KR20220059295A - Manufacturing method for the Yellow soil house containing antibacterial, heat insulation, humidity control funktion - Google Patents

Abstract

The present invention relates to a technology related to a method for fabricating an antimicrobial loess mud yellow soil room structure with a temperature and humidity control function and, more specifically, to a technology related to an antimicrobial loess mud yellow soil room structure with a temperature and humidity control function, wherein a loess mud yellow soil plate material is used to guarantee antimicrobial properties, and a control unit is installed at a specific space of a loess mud yellow soil room structure to measure the temperature and humidity on the inside of the room. To this end, the present invention comprises a first step in which a floor structure (30) is formed to constitute a floor surface of a loess mud yellow soil room structure, after a room with an underfloor heating structure provided in a rectangular structure is designed and fabricated in advance in order to form the floor surface which is the foundation of a loess mud yellow soil room structure. An outer wall body is firstly constructed at the upper portion of the floor structure of the building, and a wooden square bar is fixed in a longitudinal direction or a transverse direction on the inside thereof. The space formed between the square bars may be filled with charcoal or an insulation material. Moreover, an antimicrobial loess mud yellow soil plate material is fixed between the square bars to form an inner wall body. A transverse waterway is formed on the inside of the roof of the antimicrobial loess mud yellow soil room structure, and a water spray nozzle is installed at the location on the upper portion of the waterway. The present invention relates to a technology related to an antimicrobial loess mud yellow soil room structure with a temperature and humidity control function, wherein the control unit is installed at a specific space of the antimicrobial loess mud yellow soil room structure to measure the temperature and humidity on the inside of the room, and the water spray nozzle is applied to spray water when the indoor humidity of the loess mud yellow soil room is decreased. Therefore, work processes may be performed in an easy and quick manner.

Description

Antibacterial yellow soil house having temperature and humidity control function and manufacturing method thereof

The present invention is a technology related to the manufacturing method of an antibacterial loess room building having a temperature and humidity control function. Even if 3 to 4 skilled workers perform continuous work until the mobile loess room building is completed with conventional technology, 20 to 30 days Even if there is no skilled skilled manpower, the construction period is shortened to 10 to 15 days and completed while forming a strong interior structure of the building, and ocher boards that secure more antibacterial properties are used, and indoor temperature and humidity are measured in a specific space of the loess room. It is an antibacterial yellow earth building-related technology that has a temperature and humidity control function, including the configuration in which the control unit is installed.

Because of its excellent temperature and humidity control ability, loess has been widely used as a building material in the early days. In particular, recently, it has become known that it emits far-infrared rays that are very beneficial to humans and provide anti-aging effects. For example, there has been a demand for a loess room that is specially made, such as a jjimjilbang or a loess room, and secures antibacterial properties in the recent longing for well-being and the corona virus situation.

In addition, in the prior art, many difficulties and inconveniences were entailed from constructing an entire mobile building in the form of loess bricks, loess plates, or loess panels, transferring it to the installation site, and fixing it on the site. For example, to provide a safe building structure. A steel frame is used for this purpose, and skilled workers such as welders for handling iron materials, masonry for laying ocher bricks on walls, carpenters for interior decoration, and plasterers for finishing work basically have to pay 250,000 to 300,000 won per day. The problem that the cost of the mobile loess-room building increases as the process takes 20 to 30 days In the process of installation, if there is a small crack or base, an accident in which the wall or floor collapses frequently occurs.

In relation to the mobile loess-room building in the prior art, in 10-1754641 as the prior application registration patent technology of the present inventor, it is a mobile loess-room building having a double structure gudeuljang. After the upper loess-room building is separately manufactured, the floor structure and the loess-room building are transported to the site and easily assembled and applied. A technology related to the mobile loess-room building has been proposed. As a mobile loess room structure with a structure, a mobile loess room structure that can be installed to be built-in in multi-use welfare facilities in various fields or used in farmhouses or power loess rooms is proposed.

However, there is a problem that too many labors are required and the work process is prolonged to complete the loess room building of the above structure. In the process of moving to the site, getting off at the installation site and fixing/installing at the site, there has been a demand for a building installation method with a strong built-in structure that can be securely transported and installed at the site.

The present invention was devised in consideration of the problems of the prior art related to the loess room, and is a means for providing the interior structure of a portable loess room building with an easy, fast and robust work process. It forms the interior structure of a mobile loess room structure that can easily and safely and securely assembles the characteristic interior structure of the floor, and especially the antibacterial loess room building that has antibacterial properties inside the loess room and has a temperature and humidity control function, as well as its manufacturing and usage methods. purpose to provide.

The technical idea of our hospital is how to secure antibacterial properties and temperature and humidity inside the loess room as there are many people who want to secure a healthy resting space in a comfortable environment due to the recent corona virus crisis. It is an invention made in the process of researching whether an antibacterial loess-room building with a control function can be provided at an affordable price while forming a safe structure.

In the manufacturing method of the yellow earth building to which the technical idea of this application is applied, the ondol structure that forms the floor, which is the basis of the yellow earth building, is a quadrilateral structure. Gudeulbang 10 of the configuration in which spheres are formed inside the bottom of the upper sealing surface and the inner side of the side wall, a furnace is installed on one side of the side wall, and an exhaust pipe 15 connected to a chimney is installed on the other side wall. Based on the first step work process provided to form the floor surface of the building, and the steel structure for forming the wall on the upper part of the floor surface of the loess room building to which the first step process is applied, the outer wall of the steel structure and the inner wall are divided into the wall Construction is carried out, but the plate material is fixed to the steel structure outside the outer wall of the steel structure, the insulation is applied to the outside of the board, and the fiber-containing loess bricks are laminated on the outside of the insulation material, and the structure is supported so as not to be pushed from the outside of the loess brick, and 10~20 from the inside of the plate The second-step work process of integrating and fixing the plate material + insulation material + loess brick by using a nail screw provided with a length of cm The space is filled with charcoal or insulating material and the third stage work process is applied to form the inner wall, including the structure to fix the antibacterial loess board between the timber and the timber, and inside the roof of the loess room building, the cypress wood is used on the center of the roof. to form a horizontal waterway, a water jet nozzle is installed at the upper part of the waterway, and a control unit for measuring indoor temperature and humidity is installed in a specific space of the red clay building, and the indoor temperature of the loess room in the temperature and humidity control unit is within a certain range When the temperature is lowered to , a signal requesting heating is transmitted, and when the indoor humidity of the loess room is low, it is characterized by a manufacturing method of an antibacterial loess room building comprising a fourth step work process that is applied to spray water from the water spray nozzle.

The antibacterial loess board applied to the building in the present application is 30 to 50% by weight of loess, 30 to 40% by weight of heat storage minerals selected from feldspar, pozzolan, biotite, and seven gemstones, 10 to 20 weights of steel containing lime components having a pH of 10 or more %, 0.5 to 1% by weight of daffodil is added, mixed/kneaded, and then pressed with a 600-800 ton press to use ocher board material that ensures antibacterial properties A 3~7cm-high grill plate is laid on the bottom of the furnace of the ondol structure, and an opening is preferably applied so that an opening is formed at the bottom position of 3~8cm from the upper end of the rear wall and the left and right walls of the furnace.

Therefore, the antimicrobial loess-room building provided by the present technology performs wall construction by dividing the outer wall of the steel structure and the inner side of the outer wall based on the iron structure to form the side wall of the red-earth building. Put the insulating material on the outside, laminate the fiber-containing loess bricks on the outside of the insulating material, form a structure that is supported not to be pushed from the outside of the loess bricks. It is integrated and fixed, and inside the plate of the outer wall of the steel structure, the wooden blocks are fixed vertically or horizontally, the space formed between the wooden blocks is filled with charcoal or heat insulating material, and the antibacterial loess board is fixed between the square wood and the square wood. Including a structure It is applied to form an inner wall, and the antibacterial loess plate material is 30 to 50 wt% of loess, 30 to 40 wt% of a thermal storage mineral selected from feldspar, pozzolan, biotite, and seven gemstones, and a lime component with a pH of 10 or more. 20% by weight and 0.5 to 1% by weight of daffodil pulp are added and mixed/kneaded, and then pressed with a 600-800 ton press to secure antibacterial properties. On the inside, a horizontal waterway is formed using cypress wood on the center of the roof, and a water spray nozzle is installed at the upper part of the waterway. When the indoor temperature of the loess room falls within a certain range from the humidity control unit, a signal requesting warming is transmitted, and when the indoor humidity of the loess room decreases, water is sprayed from the water spray nozzle. It is provided as an antibacterial loess-bang building, characterized in that it is.

In addition, in recent times, as there are many customers who want an antibacterial loess room building with temperature and humidity control function in the corona virus situation, as a method of using a loess room building to which this technology is applied, the steel structure exterior wall and Divide the wall inside the outer wall to construct the wall, but first fix the plate to the steel structure outside the outer wall of the steel structure, apply the insulating material to the outside of the plate, laminate the fiber-containing loess bricks on the outside of the insulating material, and build a structure that is supported so as not to be pushed from the outside of the loess brick The first stage work process of integrating and fixing the board + insulating material + loess brick using Taka screw nails provided with a length of 10 to 20 cm from the inside of the board. It is fixed and the space formed between the timbers is applied to form an inner wall including a structure for filling charcoal or insulating material and fixing the antibacterial loess plate between the wooden and the wooden, wherein the antibacterial loess plate is 30-50 wt% of loess, feldspar , pozzolan, biotite, and seven gemstones selected from 30 to 40 wt%, 10 to 20 wt% of steel containing lime with a pH of 10 or more, 0.5 to 1 wt% of daffodil pulp after mixing/kneading 600 The second stage working process is applied to form the inner wall by using loess boards that are pressed with a press of ~800 tons to ensure antibacterial properties, and on the roof of the loess room building, a horizontal waterway is formed using cypress wood on the center of the roof In the upper part of the waterway, a water spray nozzle is installed, and a control unit for measuring indoor temperature and humidity is installed in a specific space of the loess room building, and when the indoor temperature of the loess room is lowered to a certain range in the temperature and humidity control unit, heating is performed. When the required signal is transmitted and the indoor humidity of the loess room is low, the use of the antibacterial loess room that is applied to obtain a health healing effect from the antibacterial loess room that is provided to have a temperature and humidity control function, including the configuration applied to spray water from the water spray nozzle The completed footwork by confirming that it can satisfy the needs of the customer through the method is a person

Embodiments in which the technical idea of the present application is specifically implemented will be described in detail with the presentation of drawings in the specific content column for carrying out the following invention.

In the recent corona virus situation, as there are many people who demand loess room with temperature and humidity control function and antibacterial properties, the work process is easy, fast and robust. It has the effect of suggesting the built-in structure of a mobile loess room structure that can easily, safely, and securely assemble the characteristic built-in structure of

Compared to the construction period that took 20 to 30 days, even if 3 to 4 skilled workers perform continuous work until the mobile red clay building is completed with the prior art, skilled skilled workers Even without this, the construction period is shortened to 1/2 to 1/3 within the range of 10 to 15 days, thereby providing a robust building while supplying and completing the supply price of loess at a low cost.

Figure 1: An external perspective view of a conventionally provided mobile loess room building.
Figure 2: An example of application of the gudeulbang to achieve the heating structure of the floor to which the technology of the present application is applied.
Figure 3: An example of an application in which a wall is installed in the red clay building of the present application.
Figure 4: An example of an application in which a water channel is installed on the ceiling of the red clay building of the present application.

Our technical idea is how to meet the needs of these customers as there are many people who want to secure a healthy resting space in a comfortable environment due to the recent corona virus crisis, who are looking for a red clay room that has a temperature and humidity control function and secures antibacterial properties. It is an invention made in the process of researching whether an antibacterial loess room building with a temperature and humidity control function and a safe structure can be provided at an affordable price with a technology developed in the process of researching whether it can be filled.

First, the manufacturing process of the loess board, which is the interior material of the loess room that secures antibacterial properties, is described as follows.

Preparation example of antibacterial loess plate

When adding and mixing 46.5 kg of loess, 20 kg of pozzolan, 15 kg of biotite, 15 kg of steel ash, 3 kg of chungit, and 500 g of Korean paper pulp, mix evenly using a blender, and the amount of the mixture is 5~15 wt% Add water to knead, put the dough into the kneader, completely remove the air bubbles contained in the kneading material in the kneader, and perform compression molding to flatten the surface with a press to the desired size, e.g., width * length * height = 33 * 33 * 1.5 cm standard loess plate was obtained

① Deodorization rate test of loess board obtained in the above manufacturing example

Using the dough, a sample of width 5.0 cm * length 2.0 cm * thickness 0.5 cm was obtained and physical property tests such as deodorization rate and anti-fungal performance test were conducted. Measurement method), the results are shown in Table 1.

Test Items Deodorization test (HCHO) elapsed time
(minute) Blank concentration (ppm) sample concentration
(ppm) deodorization rate
(%)

Test result 0 81 81 - 30 78 7 91.0 60 75 4 94.7 90 72 3 95.8 120 70 2 97.1 180 69 N.D. N.D. Test Methods KCL-FIR 1085

(Remarks) N.D: Concentration not detected or less than the minimum detection limit concentration (1ppm).

② Anti-fungal performance test example

Table 2 shows the results of testing according to ASTM-G21 to evaluate the anti-fungal performance of the samples prepared in the same way as the deodorization rate test.

Test Items Duration of culture test anti-fungal
exam 1 week later after 2 weeks 3 weeks later 4 weeks later 0 0 0 0

1) Test method: ASTM-G21

2) Fungal strain (mixed strain)

Aspergillus niger ATCC 9642

Penicillium Ponophilum ATCC 11797

Chaetomium globosum ATCC 6205

Gliosiadium uirens ATCC 9645

Aureobasidium pullulans ATCC 15233

Through the above experiment, it is confirmed that the loess board provided by the present technology has excellent deodorization rate and anti-fungal performance, and an application embodiment for providing an antibacterial loess room building having a temperature and humidity control function will be described with reference to the drawings.

1 is an external perspective view of a yellow earth building 100 provided by applying the present technology, and FIG. 2 is a view for explaining the heating structure of the gudeulbang installed on the floor of the yellow earth building, FIG. 3 is the application of the present technology It is a view for explaining an embodiment having a temperature and humidity control function and forming a wall structure to be used, and FIG. 4 shows an exemplary view of the finished product of the yellow earth building to which the present technology is applied.

In the loess room building of the form shown in FIG. 1, the floor structure 30 is used at the bottom and the gudeulbang 10 shown in FIG. 2 is used and the furnace 20 is installed at the location 16 of the furnace. The side wall 50 installed on the floor structure 30 has a structure in which an entrance door 71, a glass window 72, and a side door 73 are installed, and the roof 80 is coupled to the upper side of the side wall 50. It shows that it can be provided as a building 100 of ocher room.

FIG. 2 shows an example of application of the Gudeulbang 10 that is built into the floor structure 60 in FIG. 1 , and the Gudeulbang 10 applied to the present technology has a rectangular structure and the upper sealing surface 11 is horizontal. After the Gudeulpan 13 is placed between the partition wall 12a and the vertical partition wall 12b, it is smoothly finished to form the upper sealing surface 11, and the height of the upper sealing surface is downward in the range of 40 to 60 cm from the side. The side wall portion 15 is formed, and a plurality of horizontal partition walls 14a and vertical partition walls 14b are formed in the bottom and the downward side wall portion 15 of the upper sealing surface 11 in the form of a curved inclined surface with a height of about 10 to 30 cm. Spheres having a concave groove heating space 14 are formed to form a structure to store heat in the concave groove, and the position of the furnace 16 is installed in the front side wall portion 15a of the downward side wall portion 15, and the other downward side wall portion ( 15c) is provided as a gudeulbang 10 in the form of having an exhaust pipe 17 connected to a chimney, and shows that the first step work process can be performed.

3 illustrates the laminated structure of the embodiment in which the side wall 50 is made on the upper part of the floor structure 30 prepared through the above work process, and the ceiling material 81 for forming the interior of the loess room on the roof 80 of the loess room building ) shows a configuration in which a water channel 82 is formed and a water spray nozzle 83 is formed on the upper part of the water channel, and the wall 50 shown in FIG. 51), the plate 52 is fixed to the outer wall 51a of the steel structure 51, the insulating material 53 is applied to the outside of the plate 52, and the fiber-containing loess brick 54 is applied to the outside of the insulating material. It forms a structure supported by an iron plate side wall, etc. so as not to be pushed from the outside of the loess bricks, and the plate 52 + the insulating material 53 + the loess using the Taka screw nail 55 provided with a length of 10 to 20 cm from the inside of the plate 52. The second stage work process of forming an outer wall by integrating and fixing the bricks 54 can be performed. At this time, a joint 54a is inserted between the upper and lower loess bricks 54 to form the upper and lower loess bricks ( 54), it is preferable to fill the gap formed between them.

After the outer wall is first formed through the second step work process, the inner wall is formed. In order to fix the loess plate 60 in the empty space between the square steel structures 51, the wood is spaced at an angle of 33 to 35 cm. Including a structure in which the square wood 56 is fixed vertically and horizontally, the space formed between the square wood is filled with charcoal 57 or an insulating material, and the antibacterial loess board 60 obtained in the above embodiment is fixed between the square wood and the square wood. It shows that it can be applied as a third-step work process applied to form a wall.

As in FIG. 3 of the present application, when the wall 50 is formed by being divided into an outer wall and an inner wall, the plate 52 + heat insulating material using the Taka screw nail 55 provided with a length of 10 to 20 cm from the inside of the plate 52 (53) + After forming the outer wall by integrating and fixing the loess bricks 54, the wooden beams 56 are cut at an interval of 33 to 35 cm to fix the loess plate 60 in the empty space between the steel structures 51. It is fixed vertically and horizontally, and the space formed between the timbers is filled with charcoal 57 or an insulating material, and the inner wall is formed in a structure to fix the antibacterial loess board 60 obtained in the above embodiment between the squares and the timbers to form an outer wall + inner wall The process and method of forming a single wall by combining it is a technology to obtain a resting space by installing loess boards on the side walls of small rooms and offices of apartments to achieve all types of housing as well as buildings with loess. applicable to the field.

In addition, in Fig. 3, the left wall 82a and the right wall 82b that slightly protrude downward from the center are made in the ceiling material 81 that forms the interior inside the roof 80 of the ocher building, and a cypress that emits a phytoncide scent under it. A water channel 82 is formed by finishing with a wooden board 82c, or a water channel 82 is formed with a plastic material, and a water spray nozzle 83 is installed on the upper part of the water channel. A control unit 90 for measuring humidity is installed, and the temperature and humidity control unit 90 is connected to a temperature and humidity measurement sensor, so that when the indoor temperature of the loess room is lowered to a certain range, it emits a beep sound requesting heating or is displayed with a lamp When the indoor humidity of the loess room is set to 40, for example, and when it is lower than that, when the signal from the humidity sensor is transmitted to the control unit, the pump 85 of the water tank 84 operates to spray water to the water spray nozzle 83. It indicates that the fourth step work process applied in the form of instructions can be performed.

Figure 4 is a loess room building 100 provided by the present technology in consideration of the phenomenon that there are many people who are suspected of transmission or want to use for prevention of transmission such as corona virus. In order to do this, the indoor ceiling material 81 forming the inner surface of the exterior roof 80 provides a sterilizing effect with the phytoncide scent to the room, so many people want it. The sprayed or water-soaked cypress wood has a structure that emits a subtle phytoncide scent, and adjusts the indoor temperature and humidity of the loess room to a desired range through the room temperature and humidity controller 90, and is applied to enjoy the far-infrared effect provided by the loess room. , on the side wall 50, a glass window 72 of the same shape is formed on the side opposite to the glass window 72 of the left side shown in FIG. A configuration provided so that it can be adjusted is preferable.

Through the above description, this application technology has the effect of providing a robust building while reducing the construction period to 1/2 within the range of 10 to 15 days, even if there is no skilled skilled manpower focusing on the part newly disclosed in the present application through the above description Silver Applicant's earlier applications: Registered Patent No. 10-1782843, Registered Patent 10-0915410, Registered Patent 10-1754641, Registered Patent No. 10-1374130, Registration No. 10-1645559, Registration No. 10-139892, Registration No. 10- Of course, it can be applied in combination with or combined with technology No. 159084.

10: Gudeulbang 11: Upper sealing surface
12: bulkhead 13: Gudeulpan
14: concave groove heating space 15: downward side wall part
16: furnace position 17: exhaust pipe
20: furnace 30: floor structure 50: side wall
51: square steel structure 52: plate
53: insulation material 54: fiber-containing loess brick
54a: joint 55: takana screw
56: wooden 57: charcoal
60: loess plate 71: door
72: glass window 73: side door
80: roof 81: ceiling material
82: water channel 83: water spray nozzle
84: water tank 85: pump
90: control unit 100: red clay building

Claims (5)

In the method for manufacturing an antibacterial red clay building having a temperature and humidity control function,
The ondol structure that forms the floor, which is the basis of the yellow earth building, is a quadrilateral structure, and side walls with a height of 40 to 60 cm are formed on the sides of the upper sealing surface and the upper sealing surface. Gudeulbang 10 of the configuration in which a furnace is installed on one side of the side wall and an exhaust pipe 15 connected to a chimney is installed on the other side wall is designed and manufactured in advance to form the bottom surface of the ocher building. The first stage working process in which the gudeulbang 10 is built in and the floor structure 30 in which the furnace 20 and the exhaust pipe position are formed is formed;
Based on the iron structure for forming the wall on the upper part of the floor structure of the red clay building to which the first step process is applied, the wall construction is performed by dividing the outer wall of the steel structure and the inner side of the outer wall, and fixing the plate to the steel structure outside the outer wall of the steel structure, Insulation is applied to the outside of the board, and fiber-containing loess bricks are laminated on the outside of the insulating material, and the structure is supported so as not to be pushed from the outside of the loess brick. The second stage work process of integrating and fixing
It is applied to form the inner wall including a structure in which the wooden blocks are fixed vertically or horizontally inside the plate of the outer wall of the steel structure, and the space formed between the timbers is filled with charcoal or insulating material, and the antibacterial loess board is fixed between the square and the timber. The third stage work process and
On the inside of the roof of the red clay building, a horizontal channel is formed using cypress wood on the center of the roof, and a water spray nozzle is installed at the upper part of the channel. It is installed, and when the indoor temperature of the loess room is lowered to a certain range from the temperature and humidity control unit, a signal requesting heating is transmitted, and when the indoor humidity of the loess room is lowered, the fourth step work process is applied to spray water from the water spray nozzle. A method of manufacturing an antibacterial red clay building having a temperature and humidity control function. According to claim 1,
The antibacterial loess plate material is 30-50 wt% of loess, 30-40 wt% of a thermal storage mineral selected from feldspar, pozzolan, biotite, and seven gemstones, 10-20 wt% of steel containing a lime component with a pH of 10 or more, chungit 1~ When mixed to contain in the range of 5% by weight, 0.5 to 1% by weight of daffodil is added and mixed/kneaded, and then pressed with a 600-800 ton press to ensure antibacterial properties are applied so that ocher board is used. A method of manufacturing an antibacterial red clay building having a temperature and humidity control function. 2. The method of claim 1
A 3-7 cm high grill plate is laid on the bottom of the ondol structure constituting the gudeulbang of the yellow earth building, and an opening is formed at the bottom 3-8 cm from the upper end of the rear wall and the left and right walls of the oven. A method of manufacturing an antibacterial red clay building with a temperature and humidity control function. In the antibacterial loess room building with temperature and humidity control function,
Based on the steel structure to form the side wall of the red earth building, the wall is constructed by dividing the outer wall of the steel structure and the inner side of the outer wall, but first fix the plate to the steel structure outside the outer wall of the steel structure, apply the insulation to the outside of the plate, and apply the fiber to the outside of the insulation The loess bricks are laminated and the structure is supported so as not to be pushed from the outside of the loess bricks, and the plate material + insulation material + the loess brick are integrated and fixed by using the 10-20 cm long Takana screw from the inside of the plate material.
To form an inner wall including a structure in which a wooden block is vertically or horizontally fixed to the inside of the plate of the outer wall of the steel structure, charcoal or heat insulating material is filled in the space formed between the square, and an antibacterial loess board is fixed between the square and the block. However, the antibacterial loess plate material is 30 to 50 wt% of loess, 30 to 40 wt% of heat storage minerals selected from feldspar, pozzolan, biotite, and seven gemstones, 10 to 20 wt% of steel containing a lime component having a pH of 10 or more, Doc After 0.5 to 1% by weight of pulp is added, mixed/kneaded, and pressed with a 600-800-ton press, loess board material that secures antibacterial properties is used to form the inner wall,
On the inside of the roof of the red clay building, a horizontal channel is formed using cypress wood on the center of the roof, and a water spray nozzle is installed at the upper part of the channel. It is installed, and when the indoor temperature of the loess room is lowered to a certain range from the temperature and humidity control unit, a signal requesting heating is transmitted, and when the indoor humidity of the loess room is low, the water spray nozzle is applied to spray water. Antibacterial yellow earth building, characterized in that it is provided to have a function. In the method of using an antibacterial loess room building having a temperature and humidity control function,
Based on the steel structure to form the side wall of the red earth building, the wall is constructed by dividing the outer wall of the steel structure and the inner side of the outer wall, but first fix the plate to the steel structure outside the outer wall of the steel structure, apply the insulation to the outside of the plate, and apply the fiber to the outside of the insulation The first stage work process of stacking the containing loess bricks and forming a structure supported so as not to be pushed from the outside of the loess bricks, and integrating and fixing the plate material + insulation material + loess brick using a 10-20 cm long Takana screw from the inside of the plate;
It is applied to form the inner wall, including a structure in which wooden blocks are fixed vertically or horizontally on the inside of the boards of the outer wall of the steel structure, and the space formed between the pieces is filled with charcoal or insulating material, and the antibacterial loess boards are fixed between the squares and the pieces. However, the antibacterial loess plate material is 30-50 wt% of loess, 30-40 wt% of a thermal storage mineral selected from feldspar, pozzolan, biotite, and chionite, 10-20 wt% of steel containing a lime component having a pH of 10 or more, daffodil The second stage working process is applied to form the inner wall by adding 0.5 to 1% by weight of loess plate material, which is mixed/kneaded and compressed with a 600-800 ton press to secure antibacterial properties;
On the roof of the loess room building, a horizontal channel is formed using cypress wood on the center of the roof, and a water spray nozzle is installed at the upper part of the channel. It is installed, and when the indoor temperature of the loess room is lowered to a certain range from the temperature and humidity control unit, a signal requesting heating is transmitted, and when the indoor humidity of the loess room is low, the water spray nozzle is applied to spray water, so that it has a temperature and humidity control function A method of using an antibacterial loess room building, characterized in that it is applied to obtain a health-healing effect from the provided antibacterial loess room building.

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