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2020 INNO-vation Disruptive Challenger
Similar to how plants undergo synthesis, the solar-powered plant generates electricity in its leaves, stores it in the roots and it glows at night when it blooms.
Attached to the leaves are solar panels which efficiently generate power through light. This works even indoors and can use both natural light from a window and even artificial light.
An illuminance sensor is attached to a leaf, when the room darkens at night, the flower blooms and lights up. When morning comes and the sun shines in, the flower closes and the lights go out. In other words, it functions as a nightlight.
At the same time, as a plant-shaped robot, it is being developed so that people can enjoy a new form of communication that has never existed before.
For example, like taking care of a real plant, humans can give the device a "shower of light" to give extra electricity. Even if there is little sunlight on rainy days, the flower can still be made to bloom.
In the future, the goal is to make the device more compact and foldable to deliver a bouquet of light to those areas without electricity.
First Class Architect / Plant Robot Creator / Fashion Designer
1967 - Born in Hiroshima
1990 - Graduated from the School of Science and Engineering, Waseda University, with a degree in Architecture
1992 - Graduated from the Graduate School of Science and Engineering, Waseda University, Department of Construction Engineering (Nobuo Hozumi Laboratory)
1992 - Studied Glasgow School of Art in Scotland as a Rotary Foundation Scholar
1993 - Architect at Izue Architecture Office, under Kan Izue
1997 - President of Hanazono Sekkei Office
1999 - Start of 'Architectural Live Activities'!
- Open call on the homepage for architects to participate in a construction effort, with over 800 people from across the country coming together to build architecture.
2011 - Started producing the "Solar Plant", a solar-powered system that mimics plants
2016 - Formed "11 deg. design" (11土design) with designer Aiko Matsumura, designing a variety from local souvenirs to spaces.
2019 - First runway appearance at Hiroko Koshino Fashion Show
2020 - Began clothing production and design of "the smallest space to wear"
2021 - Began creation of the Solar Plant at home as part of the INNO-vation Program
2022 - Announcement of the Solar Powered Plant, "Hikaruka"
Development of an "Fluidized Bed Interface" Using the Fluidized Bed Phenomenon to Liquefy Granular Material
Development of a Unit Module for Three-Dimensional Object Modeling Varying in Color due to Gaze Direction and Time
Unkore, an app utilizing poop and beautiful girls to help with early detection of colorectal cancers
Up to 3,000,000JP¥ in Support to Make Your Ideas a Reality | Applying to the INNO-vation Program2022/05/26 12:00