Automatic beet piler

Abstract

The invention relates to an automatic beet piler which comprises a land wheel steering device, a hopper, a lifting device, a rotary piling device, a lateral impurity removing device and a lifting rack. The hopper is connected to the front end of the lifting rack; the land wheel steering device is connected to the front end of the hopper; the lifting device is fixedly connected above the lifting rack; a lower impurity removing conveyor belt is arranged right under a lifting chain and is slantways and fixedly connected onto the lifting rack; the lateral impurity removing device is arranged at the lower end of an impurity removal port; and the rotary piling device is connected above the rear end of the lifting rack and is rotatably connected with the lifting rack. During work, a tipping bucket type transport cart can directly slantways unload beet into the hopper, so that unloading and piling can be realized at the same time, the working efficiency is high, meanwhile, harmful impurities can be removed, and the beet is prevented from mildewing and rotting in the piling process. In the beet purchase process, the floor space can be effectively saved, the operation is standardized, and the automatic beet piler can meet and is applicable to the operating requirements of various beet purchasing stations.

Description

technical field [0001] The invention relates to an agricultural mechanical device, in particular to an automatic sugar beet stacker. Background technique [0002] Beet, as a high-quality raw material for sugar production, has an increasing planting area in my country. The country has also introduced a series of measures to encourage and support farmers to grow sugar beet scientifically on a large scale. Every autumn enters the beet harvesting period, and each sugar factory has to go to the sugar beet planting area to set up a purchase station to purchase beets. , sun exposure, freezing, etc. cause a large loss of weight and sugar, and the purchase of sugar beet needs to be stacked while unloading. This kind of high-efficiency continuous operation cannot meet the requirements of manual or existing mechanical equipment such as loaders. At present, the traditional method is to organize a large amount of labor to complete the unloading and stacking. The workload is very heavy, ...

AI Technical Summary

Problems solved by technology

Every autumn enters the beet harvesting period. Each sugar factory has to go to the sugar beet planting area to set up a purchase station to purchase beets. , sunlight, freezing, etc. cause a large loss of weight and sugar, and the purchase of sugar beet needs to be stacked while unloading. This kind of high-efficiency continuous operation cannot meet the requirements of manual or existing mechanical equipment such as loaders.

At present, the traditional method is to organize a large amount of labor to complete the unloading and stacking. The workload is very heavy, and due to the shortage of personnel, there may be insufficient manpower, and a large number of sugar beets cannot be put into storage.

Manual stacking is not only inefficient, but also has poor stacking quality. Before stacking, it is necessary to increase the procedure of manual removal of impurities, which invisibly increases labor costs, and the loss of sugar beets during the stacking process is relatively large.

Some existing stacking equipment generally have low stacking efficiency, inconvenient stacking operation and inability to realize the impurity removal function during the stacking process.

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