Jizai Arms Sistema ng Karagdagang Robotikong Biyas ni Team Jizai Arms

Ang disenyo na Jizai Arms Sistema ng Karagdagang Robotikong Biyas ni Team Jizai Arms ay isang lubhang iginagalang na nagwagi ng napaka-prestihiyosong 2023 A' Design Award na Ginto sa Kategoryang Paligsahan na Disenyo ng Sibernetika, Prosthesis at Implant.

GintoSibernetika· 2023

Jizai Arms Sistema ng Karagdagang Robotikong Biyas

ni Team Jizai Arms

Kliyente: The University of Tokyo

Nagwagi ng A' Design Award na Ginto sa Kategoryang Sibernetika

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Ang Disenyo

Tungkol sa Jizai Arms Sistema ng Karagdagang Robotikong Biyas

Ang Jizai Arms ay isang sistema ng karagdagang robotikong biyas na isinusuot sa katawan. Binubuo ang sistema ng isang naisusuot na base unit na may anim na terminal at mga natatanggal na robotikong braso, na bawat isa ay may limang antas ng kalayaan sa galaw. Mabilis na maikakabit at maitatanggal ang mga braso, kaya maaaring magpalitan ng mga braso ang mga nagsusuot nito. Ang mga panlabas na bahagi ay ginawa sa pamamagitan ng three-dimensional printing, na nagbibigay-daan sa mga komplikadong hugis at nagpapagaan ng timbang. Ang mga braso ay pinapaandar sa pamamagitan ng isang half scale na modelo na ginagalaw gamit ang kamay, at ang postura ng modelo ay direktang inilalapat sa mga robotikong braso.

Ang Pagkilala

Tungkol sa A' Design Award na Ginto

Ang Jizai Arms Sistema ng Karagdagang Robotikong Biyas ay nagwagi ng A' Design Award na Ginto, isang napakaprestihiyosong pagkilalang iginagawad sa mga disenyong pangunahing-uri, kahanga-hanga at namumukod-tangi. Ang mga nagwagi ng Ginto ay mga likhang lubhang makabago, may pananaw at nakasisilaw sa karilagan na sumasalamin sa talino, karunungan at husay ng kanilang mga tagapagdisenyo. Inaasahang ang Jizai Arms Sistema ng Karagdagang Robotikong Biyas ay isang lubos na pinupuri, nagtatakda-ng-uso at monumental na imbensyon na naghahatid ng walang kapantay na halaga. Ang disenyong ito na nagwagi ng A' Design Award na Ginto ay isang kahanga-hanga at iginagalang na proyekto na lubos na nakikinabang at nagpapaunlad sa mga hangganan ng sining, agham, disenyo at teknolohiya. Ang Jizai Arms Sistema ng Karagdagang Robotikong Biyas ay lumilikha ng matinding damdamin ng pagnanais, gumigising ng damdamin, nagpapasigla ng pagkamalikhain at nakahuhumaling sa atin.

Sa Likod ng Disenyo

Press Kit

Mga kredito, miyembro ng koponan at teknikal na detalye na ibinigay ng taga-disenyo.

Mga Natatanging Katangian: JIZAI ARMS is a supernumerary robotic limb system.
It was designed to enable social interaction between multiple JIZAI ARMS wearers such as an exchange of arms.JIZAI ARMS is a supernumerary robotic limb system consisting of a wearable base unit with detachable robotic arms. The system has been designed to enable social interaction between multiple wearers, such as exchanging arms, and to explore possible interactions between digital cyborgs in a cyborg society.
Mga Sukat at Packaging: Width 900mm x Depth 400mm x Height 1000mm

*A system contains attachable/detachable robotic limb and wearable base unit, dimensions changes up to layout and posture of arms.
Mga Tag: Cyborg, Digital Cyborg, Social Digital Cyborg, Supernumerary Robotic Limb System, Robotic Limbs, Wearable Robotic Limbs, Human-Machine Integration, Human-Computer Integration, Robotics, Human-Robot Integration
Teknolohiya sa Produksyon: This system contains a wearable base unit which has six terminal to attach arms and board to communication, and robotic arms with 5 DOF.

Exterior parts are designed with organic and complex shape to cover only necessory part and make it lighter, 3D printing enabled these complex shape.

We designers worked from considering basic engineering specification like motor layout and geometry of arms, to finalize exterior design.
This process made sophisticated design.
Hamon sa Disenyo: Enabling quick and free attach/detach of arms is a core concept of JIZAI ARMS and system design for this feature was one of a hard point.
Production team invented connection system enables easy attach/detach and connect both electrically and physically, but stiff enough as a base of robotic arms.
From styling perspective, achieving a beautiful fusion of human body and machine was a challenging point. We designed this robotic system rationally but tried designing it visually fit to human body.
Pananaliksik: JIZAI ARMS is a prototype to explore possible social interactions between digital cyborgs in a cyborg society, such as gifting body parts or exchanging arms.
In existing research in human augmentation, interesting changes of embodiment happened through using wearable robotics has reported.
We focused not only individual wearer but also embodied experience happen between multiple digital cyborgs, and made JIZAI ARMS as a prototype to make such experiences real.
Inspirasyon: In “One Arm”, Nobel Prize-winning author Yasunari Kawabata wrote a weird scene that a girl gives her arm to a man and a man stay a night with it.
He vividly described a man’s experience at the night with his wide-ranging emotional changing.
After a half a century, emerging human-machine integration technologies have begun to allow us to physically experience Kawabata’s world.
“JIZAI ARMS” are designed to explore possible interactions between digital cyborgs in a cyborg society.
Tagal ng Proyekto: The project started in Nov 2021 in part of JST INAMI JIZAI BODY PROJECT and completed production in September 2022. JIZAI ARMS has firstly used and shown in dance performances in JIZAI Collection held at Tokyo in Novenber 2022.
Daloy ng Operasyon: JIZAI ARMS is a system contains wearable base unit and detachable robotic arms.
Robotic arms which connected to base unit are controlled by computer.
In current prototype, robotic arms are controlled using a 1/2 scale model as a controller, operator can control arms with moving a model like puppet.
Using this controller, operator controll robotic arms intuitively since a posture which operators made with model is directly applied to actual robotic arms.
Mga Miyembro ng Koponan: Design & Production: Nahoko Yamamura, Daisuke Uriu, Mitsuru Muramatsu, Yusuke Kamiyama, Shin Sakamoto, Shunji Yamanaka
Research Director: Masahiko Inami