miércoles, 22 de octubre de 2014
"Product comparison"
A B
1) The Multi-Tool A has a Toothpick, but it doesn't have Straight edge blade.
2) The Multi-Tool B has a Full Serrated Blade., but it doesn't have a Tweezers.
3) The Multi-Tool A has a Philips screwdriver, but it doesn't have a Multi-Angle Needle nose pliers.
4) The Multi-Tool B has a Can Opener, but it doesn't have a small flat screwdriver.
5) The Multi-Tool A has a hard wire cutter, but it doesn't have a 3-sided file.
My conclusion of this is to help you learn more about the tool and know that coas has each one but also helps you to know that they are different with each other.
lunes, 13 de octubre de 2014
REPORT OF PROJECT
REPORT OF PROJECT
GERARDO
FERMIN NAVA GOMEZ
TEAM
#6
To this moment we have managed to complement all raised as in this term, the models with two systems that could be working. In this case we place three systems because we had the time, thanks to the good participation of each one of us in which is the project. Each one of us is satisfied about that we did, because everything we did we took in account from a viewpoint of everyone and that sometimes they were good and always tried of do the best to not have disagreements. All activities were implemented and intended to do no faults all accomplished. To conclude we lack a system that is flame sensor that we have contemplated and are ready to be placed in the model, something plus, also have two that are the water pump and an elevator.
materials budget
Team: Number 6
Component/Activity
|
Description
|
Cost
| ||
Material
|
Cable (RED UTP)
|
32$ Meter (2)
| ||
Resistance
|
1$ Each one (20)
| |||
LED´s
|
2-7 $ (15)
| |||
Capacitors
|
6 $
| |||
Transistors
|
9$ (2)
| |||
Multimeter
|
199$
| |||
Parallel port
|
150$
| |||
Switches
|
20$
| |||
Pliers (to cut the cable)
|
60$
| |||
Consumables
|
Welding
|
150$
| ||
pasta for welding
|
25$
| |||
soldering
|
90$
| |||
copper and zinc
sulfate
bar
|
95$
60$
| |||
Bought-in parts
|
Circuit 74ls
|
25$
| ||
Galvanometer
|
30$
| |||
ADC0804
|
88$
| |||
Protoboard
|
65$
| |||
Motor
|
20$
| |||
Fan
|
15$ (2)
| |||
Manufacturing
|
Wooden base
|
50$
| ||
Equipment buy/hire
|
Multimeter
|
Free
| ||
Travel/ subsistence
|
Sulfate delivery (zinc and copper)
|
100$
| ||
Other
|
Material for build the house
|
700$
| ||
Total costs: 2120$
| ||||
miércoles, 8 de octubre de 2014
Instructions:
1.Put the crank on the bottom bracket.
2.Tighten the nuts.
3.Put the chain on the crank.
4.Put the Wheel with rim on the hub.
5.Put the grip on the handlebar.
6.Put the clips on the pedal.
7.Put the pedals on the cranks.
8.Tighten the nut.
9.put the seat on the seatpost.
10.Tighten the nuts.
11.Put the handlebar on the stem.
12.Tighten the headset.
13.Put the cog on the hub.
14.Tighten the lockrign.
15.Put the Wheel with rim on the hub.
16.put the seatpost.
17.Place the seat in the seatpost.
18.Check that the bike is in good condition.
martes, 7 de octubre de 2014
Bike Assembly
Part
|
Description
|
Image
|
Crank
|
Is an arm attached
at right angles to a rotating shaft by which reciprocating motion is imparted
to or received from the shaft.
|
|
Handlebars
|
|
|
Pedals
|
|
|
Clips
|
|
|
Nuts
|
|
|
Wheels
|
|
|
Rims
|
|
|
Hubs
|
|
|
Chain
|
|
|
Seatpost
|
|
|
Seat
|
|
|
Cog
|
|
|
Lock ring
|
|
|
Stem
|
|
|
Grip
|
|
|
Headset
|
|
|
Bottom Bracket
|
|
|
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