Automatic dehazing window

Abstract

The invention provides an automatic dehazing window which comprises glass positioned at two ends and a dehazing core portion positioned on the inner layer of the glass. The dehazing core portion is composed of two electrodes opposite in polarity, one electrode is a corona electrode while the other electrode is a dust collection electrode, the corona electrode is a linear electrode, and the dust collection electrode is a platy electrode. When the automatic dehazing window works, direct-current high voltage is applied between the corona electrode and the dust collection electrode to enable the corona electrode to generate corona discharging to form a corona area around the corona electrode. The corona electrode and the dust collection electrode are arranged in glass, a lot of free electronsand positive ions are generated in the corona area through corona discharging, and particles are enabled to electrified and gathered towards the dust collection electrode through action of electric field force for dedusting; haze in air is cleaned when the window is opened for ventilation, so that the air is purified, dehazing efficiency is higher, particle size range of particles in haze which can be treated is wider, and dehazing effect is better.

Description

technical field [0001] The invention relates to the field of environmental protection, in particular to an automatic haze removal window. Background technique [0002] Haze is a collection of a large number of tiny dust particles, smoke particles or salt particles suspended in the atmosphere, which makes the air turbid and reduces horizontal visibility below 10km. Haze is generally milky white, which weakens the color of objects and makes the Bright objects in the distance are slightly yellow-red, while dark objects are slightly blue. The core substance of the haze is suspended particles in the air, which are small in size (general particle size <10μm, also known as inhalable particulate matter or PM10), and cannot be distinguished with the naked eye; the haze is also relatively light, and they can float in the air for several hours, even In a few years, it can fly very far, and even move around the world with the air current. Particles in the air have a certain scatter...

AI Technical Summary

Problems solved by technology

The dust-proof window (application number 200810018861.7) uses filtering to remove haze, and there is a problem that the dust-proof layer is easy to block; the indoor air purification dust-proof glass window (application number 2013101787791) is formed by the inner and outer guide glass and the main guide glass The sawtooth staggered airflow channel leads the circulating air to the water surface of the water collection box. It drives the feng shui wheel and the shroud to absorb dust and then uses the special liquid medicine in the water collection box to disinfect the air. There are problems with additional water channels and the inability to remove small particles such as PM10. Problem: Anti-fog windows (application number 2014101585830) use the fine water mist generated by the ultrasonic atomizer to accelerate the deposition of PM2.5 particles in the air, and use the large amount of negative ions generated by the negative ion generator to remove positive ions and larger particulate pollution

There are problems of regular water addition and negatively charged particles that cannot be removed, and the efficiency of haze removal is not high; dust-proof windows (application number 2005202000233) use high-potential electric field force to absorb dust, which is equivalent to charged screen windows, and the dust-absorbing effect is not good

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