User:Yonatanadane/enes-100/project 2

My Instructor's user page which points to this.

My task was

 * Do a knowledge based understanding on the blood cooler.
 * Brainstorm how to prevent air from liking.
 * Brainstorm how to prevent water from liking.

What I did

 * went to the previous blood cooler project page| Blood Cooler to see what was the problem. Problem was air keep liking and also water licks.
 * Find out what what attempt have been done by previous blood cooler project team.
 * searched current blood cooler that are being sold. The current blood cooler are being sold by a company called Avacore here is the link to their page "CoreControl Glove."

Proposed next steps

 * reach out previous project members
 * brain storm on how to solve current problem of the blood cooler

My task was

 * My task this week was to post pictures of the liking parts of the blood cooler.
 * Explain how the the motor works.
 * Brainstorm on how to make the blood cooler fit for everyone.

What I did

 * post picture of current problem like water leaking.
 * Water was liking from most of the tube connection with the water container also the water container seems to have holes.

have been pumped by the motor. It cycles until the motor is switched off.
 * Basically how the water pump work is, connect one of the tube to the water pump opening as shown in the picture and the other returns the water that
 * watched a video of Stanford university about the blood cooler and it uses. Here is the link to the video http://www.youtube.com/watch?v=e8J6ov48rG0

Proposed next steps

 * Get new tubes since the old ones have hole in them.
 * remove any glues and found around the water liking parts.
 * Need to change the water container.
 * Get a switch of the blood cooler since it doesn't have one.

My task was

 * work on the water container.
 * upload videos of the water pump constant water flow through the tube.
 * Separate current water container.
 * replace new tubes.

What I did

 * separated the water container using a screw driver and force. Removed duck tape and unplug the tube that are connected to the water container.


 * Tested the water flow that is generated by the water pump. Took a video while doing it here is the link http://youtu.be/ejs7rAu_xGU.

Proposed next steps

 * Brain storm the right length of tubes that the water pump can fully circulate the water.
 * Get Pvc pipes with 20cm radius.
 * set up the tube and the pump in the water container.

My task was

 * Put the two separate tubes inside a larger tube together.
 * Design clamp for the tube.
 * Look for current type of clamps on the web.

What I Did

 * Looked for a prototype to use for sticking the wire with the clamp inside the water container. Found this image http://www.poyntsource.com/New/PathImages/Figure%202.JPG used 3/4″ wire clamp and glued it to the water container walls.
 * putted the two wire inside one larger tube as shown in the image below.

Proposed next steps

 * Find the type of clamp used in the picture or use 3D printer to print the clamp.
 * Get new flexible tube since the current one seem to be easily broken.
 * Get everything together and clamp the tubes to the water container.
 * Drill a hole for the water pump power supply cable and seal it so no water can leak.