Revolving drum type beet transferring soil-removing machine

Abstract

The invention discloses a revolving drum type beet transferring soil-removing machine. The revolving drum type beet transferring soil-removing machine includes a cab, a travelling portion, a power portion, a first conveying portion, a second conveying portion, and a picking portion; the travelling portion includes a frame, front wheels and back steering wheels; first conveying shafts are arrangedon two ends of a first conveying support respectively; the first conveying shafts are connected through a first conveying belt; the firs conveying belt is used for conveying materials; a hydraulic motor is arranged on a side portion of the first conveying support; the hydraulic motor is connected to the first conveying shafts; the second conveying portion is arranged on the right side of the firstconveying portion; one end of the second conveying portion is positioned under the first conveying portion; and a lifting hydraulic cylinder can stretch or prolong so as to control the height of a picking support. The revolving drum type beet transferring soil-removing machine adopts domestic standard parts, is easy to maintain, can reduce the maintenance cost, can adapt to various storage yards,is high in adaptability to application environments, is flexible in transferring, is high in efficiency, and can save energy.

Description

technical field [0001] The invention relates to the technical field of beet loading and desoiling equipment, in particular to the technical field of a drum-type beet loading and desoiling machine. Background technique [0002] Sugar beets can tolerate soils with high salinity and alkali content. In addition to being used as raw materials for sugar production, sugar beets can also improve alkaline soils. Since many lands in Northwest China are alkaline, they are not suitable for growing food crops. At present, sugar beets are mainly used to change the soil. alkaline. The large-scale introduction of sugar beets in China began in 1906. It was first planted in the Northeast, and the first machine-made beet sugar factory was established in 1908, and then it was gradually promoted to other regions. The main production area is north of 40° north latitude, including the northeast, north China, and northwest three production areas, of which the northeast is the most planted, accoun...

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Problems solved by technology

[0003] With the continuous increase of labor costs, the cost of sugar beet planting and harvesting continues to increase. With the improvement of market demand, the degree of mechanization of sugar beet planting and harvesting continues to increase. At present, the sugar beet harvesting process mainly uses mechanical equipment to dig sugar beets out of the ground , and then load the sugar beets into trucks through the reloading machine, and then stack the beets in the area to be processed. After drying for a certain period of time, the piles of beets are picked up and transported by the reloading soil removal machine. Currently, the reloading soil removal machine mainly uses imported foreign equipment. The advantages of foreign self-propelled sugar beet reloading and soil removal equipment are mainly flexible transfer, high efficiency, and high degree of intelligence; the main disadvantages are high procurement costs, equipment maintenance requires support from manufacturers, and poor versatility of components. There are strict restrictions on the stacking form and the ground, and there are very high requirements for the soil content of beet. The market needs a beet reloading desoiler. It is necessary to make the parts of the equipment adopt domestic standard parts, which is convenient for maintenance and can reduce maintenance costs. , suitable for various storage yard forms, strong adaptability to the application environment, flexible transition, high efficiency, and more energy-saving

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