Beilstein J. Nanotechnol.2018,9, 812–823, doi:10.3762/bjnano.9.75
hindwings of the H. axyridis was established, and its underlying mechanism is discussed.
Keywords: anti-wetting; folding process; interlockingmechanism; micro air vehicles; microtrichia; Introduction
Insect wings have many properties, such as lightness, thinness, high flexibility and high load capacity
elytra, hindwings and abdomen. For the function of microtrichia, these different forms all play an important role in the hindwing-interlockingmechanism. The hindwings of H. axyridis can freely fold into the elytra, and they will not slide out from the elytra while the animal is crawling. This phenomenon
entire process of folding the hindwing, and less friction allows more movement of one layer against another layer.
In summary, the interlockingmechanism of the hindwings of H. axyridis, which can keep their hindwings folded without slipping out of the elytra, includes self-locking of the elytra, high
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Figure 1:
The moment of unfolding of H. axyridis hindwings.