Remote control lifting combined type borehole operation transportation and communication system

Abstract

The invention discloses a remote control lifting combined type borehole operation transportation and communication system. The remote control lifting combined type borehole operation transportation and communication system comprises a pair of hanging rods of which the top ends are provided with arc-shaped bends. The hanging rods are connected through a plurality of pedals arranged at intervals. A bottom platform is arranged at the bottoms of the hanging rods. A through groove is formed in the middle of the bottom platform. A lifting basket is installed in the through groove and connected with a hoist arranged at the edge of the through groove through a steel wire rope. An electric wire wrapping wheel is fixedly arranged on the side surface of one hanging rod and provided with a suspension wire. A telephone is connected to the suspension wire. The wire wrapping wheel and the hoist are connected to a controller. The controller communicates with a remote controller in a wireless communication mode. According to the remote control lifting combined type borehole operation transportation and communication system, the universality is high, and the structure is simple; and a remote control platform for allowing working personnel to go up and down is provided, so that the working personnel are more relaxed and convenient in the process of going up and down into a well and can stay in a fixed height, and operation is conveniently conducted on the well wall.

Description

technical field [0001] The invention relates to a transportation and communication system, in particular to a combined transportation and communication system for remote control lifting used in underground operations. Background technique [0002] Downhole operation is a technical means to ensure normal production in the well, and it is widely used in many technical fields, such as oil wells, gas wells, urban sewage wells, and downhole exploration. The most important factor in underground operations is to ensure the safety of operators, which puts forward higher requirements for the transportation system and communication system of underground operations. [0003] For some infrequent downhole operations, generally there is no special downhole equipment. For example, during the maintenance of underground lines in cities, workers generally go up and down the well manually through the ladder on the well wall, but the air quality in the mine is generally poor, and the way of ma...

AI Technical Summary

Problems solved by technology

However, traditional wireless communication devices are greatly affected by external factors and have poor penetration. When encountering situations such as large well depths or underground turns, good communication quality cannot be guaranteed, and communication signals may be lost. , so that the staff on the ground cannot know in time whether there is an abnormal situation underground, which is not conducive to the orderly and smooth progress of underground operations

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