Traveling driving method and device for material collection elevator

Abstract

The invention discloses a traveling driving method for a material collection elevator. The traveling driving method is convenient to control and simple in structure and is characterized in that single traveling driving wheel mounted in the center of a rack is driven by a power unit through a traveling reduction gearbox and a traveling clutch device, engagement or disengagement of the traveling clutch device is controlled by a traveling control device, and traveling or stopping of the single traveling driving wheel is realized. A traveling driving device comprises the power unit mounted on the rack and connected with the traveling driving wheel through the traveling reduction gearbox and the traveling clutch device, and the traveling driving wheel is mounted in the center of the rack; the traveling control device controls engagement or disengagement of the traveling clutch device to realize traveling or stopping of the traveling driving wheel; the traveling clutch device adopts a friction clutch. The material collection elevator has the characteristics of flexible turning performance and good stability; tensioning, self-locking or releasing of a guy wire is controlled by a control handle, engagement or disengagement of the friction clutch is realized, the friction clutch can slip automatically under larger ground resistance to stop the elevator gonging ahead or to decelerate the elevator, and a collection device of the elevator is protected very well.

Description

technical field [0001] The invention relates to a material collection hoist, in particular to a walking driving method and a walking driving device of a material collection hoist, in particular to a walking driving method and a walking driving device of a material collection hoist with convenient manipulation and simple structure. drive unit. Background technique [0002] Crops such as rice, rapeseed, corn, sorghum, wheat, beans and other granular crops are generally dried in the sun after being harvested, and then bagged and stored in storage. At present, the traditional method is manual harvesting, and the crops need to be dried several times in order to meet the storage requirements. Therefore, manual harvesting is inefficient and labor-intensive. Now, although there is a complete set of drying equipment, it is only suitable for grain stations and large farms, and the cost of use is high, the energy consumption is relatively large, and it does not meet the needs of vario...

AI Technical Summary

Problems solved by technology

However, when the collector is working, it must be operated manually, the collection efficiency is low, and the labor intensity of the operator is high.

[0003] For this reason, the original support wheel is driven by power through the transmission device, but because the connection between the support wheel and the frame is rigid, when the ground is uneven or the resistance is large, the machine will not walk smoothly, and the collection device of the machine will be easily damaged. Damaged and inflexible in turns

For example, the application number is 201410284222.0, and the invention name is a patent for a crawler self-propelled grain harvester with the main transmission surface of the transmission device as the working surface. Walking on the uneven ground overcomes the defects that the driving wheels are easy to crush the missed grain and other defects

However, there are defects such as complex structure, difficult turning, and inconvenient manipulation.

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