WILDLIFE REPELLENT AGRICULTURAL LAND SYSTEM

Abstract

The invention relates to a system that uses images, sounds, and smells to drive wild animals away from agricultural lands. Thermal cameras with infrared sensors (15) placed at specific intervals in the field detect the presence of animals and report their location. The gas cap control module (9) sends a gas release command to the gas outlet status sensor (7) located at or near the specified location, and an operating command to the audible hologram device (16), thus driving the animals away.

Description

1 TARIFF WILDLIFE REPELLENT AGRICULTURAL LAND SYSTEM Technical Area 5 The invention uses images, sounds, and smells to control wild animals from agricultural lands. It is related to a system that enables its removal. State of the Art 10 In daily life, agricultural lands are frequently exposed to attacks by wild animals such as wild boars and bears. It remains. Many methods are used to prevent wild animal attacks. Some of these include installing electric fences around the land, and lighting and sound systems. These measures are implemented to prevent wild animals from getting used to them, and to prove that the measures are insufficient. Due to situations like this, it eventually becomes ineffective. The current application numbered TR2022 / 003414 concerns predators that damage agricultural products. and the use of high-frequency sound to deter / drive away wild animals It covers the subject. It offers automatic ease of use thanks to time and frequency settings. 20 By making noises that naturally disturb animals, they enter dangerous areas where they shouldn't go. It creates a zone. As mentioned above, after a while, the sound plays at certain intervals. The animals get used to it, and the initial effect of the sound disappears. Therefore, this type of These techniques provide a temporary solution to the problem. In conclusion, due to the negative aspects described above and the current solutions, the subject matter... Due to its shortcomings, an improvement is needed in the relevant technical field. It has been observed. Purpose of the Invention 30 The invention enables the cultivation of wild animals through the use of visual, auditory, and olfactory sensory stimuli. It ensures their removal from their lands. For this purpose, a gas release device and an audible hologram are used. The device will be used. The gas here will deter wild animals from harming both humans and animals. It will consist of scents. The audio hologram part will consist of wild animals and humans. 35 2 It will be a hybrid system consisting of images and sounds. The system will use infrared technology. After detecting a live person thanks to a sensor camera, it will release gas into the environment and produce a hologram. The section will begin displaying audio-visuals. Both gas and variable sound and The system, which consists of images, will provide a deterrent for wild animals. The structural and characteristic features and all the advantages of the invention are given in the figures below. This becomes clearer thanks to the detailed explanation written with references to these figures. It will be understood. Figure Explanation 10 Figure 1 shows a general overview of the system that is the subject of the invention. Figure 2 shows the hoses, outlets, and the animal repellent gas used in the system described in the invention. It shows the progression of the mushroom on the mushroom cap. Figure 3 shows the gas hoses, gas outlets and gas pipes in the system that is the subject of the invention. This is an example of how the stoppers look. Figure 4 shows a detailed view of the gas outlet end of the system that is the subject of the invention. The drawings do not necessarily need to be scaled and are useful for understanding the invention. Unnecessary details may have been omitted. 20 Explanation of Part References 1. Gas tank 2. Capillary gas line hose 25 3. Gas transmission hose 4. Gas outlet 5. Gas outlet needle 6. Gas outlet clamp 7. Gas outlet status sensor 30 8. Gas pipe plug 9. Gas valve control module 10. Technical box 11. Gas pressure sensor 12. Battery module 35 3 13. Motherboard 14. Notched mushroom cap 15. Infrared sensor thermal camera 16. Audio hologram device 17. Animal observation pole 5 Detailed Description of the Invention In this detailed explanation, the preferred configurations of the invention are not merely for better understanding the subject. 10 for the purpose of understanding and without creating any limiting effect It is explained. The invention is a system that keeps wild animals away from agricultural lands. It offers a system containing gases composed of wild animal and human odors. It is located in a gas tank (1). When the gas in this tank (1) runs out, a new one can be installed. 15 The system is a capillary gas line through which the gases transmitted from the gas tank (1) will circulate. It will have a hose (2). The most important reason for the hose (2) to be capillary thin is, Even with a small amount of gas, gas can be transmitted over long distances and hose (2) It creates a constant gas pressure inside. Thanks to this pressure, the gas escapes. It will come out more easily and effectively from the end (4). The places on this hose (2) are 20 There are marked and covered gas vents. These vents are covered with labels. The system uses gas. from the tank (1) to the capillary gas line hose (2) to the gas transmission hose (3) carrying gas This hose (3) will have one end connected to the gas tank (1) and the other end connected to the capillary gas line hose. (2) is connected. Also, the gas transmission hose (3) and the capillary gas line hose (2) are connected. There will be a connecting pipe elbow. 25 The system that is the subject of the invention is located at specific positions on the capillary gas line hose (2), Gas outlet with pin (5) and gas outlet with clamp (6) It has an end (4). After the capillary gas line hose (2) is positioned on the ground, the hose (2) with the needle of the gas outlet end (4) facing the pipe (5) 30 By pressing the marked point, the gas outlet end (4) is attached to the hose (2). Then the gas outlet The end (4) is fixed to the hose (2) with the clamp (6) on it. Thanks to this structure, capillary gas Since the points on the line hose (2) will be closed initially, hose (2) This prevents foreign matter from entering. Which gas vent should be used? If planned, the label on that gas hole is punctured. Capillary gas line hose (2) 35 4 The gas inside is conveyed through the gas outlet needle (5) to the gas outlet (4). Gas Since the holes are independent of each other, opening one will not affect the others. Also Thanks to the needle (5) and clamp (6) located at the gas outlet (4) Fixing it to the hose (2) also makes it effective. On the other hand, the gas outlet end (4) It has gas hatches that can be opened and closed according to commands. These hatches release gas in 5 seconds. He checks. The system determines the position of the gas outlet end (4) on the capillary gas line hose (2) on the motherboard. (13) transmitting gas outlet end has a status sensor (7). This sensor (7) is connected to the gas It sends the position of the outlet end (4) to the system. Thus, gas 10 is subsequently released by the system. It is also checked from which gas outlet (4) the release should be made when it needs to be released. In addition, this sensor (7) detects gas when gas enters the gas outlet (4) and gas outlet It enables the activation of the (4) end. The notched mushroom cap attached to the gas outlet end (4) (14) allows the gas to be widely dispersed into the external environment. This mushroom-shaped cap (14) After being attached to the gas outlet (4), the gas flows from the capillary gas line hose (2) to the gas outlet 15 It is transmitted to the tip (4), and from there to the mushroom cap (14). The gas is finally released into the external environment. The system becomes a closed gas after the laying of the capillary gas line hoses (2) is completed. It has a gas pipe plug (8) attached to the end of the hose (2) to make it a capillary gas line. One end of the hose (2) is connected to the pipe elbow, and the other end is fitted with a gas pipe plug (8). 20 The system has a technical box (10). Inside the box (10) is the gas cap control module. (9), gas pressure sensor (11), battery module (12) and motherboard (13) are included. The motherboard (13) will provide overall control of the system. The battery module (12) will provide power. It will help with storage. The sun's rays are on the external elements throughout the system. There will be panels. The main energy needs will be met from here. Battery module (12) It will be charged by solar energy. After the battery module (12) is charged by solar energy It activates when there is no sunlight, in dark or cloudy weather, to meet the system's energy needs. will meet. The pressure of the gas tank (1) will be measured by the gas pressure sensor (11). Gas The gas cap control module (9), which controls the caps, receives 30 from the system. It opens the gas caps by sending a command to the relevant gas outlet (4) according to the location information. In this way, gas is only released from the relevant gas outlets (4). The system has an infrared sensor thermal camera (15) that will detect live individuals. After the camera (15) detects a live person, it determines the location of the detected live person and the location is 35 It transmits the gas to the gate control module (9). The gate control module (9) is located at the relevant position. or a command to the status sensor (7) at the gas outlet end (4) near the relevant location It sends gas only to the detected location. In this way, it is effective. Gas control and gas usage are ensured. The system includes an audio hologram containing images and sounds of humans and animals. It is located in the device (16). After live detection is made in this device (16), gas outlets (4) are connected to it. They activate simultaneously, displaying a mixed sound and image. The image and... The mixed sounds also prevent wild animals from adapting to the system. Infrared sensor thermal camera (15) and audio hologram device (16) animal observation It is attached to the pole (17). This pole (17) has an infrared sensor thermal camera (15) and an audio sensor. By providing a specific height to the hologram device (16), each section of the agricultural land can be seen It allows for easy viewing and scanning. Thus, the thermal camera with infrared sensor (15) Living beings are more easily detected by the sound hologram device (16) 15 Images and sounds become more easily visible to living beings. The preparations made before the system, which is the subject of the invention, begins operation are as follows:  How many capillary gas pipeline hoses (2) are needed for gas transmission according to the area of ​​the agricultural land? It is determined that a hose (3), pipe elbow and gas pipe plug (8) are required. 20  How many animal observation poles (17) are needed according to the area of ​​the agricultural land, this How many infrared sensor thermal cameras (15) and audio cameras are there on the poles (17)? It is determined that there will be a hologram device (16).  Capillary gas line hose (2), gas transmission hose (3), pipe elbow and gas pipe plug (8) are attached to each other. 25  Animal observation poles (17) are placed on the capillary gas line hose (2).  Thermal cameras with infrared sensors (15) and audio hologram devices (16) for animals They are placed on observation poles (17).  Gas outlets to the marked label areas on the capillary gas line hose (2) (4) are placed by pressing them with the help of the gas outlet needle (5) on them. 30  Capillary gas line with gas outlet clamp (6) on gas outlet (4) It is fixed to the hose (2).  The mushroom caps (14) are inserted into the area on the gas outlets (4) with the help of notches on the gas outlets (4). It gets stuck.  The other end of the gas transmission hose (3) is attached to the gas tank (1). 35 6 Once the system is set up, it works as follows:  On / off switch located on the technical box (10) on the gas tank (1) The system is opened by pressing. Gas is delivered to the capillary gas line hoses (2). Gas from here It is transmitted to the gas outlets (4). When gas enters the gas outlet (4), the situation is 5 The sensor (7) detects the gas and activates the gas outlet (4). The gas In this stage, the gas outlet end (4) is waiting inside. From the gas cover module (9) Gas is released to the outside environment after the command is received at the (4) covers at the gas outlet. It is done.  After the infrared sensor thermal camera (15) scans the surroundings and detects living beings, 10 then transmits the location of the living being to the gas valve control module (9).  Cover control module (9) at the relevant location or nearby where the living organism is located sends a command to the status sensor (7) at the gas outlet end (4) located in position and gas is released by opening the cap (4) at the gas outlet.  The relevant 15 where the infrared sensor thermal camera (15) is located, which is used for live detection. audio hologram device (16) located in or near location It activates and starts displaying images with sound.  The thermal camera with infrared sensor (15) continues to scan the environment and the environment If it does not detect a live person, it transmits a command to the gas cap control module (9). Cap control module (9) sends commands to the gas outlets (4) with open gas caps 20 The gas caps are ensured to be closed.  The audio hologram device (16) stops displaying sound and images.  If the system is not to be used immediately, turn it on or off on the technical box (10). The system is shut down using the button.  Once the system usage is complete, the elements are separated from each other and removed from the agricultural land. 25 It is collected.

Claims

7 REQUESTS 1. It is a system that ensures wild animals are kept away from agricultural lands. feature;  Gas containing gases composed of wild animal and human odors 5 tank (1),  At least one capillary gas through which the gases transmitted from the gas tank (1) will circulate line hose (2),  At least one gas carrying gas from the gas tank (1) to the capillary gas line hose (2) transmission hose (3), 10  At least one gas located at specific positions on the capillary gas line hose (2) outlet end (4),  Gas outlet (4) located on the gas outlet, which opens and closes according to the command. gas cap that controls its release  The 15 on the capillary gas line hose (2) of the gas outlet end (4) to which it is connected transmitting its position to the gas cap control module (9), gas to the gas outlet end (4) detecting gas when it enters and activating the gas outlet end (4) gas outlet status sensor (7),  A notched mushroom cap attached to the gas outlet (4) that distributes the gas to the outside environment. (14), 20  A device that detects living organisms in the environment, determines their location, and then releases the gas valve. Thermal camera with infrared sensor (15) transmitting to control module (9),  Gas outlet located at or near the specified location gas release command to the status sensor (7), operation to the audible hologram device (16) The aforementioned gas cap control module (9) that sent the command, 25  Gas cap inspection kit containing images and sounds of humans and animals. The aforementioned voice hologram device operates with the command it receives from module (9). (16),  Gas outlet status sensor (7), cover control module (9), infrared 30 checking the sensor thermal camera (15) and the audio hologram device (16) motherboard (13) It includes. 8 2. A system conforming to Claim 1, characterized by the fact that each unit forms a closed gas line. open end on the opposite side of the gas transmission end (3) of the capillary gas line hose (2) It contains a gas pipe plug (8) that closes.

3. It is a system that conforms to Request 1 and its feature is that the gas outlet end (4) is pinned (5) and clamped 5 (6) is.

4. A system that complies with Claim 1 and whose feature is; gas pressure measuring the pressure of the gas tank (1). It includes the sensor (11).

5. A system that complies with Claim 1, characterized by being charged by solar panels and as needed. It includes a battery module (12) that activates and provides energy in case of malfunction.

6. A system that complies with Claim 1 and features an infrared sensor thermal camera (15) and It includes an animal observation pole (17) on which the audio hologram device (16) is attached. 15

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