Automatic light riverway sewage treatment equipment with high cruising ability

Abstract

The invention discloses automatic light riverway sewage treatment equipment with a high cruising ability. The automatic light riverway sewage treatment equipment comprises a catamaran, a connecting plate is welded between the top ends of ship bodies on the two sides of the catamaran, storage batteries are installed in the ship bodies on the two sides of the catamaran correspondingly, and an integrated circuit board is installed in the catamaran; and fixing columns are vertically welded to one ends of the tops of the ship bodies on the two sides of the catamaran correspondingly, and a fishing assembly is hinged between the top ends of the two fixing columns. A second air cylinder and a third air cylinder which are connected with a fixing cover are additionally installed on the ship bodies on the two sides of the catamaran correspondingly, and the second air cylinder and the third air cylinder communicate with a first air cylinder and a lifting plate correspondingly through air guide pipes; during use, due to the fact that a fixing barrel is detachably installed on the lifting plate, in the duckweed collecting and packaging process, the fixing barrel can be detached for standby application, the dead weight of the equipment in the duckweed collecting process is reduced, the cruising ability is improved, the driving force of a second electric telescopic rod is fully utilized through the second air cylinder and the third air cylinder, energy consumption is saved, and the using effect is improved.

Description

technical field [0001] The invention relates to the technical field of environmental protection, in particular to an automatic, lightweight and high-endurance river sewage treatment equipment. Background technique [0002] Duckweed is a floating plant of the genus Duckweed in the Duckweed family, with symmetrical fronds, green surface, nearly round, obovate or obovate-elliptic, entire margin, slightly raised above or along the midline, veins are not obvious, and roots are white , the root cap is blunt, the root sheath has no wings, the back side of the frond has a capsule, the new frond forms and emerges in the capsule, connects with the parent body with a very short thin stalk, and then falls off, the fruit has no wings, and is close to the top Shaped, seeds with longitudinal ribs. [0003] It is distributed all over the north and south of China. Duckweed likes warm climate and humid environment, and avoids severe cold. It mostly grows in paddy fields, ponds, lakes and oth...

AI Technical Summary

Problems solved by technology

[0003] It is distributed all over the north and south of China. Duckweed likes warm climate and humid environment, and avoids severe cold. It mostly grows in paddy fields, ponds, lakes and other still waters. Water bodies in these areas are threatened by duckweed outbreaks when the temperature gradually rises. It is related to the serious eutrophication of the water body itself. Due to the massive discharge of external pollution (domestic sewage, rainwater, surface runoff, etc.), a large amount of nutrients are enriched, which exceeds the self-purification capacity of the water body, thus making the water body Duckweed reproduces in large quantities under sufficient nutrients and suitable conditions, and duckweed in many rivers grows like a green carpet. The crazy growth of duckweed will affect the photosynthesis of plants in the water body, thereby reducing the dissolved oxygen in the water body, causing Animals and plants die, water quality deteriorates, and the water ecosystem is out of balance. Over time, the self-purification ability of the water body is lost, and the water body appears black and smelly, which seriously affects the normal life of the surrounding residents.

[0004] At present, most of the existing duckweed management uses manual salvage or manipulating machines instead of manual salvage. Manual salvage is inefficient and poses a greater safety hazard in water operations. Machine salvage has higher work efficiency and reduces manpower, but the use cost is relatively high. In some larger waters, so

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