Hinemosu 30 Taispeántas Ríomhaire le Yuichiro Katsumoto

Is buaiteoir an-mheasúil den ghradam fíor-ardghradamach 2024 Duais Plaitíneim A' Design Award sa Chatagóir Comórtais Dearadh Giniúnach é an dearadh Hinemosu 30 Taispeántas Ríomhaire le Yuichiro Katsumoto.

PlaitíneamGiniúnach· 2024

Hinemosu 30 Taispeántas Ríomhaire

le Yuichiro Katsumoto

Cliant: The Utsuroi Lab

Buaiteoir an ghradaim Duais Plaitíneim A' Design Award sa Chatagóir Giniúnach

1,519,473

Buaiteoir Gradaim Fíoraithe

Fíoraigh Stádas Gradaim do #159382

Tabhair Cuairt ar an Suíomh Féach ag A' Design Award Preasráiteas Suaitheantas Gradaim

Dathanna

An Dearadh

Maidir le Hinemosu 30 Taispeántas Ríomhaire

Taispeánann an Hinemosu 30 litreacha agus patrúin trí chúig banda leaisteach bán a chasadh le tríocha gníomhaire chun imeacht ama a léiriú. Gineann an bogearraí ríomhaire a rialaíonn an gléas íomhánna dinimiciúla a spreagann patrúin teicstíle, tonnta aigéin, stoirmeacha sléibhe, agus sneachta ag titim, chomh maith leis an dáta agus an t-am. Cuireann na fuaimeanna meicniúla a tháirgtear ag na gníomhairí fuaimeanna uisce agus gaoithe sa dúlra i gcuimhne. Tá cruthaitheacht agus nuálaíocht an ghléis seo le feiceáil sa chaoi go dtaispeánann sé faisnéis ríomhghinte trí úsáid a bhaint as rudaí líneacha seachas rudaí poncúla.

An Aitheantas

Maidir leis an Duais Plaitíneim A' Design Award

Bhuaigh an dearadh Hinemosu 30 Taispeántas Ríomhaire Duais Plaitíneim A' Design Award, aitheantas thar a bheith clúiteach a bhronntar ar dhearaí atá fíor-urghnách, galánta agus maorga. Is míorúiltí cruthaithe iad buaiteoirí Plaitíneim, fianaise ar theorainneacha na cruthaitheachta intleachtúla, agus léiríonn siad gairmiúlacht agus géiniais a ndearthóirí gan sárú. Táthar ag súil go mbeidh na dearaí seo ar na saothair is clúití a shainíonn aeistéitic ré, a chuireann le folláine na sochaí agus a chuireann teorainneacha na healaíne, na heolaíochta, an deartha agus na teicneolaíochta chun cinn. Léiríonn an dearadh Hinemosu 30 Taispeántas Ríomhaire leibhéal sármhaitheasa thar na bearta agus déanann sé an domhan ina áit níos fearr gan amhras lena shaintréithe tairbheacha luachmhara. Is saothar é an dearadh Hinemosu 30 Taispeántas Ríomhaire a bhuaigh Duais Plaitíneim A' Design Award a mhúsclaíonn mianta, a spreagann, a chuireann ar bís, a thugann sásamh agus a bhíonn ina thobar áthais mhóir.

Taobh Thiar den Dearadh

Pacáiste Preasa

Creidiúintí, baill foirne agus sonraí teicniúla curtha ar fáil ag an dearthóir.

Airíonna Uathúla: Hinemosu 30 is a computer display that shows the time and date by twisting five white elastic bands. The five thick lines are controlled by thirty actuators and display a dizzying kinetic typography and motion graphics. The moving image generated by the computer software connected to the device evoke textile patterns, ocean waves, mountain storms, and falling snow. The mechanical sounds produced by the actuators are reminiscent of the sounds of water and wind in nature.
Toisí & Pacáistiú: 280mm (W) x 120mm (D) x 300mm (H), 5kg.
Clibeanna: Kinetic Typography, Motion Graphics, Visualization, Physicalization, Elastic Band, Rubber, Clock
Teicneolaíocht Táirgthe: Components: Elastic Bands, Servo Motors, Micro Controllers, Aluminum Flame, Acrylic Board, MacBook Air.
Dúshlán Deartha: The creativity and novelty of this device lies in the fact that it displays computer-generated information using line-like and particularly strip-like objects rather than dot-like or brick-like objects. In comparison to discrete objects, the control of linear objects is more difficult to express delicately because of mutual interference in mechanics. These limitations were overcome in terms of hardware and software in this project through circular prototyping.

In this work, five white elastic bands are arranged horizontally in a black picture frame. Each band is 250 mm long, 40 mm wide, and 1 mm thick. Six white plastic guides are attached to the band horizontally at 42 mm intervals. These guides are used to tilt the band and are linked to servo motors mounted on the back of the picture frame. The servo motor can twist the band in a range of approximately -60 to 90 degrees, although there are slight individual differences. When the servo motor is at 0 degrees, the apparent width of the elastic band is thickest, and at 90 degrees, it is thinnest.

This work uses thirty servo motors, all of which are controlled by a software running on Mac. This software was developed using Cycling '74 Max and generates motion graphics and kinetic typography, calculates the numerical values to control the thirty actuators individually. And it sends the data to the micro controller in Hinemosu 30 via USB Cable.
Taighde: This project had been explored kinetic typography by manipulating slender objects such as springs and strings with robot arms. Beyond such practices, the current focus is on flat liner object such as strips, ribbons, and tape with two sides of widely varying widths. Those lines change in apparent thickness depending on the viewpoint. For example, if the ribbon is tilted 90 degrees, the line will appear or disappear. If it is twisted from both ends, the line weight changes continuously like a sine wave. Lines drawn by humans with a brush or calligraphy pen also have continuous changes in line weight. Inspired by this similarity, Hinemosu 30 was designed.
Inspioráid: The human life is often likened to a line. The line is never straight. It bends, twists, thickens, and thins. The lines are similar to lines drawn by humans for writing. Modern computers output data using points (pixels). Conversely, this designer believes that lines are the source of our life and creativity and wants to let the computer control linear objects. The fruition of this intention, Hinemosu 30 displays letters and patterns by twisting five white elastic bands with thirty actuators to represent the passage of time.
Fad an Tionscadail: This project started in the fall of 2022 and partially finished in the summer of 2023.
Sreabhadh Oibríochta: Automatic operation by software.
Paitinní: Copyrights belong to Yuichiro Katsumoto, 2023.
Creidiúintí Íomhá: Yuichiro Katsumoto