Transport and refueling truck for mining area

Abstract

The invention discloses a transport and refueling truck for a mining area, comprising an underpan system (11), an oil tank system (12), a maneuvering box (13) and a pump oil pipeline system (14). The pump oil pipeline system is internally provided with three pipelines and joints with different apertures and refueling guns matched with the pipelines and joints, wherein the three pipelines and joints can be conveniently and rapidly connected and have apertures DN80, DN50 and DN25, and different equipment and vehicles in the mining area can be refueled respectively or simultaneously through the refueling pipelines and joints as well as the refueling guns. The transport and refueling truck for the mining truck is mainly designed for the condition that the common transport and refueling truck cannot fully meet the requirement for the apertures of various equipment and engineering vehicles in the mining area during refueling, is large in underpan power, strong in bearing capacity and suitable for various road conditions such as roads, mountain roads, rugged and bumpy roads and the like in the mining area. On the premise of ensuring low cost, the oil consumption requirements of all the equipment and vehicles in the mining area are ensured, and potential safety hazards are reduced.

Description

technical field [0001] The invention relates to a refueling vehicle used in mining areas, in particular to a refueling vehicle used in mining areas equipped with refueling pipelines with different calibers. Background technique [0002] The fuel trucks used in mining areas are mainly used for the transportation and storage of petroleum derivatives such as gasoline, diesel, crude oil, lubricating oil and coal tar. The refueling truck is equivalent to a mobile gas station, which can supply fuel to the required vehicles anytime and anywhere. At present, the refueling trucks used in mining areas include large, medium and small refueling trucks. Conventional refueling trucks are only equipped with a single-caliber pipeline, that is, they can only provide oil output with a flow rate of one caliber. The refueling trucks configured in this way have the following disadvantages when used in mining areas: First, the small refueling trucks are equipped with small-caliber pipelines, and...

AI Technical Summary

Problems solved by technology

At present, the refueling trucks used in mining areas include large, medium and small refueling trucks. Conventional refueling trucks are only equipped with a single-caliber pipeline, that is, they can only provide oil output with a flow rate of one caliber.

The refueling trucks configured in this way have the following disadvantages when used in mining areas: First, the small refueling trucks are equipped with small-caliber pipelines, and the flow of refueling vehicles equipped with small-diameter pipelines is small. Refueling requires a large number of refueling vehicles and takes a long time to refuel, which affects the efficiency of equipment and vehicles

Second, the small vehicles equipped with small-diameter pipelines for transporting refueling trucks cannot fully adapt to the road conditions and environments in the mining area due to their small chassis power, low body, and weak carrying capacity, and they cannot go deep into the mining area.

Third, large and medium-sized refueling vehicles are usually equipped with large-diameter pipelines. Large and medium-sized refueling vehicles equipped with large-diameter pipelines have a large flow rate. Refueling of small vehicles and equipment with caliber pipelines

Finally, if multiple different types of refueling vehicles are equipped to operate in the mining area, the cost will increase, and due to the harsh environment in the mining area, equipped with multiple vehicles will increase safety hazards

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