Geologic structural plane attitude measuring device

Abstract

The invention discloses a geologic structural plane attitude measuring device. The geologic structural plane attitude measuring device comprises electronic equipment with both a geomagnetic field sensor chip and a direction sensor chip, wherein an accelerometer is arranged in the direction sensor chip. The geologic structural plane attitude measuring device further comprises a strike-dip survey module and a bubble equilibrium module, wherein the strike-dip survey module utilizes data returned by the accelerometer and the geomagnetic field sensor chip to calculate and obtain the azimuth angle and the inclined angle of the electronic equipment and to further measure the attitude of a geologic structural plane; after the direction sensor chip return the measured data, the bubble equilibrium module utilizes the bubble equilibrium principle to realize equilibrium determination of the electronic equipment and the geologic structural plane and to calibrate the measured data of the geologic structural plane. The geologic structural plane attitude measuring device has the characteristics of being convenient and fast in use and high in precision and degree of informatization and reducing human errors, and can be widely used for measuring the field geologic information.

Description

technical field [0001] The invention relates to the measurement of geological information in the field, in particular to a device for measuring the occurrence of geological structure planes. Background technique [0002] The types of information involved in field geological surveys are various, including written records, sketches, photographs and sampling work, and the amount of data is large. In the traditional survey mode, all data collection is mainly done manually, and all field data information Recording in the form of paper media brings great difficulties to data management and data sharing, restricts the full play of the benefits of data resources to a certain extent, and restricts the development of social economy to a certain extent. The compass is very important in geological work and is known as one of the three treasures of geological work. However, the use of the traditional geological compass is very cumbersome, with large human errors, and it cannot be used wi...

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Problems solved by technology

[0002] The types of information involved in field geological surveys are various, including written records, sketches, photographs and sampling work, and the amount of data is large. In the traditional survey mode, all data collection is mainly done manually, and all field data information It is recorded in the form of paper media, which brings great difficulties to data management and data sharing, restricts the full play of the benefits of data resources to a certain extent, and restricts the development of social economy to a certain extent

The compass is very important in geological work and is known as one of the three treasures of geological work. However, the use of the traditional geological compass is very cumbersome, with large human errors, and it cannot be used with modern microcomputers. It is very troublesome and time-consuming, but until now, it has not attracted enough attention at home and abroad

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