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Modified Fuel Level Indicator Presentation Transcript
1.Modified Fuel Level Indicator
2.Introduction
It is a mechanism which show remains fuel quantity in the tank
This mechanism is a combination of mechanical and electronically mechanism.
This system show the remain distance (Km.) that vehicle can be Done based on available fuel quantity in the fuel tank
It is a mechanism which show remains fuel quantity in the tank
This mechanism is a combination of mechanical and electronically mechanism.
This system show the remain distance (Km.) that vehicle can be Done based on available fuel quantity in the fuel tank
3.This mechanism use last service average of the vehicle
On base of this data it automatically calculate fuel quantity and remain distance that vehicle can run.
On base of this data it automatically calculate fuel quantity and remain distance that vehicle can run.
4.Working Principal
In fuel tank, sensor sense the fuel quantity
The data is coverts from analog to digital Value
Value is feed in microcontroller
Microcontroller working based on programming
It calculate automatically fuel quantity
It calculate remains distance that vehicle can be run
This data is shown on a LCD
In fuel tank, sensor sense the fuel quantity
The data is coverts from analog to digital Value
Value is feed in microcontroller
Microcontroller working based on programming
It calculate automatically fuel quantity
It calculate remains distance that vehicle can be run
This data is shown on a LCD
5.Parts
Fuel tank
Tank is long and little wider compared to the height
The tanks have plates with holes mounted on a couple of locations inside the tank to reduce the fuel sloshing
Fuel tank
Tank is long and little wider compared to the height
The tanks have plates with holes mounted on a couple of locations inside the tank to reduce the fuel sloshing
6.Fuel Pick-up
The fuel tanks have one pick-up device
It collects the fuel into the pick-up system.
The fuel tanks have one pick-up device
It collects the fuel into the pick-up system.
7.Fuel Level Sensor
A longitudinal sensor is mostly common.
The sensors measure the fuel level
creating an electrical resistance representing the current fuel level in the tank.
Furthermore the drop in voltage over the resistance is measured.
A longitudinal sensor is mostly common.
The sensors measure the fuel level
creating an electrical resistance representing the current fuel level in the tank.
Furthermore the drop in voltage over the resistance is measured.
8.Fuel Gauge
A fuel gauge is an instrument used to indicate the level of fuel contained in a tank.
the gauge consists of two parts:
The sensing unit
The indicator
A fuel gauge is an instrument used to indicate the level of fuel contained in a tank.
the gauge consists of two parts:
The sensing unit
The indicator
9.Battery
Use a 12-Volt battery
Dry battery is used
Use a 12-Volt battery
Dry battery is used
10.Electronic Device
Microcontroller
A microcontroller is a computer with most of the necessary support chips onboard.
Another name for a microcontroller is therefore an ‘embedded controller’.
The program is stored in ROM and generally does not change.
Microcontroller
A microcontroller is a computer with most of the necessary support chips onboard.
Another name for a microcontroller is therefore an ‘embedded controller’.
The program is stored in ROM and generally does not change.
11.Microcontroller
12.Capacitor
A capacitor stores energy when it is charged.
The amount of charge in the capacitor would be analogous
A capacitor stores energy when it is charged.
The amount of charge in the capacitor would be analogous
13.LCD
Liquid crystal display
It display in digital manner
The 2 X16 Parallel LCD is used
4 bit parallel interfaced LCD used
This unit allows the user to display text, numerical data and custom created characters.
14-pin connector is used
Liquid crystal display
It display in digital manner
The 2 X16 Parallel LCD is used
4 bit parallel interfaced LCD used
This unit allows the user to display text, numerical data and custom created characters.
14-pin connector is used
14.LED
LED- Light-emitting diode
It is a semiconductor
convert electricity to light
Its application to general purpose lighting
LED lighting is also called “solid state lighting”
10 times more efficient than incandescent lights.
LED- Light-emitting diode
It is a semiconductor
convert electricity to light
Its application to general purpose lighting
LED lighting is also called “solid state lighting”
10 times more efficient than incandescent lights.
15.PCB
printed circuit board
It is used to mechanically support
It is electrically connect electronic components using conductive pathways, tracks or signal traces etched from copper sheets laminated onto a non-conductive substrate.
Alternatives to PCBs include wire wrap and point-to-point construction
printed circuit board
It is used to mechanically support
It is electrically connect electronic components using conductive pathways, tracks or signal traces etched from copper sheets laminated onto a non-conductive substrate.
Alternatives to PCBs include wire wrap and point-to-point construction
16.SPDT switch
Single pole double throw switch
switch fabricated in BiCMOS technology
incorporating on-chip
Single pole double throw switch
switch fabricated in BiCMOS technology
incorporating on-chip
17.Steps Involved In Formation Of Project
Firstly collection of data and making list of tools, material required (Dec.-Jan.).
Collection of material ( fuel gauge, fuel level sensor, battery, fuel tank, body, LCD, IC, resistances, connecting wires etc) (Jan.).
Now design the circuit of fuel level indicator and modified system in such a manner so that it can show remains distances. (Feb.).
18.Assemble the tools according to design, do all the connection see that all the parts are working. (Feb.).
Now working model of Modified fuel level indicator is completed see that any improvement is possible in model. (March)
Modified fuel level indicator system model is complete in first week of the month (April).
19.Key Flow Of Project
Firstly collection of data and making list of tools, material required (Dec.-Jan.).
Collection of material ( fuel gauge, fuel level sensor, battery, fuel tank, body, LCD, IC, resistances, connecting wires etc) (Jan.).
Now design the circuit of fuel level indicator and modified system in such a manner so that it can show remains distances. (Feb.).
18.Assemble the tools according to design, do all the connection see that all the parts are working. (Feb.).
Now working model of Modified fuel level indicator is completed see that any improvement is possible in model. (March)
Modified fuel level indicator system model is complete in first week of the month (April).
19.Key Flow Of Project
20.Plan
Firstly collect all data and information about the project and after that discuss our plan with our guide and make sure plan is feasible and practical.
Then proceed according to the plan, make the model design and complete circuit connections.
Now assembling all the parts and components so that proper model is prepared and all the connection from gauge and sensor system is connected to battery so it will charged .
21.Do
Proceed as per the plan and work with the positive approach. Work hard and try to solve every problem occurred during the project formation with full effort.
Firstly collect all data and information about the project and after that discuss our plan with our guide and make sure plan is feasible and practical.
Then proceed according to the plan, make the model design and complete circuit connections.
Now assembling all the parts and components so that proper model is prepared and all the connection from gauge and sensor system is connected to battery so it will charged .
21.Do
Proceed as per the plan and work with the positive approach. Work hard and try to solve every problem occurred during the project formation with full effort.
22.Study
Collect all the data and information about the topic and all the information how to make the model and all the material about the project.
23.Specific Tools
Collect all the data and information about the topic and all the information how to make the model and all the material about the project.
23.Specific Tools
24.Project Layout
25.Problems Identified
Complexity
Problem occurred in collecting materials
Time consuming
In case of fuel level sensor, system can undergo failure because of sensor failure
As whole system consist electric wiring so this may occur short circuit of system
26.References
Complexity
Problem occurred in collecting materials
Time consuming
In case of fuel level sensor, system can undergo failure because of sensor failure
As whole system consist electric wiring so this may occur short circuit of system
26.References
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