Dancing Jenny Fish
Kids' Zone · Interactive
- DimensionsSubject to on-site plan
- PresentationInteractive
- PricingQuoted by manufacture spec
Purpose & Scientific Principle
The exhibition uses electromechanical models to show how jellyfish move, so as to further understand the knowledge of bionics and feel the beauty of the integration of technology and nature.
How to Operate
The umbrella-like structure of the mechanical jellyfish is assembled from 8 petal-shaped light boxes. It has 8 tentacles, each of which contains a set of mechanical link transmission devices. As the music plays, the mechanical jellyfish begins to move. The umbrella-shaped structure begins to glow and change color with the rhythm of the movement, opening and closing, as if swimming in the blue sea.
Jellyfish (English: Jellyfish) is a kind of lower marine invertebrate zooplankton. Taxonomically, it belongs to the phylum Coelenterata, also known as Cnidaria and Scyphozoa. There are about 200 known species. Or refers to species of the Cubozoa class, which was previously considered to be an order of the Cubozoa class. The term jellyfish broadly refers to jellyfish-shaped (bell-shaped or saucer-shaped) cnidarians, such as polyps, siphonophores (including man-jellyfish), and ctenophores and sea jellyfish that do not belong to the class Scyphozoa. Jellyfish in this class are divided into two types: free-swimming jellyfish and those that live sedentary lives (using their stalks to perch on seaweed and other objects). The polyp-like species that live sedentary lives constitute the order Stauromedusae.
Machines with more concentrated functions, higher efficiency and biological characteristics are designed and manufactured by imitating the morphology, structure and control principles of living things. The discipline that studies bionic machinery is called bionic mechanics. It is an edge discipline formed in the late 1960s by the mutual penetration and combination of biology, biomechanics, medicine, mechanical engineering, cybernetics and electronic technology. The main areas of bionic machinery research are biomechanics, control bodies and robots. By combining the superior structures and physical properties that may be used in biological systems, humans may be able to obtain bionic machines that are more complete in certain properties than systems formed in nature.
Related Exhibits
Need a quote for this piece or a full exhibit configuration? Tell us your venue area, theme direction, and budget range.