Integrate device for fertilization, weeding and irrigation of efficient and high-yield plantation of konjac

Abstract

The invention provides an integrated device for fertilization, weeding and irrigation of efficient and high-yield plantation of konjac. The integrated device comprises a vehicle body; the vehicle bodyis mounted on main axles of wheels while being supported via a vehicle frame, a driven sprocket is mounted on a main axle of one of the wheels, the driven sprocket is connected with a vehicle body driving device via chain transmission, and therefore the vehicle body is driven to move; rotary mowing mechanisms that are symmetrically arranged are mounted on a head part of the vehicle body, protection boards are mounted on inner side faces of the two rotary mowing mechanisms, an irrigation device is mounted on a middle part of the vehicle body, a pesticide spraying device is mounted on a tail part of the vehicle body, and the irrigation device and the pesticide spraying device are connected with a booster pump device. Via the integrated device disclosed in the invention, field management work such as fertilization, weeding, irrigation and the like during konjac plantation processes can be efficiently completed; work efficiency is improved, labor intensity of workers an be lowered, standardized and centralized management can be facilitated, and plantation quality can be ensured.

Description

technical field [0001] The invention belongs to the technical field of konjac planting, in particular to integrated fertilization, weeding and irrigation equipment for high-efficiency and high-yield planting of konjac. Background technique [0002] Konjac needs to be managed in the field at the initial stage of planting, which mainly includes the following aspects: [0003] 1. Fertilization [0004] Fertilization principle: apply enough base fertilizer, apply less top dressing or avoid top dressing as much as possible. Fertilization is mainly based on organic fertilizers, pay attention to the combination of quick-acting fertilizers and late-acting fertilizers, and the application of nitrogen, phosphorus, and potassium fertilizers. The base fertilizer is 2500-5000 kg of decomposed farmhouses per mu, and 25-50 kg of ternary compound fertilizers. Topdressing is mainly quick-acting. [0005] 2. Weeding [0006] There are often many weeds during the period from sowing to leaf...

AI Technical Summary

Problems solved by technology

[0010] (1) The operation efficiency is low. Due to the manual operation, fertilization, spraying and irrigation operations in the field are required, and the work efficiency is extremely low;

[0011] (2) The operation intensity is high, because during the operation process, it is necessary to carry the spraying, water spraying and fertilization boxes on the back, and the labor intensity is high;

[0012] (3) Standardization cannot be achieved. In the process of manual operation, the amount of fertilization, spraying or irrigation cannot be well controlled, which in turn affects the growth of konjac

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