Anti-explosion gill net self-adaptive winding and unwinding system and method

Abstract

The invention provides an anti-explosion gill net self-adaptive winding and unwinding system which comprises a vehicle speed detection device, a main controller and a first driving device which are electrically connected in sequence, and further comprises a poking wheel and an anti-explosion gill net. The first driving device is connected with the poking wheel; the poking wheel is in contact withthe anti-explosion gill net; the anti-explosion gill net is of a telescopic cylindrical structure; the head of the anti-explosion gill net is fixed to the front end of a compartment of an anti-explosion gill net vehicle, and the poking wheel is used for driving the anti-explosion gill net to move under the driving of the first driving device so as to achieve winding and unwinding. By arranging thevehicle speed detection device and the main controller, the vehicle speed detection device can obtain the running speed of the anti-explosion gill net vehicle in real time, and the main controller calculates the rotating speed matched with the first driving device based on the speed combined with the radius of the poking wheel, so that self-adaptive control over the poking wheel is achieved, theanti-explosion gill net can be smoothly wound and unwound, and the situations of scattering and jamming are avoided. In addition, the invention further provides an anti-explosion gill net self-adaptive winding and unwinding method.

Description

technical field [0001] The invention relates to the technical field of explosion-proof gillnet vehicles, in particular to an explosion-proof gillnet self-adaptive retracting system and method. Background technique [0002] In daily life or in war conflicts, there will be a lot of uncontrollable situations, especially riots. When the riots cannot be restricted, the situation will be out of control and cause significant impact and damage. Therefore, explosion-proof gillnets can appear. Gillnets can isolate rioters and restrict their location to prevent them from easily breaking through and causing large-scale safety hazards. At present, explosion-proof gillnets are deployed and rolled up by corresponding special vehicles for explosion-proof gillnets, saving time and effort . [0003] However, the current explosion-proof gillnet vehicles have no further control on the retraction and retraction of the explosion-proof gillnet, and the retraction and retraction of the explosion-p...

AI Technical Summary

Problems solved by technology

[0003]However, the current explosion-proof gillnet vehicles have no further control on the retraction and retraction of the explosion-proof gillnets. The reason is that the speed of retracting and releasing the explosion-proof gillnet does not match the speed of the explosion-proof gillnet vehicle.

Therefore, the current explosion-proof gillnet vehicles not only have the problem of low efficiency when retracting and retracting, but also have the problem of shortening the service life of the explosion-proof gillnet

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