飞行是仿生学习网络中反复出现的主题。我们从 BionicOpter 和 eMotionSpheres 项目获得的见解被纳入到仿生蝴蝶的开发之中。这些见解将人造昆虫的超轻设计与协同的集体飞行行为结合起来。
Ten cameras installed in the space detect the butterflies using the two infrared markers on their wings. The cameras transmit the position data to a central master computer which coordinates the butterflies from the outside. The intelligent networking system creates a guidance and monitoring system which could be used in the networked factory of the future.
In order to replicate their natural role model as closely as possible, the eMotionButterflies feature highly integrated on-board electronics. They are able to control their wings individually with precision and thereby perform fast movements. As the wings overlap slightly, an air gap is created between them when they beat, which gives the artificial butterflies their special aerodynamics.
With the eMotionButterflies, we are taking another step in the Bionic Learning Network in the areas of miniaturisation, lightweight construction and functional integration. The butterflies offer an impressive combination of intelligently used mechanics and the smallest possible power units in the tightest installation space. The reduced use of materials enables lifelike flying behaviour.