IP Conclusions

In my first integrated project, i learned soo much things and we work hard for do all the expectatives of the teachers, and i am very satisfied with the result, work in this porject was funny and i did new friends, but the investigation was not very funny, this was stressful, but make the house and the circuit was funny and all members of my team work, we haven't problems with the ideas, all was agree of the things we put, we learned to work in team and the tolerance and respect to all the members, all contribute for the project.

Parts, functions and locations

1. Fuel gauge: Indicate the level of the fuel in the tank.
The fuel gauge isinside of the car on the dashboard.

2. Engine: Convert energy into mechanical motion.
The engine is at the front of the car.

3. Drive shafts: Transmit torque and rotation.
The drive shafts is at the front of the car, below of engine.

4. Pipeline: Carries the gasoline from de fuel tank to the engine.
The pipeline is at the front of the car, below of the engine.

5. Exhaust pipe: It's a tube connected to the engine to translate the combustion gases outside.
The exhaust pipe is at the bottom of the car.

6. Silencer: Makes the car quieter
The silencer is at the back of the car, next to the brake.

7. Brake: Used to stop and decrease the velocity of the car
The brake is at the back of the car, below the fuel tank.

8. Fuel Tank: Store the gasoline.
The fuel tank is at the back of the car, above the brake.

Product comparison

Multi-Tools

                                      
                      A                                                                                         B

1) The Multi-Tool A has a 1/4" drive, but it doesn't have a Full Serrated Blade.
2) The Multi-Tool A has a Scissors, but it doesn't have a V-Cutter
3) The Multi-Tool B has a Straight Edge Blade, but it doesn't have a AWL
4) The Multi-Tool B has a Can Opener, but it doesn't have a 1/2 Serrated Blade.
5) The Multi-Tool A has a Ruler, but it doesn't have a Nail File.

In my conclusion of this comparison, these Multi-Tools has a lot of tools, but have different tools but the most complete it's the multi tool A, this multi tool have more different tools for work.

Budget and report

Component	Descriotion	Unit Price	Quantity	Cost
Material	Resistor	$               2.00	30	$           60.00
	LEDS	$               5.00	15	$           75.00
	Breadboard	$          100.00	4	$        400.00
	Acetate	$               2.00	10	$           20.00
	Silicone	$             10.00	1	$           10.00
	Paint	$             20.00	1	$           20.00
Consumable	Welding	$             40.00	1	$           40.00
	Food	$             50.00	10	$        500.00
	Copper and zinc sulfate	$          150.00	1	$        150.00
Bought-in parts	Galvanometer	$             40.00	1	$           40.00
	Parallel port	$             90.00	1	$           90.00
	ADC0804	$             90.00	1	$           90.00
Manufacturing	Wood	Free	-	0
	Skin	$             20.00	1	$           20.00
Total:				$     1,515.00

Report for the Second Presentation.

We put in a the house 12 white light LEDs (5 outside, 7 inside) to illuminate the house and connect four fan on the breadboard with a pressure sensors, when you applies pressure on any floor the LED and the fan (if the room have) turn on, also we made a volt-ammeter on the breadboard, we try different scales for find the best to our domotic house.

We are satisfied with the result because we accomplished what was thought from the beginning to do for this presentation, and we did a little more.

We implemented all the activities what was thought for do on this presentation, we finish the model of the house, and implement minimum two devices.

We still need to finish the program for manipulate all the devices of our house with a computer and put the circuit of the parallel port in the house, finish the portfolio of evidences and put the Daniell Cell in the house for the emergency system.

Jesús Emannuel Guerrero Hernández. Team 3

BIKE ASSEMBLY

Part	Drescription	Image
Bottom Bracket	The bearing system that the pedals (and cranks) rotate around. Contains a spindle to which the crankset is attached and the bearings themselves. There is a bearing surface on the spindle, and ones on the cups that thread into the frame.
Chain	A system of interlinking pins, plates and rollers that transmits power from the front sprocket(s) to the rear sprocket(s)
Clips	Clipless pedals use a cleat which is bolted to the bottom of the shoe.
Cog/Cogset	The set of rear sprockets that attaches to the hub on the rear wheel
Cranks	The two cranks, one on each side and usually mounted 180° apart, connect the bottom bracket axle to the pedals.
Grips	Grips are usually made of firm or soft plastic, foam, gel, or sometimes leather. Depending on expected use or desired price. They may be simply smooth and round or molded to fit the shape of a human hand better.
Handlebars	A lever attached, usually using an intermediary stem, to the steerer tube of the fork. Allows steering and provides a point of attachment for controls and accessories
Headset	The bearings that form the interface between the frame and fork steerer tube
Hubs	The core of a wheel; contains bearings and, in a traditional wheel, has drilled flanges for attachment of spokes
Lock ring	A ring, usually metal, of varying design, that serves to retain a component in place
Nuts	A fastener with female threads, usually hexagonal on the outside to fit a suitable wrench.
Pedal	Mechanical interface between foot and crank arm. There are two general types; one secures the foot with a mechanical clamp or cage and the other has no connection to lock the foot to the pedal
Rims	That part of a wheel to which the tire is attached and often forms part of the braking mechanism
Seat	What a bicyclist sits on
Seatpost	A post that the seat is mounted to. It slides into the frame's seat tube and is used to adjust ride height depending how far into the seat tube it is inserted
Stem	A bracket used to attach handlebars to steerer tube of fork. Usually secured by pinch bolts
Wheels	As in common usage. Traditionally and most commonly spoked

How to assemble a bike:

1. Buy all the pieces.

2. Put the hablebar

3. Put the seat and  hubs using nuts.

4. Put the Rims and wheels.

5. Adjust the chain

6.Install the pedals

7. Tighten and finish