Shoal well site well drilling assisting platform

Abstract

The invention relates to a shoal well site well drilling assisting platform, which mainly solves the problem of poor flitch load carrier capability of the flitch spreading working surface in current shoal well site low hollow area. The platform is characterized by including a steel plate road foundation box connecting an induction road (15); the steel plate road foundation box includes a closed single piece body mass (1), the single piece body mass (1) is an interlaced cross and upright through beam grid of a number of intersected cross beams and upright beams, the top and low ends of the single piece body mass (1) are respectively connected with an upper cross brace (2) and a lower cross brace (3), the left and right sides are respectively a left side upright beam (4) and a right side upright beam (5); the periphery of the single piece body mass (1) is provided alternatively with a number of groups of monaural seats (6), and binaural seats (7), the two sides of the single piece body mass (1) are vertically connected with a hanging pipe 12; one side of the induction road (15) is provided alternatively with a monaural seat (6) and a binaural seat (7). The shoal well site well drilling assisting platform, is strong in carrier load capability, is free of deformation and slippage in steel plate road after a carrier load, and is normal in connection function.

Description

technical field [0001] The invention relates to the technical field of drilling and workover of oilfield equipment, in particular to an auxiliary platform for drilling in tidal flat well sites. Background technique [0002] At present, waste oil pipes are often welded into pipe rows in oil fields, and temporary roads for drilling and workover are laid. The pipe row area is small, the anti-skid effect is poor, and the bearing capacity is low. During the construction of heavy vehicles, there are often accidents where the tires slip or the pipe row tilts to cause the overall slip of the vehicle. However, there is no special laying equipment in the tidal flat low-lying well site. At present, wooden squares are commonly used to lay the working surface, and the wooden squares are connected by bolts or long nails. The wooden square has poor bearing capacity, high cost, short service life, and causes a huge waste of timber resources. Contents of the invention [0003] The techn...

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Problems solved by technology

[0003] The technical problem to be solved by the present invention is to overcome the problem of poor bearing capacity of wooden squares on the working surface of the existing tidal flat well site in the existing low-lying well site in the background technology, and provide a drilling auxiliary platform for the tidal flat well site. Platform, strong bearing capacity, no deformation and no slippage of the steel plate road after loading, and the connection function is normal

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