826 results about "Chicken coop" patented technology

This invention relates to a method of manufacturing the fertilizer made from organic wastes such as food wastes, human excrements, animal excrements, slaugterhouse waste, henhouse waste, fish and shellfish wastes, vegetable wastes and agricultural wastes. Various wastes are mixed and crushed into certain sizes, processes for adjusting the water content, put into the treating tank and digested by mixing a calcined lime. The present invention utilizes a dolomite or mixture of calcined lime and dolomite to provide the first treatment material. This first treatment material is mixed with the supplement material such as charcoal, saw dust, loess, zoelite, chaff, or shell powder to give compost fertilizer. It is also mixed with agricultural products such a watermelons or melons which ferment to provide a special fertilizer for the agricultural product. The treatment material can be added to water and mixed with mugwort, medicinal herb, zeolite, loess, and then extracted to provide a liquid fertilizer. As the various organic wastes are changed to organic fertilizer, the acidified soil is improved, the environmental contamination can be prevented, and the high moisturizing and the fine porous of the soil prevent drought and fertilizer loss so as to raise fertilizing efficiency.

The invention belongs to the technical field of livestock breeding and specifically relates to an ecological method of breeding chicken by planting grass under trees. The method includes that a fine forage grass breed which is shade-tolerant, trampling-resistant, strong in stress resistance and applicable to being planted in the forest is selected, and a forest land for grazing the chicken is modified to form a grassland under the trees for grazing the chicken; a contour grass and shrub zone in a stocking land is used for planting the grass, a chicken house is built in the middle of the grassland under the trees for grazing the chicken, zone division is performed for rotation grazing, and zones are separated by biological fences; and Chinese herbal plants are sowed in rotation grazing zones so that the grazed chicken can freely ingest the plants. A scientific evidence is provided for obvious economic benefits and ecological benefits which are achieved by means of rapid development of domestic fowls and effective ecological rehabilitation, wherein the domestic fowls of Hetian chicken and the like are applicable to stocking in forestland. By means of the model for breeding the chicken, high economic benefits are created, parts of the economic benefits are used for investing development of ecological chicken breeding model, and the created economic benefits and the development of ecological chicken breeding model are combined for creating better benefits, and accordingly, a virtuous cycle is achieved, ecological balance is kept, and the sustainable development is effectively achieved.

A chicken or fowl grow out facility utilizes a ventilated floor assembly including a ventilated floor through which liquid and gas can flow, but which retains manure and other solids deposited thereon, and a bottom floor plenum underneath the ventilated floor. A liquid and vapor barrier sheet preferably covers the ground surface underneath the floor assembly which together insulate the high temperature of the grow-out facility from the heat sink effect of the lower temperature ground. Conventional tunnel ventilation of the chicken house through the ends of the house creates a negative pressure inside the house relative to the outside environment which is vented to the floor assembly plenum. As a result of this tunnel ventilation and negative pressure, moisture in the manure from urine and otherwise evaporates into the air in the growth chamber and floor assembly plenum to effectively keep dry the manure retained on the floor and reduce ammonia formation and pathogen growth.

The invention belongs to the technical field of poultry yard disinfection, and particularly relates to a method for disinfecting a chicken farm. The method for disinfecting the chicken farm comprises the following steps of: chicken house disinfection, utensil disinfection, chicken farm disinfection and personnel disinfection. By adopting the method for disinfecting the chicken farm, the immunity of chickens is increased, good chickens are raised, and good economic benefit is gained; and the selected disinfectant has the advantages of broad disinfection spectrum, low effective concentration, quick response, no harm to people and animal and stable performance, is easily dissolved in water, is convenient to use and easy to popularize, and has little residue after use.

The invention discloses a henhouse micro climatic environment intelligent control system based on a wireless sensor network. The henhouse micro climatic environment intelligent control system is characterized by comprising a henhouse micro climatic environment parameter acquisition and control platform, a henhouse micro climate farming environment cascade control system based on a DRNN PID neural network, and an expert system based on economic optimal reasoning and for setting ideal values of controlled henhouse micro climatic environment parameters. According to the invention, the henhouse micro climatic environment intelligent control system based on the wireless sensor network is designed through the characteristics of multiple parameter variables, nonlinearity, strong coupling and large inertia of conventional henhouse farming micro climatic environment.

The invention discloses a method for stocking high-quality broiler chickens in an understorey purse net manner. The method comprises the steps of: 1. selecting a forest land; 2. dividing the forest land, building a barton shed; 3. carrying out understorey adaptive raising; and 4. carrying out understorey stocking. Chicks need to be brooded for 35 days to 40 days before the time of stopping heat supplication, after the birth for 0-22 days, the chicks are fed by using a chick feed containing 21 percent of protein in a qualified factory, and fed for above 8 times every day within one week. According to the method, the understorey purse net stocking is adopted, foods, such as grasses in the forest land, and fresh air, sufficient sunshine, and proper temperature and humidity in the forest land are fully utilized, and because of factors such as small density of raised chickens in the forest land, free movement of the chickens, and few emergencies, the chickens are healthy, and are strong in premonition; and diseases can be effectively reduced, the quality and the quantity of the excellent-quality broiler chickens are ensured, and the market competitiveness is enhanced.

The invention discloses a henhouse environment intelligent monitoring system based on a wireless sensor network. According to the henhouse environment intelligent monitoring system, henhouse environment parameters are collected through multipoint-layout collecting nodes in a collecting system, and data are transmitted to an upper computer monitoring system through a ZigBee wireless network. Simultaneously, the collecting system further comprises a plurality of wireless fidelity (WiFi) cameras, and video information collected by the WiFi cameras is directly sent to the upper computer monitoring system through a WiFi network. The upper computer monitoring system reads environmental parameters and video information sent by the collecting system, displays and analyzes the data and sends out control commands, the control commands are sent to a lower computer control system through the ZigBee network, and the lower computer control system directly controls an executing mechanism according to received control information. By means of a whole henhouse environment intelligent monitoring technology, chicken breeding and management labor cost can be greatly reduced, and economic benefits are increased for farmers.

The invention relates to the technical field of function microbiological screening, and particularly provides bacillus subtilis ZNX3 with a deodorizing function. The preservation number of bacillus subtilis ZNX3 is CCTCC NO: M2014649; on the one hand, the bacterial strain can effectively reduce the amount of release of foul gases such as ammonia gas and hydrogen sulfide in manure of livestock and poultry, reduces the generation of the foul gases based on the source, and achieves a remarkable effect as the ammonia gas concentration released by the chicken manure on the fifth day is only 6.7% of a control group; on the other hand, the bacterial strain can quickly degrade ammonia gas and hydrogen sulfide in a henhouse, 10 minutes after spraying, the ammonia gas concentration in the henhouse is reduced by 95.7%, and the hydrogen sulfide concentration is reduced by 94.7%. In addition, the bacillus subtilis ZNX3 can effectively reduce the amount of release of foul gases in household garbage and sewage, the removal rates of ammonia gas, hydrogen sulfide and total hydrocarbon are all higher than 95%, and an unexpected technical effect is achieved.

The present invention relates a complete ecological greening and fly-maggot chain-type chickens-raising method. It is characterized by making beneficial conditions of animal and plant obtain full utilization, and said method includes the following measures: planting plants and flowers for purifying air in chicken house interior and around the chicken house, cage rearing flies, propagating maggot, utilizing maggot to feed chickens, and utilizing chicken manure to prepare organic fertilizer and utilizing fermented chicken manure as fly and maggot feed, so that said invention not only can protect environment, but also can produce green chicken meat and eggs.

The invention relates to a countryside hill field chicken free-ranging method. The method includes (1), arranging fences around a hill field to prevent chickens from being killed and stolen, and building a chicken coop and a management facility in the hill field; (2), allowing the chickens to be in the hill field for forage raising in the daytime, and driving the chickens into the chicken coop at night; (3), throwing feed in the noontime and at night each day. By the countryside hill field chicken free-ranging method, the problem that free-range chickens are low in egg yield in a conventional chicken free ranging process is solved, egg yield cycle is prolonged, and earnings of farmers are increased.

The invention discloses a method and a device for light supplementary by combining the natural light in daytime and artificial supplementary light at night in a barton. The method comprises the following steps: breeding chickens in the barton allowing natural light to enter, and mounting an LED lamp A or an LED lamp B or mounting both the LED lamps A and B for light supplementary in the barton; wherein the color temperature of the LED lamp A is 6,172 K, the dominant wavelength of the LED lamp A is 492.5 nm, and the peak wavelength of the LED lamp A is 450.5 nm, the color temperature of the LED lamp B is 1,831 K, the dominant wavelength of the LED lamp B is 588.3 nm, and the peak wavelength of the LED lamp B is 591.1 nm; the lamps for light supplementary can also be the LED lamps which have similar spectrum with the LED lamp A or the LED lamp B; in daytime, the chickens receive the natural light penetrating through a window in the barton or are sent out of the barton to receive illumination; and at night, the chickens receive artificial supplementary light to enable the average light intensity of the contact surface of chicken claws to be 5-30 Lux. During the whole breeding process, the LED lamp A or the LED lamp B is used, or the LED lamp A is firstly used before the chickens are of 40-day-age and then the LED lamp B is used. The switch of each LED lamp is controlled by a hand switch, an autotimer or a controller. The method and the device disclosed by the invention are applicable to breeding of yellow feather broilers in large-scale bartons.

The invention discloses a layer chicken coop laminated cage culturing environment illumination control system which is characterized by being composed of a field data collection and control layer and a data transmission and sharing layer. The field data collection and control layer is communicated with the data transmission and sharing layer in a wireless mode. The layer chicken coop laminated cage culturing environment illumination control system based on a wireless sensor network is designed by studying the problem that in an existing layer chicken coop laminated cage culturing environment, illumination control is low in uniformity and accuracy, unstable and low in economical benefit. The system is composed of the field data collection and control layer and the data transmission and sharing layer and used for detecting, controlling and managing the illumination of the layer chicken coop laminated cage culturing environment.

The invention discloses an under-tree broiler chicken breeding method. The under-tree broiler chicken breeding method includes the following steps of selecting a high-quality-broiler-chicken under-tree stocking field; selecting a stocking house; selecting under-tree stocking high-quality broiler chicken varieties; managing high-quality-broiler-chicken under-tree breeding and feeding; selecting the formula of under-tree breeding feed; building a rotation grazing system of the forest land grazing field, and planting grazing; researching stocked chicken immune procedures, and selecting the brooding-stage immune procedure; controlling common parasitic diseases of high-quality-broiler-chicken under-tree stocking; conducting pollution-free treatment on chicken stocking waste.

The invention relates to a meat and poultry steady breeding farm and a dorking steady breeding method. The meat and poultry steady breeding farm comprises a house provided with a passage and a breeding net, wherein an air duct arranged below the passage uniformly distributes the air for the house through an air-distributing port; the outsides of front and rear walls of the house are provided with longitudinal dung discharging ducts; an air extracting chimney is arranged above each dung discharging duct; and a corresponding dung discharging slope is arranged below the breeding net so that the poultry dung falling on the dung discharging slope is discharged to the dung discharging duct through a dung discharging port at the wall foot of the house. Due to the natural air flow formed by wind pressure and hot pressure in the breeding farm, the harsh microclimate in the poultry house, such as dead corner, evil wind and the like, can be avoided, so that the air inside and outside the poultry house can be exchanged and the air in the house is kept fresh all year; the breeding farm has reasonable overall layout and complete function, which facilitates the control of each environmental index in the house and creates a condition for the domestic poultry to play the maximum production and genetic potential; the disinfection load is reduced, the using amount of the health-care medicine is reduced, the entire breeding is steady and the epidemic situation is improved, the power and heat preservation consumption is low, and the breeding efficiency can be greatly improved.

The invention discloses a special LED illumination method and system for laying hen and breeding chicken scale breeding. LED lamps A or LED lamps B are mounted in an enclosed chicken house or a half-open chicken house. The average light intensity of the light reaching the chickens breeding plane and emitted by the LED lamps A or LED lamps B is 5-80 Lux, wherein the average light intensity is adjusted through an LED dimming controller or through the replacement of LED lamps of different power. The lighting time is controlled through a manner that a manual switch, a relay switch or an automatic timer is connected to a power supply. The dominant wavelength of each LED lamp A is 584.0 nm, the color temperature of each LED lamp A is 2700K QUOTE plus or minus 10%, the color ratio of R is larger than 20%, and the color ratio of B is less than 1.5%. Each LED lamp B is composed of white beads and red beads which are uniformly arranged in a cross manner with the ratio being 1:5-5:1. The method and system are mainly applied to laying hen and breeding chicken scale breeding in laying hen or breeding chicken houses, can improve the laying rate, can increase the egg yield, can reduce the poultry cannibalism, and can enhance the physical health of laying hens or breeding chickens.

The invention discloses a breeding method of laying hens capable of laying zinc-rich eggs which comprising the following steps: the breeding method is passed through five processes such as henhouse construction, feed preparation, a brood period, an adult period and an egg producing period. Pollution-free zinc-rich activity feed is prepared through a scientific proportion and comprises , by weight, the raw materials of 30-40 parts of corn, 20-30 parts of barley, 10-15 parts of fish flour, 10-20 parts of bean cake,5-10 parts of green leaves, 2-5 parts of zinc sulfate, 3-8 parts of zinc oxide, and 5-15 parts of zinc gluconate. The zinc content of eggs laid by laying hens which are bred with the method is 9-10 times that of common eggs in the prior art, the laying hens are bred with the method, obsolete laying hens after the egg producing period is delicious in meat, by means of free ranging, the laying hens can eat a plurality of plants free of pollution, grass seeds and various insects, and nutrient balance and green-and-natural characters are achieved.

The invention relates to a device for resisting and controlling pathogenicity Avian Influenza Virus, and relative application. Wherein, it based on the character and transmission path of causal agent, uses high temperature to disinfect the causal agent of air, and baffle the transmission path, to resist and control the Avian Influenza Virus transmission. It comprises that heating the air into chicken coop to 70Deg. C, using the circulated spray device formed by water pump, tube, ejector, spray room and liquid storage device to disinfect with chicken coop; reducing the temperature to room temperature, and dedusting, using dehumidifying network to keep the humidity at 60%; entering the sterilize air into the chicken coop sealed by films. The invention has simple process, automatic process, and saved energy, without pollution. And it can replace temperature insulator and temperature reducer, in winter and summer.

The invention relates to a method for raising chickens in a forest. According to the method for raising the chickens in the forest, a piece of forest which is on the lee side, is exposed to the sun and has a sufficient water source is selected, and fences are arranged around the forest to prevent the chickens from being killed and lost; chicken coops and management facilities are built in the forest; the chickens are put in the forest for feeding in the day time and are driven to the chicken coops at night; feed is put at fixed positions in the forest so that the chickens can eat feed freely; winter protection and warm keeping measures are taken in winter and the early spring, and heatstroke prevention and cooling measures are taken in summer. By means of the method for raising the chickens in the forest, the sickness rate of the chickens is lowered by improving the formula of the feed, broiler chickens gain weight rapidly, the using amount of the feed is reduced, the utilization rate of the feed is high, and the benefits gained from chicken raising in the forest are obviously improved.

The invention discloses a chicken coop for improving a benefit level of laying hen. The chicken coop comprises a chicken coop body (1), wherein the chicken coop body (1) is divided into an egg laying area a and a rest area b by virtue of a door curtain (2), the egg laying area a is integrally of a square box body, a henroost crossbar (3) is horizontally arranged in the box body, two ends of the crossbar (3) are respectively fixed on two ends of the box body, the top of the rest area b is provided with a plurality of strings (4), a foot mat (6) and a sand bath tray (6) are paid on the bottom of the rest area b, and the left side and the middle part of the rest area b are respectively provided with a peck mat (7). By adopting the chicken coop, the nesting egg laying behavior of the laying hen under a natural condition can be normally performed. The breaking rate of the egg is reduced; the normal scratching behavior of the laying hen can be satisfied, and the off quality of the laying hen claws can be improved; the peck behavior of the laying hen can be satisfied, the feather pecking occurrence rate of the laying hen is reduced, and the skin and feather quality of the laying hen can be improved.