Multifunctional engineering vehicle

Abstract

The invention relates to a multifunctional engineering vehicle. The multifunctional engineering vehicle comprises a vehicle body, wherein the vehicle body is hinged with a swing arm which is driven to turn by a first air cylinder, the tail end of the swing arm is hinged with a bucket rod which is driven to turn by a second air cylinder, a slipping passage which extends along the length direction of the bucket rod is formed inside the bucket rod, a telescopic rod member is arranged at the tail end of the bucket rod, one end part of the telescopic rod member is inserted into the slipping passage and is driven to slip by a third air cylinder, the tail end of the telescopic rod member is connected with detachable actuators in a screwed manner, and the actuators comprise a grabbing mechanism, a scissors mechanism, a scraper bucket mechanism and a quartering hammer mechanism. According to the multifunctional engineering vehicle, the structure is simple, an upper vehicle body is provided with a goods bucket, works independently and does not need a truck to transport goods in a matched manner, so that special circumstances that trucks cannot enter can be handled; and the actuators comprise the grabbing mechanism, the scissors mechanism, the scraper bucket mechanism and the quartering hammer mechanism, so that users can change the four kinds of actuators according to required functions, and the engineering vehicle is larger in working range and higher in adaptability.

Description

technical field [0001] The invention relates to a multifunctional engineering vehicle. Background technique [0002] Some fruit trees grow very tall, and their fruits are high in the sky, which brings inconvenience to the pickers. The fruits that are relatively low can be picked by artificial small tools, but picking is also very inconvenient. The fruits grow very high, so climb up to pick them. It will bring danger to the life of the pickers; some valuables accidentally fall from tall buildings and hang into high-altitude wires. There is no good solution to such problems; traditional social engineering vehicles (breaking hammers, excavators), etc. A series of similar machines, their structures are very similar, and such a huge machine only has one function, which is a bit overkill; engineering vehicles involved in digging soil and rocks generally work with heavy trucks, engineering vehicles are responsible for excavation, heavy trucks Responsible for carrying away items su...

AI Technical Summary

Problems solved by technology

[0002] Some fruit trees grow very tall, and their fruits are high in the sky, which brings inconvenience to the pickers. The fruits that are relatively low can be picked by artificial small tools, but picking is also extremely inconvenient. The fruits grow very high, so climb up to pick them. It will bring danger to the life of the pickers; some valuables accidentally fall from tall buildings and hang into high-altitude wires. There is no good solution to such problems; traditional social engineering vehicles (breaking hammers, excavators), etc. A series of similar machines, their structures are very similar, and such a huge machine only has one function, which is a bit overkill; engineering vehicles involved in digging soil and rocks generally work with heavy trucks, engineering vehicles are responsible for excavation, heavy trucks Responsible for carrying away items such as soil excavated by engineering vehicles. If the road is difficult to walk and cannot be reached by heavy trucks, the items excavated by engineering vehicles cannot be taken away, which seriously affects the construction efficiency; currently tall trees need to be pruned At the same time, people usually climb to the tree with the scissors for cutting branches, and then perform pruning. The pruning method is inefficient and dangerous.

Images