How to scientifically select Robot vacuum

How to scientifically select Robot vacuum Posted on 09/26/2018Leave a comment
The invention of AI technology and the constantly evolving dynamics of automatic processing has brought about a revolutionary change in our daily lives. An increasing number of gadgets are powered by latest AI tech thereby opening a new dimension to a whole range of products in the market. The robotic vacuum is one example where the AI technology has been utilized to help clean the house automatically without the hassles of having to manually clean the different rooms. So before you decide on buying a robot vacuum it would be good to understand what exactly is a robot vacuum, how it functions, what are it’s different features and what to look for when purchasing the product.

Robot vacuum features and its functioning

A robot vacuum also known as robovac is an automatic vacuum cleaner built in with intelligent programmed methodology and the vacuum cleaning system to help tidy the houses automatically. You can schedule the timing of the cleaning process for the robot vacuum via Bluetooth, app or Wi-Fi remote control technology when you are away from home. So now that you have a basic understanding of what exactly robot vacuum is it is easy to understand why we need it. The robot vacuum helps save time and human effort on a daily basis and is effective in making our lives smoother by enabling us to concentrate on more productive day to day work.
The robot vacuum is also easy to operate and it comes with specific instruction manuals to help you understand how to go about handling it. It has built-in motor which allows the robot vacuum cleaner to do the job efficiently. Due to its slim body design the robot vacuum cleaner can reach even the most remote parts and corners of the house where it is not physically possible for us to reach. Now let us see in brief about the technology and the functioning behind the robot vacuum cleaner.

Positioning technology used in the product

The robot vacuums are generally guided by the navigation algorithms to help them clean surfaces efficiently and navigate through open spaces thereby avoiding collisions with different things on the surface. The navigational algorithm prepares a well defined cleaning zone where the machine is supposed to operate and it has a built-in object detection mechanism to prevent itself from colliding with different objects. This helps in improving the efficiency of cleaning and avoiding any sort of malfunctioning or mishaps. Led by the navigation algorithm the robot vacuum moves efficiently throughout the room going around obstacles and changing directions wherever necessary in order to produce maximum results. It is not necessary for you to be present during the cleaning process as the robot possesses a GPS that keeps track of the area that has been cleaned and the area that needs to be cleaned.

Implementing a regular intelligent path

There are various ways in which you can implement the path and functioning of the robot vacuum. When the robot vacuum is left alone to clean without any specific navigation then it goes on the cleaning process in a random path without any specific patterns or methodology. However if you want you can implement an intelligent, well defined regular path for the robot vacuum to follow by setting the navigation on and feeding specific directions on it. Usually when the navigation is on the robot vacuum cleaner goes on the cleaning process inĀ  a zigzag pattern, avoiding obstacles and completing the cleaning process in a uniform consistent zigzag path. You can set different intelligent paths via apps or through customized algorithms if you want.

Coverage is not only affected by the algorithm

It is important to understand that surface area covered by the robot vacuum is not solely affected by the algorithm provided to it. There are some external factors that have an impact on the eventual coverage of the cleaning area. There are obstacles and external control methods that can alter the algorithm and set a different path thus affecting the whole functioning path of the robot vacuum.

What qualities should a good motor have?

A good robot vacuum cleaner motor should have some specific qualities in order to be classified as a professional and efficient vacuum cleaner. The motor in the robot vacuum cleaner should be power efficient. The cleaner which is not power efficient will require constant recharging and that reduces the productivity of the device. Also the motor should be durable, have low maintenance and should have efficient coverage system in order to be classified as an effective machine.

Robot vacuum cleaner cleaning system

There are essentially three stages of the robot vacuum cleaning process. The first stage involves the two side brushes working together to grasp dust, hair and dirt as well as debris from the corners and the edges to the main central brush. In the 2nd stage the primary roller brush gets hold of debris along with the bristles and removes stain, dirt and dust via rubber roller from the floor. In the final stage the motor suctions the dirt into filtered dustbin via air inlet as the HEPA filter eliminates minute dust particles as well as allergens and mites from air.

Why do you need app to control it?

An app to control the robot vacuum cleaner is far more convenient and easier to operate than having to do it otherwise. With a Wi-Fi enabled machine, all you need to do is download a compatible app on an attuned device and then you can transform a phone or a tablet into a remote to control the actions of the vacuum cleaner. The app makes it far easier to control, regulate and analyze the complete usage of the cleaner thus it is preferable if you use an app to control the robot vacuum cleaner.
There are multiple robot vacuum cleaner gadgets in the market and you must make your selection after doing thorough research and comparing the different products that are available.

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