Ridge building machine

Abstract

The invention discloses a ridge building machine. The ridge building machine comprises a suspended connection device, a power transmission device, an auger type extrusion device and a polishing forming device. The power transmission device comprises a power conversion mechanism, a transmission shaft, a power transmission mechanism, a power reversing mechanism and a speed change mechanism. The power conversion mechanism is connected with a power output shaft of a motor vehicle. The transmission shaft is sleeved with the power conversion mechanism. The power transmission mechanism is connected with the transmission shaft through a chain wheel assembly. The power reversing mechanism is connected with the power transmission mechanism through a shaft. The speed change mechanism is connected with the transmission shaft. The power transmission mechanism is connected with the auger type extrusion device through a shaft. The power reversing mechanism is connected with the polishing forming device through a shaft. By means of the ridge building machine, ridges which are high in compaction degree, capable of preventing water leakage, smooth and attractive in surface and durable in use can be obtained, and the ridge building machine has the beneficial effects of being simple in structure, convenient to operate and use, low in maintenance cost, high in work efficiency and integration degree, and the like.

Description

technical field [0001] The invention relates to a field ridge building machine and belongs to the technical field of agricultural machinery. Background technique [0002] Building ridges is the most important link in the agricultural production process. Traditionally, the process of building ridges is done manually. When artificially building field ridges, there are disadvantages such as low efficiency, high cost, irregular appearance and inconsistent quality of field ridges. In recent years, ridge-building machines have appeared to replace artificial ridges (for example, the patents with application numbers of 2013201206816 and 2013207450630), but existing ridge-building machines only rely on stem presses to realize ridge-building when forming ridges. For example, the screw soil fetcher described in the patent application number 2013201206816 includes a frame, a fixer, a transmission device, a screw soil fetcher and a stem presser; On the other side, the soil on both side...

AI Technical Summary

Problems solved by technology

When artificially building ridges, there are disadvantages such as low efficiency, high cost, irregular appearance and inconsistent quality of ridges

In recent years, ridge-building machines have appeared to replace artificial ridges (for example, patents with application numbers of 2013201206816 and 2013207450630), but existing ridge-building machines only rely on stem presses to realize the formation of ridges.

For example, the screw soil fetcher described in the patent application number 2013201206816 includes a frame, a fixer, a transmission device, a screw soil fetcher and a stem presser; On the other side, the soil on both sides cannot be driven to the middle and squeezed to the middle soil. Therefore, the field ridge built by the existing ridge building machine has low compaction, easy collapse and water leakage and rough surface. Defects such as aesthetics cannot meet the requirements of standardized operations

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