Mindar
Революция машин уже пришла в религию – по крайней мере, в Японии. Буддийский храм в городе Киото решил изменить свои практики, чтобы стать ближе к людям, и установил там робота. Твоя роль? Объявляйте проповеди верующим. Робот Миндар ростом почти шесть футов имеет женский голос и был создан в честь буддийского божества милосердия Каннон. Руки, лицо и плечи корпуса робота покрыты силиконом (имитирующим человеческую кожу). Это все. Все остальное состоит из открытых металлических шестерен.

.

Mindar

A revolução da máquina já entrou na religião – pelo menos no Japão. Um templo budista na cidade de Kyoto decidiu mudar suas práticas para se aproximar das pessoas e instalou ali um robô. Qual é o seu papel? Anuncie sermões aos crentes. Com quase um metro e oitenta de altura, o robô Mindar tem uma voz feminina e foi criado em homenagem à divindade budista da misericórdia Kannon. Os braços, rosto e ombros do corpo do robô são cobertos com silicone (imitando a pele humana). É tudo. Todo o resto consiste em engrenagens de metal expostas.

.

Mindar

The machine revolution has already entered religion – at least in Japan. A Buddhist temple in the city of Kyoto decided to change its practices in order to become closer to people, and installed a robot there. What is your role? Announce sermons to believers. Almost six feet tall, the robot Mindar has a female voice and was created in honor of the Buddhist deity of mercy Kannon. The arms, face and shoulders of the robot body are covered with silicone (imitating human skin). It’s all. Everything else consists of exposed metal gears.

Jacobson’s Fabulous Olfactometer
Created by Susanna Hertrich, Jacobson’s Fabulous Olfactometer (JFO) is a sensorial prosthesis that mimics mammalian ‘flehmen’ when air pollution levels are high. The prosthetic is designed around a new human sense modeled after a mammalian sense organ called the vomeronasal or “Jacobson’s” organ. This olfactory sense organ enables certain animals to sense odourless chemicals. When a mammal senses chemicals, it lifts its upper lip to expose this organ. This behaviour is called ‘flehmen’ (wikipedia).Two air chemical sensors located at the top part of the prosthetic register small particles (smoke) and CO2 levels. This data is fed into an Arduino board. When air pollution levels are registered as ‘high’, two stepper motors on either side of the head set exaggerated bone gears in motion and the wearer’s lip is slowly pulled upwards. Thus, JFO enables its wearer to ‘sense’ airborne chemicals and modifies his/her face similar to mammalian flehmen.Sensing and data processing is achieved using an Arduino with a Smoke detector (fine particles) & a Co2 sensor. The device also includes Adafruit stepper motor shield, two stepper motors and a custom designed gears carved from camel bone.