Pool bottom sludge pretreatment robot

Abstract

The invention discloses a pool bottom sludge pretreatment robot which comprises a main body device, a sludge conveying device and a side surface sludge cleaning device. The side sludge cleaning device is installed on the side of the main body device; and the sludge conveying device is installed behind the main body device. The equipment is driven into a pool, a movable crawler belt moves, the sludge shoveling depth is adjusted by adjusting the height of a front collecting part, and meanwhile, sludge can be shoveled up and transported with smaller force. A sludge shoveling mechanism is driven by a distance adjusting mechanism to move to a designated position, and the angle and the distance of side sludge cleaning can be adjusted, so that cleaning can be conducted in a larger area. The sludge is shoveled into a rear collecting box through the sludge shoveling mechanism, and is conveyed into a sludge box through a sludge conveying mechanism. Through the sludge conveying device, sludge in the sludge box is finally conveyed to the edge of a pool or a sludge conveying vehicle, so that a large amount of time is saved, the sludge conveying efficiency is improved, and the integration of desilting and sludge conveying is completed.

Description

technical field [0001] The invention relates to the technical field of sludge treatment equipment, in particular to a pool bottom sludge pretreatment robot. Background technique [0002] As a closed ecosystem, ponds accumulate more and more silt over time, and because the deposited silt contains a lot of organic matter. These organic matter will consume a large amount of oxygen in the process of oxidative decomposition, thus accelerating the degree of anoxic lake. If organic matter undergoes anaerobic decomposition under anaerobic conditions, a large amount of harmful substances will be produced, which is very unsuitable for fish farming or plant growth. People often need to clean up. The general cleaning methods include water dredging and dry pond dredging. Dredging with water uses dredging machinery to carry out dredging work. For example, dredgers are suitable for large reservoirs and lakes, but the transport volume is small; small machinery: dredgers, mud pumps, which ...

AI Technical Summary

Problems solved by technology

For example, dredgers are suitable for large reservoirs and lakes, but the transport volume is small; small machinery: dredgers, mud pumps, which are more suitable for dredging work in small and medium ponds; dry pond dredging uses excavators and bulldozers are more common, ponds After drying, it can bear the weight of large machinery, and the efficiency is relatively high. Of course, the cost is relatively high, and the silt is piled up and transported is very troublesome.

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