Difference between revisions of "Cybernetic Prosthetics : Aquatic Acoustic"

From DigitalCraft_Wiki
Jump to navigation Jump to search
Line 11: Line 11:
 
The first (and only) prototype.
 
The first (and only) prototype.
  
[[File:IMG 8751.jpg|500px]]
+
[[File:IMG 8751.jpg|300px]]
  
 
We first used a plastic bucket to contain water, and leave the material problem to the later stage. We didn't get an underwater microphone, instead, we used a condom on a normal microphone for water prove. During the test on the desk, we realised the vibration transmitted by the attached material is extremely strong. To reduce it, we had a thick scarf. Afterwards, we decided to bring the device outside the studio to check the effect.
 
We first used a plastic bucket to contain water, and leave the material problem to the later stage. We didn't get an underwater microphone, instead, we used a condom on a normal microphone for water prove. During the test on the desk, we realised the vibration transmitted by the attached material is extremely strong. To reduce it, we had a thick scarf. Afterwards, we decided to bring the device outside the studio to check the effect.
  
[[File:IMG 8752.jpg|500px]]
+
[[File:IMG 8752.jpg|300px]] [[File:IMG 8754.jpg|300px]] [[File:IMG 8757.jpg|300px]]
 
 
[[File:IMG 8754.jpg|500px]]
 
 
 
[[File:IMG 8757.jpg|500px]]
 
  
 
The result of testing outside fitted our anticipation. And it also showed some improvement to be done.
 
The result of testing outside fitted our anticipation. And it also showed some improvement to be done.

Revision as of 12:18, 1 October 2018

Inspired by whales that the sound they made underwater is so dim and distanced. We were standing in the entrance of blaak and hearing sharp noises from the surroundings, an idea of making analogue filter came up in our minds.

Research

Sound and light waves: https://www.youtube.com/watch?v=Io-HXZTepH4&t=1013s

8 Hours of Whale Sounds Deep Underwater: https://www.youtube.com/watch?v=nDqP7kcr-sc

First Time Testing

The first (and only) prototype.

IMG 8751.jpg

We first used a plastic bucket to contain water, and leave the material problem to the later stage. We didn't get an underwater microphone, instead, we used a condom on a normal microphone for water prove. During the test on the desk, we realised the vibration transmitted by the attached material is extremely strong. To reduce it, we had a thick scarf. Afterwards, we decided to bring the device outside the studio to check the effect.

IMG 8752.jpg IMG 8754.jpg IMG 8757.jpg

The result of testing outside fitted our anticipation. And it also showed some improvement to be done.

Process

The device consisted of two parts, the analogue part and the digital part.

The bent metal is the main and constructed component, it was covered and patted with thick foam board in order to reduce the transmitted vibration. A big clip attached to the top of metal for hanging and stabilizing the microphone. For better looking, we sprayed paint it.

IMG 8770.jpg IMG 8772.jpg

The microphone was placed in a condom for waterproof, connected to a sound recorder for adjusting and a set headphone.

IMG 8782.jpg IMG 8788.jpg

Second Time Testing and Filming

IMG 8783.jpg IMG 8784.jpg

Product and Video

Aquatic Acoustic

IMG 8785.jpg

Video Link : https://vimeo.com/292687674