About my project called miniRadar by using in trucking the birds in rice filed according to my project its using the ultrasonic sensor and servo motor and buzzer i'm create the interface application by using Java code using to monitoring my project. my project it divide into the part that part as the same of weekly assignment according in my project in our country there is a big problem in our field of rice because we have the many birds in the rice field so my project its to solve that problem we use my project to truck the birds and then produce the sound using to avoid the birds.

working principle

about sensors

about sensors that i have in my project its one called ultrasonic sensor the ultrasonic sensor is using to truck the birds by using the ultrasound as in input of my project.

that sensor is used to truck the birds as in put by using ultrasound

about output we have two things

first we have motor

we use that sensor to rotate the ultrasonic sensor because that ultrasonics sensor is to capture the birds in from 15 up to 165 degrees.

the second is buzzer

using that buzzer to produce the sound.

that are the picture that are demonstrate how my project working.

I have proposed the idea in the first week of fab academy and I had made a rough sketch of the projectmy project proposal called mini radar by using the ultrasonic and arduino my project it have the input output and we have the application interface and connect the aplication interface by using serial communication in my project the input are the ultrasonic sensor using to detect the object by using the ultrasound. and the output are servo motor using to rotate the ultarsonics sensor and buzzer using to produce the sound if there is an object and my project i use to create the sound that are using to avoid the animal in our field like cat,dog,snake and birds.

The major steps of this project are :

design

building hardware

make controller

Developing GUI

The processes I have gone through are :

3D Design

3D Printing

Electronics Design and Production

embedded programming

output device

input device

interface and application programming

networking and application

In parts of design

I have made some CAD design in the week of Computer Aided Design itself a bout in design we design the cover in soldworks means that we use 3D in my design first is the cover of my project

see all part of 3D

here im design the cover of ultrasonics sensors

In parts of printing

we print my cover of project by using 3D printer

that are 3D print in process of printing

In parts of programming

we can begin in programming of hardware

Arduino Source Code with description of each line of the code:

Now we will receive the values for the angle and the distance measured by the sensor from the Arduino Board into the Processing IDE using the SerialEvent() function which reads the data from the Serial Port and we will put the values of the angle and the distance into the variables iAngle and iDistance. These variable will be used for drawing the radar, the lines, the detected objects and some of the text. by using java code.

For drawing the line that is moving along the radar I made this function drawLine(). Its center of rotation is set with the translate() function and using the line() function in which the iAngle variable is used the line is redrawn for each degree.

For drawing the detected objects I made this drawObject() function. It gets the distance from ultrasonic sensor, transforms it into pixels and in combination with the angle of the sensor draws the object on the radar.

All of these functions are called in the main draw() function which repeats all the time and draws the screen. Also here I am using this fill() function with 2 parameters for simulating motion blur and slow fade of the moving line.

that are the application interface that are created

that is the complete Processing Source Code of the Arduino Radar:

in part of electronics

we can begin to skech in software called eagle

we can convert the schematics that are design in eagle into to board.

conevert the board into the png in trace.

create the png of outline.

I have first converted my images from .png to .rml since its what the milling machine takes as input. I used fabmodules to convert fabISP images to rml. On Input format drop down I choosed image(.png), on output format I choosed Roland mill(.rml), and on process I choosed PCB traces(1/64). And continued selecting on machine I choosed SRM-20, other settings were made automatically then I clicked on Calculate button for converting it.