is connected with a sampling area for obtaining samples and a laboratory for receiving the samples and comprises an I-shaped steel rail body for forming a conveying route, vertical columns and supports, wherein the vertical columns and the supports are used for supporting the steel rail body on the ground. The automatic loading device comprises a loading device body for automatically loading and unloading the samples and a conveying material bin for conveying the samples. The driving device is used for suspending the automatic loading device to travel along the suspension rail and comprises trolley conductors horizontally arranged along the suspension rail and used for power supplying, a sliding device clamped on the suspension rail and a gear motor suspended on the suspension rail through the sliding device and u