Intelligent granary bulk grain granary entry and grain surface flattening integrated device

Abstract

The invention discloses an intelligent granary bulk grain granary entry and grain surface flattening integrated device. The device comprises a grain distribution trolley, a first belt conveyer, a machine frame, an intelligent traveling device, a grain surface flattening device and second rails. The first belt conveyer is installed on the machine frame. First rails are installed on the two sides of the first belt conveyer. The grain distribution trolley is installed on the first rails. The second rails are installed on the two sides of a granary, and is located below the first belt conveyer. The intelligent traveling device is installed on the second rails and comprises a traveling grain unloading trolley, a traveling machine frame and a second belt conveyer. The traveling machine frame is installed on the second rails. The second belt conveyer is installed on the traveling machine frame. Third rails are installed on the two sides of the second belt conveyer. The traveling grain unloading trolley is installed on the third rails. The grain surface flattening device is installed at the bottom of the traveling machine frame through a lifting device. With the intelligent granary bulk grain granary entry and grain surface flattening integrated device, grain can be evenly distributed at the bottom of the granary without being piled up, the labor intensity of workers can be effectively reduced, and the granary entry efficiency of grain is improved.

Description

technical field [0001] The invention relates to the technical field of grain storage, and more specifically relates to an intelligent granary integrated device for bulk grain storage and unwinding. Background technique [0002] The current grain storage process is relatively simple, that is, it can only realize a single warehouse-in function or only a warehouse-closing function, and there is no device that effectively combines the two to achieve integration. The two functions are realized separately, which is not conducive to the rapid development of grain. Efficient warehousing is not satisfactory, and manual intervention is required in the process, which takes a lot of time and resources, and at the same time affects the transformation process of granaries to unmanned and intelligent. [0003] Therefore, how to provide a high-efficiency, simple-to-operate, high-utilization granary that is also suitable for tall and large flats can solve the traditional problem that grain s...

AI Technical Summary

Problems solved by technology

[0002] The current grain storage process is relatively simple, that is, it can only realize a single warehouse-in function or only a warehouse-clearing function, and there is no device that effectively combines the two to achieve integration. The two functions are realized separately, which is not conducive to the rapid development of grain. Efficient warehousing, the effect is not satisfactory, and manual intervention is required in the process, which takes a lot of time and resources, and at the same time affects the transformation process of granaries to unmanned and intelligent

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