45 results about "Homing pigeon" patented technology

A computer-based airplane flight path planning method based on the pigeon-inspired optimization (PIO) algorithm includes steps of establishing an uncertainty prediction model, determining the path to be optimized, and obtaining an optimal path using the PIO algorithm for a flight controller onboard to execute. The PIO algorithm treats a pigeon flock as a scale-free network, applies map and compass operators to the scale-free network, and performs landmark operations to obtain the optimal path. The device that performs the path planning includes an access module for obtaining the regional environment information and a flight controller onboard the airplane. The flight controller includes a building module for setting up the trajectory prediction model including uncertainties; a determining module to determine the trajectories which need optimization; an optimization module, which uses the PIO algorithm to optimize the flight path; and a computer memory module.

The present invention discloses a compound of paligorskite health-care sand for carrier pigeon. Its composition includes the following ingredients: (by weight portion) 18-22 portions of paligorskite, 34-37 portions of river sand, 12-13 portions of oyster shell powder, 9-11 portions of bone powder, 4-6 portions of edible salt, 10-11 portions of Chinese medicinal materials, 2-3 portions of trace element, 2-3 portions of amino acid and 2-3 portions of vitamin. Said invention also provides its production method.

The invention discloses an unmanned aerial vehicle autonomous navigation method of an imitating a homing pigeon geomorphic perception homing mechanism. The method comprises the steps of (1) initializing an environment field and training a neural network, (2) performing target detection of an imitating homing pigeon geomorphic perception behavior, (3) performing unmanned aerial vehicle pose estimation and mapping of imitating homing pigeon landmark navigation, (4) performing 3D point cloud segmentation, (5) performing data fusion, (6) performing landmark category judgment of imitating carrier pigeon dynamic perception, (7) updating a flight path of imitating homing pigeon perception decision, and (8) outputting a flight path. According to the invention, the autonomous navigation of an unmanned aerial vehicle in an application scene can be realized, a function of establishing an advanced map with landmark information is achieved, and the perception and interaction capability of the unmanned aerial vehicle to an environment is improved. In addition, semantic information obtained through target recognition is used to eliminate interference brought by a moving target in a pose estimation module, and the accuracy and robustness of unmanned aerial vehicle positioning and navigation are improved.

The invention discloses a data transmission system for a homing pigeon match. The system comprises a plurality of electronic animal identification labels, a plurality of scanning pedals, a wireless wire concentrator and an intelligent match host machine, wherein the electronic animal identification labels are carried by homing pigeons; the scanning pedals are used for receiving electronic animal identification label information; the wireless wire concentrator is connected with output ends of the scanning pedals; and the intelligent match host machine communicates with the wireless wire concentrator through a wireless network, is provided with an intelligent operation system and transmits data to a homing pigeon match data website through the wireless network. The connection between the pedals receiving radio frequency identification device (RFID) signals and the homing pigeon match host machine is near-distance wireless connection, so that RFID data can be received only by making the host machine close to the scanning pedals by homing pigeon enthusiasts during the match, and the damage caused by frequent plugging-in and plugging-out in wire connection is avoided. By the system, a plurality of pieces of equipment can communicate in the same space field without mutual interference, and due to complex functions of a communication protocol, software can be automatically connected with the equipment selectively. Great convenience is brought to the homing pigeon enthusiasts, and the investment cost on the match is reduced.

The invention relates to a homing pigeon public shed system and managing method, wherein the booth management system comprises an electronic foot ring, a pigeonloft with induction pedal 1 and a connected central processing element which comprises a data acquisition unit, a data processing unit, a data memory unit and a display unit, the induction pedal is connected with the data acquisition unit, the data acquisition unit is connected with the data process unit and the data memory unit.

A cipher ring used for arrival report of race pigeon is composed of self adhesive cipher label and medium clasp. Said self adhesive cipher label is in duplicate form which contains plain code and cipher code. The application method of said invention is also disclosed. Advantages include fraud preventive, justice, open, simple etc.

The invention discloses a homing pigeon video visiting system and method. The homing pigeon video visiting system comprises a camera, a video decoder, a pigeon collector and a computer host; the camera collects a video of a public tent showing the situation of pigeons; the video stream is output to the computer host through the video decoder; the pigeon collector is used to scan the foot ring number of the pigeons in the public tent and output to the computer host; and the computer host pushes the video stream through an OBS software system, uses the Ali-cloud live broadcast platform for synchronous live broadcasting, and records the video to the Ali-cloud OSS storage. According to the invention, the video of the public tent showing the situation of the pigeons is collected by means of thecamera, and the video data is processed by the system and displayed to pigeon owners; therefore, the problem of the pigeon owners visiting the pigeons is solved, the visiting time of the pigeon owners is greatly reduced, and the visiting cost of the public tent is reduced.

The invention provides a special formula for health care sand used for a homing pigeon. The special formula is characterized by comprising the following important compositional raw materials: 25% of shell powder, 25% of red soil, 28% of coarse river sand, 10% of slaked lime, 2% of salt, 2% of charcoal dust, 0.6% of rouge, 0.4% of gentian powder, 0.2% of licorice powder, 2% of gypsum powder, 0.5% of trace element, 0.3% of powder of common andrographis herb and 4% of bone meal. The health care sand is prepared by drying the coarse river sand under the blazing sun for three days and then sieving the coarse river sand with a medium coarse screen; drying the red soil under the blazing sun until the red soil is thoroughly dried and smashes, wherein deep red soil is selected; drying the slaked lime until the slaked lime smashes, wherein the more slaked the slaked lime is, the better; uniformly mixing the gentian powder, the licorice powder, the gypsum powder, the powder of common andrographis herb, the salt and a trace mineral element; and then uniformly mixing the mixture obtained in the previous step with the shell powder, the red soil, the coarse river sand, the slaked lime, the charcoal dust, the rouge and the bone meal so as to obtain the desired health care sand.

The invention provides health-care sand for homing pigeons. The health-care sand comprises the following components in parts by weight: 30-33 parts of oyster shell pieces, 8-10 parts of medium sand, 5-8 parts of red mud, 2-3 parts of fish bone meal, 3-5 parts of slaked lime, 1-2 parts of charcoal powder, 1-2 parts of limestone, 1-2 parts of red iron oxide, 3-5 parts of salt, 0.1-0.3 part of andrographis paniculata, 0.1-0.2 part of sodium bicarbonate, 0.2-0.3 part of dried ginger, 0.05-0.08 part of chrysanthemum, 0.4-0.6 part of astragalus membranaceus, 0.2-0.3 part of auxin, 0.3-0.5 part of glycyrrhiza, 0.6-0.8 part of radix gentianae, 0.01-0.02 part of complex vitamin and 0.3-0.5 part of tea leaf powder. The invention also provides a preparation method of the health-care sand. With the adoption of the health-care sand, metabolism of the homing pigeons can be enhanced, and the digestion function and disease resistance of the homing pigeons can be improved.

The invention provides a preparation method of trichomonas pigeon and candida albicans bivalent egg yolk antibody powder and an application thereof. The preparation method comprises the following steps: obtaining trichomonas pigeon and candida albicans bacterial liquid; inactivating trichomonas to obtain an inactivated trichomonas antigen, and inactivating candida albicans to obtain an inactivatedcandida albicans antigen; preparing a bivalent inactivated vaccine from the two inactivated antigens and a glucan adjuvant, and immunizing egg laying hens; collecting immunized eggs, separating egg yolk, removing fat components in the egg yolk by using poloxamer, concentrating filtrate by using a hollow fiber ultrafiltration membrane to obtain a concentrated antibody, adding maltodextrin, and carrying out low-temperature freeze drying to obtain the trichomonas pigeon and candida albicans bivalent egg yolk antibody powder. The titer of the egg yolk antibody powder is far higher than the binding titer of any single egg yolk antibody, the egg yolk antibody powder has a remarkable effect of preventing and treating trichomonad and candida albicans infection, and oral ulcer and craw ulcer caused by infection of homing pigeons, racing pigeons, meat pigeons, pearl trichomonad and candida albicans can be effectively prevented and treated by feeding the egg yolk antibody powder.

The present invention discloses an online photographing and synthesizing system for homing pigeons into a cage. The system comprises a web camera, a picture display module, a pigeon information inputmodule, a data uploading module, a picture storage module, a watermark processing module, a graphic synthesis module and an information retrieval module. According to the system disclosed by the present invention, image data of the pigeons is collected by using the web camera, pigeon pictures are processed by using the online processing software, pigeon information is synthesized on the pigeon pictures, and contestants can retrieve their own pigeon data through the webpage, so that functions of photographing and text synthesis and retrieval are implemented on the pigeons through the webpage, and problems that the old-fashioned photographing and uploading system wastes a lot of time and human resources on processing pictures, and the contestants cannot retrieve their own pigeon informationonline are solved.

The invention discloses a feed for improving the flight speed of homing pigeons, and a preparation method thereof. The feed comprises, by weight, 8-15 parts of peas, 7-14 parts of Dendrobium officinale, 3-6 parts of Gambir Plant, 4-8 parts of radix bupleuri, 8-15 parts of rice bran, 6-10 parts of cottonseed meal, 4-13 parts of tomato pomace, 2-7 parts of hawthorn fruits, 3-8 parts of cortex acanthopanacis, 2-6 parts of poplar flowers, 3-8 parts of Herba Violae, 5-10 parts of Herba Plantaginis, 6-11 parts of earthworms, 2-7 parts of licorice root, 2-5 parts of aconite root, 3-6 parts of purslane, 5-9 parts of Radix Puerariae, 4-9 parts of spirulina powder, 2-6 parts of Radix Platycodonis, 3-8 parts of Fructus Momordicae, 4-9 parts of Poria cocos, 4-8 parts of fermented soya beans, 2-8 parts of Andrographis paniculata, 2-6 parts of dendrobium and 0.1-0.3 part of a composite vitamin additive. The feed can guarantee the consistently same flight speed of homing pigeons in the same batch after the homing pigeons are mature, so the stability of the flight speed of the homing pigeons in the same batch is guaranteed.

The invention provides a carrier pigeon identity information analysis method and device. The carrier pigeon identity information analysis method comprises the steps of obtaining a to-be-analyzed homing pigeon image; inputting the to-be-analyzed homing pigeon image into a pre-trained biological feature extraction model to obtain a first feature vector capable of representing biological features ofthe to-be-analyzed homing pigeon; determining a target carrier pigeon associated with the to-be-analyzed homing pigeon from homing pigeons based on the first feature vector and second feature vectorscorresponding to the homing pigeons with determined identity information; and based on the identity information of the target homing pigeon, analyzing the identity information of the to-be-analyzed homing pigeon. Through the method, the homing pigeon identity information analysis efficiency and accuracy can be improved.

The invention discloses an open-type non-detachable homing-pigeon foot ring. The foot ring includes a base ring sleeve with an open end, one end of the open end of the base ring sleeve is provided with a clamping table, and the other end of the base ring sleeve sinks inward and is provided with a clamping groove in which the clamping table can be installed; wedge lock holes used for making wedge locks inserted are formed in the clamping table, the upper end and the lower end of the clamping groove are provided with wedge lock holes used for making wedge locks inserted, the wedge lock holes ofthe clamping table correspond to the wedge lock holes of the upper end and the lower end of the clamping groove, and the clamping-groove end of the base ring sleeve is further provided with a chip installation groove, a magnetic rod positioning hole is formed in the chip installation groove, a magnetic rod is installed in the magnetic rod positioning hole, a copper wire is wound on the outside ofthe magnetic rod, a chip is installed in the chip installation groove, the copper wire is connected with the chip, and sealing gum is arranged in the chip installation groove after the chip is installed. The foot ring is prevented from being dismantling, the safety of information of homing pigeons is ensured, the homing pigeons are prevented from being recognized mistakenly, the uniqueness of theidentity of the homing pigeons is ensured, and the fairness of competition is thus ensured.

The invention discloses a method for studying an information processing mechanism from an RGC (Retinal Ganglion Cell) to an OT (Optic Tecturn) of a homing pigeon and belongs to the field of biomedicine. The method comprises the steps that 1, sparse noise stimulation and black-and-white brightness stimulation are performed on a neuron cluster of the homing pigeon, and ON-OFF neurons with obvious responses to brightness are obtained; 2, a grating stimulation experiment is performed on the neurons, and then the theory of information is utilized to analyze the neuron responses; 3, a character reconstruction experiment is performed on the neurons to obtain a certain conclusion; 4, four model frameworks are constructed, and activation curves are solved; and 5, ON filters and OFF filters in models are acquired, the four models are verified, and then the performance of each model is assessed in combination with the corresponding activation curve to obtain the conclusion that a retina can perform quick coding on spatial information by use of first-spike latency of the neuron cluster. Through the method, the problems that in the prior art, the study of a bird OT area coding mechanism is notin place, and the information processing mechanism is not clearly understood are solved.

A carrier pigeon remote control automatic feeder comprises a remote controller, a pigeon food storer, a spiral conveyor, a pigeon food distributing pipe, a pigeon food guide plate and feeding areas. The automatic feeder integrally adopts a rectangular cuboid structure, the pigeon food storer is arranged at the upper part of the automatic feeder, and a pigeon food outlet is formed in the center of the bottom of the pigeon food storer. The spiral conveyor and the pigeon food distributing pipe are arranged at the outlet of the pigeon food storer, and the spiral conveyor is arranged at the inlet of the pigeon food distributing pipe. The pigeon food guide plate is arranged under the pigeon food distributing pipe, a plurality of pigeon food guide grooves with downward gradient are uniformly formed in the pigeon food guide plate uniformly and extend from the center of the pigeon food guide plate to the periphery, and the feeding areas are arranged at the outlets of the pigeon food guide grooves. The remote controller sets a program to automatically control on and off state of the spiral conveyor, and a user can feed the pigeons through a remote control terminal and without going to a pigeon house to feed the pigeons manually.

The invention provides a novel homing pigeon competition management system, and relates to the field of homing pigeon competition. The novel homing pigeon competition management system comprises an ultrahigh frequency RFID reading subsystem which is configured at an entrance of a pigeonry and is used for reading an electronic foot ring worn by a homing homing pigeon so as to acquire first homing data; a video recognition subsystem which is configured at the entrance of the pigeonry and is used for recording a house entry video of the carrier pigeons and acquiring second house entry data; and aserver which is in communication connection with the ultrahigh frequency RFID reading subsystem and the video identification subsystem and is used for storing and processing the first house entry data, the second house entry data and the house entry video. The system has the characteristics that the carrier pigeons can enter the house without missing reading, the statistics is more accurate, thecross-house carrier pigeons can be identified, and the like.

The invention provides health-care sand for homing pigeons. The health-care sand comprises the following components in parts by mass: 32-35 parts of oyster shell slices, 15-20 parts of medium sand, 12-15 parts of yellow mud, 1-1.5 parts of fish bone meal, 3-5 parts of aged plaster, 1-2 parts of coarse sand, 1-2 parts of red iron oxide, 3-5 parts of salt, 0.2-0.4 part of andrographis paniculata, 0.1-0.2 part of hawthorn fruits, 0.1-0.2 part of honeysuckle, 0.2-0.3 part of dried ginger, 0.05-0.08 part of dried tangerine peel, 0.05-0.08 part of chrysanthemum, 0.4-0.6 part of astragalus membranaceus, 0.3-0.5 part of glycyrrhiza, 0.8-1.2 parts of radix gentianae, 0.01-0.02 part of complex vitamin and 0.3-0.5 part of tea dust. The health-care sand provided in the invention can promote metabolism. With the addition of appropriate amounts of traditional Chinese medicines in the health-care sand, the digestion function and disease resistance of the homing pigeons can be improved. The health-care sand plays a positive role in promoting the growth and development of the homing pigeons.

The invention provides a racing pigeon prize management method and a racing pigeon prize management system, and relates to the field of carrier pigeon racing. The method comprises the following steps:a prize entry step; and a live broadcast step of sending the prize change condition and the competition result to the user terminal. The prize entry step comprises a foot ring number input sub-step,and the foot ring number input sub-step comprises a foot ring number fuzzy matching sub-step of traversing a foot ring number database by using input numbers or characters, and obtaining and displaying a list of all foot ring numbers containing the input numbers or characters; and a foot ring number selection sub-step of selecting a target foot ring number from the displayed list of foot ring numbers. The system comprises a cloud server; a management terminal which is used for logging in the cloud server to realize prize entry; and a user terminal which is used for mastering prize change conditions and competition results. The method and the system have the characteristics of high prize entry efficiency, low error rate, capability of mastering prize change conditions and competition results in real time by pigeon friends and the like.

The invention discloses a method for studying the information processing mechanism of pigeon RGC to OT, belonging to the field of biomedicine, comprising step 1: performing sparse noise stimulation and black and white brightness stimulation on the pigeon neuron cluster to obtain ON- OFF neurons; Step 2: Conduct grating stimulation experiments on neurons, and then use information theory to analyze neuron responses; Step 3: Conduct character reconstruction experiments on neurons, and draw definite conclusions; Step 4: Build 4 model frameworks, And obtain the activation curve; Step 5: Obtain the ON filter and OFF filter in the model, verify the four models, and then evaluate the performance of each model in combination with the activation curve, and obtain the first action that the retina can use the neuron cluster Based on the conclusion that the potential (First-Spike) time delay quickly encodes the spatial information, the present invention solves the problem that the existing technology does not study the encoding mechanism of the OT region of birds in place, and the information processing mechanism is not clear.

The invention discloses a homing pigeon video visiting system and method. The homing pigeon video visiting system comprises a camera, a video decoder, a pigeon collector and a computer host; the camera collects a video of a public tent showing the situation of pigeons; the video stream is output to the computer host through the video decoder; the pigeon collector is used to scan the foot ring number of the pigeons in the public tent and output to the computer host; and the computer host pushes the video stream through an OBS software system, uses the Ali-cloud live broadcast platform for synchronous live broadcasting, and records the video to the Ali-cloud OSS storage. According to the invention, the video of the public tent showing the situation of the pigeons is collected by means of thecamera, and the video data is processed by the system and displayed to pigeon owners; therefore, the problem of the pigeon owners visiting the pigeons is solved, the visiting time of the pigeon owners is greatly reduced, and the visiting cost of the public tent is reduced.

The invention discloses a novel rapid pigeon collecting system and a pigeon collecting method adopting the pigeon collecting system, and relates to the field of carrier pigeon competitive equipment. The pigeon collecting system comprises a UHF RFID tag arranged on a carrier pigeon foot ring; a UHF (Ultra High Frequency) RFID (Radio Frequency Identification Device) reader; a plurality of reader antennas which are arranged in an array and are connected with the UHF RFID reader; and an computer operation terminal which is in communication connection with the UHF RFID reader. The pigeon collectingmethod comprises the steps of placing pigeon cages containing carrier pigeons in the coverage range of the reader antennas; controlling the plurality of reader antennas to radiate electromagnetic waves to the pigeon house, and communicating with the UHF RFID tag of the carrier pigeon foot ring to obtain tag data; and performing duplicate removal processing to filter repeatedly read tag data, thereby obtaining a carrier pigeon ID list. The electronic tags of the whole cage of carrier pigeons can be recognized and read without omission without manual auxiliary counting, and the method has the advantages of being high in pigeon collecting speed, free of worry about carrier pigeons, capable of preventing cheating and the like.

The invention discloses a carrier pigeon foot ring based on an NFC antenna, and an identification method thereof. Based on a key encryption algorithm, each carrier pigeon foot ring UID and ciphertext correspond to a key; the database of the key is stored in a server cloud; meanwhile, each homing pigeon foot ring is initialized, and a corresponding secret key is stored in the corresponding homing pigeon foot ring; and the verification comprises the following steps: after downloading the carrier pigeon foot ring manufacturer APP, a user reads the carrier pigeon foot ring UID and the ciphertext at the NFC antenna equipment and uploads the UID and the ciphertext to the server cloud, and the NFC antenna equipment sends out an authentication request and carries out verification. Any device with the NFC antenna function is in wireless communication with the NFC antenna homing pigeon foot ring through communication protocols such as an ISO / IEC14443 protocol, an ISO / IEC15693 protocol or a FeliCa mechanism, data of the NFC antenna homing pigeon foot ring can be accessed only after identity verification, and authenticity of the NFC antenna homing pigeon foot ring is verified.

The invention discloses a conveying box for carrier pigeon competition. The conveying box comprises a containing box, a lifting mechanism is arranged in the containing box, the lifting mechanism comprises a working cavity formed in the containing box, four vent holes are formed in the inner wall of the upper side of the working cavity in an up-down penetrating manner, and a blocking mechanism is arranged in the containing box. The blocking mechanism comprises an inlet and outlet which is formed in the inner wall of the right side of the working cavity in a left-right penetrating manner, a cleaning mechanism is arranged on the lower side of the containing box, and the cleaning mechanism comprises a base fixed to the lower end face of the containing box. By means of the conveying box, carrier pigeons can have a low-temperature environment, it can be guaranteed that the carrier pigeons have certain activity space, sundries generated by the carrier pigeons can be treated, so that the carrier pigeons are always in a relatively clean environment, the influence on the carrier pigeons is reduced, and the carrier pigeons can have a relatively high competitive level.

The invention discloses wind energy control potted plant protection equipment, which comprises a containing box, a lifting mechanism is arranged in the containing box, the lifting mechanism comprises a working cavity formed in the containing box, four vent holes are formed in the inner wall of the upper side of the working cavity in an up-down penetrating mode, and a blocking mechanism is arranged in the containing box. The blocking mechanism comprises an inlet and outlet which is formed in the inner wall of the right side of the working cavity in a left-right penetrating mode, a cleaning mechanism is arranged on the lower side of the containing box, and the cleaning mechanism comprises a base fixed to the lower end face of the containing box, so that a carrier pigeon has a low-temperature environment, and it can be guaranteed that the carrier pigeon has a certain activity space. Meanwhile, sundries generated by the carrier pigeons can be treated, so that the carrier pigeons are always in a relatively clean environment, the influence on the carrier pigeons is reduced, and the carrier pigeons can have a relatively high competitive level.

A cipher ring used for arrival report of race pigeon is composed of self adhesive cipher label and medium clasp. Said self adhesive cipher label is in duplicate form which contains plain code and cipher code. The application method of said invention is also disclosed. Advantages include fraud preventive, justice, open, simple etc.

The invention discloses an unmanned aerial vehicle airfoil with two-segment bionic flapping wings. A fuselage, ailerons and main wings are sequentially hinged from inside to outside; each aileron is composed of four first bionic airfoil-shaped ribbed plates, two transmission rods and a support rod; each main wing is composed of a first bionic airfoil-shaped ribbed plate, four second bionic airfoil-shaped ribbed plates and a transmission rod; the maximum thickness of each first bionic airfoil-shaped ribbed plate is in a position which is 19.86% of a chord, the maximum camber is in a position which is 49.32 of the chord, and when the unit length of the chord is 1, the maximum thickness is 0.1076 and the maximum camber is 0.1089; and the maximum thickness of each second bionic airfoil-shapedribbed plate 6 is in a position which is 16.64% of the chord, the maximum camber is in a position which is 42.68% of the chord, and when the unit length of the chord is 1, the maximum thickness is 0.1084 and the maximum camber is 0.1097. The unmanned aerial vehicle airfoil disclosed by the invention inherits good characteristics of homing pigeons, plane parameters of the main wings and the ailerons of the airfoil and airfoil shapes of sections are subjected to bionic design, the aerodynamic efficiency and flexibility of an aircraft are improved, the flying and landing of the aircraft are relatively quick, and thus the aircraft has good lift drag characteristics and flexibility.

A racing pigeon cloud intelligent pigeonry data management system disclosed by the present invention comprises a lineage library module, a pigeon library module, a pairing library module, a performance module and a sales module, and through a unique and intelligent interaction mode among the modules, a traditional complex and complicated manual working mode of a homing pigeon industry for a hundred years is greatly improved, a large amount of traditional labor cost is saved, the working efficiency is improved by hundreds of times, and the error rate of traditional work is greatly reduced; the invention records the whole life process of each racing pigeon from the birth of one pigeon egg to the end of the final life of the racing pigeon, and upgrades the traditional complex and backward management scheme into an intelligent, simple and scientific racing pigeon cloud intelligent pigeonry management system, thereby leading the homing pigeon industry to move from the traditional age to the intelligent science and technology age.

The invention discloses a carrier pigeon competitive gliding system based on a BDS / GPS positioning technology. The system comprises a pigeon ring and a terminal server. The pigeon ring comprises a power module, a control module, a positioning module and a wireless communication module, and is used for collecting and sending flight position information of a carrier pigeon in the competition process. The terminal server receives the data sent by the pigeon ring, stores the data, visualizes the data, generates a homing pigeon flight path on an electronic map, displays longitude and latitude information, matches the visualized homing pigeon flight path with existing traffic routes such as railways and highways through cheating judgment, and judges whether the homing pigeons cheat or not. By means of the scheme, the problem of bad competition existing in carrier pigeon competitive flight is solved, meanwhile, the combination of science and technology and traditional competitions is achieved, a carrier pigeon competitive flight system is perfected through advanced science and technology, and fairness and fairness of carrier pigeon competitive flight are guaranteed.