Novel automotive air conditioner with photocatalyst function

Abstract

The invention discloses a novel automotive air conditioner with a photocatalyst function. The novel automotive air conditioner comprises a device shell, a functional circuit and air conditioner grids, wherein the air conditioner grids are arranged on the surface of the device shell. The novel automotive air conditioner is characterized in that a containing box for storing a photocatalyst air purifying liquid is further arranged on the device shell, wherein the photocatalyst air purifying liquid is a liquid spray agent and is prepared from nanometer titania photocatalysts; an atomizing nozzle is further arranged on the containing box and extends to the bottom of the containing box through a guide pipe; the nanometer titania photocatalysts include nanometer titania, nanometer mineral crystal powder, diatomite, tourmaline and polysiloxane clathrate. As the spray agent used in the novel automotive air conditioner is in a moving free state, can be rapidly spread and has the characteristics of large purifying space and user-adjustable scope, the noxious and harmful gases in the air of an automobile can be rapidly and effectively degraded, and the novel automotive air conditioner has the functions of deodorization, mould proofing and air purification and has no toxicity and secondary pollution.

Description

technical field [0001] The invention relates to an automobile air conditioner, in particular to a novel automobile air conditioner with photocatalyst function, which can effectively solve the problem of air pollution in the car. Background technique [0002] At present, due to a large number of non-environmental protection materials and chemical materials, the pollution inside the car is very common, which brings hidden dangers to the health of the drivers and passengers. Poor internal air quality. After research and analysis, the air pollution sources in the car mainly come from the car body itself and decorative materials. Among them, toxic substances such as formaldehyde, benzene, toluene, and xylene have the most serious pollution consequences. [0003] Due to the huge market demand for family cars in our country, many cars enter the market directly after they come off the production line. There is no release period for harmful gases and odors from various accessories a...

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