IP Conclusions

in conclusion of my integrator project is that it's necessary to work as a team because all the activities that need to be performed have to carry an order and a certain amount of time. We shared the work with each one of the team members so we could do the best advance the possibly. For this project we aimed to make the domotic house system work corectly so we can reach the end of our project in order to be satisfied with our work. Generally all the team worked on what each one of us could apport, in each thing we did, we tried to the best possible. To do all of this possib we had to learn electronics because none of us knew about it, but thanks to courses we could capture programming until now because we had to conclude our project. All of the team is satisfied with the work we have done.

Parts, functions and locations..

A)
Fuel gauge: Serves for the measurement of fuel consumption.
Engine: Is a machine designed to convert energy into useful mechanical motion.
Drive shafts: is a mechanical component for transmitting torque and rotation.
Pipeline: Consists in transforming a data flow in a process covered by several sequential stages
Fuel tank: is a safe container for flammable fluids.
Brake: un dispositivo mecánico que impide movimiento
Silencer: Makes the car quieter
Exhaust pipe: is usually piping used to guide reaction exhaust gases away from a controlled combustion inside an engine.

B)
1.- The engine is at the front of the car.
2.- The Drive shafts is at the bottom on the left of the engine.
3.- The Pipeline is below of the engine.
4.- The fuel gauge is in the center of the car.
5.- The Fuel tank is at the rear of the car. 
6.- The Brake is at the bottom of the fuel tank.
7.- The Exhaust pipe is below of the car.
8.- The silincer is at the back of the car.

"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.

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$

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.

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	Is the one which brings the charge of the control of the bicycle as this leads to where you want to go the driver.
Pedals	This is where the thrust force that is applied to the feet.
Clips	Insurance is a type which holds your foot from the pedal to this more secure that your foot.
Nuts	Are nuts that are used to tighten parts and make them more secure.
Wheels	It is a plastic wheel which facilitates the conduct of the bicycle as it also makes it faster.
Rims	It is the basis which helps the tire to have a stability and supporting the weight and does not lose its figure.
Hubs	It is the center of the rims which serves to position the axle of the wheel rim.
Chain	The string is the part that goes on the crank and this causes it to rotate and move the bike.
Seatpost	Is a basis for you can put the seat.
Seat	Part where the driver recharging your body in the form of rest.
Cog	This part is in the back, is in the Wheel and you can put  the chain.
Lock ring	This part is located inside of the shaft which keeps on its way to the entire shaft of the ring.
Stem	Is part of the manubrium already that this holds it.
Grip	Linings are covering the manubrium which helps you to keep you from slipping your hand when the longer.
Headset	This part join the frame with the crank.
Bottom Bracket	This part join the pedals with the cog.