Travelling type grain dewatering and drying machine

Abstract

The invention discloses a travelling type grain dewatering and drying machine comprising a travelling chassis assembly, a hot-blast furnace, a six-set drying bin, a retainer wheel component, a generator set, a fan-shaped grain scraper, a multi-angle discharge machine and an intelligent frequency conversion control cabinet. The travelling type grain dewatering and drying machine has the advantages that the travelling type grain dewatering and drying machine is compact in structure, high in detection efficiency as all components and assemblies adopt current cutting-edge technology, safe and controllable in operation and innovative and attractive in appearance, is energy saving and environment friendly as a coke burning gas furnace is adopted, is convenient to use and low in processing cost, can be dragged to user sites for operation, and is unlimited to tons of grain, fast in drying speed of parking operation, uniform in single-grain shrinkage, good in quality and the like, data of temperature, humidity and the like can be collected and judged visually in good time, the problems that grain drying is difficult and unordered for small farm holders in the production mode, the drying machine has air holes and stagnation leading to bin blockage and the quality is hard to control are solved, labor is saved, and labor intensity of workers is reduced.

Description

technical field [0001] The invention relates to agricultural machinery, in particular to a walking grain dehydration dryer. Background technique [0002] my country is the world's largest grain producer and consumer, with an annual total grain output of about 500 million tons. According to statistics, the loss of my country's grain in the process of threshing, drying, storage, transportation, processing, and consumption after harvest is as high as 18%, far exceeding the 5% standard set by the Food and Agriculture Organization of the United Nations. Among these losses, due to climatic reasons, grains are too late to dry or fail to reach safe moisture, causing moldy and germination losses of up to 5%. If calculated on the basis of an annual output of 500 million tons of grain, it is equivalent to 25 million tons of grain. Each person eats 500g of grain per day, which can be used by 68,000 people for one year. This figure is astonishing, and the loss of the received grain is ...

AI Technical Summary

Problems solved by technology

[0003] The structure of the existing grain dryer is relatively complicated, and the movement is not convenient enough. Large-scale traction equipment is required for traction. At the same time, the processing is limited by the tonnage of the grain. , resulting in the need for frequent maintenance, resulting in waste of manpower and material resources, and low drying efficiency

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