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An air purifying apparatus according to an embodiment includes a body having first and second conduits through which a flow of air is generated from an air inlet to an air outlet, an ultraviolet light emitting diode part and a first filter part disposed within the first conduit, and a second filter

An air purifying apparatus according to an embodiment includes a body having first and second conduits through which a flow of air is generated from an air inlet to an air outlet, an ultraviolet light emitting diode part and a first filter part disposed within the first conduit, and a second filter part disposed within the second conduit.

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1. An air purifying apparatus comprising: a body having an inlet chamber and an outlet chamber, said body having first and second conduits through which air flows from air inlets to air outlets;an ultraviolet light emitting diode part and a first filter part disposed within the first conduit; anda s

1. An air purifying apparatus comprising: a body having an inlet chamber and an outlet chamber, said body having first and second conduits through which air flows from air inlets to air outlets;an ultraviolet light emitting diode part and a first filter part disposed within the first conduit; anda second filter part disposed within the second conduit;wherein the inlet chamber comprises a series of inlet slots functioning as the air inlets and the outlet chamber comprises a series of outlet slots functioning as the air outlets; andan axial fan blowing air axially from the inlet slots towards both the first conduit and the second conduit;wherein the first conduit comprises a first opening and closing device and the second conduit comprises a second opening and closing device;wherein the outlet chamber comprises a fixed partition wall keeping air flowing through the first conduit completely separate from air flowing through the second conduit such that air flowing through the first conduit and air flowing through the second conduit do not mix until the air is discharged from the outlet slots; andwherein when the first opening and closing device and the second opening and closing device are both open, air flowing through the first conduit mixes with air flowing through the second conduit after the air is discharged through the outlet slots. 2. The air purifying apparatus of claim 1, wherein a filter included in the filter part has a relatively larger differential pressure between front and rear ends of the filter, compared to a filter included in the second filter part. 3. The air purifying apparatus of claim 2, wherein the filter included in the first filter part has a larger mesh than the filter included in the second filter part. 4. The air purifying apparatus of claim 2, wherein: the first filter part comprises a photocatalytic filter and a collection filter; andthe second filter part comprises a carbon filter. 5. The air purifying apparatus of claim 1, wherein the ultraviolet light emitting diode part comprises: a light emitting diode for photocatalyst configured to act with a photocatalytic filter; anda light emitting diode for sterilization configured to remove bacteria,wherein the light emitting diode for photocatalyst and the light emitting diode for sterilization are arranged on a support member made of a material that has a high thermal conductivity. 6. The air purifying apparatus of claim 5, wherein the support member has an opening through which air is capable of flowing. 7. The air purifying apparatus of claim 1, wherein the outlet chamber has a domed outlet portion, and wherein the air outlet slots are disposed circumferentially around the domed outlet portion of the outlet chamber. 8. The air purifying apparatus of claim 1, wherein when the first opening and closing device and the second opening and closing device are open, air branches to the first conduit towards the first filter part and to the second conduit towards the second filter part. 9. An air purifying apparatus comprising: a body having an inlet chamber and an outlet chamber, said body having air inlets and air outlets;an axial fan blowing air axially from the air inlets to the air outlets;a first conduit and a second conduit allowing the flow of air to branch within the body; anda first filter part disposed within the first conduit and a second filter part disposed within the second conduit;wherein the first conduit comprises a first opening and closing device and the second conduit comprises a second opening and closing device;wherein the inlet chamber comprises a series of inlet slots functioning as the air inlets and the outlet chamber comprises a series of outlet slots functioning as the air outlets;wherein the outlet chamber comprises a fixed partition wall keeping air flowing through the first conduit completely separate from air flowing through the second conduit when the first opening and closing device and the second opening and closing device are both open such that air flowing through the first conduit and air flowing through the second conduit do not mix until the air is discharged from the outlet slots, andwherein when the first opening and closing device and the second opening and closing device are both open, air flowing through the first conduit mixes with air flowing through the second conduit after the air is discharged through the outlet slots. 10. The air purifying apparatus of claim 9, wherein a filter included in the filter part has a relatively larger differential pressure between front and rear ends of the filter, compared to a filter included in the second filter part. 11. The air purifying apparatus of claim 10, wherein the filter included in the first filter part has a larger mesh than the filter included in the second filter part. 12. The air purifying apparatus of claim 9, wherein when the first opening and closing device and the second opening and closing device are open, air branches towards the first filter part and towards the second filter part. 13. The air purifying apparatus of claim 9, wherein the light emitting diode for photocatalyst emits ultraviolet light of 320 to 400 nm and the light emitting diode for sterilization emits ultraviolet light of 200 to 290 nm. 14. An air purifying apparatus comprising: a body having an inlet chamber and an outlet chamber, said inlet chamber including a series of inlet slots and said outlet chamber including a series of outlets slots;an axial fan disposed adjacent to the inlet slots blowing air axially towards a first conduit and a second conduit;a first filter part disposed within the first conduit and a second filter part disposed within the second conduit;an ultraviolet light emitting diode part disposed adjacent to the first filter within the first conduit;wherein the outlet chamber comprises a fixed partition wall keeping air flowing through the first conduit completely separate from air flowing through the second conduit such that air flowing through the first conduit and air flowing through the second conduit do not mix until the air is discharged from the outlet slots, andwherein the air flowing through the first conduit mixes with the air flowing through the second conduit after the air is discharged through the outlet slots,wherein the ultraviolet light emitting diode part comprises:at least two light emitting diodes for photocatalyst configured to act with a photocatalytic filter; andat least two light emitting diodes for sterilization configured to remove bacteria, wherein the light emitting diodes for photocatalyst and the light emitting diodes for sterilization are alternately arranged on a support member made of a material that has a high thermal conductivity, wherein the support member defines outer openings at an outside portion of the support member and a central opening at a center of the support member. 15. The air purifying apparatus of claim 14, wherein the light emitting diode for photocatalyst emits ultraviolet light of 320 to 400 nm and the light emitting diode for sterilization emits ultraviolet light of 200 to 290 nm. 16. The air purifying apparatus of claim 14, wherein: the first filter part comprises a photocatalytic filter and a collection filter; andthe second filter part comprises a carbon filter. 17. The air purifying apparatus of claim 16, wherein the ultraviolet light emitting diode part, the photocatalytic filter, and the collection filter are sequentially arranged along the flow of air in the first conduit. 18. The air purifying apparatus of claim 17, wherein: the photocatalytic filter reacts with ultraviolet light emitted from the ultraviolet light emitting diode part so as to perform a deodorization function; andthe collection filter captures bacteria in air flowing in the first conduit and receives ultraviolet light emitted from the ultraviolet light emitting diode part so as to perform a sterilization function. 19. The air purifying apparatus of claim 14, wherein the first filter part has a relatively larger differential pressure between front and rear ends of the first filter part, compared to a differential pressure between front and rear ends of the second filter part. 20. The air purifying apparatus of claim 14, wherein the first filter part comprises a filter that has a larger mesh than a filter in the second filter part.