Self-propelled garlic harvester

Abstract

The invention discloses a self-propelled garlic harvester comprising a vehicle body and a power device; the front end of the vehicle body is hinged and provided with a garlic bulb soil screening device; the vehicle body is provided with a garlic bulb conveying device located at the rear end of the garlic bulb soil screening device; the vehicle body is provided with a secondary soil screening device located at the rear end of the garlic bulb conveying device; the vehicle body is provided with a garlic bulb outward-conveying device located at the garlic outlet end of the secondary soil screeningdevice; the garlic bulb soil screening device, the garlic bulb conveying device, the secondary soil screening device and the garlic bulb outward-conveying device are respectively driven by and connected to the power device. A cutting table of a swather is hung at the front end of the vehicle body and is used to be matched with the garlic bulb soil screening device to realize the unearthing, seedling cutting and primary soil screening of garlic, then, the garlic is conveyed to the secondary soil screening device for secondary soil screening by the garlic bulb conveying device and is outwards conveyed by the garlic bulb outward-conveying device, garlic bulbs can be directly placed into baskets at the end of the garlic bulb outward-conveying device, and the whole process can be finished by only additionally matching one person on a basket filling position, so that the garlic harvesting efficiency is high, and the process is simple and labor-saving.

Description

technical field [0001] The invention relates to the technical field of crop harvester equipment, in particular to a self-propelled garlic harvester. Background technique [0002] In the current agricultural production process, such as garlic, onion single plant root crops, etc., the harvested part is buried in the soil. When harvesting the above-mentioned economic crops, it is generally harvested manually or mechanically. When harvesting manually, it is necessary to use agricultural tools such as hoes and shovels to first dig out the crops from the soil, and then collect the crops into piles for subsequent loading and transportation. It can be seen that the manual harvesting method is inefficient and requires the cooperation of multiple people Complete, labor-intensive. In some agriculturally developed areas, large-scale planting areas are generally harvested by machinery, but the function of garlic harvesting machinery currently in use is limited to digging garlic out of t...

AI Technical Summary

Problems solved by technology

When harvesting manually, it is necessary to use agricultural tools such as hoes and shovels to first dig out the crops from the soil, and then collect the crops into piles for subsequent loading and transportation. It can be seen that the manual harvesting method is inefficient and requires the cooperation of multiple people completed, labor intensive

In some agriculturally developed areas, large-scale planting areas are generally harvested by machinery, but the function of garlic harvesting machinery currently in use is limited to digging garlic out of the soil, then placing it on the ground, and finally requiring manual bundling and loading. After transportation, after the garlic is harvested, it is necessary to carry out the second separation process of artificial rhizomes, which also restricts the agricultural efficiency.

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