The structure of the whole plate conveyor is reasonable, and it can be loaded or unloaded at multiple points. The moving speed of scraper is driven by planetary cycloid pin gear reducer. It runs smoothly and has low noise. The buried scraper conveyor is a very popular material conveying system equipment in metallurgy and mining power plants. The high-strength mining scraper is a kind of transport equipment which continuously transports bulk materials with the aid of the moving scraper chain in the shell of the closed rectangular section. The high-temperature scraper is used for dry conveying and transports forward with the constant large-scale material layer thickness. Under the same conveying capacity, the pressure and other external forces act.

The high-strength mining scraper is an effective self-cleaning scraper conveyor. The friction and pushing force of the new scraper conveyor are enough to overcome the external friction resistance caused by the movement of materials in the machine slot and the weight of the materials themselves. The small and mixed materials are transported in a closed manner. After the warning signal or jogging twice, the infeed will not be smooth.

The high-strength mining scraper is an effective self-cleaning scraper conveyor. The custom-made embedded scraper conveyor is a transport equipment that enables the bulk materials to be transported according to the predetermined target by virtue of the scraper chain moving in the closed shell. The utility model has the advantages of small volume, strong sealing, good rigidity, flexible process cloth, convenient installation and maintenance, multi-point feeding and multi-point unloading, etc. Therefore, the working conditions of the workers have been significantly improved and environmental pollution has been prevented. The principle of the buried scraper conveyor depends on the internal friction and side pressure of the material. In the process of conveying the material, the pressure in the moving direction of the scraper chain and the pushing force of the lower material to the upper material when the material is continuously fed. The synthesis of these forces is enough to overcome the external friction resistance between the material and the shell when it is transported in the slot and the weight of the material itself. It can form continuous material flow to move forward no matter in horizontal, inclined or vertical transportation.