Breath Skin - Soft Robotic Building Facades

BREATHING SKIN

PNEUMATIC STRUCTURE FACADE

AC- STUDIO 2 - Yue Yang TUTOR: Valentina Soana , Minooee Sabery, Shahram

FINAL DEMO

02. SOUND CONTROL SYSTEM

01.

INTRODUCTION

03. USER INTERFACE

04. PROTOTYPE FABRICATION

INTRODUCTION - DESIGN AIM

INTRODUCTION - DESIGN AIM

INTRODUCTION - METHOD

INTRODUCTION – PRECEDENT STUDY

T - POP

ALBAHAR TOWER

MOVEMENT DESIGN: Structure for visualizing spectrograms. Nine engines organized in a 3x3 grid to deform a surface.

MOTORS: He used Arduino to control six motors to test different soft materials, using the motion change of materials to express the frequency of sound. However, he did not directly input sound data, but converted the data of sound waves into animation on the computer and input the motor to represent the motion of sound.

MATERIAL: He tested the different performances of different soft materials when they moved, which gave certain inspiration to the project. However, this project was not driven by sound information directly and could not achieve interaction, it was more of a kind of sound performance.

DIALOGO

SPATIAL FLUX

INTRODUCTION – PROPOSAL APPLICATION

01. MULTIPLE HEXAGON PANELS STACKED

02. SINGLE HEXAGON PANEL SYSTEM

INTRODUCTION – PROPOSAL APPLICATION

INTRODUCTION – SYSTEM COMPOSITION

INTRODUCTION – SYSTEM INFLATION STATE

01. INTRODUCTION

02. SOUND CONTROL SYSTEM

03. USER INTERFACE

04. PROTOTYPE FABRICATION

SOUND CONTROL SYSTEM – SOUND DETECTION - BEHAVIOUR

SOUND DETECTION

SOUND DETECTION

DISTANCE CALCULATE

SOUND SOURCE

SOUND CONTROL SYSTEM – SOUND DETECTION - BEHAVIOUR

SOUND CONTROL SYSTEM – SOUND DETECTION – ACTUATOR

SENSOR_01

AIR PUMP_01

INFLATION = 30%

AIR PUMP_02

INFLATION = 60%

AIR PUMP_03

INFLATION = 100%

SOUND DETECTION VALUE = 30% SENSOR_02

SOUND DETECTION VALUE = 60% SENSOR_03

SOUND DETECTION VALUE = 100% SENSOR_04 ARDUINO UNO AIR PUMP_04 SOUND DETECTION VALUE = 100%

INFLATION = 100%

SENSOR_05

AIR PUMP_05

INFLATION = 60%

AIR PUMP_06

INFLATION = 30%

SOUND DETECTION VALUE = 60% SENSOR_06

SOUND DETECTION VALUE = 30%

SOUND CONTROL SYSTEM – SOUND DETECTION - POSITION

SOUND CONTROL SYSTEM – SOUND DETECTION - DISTANCE

01. INTRODUCTION

03. USER INTERFACE

03. SOUND CONTROL SYSTEM

04. PROTOTYPE FABRICATION

USER INTERFACE – UI DESIGN

USER INTERFACE – UI SETTING INFORMATION

USER INTERFACE – UI DESIGN

01. INTRODUCTION

04. PROTOTYPE FABRICATION

03. SOUND CONTROL SYSTEM

04. USER INTERFACE

PROTOTYPE FABRICATION – FABRICATION METHOD

PROTOTYPE FABRICATION – PROTOTYPE FABRICATION – SILICONE PANEL

INTENSITY MODE

FREQUENCY MODE

PROTOTYPE FABRICATION– CIRCUIT CONNECTION

SPEAKER

AIR PUMP ZR370-02PM No.1,2,3,4,5,6

SOUND MODULE SU-03T

No.1

No.2

No.3

No.4

No.5

SOUND SENSOR

12V POWER ADAPTER ARDUINO UNO

No.6

PROTOTYPE FABRICATION– FINAL PROTOTYPE

HEXAGON PANEL

ACRYLIC BASE

PROTOTYPE FABRICATION– FINAL PROTOTYPE

PROTOTYPE FABRICATION– FINAL PROTOTYPE

SILICONE PANEL

PVC INFLATION HOSE

PROTOTYPE FABRICATION– FINAL PROTOTYPE

PROTOTYPE FABRICATION– FINAL PROTOTYPE

AIR PUMP

SOUND SENSOR

ARDUINO UNO

SOUND MODULE SU-03T

BREADBOARD

FINAL DEMO DEMO – 01 – INTENSITY MODE

DEMO – 02 – FREQUENCY MODE

THANKS

PNEUMATIC STRUCTURE FACADE

AC- STUDIO 2 - Yue Yang TUTOR: Valentina Soana , Minooee Sabery, Shahram