2859results about "Bird housings" patented technology

The invention provides a poultry house cleaning system and a cleaning control method, and the method comprises the steps: constructing global path data according to the three-dimensional information of a chicken house region; acquiring chicken coop image data in the advancing direction of the chicken coop cleaning process; inputting the chicken house image data into a smudginess identification model to obtain a target smudginess identification result; on the basis of a preset mapping relation between the smudge classification result and a smudge cleaning mode, according to the target smudge identification result, determining cleaning control data of a region corresponding to the chicken house image data; according to the target smudginess identification result, smudginess area information in the chicken house image data is acquired; performing path planning according to the global path data and the dirty area information so as to drive the walking module to a target cleaning position of the chicken house area; and after it is determined that the walking module is driven to the target cleaning position, corresponding cleaning operation is executed on the target cleaning position according to the cleaning control data. While the henhouse cleaning effect is ensured, the henhouse cleaning efficiency is also improved.

The invention relates to the technical field of intelligent ventilation adjustment, in particular to an intelligent ventilation adjustment method and system for livestock breeding. The method comprises the following steps: carrying out all-weather gas state monitoring on a livestock and poultry farm through a sensor, and obtaining gas temperature and humidity and ammonia / carbon dioxide concentration time sequence change data; then, gas deposition adsorption effect quantification is carried out, and deposition thermal entropy increase effect data are obtained through deposition thermal entropy increase effect simulation calculation; and then, designing ventilation logic of the livestock and poultry farm based on the deposition heat entropy increase effect data, and generating ventilation logic data of the livestock and poultry farm. And finally, intelligent adjustment firmware design is carried out by utilizing the ventilation logic data of the livestock and poultry farm, the firmware is uploaded to the cloud platform, and intelligent ventilation adjustment is executed. The intelligent ventilation adjusting technology is optimized, so that the intelligent ventilation adjusting technology is more perfect.

The invention discloses a wetland bird community structure and diversity observation device and method, and the device comprises an installation support column which is used for being installed in a wetland area; the bird luring mechanism is arranged on the mounting supporting column; and the acquisition mechanism is arranged on the bird inducing mechanism, is in wireless connection with an external monitoring terminal, and is used for acquiring bird image data and bird sound data on the wetland area and the bird inducing mechanism, and sending the bird image data and the bird sound data to the external monitoring terminal for processing and analysis. Bird image data and bird sound data in the wetland area can be acquired through the acquisition mechanism, meanwhile, birds in the wetland area can be lured through the bird luring mechanism, the quality of the bird image data and the bird sound data acquired by the acquisition mechanism is improved, and the difficulty of subsequent data analysis is reduced.

The present invention relates to the technical field of livestock manure cleaning equipment, and specifically discloses a manure cleaning device for farm management, including a cleaning frame, a collecting frame is fixedly provided on the top of the cleaning frame, and a movable cover is flipped on the top of the collecting frame, and also includes: a conveying unit, a cleaning unit and a post-processing unit, and the conveying unit includes a conveying bin, and the conveying bin is fixedly provided on one side of the cleaning frame. The cleaning frame is designed with a structural combination of a driving motor, a driving wheel, a moving wheel and a hand frame, which reduces labor intensity and facilitates flexible mobile cleaning; the structural combination design of the movable cover of the collecting frame, the flushing ring pipe, the water storage tank and the water pump ensures internal cleaning and manure delivery efficiency, and the solid-liquid separation frame and the discharge port control component facilitate manure classification and processing and precise discharge, reduce labor intensity and pollution risks, and ensure farm hygiene and manure resource utilization.

The utility model discloses a ventilation device for a chicken farm, which relates to the field of ventilation technology, and comprises a box body, wherein the upper right side surface of the box body is fixedly connected with an air inlet pipe, the upper left side surface of the box body is fixedly connected with an air outlet pipe, the upper inner wall of the box body is fixedly connected with a water inlet pipe, the lower end of the water inlet pipe is provided with a nozzle, the middle right part of the inner wall of the air outlet pipe is abutted with a high-energy ion tube, and the left end of the high-energy ion tube is abutted with activated carbon. By providing a nozzle, the utility model can wet the chicken feathers and down entering the box body with water, so that the chicken feathers and down move downward and fall into the drawer, and no longer block the second filter screen, thereby ensuring the normal operation of the device, and by providing a high-energy ion tube, pulsed electric waves can be generated to remove odor, thereby achieving the effect of purifying odor and preventing the gas discharged from the chicken farm from affecting the nearby environment and residents.

The invention relates to the technical field of chicken coop cleaning, and particularly discloses a chicken coop cleaning device which comprises a case, a clamping mechanism, a spray-washing mechanism and a brushing mechanism are arranged in the case, the clamping mechanism clamps the two ends of a chicken coop and drives the chicken coop to rotate, and the spray-washing mechanism and the brushing mechanism are located on the two sides of the chicken coop respectively. The spray-washing mechanism comprises a spray-washing head for spraying high-speed water flow to the henhouse, the brushing mechanism comprises a rolling brush for brushing the henhouse, and the spray-washing head and the rolling brush horizontally move along the machine box to conduct reciprocating cleaning on the henhouse; the chicken coop is placed in the machine box to be cleaned, sewage splashing can be avoided, surrounding pollution is avoided, the chicken coop is doubly cleaned through the spraying and washing mechanism and the brushing and washing mechanism, the cleaning effect is greatly improved, manpower is replaced, cleanliness and sanitation are improved, cleaning is faster and more convenient, and comprehensive cleaning of the chicken coop is achieved.

The utility model discloses auxiliary heating equipment for chick breeding, relates to the technical field of chick breeding, and aims to solve the problems that most of existing heating equipment performs fixed-point rapid heating, so that temperature distribution in a chicken coop is nonuniform, and the temperature in the chicken coop continuously and rapidly fluctuates and the health of chicks is affected due to the fact that the existing heating equipment needs to be turned on and turned off due to the energy consumption problem. Comprising a supporting frame and multiple layers of coops vertically arranged in the supporting frame at intervals, a manure belt matched with the coops is arranged below each layer of coops, and heating pipes evenly distributed in the extending direction of the coops are fixedly installed below each layer of coops. Through cooperation of the supporting frame, the coops, the manure belts, the heating pipes and the water body heating equipment, the heating pipes are laid at the bottom of each layer of coops, heating is conducted through the heating pipes, the growth problem caused by uneven temperature is avoided, meanwhile, it is ensured that the proper temperature is kept in the brooding room for a long time, and the requirement for long-time stable growth of chicks can be better met.

The invention discloses a livestock and poultry house manure ditch cleaning machine and a cleaning method, and relates to the technical field of livestock and poultry farm automation equipment, the livestock and poultry house manure ditch cleaning machine comprises a cleaning robot and an accompanying trolley; the cleaning robot comprises a moving crawler belt, a width adjusting component, a rack component, a cleaning spray head component, a collision detection guide wheel component, a push plate component and a controller. The accompanying trolley comprises a cable winding wheel, a water pipe winding device, a frame component and a control box. The width adjusting component realizes width adjustment of the moving track and the push plate component and is matched with the collision detection guide wheel component to realize that two ends of the push plate are close to the wall surface of the manure ditch, so that the adaptability of the cleaning robot to manure ditches with different widths is improved; the cleaning nozzle component realizes distance adjustment between nozzles and rotation of the nozzles, so that water jet of the nozzles can fully clean four wall surfaces of the manure ditch; the lifting component reduces manpower to quickly drop the cleaning robot down or lift the cleaning robot out of the manure ditch, and a winding wheel is arranged, so that the cleaning robot can be quickly dragged out of the manure ditch.

The utility model discloses an automatic egg picking robot which comprises a walking mechanism, a mechanical arm, an egg picking mechanism, an egg picking mechanism, an egg picking mechanism and an egg picking mechanism. The picking clamp comprises a cleaning part and an egg picking part; the image recognition mechanism comprises a processor and an image collector, and the image collector is connected with the processor; wherein the egg picking component and the sweeping component are arranged at the mounting end part of the mechanical arm, and the image collector is arranged on the mechanical arm; the processor is configured to control the sweeping component and the egg picking component to act according to image information collected by the image collector. Full automation of the process of picking up the duck eggs laid by the flat-fed breeding ducks is achieved, the labor intensity of workers is remarkably reduced, the working efficiency is improved, meanwhile, it is guaranteed that the egg laying environment is quiet and neat, and continuous production of the breeding ducks is facilitated.

A poultry egg association device comprises a mounting frame, a poultry nest mechanism is arranged on one side of the mounting frame, an egg storage mechanism is arranged on the other side of the mounting frame, an egg inlet is formed in the side edge of the egg storage mechanism, an egg outlet is formed in the side edge of the poultry nest mechanism, and the egg outlet is matched with the egg inlet; a poultry egg pushing mechanism is arranged in the poultry nest mechanism, and the poultry egg pushing mechanism pushes poultry eggs into the egg storage mechanism through the egg outlet and the egg inlet; a U-shaped shielding fence is arranged at the top of the poultry nest mechanism, and the opening side of the shielding fence is far away from the egg storage mechanism; a female poultry blocking mechanism is arranged on the opening side of the shielding fence; and a female poultry data reading module is arranged at the bottom of the poultry nest mechanism.

The utility model relates to the technical field of breeding equipment, and discloses a hanging type hopper feeding machine which comprises a chicken coop frame body, a guide rail cross beam, a plurality of feed troughs, a plurality of feed hopper bodies, a plurality of feed hopper bodies, a plurality of feed hopper bodies, a plurality of feed hopper bodies, a plurality of feed hopper bodies, a plurality of feed hopper bodies and a plurality of guide rail cross beams, the feed hopper bodies are vertically distributed at equal intervals on the chicken coop frame body, and the feed hopper bodies are matched with the chicken coop bodies in number and distribution position. The cage is fixedly mounted on a coop frame body; the driving assembly is arranged on the coop frame body; the feeding machine walking support is arranged on the guide rail cross beam and connected with the driving assembly, and the feeding machine walking support can move in the length direction of the guide rail cross beam under driving of the driving assembly; the feeding machine hopper is arranged on the feeding machine walking support and internally filled with feed, and the overall number and the distribution position of the feeding machine hopper are matched with those of the feeding troughs. According to the hanging type hopper feeding machine, the feed can be automatically and uniformly fed into a feeding trough of a chicken coop, the labor intensity of a breeder is reduced, and the feed feeding efficiency and uniformity are improved.

The invention discloses a ventilation method and device based on precise monitoring of the environment in a farm and a storage medium, relates to the technical field of analysis control, and constructs a three-dimensional pollution concentration field model by collecting data such as the pollution gas concentration, suspended particles, temperature and humidity, airflow velocity and the like of a manure ditch in real time and combining the spatial layout of a breeding house. On the basis of the model and ventilation constraints, a virtual ventilation strategy composed of multiple sets of air supply speeds, air directions and air opening degrees is automatically generated, simulation is conducted, disturbance scores are calculated, and the optimal strategy is selected to be applied to ventilation control. Environmental parameters are continuously monitored in the ventilation process, if it is detected that pollutants rise or temperature and humidity are abnormal, the strategy generation and screening process is automatically restarted, and dynamic closed-loop optimization adjustment of a ventilation scheme is achieved; dynamic ventilation control can be carried out according to the actual manure environment, the influence of gas backflow and pollution disturbance is reduced, and the influence on the farm environment is reduced; the influence on the growth health of livestock and poultry is reduced.

The present invention relates to a collapsible brooder structure designed to enhance the efficiency and convenience of poultry housing. The brooder features a unique folding mechanism that allows for easy assembly and disassembly, facilitating compact storage and transport. Central to the invention are a top lid with ventilation openings and secure locking mechanisms, foldable left and right-side portions that divide into halves for collapse, and a segmented bottom portion with folding lines for inward folding. The structure also includes a front portion with a two-door mechanism, providing access while ensuring security with a locking system. A removable tray with vertical edges fits snugly at the bottom, supporting poultry and facilitating maintenance. This innovative design addresses space, transport, and usability challenges in poultry farming, offering a versatile, scalable solution for efficient poultry rearing across various farming scales, thereby improving operational efficiency and animal welfare.

The invention discloses a device and a method for automatically measuring individual egg laying performance of family small-group caged geese, and the device comprises an egg laying detection device, a code spraying area device, a weighing area device, a combined goose cage, an egg detection module matched with the combined goose cage, a code spraying module, an information storage module, an information analysis module and a corresponding detection algorithm. Egg laying detection, egg laying performance detection, egg laying collection and other related work are carried out through a region division algorithm, a target persistence counting algorithm, an egg goose matching algorithm and an event triggering algorithm, the problems that resource space is wasted, independent cage culture facilities are high in cost and management cost are effectively solved, and the automation degree is greatly improved.

The utility model discloses a nursing system applied to young green-head diving ducks, which comprises a plurality of single-piece nets, connecting pieces, a first movable door and a soft cushion, the plurality of single-piece nets and the connecting pieces are assembled into a movable net cage, the plurality of single-piece nets and the connecting pieces are combined into a first stage net cage to form a first young duck activity space, and the first stage net cage is connected with the first stage net cage to form a second young duck activity space. The first movable door is arranged on the bottom side of the first-stage net cage, and a transverse bar is installed in the middle of the first-stage net cage. The multiple single-piece nets and the connecting pieces are combined into a second-stage net cage, a second chick activity space is formed, a second movable door is further formed in the bottom side of the second-stage net cage, the first movable door is communicated with the second movable door, and the second chick activity space is larger than the first chick activity space; by means of the structure, the problems that the teratogenesis rate, the death rate and the injury rate are high, weak young ducks cannot be effectively protected and recognized by groups, and the stress reaction is solved through the stepped swimming pool when existing green head diving duck feeding is carried out are solved.

A method for restoring waterbird habitats based on the “ecological leverage” theory is provided. The method includes: Step 1: Determining a target waterbird habitat to be restored based on the ecological environment of a target wetland area; Step 2: Selecting several suitable basic ecological units that are distributed in a scattered, circular, or S-shaped pattern from the target wetland area; Step 3: Optimizing the environment of the selected basic ecological units according to the target waterbird habitat; Step 4: Conducting long-term monitoring of the ecological environment and waterbird population of the optimized ecological units, assessing the restoration of the waterbird habitat, and further optimizing the ecological units based on the assessment results. The method of the present invention achieves an enhancement in waterbird diversity within a region with the minimum ecological space and waterbird habitat restoration efforts.

The invention relates to the technical field of temperature control, in particular to a chicken coop constant-temperature regulation and control method for prevention and control of broiler epidemic diseases, and the method comprises the steps: obtaining thermal infrared image data of a broiler activity area in a chicken coop and temperature data collected by a temperature sensor; positioning and tracking a single chicken in the thermal infrared image data, and determining the abnormal aggregation degree of each sub-region divided by the broiler activity region so as to determine an abnormal aggregation region formed by the abnormal aggregation sub-regions; the current area temperature of the abnormal gathering area is determined by combining the temperature sensor and the position and temperature data of the abnormal gathering area, and the constant temperature deviation difference degree of the abnormal gathering area is determined; and on the basis of the current area temperature and the abnormal gathering degree and the constant-temperature deviation difference degree of the abnormal gathering sub-areas, dynamic adjusting fans in the sub-areas divided by the broiler activity area are controlled so as to adjust the temperature of the abnormal gathering areas. Constant temperature adjustment of the henhouse environment is effectively achieved, and broiler epidemic diseases are avoided.

The invention discloses a chicken health monitoring method and a chicken health monitoring system, and relates to the technical field of poultry breeding. The method comprises the following steps: S100, randomly selecting chicken samples and obtaining the number of samples; S200, collecting the appearance time and frequency of the target colors of the sample conveyor belt; S300, collecting real-time images of the chicken samples; S400, sending the information collected in steps S200 and S300 to the background for analysis and processing; S500, the background calculates the total frequency of the target color and the ratio of the sample number to obtain the sample broken egg rate, and judges whether the chickens are healthy by comparing the sample broken egg rate with the healthy broken egg rate, and locates the abnormal chickens and the number of the target colors, and sends the photos and the number of the abnormal chickens to the terminal. By selecting a specific color scale, a relatively accurate marker such as broken eggs is introduced, and the abnormal chicken manure can be located on a specific abnormal chicken, and finally, it is verified by manual observation, which has high accuracy and is very meaningful for chicken health guidance.

The utility model discloses an egg belt cleaning mechanism, relates to the technical field of egg belt cleaning, and aims to solve the problem that feed residues, chicken feathers and other pollutants fall onto the surface of an egg collecting belt and are accumulated, so that the sanitary quality of eggs conveyed by the egg collecting belt is influenced. Comprising a supporting frame, multiple layers of hencoops vertically arranged in the supporting frame at intervals and an egg collecting frame arranged on one side of the outer side wall of the supporting frame, and a conveying assembly used for conveying eggs to the egg collecting frame is arranged at the position, located below each layer of hencoop, of the supporting frame; the side, close to the conveying assembly and away from the egg collecting frame, of the outer side wall of the supporting frame is fixedly connected with a cleaning assembly for cleaning the conveying assembly. Through cooperation of the supporting frame, the hencoop, the egg collecting frame, the conveying assembly and the cleaning assembly, the cleaning brush cleans the surface of the conveying belt in the conveying process, pollutant accumulation on the surface of the conveying belt is avoided as much as possible, and then the sanitary quality of eggs entering the egg collecting frame after passing through the conveying belt is guaranteed.

The utility model discloses a novel livestock and poultry breeding automatic chicken outlet coop which comprises a frame, a coop body is arranged on the frame, coop doors are arranged on the left side and the right side of the coop body, a chicken outlet mechanism is arranged below the coop body, and a manure outlet mechanism is arranged below the chicken outlet mechanism. According to the novel automatic chicken outlet cage for livestock and poultry breeding, when chickens need to be discharged, the cage door on one side is opened, the chicken outlet mechanism is arranged, the first motor drives the rotating shaft to rotate, the rotating shaft drives the chain wheel and the chain to rotate, the chain drives the bearing rod to rotate, the chickens are discharged automatically, personnel do not make contact with the chickens in the whole process, and the stress response of chicken flocks is reduced; the chicken catching cost and the condition that wings and legs are extravasated when people catch the chicken are reduced, and the meat quality and value are improved.

The invention relates to the technical field of preparation of bird inhabitation bricks, in particular to a bird inhabitation brick capable of conducting drainage, gradient dynamic adsorption of organic matter and blocking and filtering water through heavy metal and a preparation method thereof.The preparation method comprises the steps that S1, a photocatalytic purification layer, a biological filtering layer and an adsorption stabilizing layer are formed and then subjected to demolding treatment, and the upper surface of each layer of brick body is removed; the other surfaces are subjected to anti-seepage treatment; s2, sequentially splicing a photocatalytic purification layer, a biological filtering layer and an adsorption stabilizing layer from top to bottom, accurately butting the ceramic pipe buckle parts of each layer, and splicing the three layers of bricks into a whole ecological combined brick, so as to obtain the bird inhabiting brick for guiding and discharging, dynamically adsorbing organic matters in a gradient manner and blocking and filtering water by heavy metals. According to the invention, pollutants flowing into the brick body can be effectively treated through the synergistic effect of gradient pores, large-particle pollutants are intercepted by macropores on the surface layer, decomposed organic matters are adsorbed by mesopores in the biological filter layer, and dissolved pollutants such as heavy metal ions and the like are fixed by the adsorption stabilizing layer.

The utility model belongs to the technical field of livestock and poultry breeding, and particularly relates to a poultry feeding device which comprises a feeding frame, a water storage tank and a plurality of feeding units. The feeding units are sequentially arranged on the feeding frame; the feeding unit comprises coops, a hopper and a manure hopper, the hopper is arranged in front of the coops, the manure hopper is arranged below the coops, a water pipe is connected to the water storage tank and sequentially penetrates through the coops, and water nozzles are connected to the water pipes corresponding to the coops; the coop is arranged on the feeding frame through the first weighing sensor, the hopper is arranged on the feeding frame through the second weighing sensor, and the water storage tank is arranged on the feeding frame through the third weighing sensor. The feeding device is reasonable and compact in layout, high in integration degree and low in consumption and cost, space is saved, it is guaranteed that the chickens have proper movement space, fine feeding is achieved by combining the feed intake, the water intake and the weight change which are monitored in real time, and the growth cycle, the health condition and the chicken quality of the chickens are optimized.

The invention discloses a combined biological inhabitation platform capable of quickly building a bird microhabitat, and relates to the technical field of wetland ecological restoration engineering and wetland biodiversity recovery. The platform is composed of a plurality of biological inhabitation platform units with different draft heights; each biological inhabiting platform unit comprises a plurality of main body splicing units, a buoyancy unit and a vegetation layer laid on the main body splicing units; through the enclosed platform formed by combining the buoyancy units and the main body splicing units, soil can be loaded to support the vegetation layer to serve as various plants planted for building a bird microhabitat, and a high-degree-of-freedom space is provided for building an inhabiting and foraging environment of wetland animals such as birds; a stable ecological system which is integrated on water and under water, complete in food chain and rich in biological diversity is constructed, a suitable habitat is provided for wetland organisms such as birds, and restoration of integrity and stability of the wetland ecological system is effectively promoted.

The utility model discloses an automatic egg picking-up double-station robot which comprises a walking mechanism, and a first mechanical arm, a second mechanical arm and a storage container are arranged on the walking mechanism; the picking clamp comprises a transfer part and an egg picking part, the egg picking part comprises a mounting seat and a plurality of rod bodies, the rod bodies are fixed on the mounting seat, and the plurality of rod bodies are sequentially arranged side by side at intervals in the length direction of the mounting seat; the image recognition mechanism comprises a processor, a first image collector and a second image collector, and the first image collector and the second image collector are respectively connected with the processor. The duck eggs are automatically picked up, so that the labor intensity of workers is reduced, and the picking efficiency is improved.

The invention discloses a wetland bird diversity intelligent observation system based on a voice recognition technology, and the observation system comprises a bird feeder, and the bottom of the bird feeder is provided with an inhabiting plate corresponding to the discharge end of the bird feeder. The bird feeder is provided with a voiceprint collection and recognition module used for collecting bird voiceprint data and conducting type recognition based on the bird voiceprint data, and the bird feeder further comprises an anti-sinking supporting mechanism connected with the bird feeder. The anti-sinking supporting mechanism is arranged, the movable frame moves relative to the supporting frame to extrude a spring piece, the situation that the gravity of birds directly impacts the soft ground of the wet land, and consequently the whole observation system sinks is effectively avoided, and when the number of the birds is increased or the weight continuously acts, the movable frame continues to move downwards, the movable frame moves to drive the sliding base to move downwards; the movable plate is driven by the connecting arm to unfold outwards, so that the contact area between the bottom plate and the ground is increased, and the influence of the gravity of the birds on the observation system is further reduced.

A sooty falcon nest includes a column having a height of between 3 to 5 meters, and a 3D printed enclosure located on top of the column. The 3D printed enclosure is printed using indigenous material where the nest is to be positioned simulating a natural environment of the nest. The 3D printed enclosure is 10 cm wide, 10 cm high and 10 cm deep and has an opening allowing for access into the 3D printed enclosure, and to decrease temperature and humidity to avoid any popular infectious problems in falcon species that may threaten falcon chicks such as parasitic or mycotic diseases. A tracking system is located within the 3D printed enclosure, and an external monitoring device receives data from the tracking system allowing for monitoring activities within the 3D printed enclosure.

According to certain aspects of the present disclosure, a brooder is provided. The brooder includes a heater assembly comprising a heater base. A trough is disposed on the heater base and is formed by an inner wall and an outer wall. A tube is rotatably supported by the inner wall. A dome is adjustably supported on the tube.

The utility model discloses an egg collecting device for livestock breeding, which belongs to the field of livestock breeding and comprises a breeding cage, an egg collecting slide way is arranged below the breeding cage, and a conveying device is arranged at the outlet end of the egg collecting slide way. Compared with the prior art, the egg collecting device has the advantages that the anti-collision net is installed at the outlet end of the egg collecting sliding way, sliding eggs are decelerated through the anti-collision net, the steering table is driven to rotate by 180 degrees through rotation of the servo motor, so that the anti-collision net is steered, the eggs are ejected out through the telescopic device, the eggs fall onto the conveying device, and the egg collecting device is convenient to use. Therefore, speed reduction and transfer of the eggs are completed.