16. Heavy luggage transportation in cities without interrupting the traffic.doc
4
Heavy luggage transportation in cities without interrupting the traffic ABSTRACT Aim : the selected project’s aim shipping the heavy goods in heavy traffic area without interrupting the other vehicles Description : While considering cities, traffic management is very toughest and tedious process to the traffic police. Mean while in cities lorries are not permitted. Some times shipping of heavy goods is very urgent to deliver but lorries wont at all allowed into the cities. By hat times our project is very useful in shipping those goods to the destination. In this present work first we will make a big vehicle which is having a track both sides of the road and we are having two main points from where to where goods have to ship. The robot platform is connected with the microcontroller and driver circuit. The robot can have the capacity of weighing more than 3 kg also for our project purpose. Robot itself contains the keys also to control the robot.
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Transcript of 16. Heavy luggage transportation in cities without interrupting the traffic.doc
Heavy luggage transportation in cities without interrupting the traffic
ABSTRACTAim : the selected projects aim shipping the heavy goods in heavy traffic area without interrupting the other vehicles
Description : While considering cities, traffic management is very toughest and tedious process to the traffic police. Mean while in cities lorries are not permitted. Some times shipping of heavy goods is very urgent to deliver but lorries wont at all allowed into the cities.
By hat times our project is very useful in shipping those goods to the destination.
In this present work first we will make a big vehicle which is having a track both sides of the road and we are having two main points from where to where goods have to ship. The robot platform is connected with the microcontroller and driver circuit. The robot can have the capacity of weighing more than 3 kg also for our project purpose. Robot itself contains the keys also to control the robot. This paper presents a case study of applying the multi-period lane-based optimization method to the design of isolated signal-controlled junctions. A site survey was conducted to collect the traffic demand data in three different time periods, capturing the traffic flow The system uses a compact circuitry build around flash version of AT89S52 microcontroller with a non volatile memory. Programs are developed using Embedded C, compiled using RIDE tool. ISP is used to dump the code into microcontroller.
BLOCK DIAGRAM :
Hardware :
AT89c52
Robot platform
Driver circuit
Motor for lifting
Controlling keys
12 v battery.
SOFTWARE : Embedded C
TOOLS : RIDE/KEIL to write code, ISP to burn the chip.
TARGET DEVICE : At89c52 based our own developed board.
ADVANTAGES : Low cost, automated operation, Low Power consumption.
REFERENCES 1. The 8051 micro controller and embedded systems by Mazidi.
2. www.wikipedia.org
3. www.atmel.com
4. www.8051projects.com
MICROCONTROLLER
AT89c52
Driver circuit to manage the robotic motors
Robot platform with large wheels with huge platform on the top
RPS to supply the required voltage
Crystal to provide the sufficient baud rate
Led lights infront of the vehicle
Control keys to control the robot and lift up the accident vehicles
