Magnetic conductance rotaion ring double-filtration type motor vehicle exhaust purifier

Abstract

The invention provides a magnetic conductance rotaion ring double-filtration type motor vehicle exhaust purifier. The magnetic conductance rotaion ring double-filtration type motor vehicle exhaust purifier comprises a channel, an electromagnetic outer ring, a rotation inner ring component, a second filtering layer, a third filtering layer, a storage barrel, a communicating pipe, a liquid collection leakage hole and a carbon collection leakage hole, wherein the channel is connected with a motor vehicle exhaust discharging pipe via a rapid connector; the second filtering layer is connected with the inside of the channel and is arranged at the one end near the motor vehicle exhaust discharging pipe; the third filtering layer is connected with the inside of the electromagnetic outer ring and is arranged at one end away from the second filtering layer; the channel, the rotation inner ring component and the electromagnetic outer ring are coaxial and are arranged from inside to outside; the rotation inner ring component is rotatably connected with the electromagnetic outer ring via an electric roller; the liquid collection leakage hole and the carbon collection leakage hole are formed in the lower end of the electromagnetic outer ring; one end of the communicating pipe is connected with the storage barrel; the other end of the communicating pipe penetrates through the electromagnetic outer ring and is in contact with the electric roller. According to the magnetic conductance rotation ring double-filtration type motor vehicle exhaust purifier, the active carbon is used for filtering, then a wet mist filtering chamber is used for filtering, so that the filtering effect is greatly improved; the filtering effect is excellent.

Description

technical field [0001] The invention belongs to the field of air purification equipment, in particular to a magnetic guide rotary ring double-filter motor vehicle tail gas purifier. Background technique [0002] With the rapid development of the economy, cars are becoming more and more popular. During the operation of cars, they will emit solid suspended particles, carbon monoxide, carbon dioxide, hydrocarbons, lead, sulfur oxides and other substances that have an impact on air quality, because in order to prevent and control For automobile exhaust, various emission reduction measures have been implemented in various places, such as installing filter devices for exhaust emissions, restricting traffic, limiting numbers, and vigorously promoting new energy vehicles. At present, the common exhaust filter device is to install three-way catalyst in the exhaust pipe. Afterwards, some harmful gases and solid particles are still discharged into the atmosphere. There are also many te...

AI Technical Summary

Problems solved by technology

[0002] With the rapid development of the economy, cars are becoming more and more popular. During the operation of cars, they will emit solid suspended particles, carbon monoxide, carbon dioxide, hydrocarbons, lead, sulfur oxides and other substances that have an impact on air quality, because in order to prevent and control For automobile exhaust, various emission reduction measures have been implemented in various places, such as installing filter devices for exhaust emissions, restricting traffic, limiting numbers, and vigorously promoting new energy vehicles. At present, the common exhaust filter device is to install three-way catalyst in the exhaust pipe. Afterwards, some harmful gases and solid particles are still discharged into the atmosphere. There are also many technologies that are installed outside the exhaust pipes of automobiles to perform secondary filtration on the exhaust gas, but the effect is not ideal. effect, it will affect the performance of the car engine, and the structure has many problems in terms of service life and later maintenance, especially in terms of filtering effect, it can only absorb about 40% of harmful gases, and most of the harmful gases will still be absorbed. Discharged into the air, causing air pollution, the filtering effect is not ideal

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