Infiltration Line Measurement System and Method for Tailings Pond

An infiltration line measurement method for a tailings pond, comprising:

• obtaining infiltration line distribution data of a target tailings pond by measuring the target tailings pond with an infiltration line measurement system for a tailings pond;
• and
• generating an infiltration line of the target tailings pond by processing the infiltration line distribution data;
• wherein the infiltration line measurement system for a tailings pond comprises buried pipes, signal transmitters, signal receivers and a processor;
• wherein each of the buried pipes has a one-to-one correspondence with sub-dams of the target tailings pond, each of the buried pipes is buried in a corresponding sub-dam, and a lower end of each of the buried pipes is located below the infiltration line of the corresponding sub-dam;
• each of the signal transmitters is slidably provided inside a corresponding one of the buried pipes and is configured for transmitting an acoustic wave signal;
• each of the signal receivers is provided on the corresponding sub-dam of the target tailings pond, located above the infiltration line of the corresponding sub-dam, and is configured for receiving the acoustic wave signal transmitted by a corresponding one of the signal transmitters;
• the processor is configured to determine the infiltration line distribution data of the target tailings pond based on acoustic wave signals uploaded by the signal receivers, wherein the processor is configured to:
• obtain a first speed that an acoustic wave transmits in a medium above the infiltration line and a second speed that the acoustic wave transmits in a medium below the infiltration line;
• for each acoustic wave signal, obtain a first timestamp when the signal transmitter transmits the acoustic wave signal and a second timestamp when the signal receiver receives the acoustic wave signal, and obtain a first transmission distance between the signal transmitter that transmits the acoustic wave signal and the signal receiver that receives the acoustic wave signal;
• determine infiltration line point positions based on the first speed, the second speed, the first timestamp, the second timestamp and the first transmission distance;
• and
• determine the infiltration line distribution data of the target tailings pond based on all the infiltration line point positions.

An electronic device, comprising:

• a memory and a first processor;
• wherein the first processor is configured to read executable program codes stored in the memory and execute a program corresponding to the executable program codes to perform:
• obtaining infiltration line distribution data of a target tailings pond by measuring the target tailings pond with an infiltration line measurement system for a tailings pond;
• and
• generating an infiltration line of the target tailings pond by processing the infiltration line distribution data;
• wherein the infiltration line measurement system for a tailings pond comprises buried pipes, signal transmitters, signal receivers and a second processor;
• wherein the buried pipes have a one-to-one correspondence with sub-dams of the target tailings pond, each buried pipe is buried in a corresponding sub-dam, and a lower end of the buried pipe is located below the infiltration line of the corresponding sub-dam;
• each signal transmitter is slidably provided inside the buried pipe and configured for transmitting an acoustic wave signal;
• each signal receiver is provided on the corresponding sub-dam of the target tailings pond, located above the infiltration line of the corresponding sub-dam, and configured for receiving the acoustic wave signal transmitted by the signal transmitter;
• the second processor is configured to determine the infiltration line distribution data of the target tailings pond based on acoustic wave signals uploaded by the signal receivers;
• wherein the second processor is configured to:
• obtain a first speed that an acoustic wave transmits in a medium above the infiltration line and a second speed that the acoustic wave transmits in a medium below the infiltration line;
• for each acoustic wave signal, obtain a first timestamp when the signal transmitter transmits the acoustic wave signal and a second timestamp when the signal receiver receives the acoustic wave signal, and obtain a first transmission distance between the signal transmitter that transmits the acoustic wave signal and the signal receiver that receives the acoustic wave signal;
• determine infiltration line point positions based on the first speed, the second speed, the first timestamp, the second timestamp and the first transmission distance;
• and
• determine the infiltration line distribution data of the target tailings pond based on all the infiltration line point positions.