Grain cart with driving capability

Abstract

The invention provides a grain cart with driving capability. The grain cart is composed of a grain bucket system and a chassis system. The maximum function of the grain cart with driving capability is reflected in the high carrying capacity, the grain cart can provide driving force cooperatively and has high passing capability, adaptability and working efficiency under hash ground conditions, and thus the grain transport efficiency is improved; grain can be directly transported into a grain bin through a grain transporter of the grain cart, so that damage to grain in the grain transfer process is reduced, and the quality of grain is guaranteed. Different chassis types including a single-tire type, a crawler belt type and a double-tire type can be selected according to conditions, and thus the grain cart can adapt to ground conditions of various areas. The whole grain cart is high in comprehensive performance and especially capable of adapting to special muddy or bumpy parcels for transport work.

Description

technical field [0001] The invention relates to a belt-driven grain cart. Background technique [0002] At present, when harvesting in the field, due to the special farmland environment, most of the transport vehicles are trailers pulled by tractors, which have a single function and cannot directly transport grain to the grain storage. In the case of low-lying and muddy operations, the trailer behind cannot provide driving force and cannot play the role of assisting. The traction is all provided by the tractor, which will cause great damage to the farmland and field roads, especially the impact of transporting grain on the rice field when the rice field is harvested. The damage is even greater. It often happens that the rice fields are severely damaged after receiving the goods, which leads to spending a lot of manpower, material and financial resources to deal with the destroyed rice fields in the second year. SUMMARY OF THE INVENTION [0003] The present invention provi...

AI Technical Summary

Problems solved by technology

[0002] At present, when harvesting in the field, due to the special farmland environment, most of the transport vehicles are trailers pulled by tractors, which have a single function and cannot directly transport grain to the grain storage. In the case of low-lying and muddy operations, the trailer behind cannot provide driving force and cannot play the role of assisting. The traction is all provided by the tractor, which will cause great damage to the farmland and field roads, especially the impact of transporting grain on the rice field when the rice field is harvested. The damage is even greater. It often happens that the rice fields are severely damaged after receiving the goods, which leads to spending a lot of manpower, material and financial resources to deal with the damaged rice fields in the second year.

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