KR200197780Y1 - Clean air supply system and it's air cleaning device in indoor - Google Patents

Abstract

The present invention relates to an indoor air cleaning system and an air cleaning device, and more particularly, to an air purification device equipped with a conventional primary air purification filter and a secondary air purification filter using charcoal or loess. The present invention relates to creating a beneficial and pleasant living environment for the human body by discharging clean air through the room.

The indoor air cleaning system and the air cleaning device of the present invention is a power switch for driving the air cleaning device; A diffuser for sucking contaminated indoor air; A multi-distribution pipe distributing the contaminated air sucked through the diffuser in various directions; An air transport pipe for transporting the polluted air distributed through the multi branch pipe; An inlet pipe having an upper portion connected to the air transfer pipe and inserted into the air cleaning device in a state in which the lower portion is inclinedly cut; An air cleaning device incorporating primary and secondary air purification filters for purifying the contaminated air introduced through the inlet pipe to clean air; Characterized in that consists of.

Description

CLEAN AIR SUPPLY SYSTEM AND IT'S AIR CLEANING DEVICE IN INDOOR}

The present invention relates to an indoor air cleaning system and an air cleaning device.

In general, the circulation of air is essential in the living spaces and work spaces where people live. Therefore, all buildings have a ventilation system that is designed and installed by a specific law such as a building method. These ventilation systems can be divided into natural circulation and forced circulation, and almost all houses such as public buildings, multi-unit houses and single-family houses are merged and installed.

By adopting forced circulation for the circulation of indoor air, there is an advantage to always have fresh air due to the large amount of circulation, but there is a problem in noise, power cost, maintenance cost, etc. There is no problem, but the ventilation of indoor air is not sufficient because the total air circulation is limited.

In this way, air conditioning and air-conditioning for the space where people work together with the circulation of indoor air is a very important part.The heating and temperature maintenance in the building is based on the heating piping installed on the floor in residential buildings such as apartments or detached houses. Multi-use buildings such as buildings, general offices, hospitals, etc. are made by maintaining the heating and cooling temperature through the ceiling diffuser or by installing the wall part.

The temperature of these human activity spaces is slightly different depending on the volume and floor height of each part. For example, an apartment with a floor area of 84.935m2 and a floor height of 2.3m usually has a 34-square-foot flat. The temperature distribution for each location shows that the temperature of the floor is 20 ℃, the temperature of 1.0M is 20.8 ~ 21.3 ℃, and the temperature of 2.0M ~ 2.3M is 23.5 ~ 24 ℃. The hot air according to the temperature difference according to the indoor height is dried on the ceiling surface, and when the polluted air reaches the floor to spread the airflow, it will have a harmful effect on the human body.

In fact, the air in the room is all the airflow generated from the opening and closing of doors, the movement of residents, and the ventilation through the windows.In winter or in bad weather, the air is not ventilated through the windows. Stagnant air can have very unpleasant and harmful effects on the human body, including respiratory diseases, allergic skin diseases, and headaches.

In this regard, the present invention is installed in public buildings, general offices, rest rooms, game halls, hospitals, etc., which are used as residential facilities such as apartments, detached houses, and multi-buildings. The air is sucked in through the diffuser, which is part of the air circulation system installed in the air circulation system, and the inhaled polluted air is sent to the air cleaning device through the circulation pipe inserted into the ceiling and the wall. By discharging the clean air passed through the purification filter back to the room to improve the above problems and to provide a fresh air to the human body to create a healthy indoor life.

Traditionally, charcoal is made up of numerous small pores and has a very large adsorption area and strong adsorption power to purify polluted indoor air, absorbs electromagnetic waves with a conductor, extinguishes it, blocks water veins, and generates anions. By preventing the aging of the cells, by restoring the active body function by the blood alkaline action by the weak alkaline, strengthening the lung function, and by restoring energy by releasing far infrared rays and inducing a good night's sleep, insomnia or headache Known to have the effect of preventing the situation is being used a lot.

In addition, yellow soil is scattered not only in Korea but also in neighboring China, so it can be easily obtained. Its main component is aluminum oxide, sodium oxide, ferric oxide, magnesium, germanium, etc. It has the function of promoting metabolism and evenly distributes the body's body temperature, and also has the role of concentrating the energy of the body from the head to the lower abdomen. It is effective in preventing various diseases such as aging, promoting metabolism, chronic fatigue, and regenerating the characteristics of Ondol, our traditional heating system, to neutralize harmful substances generated in the cement structure and to heat them by radiant heating. The overall temperature in the room is uniform and cool in summer It is known to provide warmth in winter.

Such charcoal or loess may include health bedding using loess of Korean Utility Model Application No. 96-45195, mosaic loess ceiling and wall material of Korean Utility Model Registration No. 166890, but provide clean air as in the present invention. It is not used in the air purifier and control device of negative ion generation of air purifier of Republic of Korea Patent No. 139593, and its air purifier, air purifier and method having indoor humidity control function of Korea Patent Registration No. 97-57992, Utility Model Registration of Korea Most air purifiers with humidification and dehumidification functions of the arc are to improve or add functions of air cleaners or air conditioners.

The present invention was created to solve the conventional problems as described above,

The main purpose of the present invention is to secure a healthy living environment by removing contaminated indoor air and providing comfortable clean air.

Another object of the present invention is to provide a living environment with a uniform temperature by removing the temperature difference according to the indoor position through a smooth air purifying action of the indoor air.

Another object of the present invention is to achieve a smooth energy exchange by overcoming the temperature difference in the room to reduce energy and cost.

Another object of the present invention is to provide clean air supplied through charcoal and loess into the room to feel the atmosphere of our traditional life, and to improve human physical and mental health due to the odor removal and antibacterial properties.

1 is a flow chart of an indoor air cleaning system,

Figure 2 is a cross-sectional view of the building showing the outline of the indoor air cleaning system,

Figure 3a is a perspective view showing the inside of the air cleaning device,

3b is a cross-sectional view of FIG.

Figure 4a is a perspective view of the secondary air purification filter using the charcoal in Figure 3,

Figure 4b is a partial cutaway perspective view showing the heating wire inserted into the interior of Figure 4a,

Figure 5a is a perspective view of the secondary air purification filter using the loess in Figure 3,

Figure 5b is a partial cutaway perspective view showing the heating wire inserted into the interior of Figure 5a.

<Description of the code | symbol about the principal part of drawing>

10: power switch 20: contaminated indoor air

30: diffuser 40: multi-branch

50: air transfer pipe 60: inlet pipe

70: air cleaning device 71: air chamber

72: primary air purification filter 73: fan motor

74: primary clean air 75: secondary air purification filter

76: air purification filter room 77: outlet

78: clean air 80: space

90: opening and closing door 101,103: hole

102,104: heating wire A: ceiling

B: Wall C: Floor

DETAILED DESCRIPTION In order to achieve the above object, the present invention will be more clearly described with reference to the accompanying drawings.

In the following description of the present invention, if it is determined that the detailed description of the related known function or configuration may unnecessarily obscure the subject matter of the present invention, the detailed description thereof will be omitted. In addition, terms to be described below are terms defined in consideration of functions in the present invention, which may vary according to intention or custom of a user or an operator. Therefore, the definition should be made based on the contents throughout the specification.

The indoor air cleaning system and the air cleaning device of the present invention, as shown in the accompanying drawings, to clean the polluted air in the room to supply clean air, the power switch 10 installed on the wall (B) A diffuser 30 which sucks the indoor air 20 contaminated by the input; A multi branch pipe 40 for distributing the contaminated air sucked through the diffuser 30 in various directions; An air transport pipe (50) for transporting the polluted air distributed through the multi-branch (40); An inlet pipe 60 having an upper portion connected to the air transfer pipe 50 and having an pipe connecting means 61 and a lower portion inserted into the air cleaning device 70 in an inclined cut state; An air cleaning device (70) for purifying the contaminated air introduced through the inlet pipe (60) with clean air; The clean air discharged through the 78 is supplied to the room.

1 and 2, the overall indoor air cleaning system and the process cleaning device will be described in more detail. When the power switch 10 is input, the electric motor 73 that is electrically connected to the power switch 10 is driven to use the diffuser 30 installed on the ceiling of the indoor air 20 contaminated. Inhale. The diffuser 30 has various shapes and functions, such as rectangular, circular, and rectangular, and is used for discharging evenly for indoor spraying, not for inhaling air. It was.

The contaminated indoor air 20 sucked through the diffuser 30 is connected to the diffuser 30 by a coupling means 31 such as welding or a flange, and the indoor air 20 is previously required by design. It is distributed through the multi-branch pipe 40 having 1 to 4 branch pipes so as to distribute the determined amount, and by the coupling means 41 such as welding, coupling or pipe jointing with each branch pipe of the multi-pipe 40. It is transferred through the air transfer pipe (50) connected.

The air transfer pipe 50 may be a steel pipe, PP, PE pipe, etc. of a predetermined size by design and inserted into the upper floor floor slab of the floor to which the upper space of the ceiling (A) or indoor air is to be introduced. It is connected to the inlet pipe 60 of the air cleaning device through the interior wall (B).

Referring to Figure 3 the inlet pipe 60 is inserted into one end of the air cleaning device 70 and the upper portion of the removable structure such as a flange connection to facilitate the maintenance and easy connection with the air transfer pipe (50) The connecting portion 61 and the joint 62 with the air chamber 71 of the air cleaning device 70 is sealed by welding or sealing means so that the introduced air can not escape and the lower end 63 is The flow rate of the air introduced through the air transfer pipe 50 is increased to be inclined to 45 ° or more so as to be easily dispersed in the air chamber 71 so as to be positioned above the air chamber 71.

The air introduced into the air chamber 71 passes through the shock motor 73 through a primary air purification filter 72 installed to remove primary contaminants such as dust contained in the air.

The fan motor 73 is selected to have a flow volume and a wind pressure that can sufficiently handle the contaminated indoor air, such as a conventional fan or blower, and the primary clean air 74 passing through the fan motor 73 The air purifying filter room 76 equipped with the secondary air purification filter 75 is installed to have a proper pressure and air volume.

The secondary air purification filter 75 is mounted to the air purification filter room 76 in such a manner that the secondary air purification filter 75 is detachable, and the secondary air purification filter 75 has the same flow direction as that shown in FIG. 4. Consists of charcoal having a plurality of holes 101 densely drilled, having a heating wire 102 to generate heat in the interior of the charcoal to bring more air purification effect from the charcoal, FIG. As shown in 5, the secondary air purification filter 75 is composed of loess having a plurality of holes 103 drilled in the same way as the air flow direction; Having heating wires 104 which generate heat inside the constitution of the loess to produce more air purification effect; And not shown but consisting of a mixture of oak charcoal and loess having a plurality of holes drilled in the same density as the flow direction of air; It is equipped with a heating wire to produce a more air purification effect by generating heat inside the mixture of the charcoal and ocher; One or more of the above charcoal or loess or a mixture thereof, and the true charcoal or loess or a mixture thereof is soaked in water; It is composed of seasonal, can be used to select according to the needs of the consumer.

The clean air 78 passing through the air purification filter room 76 equipped with the secondary air purification filter 75 is discharged into the room through the discharge port 77. The outlet 77 has a structure capable of adjusting the angle in the up, down, left, and right to discharge the clean air 78 in the desired direction of the room.

The air cleaning device 70 is the inlet pipe 60, the air chamber 71, the primary air purification filter 72, the fan motor 73, the secondary air purification filter 75 and the It consists of an air purifying filter room 76 and the discharge port 77, has an airtight structure free from the outflow of air as a whole, and has an opening and closing structure to facilitate maintenance of the contents. It is installed horizontally or vertically.

In addition, the space for maintaining the air cleaning device 70 on the upper part of the wall (B), the air cleaning device 70 is installed as shown in Figure 2 for the maintenance of the air cleaning device 70 ( 80) and opening and closing door 90 therefor may be installed.

As an unexplained symbol, C denotes an indoor floor.

The present invention may be variously modified and may take various forms and the detailed description of the present invention has been described only with respect to specific embodiments thereof. It is to be understood, however, that the present invention is not limited to the specific forms referred to in the description, but rather includes all modifications, equivalents, and substitutions within the spirit and scope of the invention as defined by the appended claims. Should be.

According to the present invention, by supplying clean air supplied through the air cleaning device equipped with the air purifying filter using charcoal and ocher to indoors, it makes us feel the traditional living atmosphere and prevents cell aging and blood purification due to odor removal and antibacterial activity. It improves the physical and mental health of humans such as preventing action, insomnia and headaches, and promoting metabolism, and provides a comfortable living environment. It is obvious that it is a very advantageous design that can reduce energy and cost through smooth energy exchange by providing a living environment and overcoming the temperature difference in the room.

For example, the cost savings are lowered by only 1 ° C by changing the indoor heating temperature of 5 million urban households across the country and keeping them on average. Assuming a 7% reduction of KRW = 97ℓ), it can be seen that there is a cost reduction effect of about KRW 155.8 billion according to the following calculation. Of course, lowering 2 ℃ can bring about KRW 309.6 billion.

73,320 won x 0.07 x 6 months x 5,000,000 households = \ 154,800,000,000

Claims (9)

In the air cleaning system to purify and supply the indoor air, A diffuser for sucking contaminated indoor air; A multi-distributor for distributing the contaminated air sucked through the diffuser in various directions; An air transport pipe for transporting the polluted air distributed through the multi distributor; An inlet pipe having an upper portion connected to the air transfer pipe and a lower portion inserted into the air cleaning device in an inclined cut state; An air cleaning device which purifies the contaminated air introduced through the inlet pipe to clean air and ventilates it back to the room; A power switch for driving the air cleaner; Indoor air cleaning system, characterized in that consisting of In the air cleaning device to purify the polluted air to clean air, An inlet pipe for introducing contaminated air; An air chamber for filling the contaminated air introduced through the inlet pipe; A primary air purification filter for primaryly filtering the contaminated air filled through the air chamber; A fan motor for causing contaminated air to be forced through the primary air purification filter; A secondary air purification filter for secondaryly filtering the primary clean air that has passed through the fan motor; An air purification filter room in which the secondary air purification filter is filled; An outlet for discharging clean air evenly through the air purifying filter room to the room; Air cleaning device, characterized in that consisting of. The method according to claim 2, And the secondary air purification filter is made of charcoal having a plurality of densely drilled holes in the same direction as the flow direction of air. The method according to claim 3, Air cleaning device, characterized in that equipped with a heating wire to generate heat inside the secondary air purification filter consisting of the charcoal. The method according to claim 2, And the secondary air purification filter is made of loess having a plurality of densely drilled holes in the same direction as the flow direction of air. The method according to claim 5, Air cleaning device characterized in that it has a heating wire to generate heat in the secondary air purification filter consisting of the yellow soil. The method according to claim 2, And the secondary air purifying filter is made of a mixture of charcoal and loess having a plurality of densely drilled holes in the same direction as the flow direction of air. The method according to claim 7, Air cleaning device, characterized in that equipped with a heating wire to generate heat in the secondary air purification filter consisting of the mixture of the charcoal and loess. The method according to any one of claims 3 to 8, And the secondary air purification filter is wetted with water.