Oil pipe carrying device for oil reservoir engineering

Abstract

The invention discloses an oil pipe carrying device for oil reservoir engineering. The oil pipe carrying device comprises vertical columns, a top plate, a first fixed plate, a second fixed plate, connection plates, placing plates, plug pins, first motors, rotating wheels, digging ropes, fixed blocks, sliding blocks, guide plates, bearing plates, position-limiting blocks, hydraulic rods, supportingplates, idler wheels, second motors, gears, position-limiting plates, toothed plates, moving plates, guide rods, extending plates, second hydraulic rods and support plates. The oil pipe carrying device for the oil reservoir engineering is simple in structure and convenient to operate, short-distance carrying can be conveniently performed on oil pipes, inconvenience brought by needing to use transport vehicle carrying or manpower carrying is avoided, and the labor force is greatly reduced; the oil pipe carrying device can realize simultaneous storing of the multiple oil pipes through rotationand fixation of the placing plates, the transfer efficiency is improved when the carrying is performed, the operating time is reduced, and convenience is brought to the oil reservoir engineering; andby means of the arrangements of the support plates and the supporting plates, quick supporting can be performed on the oil pipes, operations are conveniently performed when oil pipe hoisting is performed, and the oil pipe hoisting difficulty is reduced.

Description

technical field [0001] The invention relates to a handling device, in particular to a oil pipe handling device for oil reservoir engineering, and belongs to the technical field of oil reservoir engineering application. Background technique [0002] Reservoir engineering is a comprehensive petroleum technology science based on reservoir physics and reservoir seepage mechanics, engaged in oilfield development design and engineering analysis methods. Its task is to study the oil, gas, water According to the law of movement and displacement mechanism, corresponding engineering measures should be drawn up in order to reasonably increase the production speed and recovery rate. With the discovery of large-scale high-yield oil, deep well pressure gauges and high-pressure samplers have appeared to study oil, gas, and water. Instruments and equipment in the underground state, research on reservoir cores, understanding of the physical properties of reservoirs and oil and their flow mec...

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Problems solved by technology

[0003] Reservoir engineering is the process of oilfield development design and engineering analysis. It is used to study the movement rules of oil, gas and water during the development process. Transportation is usually carried by a transport vehicle, but it is not conducive to loading and unloading during short-distance transfer, and it will increase the labor force when using manual transportation, and it is not conducive to simultaneous transfer of multiple oil pipes during transportation, which reduces the efficiency of transfer , when supporting the oil pipe, it is not conducive to the rapid lifting of the oil pipe, which increases the inconvenience of operation and increases the labor load

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