Unmanned helicopter remote rescue salvage method of wire-controlled salvage net device
An unmanned helicopter and long-distance technology, which is applied in the field of long-distance rescue of people in distress, can solve the problems that restrict the development of long-distance rescue and salvage operations, long launch preparation time, inaccuracy, etc., and achieve high salvage success rate and salvage efficiency. The method is quick and easy to master, and the target captures accurate results
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Embodiment 1
[0023] Example 1. Place the pre-folded salvage net on the netting device of the unmanned helicopter. The cable connection between the salvage net and the cable pay-off device is established through two modes: 1. The cable winding is set at the rear of the cable connected to the salvage net; the cable winding is connected to the cable winding and placed on the cable pay-off device to form a Wire-controlled salvage net device; when in use, pull out the salvage net and place it on the net support device of the unmanned helicopter. 2. The salvage net is arranged with the cable winding on the cable pay-off device. When in use, the salvage net may be placed on the support net device of the unmanned helicopter and connected to the front end of the cable winding, or the salvage net and the The front end of the cable winding is connected to form a wire-controlled salvage net device, and then the salvage net is placed on the net support device of the unmanned helicopter.
[0024] Resc...
Embodiment 2
[0027] Example 2. On the basis of embodiment 1, the unmanned helicopter is provided with a decoupling device; one end of the salvage net placed on the net device is hung on the decoupling device; the net device controlled by the unmanned helicopter opens the salvage net of the airdropped cable And tow the salvage net to fly, and then control the decoupling device to separate from the salvage net with the cable after it is determined that the towed salvage net covers the salvage target. After the unmanned helicopter tows the salvage net and hovers over the salvage target at a lower height, and needs to release all the wire-controlled salvage nets, then control the decoupling device to release the net, so that the salvage net with the cable can accurately cover the salvage target. In order to make the towed salvage net accurately cover the salvage target, the decoupling device is usually controlled to release the net when the unmanned helicopter is in a hovering state.
Embodiment 3
[0028] Example 3. On the basis of Embodiment 2, the unmanned helicopter is also provided with an external force sensing device; when the external force sensing device senses that the external traction force on the salvage net is greater than the preset limit value, it directly controls the uncoupling device to go off the net, and the associated The fishing net for the cable is separated.
[0029] As another mode of embodiment 3, after the external force sensing device of the unmanned helicopter senses that the external traction force on the salvage net is greater than the preset limit value, the relevant information is sent back to the remote control device, and the rescue personnel at the rescue site decide whether to The decoupling device that needs the remote control unmanned helicopter to go off the net and separate from the salvage net with the cable. Embodiment 3 belongs to the active separation mode.
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