KR20100006531A - A method to utilize natural energy using the subterranean heat, convection difference and circulation of indoor and outdoor air - Google Patents

Abstract

PURPOSE: A natural energy utilization method using geothermal heat, convection difference, and air circulation is provided to execute the air circulation by installing an inside air exhaust pipe, a geothermal intake pipe, and an outside air intake chamber. CONSTITUTION: An inside air exhaust pipe(71), a geothermal intake pipe(90), and an outside air intake chamber(10) are installed to execute a natural energy utilization method using geothermal heat, convection difference, and air circulation. The inside air exhaust pipe is installed on a building to utilize the convection difference. The geothermal intake pipe is installed in the underground of the building to absorb the geothermal heat. The outside air intake chamber is installed on the ground so that the outside air is flowed in. An inside air circulation passage and an outside air circulation passage are installed in the building. An opening/closing controller(22) is opened in the inside air exhaust pipe and the outside air intake chamber. The inside air is exhausted to the inside air exhaust pipe after moving up by the convection difference. The geothermal heat of the geothermal intake pipe is flowed into the indoor. The air circulation of the inside air and the outside air is executed due to the convection difference ascending current flowed from the outside air intake chamber to the geothermal intake pipe.

Description

{A method to utilize natural energy using the subterranean heat, convection difference and circulation of indoor and outdoor air.}

Indoor convection vehicle using indoor air convection system using indoor air convection vehicle using air discharge pipe 71 which can use convection vehicle over building, geothermal absorption pipe 90 which absorbs geothermal heat into building underground It is related to indoor and outdoor air circulation by convection ascending air flow and air aseptic purification method using indoor air conditioning and indoor natural ventilation and internal and external air circulation, indoor natural storage room, kitchen moisture waste, natural drying room installation and air shower room. It is about how to use natural energy by using geothermal heat and convection inside and outside air circulation that can protect human health by installing and preventing fire spread and body cultivation using veranda.

If you look at the indoor environment of an existing building, you are changing the indoor bet by inflowing the outside air, and when it is hot, you open the windows to introduce the outside air to cultivate the inside of the room and it is almost exposed to the outside. This fine dust does not catch 100% with existing air purifying equipment, and there are some functional products, but even if it filters fine dust, there is a limit of use range of related equipment, so it is difficult to filter out all dust. The indoor environment is polluted by the release of harmful substances caused by chemicals used in new building construction, and the quality of life is deteriorated. We are using indoor facilities and related equipment to improve indoor air quality. Energy consumption continues to increase with the use of these devices, and this phenomenon leads to an increase in energy use generated by improving the indoor environment in an artificial way, and the atmosphere of our house is getting warmer. There are contradictions that cannot be reached, and the walls and corners where the device is not affected by harmful microorganisms are parasitic, rot or moldy, smelling and harming our hygiene. In addition, existing houses are divided into rooms, living rooms, kitchens, etc., and the compartments are blocked by walls, which prevents air from circulating. If water or air are not in natural circulation It is necessary to ventilate even if it is dangerous, but it can be harmful to human body if it is not ventilated. The invention to improve the indoor environment is Japanese ventilator Satogen, which has a ventilation system of Japanese Patent No. 10-2004-0027099. It is a ventilation system and its use is limited according to the temperature of the outside air, so its use is limited in cold weather or winter season and there is no air purifying facility. Also, it is a high-rise building ventilation system using radiant heat and stack effect of Korean Patent No. 10-0785400. In view of this, the ventilation system is very good. The Japanese invention is relatively smooth with natural ventilation using natural circulation, which is a stack effect of high-rise buildings, compared to single-story buildings. However, the disadvantage is limited to ventilation. There are also characteristics of the original invention. In general, however, additional power is used, and there is a lack of preparation by underground sedimentation water.

As a way to solve the above problems, a natural and eco-friendly way to use natural energy when building new building, the air discharge pipe 71 which can use convection vehicle on the building and geothermal absorption pipe 90 which absorbs the geothermal heat into the building underground. Convection vehicle using outdoor air inflow room 10 that inflows outside air to the ground Using the principle of indoor and outdoor air circulation, indoor air-conditioning, indoor natural ventilation and indoor / outdoor air aseptic cleaning method, indoor natural storage room installation and kitchen moisture waste The purpose of this study is to use natural energy using geothermal heat and convection inside and outside air circulation, which can set up a natural drying room, install an air shower room, prevent fire spread, and cultivate a body using a veranda.

      Indoor convection vehicle using the indoor air convection vehicle using internal air and outdoor air circulation using the air discharge pipe 71 that can use convection vehicles above the building, the geothermal absorption pipe 90 that absorbs geothermal heat into the building underground, and the air inflow room 10 that inflows the outside air onto the ground. By the method of the present invention, the natural law of circulation is applied to a building, and air or water is used to reproduce bacteria by breeding when it is not circulated. As shown in the drawing, it is possible to use a convection vehicle on a single-story or high-rise building roof. Install inside air discharge pipe 71 and install inside and outside air circulation passages inside the building, and connect underground with underground, and install underground pipes with appropriate size of horizontal heat and vertical through-hole for absorbing ground heat. And connect one side to the outside air inlet room 10 for piping the outside air to the ground and the other side to the inside Opening the opening and closing controller 22 in the exhaust pipe and the outside air inlet room, the rising air in the room is raised upward by the convection vehicle and discharged to the internal air discharge pipe. Indoor air conditioning and indoor natural air circulation and indoor and outdoor air circulation using the principle of indoor and outdoor air circulation by the convection rising air flow from outside air inlet room 10 into the geothermal absorption tube 90 It is solved by using natural energy using geothermal heat and convection inside and outside air circulation, which can be installed in a storage room, a kitchen drying room, a natural drying room, an air shower room, prevention of fire spread, and cultivation using a veranda.

With the present invention, indoor natural ventilation, air conditioning and fire prevention, internal and external air circulation development, indoor aseptic environment, natural storage room installation, indoor body cultivation, human body health maintenance, UV-free sunbathing, air shower room installation and natural drying room installation and environment It is effective in saving energy

      Prior to explaining the details, according to the experiment, when a single-floor building installed an air exhaust pipe at a height of about 10 meters on the roof, internal and external air circulation occurred, but no wind was generated to generate wind power. Therefore, since the height of the building is already high enough, the low-rise exhaust pipe should not be installed high, so it can only be used by adjusting the built-in controller to open and close the convection phenomenon. When the fluid is heated, the heated part expands and the density decreases, so buoyancy is generated and rises up. Instead, the density is dense and the heavy part falls down from the top. A part that becomes lighter as the density of air molecules becomes smaller by sunlight The present invention using the principle of the convection vehicle that rises up by the air flow is the air discharge pipe 71 which can use the convection vehicle above the building and the geothermal absorption pipe 90 that absorbs the geothermal heat into the building basement The present invention relates to a method of utilizing natural energy using indoor and outdoor air circulation using indoor convection cars. The present invention applies a natural law of circulation to a building, and uses air or water in which bacteria grow and decay if circulation does not occur. 1 is a cross-sectional view of the interior and exterior air circulation in the interior of the building using the principle of the air discharge pipe and the convection vehicle on the building roof of the present invention, and FIG. 2 is an internal and external air inlet and ground heat absorption pipe and the air discharge pipe on the ground. Fig. 3 is a cross-sectional view of an indoor air-conditioning and cooling method using the air circulation and the internal air circulation between the indoor and geothermal absorption chambers. Partial cross-sectional view of a method of utilizing natural energy using geothermal and convection inside and outside air circulation of a floor building FIG. 4 is an elevation view of seasonal internal and external air circulation embodiments in summer and winter FIG. 5 is a plan view of inside and outside air circulation of a high-rise building in FIGS. 3 and 6 FIG. 6 is a cross-sectional view of a method for utilizing independent internal and external natural circulation natural energy for each section of an appropriate floor of a high-rise building. FIG. 7 is a cross-sectional view of an air purification chamber using sterilizing water of FIGS. 2, 3, 6, and 10. 8 is a detailed view of the geothermal absorption corrugated pipe of Figure 3 A Figure 9 is a cross-sectional view, top, and elevation of the open and close air conditioner in the internal and external air circulation pipe Figure 10 is a cross-sectional view of the geothermal and internal and outdoor air circulation between the upper and lower floors of a high-rise building Figure 11 Figure 10B is a cross-sectional view of the installation of dust and sound insulation prevention of upper and lower floors Fig. 12 is a cross-sectional view of the indoor air-conditioning embodiment using a vertical geothermal absorption pipe and internal and external air circulation of a single-story building single-layer or high-rise building as shown in the figure Installed air discharge pipes of appropriate height to use convection cars on the roof, and inside and outside air circulation passages are installed inside the building, and connected to the inside, and underground through-holes with appropriate size to absorb geothermal heat are installed. Install the pipe horizontally and vertically with the appropriate number of floors, and connect one side to the outside air inlet room 10 that introduces outside air on the ground, and the other side to the bottom side of the room. As the rising air in the room rises upward and is discharged to the internal air discharge pipe, the ground heat of the ground heat absorption pipe 90 flows into the room, and the ground air absorption pipe 10 is from the outside air inflow room 10 above the ground to the ground heat absorption pipe 90. Indoor air conditioning and indoor natural ventilation and indoor and outdoor air by using the principle of indoor and outdoor air circulation by the inflow of convection cars How to use air aseptic clean-up, indoor natural storage room, kitchen moisture waste, natural drying room installation, air shower room installation, air diffusion prevention, body cultivation using veranda and natural energy utilization using internal and external air circulation The following is a detailed description of the shape and structure of the air bleeding pipe installed on the roof. The shape of the air bleeding pipe is a shape of a circular oval, square, triangle, etc. It consists of three stages, and the first stage is a triangle that can collect the airflow in the room by expanding the air inflow area than the second stage exhaust pipe for smooth communication of the indoor airflow. It has a larger area than the two-stage pipe that discharges the bet by the car. The blower can be installed when the convection car does not occur, or the air vent control switch. The second stage is a pipe for discharging the internal air. 3 stages are installed in 2 units and install a rotary blower that can discharge the bet without the influence of external turbulence or natural disaster, or a water jet generator using external wind, and the bet is discharged between the wings. It is composed of wind power generation method and is not limited to this method. It is the structure of the air discharge pipe installed on the roof which can be used by installing chimneys alone. The following is about the air discharge method and the location of the air discharge pipe. The bet discharge method is through the ceiling and the bet can be directly It is discharged or indirectly discharged to the ceiling circulation or discharge port, or it is discharged by using a separate discharge or induction pipe. In the case of high-rise buildings, it is possible to discharge the bet by using the external wall in the case of high-rise buildings.In addition, in the case of ultra-high-rises, the number of floors can be set as the first stage by installing a plurality of internal air outlets as the outer wall and opening / closing inside. The method of using the internal air of the internal air discharge pipe and the installation position of the internal air discharge pipe, which is constructed in such a way that the controller can be installed and used. The following is about the external color of the internal air discharge pipe. In case of thermally conductive metal, the outside pipe is black. When it absorbs the radiant heat of the cotton into the cotton, the effect of the upward airflow caused by convection, which expands the air molecules in the discharge pipe and promotes the discharge, can increase the speed and discharge rate of the air. The internal air discharge pipe and the external color installation method are installed on the roof, which is constructed in such a way that the color has little effect on the color. The following is used to circulate the internal and external air by jointly installing the internal air discharge pipe 71 and the external air inlet pipe 31 in the same place. It is related to the method of circulating the internal and external air into the room by installing the air inlet pipe 31 of the appropriate height is installed on the roof and the outside air inlet pipe 31 for introducing the outside air to the lower side is installed in the proper size as shown in FIG. 3, the outside air inlet pipe 31 surrounds the bet discharge pipe with an appropriate interval around the bet discharge pipe 71 as shown in FIG. In the method of inflowing outside air and the above-mentioned method, the air inflow pipe is divided into several parts and installed around the inside of the air exhaust pipe, and the air inflow pipe is installed at the center of the multi-family. A method of supplying internal and external air to multi-generation indoors by installing one or several air discharge pipes around the outdoor air inlet pipe, and installing the external air inlet 65 and the external wall internal outlet 60 as appropriate areas, respectively, as the outer wall of a high-rise or high-rise building as shown in FIG. This is a joint use method of the air discharge pipe 71 and the outdoor air inlet pipe 31, which can be installed and used in a way that can be installed and used in a plurality or more, respectively. As shown in the figure above, a fresh air inflow room is installed to introduce fresh air to the appropriate area on the ground. Inside the outside, a filter for purifying the outside air is installed on the slope, and the outside air is purged and flows into the indoor or geothermal absorption pipe 90 through the below pipe. In addition, the structure of the outside air inlet chamber is constructed by installing a barrier to prevent the outflow of geothermal heat or indoor air to the outside air inlet. The following is about the installation location of the outside air inlet chamber 10. Installed in a place where oxygen and negative ions are beneficial to the human body, or installed in the south direction where radiant heat is generated by solar heat that convection movement is occurring frequently. Installed in a place that is harmless to the human body that can do heating and cooling. Method of inflowing outside air by installing in a position where body health and convection vehicles can be used, and when it is a high or ultra high rise as shown in FIG. It can be installed and used as an outer wall and can be used by adjusting the opening and closing controller 22 inside and installed sideways under the air discharge pipe as shown in FIG. 10 to introduce clean and cold outside air above the high floor air flowing into the indoor air inflow passage. The following is about the geothermal absorption pipe 90 installed underground. The cross section of the geothermal absorption pipe is shaped like a circular rectangular triangle, and installed underground without any limitation in shape, shape and size. Through-holes are installed on the surface of the pipe between the inside of the pipe and underground soil to absorb geothermal heat and water in the basement. The hole is installed at a fine size to prevent the inflow of soil from the top and side. The hole can be installed at an appropriate size without limiting the size of the hole. However, the hole is installed at an appropriate size to block the inflow of bedbugs in the underground soil. It is circulated, absorbs geothermal heat and moisture, and can be used after coating synthetic resins or waste drums without melting inside and outside without restriction on the materials used, or thermally conductive metals or non-conductive materials. Use natural materials such as natural stone, etc. to install the geothermal absorption room and connect it to the inside and outside by piping. One of the two entrances to the pipe is connected to the inside and the pipe, and the other is connected to the fresh air inlet 10 on the ground. This method is also used and there is no connection method. Also, as shown in FIG. 12, it is installed in a vertical form as a basement, and the basement is used as a groundwater storage room and the geothermal heat is stored up and supplied to the room. Geometry and construction materials of geothermal absorption pipe 90, which is composed of the method used to install and use in a quantity. The following is a geothermal absorption corrugated pipe composed of thermally conductive metal material, geothermal absorption absorbing geothermal heat into the underground strata as shown in FIG. Thermally conductive metal corrugated pipe with through hole is installed at the appropriate depth of the ground, horizontally, horizontally, vertically, one by one, bottom by floor, and by the appropriate height of floor heating pipe. The size of geothermal absorption corrugated pipe is the thickness that can support the weight of the ground layer. And the proper diameter, and the installation area is determined by considering the indoor and heating area. Geothermal heat by thermally conductive metal is transferred into space and through hole installed on all sides of geothermal absorption corrugated pipe. Geothermal heat and moisture in the ground flow into the room during internal and external air circulation, so it can be cooled and heated by geothermal heat. Geothermal absorption tube 90 and the installation method is installed through the through-hole made of a thermally conductive metal material The following relates to a single-story building structure in which the internal and external air circulation by the convection vehicle as shown in Figure 1 the building is installed on the ground floor and roof 100 The exhaust pipe 12 is erected at the proper height for the convection car, and is supported by the frame 75 supporting the discharge pipe around it, and is connected to the roof and the frame by the support line 80 to fix it to prevent damage caused by drafts. It can be installed by connecting support lines to the ground or other high-rise buildings or support towers. Bet open / close regulator 22 is installed in the first stage under the air outlet pipe to control the amount of air discharged, and when the air blower 50 is installed to prevent convection cars, it is used. When the sunlight 99 is irradiated onto the ground 170 above the ground, radiant heat is produced by the light, and the rising air is generated. The airflow rises to the discharge pipe and the airflow above the ground flows into the outside air inlet 18 of the outer wall to amplify the effect of the upward airflow. This is a method of installing a single-story building in which internal and external air is circulated. As shown in FIG. 2, a geothermal absorption pipe having a through hole capable of absorbing geothermal heat at an appropriate depth in the basement is installed in an appropriate amount of horizontal layers and vertical layers up and down in an appropriate size and quantity, and an outside air inflow room 10 is installed above the ground. Internally open and close the controller 22 and connect one side to the inside and the other to the outside air inlet. The main entrance of the building is installed in double and closed after entering and closing the primary door 110 and opening the secondary door 120. It is installed in a fixed hermetic type, and the entire building is installed with a backing, etc. to prevent the inflow of external air at its source.The inflow of outside air is blocked, and the open / close controller 22 in the air discharge pipe 71 on the roof is opened. Warm air rises over the air exhaust pipe by convection, and geothermal heat absorbing pipe 90 inside geothermal heat rising and geothermal absorption pipe 90 inside In the furnace, outside air flows in from the outside air inlet chamber 10, and the inside and outside air circulation is performed indoors.In this case, when the convection car does not occur, it operates the blower 50 that introduces geothermal heat below the room. The internal and external air circulation is completed when the internal blower is operated. Also, the internal and external air circulation is closed by means of closing the opening / closing regulator 22 in the air exhaust pipe and the outdoor air inlet pipe without discharging the geothermal heat to the outside. Circulation of indoor and outdoor air and heating and heating using single-floor buildings consisting of geothermal heat absorption pipe 90 and indoor air circulation by cooling U-turns. The following is the natural energy utilization structure of high-rise buildings using geothermal heat, outdoor air inflow, and air exhaust pipes. It is related to the high-rise building as shown in Figures 3 and 5 to the indoor inflow of outdoor air The main entrance door is installed in double, the outside window is sealed and fixed, the air discharge pipe 71 is installed on the roof, and the outdoor air inflow pipe 31 is installed on the outer side of the slope below. A windproof wind turbine 200 is installed as a venting pipe and rotated by drafts to generate electricity. Also, the indoor bet is discharged into the space between the wings. The interior is divided into veranda 133, interior 130, and utility room 138. The outside transparent window 25 and the interior wall are installed at proper intervals, and the air inflow passage 21 is installed on one side of the veranda, blocked by a door or wall, and the warm air circulation path 82 is installed on the opposite side, and treated as a door or wall. The space porch flows into the room and the utility room 138 after the inflow of airflow. I am located in a large area, and a multi-purpose room is installed on the right side, and one side is equipped with a bet circulation circuit 81 space, and an upward airflow 57 passage is installed on the opposite side, and it is used as a multi-purpose room in the center. It is discharged over the veranda. The underground underground absorbing corrugated pipe 90, which absorbs geothermal heat, is installed horizontally and vertically with an appropriate size and number of floors. The air purification chamber 30 using water is installed toward the indoor entrance where geothermal heat is absorbed and connected to the pipe. A blower 50 that sends geothermal heat to the room is installed when no convection cars are used. An air flow controller 33 is installed above the air purification chamber to convert the air circulation according to the season. The inflow passages of the left and right sides, respectively, are installed in the greenhouse 27 passageways. Ground transparent window 26 is installed to produce warmth by sunlight, and then it enters the room through outdoor air inlet 10 or indoors through geothermal absorption pipe 90 to generate heating effect. The natural energy utilization structure of high-rise buildings using air circulation. The following relates to air-conditioning and heating of high-rise buildings using indoor and outdoor air circulation. Geothermal absorption pipes are installed on the outside floor as shown in FIG. 90 is installed, the airflow circulation regulator 33 is installed toward the upper indoor inlet, and the direction of airflow is changed, and the airflow pipe 71 using the convection vehicle is installed on the roof. It is divided into veranda 133 and utility room 138 to the left and right around the room. Bet circulation opening and closing port 61 is installed and used to adjust the top and bottom opening and closing circulation port 23-24 according to the bet circulation direction, open the opening and closing tank season 22 in the bet discharge pipe 71 on the roof, and veranda 133 lower opening and closing circulation port 24 Open the multi-purpose room 138 opening and closing circulation port 23, open the air circulation control 33 under the room toward the veranda 133 southward and open the opening and closing regulator 22 in the outside air inlet 10 above the ground, the warm air in the multi-purpose room rises to the ceiling roof and the internal exhaust pipe 71 by the convection car. Indoor airflow of each floor flows into the place, and warm air flow from sunlight on the veranda 133 flows into the interior of each floor, and convective circulation of air flows into the air flows through the outdoor air inflow room toward the veranda. Warm air flows into the room to heat the room, and in the same way, the underground geothermal heat absorption pipe 90 to 90 When heat is introduced, geothermal heat without any temperature difference is introduced into the room, which increases the effect of heating.In this way, the airflow controller is changed to the multipurpose room 138. When opening the circulation port 23, the heat from the veranda to the south rises upwards and is discharged. The cooling air from the geothermal heat and the north-facing multipurpose room shade is introduced into the room, resulting in the cooling effect. In addition, the heat from the geothermal absorption pipe is additionally introduced into the room. The high-rise building heating and cooling method using the indoor and outdoor air circulation is configured to increase the effect of the following The following relates to the heating of high-rise building using the indoor and outdoor air circulation as shown in Figure 3 to produce the warmth connected to the outside air intake room 10 on the outside ground The greenhouse 27 passageway and the transparent window 26 above the ground to produce warmth by sunlight Open the air circulation regulator 33 to the south side on the veranda 133 and open the veranda between the exterior transparent window 25 and the interior wall to the south side of the building. When geothermal heat in the geothermal heat absorption pipe 90 is introduced into the room, the heating effect is increased, and the internal air discharge to the upper air discharge pipe 71 is discharged to the opening / closing regulator 22 without discharging the warm air circulated into the room. Using the blower 50 installed in the warm air circulation path 82, U-turn back to the bet circulation road 81 and the warm air circulation path 82 on the veranda, enters the air purifying room under the room, purifies the muddy air, and warms up the veranda 133, the indoor and utility room 138, and the warm water circulation path. The effect of cold weather heating can be increased by circulating the bet to 82 and the air purifying chamber 30. The heat continues to be produced by the light and treats it to keep the heat from cooling. Also, if the indoor air is clouded due to lack of oxygen, it opens and closes the opening / closing regulator 22 on the inside of the exhaust pipe. The bet is discharged and the greenhouse's warmth and the geothermal heat absorbing pipe 90 are introduced into the room again, and the heating effect is continued. After the muddy discharge is discharged, the external discharge is again cut off and the bet is turned to the room. A high-rise building heating method using indoor and outdoor air circulation consisting of a method of preserving and using warmth by blocking the discharge of hot air to a furnace. The following relates to a method of cooling a high-rise building using indoor and outdoor air circulation. Replace 33 with multipurpose room 138 in the shade and open the lower open / close circulation port 24 and the open / close circulation port 23 on the veranda side. The heat from the veranda to the south rises upward and is discharged. The cooling effect of the geothermal heat and the cold air from the north-use multipurpose room is introduced into the room, and the cooling effect is generated. In addition, instead of discharging the cold air introduced from the geothermal absorption pipe to the internal exhaust pipe, it is returned to the underground geothermal absorption chamber using a blower and circulated through the air purification process. If it is insufficient, it is discharged using the outside air inlet room 10 and the internal air discharge pipe 71, and geothermal heat without any significant change of the geothermal absorption pipe 90 is introduced into the room again, and is used as a method of repeatedly circulating the indoor heat absorption pipe and the indoor betting by the above method. Cooling high-rise buildings using geothermal and outdoor air circulation In one embodiment, the enclosed building of the present invention is configured such that the exterior wall or interior material and the exterior window are fixed in a sealed manner or used as an emergency door, and used as a backing lamp or when the existing refrigerator door is closed and the outside air is completely blocked and the main entrance In the same way, it is installed in a double way and closed after the first entry and exit, and the second door is opened again and again.The inflow and exhaust of the outside air is controlled in a manner that can be controlled by using a pipe or a separate facility. In case of accidental fire in a designated artificially controlled building, the inlet and outlet opening and closing controllers are automatically shut off by the fire detection order, and then the movement of objects or movement of objects is blocked to prevent the flow of oxygen to the disaster and the door. If there is a fire, close the fire door When the supply of cattle is cut off, oxygen is exhausted and the fire is prevented from spreading anymore, so it is evolved into a sprinkler, etc., which can prevent the spread of fire in a way that can prevent the spread of fire. The following is a method of preventing the spread of fire in a building. The following is an example of cooling a building by using an outdoor air inlet pipe on a roof. As shown in FIG. 3, FIG. It is possible to cool indoors by entering the airflow at a temperature of 1 ℃ lower than the ground at the height of 100m above the ground and lower the airflow at the lower temperature because the airflow is lower than the ground at 3 ℃ when the height is 300m. On the contrary, the room temperature is cooled by applying the natural phenomenon of the rising air current to the building. The outside air inflow passage 21 of Fig. 5 is the cold air in the upper atmosphere descends and purged in the air purification room 30 under the building to enter the room through the veranda or multi-purpose room to cool the room and increase the temperature in the room. This method, which discharges into the atmosphere through the discharge pipe, causes internal and external air circulation due to convection of the temperature rise due to indoor sunlight and the high temperature in the room caused by people and cooking heat and indoor appliances and the cold temperature difference in the upper atmosphere. Indoor and outdoor air circulation using indoor and outdoor air circulation by convective rising air of convection, which is composed of the method, as well as air aseptic method using indoor and outdoor air circulation, indoor natural storage room, kitchen moisture waste natural drying room installation and air Installation of shower room, fire spread prevention and body cultivation using veranda It is a method of utilizing natural energy using geothermal heat and air circulation inside and outside the convection vehicle.

      1 is a cross-sectional view of the indoor and outdoor air circulation mouth using the principle of the air discharge pipe and the convection vehicle on the building roof of the present invention.

      Figure 2 is a cross-sectional view of the indoor air-conditioning method using the indoor and outdoor air circulation and the indoor and geothermal heat absorption chamber and the inside and outside air circulation using the outdoor air inlet room, geothermal absorption pipe and the air discharge pipe on the ground.

      Figure 3 is a cross-sectional view of the natural energy utilization method using the geothermal and convection inside and outside air circulation of the high-rise building of the present invention.

       Figure 4 is an elevational view of the seasonal internal and external circulation embodiments of summer and winter.

       5 is a plan view inside and outside the high-rise building of Figures 3 and 6.

      6 is a cross-sectional view of a method of utilizing the independent internal and external air circulation natural energy for each section of the appropriate number of floors of a high-rise building.

       7 is a cross-sectional view of the air purifying chamber using the sterilizing water of FIGS. 2, 3, 6, and 10.

       8 is a detailed view of the geothermal heat absorption corrugated pipe of FIG. 3A.

       Figure 9 is a cross-sectional view, top view, elevational view of the open and close control regulator in the inner and outer air circulation.

       10 is a cross-sectional view of the geothermal and internal and external air circulation between the lower and upper floors of a high-rise building.

       FIG. 11 is a cross-sectional view of an example embodiment of preventing dust odor insulation between lower and upper layers of FIG. 10B; FIG.

      12 is a cross-sectional view of an indoor air conditioning example using a vertical geothermal heat absorber and internal and external air circulation of a single-story building.

       * Description of the symbols for the main parts of the drawings *

       10; Fresh air inlet room 11; Inlet pipe (stage 1)

       12; Discharge pipe (two stages) 13; Exhaust fan (three steps)

       14; Filter 15; outlet

       16; Wall inlet 17; Floor inlet

       18; Fresh air inlet 19; Outlet

       20; Ground air inlet 21; Outside inflow pipe

       22; Switch regulator 23; Phase open circulation

       24; Summer lung circulation 25; Exterior transparent window

       26; Ground transparent window 27; greenhouse

       28; Luminaire 29; Handrail

       30; Air purifying chamber 31; Outside inflow pipe

       32; Sound insulation 33; Airflow Regulator

       34; Water outlet 35; Check

       36; Access opening 37; Warmth

       38; Cold air flow 39; Deodorizer

       50; Blower 51; Geothermal absorption corrugated pipe

       52; Through-hole 53; Circulation direction

54; Sterile water 55; Downdraft Circulation Direction
56; Rising air circulation direction 57; Updraft passage
58; Airflow inlet 59; Air purifying pipe

       60; Outer wall air outlet 61; Bet Circulation Switch

65; exterior wall inlet 70; Circulation pipe
71; Internal exhaust pipe 72; Stone wall
73; Groundwater 74; Axis of rotation
75; Skeleton 76; Internal and external air circulation pipe
77; Wall inlet 78; Bet reverse circulation room
79; Air circulation tube 80; Support
81; Bet cycle 82; Warmth circulation
83; Air barrier 84; Fixed decoration
85; Plumbing 86; handle
87; Air flow control plate 88; Space for convection
89; Slewing plate 90; Geothermal absorption pipe
91; Vertical geothermal heat absorber 95; Geothermal storage room
99; Sun 100; roof
110; Primary door 120; 2nd door
130; Indoor 133; Veranda
138; Utility room 140; Upper layer
145; Lower layer 150; Wall
155; Outer wall 160; Radiant heat
170; Floor 177; Underground
180; Floor 190; zenith
200; Wind generator 220; Bet Wind Generator
300; High rise

Claims (36)

       Indoor convection vehicle using indoor air convection system using indoor air convection vehicle using air discharge pipe 71 which can use convection vehicle over building, geothermal absorption pipe 90 which absorbs geothermal heat into building underground The present invention is to apply the natural law of the circulation to the building, the air or water is used by the principle that the bacteria propagate if the circulation is not cycled. Install inside air discharge pipe 71, install internal and external air circulation passages inside the building, and install underground pipes with appropriate size of horizontal heat and vertical through-holes for absorbing geothermal heat in the underground. One side is connected to the outside air inlet room 10 through which the gas is introduced, and the other side is connected to the bottom of the room. Opening the indoor switch 22 opens up the airflow of the room by the convection car and discharges it to the exhaust pipe, while geothermal heat from the ground heat absorption pipe 90 flows into the room. Indoor and outdoor air circulation using indoor and outdoor air circulation using indoor and outdoor air circulation by the convective ascending air flow flowing into the outdoor branch heat-absorbing pipe 90 from the outside, installation of indoor natural storage and kitchen moisture How to use natural energy by installing natural drying room, air shower room, prevention of fire spread and cultivation of body using veranda. The method of claim 1      The shape and structure of the internal air discharge pipe 71 which is installed on the roof. The internal air discharge pipe consists of a round, oval, square, triangular, etc. In order to facilitate the communication of indoor air flow, the air inflow area is wider than the two-stage discharge pipe, and it is a triangle that can collect the air flow in the room. Inside, it is possible to install a blower or a bettor opening / closing controller 22 which is used when no convection car occurs. The height of the building itself is irrelevant because it generates convection cars. The three stages are installed in two units, and a rotating exhaust fan that can discharge bets without the influence of external turbulence or natural disasters, or a water-fired generator using external winds is discharged between the wings and wind power can be generated by external wind. It is composed of a method and is not limited to this method. It is a structure of a beating exhaust pipe installed on a roof where only a single exhaust pipe can be installed by using a chimney.        The method of claim 1       The method and installation position of the bet exhaust pipe are related to the bet discharge pipe 71. The air discharge method of the bet discharge pipe 71 is made by the ceiling being penetrated with the bet discharge pipe and the bet is discharged directly to the bet discharge pipe, The location of the exhaust pipe can be installed at any place on the roof according to the structure or design of the roof or the corners of the roof.In the case of high-rise buildings, the internal wall is not limited to the roof. In the case of ultra high-rises, it is possible to install and use a number of air outlet outlets in stages with the appropriate number of floors as the first stage, and to open and close the inside of the air discharge pipe. And how to use.        The method of claim 1       The external color of the internal exhaust pipe 71 is the color of the external exhaust pipe may be important depending on the material, or vice versa. In the case of a thermally conductive metal material, the external color is black to absorb the solar radiation from the surface of the exhaust pipe. The effect of convective airflow caused by convection, which is conducted into the discharge pipe and expands the air molecules, can accelerate the discharge, thereby increasing the speed and discharge rate of the bet. A method of installing the external color of the bleed-out pipe installed on the roof, which is constructed in such a way that it is not given.        The method of claim 1       The internal air inlet pipe 31 is installed at the same height as the internal air inlet pipe 31 and is installed on the roof to install the internal air inlet pipe 31 and the air inlet pipe 31 jointly in the same place. The outside air inflow passage 31 is installed in the proper size and the indoor air inflow passage is installed to circulate the indoor air, and the outdoor air inflow pipe 31 surrounds the internal air inlet pipe with a proper interval around the internal air exhaust pipe 71 as shown in FIGS. 3 and 6. In the same way as above, the air inlet pipe is divided into several and installed around the internal air discharge pipe to install outdoor air into each of the multi-generational rooms. Method of supplying indoor and outdoor air to multi-generation indoors by installing one or several air discharge pipes and high or high-rise building as shown in FIG. The outside wall outside air inlet 65 and the outside wall air outlet 60 are installed in the appropriate area, respectively, so that the opening and closing regulator can be installed inside and used in a manner that can be installed in one or more, respectively. Joint use of        The method of claim 1       It is related to the fresh air inlet room 10 installed on the ground.As shown in the drawing, the fresh air inlet room is installed to inflow the fresh air to the proper area on the ground, and the outside air filter is installed on the slope to clean the outside air. Through the pipe below and enters the indoor or geothermal absorption pipe 90 and the outdoor air inlet passage is installed with an air inlet opening / closing regulator 22 to control the inflow of outdoor air and to prevent the outflow of geothermal or indoor air to the outdoor air inlet. Installation and structure of outdoor inflow room.        The method of claim 6       Regarding the installation location of the fresh air inlet room 10, the fresh air inlet room is an important place for introducing fresh air into the room, and is installed in places where oxygen and anions are beneficial to the human body, or radiant heat is produced by solar heat in which convective movements occur frequently. It is installed in the south direction and installed in a place where indoor heat can be heated by inflowing indoors or in a place that is harmless to the human body that can cool and heat by introducing underground geothermal heat. 1 and 6, all buildings such as low-rise, high-rise or ultra-high rise can be used by installing the interior air purifying room using the outer wall. Install the outside air inlet 65 with the appropriate quantity step by step on the outside wall and inside the opening and closing controller 22 Over regulation is available and how to place bets, which is installed as a way to install the side below the discharge pipe cleaner than the relatively floors of high-rise public place that is introduced into the indoor ambient air intake passage and entering the cold ambient outdoor air inlet position and install the roof as shown in FIG. 10. The method of claim 1       The geothermal heat absorption pipe 90 is installed underground. The cross section of the geothermal heat absorption pipe is in the form of a circular square, triangular, etc., and it is installed underground without any limitation in shape, shape, and size. The through hole is installed as a pipe surface between the inside and the underground soil. The through hole is installed at a fine size to prevent the inflow of soil into the top and side. The bottom can be installed at an appropriate size regardless of the size of the hole. It is installed in the proper size to block the inflow of water, and the immersion water is circulated. Through-holes for absorbing geothermal heat absorbing geothermal and moisture are installed. It can be used after painting or thermally conductive metal or nonconductive material. B. Use natural materials such as natural stone to build up a gap to allow the inflow of geothermal heat and connect it to the inside and outside by piping, and install it by heating piping type using heat conductive metal materials. One side of the both sides of the geothermal absorption pipe is connected to the interior and the pipe, and the other side is connected to the outside air inlet room 10 on the ground by the pipe, and geothermal is used. Underground is used as groundwater storage room, and it is a method of storing geothermal heat and supplying it to the room. The method of claim 8 Regarding geothermal absorption corrugated pipes made of thermally conductive metal materials, as shown in FIG. The floor heating pipe is installed with the appropriate number of floors, and the geothermal absorption corrugated pipe is installed with the thickness and proper diameter that can support the weight of the ground floor, and the installation area is installed with the proper area considering the indoor heating and cooling area. Geothermal heat is transferred to the space and through the holes installed throughout the geothermal absorption corrugated pipe slope, geothermal heat and moisture flow into the ground and enter the room during circulation of internal and external air. Geothermal absorption pipe 90 and installation method through through hole is installed.        The method of claim 1  A single-story structure in which internal and external air circulation is performed by convection cars. As shown in FIG. 1, the building is installed on a single floor above the ground, and the exhaust pipe 12 is set up at an appropriate height at which the convection car is formed on the roof 100. It is connected to the roof and frame by 80 with support line to fix it to prevent damage caused by drafts, etc. When it is more firmly installed, it can be installed by connecting the support line to the outside ground or other high-rise buildings or support towers. Bet opening / closing regulator 22 is installed in the first stage to control the amount of air discharged, and it is used when there is no convection car by installing air blower 50 upwards. When the sunlight 99 is irradiated onto the ground 170 above the ground, radiant heat is produced by the light, Due to the difference in the height of the convection space 88 due to the difference in temperature up and down between the discharge pipe on the roof and the ground, the warm air in the room rises to the discharge pipe. A method of installing a single-story building in which the inside and outside air are circulated using the principle of convection car, which consists of a method in which the convection movement of the air flow is circulated by amplifying the airflow effect. The method of claim 10 A single-floor cooling and heating system using a geothermal absorption tube 90. As shown in FIG. 2, a geothermal absorption tube equipped with through-holes capable of absorbing geothermal heat at an appropriate depth in the basement is heated up and down in horizontal and vertical layers with an appropriate size and quantity. Install the pipes and install the open air inlet room 10 above the ground, and open and close the controller 22 inside. Connect the one side to the inside and the outside air intake room by the pipe. It is configured by opening the car door 120 and installing the exterior window in a fixed hermetic type, and the entire building is installed with a backing lamp to block the inflow of external air from the source. Subsequently, if you open the pad controller 22 in the outside air inlet room on the ground, the room warmth rises above the air outlet pipe by convection. When geothermal heat rises in the geothermal absorption tube 90, and inside the geothermal absorption tube 90, the outside air flows from the outside air inlet chamber 10 to the inside and outside air circulation. If the internal and external air circulation still does not work, the internal and external air circulation is completed by operating the blower in the internal air exhaust pipe 71. In addition, the internal air exhaust pipe and the external air inlet pipe open / close controller 22 are closed and the drawing and The indoor and outdoor air circulation and air-conditioning method of a single-story building using geothermal heat consisting of a method of circulating the indoor heat absorption pipe 90 and indoor air circulation by making a u-turn using the internal air circulation path on the roof 100 and the wall 150. The method of claim 1 The natural energy utilization structure of a high-rise building using geothermal heat, outdoor air inflow, and internal air discharge pipe. As shown in Figs. The outside window is sealed and fixed, and the air discharge pipe 71 is installed on the roof, and the outdoor air inflow pipe 31 is installed on the outer side of the slope below, connected to the indoor air inflow passage 21. It is installed and rotated by the outside wind to generate power, and the interior bet is discharged into the space between the wings. The interior is divided into veranda 133, interior 130 and utility room 138, and the veranda is installed to the south side. The air inflow passage 21 is installed on one side toward the verandah and the door On the other side, a warm air circulation path 82 is installed and treated as a door or a wall, and in the bathrobe space veranda, the inflow of air flows into the room and the multipurpose room 138, and the inside of the bathrobe is located in a large area, and the multipurpose room is installed on the right side. On the left and right sides, there is a space for a bet circulation passage 81, and on the opposite side, an upward airflow 57 passage is installed, and in the center, it is used as a multipurpose room. The geothermal absorption corrugated pipe 90 is installed horizontally and vertically with the proper size and the number of floors, so that the air is absorbed and the air purifying room 30 using water is installed toward the indoor entrance leading to the pipe, and the air blower 50 which transmits the geothermal heat indoors is installed. It is used when there is no difference and the air flow is changed over the air purification chamber according to the season. The ring regulator 33 is installed, and the air inflow chamber 10 is installed at the proper position on the ground, and the greenhouses 27 passages are installed at the right and left air inflow passages, respectively. The natural energy of high-rise buildings using the internal and external air circulation of geothermal heat and convection cars, which are constructed to generate warmth by sunlight and flow into the room through the outdoor air inlet 10 or back into the room through the geothermal absorption pipe 90. Usage structure. The method of claim 12       It is related to the air-conditioning and heating of high-rise buildings using indoor and outdoor air circulation. As shown in FIG. 3, an outdoor air inflow room 10 is installed on the outside and an underground air absorption tube 90 is installed to absorb underground heat. The direction of the airflow is installed, and the air discharge pipe 71 using the convection vehicle is installed on the roof, and the opening and closing controller 22 is built in and used. The interior is versatile left and right around the room as shown in FIG. 5 133 and the multipurpose room 138 In the interior of the verandah and multi-purpose room up and down the appropriate amount of bet circulation opening and closing port 61 is installed, it is composed of the method used to control the upper and lower opening and closing circulation port 23-24 by the direction of the bet circulation. Open 22, open the veranda in each room, 133 the lower opening and closing circulation port 24 and the multipurpose room 138, and open the opening and closing circulation port 23. Open to the south side porch 133 and open the open / close regulator 22 in the outside air inlet 10 above the ground, the warm air in the utility room goes up to the ceiling roof and the air outlet pipe 71 by the convection car, and the indoor air flows in each floor and enters the interior of each floor. The warm air flow by solar light on page 133 flows in and the convection circulation of the air flows through the air inflow room to the veranda, and the warm air in the south direction flows into the room to make room heating. If geothermal heat in the underground geothermal heat absorbing pipe 90 is introduced using the outdoor air inflow room 10, geothermal heat with no temperature difference is introduced into the room throughout the year, and the effect of heating is increased in the room. Opening the lower opening / closing circulation port 24 and the upper opening / closing circulation opening 23 on the veranda side rises upwards to the south facing veranda. And the cooling effect of the geothermal heat and the cold air from the north-side multipurpose room is introduced into the room, and the cooling effect is generated. Also, if the additional geothermal heat in the geothermal absorption pipe 90 enters the room, the cooling effect is increased and convection cars are not generated. When heating and cooling high-rise buildings using indoor and outdoor air circulation, which consists of using separate blowers in various places.        The method of claim 12       It is related to the heating of high-rise buildings using indoor and outdoor air circulation, and as shown in FIG. 3, a greenhouse 27 passage for producing warmth connected to the outdoor air inflow room 10 is installed on the exterior ground and a transparent window 26 is installed on the ground. The warm air is produced, and the airflow circulation regulator 33 under the room is opened to the south side on the veranda 133, and the sunlight is introduced into the veranda between the exterior transparent window 25 and the interior wall to the south side of the building. It is heated by discharging it over the multi-purpose room. Also, if geothermal heat in the geothermal absorption pipe 90 is introduced into the room, the effect of heating is increased and the internal air is discharged to the upper air discharge pipe 71 without discharging the warm air circulated into the room. To the opening / closing controller 22 and using the blower 50 installed in the warming circulation path 82 again to the bet circulation route 81 and the warming circulation route 82 on the veranda. The air flows into the air purifying room below to purify the muddy air, and the warmth is circulated repeatedly in the veranda 133, the indoor and utility room 138, the warm air circulation path 82, and the air purifying room 30, thereby increasing the effect of cold weather heating. On the veranda side, the warmth continues to be produced by sunlight, and it treats the heat not to cool.In addition, when the indoor air becomes cloudy due to lack of oxygen, the open / close regulator 22 on the inside of the exhaust pipe is opened. When you open 22, muddy discharge is discharged, and indoor greenhouse warms and geothermal absorption pipe 90 is introduced into the room again, and the heating effect continues. High-rise building using indoor and outdoor air circulation consisting of the method of preserving warmth by blocking the discharge of warmth to the outside by making a U-turn How to heating.        The method of claim 12       A method of cooling a high-rise building using indoor and outdoor air circulation. As shown in claim 13, the airflow circulation controller 33 is changed to the multipurpose room 138 in the shade, and the lower open / close circulation port 24 and the open / close circulation port 23 on the veranda side are opened southward. The hot air rises immediately above and is discharged, and the cooling effect of geothermal heat and the north-facing multipurpose room is introduced into the room, resulting in the cooling effect, and the additional effect of cooling in the geothermal absorption pipe 90 is introduced into the room. By way of cooling, the air from the geothermal absorption pipe is not discharged to the internal exhaust pipe, but is returned to the underground geothermal absorption pipe 90 by using a blower. If the outside air inlet chamber 10 and the air exhaust pipe 71 are discharged, the geothermal absorption pipe 90 has no significant change City high-rise building with geothermal cooling method using a circulating outside groups that are used in a way that flows into the indoor cycle is repeated again to find a way to absorb geothermal pipe and the interior. The method of claim 1 The present invention relates to a fire spreading prevention method using an enclosed building. The enclosed building of the present invention is configured such that an exterior wall or interior material and an external window are fixed in an airtight manner or used as an emergency door. It is composed of completely blocked structure, and the main entrance and exit are installed in the same way, and the first entrance and exit is closed, and the second door is opened and entered again and again.Inflow and outside air discharge can be controlled by using piping or separate facilities. When the fire occurs inadvertently inside the building where the outside and bet can enter and exit, the inlet and outlet opening / closing regulators are automatically closed by fire detection sequence, and then the movement of people or objects is blocked. To stop the flow of oxygen to the house If you close the door and cut off the supply of air or oxygen necessary for a fire, it will only burn out the surrounding oxygen and prevent the fire from spreading any more, and will evolve into a sprinkler to reduce the damage of life or property. Fire spreading prevention method of the enclosed building of the present invention composed in a preventable way.       It is about cooling a building using the outdoor air inlet pipe on the roof. As shown in Figs. 3, 6 and 10, it is possible to cool indoors by using the indoor passage in the air where the temperature is lower than the ground on the roof of the building. From this point, the air flow is formed at a temperature lower by 1 ℃ than the ground, and if it is 300m high, the air flow is lower than the ground at 3 ℃, so the lower air flows downward and the higher air rises upward. Cooling the room indoors by applying the natural phenomena in which the rising air flows. The cold outdoor air of the upper atmosphere flows down to the air inflow passage 21 of FIG. The indoor air is cooled and the temperature rises in the room. The bet is discharged to the atmosphere through the air pipe. The method consists of the internal and external air circulation caused by convection phenomena due to the temperature rise due to indoor sunlight and the high temperature of the room caused by people and cooking heat and indoor appliances and the cold temperature difference in the upper atmosphere. Building cooling method using air inlet pipe.        The method of claim 17       Regarding the wind power generation using the internal and external air circulation as shown in Figure 3 to produce electricity by rotating the water-fired wind power generator 220 using the internal and external air circulation installed in the roof as shown in claim 17 When the wing is pushed up, the outside air in the atmosphere pushes the wing, and the right and left down the inflow passage, the same amount of inside and outside air coming down into the outside air passage is introduced and discharged as the wind is applied. The principle is to use up and down alternating current between up and down air flow. In addition, when reducing the internal and external air circulation by slowing the rotation, the emission control can be controlled using the open / close controller on the side of the air discharge. This is because the wind power of the air stream is stronger. To stop the rotation, use the open / close regulator 22 on both sides. How wind power by closing the open method outside group consisting of a circular that.        The method of claim 18       It is about internal and external air circulation and wind power generation passage. When the wind power generation is not possible due to the internal and external air circulation not internal and external air circulation but only internal air circulation and no internal air circulation, veranda, a private air circulation circuit on the veranda 133, page 133 Wind turbines can be continuously generated using the updraft passage 57 on the 138-room multipurpose room. How to use the dedicated passage.       It is about heating and cooling high-rise buildings by using underground passages, greenhouses, buildings, or other underground facilities. High-rise buildings and high-rise buildings have a lot of ground floor space, which makes it difficult to use both heating and cooling for natural energy. If you want to use the sunlight, the ground or underground area corresponding to the area of building area is required. Alternatively, if you install underground facilities, underground buildings, greenhouses, or sidewalks underground, underground buildings can be self-sufficient in natural energy. The remaining energy is discharged into the ground building after the air purification and into the room to cool and heat the high-rise building above the ground by installing the underground walkway in the easiest way using the present invention by installing the transparent window to support the unloading load Under the sidewalk and side walls are through holes through which geothermal heat can enter. When installed with proper field and area using heat-conductive metal, natural stone or suitable material, the underground walkway can be illuminated by sunlight, warmth is produced, moisture in geothermal and geothermal heat flows, and It is installed in a place where it is beneficial to many human bodies, and it passes through the outside air inside the sidewalk and flows into the room after air purification under high-rise building to perform indoor air-conditioning. A heating and cooling method using the symbiotic coexistence of underground walkways and high-rise buildings, which are constructed and constructed to protect the health of walker.        The method of claim 12       It refers to the direction of the bet circulation circulated to the interior of the building.When the bet enters the room from the veranda 133 and the utility room 138 as described in paragraph 12, the circulation direction of the indoor bet varies depending on the installation location of the inlet and the outlet. In addition, if the outlet is installed in the same center, the direction of the internal circulation is balanced to the left and right or to the right. At this time, the warmth is trapped upward.In this case, the appropriate size of the warmth outlet is installed above the outlet to remove the warmth, even if the cold day is not removed. To avoid this phenomenon, use the convection principle of installing the inlet down and the outlet up, and install the inlet or outlet horizontally at the height of the plant to inoculate the male and female plants. It can be done with a bet-circulating wind, so the inlet and outlet Indoor bet circulation method consisting of the method of determining the indoor bet circulation direction according to the installation position of the.        The method of claim 1        The method for purifying and aseptic purification of indoor air using indoor and outdoor air circulation, as shown in FIGS. 3, 6, and 7, is provided with an air purifying chamber 30 before the inflow of outside air or geothermal heat into the room, and the water is filled in the piping The top of the drawing is bent, the inlet is showered, the entrance is submerged, and the submerged through hole is installed, and the lower part of the pipe is rolled up and the bottom is penetrated. When the air is discharged downward through the water inlet through-hole, which is fastened and the water enters the water, only the impurities in the air remain in the water and the light air rises on the water by buoyancy to purify the air. If a fungicide is added to the water to kill the bacteria in the air, As the bacteria in the air are sterilized by the sterilized water in the water, it is aseptically purified by raising only clean pure air and adding natural fragrance into the water. Bet purification and aseptic purification methods.        The method of claim 1       It is related to the installation of natural storage using the indoor and outdoor air circulation. The natural storage can be installed indoors by using the indoor and outdoor air circulated according to FIGS. 3 and 5 to store food or agricultural and marine products for a short time. By using the non-corrosive nature principle, a natural storage space of appropriate size is installed by using a multi-purpose room where air is sterilized by sterilizer in the water before the bet is introduced under the room. Flows up and circulates up, installs a door, and installs a shelf for ventilation inside, and puts food or storage into the inner shelf. It can be stored and used for a certain period of time because it is supplied with moisture. This method, which is necessary for food storage, is continuously circulated to prevent food from being decomposed, and harmful bacteria in the air are killed and do not rot, and it is supplied with moisture in geothermal heat to prevent drying by circulation, and the temperature is maintained at the proper temperature of geothermal heat. Natural storage installation method using the indoor and outdoor air circulation consisting of a method to be stored is provided with the conditions to prevent aging.        The method of claim 1       It is about the installation of the natural drying room in the room.The natural drying facility is installed on the veranda where the indoor and outdoor air is circulated.Then, the material can be used as energy by drying the waste of moisture in the kitchen or living room. Set up the drying room of proper size by using it and make the bet circulate up and down. It is installed in such a way that solar light can flow in, and the door is also made of transparent material so that the inside can be seen, and the waste of water is put on the shelf, and when the door is closed, the sunlight is introduced into the drying room and the natural wind is circulated from below. And the wind enters the building, and the sunlight evaporates, Wind can be circulated between the drying materials to move the moisture upward to complete drying and to dry the laundry. The waste is compressed and vacuum-packed after drying and stored in the basement or proper place and used for heating when it is cold. Natural drying room installation method.        The method of claim 1       Indoor sunbathing and air shower room installation using sunlight and bet circulation. FIG. 3 As shown in FIG. If you install it on the south facing porch where you can wash the dust of objects and shower your body with air, you can enjoy sunbathing and air shower at the same time using the sun light blocked by the outside window. How to install indoor sun loungers and air shower rooms using the sun light and air circulation, which consists of a simple structure that blocks doors and installs doors using transparent materials.        The method of claim 1       It is related to the cultivation of the body in the room. Fig. 3 As shown in Fig. 6, it is possible to make a well-being diet by cultivating the indoor body using the south side of the veranda 133. Therefore, if you grow the necessary body using a flower pot with a veranda, you can blow the indoor bet with a sterile and clean natural wind toward the veranda and receive abundant sunlight from the south. We can use it as a bet cycle of oxygen produced in the indoor body by carbon assimilation, and we can use the bet cycle and sunlight in the way of coexisting coexistence that provides the body with carbon dioxide from the indoor life and respiration. Indoor body cultivation method using.        The method of claim 7,        Regarding internal and external air circulation and internal power generation using outer walls of high-rise or ultra high-rise buildings, as shown in FIG. 6, the outer wall air inflow 65 and the outer wall air exhaust 60 are appropriate by using the appropriate number of floors as the first stage using the outer wall. It can be installed by external wall step by step in quantity and can be used by installing switchgear 22 inside. It can also make wind power generation 220 using bet discharge wind power to bet discharge outlet as shown in the drawing and install one or more appropriate quantity step by step Internal and external air circulation and internal power generation method using the outer wall of high-rise or ultra-high-rise building which is constructed in such a way.       It relates to the opening and closing regulator 22 used in the internal and external air circulation as shown in Figures 2, 3, 6, 10, 12 to control the air volume during the internal and external air circulation or to open and close the disk as shown in Figure 9 Rotating shaft is installed inside and outside air circulation pipe 76, and inside and outside air circulation pipe is installed inside and outside air circulation pipe 83. Both sides of opening and closing rotation plate 89 are half and half installed. If the internal and external air flow is reversed and closed, the internal and external air circulation is blocked. The external handle 86 and the air volume control plate 87 are used to insert the through hole 52 by the rotation angle for each rotation angle. Disc-type rotary switchgear controller composed of the method used in the process or used by installing a digital automatic switchgear.       The internal and external air circulation using the internal and external air circulation directly between the lower and upper floors is a method of directly communicating the internal and external air to each floor of the high-rise building as shown in FIG. 10 as shown in FIG. Each floor has a ceiling, with a luminaire 28 as a center, and a filter 14 at the side of the inlet, and an odor remover 39 at the center to remove odors and a soundproof device 32 at the top. Direct communication between each floor inside and outside the high-rise building, which consists of 17 or the wall inlet 16, which is circulated through the luminaire 28 side filter to the upper outlet to remove soundproofing odor dust.        Regarding the cooling and heating using the air discharge pipe 71, the outdoor air intake chamber 10, the vertical geothermal absorption pipe 91 and the air reverse circulation chamber 78, as shown in Fig. 12, the air discharge pipe 71 is installed at an appropriate height to use the convection vehicle. Is composed of two blocks of inflow of outside air, and the outside door or window is installed to block the outside air by using the backing lamp, and the outdoor inflow room 10 is installed on the ground. Vertical geothermal heat absorption tube 91 is installed in the vertical geothermal heat absorption tube 91 It is a pipe surface between the inner space and the outer layer soil. It is absorbed and installs natural stone on the whole or part of the bottom of the vertical geothermal absorption tube to prevent the inflow of soil into the geothermal absorption tube and pressure on the pipe. It is installed by law, and the ground water storage room is installed below, and the protective film to protect the ground water is installed above, and the check hole 36 is installed and used as the protective film. The air is purified and the pipe is connected to the bottom of the vertical geothermal absorption pipe 91 below and connected to the outside air inlet chamber 10 upwards. The operating method is to close the opening and closing control of the internal air circulation chamber and open the opening / closing controller 22 on the roof and the outside air inlet chamber, and the indoor hot air rises to the internal exhaust pipe. In the geothermal absorption chamber, outside air flows in through the outside air inlet chamber, and outside air flows into the geothermal absorption chamber and the room, and the circulation continues to the inside air exhaust pipe. When the air flows through the convection, air is cooled.In addition, the inside of the air discharge pipe and the outside air inlet room are closed by using the switch 22, and the inside of the air inside circulation chamber 78 is opened. The inside of the air discharge pipe 71 and the outside air, which consists of a method in which air is heated in a manner in which a bet flows into the indoor air circulation chamber 78 and goes under the vertical geothermal heat absorption pipe and flows into the room in the direction of the blower and the interior air is circulated. Indoor cooling and heating method using inflow chamber 10, vertical geothermal absorption tube 91 and internal air circulation chamber.        The present invention relates to an eco-friendly well-being house that can maintain human health through indoor air-conditioning, ventilation and natural energy utilization using natural circulation of indoor and outdoor air inside a building. In FIG. 2, FIG. 3, FIG. 6, FIG. 10 and FIG. There is a harmful bacterium that causes disease in humans and causes many diseases. When this air is stagnant, harmful bacteria propagate where it stays. Therefore, the air must be circulated to benefit the human body. It can circulate indoor and outdoor air to prevent disease and use natural energy. It is indoor air-conditioning, natural ventilation, aseptic indoor environment, natural storage room installation, natural drying room installation, air shower room installation Preventing fire spreading by using body cultivation and sealed internal / external circulation Eco-friendly natural health well-being house that creates natural environment in a way that is beneficial to human health by using natural energy using two natures.        The method of claim 31, wherein        The present invention relates to a building that uses eco-friendly energy applying the principle of natural circulation to a building. The present invention provides an environment where people can live in a natural environment such as nature by installing a building with a building structure using nature most important for human life. As a natural environment building that can improve the quality, water and air will be broken and cause disease if it is not circulated. By applying this natural principle to the building, the indoor betting is circulated without stagnation, improving the indoor environment and improving the global environment. It is an eco-friendly building of Ijo, which is an eco-friendly building, which installs natural storage indoors and natural storages in place of refrigerators, and replaces air and geothermal air with natural heat and outdoor air to replace air-conditioning and replaces heating and cooling with geothermal and solar heat to reduce air-conditioning costs and fossil energy. Waste from wind power generation and life using internal and external circulation It is used as heating energy after drying in a natural drying room to save air pollution and environment caused by odor, and to clean indoor and atmospheric environment by air purification and sterile air purification using internal and external air circulation, to prevent disaster of fire and to save environment. Eco-friendly energy building that applies the principle of natural circulation to save energy.       The present invention relates to an enclosed building in which outdoor air is blocked from entering the building. In the present invention, the enclosed building is installed in an airtight and fixed exterior window, and the main entrance door is installed in double and closed after the first entry and exit. The building is constructed in a way that is different from the existing housing which is fundamentally sealed off, and the exterior windows or doors are used for emergency use, and are sealed with refrigerator door fringing to block the inflow of outside air into the interior When installing windows or doors, it is installed as a double way to open and close the primary door when entering and exiting. It is installed by using secondary doors. It can artificially control the circulation of indoor and outdoor air into the room and also Open air inflow passage or underground walkway in the forest, waterside or separate place where anion is produced, which is beneficial to the inflow into the room, and the indoor bet is installed and discharged by installing the exhaust pipe on the roof and controlling the inflow and outflow of air. A sealed building installation method in which the inflow of outside air into the building, which is constructed in such a way that it can be installed and adjusted to be used as an inlet and an outlet, respectively.        34. The method of claim 33        The outdoor air inflow passage and underground walkway installation method is to install the outdoor air inflow passage with the proper depth, size and length to the basement, and the bottom or wall is installed with natural stone, ocher wall or heat conductive metal so that the ground heat can be introduced into the passage. The through-holes are properly sized to the whole area, and the natural stone or ocher wall is installed in such a way that the soil breathes when installing so that the gaps are stacked at appropriate sizes so that geothermal and moisture can flow out into the passages. It is possible to install the transparent material inflowing solar light like the ground in consideration of the weight load, and the hot iron is installed by the insulation cover over the transparent material to block the heat of the sun. It is configured to allow people to enter and to play a lighting role using the transparent window. By installing each air inlet room 10, air and air are produced by geothermal heat and sunlight by using the air exhaust pipe on the roof, and indoor air-conditioning is possible. The underground walkway is created by a pleasant environment and natural wind. An outdoor inflow passageway and an underground walkway that are constructed in a way that protects the health of the child.       It is about the installation of underground facility inspection road and groundwater storage room. The inspection path that manages underground facilities such as underground road geothermal absorption pipe is installed in the center of underground facilities or in the proper area to check and manage the safety of underground installations. Underground facility inspection path and groundwater storage room installation method that can be used to prevent groundwater inflow into geothermal absorption pipes installed and to install underground water storage room below the center of facility.        The method of claim 2       It is related to wind power generation using air emission and draft wind. It is capable of discharging the bet on the top of the air exhaust pipe on the roof and rotating the wind by external wind. The wind turbine 200 with the proper size is installed on the air exhaust pipe. It is constructed to penetrate through the lower bet discharge pipe, and the indoor bet is discharged through the wing and rotated by the external wind to block the inflow of rainwater into the bet discharge pipe 71. How to install a wind generator.

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