Single-track transport machine for mountain internal combustion engine

Abstract

The invention discloses a single-track transport machine for a mountain internal combustion engine. The single-track transport machine comprises a transport track, a conveyor head, an internal combustion engine and a material storage box, wherein the conveyor head and a conveying sliding seat are arranged on the outer side wall of the conveying track in a sliding mode through a multi-direction positioning mechanism, a driving mechanism is internally and symmetrically installed on the left side and the right side of the bottom of the conveying track, the left side and the right side of the driving mechanism are provided with rain blocking plates used for positioning and rain blocking, and the material storage box is internally provided with a damping and storage device used for reducing theshaking of articles. According to the single-track transport machine for a mountain internal combustion engine, the risk that the conveyor head cannot generate sliding teeth or derailment is guaranteed through the multi-direction positioning mechanism, so that erosion of external rainwater on driving gears and gear grooves can be reduced, the overall service life of the transport track is greatlyprolonged, and the damping and storage device is arranged in the material storage box, the stability of the transported articles is guaranteed, and the transport efficiency and the transport qualityare greatly improved.

Description

technical field [0001] The invention relates to a transport device, in particular to a single track transporter with an internal combustion engine for mountainous areas. Background technique [0002] In the planting industry in mountainous areas, many economic crops are planted in the mountains with rugged roads, such as some tea, fruit trees or forest products. During the planting process, it is often difficult to transport planting equipment or fertilizers due to mountain roads. Transportation to the first planting site usually requires manual handling, and it is difficult for mature cash crops to be transported out of the mountainous areas when they are harvested. The terrain of the mountainous planting areas is complex, and the cost of building transportation roads is too high. For ordinary farmers It is impractical, therefore, for this type of problem, we need an economical and simple mountain transport device. [0003] At present, there are many rail-type transportati...

AI Technical Summary

Problems solved by technology

[0002] In the planting industry in mountainous areas, many economic crops are planted in the mountains with rugged roads, such as some tea, fruit trees or forest products. During the planting process, it is often difficult to transport planting equipment or fertilizers due to mountain roads. Transportation to the first planting site usually requires manual handling, and it is difficult for mature cash crops to be transported out of the mountainous areas when they are harvested. The terrain of the mountainous planting areas is complex, and the cost of building transportation roads is too high. For ordinary farmers It is impractical, so for this kind of problem, we need an economical and simple mountain transport device

[0003] At present, there are many rail-type transportation devices on the market. The rail frame is mainly set up in the planting mountainous area, and then the transport box and the driving mechanism that can store items are clamped on the rail frame, so as to complete the simple transportation that can be used for a long time with a small investment. However, the current mountain transport devices mainly have the following problems: the guide rails are easily eroded by rainwater, easily rusted and damaged, and the transport device produces bumps during the rugged mountain transport process, which can easily cause the drive mechanism and the guide rails to trip, resulting in poor operation. Stable, low transportation efficiency, bumps will also cause bumps and collisions of the crops in the transportation box, damage the crops, and lead to a decrease in transportation quality. Therefore, in response to these problems, we need a mountain transportation device with more stable operation and higher transportation efficiency.

Images