초록 ▼

Characterized in that in a first stage are loaded or produced on board in a mother aircraft at least a product or mixed of products to act on forest fires, pests or atmospheric phenomena; in a second stage the said product is stored in a glider container with gliding flight ability and equipped with

Characterized in that in a first stage are loaded or produced on board in a mother aircraft at least a product or mixed of products to act on forest fires, pests or atmospheric phenomena; in a second stage the said product is stored in a glider container with gliding flight ability and equipped with a precision guidance system; in a third stage the glider container is dropped from the mother aircraft and guided towards the release point of the load; in a fourth stage the glider container releases of its interior the load of product on the release point, and in a fifth stage the glider container is recovered for a following reusing.

대표청구항 ▼

The invention claimed is: 1. A method of delivering a material payload to a selected position on the ground using a reusable delivery device, comprising: loading an aircraft with at least one reusable delivery device; flying the aircraft to an area above the selected position; releasing the at leas

The invention claimed is: 1. A method of delivering a material payload to a selected position on the ground using a reusable delivery device, comprising: loading an aircraft with at least one reusable delivery device; flying the aircraft to an area above the selected position; releasing the at least one reusable delivery device from the aircraft; causing the at least one reusable delivery device to travel from the aircraft to a location over the selected position on the ground; transmitting a payload release signal from a remote location to the at least one reusable delivery device; receiving the payload release signal at the at least one reusable delivery device and using the release signal to trigger the release of the material payload; transmitting guidance signals from the remote location to the at least one reusable delivery device after it has released its material payload; and receiving the guidance signals at the at least one reusable delivery device, and using those guidance signals to selectively move flight control surfaces of the at least one reusable delivery device to guide the at least one reusable delivery device from a location over the selected position to a location apart from the selected position. 2. The method of claim 1, further comprising loading the at least one reusable delivery device with a material payload while it is located inside the aircraft. 3. The method of claim 2, wherein the selected position on the ground is a fire, the method further comprising generating liquid nitrogen onboard the aircraft using a nitrogen generating device, and wherein the step of loading the at least one reusable delivery device comprises loading the at least one reusable delivery device with the generated liquid nitrogen. 4. The method of claim 1, wherein the step of causing the at least one reusable delivery device to travel from the aircraft to a location over the selected position comprises: illuminating the selected position with a laser designator; and activating a laser guidance system onboard the at least one reusable delivery device, wherein the laser guidance system selectively moves flight control surfaces of the at least one reusable delivery device to guide the at least one reusable delivery device from the aircraft to a location over the selected position by homing in on the laser designator. 5. The method of claim 1, wherein the step of causing the at least one reusable delivery device to travel from the aircraft to a location over the selected position comprises: activating a video system on board the at least one reusable delivery device, wherein the video system transmits a video signal that shows a field of view around the at least one reusable delivery device; receiving the video signal at a remote control position; sending guidance signals from the remote control position to the at least one reusable delivery device, the guidance signals being based on the received video signal, wherein the guidance signals cause selective movement of flight control surfaces of the at least one reusable delivery device to guide the at least one reusable delivery device from the aircraft to a location over the selected position. 6. The method of claim 1, wherein the selected position on the ground is a fire, wherein the step of causing the at least one reusable delivery device to travel from the aircraft to a location over the fire comprises activating an infrared homing device in the at least one reusable delivery device, wherein the infrared homing device senses a position of the fire and selectively moves flight control surfaces of the at least one reusable delivery device to guide the at least one reusable delivery device from the aircraft to a location over the fire. 7. The method of claim 1, wherein the step of causing the at least one reusable delivery device to travel from the aircraft to a location over the selected position comprises: transmitting guidance signals from a remote location to the at least one reusable delivery device after it has been released from aircraft; and receiving the guidance signals at the at least one reusable delivery device, and using those guidance signals to selectively move flight control surfaces of the at least one reusable delivery device to guide the at least one reusable delivery device from the aircraft to a location over the selected position. 8. The method of claim 1, further comprising causing the at least one reusable delivery device to deploy a parachute after it has released its material payload and moved to a location apart from the selected position. 9. The method of claim 1, further comprising causing the at least one reusable delivery device to deploy an inflatable airbag that will cushion the at least one reusable deliver device as it lands after it has released its material payload and moved to a location apart from the selected position. 10. The method of claim 1, wherein the step of loading an aircraft with at least one reusable delivery device comprises loading the aircraft with a reusable delivery device that is in the form of a glider with movable flight control surfaces which can be used to control a descent of the glider once it is released from the aircraft, the glider being capable of carrying and releasing a material payload. 11. The method of claim 10, wherein the step of causing the at least one reusable delivery device to travel from the aircraft to a location over the selected position comprises activating a guidance system onboard the glider that selectively moves the flight control surfaces to guide the glider from the aircraft to a location over the selected position. 12. The method of claim 1, further comprising causing the at least one reusable delivery device to deploy a parachute after it has released its material payload and moved away from a location over the selected position. 13. The method of claim 1, further comprising causing the at least one reusable delivery device to deploy an inflatable airbag that will cushion the at least one reusable deliver device as it lands after it has released its material payload and moved away from a location over the selected position. 14. A method of delivering a material payload to a selected position on the ground using a reusable delivery device, comprising: loading an aircraft with a reusable delivery device that is in the form of a glider with movable flight control surfaces which can be used to control a descent of the glider once it is released from the aircraft, the glider being capable of carrying and releasing a material payload; flying the aircraft to an area above the selected position; releasing the at least one reusable delivery device from the aircraft; activating a guidance system onboard the glider that selectively moves the flight control surfaces to guide the glider from the aircraft to a location over the selected position, wherein the guidance system also automatically generates signals that cause the glider to release a material payload once the glider is positioned over the selected position, and wherein after the material payload has been released, the guidance system also selectively moves the flight control surfaces to guide the glider from a location over the selected position to a location on the ground apart from the selected position, from which it can be recovered and reused.