Safe composite high-pressure conveying cable

Abstract

The invention relates to the field of cable preparation, in particular to a safe composite high-pressure conveying cable. The safe composite high-pressure conveying cable comprises a high-pressure conveying pipe and a woven sheath located outside the high-pressure conveying pipe, and further comprises a reinforcing cable, optical fibers and a cable, wherein the reinforcing cable, the optical fibers and the cable are located in the woven sheath; the reinforcing cable comprises a woven layer in the center and a high-strength plastic layer located outside the woven layer; flat and straight fibers are arranged among the reinforcing cable, the optical fibers and the cable and arranged around the optical fibers and the cable in parallel. The safe composite high-pressure conveying cable is unique in design, and the reinforcing cable is introduced into the composite high-pressure conveying cable, so that a conveying pipeline has the functions of resisting high pressure and squeezing and being not prone to deformation. The safe composite high-pressure conveying cable further has the advantages of being reasonable in design, novel in concept, simple in structure, economical, environmentally friendly, and capable of achieving industrial production easily, effectively overcoming the defects in the prior art and market products, and meeting the demand of the market.

Description

technical field [0001] The invention relates to the field of cable preparation, in particular to a safe composite high-voltage transmission cable. Background technique [0002] At present, a large number of high-pressure pipelines are used in the field of offshore oil exploration. As an indispensable and necessary facility at sea, the quality and use requirements of high-pressure pipelines have greatly increased. In the field of scientific research, researchers often use high-pressure pipelines to build models of seafloor earthquakes. Artificial seismic wave simulation technology is to store air in a high-pressure container through a certain device. After being pressurized to a certain level, it is suddenly released in the water, generating a powerful shock wave that propagates to the underwater and subsea strata to conduct scientific research on seismic waves. . The establishment of this model requires that the high-pressure delivery pipe must meet harsh conditions such ...

AI Technical Summary

Problems solved by technology

Generally, when the high-pressure delivery pipes sold on the market are dragged in the sea, they are very vulnerable to the pressure of the outer sheath, which will cause the air delivery pipe to be squeezed and flattened, resulting in an increase in local pressure, and eventually lead to partial cracking of the high-pressure air delivery pipe. The safety factor extremely low

[0003] Furthermore, the traditional high-pressure delivery pipe has unstable structure, poor tensile performance, poor extrusion resistance and large specific gravity, and there are also problems such as easy damage and difficult operation. Therefore, a high-pressure, tear-resistant, high-strength The book's high-pressure gas pipeline is the current problem facing offshore exploration and seismic modeling

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