317results about "Livestock management" patented technology

A method for breeding beef cattle and mutton sheep standardly on a large scale through photovoltaic facilities includes the four parts that first, a photovoltaic facility greenhouse is built, maize seedlings or high-quality green forage grass Zea mexicana is produced throughout the year to be used as green fodder of beef cattle and mutton sheep; second, the beef cattle and the mutton sheep are bred and bio-organic fertilizer is produced standardly on a large scale through the photovoltaic facility greenhouse; third, photovoltaic power generation is performed for self use, and excessive electricity is connected into the state grid; fourth, a beef cattle and mutton sheep traceable system is built, and foods are made safe and sanitary. Through the method, not only can solar resources be effectively utilized to output clean and green energy, but also efficient planting and breeding can be achieved, by-products are processed into organic fertilizer, and a new path is provided for green agricultural production. Because a full-frame high-standard support system is adopted for the photovoltaic agricultural greenhouse and photovoltaic modules are arranged on the greenhouse, the space of the greenhouse can be effectively utilized, power utilized in the greenhouse can be supplied through a photovoltaic power station, and equivalently, stereoscopic production is formed on the land with the same area.

A swiftlet breeding facility, for use in creating and harvesting edible bird's nests. The facility includes sub-systems for injecting live insect and worm prey, and water, into an aerial enclosure to provide a feeding system imitative of a natural swiftlet feeding environment.

The invention provides an improved farming-above and fishing-below ecology breeding method in the saline-alkali land. A sunlight greenhouse (1), a fish pond (4), a livestock breeding house (2), a residence house (5), and a methane pond (3) are arranged concentratively. The dejection can be used for feeding the fish or be put into the methane pond, the marshy liquid and the marshy dregs can be used for fertilizing the field or fatting the fish, and the methane can be used for lighting or cooking. Through matching the agricultural integrated producing technologies, the invention can make up the deficiency of the own condition of the earthiness, and can ensure that the saline-alkali wasteland tends towards the virtuous ecological cycle after the project is put in practice. The forage grass planted in the cropland can be used to feed the livestock, the dejection of the livestock can be used to feed the fish or produce methane, the silt and the marshy liquid of the fishing pond can be used to fertilize the cropland. The greenhouse and the fishing pond can produce the pollution-free and green food, which can improve yield benefit of the soil maximally. The peasants in the area can be led to be rich and to live a relatively comfortable life.

In an exemplary embodiment, an Environmental Optimization System (“EOS”) provides a system for the intelligent control and monitoring of a poultry or livestock house environment through the utilization of a solar thermal collection system, a variety of environmental and livestock behavior sensors, apparatus for controlling the thermal collection and existing interior heating/air conditioning/ventilation (“HVAC”) systems, and Internet or cloud based intelligent control and monitoring capabilities of the system. In various embodiments central sensor data aggregation is utilized to provide improved optimization control for individual structures based on data from multiple structures.

A spray device including a fan located in a housing provided with an air outlet guide for generating an air stream having a predetermined velocity. A nozzle unit for the discharge of liquid therefrom, producing a mist stream capable of being propelled to a predetermined location and having a measurable and controllable lateral dimension at the predetermined location. The spray device is used particularly for moistening cattle, especially cows, in sheds, and taking into account the effect of the wind. Rows of sprayers project water sprays directed toward the cattle. The sprayers may be angularly shifted to take into account the deviating effect of the wind. A processor calculates the angular shift that is needed for the existing wind direction and intensity. All the sprayers concurrently receive the angular shift, which is transmitted to the first sprayer from a control station and successively from each sprayer to the next.

An evaporative cooling system for poultry houses and the like includes a cooling water reservoir, at least one evaporative pad positioned directly above the reservoir, and fan disposed on one side of the pad to draw ambient air horizontally through the pad to evaporate a portion of the cooling water flowing vertically therethrough, and flow the cooled air into the interior of the poultry house. A header is disposed above and along the upper end of the pad, and includes a conduit flowing cooling water longitudinally therethrough with orifices shaped to emit streams of cooling water in an outwardly direction. A deflector extends above and outwardly of the conduit, and has a hood-shaped configuration which deflects the streams of cooling water from the orifices and disburses the same in a predetermined pattern onto and across the upper end of the pad. The deflector has a flexible portion which permits the configuration of the deflector and the spray pattern to be varied to accommodate different configurations of the pad.

A system, method, and computer program product for an aquaponics, and greenhouse system, including a solar greenhouse insulated on north, east and west sides and with glazing on a south side at an angle to maximize winter sunlight, and housing: a fish tank; grow beds coupled to the fish tank; and hydroponic tanks respectively coupled to the grow beds. The grow beds are coupled to a fish tank geyser pump internal to the fish tank, and a hydroponic tank geyser pump internal to a respective one of the hydroponic tanks. The fish tank and hydroponic tank geyser pumps are powered by an external air pump via an air selector switch to pump and aerate water from the hydroponic tank to the grow bed and to pump water from the fish tank to the grow bed and aerate water of the fish tank.

The invention discloses a pig raising house with ventilating and light transmitting functions. The pig raising house comprises a front face wall and side face walls, the front face wall is provided with an in-out door and a feeding baffle, the side face walls are connected with a group of lifting frames, each lifting frame is in threaded connection with a lifting column, the upper ends of the lifting columns are hinged to a light-transmitting roof, and the middle of each lifting column is matched with a group of ratchet wheel sleeves; the upper portion of the light-transmitting roof is provided with top pulleys, the two sides of the light-transmitting roof are each provided with a side pulley, the top pulleys and the side pulleys are both matched with pull ropes, and one end of each pull rope is connected with a black-out cloth arranged on the light-transmitting roof. According to the pig raising house with the ventilating and light transmitting functions, feeding is convenient, a liftable roof structure is innovatively adopted, and the light-transmitting roof can be lifted up according to the actual requirements, so that a pig house is quickly ventilated, and air is kept fresh; sunlight can irradiate the interior of the pig house through the light-transmitting roof, therefore, dryness and warmness in the pig house are kept, and a good growing environment is provided for pork pigs.

A fan cooling system has individual fan modules which are connected together in an end-to-end configuration, where one of the fan modules is connected to a mechanism which rotates the linear array of fan modules. The fan modules are substantially identical, which allows prefabrication of the fan modules prior to on-site installation of the system. Each fan module may contain water injection piping and nozzles, which allows the fan cooling system to dispense fog. The linear array of fan modules may be rotated along a longitudinal axis, such that the axial flow direction of the fans may be changed with respect to a vertical plane. A suggested use of the fan cooling system is for the cooling of livestock in large livestock structures.

The invention relates to the technical field of agriculture ecology, in particular to an ecological comprehensive utilization system for livestock breeding feces. The system comprises a movable of detachable livestock breeding shed, a dry and wet separation device, an anaerobic fermentation device, a discharging and dewatering device, a biogas power generation device and a vegetable and fruit treeplanting area, the feces is separated into day feces and biogas slurry by the dry and wet separation device, the biogas slurry is used for anaerobic fermentation, the day feces is used for compost, and generated manure is transported to the vegetable and fruit tree planting area and utilized. The system is high in automation degree, operating investment and running cost are reduced, the resourceutilization efficiency of agricultural and pastoral waste is improved, a livestock breeding park with a closed energy structure can be built by the system, a circular agriculture industry chain is achieved, rural straw gasification clean energy is utilized, comprehensive utilization of village or enterprise livestock breeding waste is achieved, the system can be truly implemented and normally run,waste materials are truly changed into things of value, and due contribution is made to 'beautiful villages, wealthy framers and strong agriculture'.

Heat exchangers extract heat from an air stream and deliver the heat to another airstream. The heat exchangers are modified with a filtration system to allow the heat exchanger to effectively run within the poultry house environment. The poultry house is retrofitted with at least four flat-plate cross-flow heat exchangers. The heat exchangers operate to meet at least the minimum ventilation rates for the young birds. As birds grow, heat exchangers operate in conjunction with building exhaust fans for ventilation needs. Multiple heat exchangers are located throughout the house to provide appropriate ventilation.

The invention provides a contamination governing method of a rabbit cultivation farm and relates to a contamination governing technology of the rabbit cultivation farm. The concrete steps are divided into the following three sections: a primary section: adding Chinese herbal medicines into feed to feed rabbits and preventing the contamination of heavy metal, antibiotics and hormones; an intermediate section: adding a mixture of the Chinese herbal medicines and micro-ecological preparations into the feed for regulating the micro-ecological equilibrium of the intestinal tracts of the rabbits, enhancing the digestibility and the utilization rate of nutrient substances, and reducing digestive tract diseases, thereby reducing the discharge amount of feces and the content of the contamination components of the feces; and a final section: separating the feces of the rabbits and sewage generated after sweeping rabbitries, carrying out methane fermentation on the sewage, heating the rabbitries by the generated methane, carrying out aerobic composting on both of the generated methane residues and the feces of the rabbits, applying organic fertilizer obtained by the aerobic composting to pasture planting and preparing the pasture into the feed for the rabbits to eat. The method is simple and practical, reduces the residues of antibiotics in rabbit meat, lowers environmental contamination, comprehensively utilizes the sewage and the feces generated by rabbit cultivation and conforms to the green environment-friendly requirement.

The invention discloses an energy-saving and environmentally-friendly poultry breeding house. The breeding house includes a breeding house main body; and the top of the breeding house main body is provided with a wind turbine generator system, the bottom of the wind turbine generator system is rotatingly connected with the top of the breeding house main body through a supporting column, one side of the supporting column is fixedly connected with a fixing rod, one end far away from the supporting column, of the fixing rod is provided with a sliding opening, a clamping rod is slidingly connectedwith the interior of the sliding opening, the clamping rod separately runs through two ends of the sliding opening and extends outwards, the top of the breeding house main body is provided with a plurality of clamping grooves corresponding to the clamping rod in a surrounding manner, one end close to the breeding house main body, of the clamping rod is fixedly connected with a clamping sleeve ina sleeving manner, one end far away from the clamping sleeve, of the clamping rod is fixedly connected with a limit block, and the outer wall of one side of the breeding house main body is fixedly connected with a drive electrical machine through the supporting rod. The breeding house provided by the invention reduces the energy consumption of the breeding house and enhances the ventilation and cooling capacity of the breeding house through the arrangement of the wind turbine generator system and a plurality of transmission mechanisms.

The invention relates to an eight-in-one multi-functional new energy intelligent greenhouse. The eight-in-one multi-functional new energy intelligent greenhouse comprises a greenhouse. The eight-in-one multi-functional new energy intelligent greenhouse is characterized in that the greenhouse is partitioned into a front greenhouse and a back greenhouse by a heat preservation board; the top of the front greenhouse is provided with a sunny greenhouse composed of a plurality of layers of plastic light-transmitting films; the top of the back greenhouse is opaque, so that the back greenhouse forms an overcast greenhouse; and a photovoltaic grid-connected power generation system is arranged at the top of the back greenhouse; a livestock breeding region is set at the lower air opening side of the greenhouse through partition; the front greenhouse and the back greenhouse of the livestock breeding region are communicated with each other; the bottom of the livestock breeding region is provided with a biogas digester; a fruit and vegetable planting region is set in the front greenhouse; organic fruits and vegetables are produced through adopting a soilless cultivation technique; a three-dimensional edible fungus cultivation region is set in the back greenhouse; and one side of the greenhouse, which is far from the livestock breeding region, is provided with a monitoring room. The eight-in-one multi-functional new energy intelligent greenhouse has the advantages of rigorous structural design, intelligent and optimized combination, all-round ecological cycle, efficient consumption reduction, energy-saving performance, environmental friendliness, convenient maintenance and high practicality, and can achieve high-efficiency agricultural production.

The invention relates to an insulation wind-resistant snow-resistant ecological greenhouse, belonging to the technical field of the design of greenhouses. The insulation wind-resistant snow-resistant ecological greenhouse provided by the invention is capable of increasing the bearing capability on thick and heavy snow layers. The technical scheme provided by the invention is as follows: the insulation wind-resistant snow-resistant ecological greenhouse comprises an integrated arch frame structure and a sunshine panel lighting insulation system; the integrated arch frame structure comprises a v-shaped shed; semi-arch sheds are arranged at the two sides of the top of the v-shaped shed; the tops of the semi-arch sheds and the top of the v-shaped shed are connected; and opening support frames are arranged at two sides of the arch shed body. The insulation wind-resistant snow-resistant ecological greenhouse provided by the invention is applied to designing and manufacturing greenhouses.

The invention discloses a stall sanitation truck, comprising a sanitation truck with wheels, a cleaner for removing manure, a driving system for driving the sanitation truck to walk and a lifting system for driving the cleaner, wherein the lifting system is arranged on the sanitation truck; the wheels are matched with the track; the track is axially erected above an opening of the groove of a manure accumulating slot along the manure accumulating slot; the track is insulated with the installation ground; the solar battery panel is connected with a storage battery, an inverter and a transformerin sequence, and the transformer outputs current of security voltage to be connected with the track; the wheels are insulated with the track; a power transmission system with voltage regulating function is contacted with the track; and current on the track becomes current of adaptable voltage by voltage regulation and then is output to the driving system and the lifting system. Cheap and environment-friendly solar energy is used as a work source; the track can be easily cleaned; the sanitation truck has simple structure by means of inputting security voltage and power by the track, thereby ensuring the security of livestock; and an automatic controller controls the operation and work of the sanitation truck, so as to ensure programming and automation of clean-up operations.

The invention relates to the technical field of live pig breeding, in particular to an energy-saving type breeding hog house. The hog house comprises a hog house body and an upper ceiling. A feeding channel is arranged in the center inside the hog house body. Hog lots are symmetrically arranged on the two sides of the hog house body, a pig trough and a water trough are arranged inside the hog lots, a fermentation bed is arranged at the bottoms of the hog lots, and the fermentation bed is filled with fermentation padding; the lower portion of the fermentation bed is connected with a biogas digester through a discharging pipe, a gas-fired boiler is arranged on one side of the hog house body, the biogas digester is connected with a gas inlet of the gas-fired boiler through a gas conveying pipe, and the upper portion of the gas-fired boiler is connected with the interior of the hog house body through a heating pipe; the energy-saving type breeding hog house further comprises a cooling fan,a sterilizing lamp and a photovoltaic assembly which are arranged inside the hog house body, a combiner box connected with the photovoltaic assembly, a storage battery and an inverter controller, andthe inverter controller is connected with a photovoltaic water pump. The problems that existing hog house fecal treatment is difficult, the heating cost in winter is high, and power supply is not sufficient are solved, the hog house can be kept clean and sanitary, and electricity dependence is lowered.

The invention discloses an energy-saving and high-efficiency incubator, which comprises an incubating box, an egg vehicle, a fan and heating pipes, wherein the egg vehicle comprises a bracket, the bracket is provided with a rotary shaft, the outer end of the rotary shaft is connected with a speed reduction motor through a transmission mechanism, the rotary shaft is fixedly sheathed with an egg disc rotary frame, the egg disc rotary frame rotates together with the rotary shaft, an egg disc is arranged in the egg disc rotary frame, the fan adopts a bidirectional fan, the two sides of a blade disc are respectively provided with two blades which are arranged in a 180-degree way, the blades at the two sides are mutually vertical to each other, and the incubating egg vehicle controls the rotation of the egg disc rotary frame through a single chip microcomputer. The incubator has the advantages that by adopting the middle shaft rotation design, the egg turning angle breaks the original limitation, so the turning of goose eggs and duck eggs is more sufficient, and the incubating rate of goose eggs and duck eggs is greatly improved; the quantity and structure of blades are adjusted, so the generated wind field is softer, the volatizing of moisture and water vapor is slower, the coverage surface of a temperature field is wider, and the uniformity in the incubator is better; the wind field formed by the fan is not blocked by the egg turning.

The invention provides a photovoltaic ecological greenhouse which can adjust the quantity of illumination entering below a photovoltaic assembly. The photovoltaic ecological greenhouse comprises a bracket, at least one cross rod fixedly arranged in the upper end part of the bracket, multiple rows of photovoltaic assembly brackets which are arranged transversely at intervals and multiple rows of photovoltaic assemblies which are separately mounted on the photovoltaic assembly brackets, wherein space for planting plants or breeding animals is formed below the photovoltaic assemblies; gaps, from which sunshine enters into the space, are formed among the photovoltaic assemblies; and the lower end part of each of the photovoltaic assembly bracket can be slidably connected with the cross rod transversely so as to adjust the size of the gap between two adjacent photovoltaic assemblies.

A building is disclosed, with which the air may be guided from a heat reservoir into an interspace, and/or from the interspace into the heat reservoir through conduits.

The invention discloses an ecological cycle self-propelled stockbreeding room. The ecological cycle self-propelled stockbreeding room comprises a one-section breeding room or a multi-section breeding room which is arranged in a line, wherein the breeding room is provided with a crawler-type or a wheel-track type travel mechanism; a hydraulic lifting mechanism is mounted on the travel mechanism; the travel mechanism is used for supporting the breeding room through the hydraulic lifting mechanism; the breeding room adopts a triangular steel cage structure to form a spanning framework of the breeding room, and a plurality of yards for breeding captive animals are partitioned on a base plate for bearing the animals; manure drain holes or manure drain grooves are formed in the base plate of the yards; two working passages are arranged in the front and at the back of each yard; and a movable grass mowing and cutting mechanism and movable guide rails thereof are arranged in front of the working passage which is arranged in the front of each yard. The technical scheme is integrated with machinery, solar energy electrical appliances, rooms and breeding tool equipment, and is integrated with advantages and functions of captive breeding and grazing.

The invention discloses a large farm livestock breeding system based on the internet of things. The large farm livestock breeding system comprises a breeding area unit, livestock monitoring units, an environment monitoring unit, an environment improvement executing unit, an information receiving and sending platform, a database unit and a solar power generation unit; the breeding area unit is used for supplying a moving, timing and quantitative feeding and automatic excreta removing area to bred livestock, the livestock monitoring units are arranged on all the livestock, the environment monitoring unit monitors the breeding environment of the breeding area unit, the signal output end of the environment monitoring unit is connected with the signal input end of the environment improvement executing unit, the breeding area unit, the livestock monitoring units and the signal output end of the environment monitoring unit are connected with the input end of the database unit, and the signal output end of the database unit is connected with the signal input end of the signal receiving and sending platform. Health standardization breeding of the livestock is achieved by monitoring the health condition and the living environment of the livestock.

The invention discloses a house feeding goat warm shed, and the main structure thereof is a shed cover which is divided into a soft shed cover and a hard shed cover, wherein rafters at the hard shed cover are sequentially laid with a mat, grass and a roof made of mud, the soft shed cover is formed by covering arched steel pipes with a shed plastic film; the front wall and the rear wall, and the left gable and the right gable of the warm shed are provided with intake elbows, and the highest part of the shed cover is provided with an exhaust elbow. The house feeding goat warm shed eliminates various adverse effects of the conventional goat shed on the goat body, can regulate the temperature and the moisture inside the warm shed by controlling air input and air displacement according to the requirements in cold and warm seasons, and can be further used for limiting sunshine manually and promoting the cashmere improvement of goats. The house feeding goat warm shed is applicable to wider raisers in rural pastoral zones, and has significant effects on alleviating the pressure of grazing pasture, protecting ecology and reducing the excessive consumption of fodder.

The invention discloses an intelligent control semi-open solar poultry breeding device. The intelligent control semi-open solar poultry breeding device comprises a ceiling, a fence, roller shutters, a lighting device, power devices, a detection device and a control device. The fence is arranged at the lower end of the ceiling, the roller shutters are arranged on the two sides of the ceiling, each power device is arranged on one side of the corresponding roller shutter, the ceiling comprises a solar panel, a storage battery and an inner ceiling body from outside to inside, the lighting device is arranged in the middle of the inner ceiling body, and the detection device comprises a temperature sensor and a photosensitive sensor which are arranged on the two sides of the lighting device respectively. According to the intelligent control semi-open solar poultry breeding device, electric energy can be provided for the breeding device through the solar panel, and the temperature and illumination conditions in the breeding device can be regulated and controlled through the detection device and the control device, so that the breeding device is kept within an environment range suitable for poultry growth, time and labor are saved in use, waste of energy is reduced, cost is low, and energy conservation and environment protection are achieved.

The invention discloses an environment-friendly heating, ventilation and heat exchange system for a cultivation house and the cultivation house. The environment-friendly heating, ventilation and heat exchange system comprises a buried pipe ventilation system, a ground source heat pump auxiliary heating system, a fresh air heat exchange system and an indoor heat exchange system. A first fresh air inlet pipe, a first fresh air outlet pipe, a first buried pipe, a second fresh air inlet pipe, a second fresh air outlet pipe and a second buried pipe in the four systems are all used for supplying fresh air obtained after temperature regulation to a fresh air handling unit; an air cooling module is used for controlling the temperature of the fresh air and supplies the fresh air into an air inlet pipe, an exhaust pipe is used for exhausting indoor air into the fresh air handling unit so as to achieve heat exchange of the fresh air. According to the environment-friendly heating, ventilation and heat exchange system for the cultivation house and the cultivation house, the heat supply, refrigeration, air exchange and various other functions are integrated comprehensively, energy conservation and environmental friendliness are achieved, and the environment-friendly heating, ventilation and heat exchange system has the technical advantages of being novel in structure, stable and the like.