KR200344861Y1 - Bed that photocatalyst that have itself air cleaning function is spread - Google Patents

Abstract

The present invention relates to a bed coated with a photocatalyst having a self-cleaning function, and a liquid coating agent obtained by mixing a predetermined amount of ultra-fine photocatalyst with a paint is spray spraying, dip coating, roll coating known in the art. By selectively applying all or part of the bed surface of various types using the roll coating method to form a photocatalyst coating layer, the components of the photocatalyst prevent the contamination of indoor air by antibacterial, sterilization and deodorizing effect. Contaminated air is restored to a comfortable state, and it is comfortable to take a rest or sleep in the bed where you spend the most time in the indoor life. Its purpose is to make life possible.

The present invention for achieving the above object is a liquid photocatalyst coating agent by mixing a photocatalyst made of a predetermined amount of ultra fine particles exhibiting strong antimicrobial, bactericidal and deodorizing power while reacting with light energy and a known paint. The spray coating method, dip coating method, roll coating method, etc. are selectively applied to all or part of the bed surface and dried to form a photocatalyst coating layer to adsorb contaminants contained in indoor air, It is characterized by being made to decompose and clean indoor air.

Description

Bed with photocatalyst that has its own air cleaning function {Bed that photocatalyst that have itself air cleaning function is spread}

The present invention relates to a bed coated with a photocatalyst having its own air purification function,

More specifically, a liquid coating agent including a photocatalyst made of a predetermined amount of ultra-fine particles may be sprayed, dip coated, roll coating, or the like on the whole of a bed surface in various forms. The present invention relates to a bed coated with a photocatalyst having its own air purifying function, by selectively applying to the photocatalyst coating layer to thereby enjoy the efficacy of antibacterial, sterilization and deodorization by the photocatalyst component.

In terms of the current architectural culture structure, it can be said that it changed from the traditional Korean architectural culture structure with soil as the main material to the modern architectural culture structure with cement as the main material. Various harmful coatings such as volatile organic compounds (VoCs), formaldehyde (HcHo), methyl mercaptan, ammonia, etc. are emitted from various modern interior and exterior building materials by various coatings used to form and pattern. Of course,

In particular, as a side effect due to the development of interior decoration construction technology such as blocking, shielding, and sound insulation for excellent insulation effect, soundproofing, and rust prevention effect, pollutants generated from various modern interior and exterior building materials materials due to lack of ventilation technology. In addition, the change of indoor air, such as the occurrence of odors caused by food and the growth of molds and microorganisms, is not performed properly, and the pollution of indoor air is accelerated, resulting in various diseases such as headaches and atopic dermatitis. Life is being threatened.

In addition, since there are many households that keep pets indoors, care is also taken in the collection of pet excrements in households with the elderly and children who have low body resistance from fungi and airborne bacteria that have been propagated in the feces. I had to tilt.

Of course, one of the causes of the emission of contaminants includes a bed, of course, in the case of a bed, most of the frame material of the urethane is used as a coating, and a chemical coating is mainly used as a coating agent. It emits pollutants and pollutes indoor air.

However, since these beds are spent most of the time to rest or sleep in the indoor life, direct damage may occur, so even though measures for the discharge of chemicals are required above all, there is no countermeasure.

The present invention was devised in view of the above-mentioned problems still occurring,

The liquid coating agent obtained by mixing a photocatalyst made of a predetermined amount of ultra fine particles with a paint is sprayed, dip coated, roll coating, etc., in the form of the whole or part of the bed surface in various forms. By selectively applying to the photocatalytic coating layer to prevent the contamination of indoor air by the antibacterial, sterilization and deodorizing effect of the photocatalyst component, and restore the already contaminated air to a pleasant state, the most time in indoor life Its purpose is to provide a healthy life by providing sufficient rest and sleep by blocking contact with contaminants in advance, as well as comfort when resting or sleeping in the bed.

Figures 1a, 1b, 1c, 1d, 1e is an embodiment of the present invention,

Figure 1a is a configuration diagram of a spring bed.

Figure 1b is a configuration of one ondol bed.

Figure 1c is a configuration diagram of one ondol soil bed.

Figure 1d is one configuration of the ondol charcoal bed.

Figure 1e is a configuration diagram of one ondol bamboo bed.

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

10: Bed frame 20: Bed mat

30: nursery 31: regulator

41: stone plate 42: soil plate

43: charcoal board 44: bamboo board

50: Bed 51: Standard cushion bed

52: hot stone bed 53: hot stone bed

54: ondol charcoal bed 55: ondol bamboo bed

100: photocatalyst coating layer

Bed according to the present invention for achieving the above object is a liquid coating agent by mixing a photocatalyst with a predetermined amount of ultra-fine particles having the effect of antibacterial, sterilization and deodorization as shown in the accompanying drawings, Figures 1a to 1e By spray spraying, dip coating, roll coating, etc. on the whole or part of the surface of the bed 50 of various forms and selectively drying to form the photocatalyst coating layer 100, It is intended to have a purification function.

That is, the present invention is a general cushion bed 51 by placing the bed mat 20 on the upper surface of the bed frame 10, the upper surface as shown in Figure 1a,

As shown in FIG. 1B, the bed frame 10 is disposed on an upper surface thereof.

A stone plate 41 stacked on the hot plate (not shown) by using a hot plate (not shown) connected to an external power source in a predetermined shape of the mold 30 and installed to generate heat by an operation of the controller 31. Ondol-type stone bed (52) made by enclosing the stone plate material configured to hang) and,

As shown in FIG. 1C, the upper surface of the bed frame 10 is shown.

Moon-shaped water plate 42 which is connected to the external power source in the predetermined shape of the mold 30 and laminated on the hot plate using a hot plate (not shown) installed to generate heat by the operation of the controller 31. Ondol soil bed (53) made by enclosing the soil plate to be configured, and

As shown in FIG. 1D, the upper surface of the bed frame 10,

Charcoal plate 43 is laminated on the hot plate by using a hot plate (not shown) that is connected to an external power source in a predetermined shape of the formwork 30 and installed to generate heat by the operation of the controller 31. Ondol-type charcoal bed (54) made by placing the charcoal plate complement configured so that,

As shown in Fig. 1e, the bed frame 10 is in the upper surface,

The bamboo board 44 is laminated on the hot plate by using a hot plate (not shown) connected to an external power source in the predetermined shape of the mold 30 and installed to generate heat by the operation of the regulator 31. Including a predetermined amount of ultra-fine photocatalyst having an antimicrobial, antiseptic and deodorizing effect on the whole or a part of the bed 50 composed of various forms such as an ondol bamboo bed 55 made by enclosing a bamboo plate material configured to be able to The liquid coating agent is selectively applied and dried on the whole or part of the surface of the bed 50 of various types using a spray spraying method, a dip coating method, a roll coating method, and the like to form a photocatalyst coating layer 100, It is made to purify indoor air by the photocatalyst component.

In addition, the bed 50 can be applied to all the various beds 50 other than the above.

Here, when the photocatalyst is subjected to ultraviolet rays of sunlight or fluorescent lamps, as in the principle of a solar cell, electrons (e-) with electricity and holes (h +) with electricity are formed, among which holes (h +) are particularly strong. By forming oxidizing hydroxide (OH Radical), it has stronger oxidizing power than chlorine, hypochlorite and ozone for sterilization, so that it can decompose chemicals in the air, antibacterial, sterilize indoor air and remove odors. As a chemical having various advantages, chemicals that can be used as photocatalysts may include various metal oxides having semiconductor properties, but the materials used for photocatalytic reactions should be optically active and free of photocorrosion.

Titanium dioxide (TiO ₂ ) as a representative raw material of the photocatalyst is low in price, excellent in durability and abrasion resistance as a photocatalyst, and there is no fear of causing secondary pollution when discarded, and thus, paints, fibers, rubber, paper, cosmetics, Titanium dioxide (TiO ₂ ), which is widely used in foods and in large quantities and has an anatase, rutile, and vrookite crystal structure, can be mainly used as a photocatalyst, The present invention is not limited thereto, and any raw material that functions as a photocatalyst may be selectively used.

The present invention is not limited by the one embodiment described above, all of the simple change or simple replacement of the present invention will fall within the technical scope of the present invention.

When using the bed 50 of various forms coated with the photocatalyst of the present invention configured as described above,

The ultra-fine photocatalyst contained in the photocatalyst coating layer 100 applied to various types of beds 50 having various shapes also receives light energy to absorb contaminants contained in indoor air by catalytic action, Exerts sterilizing power and deodorizing power to oxidize and decompose pollutants to clean indoor air.

Therefore, if you take a rest or sleep in the bed (50) that spends the most time in the indoor life, the contact with the pollutant in advance with the comfort.

The present invention as described above is a liquid coating agent by mixing a predetermined amount of ultra-fine photocatalyst with a paint using various types of spray coating method, dip coating method, roll coating method known in the art, etc. By selectively applying to all or part of the bed surface of the photocatalyst coating layer,

In general, it absorbs contaminants contained in indoor air by receiving light energy and catalyzes them. It cleanses indoor air by oxidizing and decomposing contaminants with strong antibacterial, sterilizing and deodorizing power.

In addition, if you take a rest or sleep in various types of bed that spends the most time in the indoor life, the rest and sleep by blocking the contact with pollutants in advance in addition to the comfort.

As a result, the present invention prevents contamination of indoor air by the components of the photocatalyst applied to the bed, restores the already contaminated air to a pleasant state, and blocks the contact with contaminants in advance to lead a healthy life. It is a very innovative design that creates various effects such as being able to run.

Claims (2)

A liquid photocatalytic coating agent is obtained by mixing a photocatalyst of a predetermined amount of ultra-fine particles that reacts with light energy and exhibits strong antibacterial, bactericidal and deodorizing properties with a known spray spraying method, dip coating method and roll coating method. Selectively apply and dry the entire surface of the bed 50 using a roll coating method to form a photocatalyst coating layer 100 to adsorb, oxidize, and decompose contaminants contained in the air. A bed coated with a photocatalyst having its own air purification function, characterized in that it is purged. The method of claim 1, The bed 50 is an ordinary cushion bed 51 or an ondol stone bed 52 or an ondol clay bed 53 and an ondol charcoal bed 54 that transmit heat to the body by a hot plate (not shown) and an ondol. Bed with a photocatalyst having its own air purifying function, characterized in that it includes all the edible wooden bed (55).