Tornadoes dynamic teardown system (TDTS)

Abstract

The invention provides a principal theory and a system method for a Tornadoes Dynamic Teardown System (TDTS) to cease Tornadoes' moving and extinguish Tornadoes. TDTS provides an innovation feasible theoretical method, which utilizes: 1, te man-made tornadoes attract the real tornadoes moving over into their GAAS areas, cease their moving and dissipate them. 2, for huge ones, TDTS provides a sudden media explosion in the center the core flow of the sucking pipe of weather patterns for example Tornadoes. This explosion provides an relatively small media separation in a cross section inside the sucking pipe that applies rheology conservation law to induct the vacuum energy and kinetic energy of the sucking pipe transferring into potential energy to automatically break the sucking pipe or whirl vortex tube into two sections. The top-section of the sucking pipe will be auto-attracted back up to the cloud base and the bottom-section shrinks back down to ground as soon as it loses a vacuum connection with the cloud base. TDTS consists of 1, a Ground Array Attractive Systems (GAAS). 2, an Explosion and Launching Systems (ELS) and 3, a Control Systems Center (CSC). GAAS presets on the path of outside the geographical area to attract tornadoes moving over the GAAS area, immediately, cease their moving and exhaust their energy. ELS breaks their sucking pipe to tear down it. CSC is a control and monitor center. TDTS are situated peripheral geographic areas of metropolis, civilian and important facilities to protect these areas from weather patterns with sucking pipes such as Tornadoes, Twisters, Dust Devil, and Cyclone. TDTS center remotely controls the disaster weather. Especially, ELS can be applied independently out of the GAAS area.

What is claimed is:  
     
         1 . A theory and method 
 1. TDTS applies a brand new principal theory and a system method to extinguish the disaster weather patterns with sucking pipes. First, it blows hot air out up-flows to make some man-made tornadoes with opposite vortexes in geometric patterns attracts a real tornado moving over into its area. The man-made tornadoes will combine the real one into a one tornado, as soon as the tornado is in the GAAS areas. Meanwhile, the devices of GAAS will change their burst out directions in the process purposes: cease the moving of the tornado and exhaust the tornado. Second, for a huge real ones, it launches a media bomb or flies (actually, is sucked) a media balloon into the core flow in the sucking pipe of the disaster weather patterns and explodes it. The media bomb or balloon could be a compressed or liquid a media, the explosion of which will suddenly provide an air media separation in the cross section in the sucking pipe. The energy of the explosion is relatively very small comparing with the whole of energy of the disaster weather. The sudden air media explosion will clog the core flow, cut the sucking pipe and interrupt the connection between the cloud base and surface on the ground. It inducts the conservation law of rheology functionally. The vacuum energy and kinetic energy are possessed of the sucking pipe immediately transfer into potential energy. That causes the top-section of the sucking pipe will be auto-attracted back up to the cloud base and the bottom-sec=ion shrinks back down to ground. TDTS is a system, which tear down the sucking pipe to protect metropolis and civilian areas.    2. TDTS are situated peripheral geographical areas of metropolis, civilian and important facilities to protect these areas from weather pans with sucking pipes such as Tornadoes, Twisters, Dust Devil, and Cyclone. TDTS consists of 1, a Ground Array Attractive Systems (GAAS). 2, an Explosion and Launching Systems (ELS) and 3, a Control Systems Center (CSC). GAAS presets on the path of outside the geographical area to attract tornadoes into the GAAS's areas, cease their moving and exhaust their energy. ELS breaks their sucking pipe to tear down it. Especially, ELS can be applied out of the GAAS areas and mounted on a moving application and launched the media bomb (or missile) on the whirl center in the sucking pipe and killed the disaster weather independently. CSC is a control and monitor center.    3. GAAS is set on or closed to the path of the disastrous weather patterns. The number of devices of GAAS burst oat a huge hot air up-flow of man-made tornadoes, which attract the sucking pipe of disaster weather moving towards this area The hot air up-flow will of man-made tornadoes combine the sucking pipe of the real tornado to one, and cease the moving of the sucking pipe for a designed period. GAAS will change the hot air burst out directions by process design to hold the sucking pipe and exhaust the energy of sucking pipe.    4. ELS launches or flies an high-pressure air media bomb or a balloon to create a discontiguous media energy layer covered on at least the ⅛ up to whole area of cross section of the vacuum sucking pipe to break We pipe at the optimized height. The explosion suddenly breaks the core flow of disaster weather (for example, Tornadoes) and destroys its vortex at the discontinuous media layer and low-pressure vacuum of the core flow in the sucking pipe. The conservation low of rheology causes the sucking pipe automatically transferring the low-pressure head and velocity head into the elevation head. The top-section will be sucked back up to its cloud base and the bottom-section will be shrinks back down to the ground surface. The disaster weather will immediately lost the whirl center, and the relative static environment surround the sucking pipe will dissipate the energy of the disaster weather and tend quiet down quickly The weather patterns can be Tornadoes, Twisters, Dust Devils, and Cyclones.    5. ELS can launch the explosive air media bombs immediately during the sucking pipe forming. It launches the explosion bomb at the lower end of the sucking pipe during a sucking pipe dropping down from the cloud base. It launches the top end during the sucking pipe on the ground growing up to contact the cloud base.    6. When the diameter of the sucking pipe is small, GAAS can hold the sucking pipe and exhaust it of disaster weather such as tornadoes individually.    7. For those out of the range of GAAS, ELS can directly launch to the sucking center of the pipe (whirl tube especially the core flow) to break it into two sections and tear down tornadoes immediately.    8. Theory and method 1 and 2 can be used by toter or separately.    
     
     
         2 . TDTS (Tornadoes Dynamic Tear-down Systems) consists of 
 1. GAAS (Ground Array Attractive Systems) is an array burning systems to form relative small man-made tornadoes. It has number of burning device setup in array pattern controlled by computers center. It can be remotely controlled its devices in geometric patterns and rotated their directions of bursting out hot air.    2. ELS (Explosion and Launching System) is a flexible response system that can be situated in certain locations or amounted on moving vinchals. It launches the media energy bombs and controls their explosions, which can be launched in the whirl tube center. The energy media bomb is a compressed air media bomb system and doesn't damage to human and human facilities.    3. CSC (Control Systems Center) is a remote monitoring and controlling system. It controls the response of the GAAS and ELS. Or it can be amounted with ELS.    4. The high-pressure air media bomb or balloon contains certain volume of the high-pressure air or liquid air media. Its explosion can be controlled by presetting instrument inside the bomb or remotely. The volume of the air explosion has to cover at least of the ⅛ of the cross section area of the core flow of the sucking pipe to cause its breaking.    5. The air bomb can be launched by missile or cannon. The air balloon can be preset on or closed to the path of the sucking pipe and GAAS's areas. It can be sucked into the sucking pipe of the disaster weather and exploded inside core flow of the sucking pipe at the controlled height.    
     
     
         3 . TDTS (Tornadoes Dynamic Teardown Systems) is comprised of: 
 1. GAAS is setting on or closed to most of the paths of the disaster weather moving areas and peripheral geographical areas of metropolis, civilian homes and important facilities to protect these areas from weather patterns that has sucking pipe (column or tube) connect to ground.    2. ELS is moving into its range of the launching area.    3. GAAS will be automatically started burst out the hot air flow as soon as the sucking pipe moves closed to or passes over to its area.    4. The huge volume of the hot burning airflow of man-made tornadoes rapidly boosts up, which creates a lower pressure area attracting the sucking pipe moves over to its area.    5. As soon as the sucking pipe moves over to its area, the hot up-flow or the man-made tornadoes will combine the sucking pipe of the real tornado to one pipe, stop its moving and hold it in the GAAS area.    6. The bursting out direction of man-made tornadoes will be gradually changed into the reversed whirl directions by process request. The process will change the direction and the volume of the bursting out in the purpose of exhausting the real tornado's energy of the sucking pipe. If the sucking pipe is small, GAAS dissipate the whirl center and wear down the tornadoes individually.    7. If the sucking pipe is big, ELS will be launched or flown at the controlled height of the whirl center and exploded with high pressure air media to interrupt the low atmosphere sucking pipe, break the connection (vortex tube or pipe) of the could base and surface on the ground The centrifugal forces of the relatively static whirlwind surround the sucking pipe will be quickly sprayed out and exhausted.