Abstract: An auxiliary charging system comprising of: a recovering system for capturing kinetic energy from a propeller exhausted air; and at least two sets of propellers, one set of propellers is located on the electric motor, and the other set of propellers is situated on an alternator or the generator unit is in this process; the alternator can be located in the front or behind of an aircraft electric motor or aircraft wing or vice versa (Anywhere on the aircraft) for recharging batteries and supplying power back to the propeller electric motor that is powering the aircraft; the propeller electric motor and the alternator propeller is a non-connected systems. The exhausted kinetic energy air from the alternator propeller captures kinetic energy air from the propeller electric motor; this kinetic energy adds motion to the propeller driveshaft of the alternator.

Abstract: Air power auxiliary alternators comprising a recovering system for capturing moving kinetic air energy, Using alternators for charging the batteries and supplying power to the electrical system, plus other vehicle components and the automobile’s motor. The charging system has a voltage regulator unit and a power control inverter. Giving power back to the auxiliary drive motor that electrically powers the battery and the drive process. The system is a non-contact powering unit that uses not take away from the vehicle’s electrical system the kinetic energy air from a moving vehicle. Multiple alternators force air into the pelonis intake, which is mounted in the front of the vehicle and arranged to transform this air into a rotating motion and charge the ion battery. This energy of the rotating movement of the kinetic energy action to electrical energy power for E.V. vehicles or trucks with trailers, an.

Abstract: A kinetic energy charging wing system comprising of: an energy recovery system for capturing kinetic air energy that is passing over the surface of an aircraft wing or the surface of a drone aircraft or other transport; the passing air is causing the swirl cage wheel blades shaft to rotate and also turning an alternator or a generator unit driveshaft; this kinetic energy system which transfers kinetic energy from air into mechanical energy from air passing over the surface of the aircraft and the atmosphere are being captured by swirl cage wheel blades; the system incorporates at least one swirl cage wheel unit and one alternator or generator unit that connected to a swirl cage wheel unit with a housing for the swirl cage wheel blades.

Abstract: A control Spot lights and display drone, which has an auxiliary generator or battery to supply power for a combination of voltage, for lighting LED spot light and other auxiliary equipment and powering the drones, a wire tethering device that can move in conjunction with the drone; the drone lighting also can change colors to create a flashing lights effect (as a like police cars flashing lights).

Abstract: A composite assembly for assembling documents and including a substrate sheet, and adhesive layer, and a release liner disposed over the adhesive layer. To assemble a document, the pages of the document are printed on the substrate sheets, the substrate sheets are ordered and aligned, the release liners are removed by the a portion of the release liner overlaying a removed tab being grasped and pulled to peel the release liners from the adhesive layers, and the pages are bonded together by pressure.

Abstract: An image assembly for backlit display includes a display image on a display medium and a masking image disposed at a back side of the display image and adjacent thereto. The masking image has a pattern of light transmittance which is at least partially determined as a function of the pattern of light density of the display image. The pattern of light transmittance of the masking image and the pattern of the light density of the display image are spatially correlated such that the display image has an improved backlit appearance.

Abstract: A composite assembly for assembling documents and including a substrate sheet, and adhesive layer, and a release liner disposed over the adhesive layer. The release liner includes a tab extending from a lateral surface of the substrate sheet. To assemble a document, the pages of the document are printed on the substrate sheets, the substrate sheets are ordered and aligned, the release liners are removed by the tab being grasped and pulled to peel the release liners from the adhesive layers, and the pages are bonded together by pressure.