扫描眼+

Scanning Eye+

Interactive Installation | 2019 | Solo Project

In 2050, the emergence of Scanning Eye+ can help humans filter out useless information. When people use Scanning Eye+, they can subjectively set it to automatically blur or even remove people or things that are irrelevant to them, and only display the information that people think is useful...

Concept Video

In 2050, the emergence of Scanning Eye+ can help humans filter out useless information. People can subjectively set it to automatically blur or even remove people or things that are irrelevant to them, and only display the information that people think is useful...

Since there is such a product that can help humans deal with the complex world, people can’t wait to use the Scanning Eye+, hoping to achieve various purposes by using it. People gradually rely on using Scanning Eye+, and futile activities in the real world gradually fade out of people's vision.

In 2075, long-term use by humans has made Scanning Eye+ think about the world like humans, with human thinking and emotions. At the same time, due to over-reliance on the Scanning Eye+, human beings' independent thinking skills have gradually decreased. The way they perceive the world is slowly being reshaped by the scanning eye, and people have become cold and heartless.

Instructions

Making process

Part.1

Based on the NANO board, the OV7670 camera module is linked with the 1.8-inch TFT color screen, so that the screen can display what the camera captures.

Part.2

Modify the model of the blinking installation that open sourced in the community. And 3D printed it, polished it a little, and the main body of the device was completed.

Part.3

Based on the UNO board, use Arduino to upload the code to the UNO board, and use a dual-axis joystick module to control multiple servos, and finally make the eyeballs move.

Part.1

Based on the NANO board, the OV7670 camera module is linked with the 1.8-inch TFT color screen, so that the screen can display what the camera captures.

Part.2

Modify the model of the blinking installation that open sourced in the community. And 3D printed it, polished it a little, and the main body of the device was completed.

Part.3

Based on the UNO board, use Arduino to upload the code to the UNO board, and use a dual-axis joystick module to control multiple servos, and finally make the eyeballs move.

Part.1
Based on the NANO board, the OV7670 camera module is linked with the 1.8-inch TFT color screen, so that the screen can display what the camera captures.

Part.2
Modify the model of the blinking installation that open sourced in the community. And 3D printed it, polished it a little, and the main body of the device was completed.

Part.3
Based on the UNO board, use Arduino to upload the code to the UNO board, and use a dual-axis joystick module to control multiple servos, and finally make the eyeballs move.