KR20110132259A - Eco-friendly prefabricated tents and temporary buildings-2 - Google Patents

Abstract

PURPOSE: An eco-friendly prefabricated tent and a temporary building are provided to circulate internal and external air to the tent and the temporary building by installing an internal air outlet pipe and an external air inlet in the tent and the temporary building. CONSTITUTION: An eco-friendly prefabricated tent comprises a tent, pipes, an external air inlet, a transparent window, an opening and closing controller(55), an internal air outlet pipe, a post pipe, an internal air outlet(77), and a mini roof. The pipes support the tent. External air flows into the tent through the external air inlet. The transparent window is installed on the front surface of the tent. The opening and closing controller controls the circulation of internal and external air. The internal air outlet pipe is assembled in the top of the tent and discharges the internal air to the outside. The post pipe is connected to the pipes and supports the internal air outlet pipe. The internal air outlet is installed on the side surface of the internal air outlet pipe. The mini roof is installed in the top end of the internal air outlet pipe and blocks rainwater.

Description

2-Eco-friendly prefabricated tents and temporary buildings-2.

The present invention is to install the bet discharge pipe 70 to the upper portion of the tent 80 and the temporary building 200, and also to install the outside air inlet 88 under the tent and the temporary building by the convection car principle inside and outside the tent and the temporary building Goes along with the promotion of human health. The building relates to eco-friendly prefabricated tents and temporary buildings that can produce the natural energy necessary for life and provide heating and cooling.

The tent 80 and the building 200 is a convection car, the inside of the outside air easy to circulate the inside of the upper end of the bet exhaust pipe 70 is installed to discharge the bet is installed in the upper end of the bet discharge pipe (77) Install the outside air inlet (88) to inlet the outside air into the tent and the building by installing the outside air inlet (88) and the air outlet (77) up and down the height of the convection lane while circulating the inside and outside air in the house inside the tent In addition, the building can produce natural energy necessary for life, and operate ventilation, air-conditioning and living facilities while circulating the outside air with the energy produced indoors. It is about eco-friendly prefabricated tents and street buildings constructed in such a way that the air can be circulated without congestion to promote human health.

Conventional tents consist of various colors, shapes, and shapes, which are accompanied by inconvenience in long-term use, which consists of simple packaging-like structures that can be easily installed and dismantled in summer or used as simple facilities. Inconvenience to be taken from outside and eat inside or outside and open the door for circulation inside and outside during the hot season break is composed of simple functions that are more uncomfortable for women than for men. There are many shortcomings in terms of convenience, and it is a situation that requires an eco-friendly tent composed of a structure that can be used as a living room because it is composed of a very inconvenient structure that cannot be used for a long time instead of a short term work.

In addition, the most commonly used buildings are classified into two types: temporary use or long-term use. Temporary use is not a problem. There is a big problem to live in, and it is necessary to build a building that can cope with it.

Therefore, the present invention applies the principle of natural circulation to the tent 80 and the building 200 to change the internal environment, that is, the internal and external air circulates internally, while the internal environment is created inside, thereby promoting the growth of harmful bacteria. By preventing the disease and promoting the health of the human body, while the tent is cooking like a house inside, the building produces natural energy and circulates the inside and outside with the energy produced indoors, providing ventilation, heating and heating Try to solve it in a way that you can operate.

Therefore, the present invention is to install the air discharge pipe that can circulate the inside and outside the tent and the inside of the building, and install the outside air inlet under the tent and the building, respectively, circulating the inside and outside air into the tent and the building in the tent It can cook and produce energy needed for living by utilizing the surrounding natural energy, circulating the energy produced with the internal and external circulation as described above, and operating the convenience facilities along with ventilation and cold heating as well as the internal and external air circulation. It is solved in a way to promote human health.

The present invention can be used for a long time while being able to cook in the tent, the temporary building is a natural energy produced as well as ventilation and cold heating, while operating the convenience facilities, it is possible to promote the human health by internal and external air circulation.

1 is a perspective view of the present invention prefabricated tent and installation example of the bet exhaust pipe.
Figure 2 is a perspective view of the installation example of the outside air inlet chamber installed between the tent and the above air discharge pipe.
Figure 3 is an elevational view of the building installed in the triangular elevation of the present invention and a bet exhaust pipe installation example.
Figure 4 is a plan view of installing the building upper surface and the air transfer pipe.
5 is a cross-sectional view of the prefabricated building, the internal exhaust pipe and the underground heat storage chamber and the cold storage chamber.
6 is a cross-sectional view and top and mouth cross-sectional view of the opening and closing regulator.
7 is a reverse air flow blocking plate installation example up and down circulation cross-sectional view.
8 is a perspective view illustrating an example of a removable multilayer light collecting plate.

The present invention installs the bet discharge pipe 70 to the top of the tent 80 or temporary building 200 to circulate the internal and external air into the convection car inside each tent, the tent can be cooked and the building utilizes the surrounding natural energy It is about eco-friendly prefab tents and residential buildings that operate power generation, air-heating and related facilities, and also promote human health.

Tents 80 or tent Tents 80 or tent consisting of triangular facades with a wider floor area and narrower interior areas as they rise up to a height that facilitates the use of outside circulation in the convection car from the ground upwards The air discharge pipe 70 for discharging the internal air over the building 200 is installed at an appropriate height, and the air discharge air outlet is installed above the air discharge pipe. The internal and indoor ascending air is circulated as it flows in. That is, the principle of natural circulation is applied to the tent 80 or the temporary building 200, and the internal and external air is naturally circulated while the internal and external air is naturally circulated. As it is being created, it prevents the growth of harmful bacteria and prevents diseases and promotes human health while the building is composed of eco-friendly methods that can produce and utilize natural energy. About environmentally friendly tents and

That is, the inside of the tent 80 or temporary building 200 has a triangular pyramid-shaped up-convection exhaust pipe 70 for using the outside air circulation in the convection vehicle, which is installed at an appropriate height so that the outside air convection vehicle or Internal Updraft Emission The outside air flows into the interior room by the wind, and the internal updraft is circulated up, and the upside is narrowed up and the upside is narrowed up. In addition, the power is generated and generated by the generated power, and the external air flows into the circulating upward airflow, which cools the inside, and heats when the south-facing heater enters, while heating the radiant heat produced by solar energy from the outside. The upper and lower air conveying passages (75) continue to be up for some time regardless of cooling or heating. A cold storage room that circulates through the interior and interior of the generator to generate energy with drying of agricultural and marine products and water waste, and to produce energy, and to store and utilize winter cold and summer heat using natural stones and soil in the underground ground layer. 120) and the heat storage chamber 110 to circulate cold air and heat together with the circulation of internal and external air, to be naturally stored by convection, to utilize it during off-season or to circulate cold air to the reservoir to operate the natural reservoir and use it indoors The present invention relates to an eco-friendly prefabricated tent and temporary building composed of methods for preventing the growth of harmful bacteria through internal and external circulation and preventing human health and diseases.

In the case of tents, when cooking inside tents, the smoke, smoke, and smoke vapors are naturally discharged to the outside, so that they can cook freely. In addition, South-facing transparent windows can be installed to enjoy far-infrared sun-rays with UV protection. Installation During natural sunbathing, the radiant heat generated by the inflow of solar light in the tent is a convective car principle. It is composed of eco-friendly method using natural and external circulation.

In addition, by installing double inner cloth inside the tent waterproof cloth, it has built-in insulation material or built-in air-injected jubs, respectively, to prevent cold and heat conduction to the outer wall using indirect double layer. In addition, the waterproof cloth can be installed in double layers to inject air into the double layers to insulate using the air layer injected directly, and can be used for four seasons. It is composed by such a method

In addition, the temporary building 200 is composed of the same structure and material as the tent, or the material is installed in a solid material assembling type instead of cloth used to move to another place after a certain period of time or to be used fixedly installed according to the season ,

The use of existing buildings is very inconvenient to carry out everyday life in buildings, such as the use of external sources of energy or electricity.

Therefore, the present invention is an eco-friendly prefabricated type that can operate a drying room that can dry food waste treatment and agricultural and marine products while using electricity and hot water production and natural storage with cooling and heating using natural energy produced in the surroundings. Regarding the eco-friendly prefabricated building, which is constructed in a way to promote human health while using the building 200 and conveniently using it like a general house,

In brief summary,

The air transport pipe (76), which introduces external air into the ground on which the building 200 is seated, is installed at the height of 4 spaces. The outer wall of the building is triangular. The four-sided wall is composed of an inclined double-layered light collecting plate 180 to produce indoor heating and hot water using radiant heat generated by solar light as an inner space layer. The internal air generators, which are built with the internal air generators 72, which are built with the internal air generator 72, which are generated by the upward air circulating upward and downward, are also assembled. 71) is installed in the prefabricated ground building 200 is prefabricated and the outdoor air flows into the room through the air transfer pipe 76, the indoor air flow is circulated upwards Space between the air generator wing installed above the air exhaust pipe 70 is formed as the goods are dried and the air flow is pushed through the air generator wing while being circulated between the agricultural and marine products or the water waste spread over the air ventilating shelf. As it is discharged to (77), the indoor air is heated by the circulation of internal and external air, and the hot air rise air is discharged. Blocking is effective to prevent human health and disease.

In addition, by using the multi-layer condenser plate 180 as the internal / external air transport passage 75, the internal / external air is circulated through the internal / external air transport passage 75 as described above to continue drying and internal air generation regardless of indoor cold heating. Such internal and external air circulation is possible by opening and closing and controlling circulation of the internal and external air circulated in the indoor and outdoor air transfer passage 75 by the opening and closing controller 55 installed to each place where the internal and external air is circulated.

In addition, a cold storage chamber 120 and a heat storage chamber 110 that can be used to store and use winter cold air and summer warmer, which are generated in accordance with the fluctuations of the climate above ground, are installed as described above. By circulating through the storage room to store cold air and heat separately, when the off-season or cold heat is not produced, circulate the cold air into the room to perform cold heating or circulate cold air to the storage room installed in the room to operate the storage. do.

The following is described in detail with the drawings

      (1) Eco-friendly prefab tent (100) that can cook while circulating the inside and outside air to promote human health,

     1 is a structure in which the pipe 60 supporting the waterproof cloth is installed to the inside where the waterproof cloth 22 is installed to the outside as the entire structure is wide and easy to circulate outside of the convection car. Pillar pipe that is assembled with the inner pipe of the tent inside the bottom tent consisting of a triangular surface and the inside of the tent and the air discharge pipe 70 for discharging the rising air in the tent over the lower tent. 63) is installed in a structure that is installed inside the outside of the tent 80, the outside air inlet 88 for inflowing air is installed, and above the inside of the air discharge pipe 70, the air discharge outlet 77 is installed above The outside air inlet 88 circulates through the inside of the tent to the inside of the inside of the tent, the roof 90 is installed above the inside of the tent, and is circulated to the inside of the inside of the tent. The inside and outside air is circulated into the tent by the up and down height convection lanes.

In addition, the pipe (63) installed into the tent (80) is installed inclined from the lower ground to the upper inner center, and the upper part assembled with the upper pipe (63) and the upper pipe (63) is piped into a vertically bent pipe. Tent 80 and air discharge pipe 70 are assembled to each other and the roof is installed above the air discharge pipe by inserting the upper air discharge pipe column pipe 63 into the outside of the internal pipe having a small diameter pipe such as the internal diameter of the pipe. (90) is a long triangle that is installed around the four sides as the windshield is installed to prevent the bleed discharge pipe side bet outlet 77 installed on the top of the bet discharge pipe side from the top point of the top triangle as a straight triangle. Wind pressure on the other side of the roof cloth is raised by the wind while blocking the outside air flowing into the bet outlet 77 by blocking the air outlet To receive the external pressure of the wind blowing from the back to the outlet under the bet that the tent within the ascending air current is smoothly wind section is configured in such a manner that the discharge direction.

In addition, the front of the tent is a transparent window 30 is installed so that the sun light is introduced into the inside to sunbathe from the inside

In addition, the opening and closing controller 55 for controlling the opening and closing of the inside and outside air circulation is installed above the inside of the tent and used to control the inside and outside air being circulated. When the upper and lower plates installed with the upper and lower plates rotated around the central axis and the upper and lower through-holes coincide with each other, the inner and outer air are circulated and the inner and outer air circulation is blocked when the through-holes are blocked by crossing each other. The amount of circulation can be adjusted.

In addition, the opening and closing controller 55 is a material such as a thick hard cloth or P V C aluminum is used and assembled with a tent waterproof cloth 22 or small or connected to the waterproof cloth is used as an inclined pipe (60).

In addition, the outdoor air inlet (88) and the air outlet (77) is installed in the insect repellent screen and the outside air inlet to block the harmful harmful insects,

In addition, as shown in FIG. 2, the prefabricated tent 100 has an inner cloth 24 installed inside the tent 80, the outer waterproof cloth 22, and a space layer is formed on the side between the waterproof cloth 22 and the inner cloth 24. It is formed up and down around the tent, and the upper air layer is connected to the outside air inlet chamber 87 installed around the tent 80 and the air outlet pipe 70. Inflow is circulated into the convection car from the inside of the tent to the bet outlet (77) above the above air discharge pipe,

In addition, the bottom is installed between the waterproof cloth 22 and the inner cloth 24, the outside air is circulated by opening and closing the small open and can be used to control the opening and closing.

In addition, as a side space layer between the tent 80, the outer waterproof cloth 22 and the inner cloth 24 may be insulated by the insulator or the built-in insulation, the insulation is generally used insulation and the jib is air inlet This easy-to-use lightweight material has a built-in PVC vinyl jube and is used to increase the insulation efficiency using the air layer.

In addition, the tent (80) side is composed of a double layer to install a device that allows the air in and out inside the double layer can be easily in and out of the air to increase the thermal insulation efficiency,

In addition, by installing a material through which the ultraviolet light is transmitted to the transparent window 30 to be able to sunbathe ultraviolet rays from the inside includes a thin acrylic or a material to be developed in the future.

In addition, the tent (80) waterproof cloth (22) can be used to install the outer surface of the black matte or white gloss, when used as a black matte, the sun light is absorbed into black, the internal heating effect is generated for a while, In addition, the white light reflecting the sun's light is installed in the high gloss with high reflectivity to reflect the heat flowing into the outside to increase the efficiency of cooling, each can be used seasonally.

In addition, the eco-friendly prefab tent 100 has a support line 33 for fixing the tent 80 and the air discharge pipe 70 is installed to prevent the departure of the air discharge pipe,

In addition, the tent 80 has an access passage 27 that extends from the tent 80 to the outside,

The door is installed through the access passage, and the insect screen is installed, and the access passage through the double door rather than entering directly into the tent while blocking the inflow of the harmful insect in the tent, and also the door has a tent and a certain space double It is installed outside the doorway, and the insect repellent effect is amplified. Also, the screen can be used as a substitute for the door.

(2) Eco-friendly prefabricated buildings where the bodies are installed in a convection vehicle to facilitate outside air circulation, producing and circulating relevant natural energy necessary for life, operating power generation, hot water production, drying rooms, and natural storage with cooling and heating. 200),

     As above, the building has a wide bottom floor area, and the upper floor is narrowed, and the inner area is narrowed, and the drying chamber 99 is assembled on the lower building consisting of triangles to dry the moisture waste to the outside air, which is circulated.

In addition, the air generator 71 is assembled with the internal air discharge pipe 70 in which the internal air generator 72 for generating power generated by the circulating upward air is discharged, and the outdoor air generator 71 generates power by external wind while discharging the upward air circulated up between the wings. The ground building is assembled in the order of assembling, and the outdoor air conveying pipe 76 is installed to inflow external air to the bottom or the outer surface of the building. Ascending upward and discharged to the bet outlet 77 between the blades of the air generator 71 through the drying chamber and the bet discharge pipe, the drying chamber is operated to dry the dry goods and to operate the bet generator 72 to generate power. As the outside air circulates, energy is produced,

In addition, the cold storage chamber 120 and the heat storage chamber 110 are installed to store the cold heat inside the underground ground layer so that cold air or radiant heat is introduced from the outside air transport pipe and stored and used below. .

In addition, as described above, the internal and external air is circulated to open and close the controller 55 is installed to be able to use the opening and closing and control the internal and external circulation,

As described in the tent, the opening / closing regulator 55 is circulated inside or outside of which two plates provided with through holes are rotated or two plates are installed in an appropriate form such as a straight line and a semi-circle, and the through holes are circulated with each other in the upper and lower plates. It is used while opening and adjusting the or the plate 89 attached to the rotary shaft 74 into the internal and external air transfer pipe 76 or the internal and external air circulation passage as shown in FIG. It is used to open and close the internal and external air circulation while opening and closing the inner and outer air conveying passages (75) in which both sides of the plate are rotated, so that the plate is rotated and closed by both of the pedestals. Any other suitable method may be used.

In addition, the temporary building 200 has a space layer 73 between the front and rear layers where the front and back layers 34 to 32 are installed on both sides of the frame in such a manner that the frame is inclined vertically from the lower four floors to the inner center of the upper. The formed multilayer light collecting plate 180 is installed, and the multilayer light collecting plate front layer 34 is composed of a structure in which transparent layers are provided on four sides or two south facing surfaces, respectively.

The heat conduction pipe 78 is installed on the inside of the multilayer light collecting plate space layer as shown in FIGS. 3 to 5 to circulate water into the pipe to produce hot water with radiant heat formed on the space layer by solar light. It will be described in detail in the production method and also the access passage 27 is connected to the outside of the multi-layer condensing plate is installed, the access door is installed in each of the access passage inside and outside with a proper space, respectively installed in the double door to open and close the door after entering and exit 2 As the door is used to enter and close the car door, the entrance and exit of the outside air and bets are blocked, and when the door is closed, it is installed like a refrigerator door in a sealed manner and the interior and exterior of the building is completely sealed. It is composed of the method to circulate to the designated place by inflow from the inside, and the internal indoor temperature is greatly affected by the external air. Not receiving the will increase the efficiency of cold heating.

In addition, the frame, the H beam, ㅁ angle pipe, c-shaped pipe, etc. are used, the internal and external air is circulated up and down between each of the skeleton and the frame installed vertically up and down inside the duplex light collecting plate 180, and also supports the frame and connecting the skeleton It is installed in a thinner layer than the frame thickness or through hole is installed so that it does not interfere with the circulation of internal and external air circulating up and down.

In addition, the storehouse 11 is installed inside the temporary building to circulate cold air in the cold storage chamber 120 to store food. The airflow circulation tube 56 under the natural stone layer 92 inside the cold storage chamber 120 is Connected to the top or bottom of the reservoir (11) and the air flow circulation tube 56 is connected to the natural stone layer (92) above or below the reservoir to circulate the cold air stored in a separate power to the refrigerator to keep the internal temperature of the refrigerator cooler chamber 120 While the low temperature is maintained such that the internal storage is stored for a long time as the cold that is introduced with the internal and external air circulation.

In addition, the multi-layer condenser plate 180 installed as the inclined wall of the building is to produce a warmer by receiving the sun light, when the shape is installed in the inclined double layer that is easy to inject the sun light, the material is installed in a double layer that conducts heat. Heat is transferred from the front layer surface to the entire front layer by the light, and the heat generated from the front layer is transferred to the inner space layer, and radiant heat is conducted to the inner and outer air circulated through the space layer, thereby heating the inner and outer air. In other words, if the principle is explained that the rising air is produced, the heat equality is conducted by the heat equality to the outside air in the low temperature, which is continuously conducted and circulated until the same temperature as the high heat is conducted and flows to the low temperature. .

In addition, the drying chamber 99 is provided with a ventilation shelf 98 for drying moisture and the like, and the internal and external air circulated to the internal and external air transport passage 75 or the indoor 95 in the multilayer light collecting plate 180 is extended and circulated. The drying article containing moisture placed on the ventilation shelf 98 is to be dried. The ventilation shelf 98 is made of a wire mesh material such as a mesh in which a through hole is densely installed. Ventilation shelves (98) are installed around the center installed outside, and a support for supporting dry goods under the net is installed in the interior or exterior air transfer passage (75) to circulate from the interior and exterior air ducts to the drying chamber and the upper air exhaust pipe. As the water is circulated to the space between the raised materials, the steam and the moisture generated in the dried product are circulated up together with the outside and the natural air to be dried naturally. In addition, small items such as grains of rice can be spread over the drying nets in a mesh bag to facilitate collection.

In addition, the outside air conveying pipe 76 is provided with an outside air inlet 88 through which external air is introduced into a place where a through hole is installed at an upper surface between the sealed inner space and the outside at both ends, and a through hole is installed below the outside air inlet. As the rainwater flowing into the outside air inlet is circulated underground, the upper surface is exposed to the outside as the ground where the building is installed, and the remaining side and the lower floor are buried below the ground as shown in Figs. Installed to four places where north-western shade and south-side radiant heat are produced, that is, increased area above ground, where cold and sunny radiant heat is produced. ) And the cold storage chamber 120 and the heat storage chamber 110 to circulate the cold and heat or to store the cold and hot air circulated to the cold heating As shown in FIG. 4, the outdoor air transport pipe 76 is extended to the interior to distribute the outdoor air to the outside air inlet 88 which is distributed to the outside, and the outdoor air is transported to the indoor air through the outdoor air transport pipe 76 installed in the room. It is possible to collectively inflow the outside air into one end through passage without dispersing inflow or installing the through hole inside the outside air pipe. That is, the outside air introduced into the inside and outside air transfer passage 75 inside the multilayer light collecting plate 180 is the above method. It is not limited to this method, but can be used by installing the outside air inlet on the ground in various shapes and sizes.Also, by installing a separate space air purification chamber as an appropriate place, the outside air can be purified by the filter layer and then outdoor To circulate and purge the discharged air by installing a separate air purifying chamber as above. It can be discharged to the outside, creating a clean environment inside.

In addition, by installing the outdoor air conveying pipe 76 installed to the outside inclined from the outside to prevent the phenomenon that the rain water flows into the outside air inlet flows back to the room.

In addition, the heat storage chamber 110 or the cold storage chamber 120 has a membrane 96 installed around the outside of the natural stone layer in which the natural stone layer 92 is installed inside the underground ground layer, so that the air circulation pipe 56 is disposed up and down the membrane. One side of the air circulation tube is connected to the outside air conveying pipe 76, and the other side of the air circulation tube 56 is connected to the indoor or outdoor air conveying passage 75 inside the multi-layered light collecting plate 180, and the internal and external air circulation and As cold and hot air is conducted to the cold storage chamber 120 or the natural heat storage layer 110, the natural stone layer 92, respectively, the cold heat is stored,

In addition, a reverse airflow blocking plate 10 is installed inside the air circulation pipe 56 to prevent cold and hot air leakage.

In addition, the opening and closing controller 55 for controlling the opening and closing of the internal and external air circulation inside the air circulation tube is installed to control the opening and closing of the cold and hot air circulation with the internal and external air circulated.

In addition, the heat insulation layer 93 is installed in the order in which the soil layer 91 is installed around the outside of the soil layer, so that the cold heat stored in the cold storage chamber 120 or the heat storage chamber 110 is stored for a long time. The cold hot storage method is described in detail in the following cold hot storage method.

In addition, the membrane 96 installed around the outside of the natural stone layer 92 prevents the outflow of cold and heat stored as the natural stone layer with blocking the inflow of soil into the inner natural stone layer, that is, installed outside the natural stone layer 92. By installing a material that does not conduct cold air conduction, such as PVC, to prevent side conduction of stored cold heat, and prevents the flow of cold heat, while installing the air flow circulation pipe 56 up and down the membrane to prevent cold heat stored inside It is possible to circulate to the place of use, and the natural stone layer and the air circulation tube separately installed with the airflow circulation tube 56 having a wide inlet up and down the natural stone layer without installing the membrane only above or below the natural stone layer 92 or the above method. By installing the ocher layer mixed with ocher soil and water all around the outside of the surrounding and natural stone layer (92) side, or by installing the soil layer directly around the outside of the natural stone layer Circulating a cold heat to the inner space formed between the upper and lower curb stone layer to the cold heat is conducted to earth through the natural stone layer is able to use the cold heat stored in the soil layer.

In addition, the heat insulating layer 93 installed as the cold storage chamber 120 or the heat storage chamber 110 is an inner double layer in which a PVC plate is installed in multiple layers outside the soil layer, and the support is installed vertically and horizontally to support the load of the internal and external soil. The inner double-layer air layer and the PVC plate itself are insulated so that the cold heat stored as the inner natural stone layer can be stored and used for a long time with a large unchanged geothermal temperature in the underground ground layer. Membrane becomes primary insulation and secondary insulation by space air layer existing as soil layer installed around membrane and tertiary insulation by double layer of PVC plate, and around the cold storage chamber 120 or heat storage chamber 110. As the final heat insulation is achieved by the ground layer where proper temperature is maintained without significant change of the installed ground layer, it is possible to save cold heat stored inside without being influenced by external air. It can be used for a long time.

In addition, the heat insulation layer 93 may be installed in each of the cold storage chambers 120 and the heat storage chambers 110 in a double manner to increase the heat insulation efficiency. By installing or by adding the heat insulation layer 93 only below the side and side portion of the cold storage chamber 120 and above and side portion of the heat storage chamber 110 by an additionally installed heat insulation layer as the lower portion where cold air is stored and the upper portion where the warmer is stored. It is possible to increase cold storage efficiency.

In addition, the internal and external air transfer pipe 75 connected to the heat storage chamber 120 or the heat storage chamber 110 is a space layer installed between the frame and the frame installed in the multi-layer light collecting plate 180 in an up-and-down length. Space layer is formed so that the space layer is in communication with the drying chamber 99 and the air discharge outlet 77 on the air discharge pipe 70, the solar light flows through the front panel 34 of the multi-layer condenser panel, or conducts the interior space layer As the radiant heat is formed as described above, the rising air is generated, and the cold and hot air introduced into the cold storage chamber 120 or the heat storage chamber 110 are stored, but each internal warm and cold air is transferred to the internal and external air transfer pipes 75. ) The upstream air is circulated to the above air outlet by the wind.

In addition, the reverse airflow blocking plate 10 installed inside the airflow circulation pipe 56 is a stand provided with a pedestal 83 around the inside of the airflow circulation pipe 56 as shown in FIG. (10) is attached to the back of the reverse airflow blocking plate, both vertical plates 81 are installed with a light material, the reverse airflow blocking plate (10) is opened in the inner and outer circulation direction, only partially open by the rear vertical plate, the internal and external air circulation In addition, while the reverse air flow pressure is applied to the backside of the reverse airflow blocking plate 10 in the inclined backflow circulation, the reverse airflow blocking plate 10 is closed by the pedestal 83 to block the reverse airflow circulation, and thus the heat storage chamber 120 or the heat storage It is to prevent the leakage of the cold heat stored in the chamber (110).

In addition, the cold layer 120 is installed around the natural stone layer 92 of the cold storage chamber 120 or the heat storage chamber 110. It is possible to use hot water, that is, by embedding a metal bucket in which cold heat is conducted into the soil layer, and circulating the water into the bucket, the soil layer heat is conducted to the bucket, respectively, to use the cold and hot water produced in the bucket. Store and use the produced hot water, and install the pipe with the through hole on the side of the pipe to the inside of the soil layer. Will be available.

In addition, the heat storage chamber 110 installed as described above,

A separate movable multi-layer light collecting plate 97 for accumulating radiant heat to the heat storage chamber is installed on the outer surface so that high temperature can be stored in the heat storage room. As shown in FIG. Heat conductive metal plate and metal support are installed to the rear where the space layer is installed, and the solar light is transmitted through the transparent material to the internal space layer and the incoming light changes to the heat, and the incoming light is converted into heat. High heat is accumulated by the continuous light, and the accumulated high heat radiant heat is released to the space layer, and the space layer radiant heat is transferred to the air flow circulation tube 56 by the outside air introduced into the lower air inlet 88 by convection. 110) the heat that flows over the inner natural stone layer 92 and is stored above the natural stone layer is conducted to the natural stone. As heat is regenerated, the internal low temperature air flows down into the lower air circulation tube 56 by convection with hot air inflow, and then circulates into the internal and external air transfer passage 75 inside the indoor or multi-layer light collecting plate 180 to convex to the internal air discharge pipe internal exhaust outlet. High heat is stored in the heat storage chamber 110 by the mobile duplex light collecting plate 97 while being continuously circulated by a car, and the radiant heat temperature produced inside the mobile multi-layer light collecting plate 97 is increased by opening and closing the opening / closing controller installed in the internal and external air circulation. By appropriately regulating the heat storage temperature while lowering, it is possible to heat the proper heat to the heat storage chamber 110.

In addition, the heat storage chamber 110 or the cold storage chamber 120 may expand or shrink the area of the inner natural stone layer and the outer soil layer according to the building use area to fit the entire heat storage chamber 110 or the heat storage chamber 120. By installing the proper size, it is possible to use cold storage for a long time.

In addition, the storage cooling chamber 120, the through hole is provided in the upper surface of the heat insulating layer 93 and the membrane 96, respectively, and the drain hole 82 is provided in the center below each of the membrane and the heat insulating layer, the bottom soil layer from the ground above Rainwater immersed into the rainwater flows into the natural stone layer 92 through the through-holes installed in the upper soil layer and the soil layer through the through hole insulated through the heat insulation layer 93, respectively. The final rainwater is circulated to the ground layer through) and the moisture below is circulated upward by the geothermal and convection, and the moisture having high cold conductivity is absorbed into the natural stone layer 92 through the exterior of the natural stone. It is possible to increase the conductivity of cold air into the natural stone layer. In addition, the soil layer which is in contact with the natural stone layer is raised by the ground layer geothermal heat and convection. Instead, the water flows into the soil, and the soil has a high cold conductivity, and the soil conducts cold air into the soil, causing the soil and water to freeze into a mass. By increasing the efficiency of cold storage, cold air is stored as cold storage at sub-zero and low temperature, and then the waterproof layer insulation is installed on the upper ground to prevent the melting of ice by additional rainwater inflow.

In addition, separate pipes are installed over the natural stone layer and the soil layer to install through-holes and distribute water through the main pipe. Will be.

Next, how to cool cold air in the cold storage room 120 using sub-zero weather,

An air flow circulation tube 56 is connected between the membrane 96 installed around the natural stone layer 92 inside the cold storage chamber 120 and the north side air transfer tube 76, and the internal and external air transfer passage 75 inside the multilayer condenser plate on the membrane. The airflow circulation pipes 56 are connected to each other, and the northward cold air is introduced downwards by the convection below the natural stone layer 92 into the north air transfer pipe 76 and the outdoor air inlet 88 in subzero weather. The warm air present in the interspace rises up through the space passage between the natural stone layers 92 by convection, and then rises up from the inside and outside air transfer passage 75 inside the multilayer condensing plate through the airflow circulation pipe 56 to form the final air discharge pipe. (70) As the outside air is circulated to the convection car or a separate power to the above air discharge outlet (77), the cold air is stored by convection upward from the natural stone layer (92) of the cold storage chamber (120), and the cold air is discharged to the outside while Cold storage As the cold air is stored in the cold storage chamber 120, the inside and outside air circulated into the air circulation tube 56 is forced to the narrow passage of the air circulation tube 56 by convection to a designated circulation path, but the cold storage is performed. The interior of the seal 120 natural stone layer is not forcedly circulated by the air layer space formed between the inner natural stones wider than the inside diameter of the air circulation tube, and is naturally circulated by convection. Will be saved.

The method of accumulating external radiant heat in the heat storage chamber 110 using room temperature weather,

In contrast to the cold storage chamber 120, an air flow circulation tube 56 is connected between the natural stone layer 92, the membrane 96, and the south-facing air transport tube 76 inside the heat storage chamber 110. (75) The air flow circulation pipes 56 are connected to each other, and the radiant heat produced by solar light flows over the natural stone layer 92 to the south air flow pipe 76 and the outdoor air inlet 88 to the natural stone layer 92. The cold air present in the space between the natural stones is circulated downward by the convection under the space of the natural stone layer 92, and then through the air flow circulation pipe 56 through the internal and external air transfer passages 75, as in the cold storage chamber. 77) As the outside air is circulated by a convection car or separate power, the heat from the heat storage is lowered by the convection above the heat storage chamber 120 and the natural stone layer 92, and the air flow in the natural stone layer lower than the high heat is stored by convection. Ship out like With as high fever with outside groups that continue to circulate regenerative cycle is stored and used.

In addition, as heat is stored in the heat storage chamber 110, as described in the heat storage chamber, high heat is naturally stored in the heat storage chamber by convection.

In addition, as illustrated in FIG. 8, the radiant heat flowing into the heat storage chamber 110 is introduced into the heat storage chamber 110 to store high-temperature radiation heat in the heat storage chamber 110 by introducing radiant heat produced by a separate movable multilayer light collecting plate 97. As described above, the movable double-layered light collecting plate 97 converts heat into heat in a metal plate in which solar light is transmitted to the inner space layer through the transparent material of the front layer 34, and the heat is transferred to the rear layer 32. As the heat of radiated heat is emitted to the space layer, the high temperature radiation heat formed by the space layer can be stored and used in the heat storage chamber 110 as described above, and the opening and closing time for the heat storage of the heat generated in the mobile multilayer light collecting plate 97 is opened and closed. The appropriate radiant heat can be stored and used in the heat storage chamber 110 while appropriately controlling the opening and closing with a controller.

A method of producing cooling, heating and related energy together with ventilation to an indoor building 200 and an indoor 95 installed as a height difference in which an outdoor air inlet 88 and an air outlet 77 are available for using a convection car,

As the outside air flows from the outside air inlet 88 to the outside 95 into the room 95, the indoor air flow is circulated upward by convection, and is circulated between the wastes of water raised on the drying chamber 99 through the ventilation shelf. The air is discharged by pushing the one wing 21 of the bet generator 72 while the air is discharged by the guide member 94 of the upper air discharge pipe 70 while the waste is circulated to generate power using the power generated by rotating the blade. (71) While being discharged to the space-between air outlet 77 between the wings, the room is naturally dried and developed as described above with natural ventilation, and while opening and closing the controller 55, which is installed in the internal and external air circulation, appropriately opening and closing and controlling the cold Along with heating, it will be possible to increase the efficiency of generating natural waste and bet generators. ,

In addition, when cold air is introduced into the outside air inlet 88 of the outside air inlet pipe 88 installed outside of the outside air introduced into the room 95 or radiant heat is introduced into the outside air inlet installed southward, the indoor air is cooled and heated. In the same way, the open / close controller on the north side air inlet is opened when the open / close controller on the outside air inlet is closed, and the open air on the north side is inflowed. Cooling and heating is also possible, while opening and closing the opening and closing controller 55 is installed in various places as appropriate, the user can be used by introducing the desired outside air.

In addition, the south-facing radiant heat flows into the upper and lower air transfer passages 75 of the multi-layer light collecting plate 180 and is circulated to the drying chamber 99 as described above, so that it can be continuously used for a dedicated drying room and power generation. During irradiation during the day when radiant heat is produced on the ground as described above, it is possible to continue to produce energy exclusively while using the multi-layered light collecting plate 180 and the outside air transfer passage 75 exclusively.

In the method for producing indoor heating and hot water utilizing the heat produced in the space layer 73 between the transparent layer and the rear layer 32 of the multilayer light collecting plate 180,

    Solar light enters the space layer 73 through the front layer 34 transparent material, and the solar heat is converted into heat from the space layer, and the converted heat rises upward by convection, and the rear layer 32 side above the space layer. Inflow into the room (95) through the low temperature air flows back into the space layer through the lower side of the rear layer 32 by the heat introduced into the room flows into the space layer 73 as described above The low temperature is reheated by solar light and continuously circulated from the room to the space layer as described above, thereby improving the heating efficiency along with the room heating.

As shown in FIG. 5, the solar light penetrates the front layer transparent material through the transparent layer of the front layer 34 of the multilayer condenser plate 180, and the light introduced into the space layer meets the cantilever layer and the rear layer 32 so that the light is heated. Radiant heat is produced as heat is converted into the space layer and the rear layer by the light which is continuously converted and converted, and the heat generated is continuously circulated by convection from the room to the space layer as described above. Heated by the radiant heat introduced from the floor, and together with the radiant heat introduced, the indoor low-temperature bet is regenerated as described above so that the regenerated radiant heat is not discharged to the outside as it is circulated as described above and the heating temperature is increased to increase the heating efficiency. This is always going to be.

As described above, the bet continues to circulate from the space layer to the interior, and the space between the front part 34 and the rear layer 32 on the assembly part 61 connected to the room and the drying chamber is assembled, and the multilayer light collecting plate 180. As the opening and closing regulator 55 installed in the layer 73 is closed, the bet is continuously circulated by convection as described above.

In addition, by circulating the water inside the heat conduction pipe 78 installed above the space layer to produce the hot water by the radiant heat produced as described above in the space layer at this time to the heat conduction pipe 78 installed above the space layer while the indoor circulation is blocked. Radiation heat, which is raised by convection, is conducted to the inner water layer through the surface around the heat conduction pipe 78 to produce hot water. The principle of producing hot water as described above is that the air molecules expanded at high heat become lighter due to buoyancy. As the temperature rises, the hot air conducts heat to the heat conduction pipe 78 and meets the upper heat conducting pipe 78, so that the low-temperature air becomes dense by convection, and the air having a higher temperature than the low-temperature air descending instead rises, that is, radiant heat produced. Continues to rise and, on the contrary, the air that conducts heat while being in contact with the heat conduction pipe 78 As the air flow continues to circulate up and down by convection as in the convection phenomenon of the atmosphere downward, that is, the hot water is produced as described above, and radiant heat continuously produced by solar light during the day is not discharged to the outside and the heat conduction pipe 78 is As the low temperature and high temperature heat are circulated by convection, the hot water is produced. The hot water produced is transferred to the hot water storage room by a separate pipe, and the high temperature is stored upward by the convection, and the low temperature water is stored downward. As the stored low temperature water flows back to the bottom of the heat conduction pipe 78 and rises upward, the heat is accumulated as described above. Will be used.

Living in a residential building composed of the above is to save energy because the efficiency of heating is improved by taking a good night's sleep on the upper floor of the 3rd floor in winter. Become,

In addition, the summer season can be reversed or circulating the inside and outside air to maintain the same internal temperature as the outside, circulating without the internal energy by the internal and external air circulating without energy, the north-failed cold air is introduced into the room becomes natural cooling.

As described above, the natural energy existing around the building can be used to produce natural energy necessary for living and circulate as described above, and to store the dried waste for a long time by naturally drying the natural storage, agricultural and marine products and waste together with indoor ventilation and cold heating. As it is possible to recycle and also generate power to be discharged after use, and also to the outside air generator 71 installed in the upper upper portion to discharge the bet between the wings to generate power to the outside air.

In addition, the present invention is installed in such a way that the door is double-closed and closed in order to allow the outside air to flow into the designated place and circulated by the convection outside the designated place as described above, and also completely seal the exterior material and also airflow In order to improve the efficiency of energy production and cold-heating, a facility is installed to prevent backflow of gas, and a device is installed and used to open and close the air flow circulating to and from the building. It is possible.

In addition, the present invention eco-friendly prefabricated tents and street buildings can be used to install the bet exhaust pipe for discharging the bet to the upper part by using the existing building shape other than the above-mentioned triangular pyramid type or in the appropriate form according to the user's preference. The energy produced in the building is not limited to the present invention, and additional energy may be included in the present invention or only the required energy production facility may be installed and used without using the total energy produced in the present invention.

In addition, the present invention is not limited to the building is obvious that it can be applied to all buildings used,

In addition, it will be apparent to those skilled in the art that the present invention made as described above may be variously modified without departing from the technical spirit.

10; Backflow block 11; Storage
18; Floor 20; support fixture
21; Wings 22; Waterproof cloth
24; Inner cloth 25; Handrail
27; Access passage 30; Transparent window
32; Rear layer 33; Support line
34; Front transparent layer 50; Flooring
52; Through-hole 55; Switchgear
56; Air circulation tube 57; Internal and external air conveying pipe
58; Passage 60; pipe
61; Assembly 63; Pillar pipe
70; Bet discharge tube 71; Outdoor generator
72; Bet generator 73; Radiant heat circulation passage
74; Axis of rotation 75; Internal and external air transfer path
76; Internal and external air transfer pipes 77; Bet outlet
78; Thermally conductive tubing 79; House mission
80; Tent 81; Vertical
82; Drain 83; Pedestal
84; Pushpin 85; throttle
86; Handle 87; Inflow room
88; Outdoor air inlet 89; plate
90; Roof 91; Soil layer
92; Natural stone layer 93; Insulation layer
94; Guide member 95; inside
96; Membrane 97; Removable Duplex Condenser
98; Ventilation shelf 99; Drying room
100; Prefab tent 110; Heat storage room
120; Cold storage room 180; Duplex Condenser
200; Autumn building

Claims (21)

In the eco-friendly prefab tent (100) that can cook while circulating the inside, outside air to promote human health,
Tent 80 consisting of a triangular elevation with a wide bottom and an inner area narrowing upward,
A pipe 60 for supporting the tent.
Is installed on the side of the tent and the outside air inlet 88 is introduced outside the outside air,
Transparent window 30 is installed in front of the tent and the sunlight is introduced into the inside,
Opening and closing the controller 55 is installed over the inside of the tent to open and close the internal and external circulation
It is assembled on the tent and the bet discharge pipe 70 for discharging the internal bet,
A column pipe 63 connected to the pipe to support the internal exhaust pipe;
Bet discharge outlet 77 is installed to the side above the bet discharge pipe,
Eco-friendly prefabricated tent, characterized in that it comprises a mini roof (90) installed to the upper end of the bet discharge pipe to prevent rain. According to claim 1, The eco-friendly prefab tent 100,
An inner cloth 24 installed inside the tent 80, an outer waterproof cloth 22,
A space layer formed laterally between the waterproof cloth 22 and the inner cloth 24;
The air inlet chamber 87 is installed around the tent floor 80 and the air discharge pipe 70 connected to the space layer to inflow outside air, and
Eco-friendly prefabricated tent, characterized in that installed including a control for opening and closing the outside air circulated and installed between the waterproof cloth (22) and the inner cloth (24) under the space layer circulating the outside air introduced into the outside air inlet chamber. The method of claim 2,
Eco-friendly prefabricated tent, characterized in that it comprises a heat insulating material or a jug installed as a side space layer between the outer waterproof cloth 22 and the inner cloth (24). The method of claim 1, wherein the tent 80,
Eco-friendly prefab tent, characterized in that the side is composed of a multi-storey device installed in and out of the air. The method of claim 1, wherein the transparent window 30,
Eco-friendly prefab tent, characterized in that the material is transmitted through ultraviolet rays. The outer surface of the tent (80) tarpaulin (22) is:
Eco-friendly prefab tent characterized in that it is installed in black matte or white glossy. According to claim 1, The eco-friendly prefab tent 100,
Eco-friendly prefabricated tent is installed support line 33 for fixing the tent 80 and the bet discharge pipe (70). The method of claim 1, wherein the tent 80,
An access passage 27 extending from the tent 80 to the outside;
An entrance door installed in the access passage;
Eco-friendly prefab tent, characterized in that the installation is included a screen. It is installed in an eco-friendly prefabricated building (200) where the shape is installed in a convection car to facilitate outside air circulation, producing and circulating related natural energy necessary for life while producing power generation and hot water, drying room and natural storage with cooling and heating. In
A building 200 consisting of a triangular elevation with a large floor area and a narrow inner surface as it rises up,
And a drying chamber (99) for drying the moisture waste into the outside air that is assembled and circulated above the building.
It is assembled above the drying chamber and the air discharge pipe 70 for discharging the rising air in the building,
A bet generator 72 which is installed inside the bet discharge pipe and generates power by circulating upward air;
An outside air generator 71 which is installed at the upper end of the inside of the inside of the inside of the air discharge pipe and generates power by external wind while discharging the bet between the wings;
The air transfer pipe 76 and the air is installed to the floor of the building or the outer ground to introduce the outside air,
A cold storage chamber 120 and a heat storage chamber 110 for storing cold air or radiant heat from the outside air transport pipe and storing it underground;
Eco-friendly prefabricated building, characterized in that it comprises an opening and closing the outlet pipe and the outside air transport pipe and the internal and outdoor air circulation opening and closing controller 55 to control the opening and closing of the internal and outdoor circulation. The method of claim 9, wherein the temporary building 200,
Skeletal framework from the bottom of the floor to the inner center of the stomach,
A multi-layer light collecting plate 180 provided with a space layer 73 between the front and back layers having the front and back layers 34 to 32 disposed on both sides of the frame;
A transparent layer provided as the multilayer condenser front layer 34,
A heat conduction pipe 78 installed on the double-layered light collecting plate space layer and circulating water therein to produce hot water by radiant heat formed on the space layer by solar light;
An access passage 27 connected to the outside of the multi-layer condenser plate and having double access doors;
Internal and external air circulation circulated to the space layer 73 or the room 95, and
Eco-friendly prefabricated building, characterized in that the installation is installed in the building includes a storage 11 for storing food by circulating cold air storage 120. The method of claim 9, wherein the drying chamber 99,
Ventilation shelf (98) is installed inside and is low-dry spreading moisture waste,
Eco-friendly prefabricated building, characterized in that the interior and exterior air circulated to the multi-layered condenser plate 180, the indoor and outdoor air transfer passage 75 or the indoor 95 to the ventilation shelf. 10. The method of claim 9, wherein the air transfer pipe 76,
An outside air inlet 88 installed at a place where a through-hole is installed at an upper surface between the sealed inner space and the outside by blocking both ends;
Eco-friendly prefabricated building, characterized in that the bottom through the air installed in the bottom of the air inlet is installed in the bottom through-hole circulating the rain water flowing into the outside inlet. The method of claim 9, wherein the heat storage chamber 110 or the heat storage chamber 120,
Natural stone layer 92 is installed into the underground ground layer,
A membrane 96 installed around the outside of the natural stone layer,
It is connected to the top and bottom of the air circulation pipe 56 and the cold and hot air circulation with the internal and external air circulation, and
It is installed in the air circulation pipe inside the reverse air flow blocking plate 10 and the opening and closing controller 55 to prevent opening and closing the cold, hot air flow or outside and outside circulation, and
An earth layer 91 installed around the outside of the membrane,
A heat insulation layer 93 installed around the outside of the soil layer,
Eco-friendly prefabricated building, characterized in that the installation includes a separate removable multi-layer light collecting plate (97) for storing radiant heat to the heat storage chamber. The method of claim 13, wherein in the cold storage chamber 120,
A through hole installed on each of the membrane 96 and the heat insulating layer 93,
Eco-friendly prefabricated building, characterized in that it further comprises a drain 82 is installed in the center below each of the membrane and the heat insulation layer. In the method of cold storing cold air in the cold storage chamber 120 using subzero weather,
Cold air inflow step introduced to the external north air transfer pipe 76 outside air inlet 88;
Transferring the cold air down the natural stone layer (92) inside the cold storage chamber (120) to the air circulation tube (56);
Conducting and storing cold air by natural stone while the transferred cold air circulates up and down under a space formed between natural stone layers;
A convection circulation step in which warmth in the natural stone layer rises up by cold air introduced under the natural stone layer;
It includes the step of circulating by the convection circulation through the air flow circulation pipe 56 installed on the natural stone layer through the internal and external air transfer passage 75 inside the double-layered light collecting plate 180 to the convection difference by the convection circulation;
The cold storage chamber 120 is cold air is continually stored cold storage in order of natural stone layer from the bottom of the natural stone layer (92) while the cold air flow circulated in the convection difference as described above. In the method of accumulating external radiant heat to the heat storage chamber 110 using the room temperature weather,
Radiant heat inflow step flowing into the external air inlet (76) outside air inlet 88 outside;
The radiant heat is transferred to the heat storage chamber 110 natural stone layer through the air circulation pipe 56;
Conducting and accumulating radiant heat to natural stone while the transferred radiant heat is circulated downward from a space formed between natural stone layers;
A convection circulation step in which cold air in the natural stone layer descends from the top to the bottom by radiant heat introduced into the natural stone layer;
Cold air descending by the convection circulation is circulated by a convection difference or a separate power through the air flow circulation pipe 56 installed below the natural stone layer to the internal and external air transfer passage 75 inside the double-layered light collecting plate 180;
The heat storage chamber (110) is a heat accumulation of the radiant heat in the heat storage chamber, while the heat is continuously circulated in the convection lane as described above, the heat of the heat is stored in the heat storage chamber in descending order from the top of the natural stone layer. The method of claim 16, wherein in the radiant heat inflow step,
Radiating heat introduced into the heat storage chamber (110), further comprising the step of radiant heat produced in a separate movable double layer light collecting plate (97), heat storage heat storage to the heat storage chamber. In the method of producing cooling, heating and related energy together with ventilation to the indoor building 200 and the indoor 95 installed as a height difference in which the outdoor air inlet 88 and the air outlet 77 are available for convection cars,
An outside air inflow step introduced into an outside air inlet pipe 76 installed inside and outside;
A convection circulation step in which indoor rising air is circulated while the outdoor air is introduced into the indoor 95;
A step of drying the waste apparatus while the ascending air is circulated between the wastes of water that are raised above the drying chamber (99);
A power generation step in which the rising air is generated by the power generated by rotating the blade while pushing one blade 21 of the bet generator 72 by the guide member 94 of the discharge pipe 70;
The air flow is discharged to the space air outlet (77) between the blades of the outside air generator (71);
In addition, while utilizing the air conditioning and related energy with ventilation, which increases the efficiency of natural drying and internal generator generators, along with cold heating, while properly opening and closing the controller 55 installed for each circulation during internal and external air circulation as described above. How to. The method of claim 18, wherein in the external air inflow step,
Cooling and heating the room by introducing cold air into the outside air inlet 88 installed outside of the outside air flowing into the room 95 toward the outside air inlet 88, or by introducing radiant heat into the outside air inlet installed southward; ;
The radiant heat is introduced into the multi-layered condenser plate 180 and the external air transport passage 75, and further comprising the step of circulating as described above to the drying chamber 99, utilizing ventilation and heating and related energy with ventilation Way. In the method for producing indoor heating and hot water using heat generated in the space layer 73 between the transparent layer and the rear layer 32 of the multilayer light collecting plate 180,
Solar light is introduced into the space layer 73 through the front layer 34 transparent material;
Converting the incoming solar light into heat in a spatial layer;
The heat converted in the spatial layer rises up by convection;
The elevated heat is introduced into the room (95) through the side of the rear layer (32) above the space layer;
By the heat introduced into the room, the indoor cold air flows into the space layer through the side under the rear layer (32);
In addition, as the above-described low temperature flower introduced under the space layer 73 is reheated by solar light, the heated heat continues to circulate as described above from the indoor space to the space layer, thereby improving heating efficiency with indoor heating and heating. How to produce a number. The method of claim 20, wherein the heat is raised by convection,
The elevated heat is conducted through the surrounding surface of the heat conduction pipe 78 installed above the space layer to the inner water layer to produce hot water;
In addition, indoor heating and hot water, which increase the production of hot water while continuously circulating and conducting by convection as described above with heat conduction pipe 78 without being radiated to the outside by solar light during the day, are not discharged to the outside. How to produce.

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