KR20110095836A - Outdoor facilities - Google Patents

Abstract

PURPOSE: An outdoor facility is provided to prevent the natural phenomenon including rain, wind, and dust by combine-constructing a surface member with a fixing frame inside the facility. CONSTITUTION: An outdoor facility comprises the following: an internal frame(1) installed on the upper side of an installation surface(2); an external member(3) including a vinyl sheet or a glass member, and covering the outside of the internal frame; a heat-transfer medium pipe(4) installed on a portion close to the external member; a distribution supply device(40) supplying heat-transfer media into the internal frame; and a distribution recovery device(42) for returning the heat-transfer media.

Description

Outdoor Facilities

The present invention relates to an outdoor facility made of a variety of facilities to prevent natural phenomena such as rain, wind, dust by combining the internal fixed frame and the external surface members such as sheets, glass, and in particular to be utilized outdoors The present invention relates to outdoor facilities including outdoor exhibition halls, warehouses for storing various items, vinyl houses for growing crops, and greenhouses.

In general, outdoor facilities, which are equipped with fixed frames on the inside and sheet members on the outside, or transparent or translucent members such as glass and synthetic resin, are secured inside the exhibition facilities and warehouse space. It is widely used as a farming area for crops and aquaculture.

In addition to the basic effects of changing the natural phenomena, such as rainstorm, in using the outdoor facilities, it is possible to control the internal temperature affected by the change in the outside air temperature, snow removal function according to snowfall, and other ice making functions. Various techniques for exerting are developed and utilized.

In general, as a method for controlling the internal temperature, the hot air is produced and supplied mainly in the winter season when the outside air temperature decreases, or other existing heating methods such as indirect heating using a boiler, fuel such as briquettes such as a stove, etc. It is implemented by adopting direct heating method using direct combustion heat by combustion, direct cooling method by cooler or air conditioner in summer or other appropriate cooling method.

However, such a conventional indoor temperature control method has a relatively expensive internal space that the temperature control is made, and the efficiency for temperature control is low, a lot of cost is required for the above temperature control has caused an uneconomical disadvantage.

In addition, in the vinyl house which is utilized for the purpose of cultivating crops, which is a kind of outdoor facility as a conventional snow removing method, "vinyl house snow removing apparatus and method" of Korean Patent Registration Publication No. 10-803667 is a vibration blow method. A method of removing snow is proposed, and a method of removing snowfall from the vinyl house, which is registered in Korean Patent Publication No. 10-825079, is proposed by a blowing method. 10-893207 "Vinyl House Snow Removal Device" has been proposed to remove snow by pushing the accumulated snow to one side while reciprocating in the longitudinal direction of the vinyl house.

However, such a conventional snow removal method requires a lot of facility and management operation costs, and in particular, it cannot be used for purposes other than the purpose of snow removal, which causes a disadvantage of low utilization of the facility.

In addition, the "vinyl house snow removing apparatus using a hot water spraying method" of Korean Patent Publication No. 10-0778048 discloses a technique for spraying hot water to be installed on the outside roof side of the plastic house, but in this case, When the hot water is sprayed on the outside, it is possible to make snow, and when it is supplied inside, it is possible to supply internal temperature, humidity, and water so that it can be used for purposes other than snow removal. Since both must be heated and supplied in the form of hot water, a large amount of water is used and energy consumption is large.

The present invention has been made in order to solve the above-mentioned conventional problems and has the following object.

An object of the present invention is to increase the solar transmittance of the facility and to effectively control the indoor environment, including the internal temperature, internal humidity or water supply, and to make snow or ice making to effectively cope with snow or ice on the outer surface. At the same time, it aims to raise the core of the facility and to focus on the management of light environment, temperature, humidity, ventilation, heating and cooling.

Another object of the present invention is to increase the transmittance of solar rays inside the facility, and to collect and recycle the molten water obtained during snowmaking or ice making, and to expand the facility so that it can be recycled by collecting rainwater, especially when it is not in winter, It is intended to be economically available because various and effective operations are possible.

Another object of the present invention is to find a temperature suitable for the improvement of the indoor environment and the growth of each crop by controlling the temperature of the room or the ground to maintain a good environment to properly manage the heating and cooling or thermal insulation in plant cultivation, and in particular to enhance the intellect It is intended to be able to utilize and to increase the utilization of solar or geothermal heat.

In order to achieve the above object, the present invention constructs an internal frame assembled or fixed to each other in order to achieve the above-mentioned object on an upper surface of the installation surface, and covers an outer member including a vinyl sheet or a glass member on the outside of the inner frame. The construction is performed by installing a heat transfer medium pipe in a portion adjacent to the outer member, and installing a dispensing feeder for supplying a heat transfer medium at a predetermined position on the side as one side of the inner frame, and on the other side of the inner frame. A distribution recoverer for recovering a heat transfer medium on a side opposite to a portion where the distribution supply is installed, and a plurality of heat transfer pipes are connected in parallel between the distribution supply and the distribution recovery device; A plurality of nozzles that can apply a multi-purpose liquid material in a predetermined position as the outside of the outer member The provided spray applicator is installed, a sprinkler is installed at a predetermined position as an inner side of the outer member, and an underground heat transfer medium pipe is installed between the dispensing supplier and the dispensing machine as the lower part of the installation surface to perform the construction. Provides an outdoor facility formed by providing a recovery path to the outside of the outer member as a position adjacent to the distribution recovery device.

In addition, the inner frame is composed of a pair of left and right structures symmetrically with each other, and the outer member is installed on the outside of the structure, and the dispensing feeder and the collecting passage and the dispensing recoverer and the collecting passage are arranged outside, and the dispensing feeder is also placed inside. And a plurality of heat transfer pipes between the distribution feeder and the distribution recovery device by arranging the distribution recovery device and the distribution recovery device, and the distribution supplying device, the recovery path and the distribution recovery device, which are located inside, are separately placed on the upper side of the installation surface. It is arranged to be located on the upper surface of the installation and installed on the upper portion of the installation, the dispensing feeder, dispensing and returning path is installed to be located adjacent to the installation surface, the spray spreader Supply that is erected between the two return channels via a pedestal positioned between a pair of structures It is connected to each other on the upper part of the phosphorus and is installed to supply and apply a multi-purpose liquid material, and the sprinkler is installed inside the pair of structures for a long time, and it is possible to remove or clean the surface of the outer member, and sunlight in the room Provides outdoor facilities that are configured to increase transmittance, control temperature and humidity, and moisture and intelligence.

In addition, the installation surface represents the ground or floor to grow crops, and provides an outdoor facility made by utilizing the inner frame and the heat transfer pipe in common.

In addition, the distribution supply and the distribution recovery device is provided with an outdoor facility made by being installed in the interior of a separate installation box body in a state wrapped with an insulating heat insulating material on the outside.

The present invention also provides an outdoor facility in which a heating element is provided in the recovery path.

In addition, the distribution recovery device is configured to be connected to the medium heating unit through a distribution recovery path in which a pump is installed, and the heat transfer medium heated in the medium heating unit is circulated to a distribution supply line via a distribution supply line in which a feeding pump is installed. The furnace provides an outdoor facility that is configured to be discharged to the outside in connection with the drainage line in which the drain pump is installed.

In addition, the distribution and the recovery path is connected to the storage tank via a separately provided filtration tank as an adjacent position, the storage tank is connected to the supplemental water channel is installed on one side, and the other side through the supply passage in which the pump is installed Is installed in connection with the heating feed line is fed through the medium heating unit and the other side is connected to the direct feed line is directly fed to each other, and the heating feed line and the direct feed line through the feed pump is the distribution feeder, the injection degree Abandonment and the outdoor sprinkler and selectively connected to each other to provide an outdoor facility made up.

Thus, according to the present invention, it is possible to increase the amount of sunshine of the facility, and to effectively control the indoor environment including internal temperature, internal humidity, or water supply, and to prevent dust, foreign matter, snow, or freezing on the external surface that hinders the transmittance of sunlight. Surface cleaning, snow removal, or ice making can be effectively coped with, and the molten water or rainwater obtained during surface cleaning, snow removal, or ice making can be collected and recycled, and the indoor or ground temperature is adjusted to improve indoor environment. It can be usefully used to improve intellect by maintaining good growth environment for each crop and good growth of crops, and it can reduce heat dissipation effect, water-type thermal insulation house effect and economical heating cost reduction according to the type and cultivation method of crops, The utilization of solar heat and geothermal heat can also be increased, and the water environment in greenhouses, Control of humidity, ventilation, and heating and cooling can be managed according to the growth of crops.

1 is a schematic perspective view, partially omitted, as a preferred example of the present invention;
2 is a schematic partially omitted front view of FIG. 1;
3 is a schematic plan view of FIG. 1;
4 is a schematic schematic diagram applied to the example of FIGS. 1 to 3;
5 is a schematic diagram of another preferred example of FIG. 4;
6 is a schematic perspective view partially omitted as another example of the present invention;
7 is a schematic schematic diagram applied to the example of FIG. 6.

Hereinafter, with reference to the accompanying drawings will be described in more detail and specifically to the preferred example of the present invention.

According to a preferred embodiment of the present invention, as illustrated in Figures 1 to 4, the internal frame (1), which is assembled or fixed to the various frame members are installed on the upper surface of the installation surface (2), and installed Cover the outer member (3) including a glass member on the outside of the inner frame (1), and installs the heat transfer medium pipe (4) in a portion adjacent to the outer member (3) to perform the construction, the inner frame As a side of (1), a distribution supplier 40 for supplying a heat transfer medium is provided at a predetermined position on the side, and is opposed to a portion where the distribution supplier 40 is installed as a predetermined position on the other side of the inner frame 1. On the side, a distribution recoverer 42 is installed for recovering the heat transfer medium, and a plurality of heat transfer pipes 4 are connected and installed in parallel between the distribution supply 40 and the distribution recoverer 42. As the outside of the outer member (3) Install the spray applicator 5 provided with a plurality of nozzle holes 50 to apply the multi-purpose liquid material in the correct position, and install the sprinkler 6 in the predetermined position as the inner side of the outer member 3, The underground heat transfer medium pipe 7 is installed between the distribution supplier 40 and the distribution recovery device 42 as the lower portion of the installation surface 2 to perform the construction, and is adjacent to the distribution supply 40 and the distribution recovery device 42. It is made by installing a recovery path 8 to the outside of the outer member (3) as a position.

At this time, the inner frame (1) is composed of a pair of left and right structures (10, 10) symmetrically with each other, and the outer member (3) is installed on the outside of these structures (10, 10), the distribution supply ( 40 and the recovery channel 8 and the distribution recovery device 42 and the recovery path 8 are arranged, and also the distribution feeder 40 and the recovery path 8 and the distribution recovery device 42 and the recovery path 8 also inside. Distribute feeder 40, recovery passages 8 and 8, and dispensing receiver 42, which are arranged to be provided with a plurality of heat transfer pipes 4 between the dispensing feeder 40 and the dispensing recoverer 42. ) Is installed in the upper part of the pedestal (9) provided by standing upright to the installation surface (2) is installed to be located in the upper portion of the installation surface (2), dispensing feeder (40), dispensing recovery device to be installed on the outside The 42 and the recovery passage 8 are arranged to be positioned adjacent to the installation surface 2, and the spray applicator 5 is disposed between the pair of structures 10 and 10. Connected to each other in the upper portion of the supply line 52, which is installed between the two side recovery paths (8, 8) through the pedestal (9) to be located, it is installed to supply and apply the multi-purpose liquid material, the sprinkler (6) (6) is made to be installed inside the pair of structures (10, 10) long, it is possible to remove or clean the surface of the outer member (3) and to control the temperature and humidity of the room, and moisture and intelligence The configuration can be made to enable this.

At this time, the inner frame (1) is to be assembled or fixed to each other and installed on the installation surface (2) is installed on top of the installation surface (2) is a technical configuration that forms the skeleton of the outdoor facility as a galvanized steel pipe or other frame-like structure to be.

And the installation surface (2) represents the floor to install the ground or outdoor facilities for growing crops.

In addition, in the case of the outer member (3) comprising a plastic sheet or glass member is covered by covering the outside of the inner frame (1), using a transparent material sun light passes through it and the cultivation of the crop or the temperature inside The arrangement can be made to benefit the exaltation.

The heat transfer medium tube 4 installed at a portion adjacent to the outer member 3 is made of a metal having excellent thermal conductivity to dissipate heat while the heat transfer medium moves inside when the above-described inner frame 1 is separately installed. A pipe or other various pipes for heating can be selected and used, and when the inner frame 1 and the heat transfer pipe 4 are used in common, the heat transfer medium can be moved and heat can be dissipated simultaneously with sufficient strength. Preference is given to using metal pipes.

Then, the distribution supplier 40 for supplying the heat transfer medium to the predetermined position on the side as one side of the above-described inner frame 1 and the distribution supplier 40 as the predetermined position on the other side of the inner frame 1 are installed. On the opposite side of the site, the distribution collector 42 for recovering the heat transfer medium is usually installed inside the separate installation box body 40b or 42b with the insulation insulation 40a and 42a wrapped around the outside. It is desirable to configure so that Yen heat loss is small and it is useful to prevent freezing when it is not used.

A plurality of heat transfer medium pipes 4 are arranged in parallel between the distribution supply 40 and the distribution recovery device 42 so that the heat transfer medium supplied at the same pressure from the distribution supply 40 is simultaneously provided with these heat transfer media. By moving through the pipe (4) and to be recovered at the same time back to the distribution recovery unit 42 to ensure a smooth and even supply can be made in the case of the heat transfer medium without any pressure drop in any part.

When the spray applicator 5 is provided with a plurality of nozzle holes 50 so as to apply a multi-purpose liquid material at a predetermined position as the outer side of the outer member 3 when the snow is formed on the surface of the outer member 3 in winter. When the liquid material for snow removal is sprayed through a plurality of nozzle holes 50 formed in the spray applicator 5, the snow melts and the molten water flows downward by its own weight and is discharged through the recovery path 8. When the inner room temperature of the outer member 3 increases, such as in summer, to lower the temperature, the nozzle hole 50 formed in the spray applicator 5 with coolant lower than the room temperature as a liquid substance. When sprayed through, the surface temperature of the outer member (3) to quickly lower the indoor temperature can also be utilized for the purpose of controlling the indoor temperature can be easily lowered, and also, the external member ( When dust or foreign matter gets on the surface of 3) and the transmittance of solar light is lowered, in order to solve this problem, if water or washing liquid or other suitable liquid substance is applied to the surface of the outer member 3 as a liquid substance, the washing is easy. It is made possible to achieve the purpose of improving the transmittance.

In addition, as illustrated in FIG. 6, in addition to the spray applicator 5, an inner spray line 5a and an outer spray line 5b may be disposed inside and outside the outer member 3, respectively. ) Installed adjacent to the central part to selectively operate either or both sides of the inner spray line (5a) and the outer spray line (5b) to improve the transmittance of solar light by snow removal or foreign matter cleaning depending on the purpose of use, and indoors The temperature can be utilized according to the purpose of adjusting the water film temperature control method.

The sprinkler 6 installed at a predetermined position as the inner side of the outer member 3 can be utilized for the purpose of supplying water to crops grown inside by spraying water on the interior space and the upper surface of the installation located in the interior, and When the indoor temperature needs to rise above the proper level and needs to be lowered, or when the humidity needs to be increased due to the low internal humidity, it can be utilized as a mechanism for controlling the temperature and humidity by spraying in a spray form.

In addition, as illustrated in FIG. 6, in addition to the sprinkler 6 described above, separate water supply drip pipe lines 6a and 6a are installed at regular intervals on both sides to form an installation surface 2 and to cultivate crops. It is more effective if it is installed and utilized to supply moisture in drip state to supply proper moisture to the soil.

Underground heat transfer medium pipe (7) is installed between the distribution supply unit 40 and the distribution recovery unit 42 as the lower portion of the installation surface (2) is a heat transfer by the heat absorption or heat discharge as the heat transfer medium passes through the basement temperature The configuration is made to be adjustable, it is advantageous to increase the ground strength (地力), it can be preferably used for the growth of crops.

At this time, the underground heat transfer pipe (7), as shown in Figure 6, to recover the heat transfer medium on the opposite side of the distribution feeder 70 for supplying the heat transfer medium provided separately and the distribution feeder 70 is installed And a plurality of underground heat transfer medium pipes 7 connected in parallel between the distribution supply device 70 and the distribution recovery device 72 to install the distribution recovery device 72 for the same. At the same time, the heat transfer medium supplied by the pressure moves through these heat transfer pipes 7 and is simultaneously recovered by the distribution recovery device 72 so that the pressure is smoothly and evenly supplied without the pressure dropping in any part in the heat transfer medium. It is desirable to allow this to be done.

In addition, the distribution supply 70 and the distribution recovery device 72 is installed in a state that is built in the interior of the separate installation box (70b, 72b) in the state wrapped around the heat insulating insulation (70a, 72a) on the outside, the heat normally It is desirable to configure it so that it can be usefully used for the prevention of freezing when it is not used with little loss.

In addition, in the case of the recovery passage 8 provided to the outside of the outer member 3 as a position adjacent to the distribution supplier 40 and the distribution recovery unit 42, the molten water in the snow state is collected or rained. When it is lowered, the configuration is made so that rainwater can be collected, and in order to prevent freezing or freezing in the winter, it is preferable to install and use the heating element 80 in the recovery path 8. Of course, at this time, the heating element 80 may also be used as a heating cable (Heating Cable) or a heating band (Heating Band), it is also possible to adopt a heating means in the form of a heat transfer medium to pass heat.

At this time, as illustrated in FIG. 4, the distribution recovery unit 42 is connected to the medium heating unit 46 via a distribution recovery channel 45 in which the pump 44 is installed, and heated in the medium heating unit 46. The heat transfer medium is configured to circulate through the distribution supply line 48 provided with the feed pump 47 to the diesel distribution supply 40, and the recovery passage 8 has a drain line 82 provided with the drain pump 81. It is configured to be connected to and discharged to the outside.

Of course, according to another preferred embodiment of the present invention, as illustrated in FIG. 5, the distribution recovery unit 42 and the recovery path 8 are stored tanks 84 via a filtration tank 83 separately provided as an adjacent position. ), The storage tank 84 is connected to the replenishment channel 85 on one side, and the other side through the supply passage 87 in which the pump 86 is installed, one side of the medium heating unit 88a. Installed and connected to the heating feed line 88 is fed through the other side is directly connected to each other and installed directly connected to the direct feed line 89, the heating feed line 88 and the direct feed line 89 is a feed pump ( 90 is configured to selectively connect with the dispensing supplier 40, the spraying applicator 5 and the inner sprinkler 6 through each other.

In addition, according to another preferred embodiment of the present invention, as illustrated in FIG. 7, the distribution and recovery devices 42 and 72 and the recovery path 8 are stored via a filtration tank 83 separately provided as an adjacent position. The tank 84 is connected and installed, and the storage tank 84 is connected to the supplemental water channel 85 on one side, and the other side is connected to the medium through the supply passage 87 on which the pump 86 is installed. 88a) is connected to the heating feed line 88 is supplied and installed and the other side is directly connected to the direct feed line 89 is directly installed, the heating feed line 88 and the direct feed line 89 is installed Through the feed pump 90 and the distribution feeder 40, 70, the injection sprayer 5, the inner and outer injection line (5a, 5b), the inner sprinkler (6) and drip pipe line (6a) and The configuration is achieved by selectively connecting and installing each other.

The above-mentioned medium heating parts 46 and 88a represent an apparatus for heating a heat transfer medium, such as a boiler or an electric heater.

In addition, the storage tank 84 is buried underground to prevent the East Sea in the case of winter, it is preferable to maintain a constant state of water stored inside.

Of course, the sensor is provided with a sensing means for detecting the outside air temperature, the dust or foreign matter, rain water, snow, etc. on the surface of the outer member 3 to the outside of the outer member 3, In the room, it is desirable to provide various types of sensing means such as the temperature and humidity of the internal atmosphere and underground soil, and the light sensor of the room, to utilize the internal environment.

As described, 30 denotes various ventilation holes provided in the outer member 3, and 84a denotes an overflow line of the storage tank 84.

Thus, in the case of the present invention to be made as described above the operation is made as follows.

First, when snow removal is performed, a heat transfer medium in the form of hot water for heating is supplied to each of the plurality of heat transfer pipes 4 via the distribution feeder 40 through the distribution supply line 48 or the heating feed line 88. This is done by heating the inside and the outside of the outer member 3 to perform a heating operation to increase the temperature of the interior from the inside, while increasing the surface temperature of the outer member 3 to the outside, the outer member 3 primarily. Snow is carried out by melting the snow accumulated on the surface of the surface of the snow, and if the snow removal is not performed sufficiently even if the snow removal operation is performed by this operation, spray sprayer 5 or the outer injection line (5b) When the liquid material for snow removal is injected through the plurality of nozzle holes 50, the snow melts and the molten water flows downward by its own weight to melt the snow remaining. Can be discharged.

In addition, when the inner temperature of the outer member 3 rises, such as in summer, to lower the temperature, the coolant is lower than the outside air temperature or the room temperature through the distribution supply line 48 or the direct supply line 89. The heat transfer medium is supplied to the heat transfer medium pipe 4 through the distribution supply 40 to perform an indoor temperature drop operation to lower the internal temperature of the outer member 3, and when such an indoor temperature drop operation is insufficient, it is a liquid substance. When the coolant lower than the room temperature is sprayed through the sprayer 5 and the nozzle hole 50 formed in the inner and outer spray lines 5a and 5b, the surface temperature of the outer member 3 is rapidly lowered. Secondary measures can be taken to control the room temperature, which can lower the temperature more quickly and easily, and in parallel, spraying the coolant in the form of a spray using a sprinkler (6). If the next step is taken, an operation can be made to lower the temperature of the room more quickly to maintain the proper temperature.

In addition, if the dust or foreign matter on the surface of the outer member (3) by using for a long time to lower the transmittance of the sun light to spray the spray coating device (5) or the inner and outer injection lines (5a, 5b) By applying water or other suitable liquid material to the surface of the outer member 3 as a liquid material, the washing is easily carried out, thus improving the permeability to the outer member 3 to cultivate crops or to room temperature. It is possible to improve the operating efficiency to increase the.

In addition, by utilizing the sprinkler 6 or drip pipe line 6b which is installed at a predetermined position as the inner side of the outer member 3, water is sprayed on the indoor space and the upper surface of the installation surface, which is cultivated internally. It can be used for the purpose of supplying moisture, and when the temperature in the room needs to be raised and lowered to an appropriate level or when the humidity needs to be increased due to low internal humidity, it is sprayed in a spray form to control the temperature and humidity. It can be used as a mechanism.

In addition, the underground heat transfer pipe (7) installed between the distribution supply (40) 70 and the distribution recovery device (42) 72 as a lower portion of the installation surface (2) is a heat transfer medium through the heat absorption or heat discharge By heat transfer is made by the configuration is made to control the temperature of the basement, it is advantageous to increase the ground force (地力), it is possible to preferably use in the growth of crops.

As described above, according to the present invention, it is possible to effectively control the indoor environment including the internal temperature, the internal humidity, or the water supply of the facility, and increase the amount of sunshine by removing dust and foreign matter on the external surface, which lowers the transmittance of sunlight. Snow or ice can be formed by melting means that can effectively cope with snow or freezing while devising surface cleaning means, and it can be recycled by collecting washing water, melted water or rainwater obtained during surface cleaning, snow removal or ice making. It is possible to improve the indoor environment and to maintain the good environment for the growth of crops by controlling the temperature of the room or the ground, it can be usefully used to enhance the intelligence, and to increase the utilization of solar heat or geothermal heat.

1: inner frame, 2: mounting surface,
3: outer member 4: heat transfer medium tube,
5: spray applicator, 5a, 5b: inner, outer injection line,
6: internal sprinkler, 6a: drip line,
7: underground heat transfer pipe, 8: recovery furnace,
9: pedestal, 10: structure,
30: vent, 40, 70: dispenser,
40a, 42a: insulation thermal insulation material, 40b, 42b: installation box body,
42, 72: dispenser 44, 47, 86, 90: pump,
45: dispensing furnace, 46, 88a: medium heating unit,
48: dispense supply line, 50: nozzle hole,
52: supply line, 80: heating element,
81: drain pump, 82: drain line,
83: filtration tank, 84: storage tank,
85: replenishment channel 87: supply channel,
88: heating feed line, 89: direct feed line

Claims (12)

The internal frame (1), which is assembled or fixedly assembled with several frame members, is installed upright on the installation surface (2),
Covering the outer member (3) including a plastic sheet or glass member on the outside of the inner frame (1),
The installation is performed by installing the heat transfer pipe 4 in a portion adjacent to the outer member 3,
Distributing supply unit 40 for supplying the heat transfer medium in a predetermined position on the side as one side of the inner frame 1,
A distribution recoverer 42 for recovering the heat transfer medium is provided on the opposite side of the portion where the distribution supply 40 is installed as a predetermined position on the other side of the inner frame 1,
A plurality of heat transfer medium pipes 4 are connected and installed in parallel between the distribution supplier 40 and the distribution recovery device 42,
A spray applicator 5 having a plurality of nozzle holes 50 provided with a plurality of nozzle holes 50 for applying a multi-purpose liquid material is provided at a predetermined position as an outer side of the outer member 3,
The sprinkler 6 is installed at a predetermined position as an inner side of the outer member 3,
The underground heat transfer medium pipe 7 is installed between the distribution supply unit 40 and the distribution recovery unit 42 as the lower side of the installation surface to perform construction.
Outdoor facility, characterized in that the recovery path (8) is provided to the outside of the outer member (3) as a position adjacent to the distribution supply (40) and the distribution recovery device (42). The method of claim 1,
The inner frame 1 is composed of a pair of left and right structures 10 and 10 symmetrically with each other, and the outer member 3 is provided outside the structures 10 and 10.
Distribute feeder 40, recovery passageway 8, and distribution recovery machine 42 and recovery passageway 8 are disposed outwardly, and also, distribution supplyer 40, recovery passageway 8, and distribution recovery machine 42 and recovery side are also located inside. Arrange the furnace (8) to install a plurality of heat transfer pipes (4) between these distribution supply 40 and the distribution recovery device 42,
The dispensing feeder 40, the collecting passages 8 and 8, and the dispensing collecting machine 42, which are located inside, are installed on the upper part of the pedestal 9 provided by standing upright on the mounting surface 2 and installed on the mounting surface ( 2) is arranged to be located on the top,
The recovery passage 8, the distribution supply unit 40, the distribution recovery unit 42, and the recovery passage 8 to be installed on the outside are disposed to be positioned adjacent to the installation surface 2,
The spray applicator 5 is an upper part of the supply line 52 which is installed between the two recovery paths 8 and 8 via a pedestal 9 positioned between the pair of structures 10 and 10. It is connected to each other and installed to enable the injection spraying of multi-purpose liquid material,
The sprinkler (6) (6) is made to be installed long inside the pair of structures (10, 10), it is possible to remove or clean the surface of the outer member (3), the temperature and humidity of the room, and moisture and intelligence Outdoor facilities, characterized in that the configuration is made to enable the adjustment. The method according to claim 1 or 2,
The installation surface 2 represents the ground or the bottom surface to grow crops,
Outdoor facility, characterized in that the inner frame (1) and the heat transfer medium pipe (4) is used in common. The method according to claim 1 or 2,
The distribution supply unit 40 and the distribution recovery unit 42 are installed in a state of being embedded in a separate installation box body (40b, 42b) in a state wrapped around the heat insulating insulation (40a, 42a) on the outside. Outdoor facilities to do. The method according to claim 1 or 2,
In addition to the spraying applicator 5, the inner and outer injection lines 5a and 5b are disposed adjacent to the centers of the structures 10 and 10 on the inside and the outside of the outer member 3, respectively. Featuring outdoor facilities. The method according to claim 1 or 2,
Outdoor facility, characterized in that the sprinkler (6) in addition to the separate water supply drip pipe line (6a, 6a) is installed on both sides at regular intervals. The method according to claim 1 or 2,
The underground heat transfer medium pipe (7) is provided with a distribution supply (70) for supplying a separate heat transfer medium and a distribution recovery device (72) for recovering the heat transfer medium on the opposite side of the site where the distribution supply (70) is installed. Outdoor facility, characterized in that the configuration is made by connecting a plurality of underground heat transfer medium pipe (7) in parallel between the distribution supply (70) and the distribution recovery device (72). The method of claim 7, wherein
The distribution supply unit 70 and the distribution recovery unit 72 is installed in a state that is built in the interior of the separate installation box body (70b, 72b) in a state wrapped around the heat insulating insulation (70a, 72a) on the outside Outdoor facilities. The method according to claim 1 or 2,
Outdoor facility characterized in that the configuration is made by installing the heating element (80) in the recovery path (8). The method according to claim 1 or 2,
The distribution receiver 42 is connected to the medium heating unit 46 through a distribution recovery channel 45 in which the pump 44 is installed, and the heat transfer medium heated in the medium heating unit 46 is provided with a feed pump 47. The distribution supply line 48 is configured to be circulated to the diesel distribution feeder 40, and the recovery path 8 is connected to the drain line 82 in which the drain pump 81 is installed so as to be discharged to the outside. Outdoor facility, characterized in that made. The method according to claim 1 or 2,
The distribution recovery unit 42 and the recovery path 8 is connected to the storage tank 84 via a filtration tank 83 separately provided as an adjacent position,
The storage tank 84 is connected to the supplemental water channel 85 on one side, and the other side of the heating supply line is fed through the supply passage 87 on which the pump 86 is installed via the medium heating unit 88a. Connected with the installation (88) and the other side is connected to each other and installed directly connected to the direct feed line (89),
The heating feed line 88 and the direct feed line 89 are selectively connected to the distribution feeder 42, the spraying sprayer 5, and the inner sprinkler 6 through a feeding pump 90. Outdoor facilities characterized in that the configuration is made. The method according to any one of claims 1, 2, 5, 6, and 7,
The distribution and recovery devices 42 and 72 and the recovery path 8 are connected to and installed with the storage tank 84 via a filtration tank 83 separately provided as an adjacent position, and the storage tank 84 is supplemented to one side of the storage tank 84. The water supply 85 is connected and installed on the other side, and the other side is connected to the heating feed line 88, which is fed through the supply passage 87 on which the pump 86 is installed, and is supplied through the medium heating unit 88a. Directly connected to the direct feeding line 89 and the direct feeding line 89, the heating feeding line 88 and the direct feeding line 89 is through the feed pump 90, the distribution feeder 40, 70, the injection Outdoor facility, characterized in that the configuration is made by selectively connecting with the applicator (5), the inner, outer injection line (5a, 5b), the inner sprinkler (6) and the drip pipe line (6a).

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