FIELD: measuring technology.
SUBSTANCE: invention relates to vibration detection. The essence of the invention lies in the fact that a vibration detection device applied to a nuclear magnetic resonance device used during drilling contains a vibration stand. The vibration stand is designed with the possibility of clamping in the horizontal direction of the nuclear magnetic resonance device used during drilling, and additionally contains a graduated chamber that contains a liquid for determining; the graduated chamber is designed to be suspended above the upper side of the vibration stand and is located at a distance from the nuclear magnetic resonance device used during drilling; when the vibration stand vibrates, the graduated chamber remains stationary, and the nuclear magnetic resonance device used during drilling performs radiation at high voltage and measurement by means of a graduated chamber.
EFFECT: providing the possibility of a more complete measurement of the vibration of the device.
12 cl, 8 dwg
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