Integrated radio wave perspective survey instrument

Abstract

The invention discloses an integrative radio wave perspective exploration instrument, and belongs to a geophysical radio wave perspective exploration instrument. The integrative radio wave perspective exploration instrument comprises an emitting module, a receiving module, a man-machine exchange module and a communication module, wherein the emitting module is used for emitting a radio wave signal; the receiving module is used for receiving the radio wave signal; the man-machine exchange module is used for setting the system parameter, displaying and storing data in real time, and transforming the collected signal; the communication module is used for undertaking the task of the communication between the radio wave perspetograph and a microcomputer. By mutually sending signal, the integrative radio wave perspective exploration instrument can realize the underground communication so as to determine whether the measurement work is started. After the measurement is finished, the receiving end becomes the emitting end, the emitting end becomes the receiving end; then the measurement process can be conducted again, the detection is conducted from both parts of a lane, the result is comprehensively analyzed; therefore, the shape of abnormal body can be detected in all rounds. The integrative radio wave perspective exploration instrument is large in buffer memory size, high in integration level, strong in reliability, strong in anti-jamming ability, rapid and exact in collecting process.

Description

technical field [0001] The invention relates to a geophysical radio wave perspective prospecting instrument, in particular to an integrated radio wave perspective prospecting instrument. Background technique [0002] Radio wave perspective method means that when electromagnetic waves propagate in underground rock formations, due to the different electrical properties of various rocks and ores, they absorb electromagnetic wave energy differently. Low-resistance rock formations have a strong absorption effect on electromagnetic waves. When the interface appears in the fracture structure, the electromagnetic wave will produce reflection and refraction on the interface, which will also cause energy loss, so that the electromagnetic wave signal in the receiving tunnel is very weak or even the transmission signal cannot be received, forming the so-called transmission anomaly, which is the desired Detect the location and range of anomalous objects. Radio wave perspective technolog...

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Problems solved by technology

[0003] The purpose of the present invention is to provide an integrated radio wave perspective prospecting instrument, which solves the problem that in the current downhole radio wave perspective exploration work, the transmitter and receiver are separated, and the single-direction working mode of transmitting on one side and receiving on the other side cannot completely detect. Obtaining an abnormal body form, the problem of not being able to communicate with each other during work

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