A detection device for seismic exploration based on the Internet of Things

Abstract

The present invention relates to a seismic exploration detection device based on internet of things. The seismic exploration detection device comprises a main body, an induction board arranged below the main body, and a solar panel and an angle adjusting mechanism which are arranged above the main body. The solar panel is in transmission connection with the main body via the angle adjusting mechanism, and the angle adjusting mechanism comprises a driving assembly and a transmission assembly. The seismic exploration detection device based on internet of things acquires the solar energy by the solar panel for power generation, enables the sustainable work capability to be improved, and controls a driving wheel to rotate via a driving motor to move a push rod up and down, so that the angular deflection of the solar panel can be controlled, the sustainable work capability of the device is improved fully, and the reliability of the device is improved. Moreover, in a working power supply circuit, the type of an integrated circuit is NE555, the production cost of the working power supply circuit is reduced, and the market competitiveness of the detection device is improved while the stable output of a working power supply is guaranteed.

Description

technical field [0001] The invention relates to a wave detection device for seismic exploration based on the Internet of Things. Background technique [0002] During oil exploration, seismic exploration of the area is required to ensure the safety of future oil exploration. In the existing seismic exploration system, the control terminal controls the seismic source of the seismic source control device, and at the same time detects the reflected waves of each wave detection device to realize seismic exploration. However, in the process of exploration, due to the wide area of ​​exploration, the exploration time is relatively long, and because the work of the detection equipment is maintained by batteries, the sustainable working ability is limited; not only that, during the operation of the detection equipment, due to Its internal working power supply uses expensive integrated circuits to step up and down the power supply, which greatly increases the cost of the working power...

AI Technical Summary

Problems solved by technology

However, in the process of exploration, due to the wide area of ​​exploration, the exploration time is relatively long, and because the work of the detection equipment is maintained by batteries, the sustainable working ability is limited; not only that, during the operation of the detection equipment, due to Its internal working power supply uses expensive integrated circuits to step up and down the power supply, which greatly increases the cost of the working power supply and reduces the market competitiveness of the detection equipment.

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