Abstract: An air recovery system, comprising: a) a water source that is capable to delivering a water source to the atmospheric tank. b). an atmospheric tank assembly that provides a heat exchanger to heat the water source inside the copper tubing and condenses the hot water vapor back into water. c) Two vacuum tank assemblies that receives hot water and under both a vacuum pressure and a temperature provides hot water vapor. d). Two CP-150 CLAWVAC vacuum pumps that remove the hot water vapor for the respective vacuum tanks. e). The water purification CP-150 CLAWVAC vacuum pump delivers the hot water vapor to the atmospheric tank and provides water. f).The air recovery vacuum tank assembly delivers the hot water vapor to the atmosphere. g).Both vacuum tank assemblies are connected to a solar water collector. H).Both vacuum tank assemblies are connected to a salt recovery system. i).The portable brine tank container connects to the water purification salt recovery system.

Abstract: A salt recovery system, comprising: a) a salt recovery tank, configured to receive and hold brine; b) a fluid tank, configured to hold a fluid and comprising a heater configured and heat the fluid in the fluid tank; c) a heat exchanger pipe, configured to receive the fluid from the fluid tank, to enable heat exchange between the fluid in the heat exchanger pipe and the brine in the salt recovery tank, and to release the fluid into the fluid tank; d) a circulation pump configured for driving a circulation of the fluid from the fluid tank, through the heat exchanger pipe, and back into the fluid tank; e) a first vacuum pump configured to lower pressure inside the salt recovery tank and to pump the water vapor out the salt recovery tank; f) a recycled water tank, configured to receive the water vapor from the first vacuum pump.

Abstract: A water purification system comprising a salvage pump, a vacuum assembly, and a clean water assembly. The salvage pump is configured to draw water from a water source. The vacuum assembly is configured to remove solutes from the water via vacuum evaporation. The clean water assembly is configured to remove non-soluble particles and/or bacteria from the water.

Abstract: A portable sputtering apparatus for repairing the damaged surface on aircrafts comprises: a cylindrical chamber, having a top chamber plate and a bottom chamber plate. The cylindrical chamber comprises a welded flange for attachment to a high vacuum system and a first tube and flange assembly for attachment to an inert gas bottle. The top chamber plate comprises a cathode housing, comprising a cathode coated with the material to be sputtered onto the surface of the aircraft, and a second tube and flange assembly for discharge of pressure within the chamber. The bottom chamber plate comprises a second housing that attaches to the surface of an aircraft. Within the second housing is a metal sheet, having an aperture that allows sputtered material to flow onto the surface of the aircraft. The material to be sputtered may be carbon composite or copper.

Abstract: A water purification system comprising a salvage pump, a salvage assembly, a vacuum assembly, and a clean water assembly. The salvage pump is configured to draw water from a water source. The salvage assembly is configured to store and heat water drawn from the water source. The vacuum assembly is configured to remove solutes from the water via vacuum evaporation. The clean water assembly is configured to remove non-soluble particles and/or bacteria from the water.

Abstract: The present invention provides a device for sputtering a material onto a substrate having a surface. The device comprises a chamber that has a target window where sputtering of the surface of the substrate takes place, via a force produced by a pair of magnets. The magnets are moved across the surface of the substrate via a motor of the device. Furthermore, a method of using such a device for sputtering is also contemplated.

Abstract: An electromagnetic actuator assembly for moving heavy loads and running on electromagnetic energy has at least one piston providing movement of heavy loads. Two pairs of THK linear rails controls the electromagnetic actuator assembly. A pair of drive motor coil assemblies provides a force to the two pairs of THK linear rails. A foundation houses an internal tube that contains a plurality of cables. A housing mount weldment connects the plurality of cables to a pair of electrical connections of the pair of drive motor coil assemblies, and allows the plurality of cables to extend when traveling back and forth inside the internal tube. The housing mount weldment has a plurality of openings for access to the plurality of cables. An exposed linear encoder runs along the at least one piston, comprising at least one scale providing positional feedback of the at least one piston.

Abstract: A portable sputtering apparatus for repairing the damaged surface on aircrafts comprises: a cylindrical chamber, having a top chamber plate and a bottom chamber plate. The cylindrical chamber comprises a welded flange for attachment to a high vacuum system and a first tube and flange assembly for attachment to an inert gas bottle. The top chamber plate comprises a cathode housing, comprising a cathode coated with the material to be sputtered onto the surface of the aircraft, and a second tube and flange assembly for discharge of pressure within the chamber. The bottom chamber plate comprises a second housing that attaches to the surface of an aircraft. Within the second housing is a metal sheet, having an aperture that allows sputtered material to flow onto the surface of the aircraft. The material to be sputtered may be carbon composite or copper.

Abstract: A weather protection system designed to protect people and buildings during meteorological events such as a tornado by retracting and securing a building above the ground.

Abstract: A device for supporting a weed eater is provided. The device comprises a grasping unit, a central body, a lower support unit, and at least one wheel. The grasping unit is configured for grasping a shaft of the weed eater. The central body has an upper hand and a lower end, the upper end being joined to the grasping unit. The lower support unit is joined to the lower end of the central body. The at least one wheel is joined to the lower support unit and configured for supporting the lower support unit.

Abstract: An electromagnetic jack assembly. The jack has a first inner jack member having vertical walls, configured to slide within the base, the first inner jack member being nested within the base and having at least two walls connected to respective inside faces of the vertical walls of the base; a first linear magnetic drive assembly, comprising: a magnetic coil; and a magnet track, mounted on the base and the magnetic coil mounted on the first inner jack member or vice versa. The magnetic drive assembly forms the connection between the base and the first inner track. A second inner jack member nested within the first inner jack member and has a second linear magnetic drive assembly. The magnetic drive assembly forms the connection between the first and second inner track members.