KR20110042799A - An air cleaner of illuminating-lamp combination - Google Patents

Abstract

PURPOSE: An air cleaner functioning as an illumination lamp is provided to purify air using the photochemical reaction of optical catalyst and far infrared rays and to make a fresh indoor space by simultaneously discharging an anion and a phytoncide component. CONSTITUTION: An air cleaner functioning as an illumination lamp comprises a body(1), a cleaning unit, a ventilation unit, an lighting unit(4) and a power supply unit. The body has a cabinet structure. The cleaning unit is coupled to the inside of the body and emits far infrared rays and an anion. The ventilating unit is assembled to both ends and the front of the body to suck contaminated air and to discharge fresh air and an anion. The lighting unit is installed on the front of the body. The power supply unit supplies external power, which is required to operate the cleaning unit, the ventilating unit and the lighting unit.

Description

An air cleaner of illuminating-lamp combination

The present invention relates to an air purifier, and more particularly, to clean a contaminated indoor air to clean air and to discharge it indoors, while using a colorful light to produce a cozy indoor atmosphere and to induce a good night's sleep at bedtime. It is about.

Since the Industrial Revolution, which began in the middle of the 18th century, continued industrialization and development-oriented economic growth and industrialization through the introduction of advanced new technologies, humans in modern society lead a life that is incomparable with the past. On the other hand, it caused serious air pollution that threatened human existence.

This air pollution is the growth of various invisible harmful bacteria such as bacteria, fungi, and mites in the room, and respiratory diseases such as asthma and rhinitis and skin diseases such as allergies and eye diseases. It causes various diseases. It also causes numerous aging effects such as skin aging, lethargy, fatigue and discomfort.

On the other hand, current buildings are constructed mainly of reinforcing bars and concrete, and Sick house syndrome caused by volatile harmful substances (formaldehyde, etc.) containing carcinogens emitted from various building materials including concrete. Onset is a serious problem.

For this reason, an air purifier for purifying contaminated indoor air to clean air is now recognized as a necessity of life, and in recent years, its installation range is gradually expanded to various places such as offices and houses.

However, the air purifier described above is forcibly suctioning contaminated gas using a blower and purifying it with a built-in filter, and then discharging it into a room. It must be. Therefore, it has been pointed out that if the filter is not replaced at any time, the contamination of the interior is further exacerbated, such as increasing the growth of bacteria and causing a bad smell.

On the other hand, long-wave ultraviolet lamps (935a) and 935b, which emit ultraviolet light for activating a photocatalyst through domestic registered utility model No. 20-0401630, and short-wave ultraviolet lamps (934a) for emitting ultraviolet light to sterilize bacteria in the air. It has been disclosed that the air purifier 900 for the thermo-hygrostat is installed in the interior space (934b) (934c).

However, as the long-wave ultraviolet lamps 935a and 935b and the short-wave ultraviolet lamps 934a, 934b and 934c are commonly installed in the internal space, the wavelengths of the longwave ultraviolet lamps 934a, 934b and 934c are entangled with each other, thereby sufficiently integrating the original functionality. Followed by the discontinuance.

An object of the present invention is to solve the above problems, while purifying the polluting gas using far infrared rays while additionally discharging (circulating) anion, which is a beneficial component of the human body, to the indoor space and at the same time for sterilization and disinfection of harmful substances. Simultaneously dissipates the phytoncide component, providing a combined air purifier for lighting to keep the living space pleasant and clean.

Another object of the present invention is to use a plurality of light emitting diodes (LEDs) to lightly illuminate an indoor space so that colorful light is emitted, thereby creating a comfortable and cozy interior. In addition, the present invention provides a combined air purifier for lighting to induce a good night's sleep.

In order to achieve the above object, a lamp and a combined air purifier according to the present invention includes a main body having an enclosure type structure; A clean member for generation of far-infrared rays and release of negative ions while being internally coupled inside the main body; A ventilating device provided at both ends and a front surface of the main body to suck contaminated gas and discharge clean air and to discharge negative ions at the same time; A lighting device installed on the front of the main body and used in parallel with a mood light or a sleeping light; And a power supply device for supplying and controlling external power required to operate the cleaning member, the ventilation device, and the lighting device.

As can be clearly seen from the above description, the combined air purifier of the lamp of the present invention, through the simultaneous purification of the charcoal anion and the phytoncide component of the wood together with air purification using the photochemical reaction of far-infrared and photocatalyst emitted from the UV lamp, It is possible to expect the effect of creating a pleasant indoor space, such as eliminating (deodorizing) the smell of food while cooking and eradicating the generation of harmful ingredients.

In addition, by utilizing a variety of colorful lighting devices for bedtime or mood light, it is possible to produce a cozy and comfortable indoor atmosphere, in addition to maintaining the best condition according to a good night's sleep induction and suppressing skin aging. It is a very useful invention that can have a beneficial effect on biorhythms.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings such that those skilled in the art may easily implement the present invention.

Figure 2 is an exploded perspective view showing the overall structure of a combined light lamp air purifier according to the present invention, Figure 3 is a front view showing the front structure of a combined light lamp air purifier according to the present invention, Figures 4a and 4b Side cross-sectional view and a cross-sectional view showing the internal structure of a combined light lamp according to the present invention, Figure 5 is an enlarged perspective view showing the main relationship between the UV lamp and the first photocatalyst in the combined light lamp according to the present invention.

As shown in Fig. 2 and 3, the combined use of a lamp and air purifier (A) according to the present invention, the main body (1) to form an enclosure for the purpose of unifying the device, and internally coupled to the inside of the main body (1) Cleaned member 2 for the purification of polluted gas using far-infrared radiation and the release of negative ions, which is beneficial to human body, and is provided on both ends and the front of the main body 1 to inhale polluted gas and discharge clean air. At the same time, a ventilator (3) capable of emitting negative ions, an illumination device (4) used in parallel with a mood light or a sleeping light while being installed on the front of the main body (1), and the cleaning member (2) and a ventilator (3) and a power supply 5 for supplying and controlling external power required for the operation of the lighting device 4.

The main body 1, in addition to the unification of the device, is for the purpose of dissipating the phytoncide component which is the source of the forest bath utility under the influence of the heat source generated when the cleaning member 2 is operated. It is preferable that the assembly is structured in a rectangular box type.

Accordingly, an inner space 1a and an accommodating space 1b for accommodating the cleaning member 2 and the power supply 5 are provided in the main body 1, respectively, and the ventilation device 3 and the lighting are provided. An inlet port 1a-1 and an outlet port 1a-2 for embedding the device 4 are formed through each end.

Here, the storage space (1b) is preferably provided by vertically partitioning the central portion of the inner space (1a) using a plurality of partitions (11).

In addition, a removable closing plate 12 is assembled in the rear opening of the main body 1 for easy disassembly and maintenance of the device, and the entire inner wall surface of the main body 1 and the closing plate 12 is assembled. The metal sheet 13 made of aluminum for the far infrared radiation flow is attached.

The cleaning member 2 purifies the polluted gas forcibly sucked into the internal space 1a of the main body 1 by the ventilator 3, and is for generating negative ions which are beneficial components of the human body. As shown in 4b, the filter 21 for filtering out various foreign matters (dust, etc.) contained in the gas flowing into the internal space (1a) as embedded in the inlet (1a-3), and the filter ( The UV lamp 22 which generates far-infrared rays for the purpose of sterilizing the contaminated gas passed through 21) and the thermal action of the UV lamp 22 cause a photochemical reaction to oxidatively decompose harmful substances, The first photocatalyst 23 is provided in a wave form along the longitudinal direction of the UV lamp 22 for the purpose of maximizing sterilization by interfering the flow of gas passing through (1a), and the With the first photocatalyst 23 to increase the oxidative decomposition action of the harmful substances The second photocatalyst 24 in the form of a mesh plate disposed in close contact with the center of the inner space 1a and one side of the UV lamp 22 and the negative ions inside the storage space 1b are stored in the room. A plurality of true charcoal 25 for emitting and the other side of the second photocatalyst 24 and at the same time attached to both ends of the plurality of partition wall 11 by the heat source conducted from the UV lamp 22 It is composed of a copper plate 26 to separate the internal space (1a) and the receiving space (1b) while maximizing the generation of negative ions delivered to the charcoal (25).

Here, the first and second photocatalysts 23 and 24 are preferably titanium oxide (TiO 2), which is a material capable of receiving light from the UV lamp 22 to accelerate the chemical reaction upon irradiation of far infrared rays.

The ventilator 3 allows the polluted indoor air to be forced into the internal space 1a of the main body 1 and simultaneously discharges the clean air purified by the clean member 2 into the indoor space. For the circulation of the through, through the ventilation grille 31 assembled in the inlet (1a-1), and the inside of the outlet (1a-2) of the main body (1) through the ventilation grille (31) A blowing fan 32 for discharging the clean air purified by the UV lamp 22 and the first and second photocatalysts 23 and 24 to the indoor space while allowing the polluted gas to be sucked in, and the main body 1 Finished and assembled at the lower side of the front opening, it consists of a pair of gratings 33 and mesh network 34 to facilitate the release of negative ions generated from the charcoal 25.

Illumination device 4, in the case of indoor lights out, as a means of use as a mood light or a sleeping light to produce a cozy indoor atmosphere or to induce a good night's sleep when going to bed, as shown in Figure 4a, A plurality of light emitting diodes (LEDs) 41 provided above the front openings and emitting light of various colors, and distributed irradiation of light emitted from the light emitting diodes 41 in a state of being disposed on the grating plate 23. In order to finish the assembly on the upper side of the front opening of the main body 1 is composed of a transparent plate (42).

The power supply device 5 is for setting and controlling a program necessary for the operation of the ventilation device 2 and the use of the device such as the lighting of the cleaning member 3, and as illustrated in FIG. 22) and a first switch 51 to supply external power to the UV lamp 32, a second switch 52 for separately supplying external power to the lighting device 4, program setting and control It consists of a printed circuit board 53 and a ballast 54 for stable power supply.

Reference numeral (f-1) denotes a housing frame necessary for fixing the ventilation grille and the filter to the inlet, and (f-2) indicates the grating panel, the mesh network, and the floodlight plate, respectively. A plurality of assembly frames for fixing to the upper and lower portions of the front opening of the.

Referring to the operation of the lamp-light combined air cleaner (A) according to the present invention having the above configuration in detail as follows.

First, to clean indoor polluted air (gas) with clean air or to remove (deodorize) the smell of foods such as grilling fish, and to turn off the lights to produce a cozy indoor atmosphere or to go to bed. If you need a good night's sleep, use a combined air purifier (A) of the present invention.

First, in order to purify and deodorize indoor air, in the living room or the kitchen, the external switch is supplied to the power supply device 5 by operating the first switch 51 of the main body 1. The UV lamp 22 is turned on and the blowing fan 32 is driven.

Accordingly, the contaminated indoor air is introduced into the internal space 1a through the inlet port 1a-3 of the main body 1. At this time, the contaminated gas passing through the ventilation grill 31 is filtered (filtered) various foreign substances such as dust during the process of passing through the filter 21.

Subsequently, the flow of the polluted gas passes through the UV lamps 22 and the first and second photocatalysts 23 and 24 of the cleaning member 2 by driving the blower fan 32. 22 to the first and second photocatalysts 23 and 24 which purify by far-infrared rays generated from 22) and cause photochemical reactions under the influence of heat source generation due to the lighting of the UV lamp 22. By this, harmful substances contained in the air are oxidatively decomposed.

On the other hand, as shown in Figure 5, by the first photocatalyst 23 is provided in the wave form on the UV lamp 22, the purification and oxidative decomposition is maximized, the main body 1 and the finishing plate ( The far-infrared radiation by the metal thin plates 13 attached to the inner wall surface of 12) enables further purification.

Subsequently, the clean air that has undergone the purifying and sterilizing action as described above is discharged to the indoor space through the outlet 1a-4 after passing through the blowing fan 32.

In addition, a heat source generated from the UV lamp 22 is conducted to the copper plate 26, the copper plate 26 transfers the heat source to the charcoal 25 again, the negative ions emitted from the charcoal 25 To maximize its release.

In summary, the contaminated indoor air is purified and sterilized by the far infrared rays of the UV lamp 22 and the oxidative decomposition of the first and second photocatalysts 23 and 24, and then discharged as clean air into the indoor space. The negative ions of the charcoal 25, the emission efficiency of which is increased as a heat source of the UV lamp 22, enters the indoor space, while smoothing the biological rhythm of the human body, while generating electromagnetic waves from various home appliances such as televisions. Will be blocked.

In addition, the phytoncide component emitted from the main body 1 produced by using the wood, represents the utility of the forest bath can be felt in nature with the exhibition of the insect repellent effect of killing microorganisms and various bacteria such as ticks.

Alternatively, the air cleaner A of the present invention can be installed on the bedside of a bed by using a wall-mounted bar. When the interior light is turned off, the second switch 52 is operated to operate the light emitting diode 41 of the lamp 4. ) And at the same time create a cozy bedroom environment according to the colorful light emission, it is possible to obtain a good night's sleep and skin beauty effect due to the release of negative ions emitted from the charcoal (25).

As described above, the present invention has been described in detail by using a preferred embodiment, but the scope of the present invention is not limited to the specific embodiment, it should be interpreted by the appended claims. In addition, those of ordinary skill in the art that various modifications can be made without departing from the scope and spirit of the present invention.

1 is an exploded perspective view of an air purifier for a thermo-hygrostat according to the prior art.

Figure 2 is an exploded perspective view showing the overall structure of a combined light lamp air purifier according to the present invention.

Figure 3 is a front view showing the front structure of a combined light air purifier according to the present invention.

Figure 4a and 4b is a side cross-sectional view and a cross-sectional view showing the internal structure of a combined light lamp air purifier according to the present invention.

Figure 5 is an enlarged perspective view of the main portion showing the coupling relationship between the UV lamp and the first photocatalyst in the combined air lamp of the lamp according to the present invention.

*** Explanation of symbols for the main parts of the drawing ***

A: air cleaner, 1: main body, 1a: internal space

1a-1: inlet, 1a-2: outlet, 1b: storage space

2: cleaning member, 3: ventilation device, 4: lighting device

5: power supply, 11: bulkhead, 12: finishing plate

13: metal thin plate, 21: filter, 22: UV lamp

23: first photocatalyst, 24: second photocatalyst, 25: charcoal

26: copper plate, 31: ventilation grille, 32: blowing fan

33: grid, 34: mesh network, 41: light emitting diode

42: floodlight plate, 51: first switch, 52: second switch

53: printed circuit board, 54: ballast

Claims (7)

A main body having an enclosure structure; A clean member for generation of far-infrared rays and release of negative ions while being internally coupled inside the main body; A ventilating device provided at both ends and a front surface of the main body to suck contaminated gas and discharge clean air and to discharge negative ions at the same time; A lighting device installed on the front of the main body and used in parallel with a mood light or a sleeping light; And, And a power supply for supplying and controlling external power required for operating the cleaning member, the ventilation device, and the lighting device. The method of claim 1, The main body is configured through the assembling of a plurality of wood panels, an inner space and a receiving space for accommodating the cleaning member and the power supply device are provided therein, and the ventilating device and the lighting device are embedded for mounting. Inlet and outlet are penetrated at both ends, A removable closing plate is assembled in the body rear opening for easy disassembly and maintenance of the device, The storage space is a lighting lamp combined air purifier, characterized in that provided by the vertical partition of the central portion of the inner space using a plurality of partitions. The method of claim 1, The lighting device includes a plurality of light emitting diodes which are provided above the front opening of the main body and are changed into light of various colors; Combined with a light lamp for the purpose of dispersing irradiation of light emitted from the light emitting diode, characterized in that consisting of a floodlight plate is assembled to the upper side of the front opening of the main body. 3. The method of claim 2, The cleaning member includes a filter for filtering foreign substances in the gas flowing into the inner space while being embedded in the inlet; UV lamps that generate far-infrared rays for the purpose of sterilizing the contaminated gas passing through the filter, A first photocatalyst further coupled to the UV lamp to oxidatively decompose harmful substances in a gas by causing a photochemical reaction by thermal action of the UV lamp; A second photocatalyst further disposed on one side of the inner space for the oxidative decomposition of harmful substances together with the first photocatalyst; A number of true charcoal for releasing negative ions into the room while being stored in the storage space, And a copper plate coupled to a plurality of diaphragms connected to each other to transfer the heat source conducted from the UV lamp to the charcoal and to separate the inner space and the receiving space. 3. The method of claim 2, The ventilation device, and the ventilation grille assembled to the inlet; A blower fan mounted in the discharge port and configured to discharge clean air purified by the UV lamp and the first and second photocatalysts into the indoor space while allowing contaminated gas to be sucked through the ventilation grille; A finish lamp is assembled to the lower side of the front opening of the main body, characterized in that composed of a pair of gratings and mesh network to enable the release of negative ions generated from the charcoal. 3. The method of claim 2, The inner wall surface of the main body and the closing plate, the lamp and combined air purifier, characterized in that the metal plate for attaching the radiation of far infrared rays is attached. The method of claim 4, wherein The first photocatalyst is combined with the lamp, characterized in that coupled to the waveform along the longitudinal direction of the UV lamp so as to interfere with the flow of gas passing through the internal space.

Images