An intelligent wolfberry garden mobile spray platform remote control start and stop system

Abstract

The invention relates to the technical field of agricultural machinery automation control systems, in particular to an intelligent wolfberry garden mobile spray platform remote control start-stop system; the control motor is installed on the side of the single-cylinder diesel engine, and the crank shaft end in the crank rocker mechanism is fixedly connected to the output of the control motor On the shaft, the throttle handle of the single-cylinder diesel engine is an arc-shaped chute divided into three control positions. The three control positions are stop, start, and operation in sequence. Fixed connection, the rocker return spring is installed on the crank-rocker mechanism and applies the force to the crank-rocker mechanism to push the rocker to the stop control position; The system realizes the automatic start-stop operation control of the single-cylinder diesel engine, so that it can be directly used for the pressurization operation of the liquid medicine tank of the mobile spray platform of the Lycium barbarum garden.

Description

Technical field: [0001] The invention relates to the technical field of agricultural machinery automatic control systems, in particular to an intelligent wolfberry garden mobile spraying platform remote start-stop system. Background technique: [0002] When using the wolfberry spray self-propelled platform to spray wolfberry orchards, it is necessary to use the prime mover to intermittently pressurize the liquid medicine tank of the spray device, so that the pressure in the liquid medicine tank is higher than the minimum pressure required for work and does not exceed the safety threshold. In the traditional design logic, because the prime mover needs to perform feedback work under the control of the electronic control device, especially the pressure sensor, the motor is usually used as the prime mover, and the motor is driven by the running gear connected to the generator. There is a secondary energy conversion problem in this design scheme , the overall efficiency is not hi...

AI Technical Summary

Problems solved by technology

In the traditional design logic, because the prime mover needs to perform feedback work under the control of the electronic control device, especially the pressure sensor, the motor is usually used as the prime mover, and the motor is driven by the running gear connected to the generator. There is a secondary energy conversion problem in this design scheme , the overall efficiency is not high, and the weight of the generator, generator clutch, and motor system is relatively large, which leads to high energy consumption or fuel consumption in actual use, resulting in high equipment cost

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