Update: 2019-09-23 16:22 Source: LUFTMY
Vacuum cleaners can be divided into vertical, horizontal and portable by structure. The working principle of vacuum cleaner is, use electric motor to drive blade high speed rotation, produce air negative pressure inside sealed shell, absorb dust.
Vacuum cleaner with built-in cleanliness particle sensor
The working principle of the vacuum cleaner is that the motor of the vacuum cleaner rotates at high speed and inhales air from the suction port, which makes the dust box produce a certain vacuum. The dust enters the filter bag of the dust box through the brush, nozzle, handle, hose and main suction pipe. The dust is left in the filter bag. The filtered air passes through a layer of filter and enters the motor. The filter is a protective barrier to prevent the dust bag from breaking down and inhaling the dust into the motor. The air entering the motor flows out through the motor.Due to the continuous wear and tear of the carbon brush in the motor operation, a filter is added before it flows out of the vacuum cleaner.
Sweeping robot with built-in cleanliness dust sensor
The body of the sweeping machine with built-in LUFTMY cleanliness particle sensor is a wireless machine, mainly in the form of a disc.Use rechargeable batteries to operate in the form of remote controls or operating panels on machines.Generally, it can set a time to make an appointment for cleaning and charge itself.There are sensors in front, which can detect obstacles, such as encountering walls or other obstacles, will turn by itself, and according to each different manufacturer set, and take different routes, there are planned cleaning areas.Because of its simple operation function and convenience, it has been gradually popularized and become a common household appliances for office workers or modern families.
At present, many household users are using vacuum cleaners, but after all, vacuum cleaners also have many inconveniences, such as the need to personally control the machine.And the intelligence of the sweeping robot with built-in dust recognition sensor makes people see a more time-saving and labor-saving machine.Although the sweeper has not been as popular as the vacuum cleaner, many people in China have experienced the performance of the sweeper robot. So what's the difference between a floor sweeper and a vacuum cleaner?
Vacuum cleaner with built-in cleanliness particle sensor unit
Many people confuse the vacuum cleaner with the floor sweeping robot. They think that the floor sweeping robot is one of the vacuum cleaners. In fact, there is a big difference between the two. The main function of the vacuum cleaner is to absorb dust and garbage by the power of the motor. The main function of the intelligent floor sweeping robot is to sweep the garbage from the floor.
A sweeping robot with built-in particle sensor for cleanliness
There are also differences in the use of both. Vacuum cleaners need to be manually operated. They can clean any area and floor ceilings can be used.Intelligent sweeper robots work by machine automatic control, the volume is generally relatively small, and the cleaning area of intelligent sweeper needs relatively flat ground, can not clean some dead corners, such as the sofa underground, corner edges and so on.The sweeper does not need manual operation. It automatically reserves cleaning and automatically returns to the charging seat for charging.The obstacles will be avoided automatically when using the technology of radiosonics, and the steps will not fall down automatically.
LUFTMY Smart Dust S7-L products can accurately detect the number and concentration of particles in the ventilation ducts of vacuum cleaner handles or extension rod pipes, sweeping robots, lampblack pumps, particle detection instruments and other equipment using the principle of optical alignment.Application Benefits of LUFTMY Cleanliness Particle Sensor in Vacuum Cleaner and Sweeping Robot Products:1. To achieve the cleanliness of the equipment and the cleanliness of the ground, carpets, sheets, etc., through the sensor output data and LED color display to the user intuitively;2. Achieve intelligent control of motor speed based on sensor data, achieve quiet energy saving and extend motor life.