Full-hydraulic chain reversing and remote control water-power harvesting equipment for lotus roots

Full-hydraulic chain reversing and remote control water-power harvesting equipment for lotus roots, the equipment comprising a main framework, a traveling module, a elevating module and a working module;

• wherein the main framework is of a double-cross-beam structure;
• the working module is a skid-mounted structure;
• the working module is in transmission connection with the traveling module through the elevating module, and is fixedly mounted on a top surface of the main framework;
• the traveling module comprises caterpillar bands;
• and a double-hydraulic-motor group;
• the double-hydraulic-motor group is in transmission connection with the caterpillar bands;
• the caterpillar bands and the double-hydraulic-motor group are fixedly mounted on a bottom cross beam of the main framework;
• the working module comprises a power driving module, a jet working module, a water suction pipeline module and a hydraulic power module;
• the power driving module is communicated with the hydraulic power module;
• the jet working module comprises a chain-reversing swing jet mechanism, a sewage pump, pipelines, a first water separating packet, a second water separating packet;
• and a plurality of nozzles;
• the sewage pump is in transmission connection with both the power driving module and the hydraulic power module;
• the sewage pump;
• is further communicated with water suction pipelines of the water suction pipeline module;
• the sewage pump is communicated with the first water separating packet;
• the first water separating packet is communicated with the second water separating packet through the pipelines;
• the first water separating packet is communicated with the pipelines through respective quick-change joints;
• the chain-reversing swing jet mechanism is communicated with the nozzles through the second water separating packet;
• adjacent ones of the nozzles are arranged on the second water separating packet at equal intervals in a staggered manner;
• the power driving module comprises a combined heat dissipater, a diesel engine, a fuel tank and a transfer case;
• the fuel tank is arranged on a top side of the diesel engine and communicated with the diesel engine;
• the combined heat dissipater is arranged on one side of the diesel engine;
• and the transfer case is in transmission connection with the diesel engine by a coupling.