Microclimate control apparatus

A microclimate control apparatus utilizing the water vapor present in the earth's atmosphere as a natural energy source for promoting ascending air movement inside the apparatus, to gather, transport and distribute condensed water, as a way to control the climate of a geographic area, the apparatus comprising:

• a) a suspending means for holding the apparatus in the atmosphere, wherein said suspending means further comprises a balloon enclosure having a separated upper area and a lower area, the upper area containing lighter than air gas, and the lower area containing elevated temperature air for additional buoyancy, and a proportional suspending system which allows the weight of the apparatus to be proportionally distributed between a plurality of circular ring balloons containing lighter than air gases, positioned along the length of said apparatus,
• b) a water vapor condensation means, for creating and maintaining conditions for condensation of water vapor present in the ascending air inside said apparatus, and,
• c) a hollow cylindrical convective lifting column, attached beneath said water vapor condensation means, promoting convective air movement inside said apparatus, while thermally isolating the ascending air therewithin from the outside ambient air, and,
• d) an altitude control means for controlling the position of the apparatus in the atmosphere.

A microclimate control apparatus utilizing the water vapor present in the earth's atmosphere as a natural energy source for promoting ascending air movement inside the apparatus, to gather, transport and distribute condensed water, as a way to control the climate of a geographic area, the apparatus comprising:

• a) a suspending means for holding the apparatus in the atmosphere,
• b) a water vapor condensation means, for creating and maintaining conditions for condensation of water vapor present in the ascending air inside said apparatus.
• c) a hollow, cylindrical convective lifting column, attached beneath said water vapor condensation means, promoting convective air movement inside said apparatus, while thermally isolating the ascending air therewithin from the outside ambient air, and
• d) an altitude control means for controlling the position of the apparatus in the atmosphere, said altitude control means comprising a vertical cable centrally positioned inside said apparatus, permitting the apparatus to rotate and stabilize its position in atmospheric operation, said vertical cable further having a first end and a second end with the first end attached to said suspension means, also having a cable length control mechanism positioned beneath said apparatus on a ground surface with the second end of the cable windably disposed thereon.

A microclimate control apparatus utilizing the water vapor present in the earth's atmosphere as a natural energy source for promoting ascending air movement inside the apparatus, to gather, transport and distribute condensed water, as a way to control the climate of a geographic area, the apparatus comprising:

• a) a suspending means for holding the apparatus in the atmosphere, wherein said suspending means further comprises a balloon enclosure having a separated upper area and a lower area, the upper area containing lighter than air gas, and the lower area containing elevated temperature air for additional buoyancy, and a proportional suspending system which allows the weight of the apparatus to be proportionally distributed between a plurality of circular ring balloons containing lighter than air gases, positioned along the length of said apparatus, said balloon enclosure is removably attached to said water condensation means in an airtight manner, until said apparatus has reached a desired altitude and is ready for functional separation,
• b) a water vapor condensation means, for creating and maintaining conditions for condensation of water vapor present in the ascending air inside said apparatus,
• c) a hollow, cylindrical convective lifting column, attached beneath said water vapor condensation means, promoting convective air movement inside said apparatus, while thermally isolating the ascending air, therewithin from the outside ambient air, and
• d) an altitude control means for controlling the position of the apparatus in the atmosphere.

A microclimate control apparatus utilizing the water vapor present in the earth's atmosphere as a natural energy source for promoting ascending air movement inside the apparatus, to gather, transport and distribute condensed water, as a way to control the climate of a geographic area, the apparatus comprising:

• a) a suspending means for holding the apparatus in the atmosphere,
• b) a water vapor condensation means, for creating and maintaining conditions for condensation of water vapor present in the ascending air inside said apparatus, said water vapor condensation means further comprises a hollow double-walled tubular sleeve having an internal heat-conductive tubular water condenser and an external tubular wall having an opening in a lower portion permitting cold atmospheric air to enter between the condenser and the external wall and circulate upwards for cooling said water condenser, wherein the double-walled sleeve further has at least one one-way valve disposed on an upper portion permitting this cold atmospheric air to enter said apparatus, and
• c) a hollow, cylindrical convective lifting column, attached beneath said water vapor condensation means, promoting convective air movement inside said apparatus, while thermally isolating the ascending air therewithin from the outside ambient air, and,
• d) an altitude control means for controlling the position of the apparatus in the atmosphere.

A microclimate control apparatus utilizing the water vapor present in the earth's atmosphere as a natural energy source for promoting ascending air movement inside the apparatus, to gather, transport and distribute condensed water, as a way to control the climate of a geographic area, the apparatus comprising:

• a) a suspending means for holding the apparatus in the atmosphere,
• b) a water vapor condensation means, for creating and maintaining conditions for condensation of water vapor present in the ascending air inside said apparatus, said water vapor condensation means further comprises a hollow double-walled tubular sleeve having an internal heat-conductive tubular water condenser and an external tubular wall having an opening in a lower portion permitting cold atmospheric air to enter between the condenser and the external wall and circulate upwards for cooling said water condenser, said double walled tubular sleeve has a hollow, annular water collector positioned beneath said water condenser, further said sleeve having a spiral shaped blade positioned inside, causing ascending air to swirl in a cyclonic-like motion, increasing air contact with said water condenser to optimize water condensation, wherein the double-walled sleeve further has at least one one-way valve disposed on an upper portion permitting this cold atmospheric air to enter said apparatus, and
• c) a hollow, cylindrical convective lifting column, attached beneath said water vapor condensation means, promoting convective air movement inside said apparatus, while thermally isolating the ascending air therewithin from the outside ambient air, and,
• d) an altitude control means for controlling the position of the apparatus in the atmosphere.

A microclimate control apparatus utilizing the water vapor present in the earth's atmosphere as a natural energy source for promoting ascending air movement inside the apparatus, to gather, transport and distribute condensed water, as a way to control the climate of a geographic area, the apparatus comprising:

• a) a suspending means for holding the apparatus in the atmosphere,
• b) a water vapor condensation means, for creating and maintaining conditions for condensation of water vapor present in the ascending air inside said apparatus, and
• c) a hollow, cylindrical convective lifting column, attached beneath said water vapor condensation means, promotong convective air movement inside said apparatus, while thermally isolating the ascending air therewithin from the outside ambient air, said lifting column further comprises, a plurality of column segments that are attached to each other in an airtight manner, an air intake area on a lower portion of the convective lifting column allowing air to enter therein also water transportation means and water distribution means, for conveying and dispensing water from said water vapor condensation means to a group surface beneath the apparatus, and
• d) an altitude control means for controlling the position of the apparatus in the atmosphere.

A microclimate control apparatus utilizing the water vapor present in the earth's atmosphere as a natural energy source for promoting ascending air movement inside the apparatus, to gather, transport and distribute condensed water, as a way to control the climate of a geographic area, the apparatus comprising:

• a) a suspending means for holding the apparatus in the atmosphere,
• b) a water vapor condensation means, for creating and maintaining conditions for condensation of water vapor present in the ascending air inside said apparatus,
• c) a hollow, cylindrical convective lifting column, attached beneath said water vapor condensation means, promoting convective air movement inside said apparatus, while thermally isolating the ascending air therewithin from the outside ambient air, said lifting column further comprises, a plurality of column segments that are attached to each other in an airtight manner, an air intake area on a lower portion of the convective lifting column allowing air to enter therein also water transportation means and water distribution means, for conveying and dispensing water from said water vapor condensation means to a ground surface beneath the apparatus, said water transportation means further comprises, a spiral piping system hydraulically connected to the water vapor condensation means, said piping system positioned inside the convective lifting column, for transporting condensed water downward therethrough and
• d) an altitude control means for controlling the position of the apparatus in the atmosphere.

A microclimate control apparatus utilizing the water vapor present in the earth's atmosphere as a natural energy source for promoting ascending air movement inside the apparatus, to gather, transport and distribute condensed water, as a way to control the climate of a geographic area, the apparatus comprising:

• a) a suspending means for holding the apparatus in the atmosphere,
• b) a water vapor condensation means, for creating and maintaining conditions for condensation of water vapor present in the ascending air inside said apparatus,
• c) a hollow, cylindrical convective lifting column, attached beneath said water vapor condensation means, promoting convective air movement inside said apparatus, while thermally isolating the ascending air therewithin from the outside ambient air, said lifting column further comprises, a plurality of column segments that are attached to each other in an airtight manner, an air intake area on a lower portion of the convective lifting column allowing air to enter therein also water transportation means and water distribution means, for conveying and dispensing water from said water vapor condensation means to a ground surface beneath the apparatus, said water transportation means further comprises, a spiral piping system hydraulically connected to the water vapor condensation means, said piping system positioned inside the convective lifting column, for transporting condensed water downward therethrough, said water distribution means further comprises a circular piping system, suspended below said intake area of the convective lifting column, hydraulically connected to said water transportation means for dispersing condensed water to the earth's surface below, and
• d) an altitude control means for controlling the position of the apparatus in the atmosphere.