Material pod delivery control system and delivery control method

Abstract

The invention discloses a control system and method for material pod delivery. The control system for material pod delivery includes an umbilical connector (6), a dropping detection ejector component(2), an application module, a controller, a delay module and an executing mechanism. The umbilical connector (6) and an aerial carrier achieves bidirectional transmission of communication signals andaddress information, the aerial carrier supplies power to the umbilical connector (6), the controller is connected with the umbilical connector (6) and the dropping detection ejector component (2) respectively, the dropping detection ejector component (2) is connected with the aerial carrier and the delay module respectively, the controller controls the executing mechanism through a control signaloutput end, the controller and the application module achieves signal bidirectional transmission, and the delay module is connected with the control signal input end of the executing mechanism. By judging the dropping detection ejector component, an aerial carrier on-hook state, a deintercalation state and the delay time range, the executing mechanism of a parachute is controlled, and the normalflight of the aerial carrier is fully ensured.

Description

technical field [0001] The invention relates to a material pod delivery control system and a delivery control method. Background technique [0002] The use of airplanes to transport equipment and materials and deliver them from the air to designated locations is the main means of delivering equipment and materials to airborne troops and other troops fighting behind enemy lines. Airdrop with umbrella is a kind of airdrop method. The parachute uses the principle of air resistance and relies on an expandable aerodynamic reducer that is inflated relative to air movement. Using a parachute, people or objects can be safely dropped from the air to the ground. [0003] Although the future battlefield is different from mechanized warfare, the demand for war consumption, material supplies, and war wound rescue will always exist. With the continuous development of combat styles, we cannot be limited to the traditional support mode and way of thinking. UAVs have the advantages of low c...

AI Technical Summary

Problems solved by technology

With the continuous development of combat styles, we cannot be limited to the traditional support mode and way of thinking. UAVs have the advantages of low casualty rate, fast speed, accurate positioning, and flexible adjustment, and can support air supply in various harsh environments and high-risk areas. However, most drones are generally used for aerial reconnaissance and dropping bombs to attack ground targets. Due to the influence of aerodynamics, it is not possible to directly hang materials and implement high-precision airdrops, let alone guarantee that the materials will not be damaged after delivery.

[0004] Most of the existing material delivery equipment is to pack the goods and place them in the cabin, and manually push the goods out of the cabin. There is no parachute umbrella cabin, so that the parachute and the goods are placed in the cabin together. Low efficiency and other problems, which lead to imperfect control system

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