▎ 摘　　要

NOVELTY - The system has an inclination angle sensor used to monitor the inclination angle of a building or a soil body. An underground water level sensor is used for monitoring the underground level of water and transmitting underground level monitoring data into the signal collecting processing system. A soil pressure sensor is utilized for monitoring soil pressure and transmitting the soil pressure monitoring data is transmitted to the signal collection processing system, where the soil layering settlement sensor monitors a soil settlement and transmit soil settlement monitoring data. The signal collecting treatment system is used to process and transmit processed data to the terminal display according to the received inclination monitoring data, underground water-level monitoring data and soil pressure data, and the soil laying settlement data. USE - Application system for monitoring graphene-parameter of three-dimensional (3D) printing geotechnical engineering in an intelligent building fieldand aerospace field. ADVANTAGE - The multi-parameter monitoring application graphene has high sensitivity, strong anti-interference ability, excellent measuring performance and small power consumption, and is simple to manufacture, economical and practical, and combines the graphene sensor technology with the 3D printing technology. DESCRIPTION OF DRAWING(S) - The drawing shows a block diagram of an application system of graphene-parameter monitoring for multi-parameter of 3D printing geotechnical engineering. (Drawing includes non-English language text).