VIBRATING ANKLE LIGGING SYSTEM THAT ENABLES PIGEONS TO BE CALLED BACK FROM A DISTANCE.

Abstract

The invention relates to a wireless controlled vibrating ankle bracelet system developed for the purpose of recalling and directing pigeons from a distance, consisting of a bracelet body (2) that can be attached to the pigeon's leg (12), a vibration generator (4), a control circuit (5), a wireless signal receiver (6), a power source (7), a control transmitter (8) and a group selection unit (10), each bracelet (1) can be assigned a different ID and / or group code (18), a wireless control signal (15) can be sent selectively to a single pigeon, a specific group of pigeons or all pigeons in the flock via the control transmitter (8) and the vibration generator (4) produces different vibration patterns depending on the received command, enabling the pigeons to be reliably directed regardless of environmental conditions.

Description

1 TARIFF VIBRATING DEVICE THAT ALLOWS PIGEONS TO BE CALLED BACK FROM A DISTANCE. ANKLE BRACE SYSTEM TECHNICAL AREA 5 The invention relates to the remote warning of domestic pigeons during flight and to areas near nests, coops, landing areas, or used to call pigeons back to the feeding area, attached to their legs The vibrating ankle bracelets synchronize according to wireless commands sent from a control transmitter. Animal tracking and 10 that enables animals to be operated on a timed, group or selective basis. It is related to the system. STATE OF THE ART Domestic pigeons; carrier pigeon breeding, ornamental pigeon breeding, sport flying. It has been nourished for many years in activities and similar fields, and after the flight, it is again 15 various Recall methods are used. For this purpose, mostly by users. visual and auditory cues such as baiting, calling out, whistling, waving flags or banners These methods are based on the trained behaviors of pigeons. It does not include any individual electronic alert system. 20 Pigeons fly at high altitudes, spread out in flocks over large areas, and their flight direction... In situations such as changes in visual and auditory stimuli or an increase in environmental noise, all visual and auditory stimuli may be affected. It may not be possible to reach the birds at the same time. Especially wind, rain, fog, dense Birds may be slow to respond to commands due to city noise or similar environmental conditions. or the inability to perceive it at all can prolong the recovery time, causing the herd to disperse 25 or birds may be drawn to unwanted areas. A literature review conducted on the known state of the art revealed the following: Document number US20100012082A1 describes an electronic device carried on an animal. Remote control via wireless communication and vibration, sound or similar alerts. A system for guiding the animal is described, created by... (The text then abruptly switches to a different topic) The solution essentially involves a remote electronic warning device carried on a single animal. It is intended to be put into operation. As explained in the patent document above, it is used in current practices. Electronic warning devices are mostly designed to control a single animal, 2 a large flock of pigeons flying simultaneously or selectively from a distance It appears that there is no suitable communication and control infrastructure for its management. Additionally, current technological solutions utilize user-selectable group codes. the entire flock, a specific group, or a single pigeon through the same control transmitter 5 Distinctive vibration patterns for different recall scenarios when called upon. to create and these warnings will be subtle and directly felt on the pigeon's foot There is no integrated system available for its application with a compact wristband structure. Consequently, due to the reasons mentioned above, the flight altitude, field of vision, and environmental factors of pigeons... feedback with a directly perceptible vibration warning, regardless of noise conditions. 10 that enables the calling of multiple pigeons or selected groups of birds simultaneously from a distance. It is controllable and can generate different vibration patterns for normal and emergency recall, A lightweight and pigeon-friendly vibrating ankle brace system is needed. It is heard. THE PURPOSE OF THE INVENTION The main purpose of the invention is to enable the reliable recall of pigeons during flight, 15 a vibrating wristband that can be attached to a pigeon's leg and controlled remotely by a device The goal is to create a system consisting of a control unit. Another purpose of the invention is to create a vibration through a wristband carried on a pigeon. Vibration alerts are not affected by ambient noise, visibility, or weather conditions. The goal is to ensure that it is transmitted directly to the pigeon. 20 Another aim of the invention is to enable a single pigeon to receive a specific message via wireless communication infrastructure. the ability to send commands remotely to a group of pigeons or to all pigeons in a flock The goal is to create a system that provides this. Another purpose of the invention is to create different vibration patterns for normal recall and emergency recall. 25 The calling and training warnings must be communicated to the pigeon in a way that distinguishes them from each other. to provide. Another purpose of the invention is to create a lightweight and compact vibrating ankle bracelet. for a long period of time without negatively affecting the pigeon's natural movements and flight performance usable, low energy consumption and suitable for existing pigeon breeding practices The goal is to create a system that can be easily integrated. 30 3 The structural and characteristic features and all the advantages of the invention are given in the figures below. Thanks to the detailed explanation written with references to the figures, it becomes clearer. This will be understood, and therefore the evaluation will also take these forms and detailed explanations into account. It must be done by taking it. BRIEF DESCRIPTION OF THE FIGURES The best way to utilize the advantages of the existing invention, together with its structure and additional elements. For it to be understood, it must be considered together with the figures explained below. Figure 1: General view of the vibrating ankle brace system. Figure 2: View of the vibrating ankle bracelet and the components within it. Figure 3: Connection between the control transmitter and the bracelets of a single bird, group of birds, or entire flock. This is a schematic view of wireless communication. Figure 4: Schematic of the training setup where vibration stimulation is used during feeding. 15 It is the appearance. Figure 5: Schematic of sending an emergency recall command to pigeons in flight. It is the appearance. Figure 6: Example vibration patterns that can be used for normal call, emergency call, and group code. It is the appearance. 20 REFERENCE NUMBERS 1: Vibrating ankle bracelet 2: Bracelet body 25 3: Connector 4: Vibration generator 5: Control circuit 6: Wireless signal receiver 7: Energy source 30 8: Control transmitter 9: Control button 10: Group selection unit 11: Pigeon 12: Pigeon's foot 35 13: Nest or coop 14: Feeding area 4 15: Wireless control signal 16: Vibration alert 17: Protective enclosure 18: Identity or group code 19: Energy control unit 5 20: Emergency recall command 21: Normal recall command 22: Charging port The drawings do not necessarily need to be scaled and are sufficient to understand the existing invention. Details that are not present may have been overlooked. Furthermore, at least to a large extent... Elements that are identical or at least have substantially identical functions are numbered the same. It is shown. DETAILED DESCRIPTION OF THE INVENTION 15 The system described in the invention is a system designed to be attached to the legs (12) of pigeons (11). or multiple vibrating ankle bracelets (1) and a remote wireless control signal to these bracelets (15) The transmitter consists of at least one control transmitter (8). Vibrating ankle bracelet (1), a bracelet that makes contact with the bird's foot and does not contain any sharp edges. body (2) and the connection that enables the body to be attached to and detached from the bird's foot. It includes element (3). The wristband body (2) provides blood circulation to the pigeon's foot (12). They can be produced in different diameters, provided they have an internal opening that will not obstruct the flow, or It can be adapted to the bird's foot size using the adjustable fastener (3). 25 Fastener (3), locking ring, snap lock, open-close band or similar mechanical It may be in the connection structure. The connection element (3) may open spontaneously during flight. It is configured to prevent damage and can be removed by the user when necessary. Vibration generator (4), control circuit (5), 30 on or inside the bracelet body (2). It contains a wireless signal receiver (6), a power source (7) and a power control unit (19). The components are protected by a casing against rain, moisture, dust, feed particles, and external environmental influences. (17) is included. Vibration generator (4), mini vibration motor, linear resonant vibration element, electromagnetic vibration element, piezoelectric vibration element or by bird It may be a similar element that produces a perceptible mechanical vibration. Vibration generator (4), 35 Vibration with duration, number of repetitions, pulse interval and intensity determined by the control circuit (5) This causes a warning (16). The wireless signal receiver (6) receives the wireless control signal sent by the control transmitter (8). (15) receives. The received signal is decoded by the control circuit (5) and the command in the signal is According to the code, the vibration generator (4) is activated. Wireless communication, swarm flight in the outdoor environment. radio frequency or other low-power wireless communication suitable for the range This can be achieved using wireless technology. The antenna structure on the wristband facilitates signal reception. It can be part of the signal receiver (6). Each vibrating ankle bracelet (1) is assigned an identification or group code (18). The control transmitter (8), through the group selection unit (10) the common code of the whole flock, the code of a particular group of birds Or, by selecting the identification code of a single bracelet, the entire herd can send commands. Thus, the selected 10 Subgroups or single birds are stimulated simultaneously or selectively. Control transmitter (8), portable hand controller, fixed control panel or mobile device It can be in the form of a communicating transmitter unit. In the control transmitter (8), there is at least one controller There is a button (9) and preferably a group selection unit (10). Control button (9), normal return 15 by selecting and sending the call command (21) or the emergency call command (20) It can be configured. The normal recall command (21) consists of, for example, two short vibration pulses; emergency The recall command (20) consists of, for example, three consecutive long vibration pulses. It can occur. In terms of vibration patterns, duration, number of pulses, pulse interval and vibration intensity. They can be differentiated from each other. 20 In the use of the system, the vibration alert (16) of the normal recall command (21) By operating the system while the pigeons are being fed, the birds receive this warning in the feeding area (14) and It can be associated with nest return behavior. This usage pattern allows the system to be technically... 25 Learning the vibration alert as a recall signal without changing its components provides. When the bird owner activates the controller transmitter (8) while the pigeons are in flight, the selected Wireless control signals (15) are sent to the wristbands. Wireless signal receivers (6) in the wristbands It receives the signal and the vibration generators (4) produce the selected vibration pattern. Pigeons 30 They head towards the nest or coop (13) depending on the vibration stimulus (16) they feel on their feet. The sighting of a bird of prey, a sudden change in weather conditions, or an unwanted movement of the flock may cause a warning sign. In cases such as heading towards the region, the emergency recall command (20) can be used. The emergency command, It uses a different vibration pattern than a normal call, allowing birds in the flock to distinguish the command. 35 The energy source (7) can be a rechargeable micro battery or a replaceable battery. Rechargeable In practice, the wristband body has (2) a contact, wired or wireless charging connection (22) 6 It can be found. The energy control unit (19) is located when the vibration generator (4) is not working. puts the system into low-power standby mode and a valid wireless control signal When (15) is received, it activates the control circuit (5). The mass and external dimensions of the bracelet reflect the pigeon's flight movements, landing, perching, and foot movements. It is determined in such a way as to affect their movements as little as possible. The body of the bracelet (2) bird It is manufactured with a rounded and smooth surface that faces the foot. The system includes bracelet bodies (2) suitable for pigeons of different sizes, for different groups of birds Defined ID or group codes (18) and user-selectable vibration patterns 10 It can be applied in series. The scope of protection in this application is defined in the claims section and is explicitly stated above. The examples given cannot be limited to those that are technically expert in the field; a person skilled in the field can make a difference in the invention. the innovation introduced can be achieved by using similar structures and / or these 15 It is clear that this structure can be applied to other areas with similar purposes using the same technique. Therefore, such structures foster innovation and, in particular, surpassing the known state of technology. It is also obvious that it will lack this criterion.

Claims

7 REQUESTS 1. The invention describes a device used for remotely recalling and guiding pigeons. • The wristband body carrying the electronic components is attached to the pigeon's leg (12) (2), • 5 which allows the bracelet body (2) to be attached to and removed from the pigeon's leg (12). fastener (3), • vibration that creates a vibrating warning that can be felt by the pigeon (16) creator (4), • control circuit (5) that manages the operation of the vibration generator (4), • Wireless 10 receives the wireless control signal (15) sent from the control transmitter (8). signal receiver (6), • the energy source that provides the electrical energy of the system (7), • energy control unit (19) which manages energy consumption, • the control transmitter (8) which generates the wireless control signals (15), • at least one controller that enables the generation of commands in the control transmitter (8) 15 button (9), • The command to be sent can be to a single pigeon, a specific group, or the entire flock. group selection unit (10) which enables its direction, It is a wirelessly controlled vibrating ankle bracelet system; its feature is 20 • Enables each vibrating ankle bracelet to be defined independently. a unique (different) identifier and / or group code (18), • to a single pigeon, to a specific group of pigeons, or to all pigeons in a flock Group selection unit 25 which enables the optional sending of wireless control signal (15). (10), • receiving the wireless control signal (15) sent from the control transmitter (8) and the command information decoding wireless signal receiver (6) and control circuit (5), • normal recall command (21) and emergency recall depending on the received command 30 that work to create different vibration patterns for command (20) vibration generator (4), • Commands sent from the controller (8) are based on the ID and / or group code (18) by being placed only on the selected vibrating ankle bracelet (1), a specific group of pigeons or control transmitter (8) that enables transmission to all pigeons in the flock, 35 It is characterized by its inclusion. 8 2. Claim 1 describes a suitable wirelessly controlled vibrating ankle brace system; its features The single wireless control signals (15) sent from the mentioned control transmitter (8) to a pigeon, to a particular group of pigeons, or to all the pigeons in a flock The group selection unit (10) that enables its redirection can be selected by the user. It is characterized by the inclusion of control elements. 5 3. Claim 1' is a suitable wirelessly controlled vibrating ankle brace system; its features the energy that enables long-term use of the mentioned vibrating ankle bracelet (1) its source (7) is characterized by containing a rechargeable battery or replaceable battery. is being done. 10 4. Claim 1 describes a suitable wirelessly controlled vibrating ankle brace system; its features a connector that allows the pigeon to be fixed to its leg without restricting its natural movements with the element (3) including an adjustable strap, clamp or ring structure It is characterized by 15

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