13results about "Aircraft carriers" patented technology

A computer-implemented method for locating a radar sensor includes obtaining a first radar scan of a first environment of the radar sensor, the first environment including a power range spectrum set including a first power range spectrum; extracting from the first radar scan a first landmark set including a first landmark defined by a range and an azimuth angle; calculating respective first descriptor sets including a first descriptor defining the first landmark by a respective relative range and azimuth angle with respect to one or more landmarks included in the first landmark set; accessing one or more landmark reference sets of each environment and calculating a descriptor reference set for each of the landmark reference sets; matching the first descriptor set with a corresponding first descriptor reference set; and identifying a first location of the radar sensor using a first result of the matching.

Drone release system from an underwater vehicle. The drone release system comprises: a plurality of capsules (6), each capsule (6) containing a drone and configured to rise to the surface of the water due to its buoyancy and to open once the capsule (6) has reached the surface of the water to release the drone; a magazine (8) for storing the capsules (6), the magazine (8) being in permanent fluidic communication with the outside so that the surrounding water fills the magazine (8) when the underwater vehicle (2) is submerged; and a retaining device (16) having a retaining configuration in which the retaining device (16) retains the capsules (6) in the magazine (8) and a release configuration in which the retaining device (16) releases a capsule (6) for its ascent to the surface of the water. Figure 1

The present disclosure provides a wide-based sub. Further, the wide-based sub may include a hull comprising a wide-based structure. Further, the wide-based sub May include a deck which may be configured for facilitating performance of an activity associated with the wide-based sub. Further, the activity includes one or more of a storage of an asset and a maritime operation associated with the wide-based sub. Further, the wide-based sub may include a propulsion device which may be configured for propelling the wide-based sub in relation to each of the underwater environment and the afloat environment. Further, the wide-based sub may include a missiles storage and firing module configured for automatic firing and reloading of a plurality of missiles in a range of 10 to 1000.

The present invention discloses a structure of a ship flight deck metal foreign object cleaning robot based on electromagnetic adsorption. The structure of the metal foreign object cleaning robot includes a vehicle body, a driving system, a cleaning system, and a foreign object storage box. The vehicle body is a box structure with upper and lower layers separated by a horizontally arranged partition plate. The top of the box structure is uncovered, and the driving system and the cleaning system are arranged in the lower part of the box structure. By using the principle of electromagnetic adsorption, an electromagnetic solenoid array is evenly distributed on a circumferentially rotating sprocket. The stroke of the electromagnetic solenoid is divided into a conductive area and an insulating area. The adsorption and desorption of metal foreign objects are realized by means of physical segmentation. A foreign object storage box is arranged below the metal foreign object desorption area. With the continuous progress of the sprocket drive, the cleaning process is also continuous. The adsorption and collection functions are relatively independent. The cleaning process of metal foreign objects is coherent, coordinated, and orderly, so that the cleaning effect and efficiency of the metal foreign object cleaning robot are improved.

The invention relates to an aircraft carrier convenient for take-off and landing of an aircraft, which comprises a main body, and a buffer part which is coupled to the upper surface of the main body with a landing plate which is elastically retracted and extended, and which elastically buffers an impact force when the aircraft lands on the landing plate. Through the structure, the main body is combined with the landing plate which is elastically retracted and stretched out, so that the impact force during landing of the aircraft is effectively buffered, stable landing can be ensured, and the durability of the aircraft body can be remarkably improved.

The drone release system comprises: - a plurality of capsules (6), each capsule (6) containing a drone and being configured to rise to the surface of the water due to its buoyancy of the capsule (6) and to open once the capsule (6) has reached the surface of the water to release the drone, - a store (8) for storing the capsules (6), the store (8) being in permanent fluidic communication with the outside so that the surrounding water fills the store (8) when the underwater craft (2) is submerged, and - a retaining device (16) having a retaining configuration in which the retaining device (16) retains the capsules (6) in the store (8) and a release configuration in which the retaining device (16) releases a capsule (6) for its ascent to the surface of the water.

The present invention relates to a ship (1) comprising a hull (10) and at least one deck (P1, P2, P3), said ship (1) further comprising two reinforcing hoops (12) extending on each of the lateral edges of said ship (1) along at least a portion of said deck (P1, P2, P3), a hangar (11) extending over the entire width of the ship (1) and opening through an opening onto one or both opposite lateral walls of the hull (10) of the ship (1), the two reinforcing hoops (12) extending on either side of said hangar (11) along the longitudinal axis of the ship (1).

The invention relates to a zero-fuel infinite endurance nuclear power aircraft carrier which is characterized in that a sea water pump and a plurality of biogas digesters are arranged in a cabin of a huge wheel and a huge ship such as the aircraft carrier, a sea water pump pipe and a pump pipe suction head which can be immersed in sea water all the time are arranged at the low-position water inlet end of the sea water pump, and a coarse filter screen is arranged at an opening of the pump pipe suction head. Large, medium and small fishes can be filtered out, only small seawater organisms such as shrimps are allowed to be pumped into the biogas digesters, the biogas digesters serve as seawater seafood receiving ponds, standing decay gas production ponds and waste residue and waste liquid discharging ponds in turn, and it is ensured that continuous biogas is provided for the nuclear power replacing combustion chamber; therefore, water can be continuously boiled like a traditional nuclear power aircraft carrier, and endless power for infinite endurance can be provided for the aircraft carrier and a ship without consuming a drop of petroleum and nuclear fuel in the whole process. In reality, a lot of fermentation putrefaction odor or biogas pungent smell is caused. Slag liquid in the waste residue and waste liquid discharge pool is actually natural food of marine organisms like blue whale excrement, so that the slag liquid can be directly discharged to the sea through a slag liquid discharge pump.

To provide systems and methods for analyzing the utilization of aircraft within a fleet.SOLUTION: A system 100 comprises: flight data sources 102 that receive, from aircraft 104, flight data 105, which includes information regarding a flight time, landings and the like regarding each of the aircraft 104; and one or more control units 108 which receives flight data 110, which is compiled for a plurality of the aircraft 104 within a fleet 107, from a flight data aggregator sub-system 106, which is in communication with a plurality of the flight data sources 102 and collects, compiles and normalizes all the flight data 105 collected by the flight data sources 102. On the basis of the flight data 110 compiled for the plurality of the aircraft 104 within the fleet, the one or more control units 108 automatically determine the aircraft 104 utilization for the plurality of the aircraft 104 within the fleet.SELECTED DRAWING: Figure 1

The invention relates to a versatile system for the secure handling of an aircraft (1) for vertical take-off and landing, which is provided with a skid-type landing gear comprising means (6) which form a motorized trolley for handling the aircraft (1), and further comprising means (10, 11) for gripping and lifting the landing gear of the aircraft in order to facilitate the handling thereof.

In order to achieve all the purposes mentioned above and that will emerge from the detailed description below, the present invention is related to an aircraft capture and transportation system (1 ) comprising at least one capture car (50) with at least one holder capable of being connected to at least one probe on the helicopter to enable the safe landing or take-off of aircraft on marine vessels and to transfer them to a safe area on the marine vessel, having at least one track configured on the marine vessel (100) to allow movement of said capture car (50). Accordingly, its novelty is that it comprises at least one traverse winch (83) connected to the capture car (50) by means of at least one rope to provide movement of the capture car (50), it comprises at least one power unit (81 ) providing drive to said traverse winch (83), it comprises at least one variable displacement power regulated pump to automatically adjust the pressure according to the counterload, and it comprises at least one image processing unit (10) allowing the capture car to follow the helicopter by calculating the instantaneous position of the aircraft.