Automatic crop root system cleaning device

Abstract

The invention provides an automatic crop root system cleaning device which comprises a cleaning rack, wherein a cleaning barrel, a settling barrel, a cleaning rotary drum, power drive equipment, an ultrasonic generator, an energy converter and a water in-out system are arranged in the cleaning rack; the ultrasonic generator is connected with the energy converter; the energy converter is mounted on the cleaning barrel; the cleaning barrel and the settling barrel are barrel-shaped with upper openings; more than one partition board is vertically arranged in the cleaning barrel at intervals and separates the interior of the cleaning barrel into spaces mutually independent to each other; the bottom of each partition board is higher than that of the cleaning barrel; two layers of or more than two layers of collecting net discs are transversely arranged in the cleaning barrel; the collecting net discs on the lowest layer are positioned on the bottom edges of the partition boards and positioned above the bottom of the cleaning barrel; the collecting net discs are detachably connected with the cleaning barrel and positioned on the two sides of the partition boards. The automatic crop root system cleaning device solves the problems that the root system cleaning operation is tedious and time-consuming, loses the root system, and is poor in cleaning quality.

Description

technical field [0001] The invention belongs to the technical field of agricultural experiments, and in particular relates to a root system cleaning device. Background technique [0002] The root system of crops is one of the important contents in the experimental research of crops. Due to the soil environment where the root system grows, it is difficult to observe the root system directly, so the experimental research on the root system often lags behind the aboveground part. Part of the root system can be observed non-destructively. However, these technologies have high hardware costs and are difficult to be popularized and applied due to the limitations of soil texture and root system type. Destructive sampling of roots is still the main root sample collection and observation step. The manual cleaning of the root system is tedious and time-consuming, and there is still root loss during the cleaning process, especially the fibrous roots of crops such as wheat and rice, w...

AI Technical Summary

Problems solved by technology

[0003] The purpose of the present invention is to provide an automatic cleaning device for crop roots, wh

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