Oil-electric hybrid power energy-saving cleaning and sweeping vehicle

Abstract

The invention discloses an oil-electric hybrid power energy-saving cleaning and sweeping vehicle which comprises a base and a frame. A sweeping mechanism is arranged at the front end of the frame, spraying nozzles are formed in the sweeping mechanism and connected with a water tank and a gear pump through pipelines, transmission gears are arranged on the base, a gear transmission mechanism is arranged between the transmission gears and connected with the gear pump, the frame is divided into a driving cab and a distribution room, panorama glass structures are arranged in the front and on two sides of the driving cab, a vacuum sucker is arranged on the distribution room, a vacuum centrifugal fan is connected onto the vacuum sucker, the rear end of the vacuum sucker is connected to a garbage can, the front end of the vacuum sucker extends to the lower end of the base and is fixed onto the base, a smashing device is arranged inside the front end of the vacuum sucker, an electric driven motor and a fuel driven motor are arranged in the distribution room, and an interswitch is arranged between the electric driven motor and the fuel driven motor. The vehicle is driven in an oil-electric hybrid assisted manner, use purposes of a sanitation vehicle are improved, dust is removed by the aid of the externally drawn transmission mechanism, and water is sprayed without additional power.

Description

technical field [0001] The invention relates to the technical field of sanitation vehicles, in particular to an oil-electric hybrid energy-saving cleaning vehicle. Background technique [0002] The electric sanitation vehicle is a vehicle powered by electricity. It is engaged in cleaning, loading and transporting garbage, etc. It has the advantages of environmental protection, beauty, pollution reduction, labor intensity reduction, labor cost saving, and work efficiency improvement. It is in line with the low-carbon environmental protection advocated by the government. The policy has been widely used by relevant sanitation departments. However, electric sanitation vehicles have the disadvantages of short mileage and limited distribution of special charging equipment. As a result, the battery power of electric sanitation vehicles often cannot continue to provide the power to complete daily sanitation work. Break down, especially when the storage power supply capacity of the ...

AI Technical Summary

Problems solved by technology

However, electric sanitation vehicles have the disadvantages of short mileage and limited distribution of special charging equipment. As a result, the battery power of electric sanitation vehicles often cannot continue to provide the power to complete daily sanitation work. Break down, especially when the storage power supply capacity of the battery drops after a period of use. In order to meet the power, economy, comfort and other related requirements of the electric vehicle, in recent years, the control device with the motor as the actuator has been stable due to its stable performance. , convenient maintenance, compact structure, high reliability, high response speed and high control precision are more and more valued; and the existing sanitation vehicles need to carry out spray dust removal when cleaning the road, so a water tank and a water pump are needed. In this way, a water pump is added, which consumes more energy

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