| 
N° | 
Component/Activity | 
Description | 
Cost | 
Number
  of pieces | |
| 
Acid Ferric | 
This
  kind of acid is used to eliminate the excess of cooper in the Bakelite | 
 $                39.00  | 
X2 | ||
| 
Acrylic | 
 This material is similar to
  crystal but is more resistance and lighter  | 
 $                99.00  | 
X1 meter | ||
| 
Arduino | 
This is a microcontroller platform,
  it’s like the brain of the project. We will use that to control all the
  dispositives.  | 
$             300.00 | 
X1 | ||
| 
Bakelite  | 
This material is used to make the
  circuits of the project.  | 
 $                40.00  | 
X1 30cm | ||
| 
Water Bombs | 
The
  water bombs are used to collect the water and fill in the glass  | 
$                  70   | 
X5 | ||
| 
Cable  | 
The cable is going to be to connect
  all the circuits with the bombs, servomotor and sensors.  | 
 $                  9.00  | 
X1 5meter | ||
| 
Display | 
The
  display is a little screen that shows numbers. We will going to show the
  number of full glasses. | 
 $                55.00  | 
X1 | ||
| 
Hose | 
 This hose will going to be with
  the water booms to fill the glasses  | 
 
  $                15.00  | 
X1 6meter | ||
| 
RGB Sensor (tcs 3200) | 
The
  RGB sensor detects the different color of the glasses  | 
 $              175.00  | 
X1 | ||
| 
Servomotor | 
The servomotor is a motor that you
  can control. This will move the base with the glasses | 
 $              162.00  | 
X1 | ||
| 
Screws | 
They
  will be in all of the structure of the project  | 
$                  1.00  | 
X40 | ||
| 
Relays | 
This dispositive is a switch to turn on and turn
  off the waterboms and the servomotor | 
$                  30.00 | 
X5 | ||
| 
Total:  | 
994$ | 
1554 | 
viernes, 17 de octubre de 2014
Budget cost form
jueves, 16 de octubre de 2014
IP report
The integrator project going in a timely manner, there have been several advances, but I left my team that work hard, because I had a lot of work at my job, I think they're a bit stressed.
The progress has been made in the structure and the programming, calibrate the RGB sensor, but progress is needed in the design.,and the sensor was tested with servo motor and works great, just slightly adjust the rotation.
The water pumps consume much amperage will be in service but only few seconds, with good voltage source pumps work well and fill the glasses quickly.
Refine several details still missing but I will finalize the project.I hope I'm not stressed by the end of the semester with the delivery of the project and finish it in time allotted.
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