by NASA Goddard Space Flight Center
Robot vacuum liberates people from their tedious cleaning jobs and helps save precious time. The vacuum’s sleek design, automatic operations and high efficiency makes them a worthy investment.
In early 1999/2000 several companies developed robotic vacuum cleaners, a form of carpet sweeper, usually equipped with limited suction power. Some examples are Roomba, Robomaxx, Intellibot, Trilobite, FloorBot and Dyson
Most robotic vacuum cleaners are designed for home use, although there are more capable models for operation in offices, hotels, hospitals, woodshops, etc. Most models are equipped with motorized brushes that sweep debris from the floor into a collection bin
Definiton of Robot Vacuum according to Wikipedia is: A robotic vacuum cleaner, often called a robovac, is an autonomous robotic vacuum cleaner that has intelligent programming and a limited vacuum cleaning system. It uses brush/brushes, and a vacuum to clean the floor.
Robot vacuums come in different versions.
Following are a few examples:
Roomba by iRobot,
Neato XV-11 by Neato Robotics
Cleanmate by Infinuvo
E-clean by Asus
A standard robot vacuum comes with some or all of the following accessories:
• Cleaning brushes
• Remote control
• Rechargeable battery
• Charging base
• Programming scheduler
• Virtual walls to keep robot vacuum out of certain areas or for better room to room cleaning
Robot Vacuums Work
A robotic vacuum performs two essential functions – navigation and cleaning. Navigation of the robotic vacuum cleaner is controlled by the robots motherboard and sensors. With technology advancements, robot manufacturers have developed exclusive programming to ensures minimum human input in executing robotic vacuum operations. Bumper sensors are provided on the front of the robot vacuum to avoid obstacles. These sensors constantly send signals that help the robot to turn back immediately when it is approaching or touches obstacles. Also, one has to remove small obstacles on the floor so that the robot vacuum does not get stuck on them.
Cleaning action of the robot vacuum is supported by dirt sensors. Cleaning brushes remove the dirt as the vacuum motor vacuums them up. All vacuumed waste is deposited in the dirt bin.
Here is different robotic vacuums and their technologies in the markets:
The iRobot Roomba 500 is a highly intelligent and effective robot vacuum. All the available iRobot Roomba 500 Series Robot Vacuums models are equipped with the company’s incredibly unique AWARE Robot Intelligence Systems. This helps ensure iRobot Roomba users that their beloved cleaning robot adheres to its motto of cleaning effectively, intelligently and most importantly, safely.
The Neato XV-11 Vacuum Cleaner includes revolutionary robotics intelligence that assures that this domestic robot cleans the entire floor, carefully avoiding furniture, walls and other objects. Using its Room Positioning System (RPS) Technology, the robot vacuum cleaner has a 360-degree view of a room, allowing it to map the most efficient cleaning path by analyzing walls, furniture, doorways and other obstacles up to four meters away. Once it outlines the designated area, the Neato XV-11 covers the perimeter first and then methodically cleans inside it using a back-and-forth pattern to ensure complete floor coverage.
The Asus E-Clean EC01 Robot Vacuum and the Cleanmate QQ-2 Vacuum cleaner are automatic and intelligent vacuum cleaners. From carpet to hardwood to tile, they handle a variety of surfaces with ease. They go under beds and other places where upright vacuums cannot go. They are not only able to clean dirt, dust, but also pet hair while simultaneously sanitize surface of floor with its UV light, and remove odors with the fragrance compartment design.
I hope this explanation can provide an overview of the history of the use of robotic vacuum. And can provide input to the reader about the options and benefits of this robotic vacuum.
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