Full-electric greenhouse harvester

Abstract

The invention discloses a full-electric greenhouse harvester. The full-electric greenhouse harvester comprises a header, a speed reducer, a belt transmission device, a header driving motor, a storage battery set, an upper framework, a header rotation device, a lower framework, an electric driving axle, driving wheels, driven wheels and rail clamping wheels. The harvester is simple in design and easy to operate, and the functions of advancing, backing and walking speed adjusting and function of enabling the header to rotate within 360 degrees in the horizontal plane so as to adjust the harvesting direction can be achieved. A rail type walking system is adopted for the harvester, and therefore the harvester can transfer to work and operate continuously between adjacent pools and complete all harvesting tasks in a greenhouse; the harvesting efficiency can be 8-10 times that of workers, and therefore the labor cost for greenhouse maintenance is substantially lowered. In the harvesting process, the harvester can convey harvested plants rightwards in a vertical mode and place the plants on a channel between the pools in order, and therefore the plants can be conveniently collected and treated.

Description

technical field [0001] The invention relates to the field of agricultural machinery, in particular to an all-electric greenhouse harvester. Background technique [0002] By artificially building large-scale greenhouses and establishing artificial wetlands in the greenhouses, planting aquatic plants that have a good purification effect on water bodies in indoor pools can keep them growing all year round, and can effectively treat the tail water of sewage treatment plants. Further remove nutrients such as nitrogen and phosphorus, and reduce eutrophication of water bodies, thereby obtaining good ecological benefits. Aquatic plants grow fast in the greenhouse, but harvesting is inconvenient and labor-intensive, and the maintenance cost of the greenhouse is high. The use of mechanized harvesting operations can effectively reduce labor costs and reduce maintenance costs. However, the environment of the greenhouse is special, and the existing harvesters can only work in the field...

AI Technical Summary

Problems solved by technology

However, the environment of the greenhouse is special, and the existing harvesters can only work in the field and cannot go down to the pool, so they are not suitable for the harvesting task in the greenhouse, and the harvester is required to be environmentally friendly and must not emit pollution in the greenhouse, so a new harvester is required. A new type of harvester completes the harvesting task

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