KR200279730Y1 - Multiple lighting equipment having a function of air sterilization and freshness - Google Patents

Abstract

The present invention relates to a composite lighting device having a lighting function and a sterilizing effect by having a sterilizing lamp and a general lamp for lighting at the same time, the reaction chamber being partitioned to be hollowed by an inner, outer case or housing; A sterilizing lamp installed in the reaction chamber; Filtering means detachably fixed to one side of the reaction chamber having a plurality of air holes; A blowing fan installed at an opposite surface of the prefilter installation position of the reaction chamber; A lighting lamp separated from the reaction chamber and installed on a passage through which air sterilized and purified in the reaction chamber is discharged; It is configured to include an illumination window disposed in front of the lamp so as to protect the lighting lamp.

According to the present invention, not only is effective for all species, but also with primary filtration through the filtering means, and the part that cannot be irradiated with ultraviolet rays is sterilized and deodorized by ozone, so that the sterilizing effect and deodorizing performance are significantly improved. In addition, since it is combined with a lighting lamp, it can sterilize and purify indoor polluted air at the same time as lighting, thereby improving the aesthetics and enhancing the use environment of the indoor residents.

Description

MULTIPLE LIGHTING EQUIPMENT HAVING A FUNCTION OF AIR STERILIZATION AND FRESHNESS

The present invention relates to a composite lighting device equipped with a sterilizing lamp and a general lamp for lighting at the same time, and has a lighting function and a sterilizing effect. In particular, the purifying and sterilizing ability of the filter is doubled by forcing convection of contaminated indoor air using a fan. The present invention relates to a composite lighting device having a sterilization and cleaning function.

In recent years, due to the high development of the industry, in the aftermath of serious air pollution, dust, smoke, tobacco, etc. Air is easily contaminated by bacteria, viruses, and fungi that live in smoke and dust, which causes various respiratory diseases, odors, and secondary infections caused by pathogens through polluted air. Is emerging.

In order to solve such a problem, conventionally, the air has been sterilized or purified by using a filtering method, an electrostatic precipitating method, or an ultraviolet ray method. The filtering method uses a suction fan to inhale contaminated air and then removes This is a method of filtering and purifying the air through the grill. The large particles of coarse fiber are first filtered through a pre-filter, followed by adsorption of dust by HEPA FILTER, followed by removal of gas and odor through a carbon filter. .

However, this filtering method has a disadvantage in that it cannot filter on very fine dust particles, so that the sterilization ability is lowered and also causes a secondary pollution source due to filter contamination.

In addition, the electrostatic precipitating method allows the polluted air to pass through a positively charged ionization line so that the contaminating molecules have a positive charge and then is strongly adsorbed to the negatively charged dust collecting plate, or according to the amount of inhaled dust. Since the current flowing there is no change in the amount of air flow, the collection efficiency is lowered, the initial equipment cost is excessively excessive, and gaseous substances cannot be removed.

On the other hand, the UV method sterilizes dust particles by 253.7nm sterilization lines in ultraviolet rays, but its wavelength is limited, so it is easy to sterilize around UV lamps. The disadvantage is that it is not suitable for processing.

Recently, a number of technologies have been researched and developed to further supplement the above-described sterilization and purification technologies for polluted air. For example, domestic patent application No. 1996-2109 air conditioner air cleaning control method and practical application No. 1999-20449 Ultraviolet sterilizer with corrugated reflector on the inside, Discharge device for air purifier of Korean Patent Application No. 1999-2841, Sterilization deodorizer using UV application and ozone No. 1999-27020, Patent application 2000-4508 Air purifying method and apparatus and practical application 2001 -22812 Air Sterilization Deodorizers.

However, the sterilization and purification techniques of the polluted air disclosed in the above-mentioned earlier applications take a natural convection method, and also has a disadvantage in that the structure is complicated and difficult to install and not easy to use, in particular, the Korean Utility Model Application 1999- No. 27020 Sterilization deodorizer using ultraviolet and ozone is equipped with both ultraviolet lamp and ozone lamp at the same time to sterilize and decontaminate polluted air. As the ozone generated is dissociated into oxygen molecules again by the germicidal line (253.7nm) irradiated from the UV lamp, the deodorization action is drastically dropped. When there is no separate control means, the ozone concentration becomes more than 0.06ppm, so as to sterilize bacteria and viruses. As it is a very dangerous quantity that threatens the life of the human body, The future is a frequent location was the decisive disadvantage that you can use.

In addition, the development of a lighting fixture capable of performing a lighting function while simultaneously sterilizing and purifying polluted air by incorporating the above-described technology for sterilizing and purifying indoor air into lighting fixtures, and as a part thereof, Utility Application No. 92-3438, “Lighting device with air purification function”, Application No. 94-332, “Multifunctional lighting equipment with air purifier”, Application No. 95-11126, “Light sterilization and lighting luminaire”, Application No. 96-16590, "Lighting apparatus having an air cleaning function", Application No. 96-40563 "Light fixture with an anion generator", Application No. 98-3600 "Lighting apparatus with air disinfection function", Various applications have been filed and published, such as Application No. 2000-12394 "Furniture Sterilizing Lamps for Furniture" and Application No. 2001-12141 "Lighting Devices with Ozone Lamps."

However, since these open technologies are simply convection, without forced circulation of indoor polluted air, the cleaning function is notably reduced, and the filtering function is not accompanied, resulting in low purification efficiency. In this case, there is no sterilization function at all, even if the function is insignificant, of course, because it is a simple built-in method is not considered to be harmful to the human body at all, there is no effectiveness and only limited to decorative.

The present invention has been devised to solve this problem in view of the above-mentioned conventional problems. In particular, the lamp is equipped with a sterilizing lamp equipped with an ultraviolet lamp and an ozone lamp that are independently and mutually exclusively controlled separately from the general lighting lamp, but do not have ultraviolet light. Its effects are to be sterilized by ozone to the non-irradiated surface, and forced convection of contaminated air to increase the sterilization area, and to provide a combined lighting device with sterilization and cleaning function that combines lighting with double the cleanliness of the air by adding filtering function. The purpose is.

1 is a schematic diagram showing a wall-mounted composite lighting device according to a first embodiment of the present invention,

2 (a) and 2 (b) are cross-sectional views of main parts of FIG. 1,

Figure 3 is a schematic diagram showing a wall-mounted composite lighting device according to a second embodiment of the present invention,

4 (a) and 4 (b) are cross-sectional views of main parts of FIG. 3,

Figure 5 is a schematic diagram showing a wall-mounted composite lighting device according to a third embodiment of the present invention,

6 is a schematic configuration diagram showing a ceiling-embedded composite lighting device according to a fourth embodiment of the present invention;

7 is a schematic configuration diagram of a display constituting a complex lighting device according to the present invention,

Figure 8 (a), (b) is a schematic configuration diagram and one end view showing a ceiling embedded composite lighting device according to a fifth embodiment of the present invention,

9 is an exemplary view showing the internal structure of the reaction chamber constituting a complex lighting device according to the present invention,

10 is a schematic diagram showing a stand-type composite lighting device according to a sixth embodiment of the present invention,

11A and 11B are rear views of FIG. 10,

12 is a cross-sectional view showing another possible modification of the sixth embodiment according to the present invention.

Explanation of symbols on the main parts of the drawings

1: inner case 2: outer case

3: lighting window 4: lighting lamp

5: sterilization lamp 6: pre-filter

8,8 ': Blowing fan 9: Printed circuit board (PCB)

10: negative ion generator 11: remote control receiver

12: sensor 19: ozone meter

30: sound device control unit 31: speaker

50: display 70: lighting lamp support

80: storage case 88: fixed case

90: guide wall 92: guide plate

C: ceiling surface S: reaction chamber

W: wall surface

The above object of the present invention and the reaction chamber is partitioned so that the inside is hollow by the inner, outer case or housing; A sterilizing lamp installed in the reaction chamber; Filtering means detachably fixed to one side of the reaction chamber having a plurality of air holes; A blowing fan installed at an opposite surface of the prefilter installation position of the reaction chamber; A lighting lamp separated from the reaction chamber and installed on a passage through which air sterilized and purified in the reaction chamber is discharged; It is achieved by providing a composite lighting device having a sterilization and cleaning function, characterized in that it comprises a lighting window disposed in front of the lamp for protecting the lighting lamp.

Hereinafter, some embodiments of the present invention will be described in more detail with reference to the accompanying drawings.

[First Embodiment]

1 is a schematic configuration diagram showing a wall-mounted composite lighting apparatus according to a first embodiment of the present invention, Figure 2 (a), (b) is a sectional view of the main part of FIG.

According to Figures 1 and 2, the present invention is a composite lighting device is provided with an inner case (1) of approximately 'C' shape fixed to the wall (W), the outer case (2) on the front of the inner case (1) Combined to form a closed reaction chamber (S).

A plurality of supports 15 are provided on the rear surface of the inner case 1 to fix and support the inner case 1 so as to be firmly fixed to the wall surface (W).

A blowing fan 8 is attached to the upper inner surface of the inner case 1, that is, the ceiling surface of the reaction chamber S, and a filtering means is attached to the lower outer surface of the reaction chamber S, that is, the bottom outer surface of the reaction chamber S. Is installed.

The filtering means may be a non-woven fabric, a carbon filter, a wet filter, or a pre filter.

In the present invention, one embodiment of the filtration means, in particular, the pre-filter (6) will be described.

The prefilter 6 is a filter for collecting and filtering relatively large particles of dust, and is a means for filtering large particulate matter of 150 μm or more contained in the outside air, and a pair of joints 13 to the bottom outer surface of the inner case 1. Is fixed to.

In addition, the pre-filter (6) is provided in the form of a cassette is easily configured to be easily removable when the long-term use, so that the replacement is preferably configured.

In addition, a plurality of outlet holes are formed in each surface on which the blower fan 8 and the prefilter 6 are installed so that the polluted air introduced from the outside is purged through the reaction chamber S and then discharged to the outside. It is configured to be.

The blowing fan 8 is to force the purge air in the reaction chamber (S) to the outside to allow a lot of circulation of the indoor air in a short time, crossflow fan or Sirocco fan (SIROCCO FAN) desirable.

The crossflow fan is suitable for treating a large amount of contaminated air, and the sirocco fan is used as a circulation fan for ventilation and air conditioning in a general building, and is suitable for low speed rotation for a low wind speed for a large amount of wind.

A sterilizing lamp 5 having a stabilizer 7 is installed on the inner wall surface of the inner case 1 on the reaction chamber S.

The sterilizing lamp 5 is preferably provided with an ultraviolet lamp or an ozone lamp, respectively, or in parallel.

The UV lamp is preferably equipped to emit 253.7 nm germicidal radiation, which is shorter than visible light in the wavelength band of 400 nm and longer than X-ray in the wavelength band of 100 nm, which is applied to almost all types of UV rays having a wavelength band of 253.7 nm. This is because it is effective and simple to use, and as the nucleic acid (DNA) in the cell is changed by irradiation, it has an effect of killing by blocking the proliferative ability by causing metabolic disorders.

In the case of ozone lamps, it is preferable to provide an ozone generating line having a wavelength band of 184.7 nm, which in the case of ozone having a wavelength band of 184.7 nm reacts with pollutants to form a primary intermediate product. The intermediate product again reacts slowly with ozone to be converted to other oxidation products or final products, and indirect reactions in which ozone decomposing intermediates such as radicals such as OH and O generated during self-decomposition become important oxidizing agents react with organics. This is because these radicals have a higher potential difference than ozone and react evenly with almost all organic materials at high speed.

Particularly, when the ozone lamp having such a characteristic is installed in parallel with the ultraviolet lamp, the ozone generating line in the wavelength band extends to the non-irradiated surface which the germicidal line of ultraviolet rays does not reach, so that sterilization and deodorization are possible.

The ballast 7 is electrically connected to the sterilizing lamp 5 is a means for inducing efficient power distribution and stable operation.

On the other hand, the upper side adjacent to the wall surface (W) of the inner case 1, the extension piece 20 is formed extending in the longitudinal direction, the inner surface of the extension piece 20 for the illumination is supported by a support (not shown) Lamp 4 is provided separately from the reaction chamber (S).

The lighting lamp (4) can be selected and used to correspond to the installation space of various kinds, such as fluorescent lamps, halogen lamps, incandescent lamps, neon lights, decorative bulbs, and the like can be used in combination of several of them to be.

In addition, the upper end of the extension piece 20, the upper end of the outer case 2, which is opposite to the inner case 1, has an inclined angle therefrom, and the upper end of the extension piece 20 is extended upward. The lighting window 3 is fixed in such a manner as to extend to form an air outlet 16 at a predetermined distance from the top.

The lighting window (3) is for transmitting a part of the light irradiated from the lighting lamp (4) to illuminate the room equipped with the composite lighting, opaque diffused glass made of a polymer plate is suitable.

The lighting window 3 is not limited to the opaque diffused glass 3, and according to the installation location of the composite lighting device using a Korean paper or the like according to the lighting mode such as general lighting, local lighting, indirect lighting, direct lighting or direct or indirect lighting. It can also give external beauty.

In addition, an anion generator 10 is installed directly below the lighting lamp 4, for example, at the lower inner wall surface of the extension piece 20 so that the purified air sterilized by the blowing fan 8 is discharged. It is preferable to purify and clean the indoor air by being discharged through the air outlet 16 in a mixed state with the anion generated from 10).

The anion induced by the anion generator 10 is preferably to generate more than 1000 anions per 1cc, these anions are serotonic neurohormones that cause respiratory diseases such as asthma by increasing the activity of α waves in the brain SEROTONIC and FREE HISTAMIN are known to be effective in reducing mental performance and stress.

In addition, when an ozone lamp is installed, a secondary problem of controlling ozone generation is caused (for example, when the ozone content is more than 0.06 ppm per unit volume, it is very harmful to the human body). The ozone measuring device 19 is provided to control the means, such as a timer, to measure the ozone content in the water and automatically turn off the light emission of the ozone lamp when the content exceeds the prescribed value, and then operate it again after a certain time. Is preferred.

For example, the lighting lamp (4), anion generator (10), ozone measuring device (19), etc. are separated from the reaction chamber (S) by the illumination window (3) (hereinafter referred to as "illumination chamber") in the space Is built in.

In addition, a remote control receiver 11 is installed on the lower outer surface of the outer case 2 adjacent to one end of the prefilter 6 and receives the signal of the remote controller 11 to operate the sterilizing lamp 5 ( A printed circuit board (hereinafter, referred to as a 'PCB') 9 capable of controlling on / off, reducing the fan rotation speed of the blower fan 8, or adjusting the brightness of the lighting lamp 4 is provided with the support ( 15) is fixed to the outer wall surface of the inner case (1) between them.

Therefore, it is preferable that the user can be configured to control the operation of the sterilization lamp (5) or the rotational speed of the blowing fan (8) and the brightness of the lighting lamp (4), wherein the remote control receiver 11 used at this time The circuit configuration of the PCB (9) can be easily configured by dedicating the function of the remote control device already known.

In addition, a sensor 12 such as a proximity sensor or an illuminance sensor is installed outside the lower surface of the prefilter 6 adjacent to the lower side of the remote controller 11, and when the sensor 12 reaches a predetermined condition. Through the remote control receiver 11 can be configured to control this in the same manner as the on / off control of the flashing of the sterilizing lamp (5).

In particular, the ultraviolet or ozone caused by the sterilizing lamp (5) is harmful when it comes in direct contact with the human body, so when a person approaches within a predetermined distance from the detection sensor 12 automatically detects the sterilizing lamp (5) It is desirable to be able to turn off the light emission, in some cases, for example, during the day when there are a lot of people to stop the light emission of the sterilizing lamp (5) for a limited time and then dark at night to detect this light sensor Of course, it can also be configured to start the light emission of the sterilizing lamp (5).

In addition, the ozoneless filter may be mounted in the space between the inner case 1 and the wall surface W while being connected to the reaction chamber S so as to be capable of ozone in case an excessive amount of ozone is generated. Of course.

Second Embodiment

Figure 3 is a schematic configuration diagram showing a wall-mounted composite lighting apparatus according to a second embodiment of the present invention, Figure 4 (a), (b) is a sectional view of the main part of FIG.

According to FIGS. 3 and 4, the second embodiment of the present invention is a modification of the first embodiment shown in FIGS. 1 and 2, and an air inlet 25 and an air outlet 26 are formed on upper and lower surfaces, respectively, and a wall surface. A polygonal inner case including a cylindrical shape having a reaction chamber (S) having the above-described sterilizing lamp (5) in the outer case (2 ') fixed to (W) and the other side except for the upper and lower end surfaces thereof. (1 ') built-in, but the outer case (2') relatively large to leave a space after the space of the reaction chamber (S) and partitioned outer case (2 ') a plurality of lighting lamps (4) It is installed and provided with an illumination window (3) on one side portion of the outer case (2 '), which is the front position of the lighting lamp (4).

Except for the shapes of the inner and outer cases 1 'and 2', the rest is preferably manufactured and installed the same as or similar to that of the first embodiment.

In addition, an air hole communicating with the air outlet 26 is formed at an upper end surface of the reaction chamber S, and a blowing fan 8 is provided inside the air hole adjacent to the lower end surface of the reaction chamber S. An air hole communicating with the air suction port 25 is formed therein, and a pre-filter 6 having the structure described above is mounted on the outer surface of the air hole.

In addition, in order to easily control the germicidal lamp 5, the remote control receiver 11, the PCB 9 and the detection sensor 12 is the same connection as that in the above-described first embodiment only the installation position is different Excreted in relationship; The negative ion generator 10 is preferably provided adjacent to the air outlet 26 which is the outside of the lighting chamber, and also not shown, but also an anion measuring instrument should be installed.

Third Embodiment

Figure 5 is a schematic diagram showing a wall-mounted composite lighting device according to a third embodiment of the present invention.

According to Fig. 5, the inner case 1 and the outer case 2, the lighting lamp 4 and the sterilizing lamp 5 are installed in a similar form as in the first embodiment.

However, in the case of the outer case 2, the lower side having a slight inclination is wide and the upper side is inclined in a narrow form, and the arrangement of the lighting window 3 also changes correspondingly, and in particular, in the case of the lighting window 3, the locking holes 29 It is preferable that the configuration to be easily removable on the upper end of the outer case (2) by.

In the case of the remote control receiver 11 and the detection sensor 12 are disposed to be embedded in the outer case 2, the PCB 9 is arranged in the same manner as in the first embodiment.

On the other hand, the blowing fan 8 is disposed on the upper side adjacent to the pre-filter 6, the blowing fan 8 is disposed on the inner bottom surface of the upper case relative to the lower surface of the inner case 1, The prefilters 6 are disposed and they are detachably fixed by the connecting joint 13 about the lower surface of the inner case 1.

In addition, the front of the sterilization lamp (5) which is one side of the reaction chamber (S) surrounded by the inner and outer cases (1, 2) 'b' shaped protective case fixed to the inner wall surface of the outer case (28) In the protective case 28, a speaker 31, a memory input / output port 32 are provided, as well as an acoustic device controller 30.

These sound-related devices, which are known in the art, are stored in advance in a memory (storage room) provided in the sound control device 30, such as birds, water, waves, and the like, to refresh the sound that causes mental stability to the human body in advance. The circuit can be configured to output the sound through the speaker 32 in conjunction with the driving of the blower fan 8 or the negative ion generator 10, and the device of the present invention through the memory input / output port 32. According to the propensity of people who use the installed location, various sounds or music corresponding to them can be collected and replaced periodically or as needed, and the remote controller can be configured to separately control the output of sound.

Fourth Embodiment

6 is a schematic diagram illustrating a ceiling-embedded composite lighting device according to a fourth embodiment of the present invention.

According to FIG. 6, an inner hollow support 40 fixed to the ceiling surface C is provided, and a ballast 7 and a PCB 9 are embedded in the support 40, and the support 40 is provided. By the housing (H) is suspended by the coupling support frame 14 in the form of hanging.

The housing (H) has a hollow box in the form of a rectangular box, and a reaction chamber (S) is formed therein, and a plurality of air holes are perforated on both sides thereof, and one side of the prefilter (6) is fixed and the other inner surface. The blowing fan 8 is fixed.

The prefilter 6 and the blowing fan 8 are the same as those in the above-described embodiments, and only the installation position is changed.

A fixing frame 42 having a concave space portion having a '∩' shape is fixed to the bottom surface of the reaction chamber S by a connecting joint 13 so as to be separated from the reaction chamber S, and on the fixing frame 42. A plurality of lighting lamps 4 are installed, and the lighting lamps 4 are protected by lighting windows 3 covering the front surface of the fixed frame 42 by connecting joints 13.

The lighting window 3 may be provided only partially, and may be provided to completely close the front surface of the fixing frame 42.

At the lower end of the housing H, the remote control receiver 11 and the detection sensor 12 described in the first embodiment are installed at both sides, and in particular, the negative ion generator 10 is installed at the outer upper end of the blower fan 8. desirable.

In addition, one side of the case or housing of each of the above-described embodiments may be provided with a display 50 as shown in FIG. 7, and the display 50 may include a wind direction control display plate 52 and an abnormality check display plate of a lamp ( 54), the display panel such as the illumination status display panel 56 and the sensor operation status display panel 58 may be provided as an LCD panel so that each state can be checked in real time.

In the case of the air volume control display panel 52, the air volume can be quantified and displayed from the rotational speed of the fan according to the applied voltage in connection with the blower fan 8, and in the case of the display panel 54 for confirming the abnormality of the lamp, the sterilization lamp (5) it can be determined whether the operation of the non-operation by the switching element to indicate whether the operation, in the case of the lighting state display panel 56 can display the illuminance of the lighting lamp (4) in conjunction with the illumination sensor, In the case of the sensor operation status display board 58, the presence or absence of an abnormality such as a sensor 12 or an ozone measuring instrument 19 installed in a case or a housing is detected by using a switching element and the operation state (on / off) is displayed. You can do it.

[Example 5]

8 (a), (b) is a schematic configuration diagram and one end view showing a ceiling embedded composite lighting device according to a fifth embodiment of the present invention.

According to Figure 8, the housing (H) is provided, the lighting lamp support 70 of a predetermined width is attached to both sides of the housing (H). In addition, a fixing case 88 is installed at a central portion of the lower surface of the housing H at a predetermined distance from the lighting lamp support 70, and the fixing case 88 is a case having a hollow shape and a lower surface thereof. A plurality of air inlets 15 are formed therein, and the pre-filter 6 is detachably fixed to a surface on which the air inlets 15 are formed.

A blowing fan 8 'is provided at an upper side of the prefilter 6, and the blowing fan 8' is a crossflow fan, and a storage case 80 for supporting it is an upper surface of the fixed case 88. It is fixed in the form of hanging in the center portion and the flow guide 22 is formed on one side of the storage case (80).

In addition, the upper surface of the adjacent fixed case 88 of the storage case 80, including the ballast (7), but not even in parallel with the sensing sensor, the remote control receiver may be installed.

The housing (H) is embedded in the ceiling surface (C) bar, it is preferable that the ceiling surface (C) and the pre-filter (6) is buried in alignment so as to be approximately horizontal.

In addition, lighting lamps 4 are fixed to lower surfaces of the lighting lamp support 70, respectively, and a predetermined space is formed between the both sides of the lighting lamp support 70 and the fixing case 88 to form an air outlet. (16) is achieved.

The PCB 9 is attached to either side of the lighting lamp support 70 so that the operation by the remote control receiver can be smoothly controlled.

On the other hand, in the reaction chamber (S) in the housing (H) partitioned by the fixing case 88 and the lighting lamp support 70, a plurality of sterilizing lamps 5 are disposed in a zigzag form, the polluted air is sucked out An irregular flow guide 22 is attached to the inner wall surface of the reaction chamber S to increase the residence time of the reactor.

In addition, anion generator 10 is provided on each air outlet 16.

In addition, as shown in (a), (b) and (c) of FIG. 9, a plurality of guides intersecting each other around the sterilizing lamp 5 in the reaction chamber S described in each of the above-described embodiments. By installing the wall 90 or installing the guide plate 92 in the form of a screw along the sterilizing lamp 5 to increase the time the contaminated air stays in the reaction chamber S to maximize the sterilization efficiency. It is preferable to construct.

Sixth Embodiment

10 is a schematic configuration diagram showing a stand-type composite lighting device according to a sixth embodiment of the present invention, Figure 11 (a), (b) is a rear view of FIG.

10 and 11, the base 54 is provided, the upper surface of the base 54 is provided with a PCB (9), the remote control receiver 11 and the sensing sensor to both sides of the PCB (9), respectively 12 is arrange | positioned and the illumination chamber L enclosed by the illumination window 3 is formed in the upper side.

The lighting window 3 is in a cylindrical shape and the inside is empty, and the lower end thereof is connected to and fixed to the upper surface of the base 54 in the form of a plurality of legs.

The lighting window 3 may be installed to be fixed to the base 54 in the form of a leg as described above, as well as a simple mounting on the upper surface of the base 54 and a plurality of ventilation holes (air suction holes) along the outer circumferential surface thereof. Of course, it can also be formed.

Therefore, the outside air can be introduced into the lighting chamber L through the space between the upper surface of the base 54 and the lower end of the lighting window 3.

Inside the lighting chamber (L) is provided with a cylindrical inner case 1 "having a reaction chamber (S) in the same form as the lighting window (3) and is fixed to the upper surface of the base (54).

At the lower end of the inner case 1 ", a disc shaped prefilter 6 is installed, and at the upper end, a blower fan 8 is installed.

In addition, a sterilizing lamp 5 having a ballast 7 is installed inside the inner case 1 ″, and an illumination lamp 4 is provided at an upper end surface of the base 54, which is a lower end of the lighting chamber L. FIG. Is installed.

By installing the lighting lamp 4 on the upper surface of the base 54, it is possible to pursue visual beauty, especially when the lighting window 3 is a simple mounting method, it is possible to take out the lighting lamp 4 by simply lifting it. Therefore, in such a structure, the replacement of the lighting lamp (4) is very excellent.

In addition, an anion generator 10 is provided between the illumination window 3 and the upper surface of the base 54, which is the lower end of the illumination chamber L, and the inner case 1 ″ is connected to the base by the support frame 14. 54) and is supported.

In addition, an air discharge port 16 is formed on the upper surface of the blowing fan 8, which is the upper end of the reaction chamber S.

In addition, FIG. 12 shows another modification of the sixth embodiment, wherein the inner case 1 "having the sterilizing lamp 5 in the cylindrical case 80 and the reaction chamber S is formed. It is arranged to be spaced apart from the inner circumferential surface, and the upper end is partitioned from the reaction chamber (S) by the partition wall 82 to form an illumination chamber (L), the lower end of the blowing fan while communicating with the reaction chamber (S) 8) was installed.

The lighting chamber (L) is provided with a lighting lamp (4) fixed to the upper surface of the partition 82, the outer peripheral surface having the same diameter as the casing 80, the lighting window (3) surrounding the lighting chamber (L) ) Can be installed.

In addition, a space such as a PCB may be installed in the space between the partition wall 82 and the reaction chamber S.

In addition, the lower inner peripheral surface of the illumination window 3 and the upper outer peripheral surface of the upper casing 80 is preferably threaded to each other by processing the threads to facilitate the desorption of each other. This facilitates replacement of the prefilter 6 to be described later.

Meanwhile, in the space between the outer circumferential surface of the inner case 1 ″ and the inner circumferential surface of the casing 80, a pre-filter 6 is charged and installed through the air suction port 88 formed along the outer circumferential surface of the casing 80. Primary air is purged in S. At this time, in order to facilitate the suction of air, a plurality of holes are preferably drilled in the outer circumferential surface of the inner case 1 ".

A plurality of air outlets 16 are formed along the circumferential direction of the lower end of the casing 80 in which the blowing fan 8 is installed, and a part such as a remote control receiver 11 or an anion generator may be installed on some of the outer peripheral surfaces thereof. have.

In addition, it is preferable that a plurality of casters 84 are provided on the bottom surface of the casing 80 for convenience of movement.

The present invention made up of such a configuration has the following operational relationship.

First, since the configuration of each of the above-described embodiments is almost similar, the integrated operation relationship will be described to describe the consistent operation relationship. ) Will flow into.

At this time, the introduced polluted air is primarily filtered by the pre-filter (6) particles of 150㎛ or more. The prefilter 6 is preferably installed in the form of a cassette to be replaced at regular intervals.

The contaminated air having a size of 150 μm or less filtered through the first filtering process may emit ultraviolet light (sterilizing line having a wavelength of 253.7 nm) or ozone (184.9 nm) emitted from the sterilizing lamp 4 of the reaction chamber S. Ozone generation line) or both act independently to sterilize and purify polluted air.

Sterilization and purification process, as described above, in the case of ultraviolet light, the nucleic acid (DNA) in the cell is changed by the irradiation, causing metabolic disorders to block the proliferative capacity, and in the case of ozone reacts with pollutants The primary intermediate product is then slowly reacted with ozone to convert to other oxidizing or final products, and ozone decomposing intermediates such as radicals such as OH and O generated during self-decomposition become important oxidizing agents. In addition to inducing reactive reactions, these radicals have a higher potential difference than ozone and react with almost all organic materials at high speed to sterilize and deodorize.

Particularly, when UV and ozone having such characteristics are used in parallel, sterilization through ozone after sterilization through UV is possible, since ozone generation lines are extended to the non-irradiated surface where the UV ray sterilization line is insufficient, sterilization and deodorization are possible. Will be

In addition, the reaction chamber (S) is configured to allow passage of contaminated air with a long flow path by the guide wall 90 or the guide plate 92, so that the time to stay inside the reaction chamber (S) becomes long enough. Sterilization and deodorization will be performed.

After the sterilization and deodorization, the purified air is forcedly discharged to the outside of the reaction chamber through the air outlet 16 by the blowing fans 8 and 8 ', and the negative ion generator 10 operates to generate a predetermined amount of negative ions. The air purifying function is additionally performed by being discharged in the containing state.

Negative ions, for example, by generating more than 1000 negative ions per 1cc to increase the activity of α waves in the brain to inhibit the serotonic and free histamine, neurohormones that cause respiratory diseases such as asthma, and the ability to perform psychomotor And to relax.

By performing such a process continuously for a certain time or periodically or by a timer control, the indoor polluted air can be sterilized, deodorized, and purified cleanly.

Simultaneously with the process of sterilizing and purifying polluted air described above, the light emitted through the lighting lamp 4 illuminates the interior of the room via the lighting window 3.

That is, since the reaction chamber (S) and the lighting chamber are separated, the lighting operation is performed regardless of the operation of the sterilization lamp (5). Therefore, the indoor lighting as well as the sterilization, purification, and cleanliness of indoor polluted air through one illuminator You can get the action.

On the other hand, in the process of purifying the contaminated air such as sterilization, deodorization, cleanliness, etc. as described above to control the on / off of the sterilization lamp (5) in operation according to whether or not within a certain radius or the operation of the negative ion generator A mental stability or lighting lamp for indoor residents by outputting the sound recorded through the sound device control unit 30 through a speaker using a memory function arbitrarily so that the user can listen to the desired music through the memory input / output card. The operating relationship for giving audio-visual satisfaction to the user according to various selections of) is as described in the above-described components of the present invention.

As described in detail above, the present invention provides the following effects.

First, there is an advantage that the structure is simple, easy to install and simple to use, easy to operate and effective for all species.

Secondly, since the primary means of filtration through the filtration means and at the same time irradiated with ultraviolet light is sterilized and deodorized by ozone, the sterilizing effect and the deodorizing performance are remarkably improved.

Third, because the UV and ozone are simultaneously processed and forced blowing method is adopted, large-capacity treatment is possible, so it can be used efficiently regardless of day and night in places where people frequently come and go.

Fourth, since it is possible to control properly by the sensor and ozone meter, it is possible to sterilize and deodorize polluted air efficiently without harming the human body.

Fifth, it is possible to maximize the sterilization area, which is suitable for large-scale contaminated air treatment.

Sixth, since it is linked with the lighting lamp at the same time, the lighting function, as well as sterilization and purification function is given, the utility is great.

Seventh, there is an audio-visual additional means in addition to the lighting function and sterilization, purification function has the effect of maximizing the mental stability or satisfaction of the human.

Claims (10)

A reaction chamber (S) partitioned so as to be hollowed by the inner and outer cases (1, 2) or the housing (H); Sterilization lamp (5) installed in the reaction chamber (S); Filtering means detachably fixed to one side of said reaction chamber (S) having a plurality of air holes; A blowing fan (8, 8 ') installed on an opposite surface of the pre-filter (6) installation position of the reaction chamber (S); An illumination lamp 4 which is separated from the reaction chamber S and installed on a passage through which the air sterilized and purified in the reaction chamber is discharged; A lighting device having a sterilization and cleaning function, characterized in that it comprises a lighting window (3) disposed on the front so as to protect the lighting lamp (4). The method of claim 1, wherein the reaction chamber (S) is arranged so that the guide wall 90 cross-arranged or screw-shaped guide plate 92 along the sterilization lamp (4) to increase the residence time of the contaminated air A composite lighting device having a sterilization and cleaning function, characterized in that. The compound lighting apparatus of claim 1, wherein the sterilizing lamp (5) is an ultraviolet lamp, an ozone lamp, or an ultraviolet lamp and an ozone lamp that are independently operable. The complex lighting device of claim 1, wherein an anion generator (10) is placed on the passage of the purification air in which the lighting lamp (4) is installed. 5. The complex lighting apparatus according to claim 1 or 4, wherein an ozone measuring device (19) is disposed in parallel to the negative ion generator (10) on the passage of the purified air in which the lighting lamp (4) is installed. . The composite lighting device of claim 1, wherein the blowing fan (8, 8 ') is a sirocco fan or a crossflow fan. The lighting device according to claim 1, wherein the lighting lamp (4) is any one selected from fluorescent lamps, halogen lamps, incandescent lamps, neon lamps, mercury lamps, decorative lamps, or a combination thereof. According to claim 1, The lighting window (3) is a composite lighting device having a sterilization and purification function, characterized in that any one selected from opaque diffused glass, polymer plate, Hanji. According to claim 1, wherein any one of the outer surface of the reaction chamber (S) is interlocked with the sterilizing lamp (5) and outputs the sound desired by the user through the memory I / O card, including recorded bird sound, water sound, sea sound A composite lighting device having a sterilization and purification function, characterized in that the sound device control unit 30 is installed. The air conditioner according to claim 1, wherein the air volume of the blower fan (8, 8 '), the abnormality of the sterilization lamp (5), and the illumination state of the illumination lamp (4) are set at one of the outer surfaces of the reaction chamber (S). A composite lighting device having a sterilization and purification function, characterized in that the display 50 is laid out.