Unmanned aerial vehicle, anti-vibration connector, and male seat and female seat thereof

Abstract

The disclosure relates to an unmanned aerial vehicle, an anti-vibration connector, and a male seat and a female seat thereof. The female seat of the anti-vibration connector comprises a female seat shell body provided with a number of accommodating chambers, and a number of clamping structures that are correspondingly fixed in the accommodating chambers in a one-to-one manner so as to respectively clamp a number of male plug heads on the male seat of the connector that correspond to the clamping structures in a one-to-one manner, wherein each clamping structure comprises at least one group of oppositely arranged elastic sheets and at least one independent elastic sheet, and each group of the oppositely arranged elastic sheets are oppositely positioned along a first horizontal direction; on one elastic sheet in each group of the oppositely arranged elastic sheets, at least one contact point, facing toward the other elastic sheet, is formed; at least one contact point, facing toward an inner part of a gap between the oppositely arranged elastic sheets along a second horizontal direction, is formed on each independent elastic sheet; the second horizontal direction is perpendicular to the first horizontal direction. Via a technical solution of the disclosure, stable connection of the connector can be realized; the anti-vibration connector, and the male seat and the female seat thereof are suitable for high frequency vibration environment such as unmanned aerial vehicles and the like.

Description

technical field [0001] The present disclosure relates to the technical field of flight control, in particular to an unmanned aerial vehicle, an anti-seismic connector and a male seat and a female seat thereof. Background technique [0002] By mating the connector male seat with the connector female seat, a tight and fast connection can be realized between the two components. However, the connector structure in the related art only pays attention to the convenience of connection between components, but ignores the connection stability. Then, especially for some environments where there are high-frequency vibrations, such as for unmanned aerial vehicles, the high-speed rotation of multiple power motors will cause strong high-frequency vibrations, which will easily cause the gap between the male seat and the female seat of the connector. It may loosen during the time, and even cause power outage and crash of the unmanned aerial vehicle. Contents of the invention [0003] Th...

AI Technical Summary

Problems solved by technology

However, the connector structure in the related art only pays attention to the convenience of connection between components, while ignoring the connection stability

Then, especially for some environments where there are high-frequency vibrations, such as for unmanned aerial vehicles, the high-speed rotation of multiple power motors will cause strong high-frequency vibrations, which will easily cause the gap between the male seat and the female seat of the connector. Loosening occurs during the interval, and even causes the power failure and crash of the unmanned aerial vehicle

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