Object Avoidance Robot
₹1,250.00
In StockAn object-avoidance robot is a type of autonomous robot designed to detect and avoid obstacles.
Description
An object-avoidance robot is a type of autonomous robot designed to detect and avoid obstacles . Using sensors robot scans its surroundings and adjusts its movement to prevent collisions. If an obstacle is detected, it changes direction, stops, or takes an alternate path to navigate safely. This functionality makes object-avoidance robots ideal for applications where precise movement is essential, such as in warehouses, autonomous vehicles, or home cleaning devices. Their ability to operate independently and safely around obstacles enhances efficiency and reduces the risk of damage.
Here are some applications of object-avoidance robots:
- Autonomous Vehicles: Self-driving cars use object-avoidance technology to detect and avoid obstacles like pedestrians, other vehicles, or road debris while navigating.
- Warehouse Automation: Robots in warehouses use object-avoidance systems to navigate around shelves, workers, and other obstacles while transporting goods without colliding.
- Robotic Vacuums: Robots like the Roomba use object-avoidance sensors to detect furniture, walls, and other obstacles, ensuring they clean efficiently without getting stuck.
- Drones: Drones with object-avoidance capabilities can fly in complex environments, automatically steering clear of trees, buildings, or other objects in their path.
- Industrial Robots: In manufacturing or assembly lines, object-avoidance robots move around heavy machinery or tools, preventing collisions and ensuring smooth operation.
- Assistive Robots: Robots designed for the elderly or disabled use object-avoidance systems to navigate around furniture or obstacles in a home while providing assistance.
- Exploration Robots: Robots used in environments like space, underwater, or hazardous areas use object-avoidance to navigate unknown terrains, avoiding natural obstacles or dangers.
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A traffic light control circuit using IC CD4017 is a simple digital electronics project that mimics the working of a real traffic light system. It uses the CD4017 decade counter IC along with a timer (usually 555 IC) to sequentially switch Red, Yellow, and Green LEDs, simulating the flow of traffic signals.
₹250.00 -
An AND gate can be built using BC547 NPN transistors, a common general-purpose transistor used in digital circuits.
The circuit represents both the inputs A & B for the AND gate and Output, Q, which also has a +5V supply to the collector of the first transistor, which is connected in series to the second transistor, and an LED is connected to the emitter terminal of the second transistor. The inputs A & B are connected to the base terminal of Transistor 1 and Transistor 2, respectively, and the output Q goes to the positive terminal LED.
₹190.00 -
A Visitor Counter automatically counts the number of people entering or leaving a room using an IR sensor. The count is displayed on a 16×2 LCD, and a buzzer can alert when a specific limit is reached. This project is widely used in shops, libraries, offices, and events to monitor occupancy. It demonstrates sensor interfacing, counting logic, and real-time display using Arduino.
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These systems are eco-friendly, cost-effective, and ideal for off-grid or outdoor applications like street lighting, garden lights, and emergency lighting.
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₹12,480.00 -
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