Controllable air-drop parachute

Abstract

The invention discloses a controllable air-drop parachute, which comprises a drogue parachute, a main parachute, a control rope, a balancing pole, an execution motor, a measurement and control system and a suspender, wherein the main parachute is connected with the control rope; the control rope is connected to the execution motor through the balancing pole; an output end of the execution motor is connected with the control rope; an input end of the execution motor is connected with an output end of the measurement and control system; and an input signal of the measurement and control system is given by the balancing pole and a positioning system. The controllable air-drop parachute has the advantages of compact and simple structure, high universality, high practicability and low cost; an unmanned automatic device is additionally arranged on the basis of the conventional parachute for reconstruction; air-drop efficiency of supplies can be greatly increased; and various unnecessary losses and the like are avoided.

Description

Technical field [0001] The invention belongs to a parachute, and particularly relates to a controllable parachute that can be used for airdropping materials in a responsible environment. Background technique [0002] In contemporary social life, material transportation is an indispensable task for social activities and development. Due to the influence of many objective factors, airdrop technology has become a special method in certain situations where materials cannot be transported in a conventional way (such as natural disasters, war factors, etc.); conventional airdrop technology is affected by many physical conditions ( Such as wind disturbances, complex geomorphological effects, etc.) unable to accurately deliver the airdropped materials to the designated location, the resulting economic losses (such as avoiding repeated delivery of materials) and other losses (such as timely delivery of materials during disaster relief missions may increase The success of disaster relief)...

AI Technical Summary

Problems solved by technology

Due to the influence of many objective factors, airdrop technology has become a special means in some cases where material delivery cannot be carried out in a conventional way (such as natural disasters, war factors, etc.); conventional airdrop technology is affected by many physical conditions ( Such as wind disturbances, complex landforms, etc.) cannot accurately deliver the airdrops to the designated location, resulting in economic losses (such as avoiding repeated delivery of materials) and other losses (such as timely delivery of materials in disaster relief tasks can increase disaster relief success) is quite serious

Images