Intelligent gas explosion parachute

Abstract

The invention discloses an intelligent gas explosion parachute. The intelligent gas explosion parachute is formed by assembling of a parachute installing mechanism, a puncturing mechanism and a parachute opening mechanism. The parachute opening mechanism comprises a flow guide bin, a plurality of ejection hollow pipes, a gas bin cap and a high-pressure gas cylinder, wherein the ejection hollow pipes are distributed evenly, the gas bin cap is installed on the multiple ejection hollow pipes, and the high-pressure gas cylinder is installed in the parachute installing mechanism; a parachute bin for installing the parachute is installed between the gas bin cap and the parachute installing mechanism; one ends of the ejection hollow pipes communicate with an air ejection port of the flow guide bin, a plurality of projection top caps are evenly installed on a parachute opening port of the gas bin cap in an enclosing mode, and the other ends of the ejection hollow pipes communicate with the parachute opening port and correspond to the projection top caps; the projection top caps are connected with endpoints of the parachute through pulling ropes correspondingly; the puncturing mechanism is installed in the parachute installing mechanism and conducts puncturing actions on the high-pressure gas cylinder; and the high-pressure gas cylinder communicates with an gas inlet of the flow guide bin. According to the intelligent gas explosion parachute, fast parachute opening is achieved, safety of personnel and equipment working in high altitude is effectively ensured, risks that the personnel are injured or the equipment is damaged caused by accidental falling down of the personnel or equipment in high altitude are reduced.

Description

technical field [0001] The invention relates to the technical field of high-altitude operations, in particular to an intelligent air-explosion umbrella. Background technique [0002] Existing parachute devices involve several steps from deployment to deployment, including an operator or user-activated trigger mechanism that causes the parachute to fly longitudinally out of the chamber and then inflate the parachute with ambient air, Make the canopy begin to open until the diameter of the canopy is maximized. The speed of this passive expansion depends on the structural tension and motion inertia of the umbrella fabric, and it usually takes at least 5 seconds to reach a fully expanded state, and such a delay can directly cost the descending height of tens of meters of the object to be dropped. [0003] In order to reduce the loss of life and property, ensure the safety of people or machines working at heights, and allow people or machines to work at heights more safely, conv...

AI Technical Summary

Problems solved by technology

The speed of this passive expansion depends on the structural tension and motion inertia of the umbrella fabric, and it usually takes at least 5 seconds to reach the fully inflated state, and such a delay can directly cost the drop height of tens of meters to be dropped

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