Agitating lorry upper-installed driving system and agitating lorry upper-installed driving control method

Abstract

The invention provides an agitating lorry upper-installed driving system and an agitating lorry upper-installed driving control method. An agitating lorry comprises a vehicle chassis and an agitatingbarrel arranged on the vehicle chassis. A main engine is arranged on the vehicle chassis. The agitating lorry upper-installed driving system comprises a motor device, a battery assembly and a power generation device. The motor device is in transmission connection with the agitating barrel so that the agitating barrel is driven to rotate through the motor device. The battery assembly is in electricconnection with the motor device. The power generation device is in electric connection with the motor device and provides electric energy for the motor device, and the power generation device is inelectric connection with the battery assembly so that the battery assembly is charged by the power generation device. According to the technical scheme, the agitating lorry upper-installed driving system can run independently and do not need to rely on output power of the main motor of the agitating lorry; working efficiency can be improved efficiently, and the agitating quality of concrete is prevented from being influenced by stop of agitating barrel rotation caused by insufficient power; besides, load of the main motor does not need to be increased, and reduction of main engine emission andpollution emission is benefited; and the cost is lowered.

Description

technical field [0001] The invention relates to the field of driving control of a mixing device of a mixer truck, in particular to a mixer truck bodywork drive system and a mixer truck bodywork drive control method. Background technique [0002] At present, concrete mixer trucks have been widely used in the field of construction engineering. In order to drive the mixing drum on the mixer truck to rotate and realize concrete mixing operations, most existing mixer trucks use a power take-off connected to the main engine to drive the hydraulic mechanism to drive the mixing drum. However, the top-mounted drive system of the mixer truck depends on the power provided by the main engine and cannot work independently. The rotation of the mixing drum is affected by the speed of the main engine, and the mixing drum consumes part of the output power of the main engine, which increases the load on the main engine. The structure and control system of the force device are relatively compl...

AI Technical Summary

Problems solved by technology

[0002] At present, concrete mixer trucks have been widely used in the field of construction engineering. In order to drive the mixing drum on the mixer truck to rotate and realize concrete mixing operations, most existing mixer trucks use a power take-off connected to the main engine to drive the hydraulic mechanism to drive the mixing drum. However, the top-mounted drive system of the mixer truck depends on the power provided by the main engine and cannot work independently. The rotation of the mixing drum is affected by the speed of the main engine, and the mixing drum consumes part of the output power of the main engine, which increases the load on the main engine. The structure and control system of the force device are relatively complicated, and the work efficiency is low, which is not conducive to cost control

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