Small digging and harvesting device

Abstract

The invention discloses a small digging and harvesting device which comprises a rack. A digging device for digging radish, a collecting device for collecting the radish after being dug, a power devicecapable of powering the digging device and the collecting device and a gear device are arranged on the rack. When the power device is started, the gear device is made to rotate to drive the digging device and the collecting device to be started at the same time; when the power device is turned off, and the gear device is made to stop rotating to turn off the digging device and the collecting device at the same. The radish harvesting device is comparatively small in size, low in cost, relatively easy to manufacture, suitable for the status quo that radish planting land in China is comparatively scattered and capable of saving a lot of manpower and material resources in radish harvesting. The small digging and harvesting device has a radish digging function and can collect radish while digging, and people do not need to bend down for picking, so that manual labor amount in radish harvesting operation is further reduced.

Description

technical field [0001] The invention relates to a small digging and harvesting device. Background technique [0002] Radish is an important root vegetable in my country, which has the characteristics of many varieties, high yield and strong adaptability. However, at present, the radish planting in my country is mainly self-employed, the land is relatively scattered, and the production method still adopts the traditional manual labor method. From planting, fertilization to harvesting, it is all done by human labor. The labor intensity is relatively high and the production efficiency is also very high. Low. The traditional small-scale planting method and the low level of production mechanization have severely restricted the further development of the radish industry, especially the harvesting of radish, which is labor-intensive and costly. The traditional agricultural farming methods seem to be unable to meet the needs of modern production. In order to adapt to the developmen...

AI Technical Summary

Problems solved by technology

However, in my country's agricultural production, due to the current situation that my country's land is relatively scattered and mostly self-employed, it is not suitable to use large-scale harvesting machinery for operations. On the other hand, the cost of large-scale machinery is relatively expensive, and the cost of use and maintenance is relatively high. Compared with manual harvesting of vegetables and radishes, although manpower and material resources are saved, the cost has increased. Therefore, large-scale radish harvesters are not suitable for my country's agricultural production needs.

[0004] The second type is an excavation machine that is towed behind the tractor, which needs to be used in conjunction with the tractor, and can only dig radishes, and has no function of collecting radishes. After excavation, the radishes are scattered on the ground, and collecting radishes still requires manual work.

At present, most of the common harvesters on the market are small, which just replace the traditional manual excavation process and shovel the radish out of the soil. to pick up, so the efficiency is still relatively low compared to foreign machinery

In addition, most of the harvesters on the market are trailer-mounted, which do not have power and need to work with a matching tractor. Therefore, using this kind of harvesting machine requires a matching tractor head to use, which is inconvenient to use.

Images