Agricultural Rotary Tilling Mechanism

Abstract

The invention discloses an agricultural rotary tilling mechanism used for performing harvesting, threshing and rotary tilling on crops such as grain and oilseed rape. The agricultural rotary tilling mechanism comprises a rotary tiller body connected with a driving machine and a rotary tilling device which is connected to the rotary tiller body and driven by a harvesting machine power mechanism. A mud guard is connected to the rotary tiller body and can be put down or put away. After the mud guard is put down, the lower end of the mud guard makes contact with the ground, and the mud guard put away is close to the rotary tiller body. After being put down, the mud guard can support the rotary tilling mechanism, prevent the rotary tilling mechanism from sinking together with rotary tilling blades, also prevent the rotary tilling blades from sinking and avoid that the harvesting machine rotary tilling mechanism sinks and then is stopped working. After the mud guard is put away, the driving machine can travel in a non-working state.

Description

technical field [0001] The invention is an agricultural rotary cultivator, especially for harvesting, removing and harvesting crops such as rice, wheat and rapeseed. [0002] The agricultural rotary tillage mechanism for grain and rotary tillage. Background technique [0003] At present, the combine harvester will harvest, threshing, and rotary tillage at the same time, thus greatly saving [0004] time, reduce labor intensity, and have been widely promoted and applied. Existing rotary tillage mechanisms generally include a rotary tiller body connected to a driving machine, connected to a rotary tiller driven by a power mechanism on the rotary tiller body, the rotary tiller includes a rotary tiller connecting rod, a rotary shaft connected to the rotary tiller A rotary tiller handle on the rotating shaft, and a rotary tiller blade fixed on the rotary tiller handle. The problem that the existing rotary tillage mechanism exists is that when relatively soft or moist land is c...

AI Technical Summary

Problems solved by technology

The problem existing in the existing rotary tillage mechanism is that when performing rotary tillage on relatively soft or wet land, the rotary tiller blade often sinks or is pried up until the handle of the rotary tiller sinks into the soil, causing the harvester to stop working

In addition, when rotary tillage is performed on uneven land, the inconsistent depth of rotary tillage will affect the growth of crops.

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