With the increase in people’s cleaning needs, more and more brands have begun to expand the capabilities of sweeping robots. In addition to the main job of sweeping, many brands of sweeping robots are also equipped with water tanks and mops, which can complete simple mopping tasks. The machine is versatile and convenient to operate, which frees people’s hands to a certain extent.
Especially for office workers and patients with lazy cancer, sweeping robots have become an indispensable necessity in daily life. For home appliances, performance is always the most concerned factor. As a smart cleaning home appliance, various performance indicators directly affect its cleaning effect, and the most critical factors are positioning technology and detection. System and motor.
Questions about the performance and function of the robot vacuum are always our most concern, because these are the direct factors that affect the cleaning effect of the robot vacuum, and the importance is naturally self-evident. Mastering the relevant knowledge of the robot vacuum will also help us I have purchased a good cleaning product that you want, so today I will give you a brief analysis of the functions of the sweeping robot and the key factors that affect the performance of the sweeping robot.
[Positioning technology] The sweeping robots on the market are generally divided into random type and planned type. The difference is whether the positioning technology is equipped or not. The traditional random sweeping robot does not use positioning technology, so the cleaning route is messy, the entire floor cleaning relies on time stacking, and the cleaning efficiency is low;
The new planning sweeping robot adopts advanced positioning technology. The cleaning route is generally in a “bow” shape. The cleaning coverage rate is high, the repetition rate is low, and the cleaning effect is significant. The current three mainstream positioning technologies are wireless carrier indoor positioning technology and vSLAM Image displacement positioning technology and RPS laser navigation positioning technology.
[Detection system] Generally speaking, the home environment is not very simple. Furniture such as tables, chairs, sofas, cabinets, etc. are basic, and families with children will be “occupied” by various toys. To complete the ground cleaning task in an environment, the detection system should come into play.
At present, there are two detection systems used by sweeping robots, one is the common infrared detection, and the other is the rare bionic ultrasonic radar detection. The former has the characteristics of small size, flexible design and low cost. Most sweeping Robots use this detection system with a wide detection range. The latter simulates bats and dolphins to detect objects using ultrasonic waves, with high accuracy and higher cost. The combination of the two can achieve a wide detection range and high accuracy.
At present, only the high-end models of Taiwan’s Prosonic adopt dual detection systems. With the detection system in play, the sweeping robot can freely shuttle indoors and avoid collisions with household objects, causing damage to the furniture or itself.
[Motor] We all know that for a vacuum cleaner, the suction power is an intuitive reflection of the cleaning ability, at least in the eyes of consumers, and the hardware configuration that affects the suction power of the vacuum cleaner is the motor. A good motor has a large suction power, The advantages of low noise and low power consumption.
