DESCRIPTION OF THE INVENTION

The present invention relates to a device for treating and protecting animals remotely and according to the international Classification (IPC) is classified as F41 B1 1 / 00; 11/26 ~ Air guns, e,g, air pistols; Steam gum; having precompressed ait before the iking

By analyzing existing solutions, veterinarians as well as those involved in the protection and monitoring of animal populations, whether on forms, reserves or in the wild, often have the need to use blowers or air weapons held in their hands and from which they shoot arrows (injections), which are filled with, depending on the need, medications or sedatives. Using these techniques puts both humans and animals at risk of life-threatening injuries as humans must be in close proximity to the animals, and this most often pushes the animals into a stampede which can lead to serious Injury and unnecessary animal fright

State of the art

There are several solutions used to blow with the power of the breath, throwing from the hand or various air compressions and tanks. However, all solutions are designed to bo shot from the hand or from, the ground and have a. limiting factor of range and visibility, ft. is not known that there is a similar solution and performance for this problem.

The invention relates to a device lor the treatment and protection of animals at a distance. The device / mechanism can be mounted on any drone- and thus make it a means of monitoring and treating animals remotely. The mechanism consists of hooks and slots that allow attachment to any drone, air or gas tanks, pipes, arrow storage tanks, arrow triggers with a remote activation system. An integral part of the mechanism is a processor for wireless transmission of information and recei ving commands, connected to the software for recognizing, targeting and firing arrows or remote control / joystick. The device allows people to identify an animal in need of help and inject the medicine from a distance, without exposing it to danger. Using 4G technology, satellite internet and Wi-Fi, the user is enabled unlimited range, ie management from any location. The case is made of lightweight materials such as carbon fiber or other, and its shape and edges are curved and adjusted to provide as little resistance as possible when dying. Brief description of the drawls

The images included in the description and explanation of the invention are as follows:

Fg. i ~ Spatial view of the device mounted on the upper side of the drone

Fg. 2 ~ Spatial view of the device mounted on the underside of the drone

Fg. 3 ~ Spatial view of the components inside the device housing

Fg. 4 ~ Side view of the housing

Fg, 5 ~ Spatial view of the housing from above

Fg. 6 ~ View of the connection of the housing to the pipe

Fg. 7 ~ Remote control display

The housing of the device is made of appropriate dimensions of light materials such as carbon fiber in which electronic components are placed, batery _* various sensors, motherboard, specially made ampoule with C02 or other gas of smaller dimensions and of light material such as aluminum, firing tube, radio 2.4 to 5GHz and / or satellite receiver, laser sight. The housing is attached to the top or botom of the drone with the help of straps that pass through the holes provided in the housing. The remote control has a battery and a corresponding transmitter. By pressing the "fire” buton, the solenoid valve releases gas front the tank under a certain pressure, which is previously set with the help of an electronic pressure regulator in relation to the distance from the animal, and the projectile Is fired. The .housing can be opened from the top to allow the device to be added and upgraded with various electronic components and sensors, and to replace or charge the ampoule and battery. The Drum caliber lube is permanently atached inside a housing that can be extended depending on the length of the drone ami which can be adjusted to the 11 mm caliber by adding a suitable tube and attaching it in the prescribed manner (spring hooks and grooves). The edges and shape of the case are curved and rounded to provide minimal resistance when flying. The housing Is slotted in appropriate places at the botom and sides to ensure cooling of the device. In the event that the device is placed from below on the aircraft, it is necessary to place the stoppers in the openings provided ibr this, which ensures unobstructed air flow and does not interfere with the cooling of the components in t he aircraft itself.

Method of application of the invention

A device for the treatment and protection of animals at a distance is added to existing drones in such a way that it is placed on the top or bottom depending on the type of drone, that it contains appropriate injector arrows and other components that allow projectiles to be fired at a distance. ^{list of used call codes}

1 ~ Power distribution board and microchip / motherboard

2 ~ Electronic pressure regulator

3 ~ Radio receiver (2.4 to 5GHz) / satellite receiver 4 ~ Voltage regulators

5 ~ Space tor additional sensors, regulators, transmitters, microchips

6 ~ Air coupling on the pipe

7 ~ Tube 11 and 1.3mm

8 ~ Laser sight

9 ~ Solenoid valve

10 ~ Ampoule with gas

11 ~ Ampoule filling non-return valve

12 ~ Safety valve

13 ~ Pipe fuse for attaching a smaller caliber to a larger one

14 ~ Frame pipe fuse

15 ~ Telescopic tube (thread) 16 ~ Battery 17 ~ Safety belt slot tor basic attachment of drone devices

18 ~ Belt slot .tor side attachment of propeller carrier device

19 ~ Device housing 20 ~ Slot tor placing stops and legs (8 pcs) 21 ~ legs / stops (Hpes) 22 ~ Ventilation openings

23 ~ Firing button 24 ~ Pressure control knob 25 ~ Antenna 26 ~ Remote (console) 27 ~ Radio transmitter / satelli te transmitter 28 ~ Battery