Hemispherical omnibearing inclination angle and vibration detection device

Abstract

The invention relates to a hemispherical omnibearing inclination angle and vibration detection device. The device comprises a support assembly, a storage bowl, an outer bowl, an inner bowl and a measurement medium, and is characterized in that the storage bowl, the outer bowl and the inner bowl are arranged on the support assembly, the inner wall of the outer bowl is an angle measurement surface,a first transparent adhesive layer is arranged on the angle measurement surface, the inner bowl is located between the storage bowl and the outer bowl, a round hole is formed in the bottom of the inner bowl, a second transparent adhesive layer is arranged on the outer wall of the inner bowl, the measurement medium is arranged in the storage bowl and overflows when the storage bowl inclines, the overflowing measurement medium falls to the angle measurement surface and adheres to the first transparent adhesive layer, and therefore, the inclination angle and the inclination direction are judged according to the adhering position of the measurement medium on the angle measurement surface. When the measurement medium which falls onto the angle measurement surface and does not adhere to the first transparent adhesive layer is vibrated, the measurement medium adheres to the second transparent adhesive layer, so that the adhering direction of the measurement medium to the inner bowl is the impacted direction.

Description

technical field [0001] The present application relates to a detection device, in particular to a hemispherical omnidirectional tilt angle and vibration detection device. Background technique [0002] During the transportation of goods, some large precision equipment, refrigeration equipment, medical equipment, glass products and top-heavy equipment need to be kept upright and must not be subjected to excessive impact to ensure the integrity of the structure and function of the goods. In order to detect the tilt angle, bump and impact of the package during transportation, anti-tilt labels and shock-sensitive labels are usually attached to the surface of the package, and the anti-tilt labels are used to detect whether the goods are tilted or tilted in a single plane, that is, in the plane where the label is located. Whether the goods are tilted or tilted at an angle, and when the goods encounter strong bumps, the impact of the package is detected through the vibration sensor l...

AI Technical Summary

Problems solved by technology

[0004] The embodiment of the present application provides a hemispherical omni-directional tilt angle and vibration detection device to solve the problem of high cost and insufficiency when attaching anti-tilt labels and vibration induction labels on the package surface to detect the package tilt angle, bumps and impacts. Sensitive question

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