irrigation sysstem

We all know that watering plants through
sprinklers is wasting water and electricity, so
to avoid that, we have made “Automatic
Irrigation System” which saves both water and
electricity .

Avoid Accident due to Invisibility

Objective
As we know that light cannot travel in hazard environment like in fog conditions so probability of accident increases, but sound wave can travel in fog conditions so to minimize chances of accident we designed an ultrasound based distance informer vehicle. The robotic vehicle is made using ultrasonic sensor and it is controlled by Arduino microcontroller. Ultrasonic sensor fixed in front portion of the robot vehicle. The sensor gets the data from surrounding area through mounted sensors on the robot. The sensor is sense the obstacle and informs driver about it. The sensor will be send the data to the controller is compared with controller to decide the movement of the robot Wheel. Robot stops moving if obstacle comes in dangerous zone. A Bluetooth module is used to access distance of obstacle.
Introduction
In today’s world as the population increases day by day the numbers of vehicles also increases on the roads and highways. This result in more accidents that interns lead to the traffic jams and public should get help instantaneously. Recent technological developments have made a lot of improvements in avoiding the accidents and ease human life. The obstacles which are the main reasons for accidents can be detected and accidents can be avoided. Distance measurement of an obstacle in front or by the side of a moving vehicle is required in the current traffic scenario. The devices used to measure the distance may be small or large and simple or complex. There are various different kinds of sensors available to perform this. In most of the applications, low cost, accuracy of the devices and speed to be considered. To measure the distance from obstacle, ultrasonic sensors play a vital role. Ultrasonic sensors are very flexible in distance measurement.

Avoid Accident due to Invisibility

Objective
As we know that light cannot travel in hazard environment like in fog conditions so probability of accident increases, but sound wave can travel in fog conditions so to minimize chances of accident we designed an ultrasound based distance informer vehicle. The robotic vehicle is made using ultrasonic sensor and it is controlled by Arduino microcontroller. Ultrasonic sensor fixed in front portion of the robot vehicle. The sensor gets the data from surrounding area through mounted sensors on the robot. The sensor is sense the obstacle and informs driver about it. The sensor will be send the data to the controller is compared with controller to decide the movement of the robot Wheel. Robot stops moving if obstacle comes in dangerous zone. A Bluetooth module is used to access distance of obstacle.
Introduction
In today’s world as the population increases day by day the numbers of vehicles also increases on the roads and highways. This result in more accidents that interns lead to the traffic jams and public should get help instantaneously. Recent technological developments have made a lot of improvements in avoiding the accidents and ease human life. The obstacles which are the main reasons for accidents can be detected and accidents can be avoided. Distance measurement of an obstacle in front or by the side of a moving vehicle is required in the current traffic scenario. The devices used to measure the distance may be small or large and simple or complex. There are various different kinds of sensors available to perform this. In most of the applications, low cost, accuracy of the devices and speed to be considered. To measure the distance from obstacle, ultrasonic sensors play a vital role. Ultrasonic sensors are very flexible in distance measurement.

Avoid Accidents

Objective
As we know that light cannot travel in hazard environment like in fog conditions so probability of accident increases, but sound wave can travel in fog conditions so to minimize chances of accident we designed an ultrasound based distance informer vehicle. The robotic vehicle is made using ultrasonic sensor and it is controlled by Arduino microcontroller. Ultrasonic sensor fixed in front portion of the robot vehicle. The sensor gets the data from surrounding area through mounted sensors on the robot. The sensor is sense the obstacle and informs driver about it. The sensor will be send the data to the controller is compared with controller to decide the movement of the robot Wheel. Robot stops moving if obstacle comes in dangerous zone. A Bluetooth module is used to access distance of obstacle.
Introduction
In today’s world as the population increases day by day the numbers of vehicles also increases on the roads and highways. This result in more accidents that interns lead to the traffic jams and public should get help instantaneously. Recent technological developments have made a lot of improvements in avoiding the accidents and ease human life. The obstacles which are the main reasons for accidents can be detected and accidents can be avoided. Distance measurement of an obstacle in front or by the side of a moving vehicle is required in the current traffic scenario. The devices used to measure the distance may be small or large and simple or complex. There are various different kinds of sensors available to perform this. In most of the applications, low cost, accuracy of the devices and speed to be considered. To measure the distance from obstacle, ultrasonic sensors play a vital role. Ultrasonic sensors are very flexible in distance measurement.

Avoid Accidents

As we know that light cannot travel in hazard environment like in fog conditions so probability of accident increases, but sound wave can travel in fog conditions so to minimize chances of accident we designed an ultrasound based distance informer vehicle. The robotic vehicle is made using ultrasonic sensor and it is controlled by Arduino microcontroller. Ultrasonic sensor fixed in front portion of the robot vehicle. The sensor gets the data from surrounding area through mounted sensors on the robot. The sensor is sense the obstacle and informs driver about it. The sensor will be send the data to the controller is compared with controller to decide the movement of the robot Wheel. Robot stops moving if obstacle comes in dangerous zone. A Bluetooth module is used to access distance of obstacle.
In today’s world as the population increases day by day the numbers of vehicles also increases on the roads and highways. This result in more accidents that interns lead to the traffic jams and public should get help instantaneously. Recent technological developments have made a lot of improvements in avoiding the accidents and ease human life. The obstacles which are the main reasons for accidents can be detected and accidents can be avoided. Distance measurement of an obstacle in front or by the side of a moving vehicle is required in the current traffic scenario. The devices used to measure the distance may be small or large and simple or complex. There are various different kinds of sensors available to perform this. In most of the applications, low cost, accuracy of the devices and speed to be considered. To measure the distance from obstacle, ultrasonic sensors play a vital role. Ultrasonic sensors are very flexible in distance measurement.

الروبوت آي.بي حارس الرضع

يعمل الروبوت آس.بي على حراسة الرضع و الأطفال الصغر من الاخطار المنزلية مثل السكاكين السلام السرقة الابواب الخ من المخاطرة بحيث يعمل كمنيه فبمجرد اقتراب الرضع و الأطفال من الاخطار الذي قد برمج عليها الروبوت يبدأ باصدار تنبيهات

Wter reservoir control

This projects uses an Arduino system paired with an ultra sonic, the final product aims at controling the level of water in reservoirs. It can help people using small reservoirs in their homes as it can be used in bigger reservoirs in agriculture or industry , it economises effort and time of checking the reservoir as it prevents wasting a previous resource which is wter.

Greenhouse

This project consists of the design of an intelligent greenhouse which aims to optimize all incoming energy in its operation.

Obstacle Alert System for Avoiding Accident in Fog Conditions

As we know that light cannot travel in hazard environment like in fog conditions so probability of accident increases, but sound wave can travel in fog conditions so to minimize chances of accident we designed an ultrasound based distance informer vehicle. The robotic vehicle is made using ultrasonic sensor and it is controlled by Arduino microcontroller. Ultrasonic sensor fixed in front portion of the robot vehicle. The sensor gets the data from surrounding area through mounted sensors on the robot. The sensor is sense the obstacle and informs driver about it. The sensor will be send the data to the controller is compared with controller to decide the movement of the robot Wheel. Robot stops moving if obstacle comes in dangerous zone. A Bluetooth module is used to access distance of obstacle.

Obstacle Alert System for Avoiding Accident in Fog Conditions

As we know that light cannot travel in hazard environment like in fog conditions so probability of accident increases, but sound wave can travel in fog conditions so to minimize chances of accident we designed an ultrasound based distance informer vehicle. The robotic vehicle is made using ultrasonic sensor and it is controlled by Arduino microcontroller. Ultrasonic sensor fixed in front portion of the robot vehicle. The sensor gets the data from surrounding area through mounted sensors on the robot. The sensor is sense the obstacle and informs driver about it. The sensor will be send the data to the controller is compared with controller to decide the movement of the robot Wheel. Robot stops moving if obstacle comes in dangerous zone. A Bluetooth module is used to access distance of obstacle.