Multifunctional geological compass

Abstract

The invention discloses a multifunctional geological compass. The multifunctional geological compass comprises a chassis and an upper cover matched with the chassis. The chassis and the upper cover are both regular octagonal prisms. The upper cover comprises an upper cover I and an upper cover II. A GPS positioning system, a recording system and an energy supply system are fixed in the upper coverI. The energy supply system is respectively connected to the GPS positioning system and the recording system. The side walls of the upper cover I in two sides of the side wall where a rotation shaftI is arranged are provided with control buttons for controlling the GPS positioning system. The side walls of the upper cover I opposite to the side walls where the control buttons are arranged are provided with recording holes matching with the recording system. The upper surface of the upper cover I is provided with a recording control switch matching with the recording system. The multifunctional geological compass can measure directions and rock formation cases, position the position through the GPS positioning system and record through the recording system.

Description

technical field [0001] The invention relates to a geological compass, in particular to a multifunctional geological compass. Background technique [0002] The geological compass is of great significance in geological work and is known as one of the three treasures of geologists. It can be used to measure the occurrence of rock mass feature surfaces, identify orientation, etc. However, the content of field geological work is complex, and a geological compass with only a compass function cannot meet the work needs of geologists. In addition, a tool with a single function will increase the field geological work. The workload of the workers causes a large number of tools that need to be carried, such as GPS locators and cameras, which are bulky and easy to cause loss and damage of tools. Moreover, the current geological compass has a single structure, and after using the geological compass to measure, the coordinate positioning can only be performed by a GPS locator, and the op...

AI Technical Summary

Problems solved by technology

It can be used to measure the occurrence of rock mass feature surfaces, identify orientation, etc. However, the content of field geological work is complex, and a geological compass with only a compass function cannot meet the work needs of geologists. In addition, a tool with a single function will increase the field geological work. The workload of workers leads to a large number of tools that need to be carried, such as GPS locators and cameras, which are bulky and easy to cause loss and damage of tools

Moreover, the structure of the current geological compass is single. After using the geological compass to measure, the coordinate positioning can only be carried out through the GPS locator, and the operation is cumbersome.

And because the conventional geological compass does not have a recording function, it is not easy for geological personnel to record when the distance between the measurer and the recorder is too far when measuring in the field

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