Self-propelled Rice Greenhouse Seedling Raising Combined Operating Machine

Abstract

The invention discloses a self-propelled type rice seedling-raising combined machine for a greenhouse, belonging to the field of factorized rice seedling-raising equipment for greenhouses. The self-propelled type rice seedling-raising combined machine comprises a working part, a self-propelling part and an auxiliary part, wherein the working part comprises a film paving mechanism, a soil paving mechanism, a watering and sterilizing mechanism, a sowing mechanism and an earthing mechanism; the self-propelling system comprises a power part, a transmission part and a steering walking system; and the auxiliary part comprises a stand, a pedal plate and a pedal plate regulating rod. The self-propelled type rice seedling-raising combined machine for the greenhouse provided by the invention has the beneficial effects that the links of paving a bottom film, paving soil, watering and sterilizing, sowing, and earthing of rice seedling raising are completed in one time in the greenhouse by combination machinery; and the complete walking system is provided and comprises the steering mechanism, the walking mechanism and the transmission part, thus the labor intensity of the rice seedling work in the greenhouse is reduced, and the rice seedling raising efficiency is increased.

Description

Technical field: [0001] The utility model relates to a self-propelled rice greenhouse seedling raising combined operation machine, which belongs to the field of rice industrialized greenhouse seedling raising equipment. Background technique: [0002] At present, the industrial rice seedling raising technology is the mainstream mode of rice seedling raising. Its main methods are: assembly line seedling raising and greenhouse placing plate seedling raising. [0003] The labor intensity and slow speed of laying the seedlings in the greenhouses are high in labor intensity and slow, which directly affects the efficiency of seedling raising; the placement of floppy disks is easy to deform, and the seedlings are wasted due to irregularities in the transplanter, which affects the quality of transplanting; the assembly line seedling raising is made of plastic The floppy disk lining is placed in the hard disk for seedling raising, and the processes of spreading soil, watering and dis...

AI Technical Summary

Problems solved by technology

[0003]Planting seedlings in greenhouses to raise seedlings and spread soil is labor-intensive and slow, which directly affects the efficiency of seedling raising; This causes a lot of waste of seedlings and affects the quality of transplanting seedlings; line seedlings are lined with plastic floppy disks in seedling hard disks, and the processes of spreading soil, watering and disinfection, sowing, and covering soil are completed at one time on the seedling raising line, and then the seedlings are raised manually The seedling trays are transported to the greenhouse, taken out from the hard disk, and placed neatly on the ground of the greenhouse to manage the temperature and humidity of the greenhouse

This process is also more labor-intensive and labor-intensive

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