Artificial mountain with the ability to suck transient cloud and pileus and turn it into drinking water

Abstract

The artificial mountain has the ability to suck the Pileus cloud and turn it into drinking water. The basis of the design of this mountain is to provide water from the clouds and attract tourists by creating a tourist site.is built in places that have been determined in advance due to cloud density and favorable weather conditions. This structure is designed and built from tubular sections and the sections are cut in different sizes and lengths and placed together. Finally, it is made in the shape of a mountain. Then the main core of this structure is produced in an oval shape, which is placed on the side parts of the filtration system and the wall of the filtration system is separated from the main core.

Description

Artificial Mountain with the ability to suck transient cloud and Pileus and turn it into drinking water

[0001] architecture / The claimed invention is a hollow artificial mountain with the ability to suck and absorb clouds and turn them into drinking water.

[0002] It is an artificial mountain with the ability to absorb superfluid and Pileus and convert it into drinking water, and the basis of this mountain’s design is to supply water from air clouds. This structure is built like a mountain in places that have been determined in advance in terms of cloud density and favorable weather conditions. The structure is designed and made from tubular sections, and the sections are cut in different sizes and lengths and placed together, and finally it is made in the shape of a mountain. The main core of this structure is produced in an oval shape, which is placed on the side parts of the filtration system, and the wall of the filtration system is separated from the main core. In order to create a tourist attraction, a spiral road has been included in the main core; so, this structure can be used to provide financial resources and tourism. In order to suck the cloud into the system, the air suction pump starts working and sucks and directs the cloud that is near the suction tube into the filtration system. After the filtration and draining of water, the clouds are transferred to the auxiliary pipes of the main core through the outlet pipe of the air suction pump, and then the air is directed out through the waste air suction pump and the bottom air blower pump. The materials used in this mountain include stone, concrete, soil, iron and other materials used in the construction of iron and concrete structures.

[0003] The artificial mountain has the ability to suck the Pileus cloud and turn it into drinking water. The basis of the design of this mountain is to provide water from the clouds and attract tourists by creating a tourist site.is built in places that have been determined in advance due to cloud density and favorable weather conditions. This structure is designed and built from tubular sections and the sections are cut in different sizes and lengths and placed together. Finally, it is made in the shape of a mountain. Then the main core of this structure is produced in an oval shape, which is placed on the side parts of the filtration system and the wall of the filtration system is separated from the main core.

[0004] Mountains are a natural platform for emptying and fertilizing clouds in the sky, but there are always areas on earth that are free of this natural phenomenon. This issue is a big problem for this region, because rain and snow and the creation of beautiful nature and the increase of water reserves on the ground depend on the existence of mountains. Mountains have tourist attractions and with the presence of a mountain, a dry and desert area can be transformed into a prosperous and green area with the necessary capabilities. This event requires weather conditions, appropriate mountain height and its effects on the climate. Therefore, the claimed invention was designed with the following objectives:

[0005] 1.Creating a mountain in an area without mountains and natural features

[0006] 2.The possibility of fertilizing and sucking clouds and turning them into drinking water

[0007] 3. Increasing water reserves and solving the problem of water shortage in the region

[0008] 4. Development and transformation of plains into mountains and pastures

[0009] 5.Climate change in dry areas

[0010] 6.Creating a tourist attraction.

[0011] The main purpose of building this mountain is to absorb clouds and create weather and climate changes, as well as attract tourists. To achieve the desired result, we use three simple methods:

[0012] 1- Using the pressure difference of warm and cold air at altitude

[0013] 2- Using the movement of warm air from the bottom to the top

[0014] 3- The construction of a public transportation route for tourist purposes and road (Number 1) construction, which moves upward from the middle of the mountain in the form of a large spiral.

[0015] The density of cumulus clouds Is more than other clouds, that is, a piece of cumulus cloud weighs reaches more than 500 tons. In order to enter this volume of cloud into the mountain, we need some strong suckers at the top and bottom of the mountain. To better explain the operation of the device, we name the cloud inlet pipes(Number 2) with the letter A and the adjacent pipes with the letter B.As soon as the upper and lower suckers are turned on, the heavy clouds are directed into the mountain; And in the upper part of the mountain(Number 4) , the clouds turn into water droplets in the first encounter with the hot condensers in pipe A, and the air flow along with the cloud enters to the another pipe after passing through the suction pipe. Pipe A has two valves, one at the top and one at the bottom (Number 5); The upper valve is for the cloud to enter inside and the lower valve is for the filtered air(Number 8) to leave the cloud, which moves towards the B pipe. Pipe B has three valves. Two valves at the bottom and one valve at the top. The lower valves are located opposite each other and are on both sides of the B pipe. One of these two pipes is shared between A and Bothered is another valve that is intended for the entry of outside air inside. (The upper valve is intended for air discharge) With this mechanism, air and clouds enter the mountain through two vents and are discharged upwards through one vent. In this way the cloud enters from the top into the valve A and then enters into the valve Balsa, the warm air enters the valve B from the bottom of the mountain, and both airs are transferred out of the upper valve(Number 6). Of course, the height of pipe B is different from pipe A, that is, pipe A is bigger than pipe B, because this structure is made in the form of a triangle, naturally, the pipes must be different from bottom to top. Therefore, the central pipe is the biggest and highest pipe and the peak of this mountain, and after that pipes A, B, C, D, E, F, G, H until the end, are the shortest pipes that their height reaches 50 meters. Two lower and upper vents are installed for the entry and exit of clouds and air. This is the technique of using the difference between cold and warm air pressure.

[0016] The speed of air movement from bottom to top is much faster than top to bottom, and even without a suction (Number 5), the air moves from the bottom valve to the top by itself. The presence of the air sucker increases the speed of pressure from the bottom to the top, and this mechanism makes the speed of the clouds move from the top to the bottom faster in the B pipe. The Arcus clouds, which are always around the peak (Number 3), enter to pipe A through 4 north, south, east and west vent. On the way, the clouds collide with the condenser or any other type of dehumidifier filter (Number 5). Of course, you can use the filters in another pipe and separate the path of the obtained water from the main pipes A and B, and enter pipe C. Then the water, hydrogen and oxygen that obtained from the purified air enter to the B pipe through the bottom valve and move with the warm air outside the mountain which is always entering the B pipe, upwards; And from the top of the B valve are directed outside the mountain and this cycle continues. All the construction costs of this project are paid once. After the completion of the project, the obtained water can be used for agricultural projects and drinking purposes. It also considered tourism and its income(). The entrance road (Number 1) that we mentioned turns around the main crown as a spiral highway and moves upwards and can be used for tourist purposes.

[0017] This invention can be built on land with different areas. Of course, the length, width, and height of this mountain should be calculated depending on its area, and the earthquake risk should also be taken into account. In order to build a mountain, the type of land on which this mountain is to be built must first be investigated in terms of geology and the movement of underground faults. Of course, due to the thickness of the walls and the interconnectedness of the columns, the possibility of destroying this structure by an earthquake is almost zero. Of course, at the beginning, the entrance way for the movement of machines and the air inlet valve into the pipe B should be considered, which is located in the middle of the mountain. And all the valves and roads should be designed according to the plan, this is the same way to build this mountain. It is with a simple map and without the need for special devices. This structure consists of 4 main parts which include. The foundation, the tubular columns, the top cap of the tubular columns and the soil on the body of the mountain. Digging the foundation is the first step of the work and the most important part of the work; because all the connected components of the mountain are implemented on the foundation and the foundation must have enough depth to withstand the underground and natural vibrations on the ground. Also, Simultaneous, a very strong foundation is necessary for the base of the mountain to react against landslides. Of course, if we take a look at the Egyptian pyramids, we will realize the strength of these pyramids after centuries, despite the lack of science and knowledge in that era. Now we have to take all technical and civil engineering measures seriously. Also, the horizontal pipes stand out like the main columns of this huge structure. The materials used in horizontal pipes include concrete, stone and other materials used in the construction of dam walls and power plants. Each of the pipes is considered as a shield and protection for the adjacent pipe, so this mountain can be built on a land of 12,500,000 square meters. The mountain contains 40 pipes (each with an area of 113,342 square meters and a diameter of 382 meters). The thickness of the walls for each pipe should be 5 meters so that this mountain can be built with a height of 5000 meters. The central pipe also consists of a road (Number 1) that leads from the outside of the mountain to the inside and moves up from the wall of the central pipe and finally leads to the outside of the mountain at an altitude of 5000-1000 meters for tourist purposes. In addition, for the traffic of trucks carrying materials, the central pipe can be used, because a spiral highway is built for the central pipe from the beginning for the cars to move upwards. The caps of all the pipes should be covered by a dome roof. Similar to the technique used to cover the roof of large stadiums. Of course, with the difference that our roofs are domed so that they can bear the weight of the mud poured on top of their heads, but pouring mud on the roof of the pipes makes the pipes stronger. Finally, by pouring mud on the surface of all the pipes, we turn this hollow structure into a natural mountain. Also, to suck the clouds from the top of the mountain to the bottom, some pipes are installed in the four geographical directions of the mountain. For each hatch, we use strong blowers that can move the clouds into the mountain. We placed four pipes in four directions of the mountain for cloud suction (Number 2) and four pipes Adjacent to it is for the evacuation of air and clouds. There is a valve at the top and a valve at the bottom of pipe A. And there are two valves at the bottom of pipe B that face each other; and one of them is shared with A. The other valve also leads to the outside of the mountain and is located on top of pipe B.the lower valves are shared between A and B; and with this account we have five valves, two common between A and B and three separate valves. Also, due to the very high humidity in the structure, the materials used must be moisture resistant. The height of this mountain can be continued up to 8000 meters, but due to the lack of oxygen at high altitudes, the presence of oxygen capsules is mandatory for the personnel.

[0018] According to the results and searches, no similar case has been made or registered until today, and the following are the advantages of the alleged plan:

[0019] 1. The possibility of creating a mountain in an area without mountains and natural complications

[0020] 2. The possibility of fertilizing and sucking clouds and turning them into drinking water

[0021] 3. Increasing water reserves and solving the problem of water shortage in the region

[0022] 4. Development and transformation of deserts into mountains and pastures

[0023] 5. Climatic changes in dry areas

[0024] 6. Creating a tourist attraction

[0025] Fig.1

[0026] Exploding perspective view

[0027] Number 1

[0028] The internal road of the mountain core (to create a tourist attraction)

[0029] Number 2

[0030] Cloud suction pipe

[0031] Number 3

[0032] The main core of mountain

[0033] Number 4

[0034] Filtration system

[0035] Number 5

[0036] Air suction pump

[0037] Number 6

[0038] Residual air output after filtration

[0039] Number 7

[0040] Waste air suction pump

[0041] Number 8

[0042] Auxiliary chamber for bottom air

[0043] Number 9

[0044] Bottom air blower pump

[0045] Number 10

[0046] Auxiliary pipes of the main core

[0047] Number 11

[0048] Middle auxiliary pipes

[0049] Number 12

[0050] End auxiliary pipes (foothills)Fig 2

[0051] Cropped front view

[0052] Number 5

[0053] Air suction pump

[0054] Number 7

[0055] Waste air suction pump

[0056] Number 9

[0057] Bottom air blower pumpFig3

[0058] 3D screen of the filtration systemFig 4

[0059] Up view

[0060] Figure number 5

[0061] Perspective overview

[0062] According to the results and searches, no similar case has been made or registered until today, and the following are the advantages of the alleged plan:

[0063] 1. The possibility of creating a mountain in an area without mountains and natural complications

[0064] 2. The possibility of fertilizing and sucking clouds and turning them into drinking water

[0065] 3. Increasing water reserves and solving the problem of water shortage in the region

[0066] 4. Development and transformation of deserts into mountains and pastures

[0067] 5. Climatic changes in dry areas

[0068] 6. Creating a tourist attractionExamples

[0069] As we mentioned, in order to convert clouds into water, we need to have condensers. And we have to use hot water or hot oil in the ducts of the radiators of the condensers to keep them warm (these condensers are placed in the path of the cloud). Step by step, after the completion of the foundation, the construction of hollow pipes, which is the main part of the mountain, begins 40 pipes with a diameter of 380 meters start to rise up to a hypothetical height of 50 meters. As soon as it reaches a height of 50 meters, the climbing of the wall stops in the side pipes of the mountain (that is, if we call the peak column A, we call the side pipe which is the base of the mountain Z. So, the Z pipe, which is the end of the base of the mountain, has a height of 50 meters and after it is the Y pipe, whose hypothetical height is also considered to be 100 meters) then, the project of raising the wall in these two pipes will be completed, in the same way, the other pipes will go up until we reach the peak.

[0070] The application of the claimed invention is for the suction of superfluid and Pileus and convert it into drinking water in favorable areas of cloudy conditions, as well as creating a tourist site to attract tourists.

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[0075] PTL1:

[0076] NPL1:

Claims

The artificial mountain has the ability to suck the Pileus cloud and turn it into drinking water, The basis of the design of this mountain is to provide water from the clouds and attract tourists by creating a tourist site, which consists of the following components:- The internal road of the core of the mountain to create a tourist attraction- Cloud suction pipe- The main core of the mountain to create a suction site- Filtration system to filter the incoming cloud- Air suction pump (for air suction into the mountain)- Air outlet to ward off the waste after filtration- air suction pump (for Waste air)- Auxiliary air compartment below- Bottom air blower pump- Auxiliary pipes of the main core- Middle auxiliary pipes- Auxiliary pipe at the end of the baseAccording to claim number one, the claimed structure is built in places that have been determined in advance due to cloud density and favorable weather conditions.This structure is designed and built from tubular sections and the sections are cut in different sizes and lengths and placed together, Finally, it is made in the shape of a mountain, Then the main core of this structure is produced in an oval shape, which is placed on the side parts of the filtration system and the wall of the filtration system is separated from the main core.According to claim number one, a spiral road has been inserted in the main core of the mountain to make a tourist attraction; and a green space has been created on the slope of the mountain.According to claim number one, at first the air suction pump starts working and sucks and directs the cloud that is near the suction pipe into the filtration system, The clouds are transferred to the auxiliary pipes of the main core through the outlet pipe of the suction pump after the filtration and draining of the existing water, Then the air is directed out through the waste air suction pump and the bottom air blower pump.According to claim number one and two, the materials used in the construction of this structure include stone, concrete, soil, iron and other materials used in the construction of iron and concrete structures.

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