초록 ▼

A 4-in-1 photo-electronic air conditioning, dehumidifying, purifying and disinfecting system has an activated carbon filter in the first stage to eliminate impurities, germs and bacteria in the air drawn into the system. The bacteria and germs in the extracted air, which are capable of passing throu

A 4-in-1 photo-electronic air conditioning, dehumidifying, purifying and disinfecting system has an activated carbon filter in the first stage to eliminate impurities, germs and bacteria in the air drawn into the system. The bacteria and germs in the extracted air, which are capable of passing through the activated carbon filter, are then eliminated by extreme-UV light emitted by extreme-UV light tubes. The excessive moisture in the air is also removed. A negative ion generator is also used to boost the level of anions in the air. These two modes operate in the following manner: the first mode involves high-voltage cathodic output that is discharged via a carbonized fibre. The ionised air is then expelled by an air drum. The second mode eliminates bacteria, germs and mould from air as it passes extreme-UV light tubes by exposure to extreme-UV light emitted by these extreme-UV light tubes.

대표청구항 ▼

The invention claimed is: 1. A photo-electronic air conditioning, dehumidifying, purifying and disinfecting system comprising a housing containing an air drum, an electric motor for driving the air drum to produce an airflow, one or more extreme-UV light tubes, one or more air-arresting units, a po

The invention claimed is: 1. A photo-electronic air conditioning, dehumidifying, purifying and disinfecting system comprising a housing containing an air drum, an electric motor for driving the air drum to produce an airflow, one or more extreme-UV light tubes, one or more air-arresting units, a power supply cable, a dehumidifier, a cathodic high-voltage carbonized fibre and an activated carbon filter, wherein the one or more air-arresting units concentrates or deflects the airflow into a slot containing a respective one of the one or more extreme-UV light tubes. 2. The system according to claim 1, wherein the housing has a generally square-column shape. 3. The system according to claim 1, wherein the housing also contains a transformer, an electrical circuit board, a function switch and indicator lights. 4. The system according to claim 1, wherein the air arresting unit has a front and a rear light shield, which prevent extreme-UV light from escaping from the housing, thus protecting the user's eyes. 5. The system according to claim 1, wherein the one or more extreme-UV light tubes are removable and may be replaced. 6. The system according to claim 1, wherein the activated carbon filter is removable and may be replaced. 7. The system according to claim 1, wherein the housing has a hand hold for the easy carriage of the system. 8. The system according to claim 1, including multiple said extreme-UV light tubes, wherein the air arresting units concentrate or deflect the airflow into respective said slots each containing one of said extreme-UV light tubes. 9. An electrical circuit system that is capable of improving specific characteristics of the environment, specifically for use in purifying indoor air and increasing the level of anions contained in the air, wherein the electrical circuit system includes: a negative ion generating circuit for a cathodic high-voltage carbonized fibre; a circuit which enables the emission of UV light at the wavelength of 253.7 nm from one or more extreme-UV light tubes; and a circuit which enables air conditioning and dehumidifying; wherein the electrical circuit system has first and second modes, the first involving cathodic high-voltage output discharged via the cathodic high-voltage carbonized fibre, the ionized air containing the anions then being expelled by an air drum; the second involving the elimination of bacteria, germs and mould from air as it passes the one or more extreme-UV light tubes by exposure to extreme-UV light emitted by the one or more extreme-UV light tubes, and the electrical circuit system in addition allows a user to choose to operate in the first mode or in the second mode separately or to choose continuous simultaneous operation or to choose operation of the two modes in a continuous alternating cycle. 10. The electrical circuit system according to claim 9, wherein the cathodic high-voltage output is within the range of 4.5 kV to 8.5 kV.