With the development of agricultural mechanization, the planting of many crops in farmland has gradually realized mechanization, such as Vegetable, which has been widely planted as a high-yield cash crop in recent years. From artificial planting to using Vegetable Planter for planting.
At present, ridge cultivation is commonly used for Vegetable planting, and there are fewer ridges and transplanting machines. Even if ridging and transplanting can be achieved at the same time, there are still the following problems: the soil blocks produced during the ridging process are large. After the ridges are turned up, the large soil blocks will automatically roll to the bottom of the ridge, crushing the vegetable grown at the bottom of the ridge. This has a great impact on the planting quality. In addition, the existing onion seedling planting machinery generally uses plows to open the ditch. After the ditching, problems such as large soil blocks and poor coverage are common, resulting in poor erection of onion seedlings after planting. Improve the planting effect of Vegetable.
The purpose of this new type of equipment is to solve the above-mentioned problems in the prior art. A Vegetable Planter is proposed, which can crush large blocks of soil, loosen the top and edge of the ridge, realize the rolling and flattening of the ridge shape, and make the ridge shape The shape is standardized, which increases the transplanting effect of Vegetable.
The technical scheme of the new equipment is: a Planting Machine, which includes a furrow plough and a frame, the frame includes an upper frame and a lower frame, wherein a rotary blade device is arranged at the rear of the furrow plough, and a rotary blade device is arranged behind the rotary blade device. There is a scraper device, the rotating blade device and the soil frame are equipped with scrapers;
The rotating shaft of the Vegetable Planter includes a rotating shaft and a rudder stock device connected with power. The rotating shaft I and the rotating shaft II are connected by a transmission. The gearbox is installed in the gearbox, the gearbox is fixed on the upper frame, the two ends of the shaft II are respectively connected with the gearbox, the top of the gearbox is connected with the shaft II, and the bottom of the gearbox is connected with the shaft I. The rotating blades include The large blade of the rotating blade and the small blade of the rotating blade. The large blades of the rotating blades and the small blades of the rotating blades are arranged at rotational intervals along the outer surface of the rotating shaft I. The small blades of the rotating blades are respectively arranged at both ends of the rotating shaft I, and the rotating blades are arranged in the middle of the rotating shaft I. Large blade; the scraper is hinged with the lower frame, and the bottom surface of the scraper is spherical.
