A highly-dynamic carrier environmental force measurement apparatus

Abstract

The invention discloses a highly-dynamic carrier environmental force measurement apparatus comprising an axial accelerometer 1, an axial accelerometer 2, a transverse normal accelerometer 1, a transverse normal accelerometer 2, a transverse normal accelerometer 3, a transverse normal accelerometer 4, an axial gyroscope 1, an axial gyroscope 2, a transverse normal gyroscope 1, a transverse normal gyroscope 2, a transverse normal gyroscope 3, a transverse normal gyroscope 4, an axial magnetometer 1, an axial magnetometer 2, a transverse normal magnetometer 1, a transverse normal magnetometer 2, a transverse normal magnetometer 3, a transverse normal magnetometer 4, a signal conditioning module, a data acquisition module, a data processing module, a data storage module, a human-computer interaction module and a power supply module. The apparatus of the invention can overcome disadvantages that traditional environmental force measurement apparatuses can not adapt to the above conditions, and has advantages of a simple structure, a fast starting speed, low power dissipation, a small volume, strong stability and high measurement precision.

Description

technical field [0001] The invention relates to the field of environmental force measurement, in particular to a high-dynamic environmental force measurement device adapted to a moving carrier under high-speed, high-rotation, and high-impact conditions. Background technique [0002] High dynamic carrier mainly refers to high speed (more than 100 rpm and less than 500 rpm in the axial direction, less than 10 rpm in the transverse direction), high speed (more than Mach 2 and less than Mach 5 in the axial direction, and less than Mach 5 in the axial direction) 1 Mach), moving objects under high impact (axial and transverse overloads are both greater than 10000g and less than 30000g, impact time less than 30 milliseconds), especially for mining and rescue, oil drilling, deep well measurement, geological exploration Drilling mechanisms used in other occasions, as well as guided projectiles and conventional ammunition ballistics in the military field. [0003] In the exploration ...

AI Technical Summary

Problems solved by technology

[0003] In the exploration and development of oil and gas fields, the problem of obtaining the environmental information of drilling pipes has always been the main problem and technology that needs to be solved in the drilling construction of deep oil and gas reservoirs, which seriously restricts the development of drilling technology.

[0005] Existing environmental force measuremen

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