Electric-control automatic release device

Abstract

The invention relates to an electric-control automatic release device, belongs to the field of electromechanics and can be applied to the fields of airborne landing, air drop, helicopter suspension and the like. The electric-control automatic release device is characterized in that an upper connection shaft (1) is sleeved by a lower connection shaft (14), a steel ball (9) is arranged in a conical hole of the low connection shaft (14), a spring (4) is arranged at the upper end of the low connection shaft (14), a lining (7) is pressed on the spring (4) through a gasket (3), a pin shaft (2) is coupled into a hole in the lining (7), a cutter (6) is arranged in the upper connection shaft (1), a connector (8) is arranged at the lower end of the cutter (6), a connection rope (5) penetrates through a hole in the cutter (6) to be tied on the pin shaft (2), a controller (13) is arranged on a release lock, and an indicator lamp (10), a liquid crystal display screen (11), an operation button (12), a control circuit board (15) and a battery (16) are arranged on the controller (13). The electric-control automatic release device disclosed by the invention has the advantages of being simple and compact in structure, convenient to use, stable in performance and free of potential safety hazards and achieving intelligent control and air release.

Description

technical field [0001] The invention relates to an electronically controlled automatic detachment device, which belongs to the electromechanical field. Background technique [0002] At present, the devices used for automatic disengagement at home and abroad are mainly explosive type (explosive bolt) and mechanical disengagement lock (triggered by landing) two types: [0003] Explosive type (explosive bolt) is generally used in the suspension of helicopters. When the helicopter lifts the suspended object to the destination or in case of emergency, if it is inconvenient to use the manual disengagement method, the pilot generally uses the pilot to initiate the explosion. The bolt destroys the structure of the hook and releases the hanging object. At present, the explosive type can't realize automatic control, it's just an executive mechanism. [0004] The mechanical disengagement lock is generally used for airborne airdrops and drone recovery. When the airdrop or drone lands,...

AI Technical Summary

Problems solved by technology

The mechanical disengagement lock must wait for the airdrop of heavy objects or the landing of the drone, the hanging rope is in a loose state, and the load applied to the disengagement lock is released, and the disengagement lock can only be opened in a free state; if the airdrop encounters severe weather such as strong winds, After airdropping heavy objects or UAVs on the ground, the hanging ropes are in a tight state, unable to release the load applied to the disengagement lock, and the disengagement locks cannot be opened. Airdropping heavy objects or UAVs will be pulled by the parachute and roll on the ground, causing damage

Images