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Is a cleaning robot practical? Is it necessary to buy the Proscenic D550 cleaning robot?

Guide:Self-driving cars have already begun to be used in some cities, and artificial intelligence algorithms are also being applied in the field of smart home appliances, one of which is the intelligent cleaning robot. Are cleaning robots practical? Is it necessary to buy a cleaning robot? Below, we will explain why you should consider purchasing a cleaning robot.
In terms of artificial intelligence, many people may still have limited knowledge. However, since 2010, researchers have been studying self-driving cars, and they are now being used in some cities. Artificial intelligence algorithms are also being applied in the field of smart home appliances, among which intelligent cleaning robots are one type. Are cleaning robots practical? Is it necessary to buy a cleaning robot? Below, we will explain why you should consider purchasing a cleaning robot.
  1. Navigation System
Navigation System The navigation system of cleaning robots can be divided into four types: laser navigation system, infrared navigation system, gyroscope navigation system, and visual navigation system. Among them, the laser navigation system is one of the more advanced ones, which helps the cleaning robot to autonomously deal with complex and unknown environments, enabling it to have fine environmental perception capabilities. Through continuous optimization, the laser radar sensor has been miniaturized and modularized. The principle is to use the non-divergent nature of laser to accurately locate the position of the robot and guide its movement.

A sweeping robot equipped with a laser navigation system has a certain level of artificial intelligence, which can truly achieve automatic planning, automatic recharge, and other effects.

  1. Sensors

Cleaning robots are equipped with multiple sensors, each with its own characteristics. For example, cliff sensors can detect height differences and automatically stop the robot, while anti-collision sensors cause the robot to retract when it comes into contact with an object.

  1. Cleaning Effectiveness

As mentioned earlier, navigation systems allow for automatic planning of cleaning modes. Cleaning robots use high-speed motor operation to generate strong airflow within the main unit, creating a high-speed cyclone that sucks in waste through the suction port. The cyclone reaches a speed of 240 revolutions, causing pests and other debris to die upon impact inside the dustbin.

Conclusion: Overall, if you're going to purchase a cleaning robot, it's recommended to choose one with a laser navigation system, as the other three navigation systems are outdated. Nowadays, cleaning robots come equipped with artificial intelligence algorithms, so cleaning effectiveness is not an issue.

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