64results about How to "Comfortable growing environment" patented technology

The invention relates to a bio-organic compound fertilizer, which comprises the following components in part by weight: 10 to 30 parts of organic matter, 2 to 10 parts of compound microbial inoculants, 5 to 20 parts of humic acid, 5 to 20 parts of amino acid, 4 to 10 parts of chitin, 1 to 5 parts of polypeptide, 530 parts of nitrogen, phosphorus and potassium, 5 to 10 parts of secondary and trace elements, 5 to 15 parts of algae fertilizer, 5 to 10 parts of zeolite powder and 1 to 5 parts of synergistic agent. Through the scientific and rational formula, the bio-organic compound fertilizer achieves nutritive equilibrium and can satisfy the need of crop growth in nutrient. The microbial inoculants are added to quickly degrade natural macromolecular organic compounds into the organic fertilizer and decompose organic pollutants, which effectively improves the capacity of crops in the absorption of nutrient components, reduces the waste of the fertilizer and reduces the damage of the chemical fertilizer to soil to further achieve the nutritive equilibrium, satisfy the need of the crop growth in the nutrient, achieve the aims of low investment and high output value, improve the quality of the crops and improve the economic benefit brought by the crops.

The invention relates to an environment-friendly composite microbial preparation, preparation thereof, and application thereof to aquaculture. An environment-friendly composite microbial water purifying agent comprises the following components in percentage by weight: 20 to 40 percent of bacillus subtilis, 10 to 20 percent of bacillus licheniformis, 10 to 15 percent of bacillus megaterium, 10 to 15 percent of brevibacillus laterosporus, 5 to 10 percent of bacillus pumilus, 5 to 20 percent of bacillus coagulans and 2 percent of biological activating agent. The high-concentration composite microbial preparation is prepared by screening eight strains of probiotics by simulating the physiological functions of normal microbial flora in an aquaculture environment and through scientific compatibility, so that division and cooperation amount the bacterial strains can be realized, a biological enhancement technology can be combined with an indigenous flora activating technology, complex problems in a culture water body can be solved completely, the using amount is small, the cost is low, and the competitive advantage is remarkable.

The invention belongs to the technical field of fertilizer production and relates to biological semi-organic fertilizer containing amino acid and a making method thereof. Urea, monoammonium phosphate, potassium sulphate and bentonite are matched reasonably, amino acid mother liquor granules are adopted to form granulation master batch, aminated humic acid, medium trace element compositions, decomposed coal and amino acid mother liquor are blended to form a coating sizing agent used for primary coating of the granulation master batch, then a dusting powder agent is formed by microorganism bacterial liquid and calcium carbonate powder, a coating agent is formed by white oil, molasses and a mixture, and secondary coating is conducted in a coating machine to generate the biological semi-organic fertilizer containing amino acid. The biological semi-organic fertilizer containing amino acid has the efficiency of humic acid, amino acid, biological agents and the like and also has a slow-releasing function, effective constituents can be released slowly and orderly, fertilizer efficiency is remarkable, and production organization is facilitated.

The invention provides a black goat culture method, and belongs to the technical field of animal husbandry. The culture method is as follows: selecting a culture site, and constructing a goat house containing a ventilating device and a lighting device; prior to the culture, disinfecting the goat house; during the culture of black goats, feeding the black goats with a feed for 3-5 times every day, wherein the feed comprises the following raw materials: corn stalks, red date powder, rice hulls, bean pulp, locust tree leaves, alfalfa, water hyacinth, stone powder, table salt, a fermentation agent and a plant extract; and periodically cleaning the goat house until the black goats become full grown and are ready for slaughter. The feed used in the culture method is obtained through scientific combination, and is rich in biological active substances; and the effective components of the raw materials influence each other to achieve a synergistic effect, so that food intake of the black goats can be promoted, the black goats healthily develop, and the quality and the nutritive value of black goat meat are improved, thereby increasing the income of farmers.

The invention provides a trace element type amino acid-containing liquid water soluble fertilizer comprising the following components: cottonseed meal, corn cob, wheat bran, edible mushroom bran, silkworm chrysalis, cicada slough, waste animal fur, ferrous sulfate heptahydrate, copper sulfate pentahydrate, zinc sulfate heptahydrate, manganese sulfate monohydrate, sodium borate decahydrate, ammonium molybdate tetrahydrate, complex inoculants A and B, earthworm feces, citric acid, a pH regulator and water. Modern biotechnology is used to inoculate the compound inoculants A and B, and a two-stageaerobic fermentation production process is used to decompose plant proteins contained in agricultural waste and the edible mushroom bran and animal proteins contained in the waste animal fur into small molecule free amino acids and natural active substances and nutrients to provide comprehensive protection for the healthy growth of plants. Through chelation with trace element components, the trace element type amino acid-containing liquid water soluble fertilizer is prepared. The trace element type amino acid-containing liquid water soluble fertilizer makes full use of the agricultural waste,the edible mushroom bran and the waste animal fur to realize the reuse of resources, and is environmental-friendly and non-pollution.

The invention discloses a dung-urine separator and a metabolism cage for livestock nutrition research; the dung-urine separator comprises a bottom plate and side plates arranged on two sides of the bottom plate; the bottom plate and the side plates form a groove shape; the front portion of the bottom plate is provided with an urine outlet; the height of one end, close to the urine outlet, of the bottom plate inner surface is lower than that of the other end, far away from the urine outlet, of the bottom plate inner surface; the height of one end, close to the urine outlet, of the side plate inner surface is lower than that of the other end, far away from the urine outlet, of the side plate inner surface; the middle portion and rear portion of the bottom plate inner surface are provided with dung baffle plates, and the bottom of the dung baffle plates are provided with holes; a forage baffle plate is arranged above the urine outlet. The dung-urine separator can fully separate the livestock dung from urine, thus solving dung and urine separate collection problems, and providing guarantee for experiment results.

The invention discloses a broiler chicken cage with an intelligent cleaning function. The broiler chicken cage comprises a rack, a wet curtain cooling device and a control system; according to the feeding flow process, the rack sequentially comprises a chicken cage body, an automatic feeding device, an automatic drinking device and an automatic manure removing device; the chicken cage body is movably connected to the rack, the chicken cage body is provided with a movable base plate, the automatic feeding device is arranged at the two sides in the length direction of the rack, the automatic drinking device is inserted in the middle of the chicken cage body and kept parallel to the automatic feeding device, and the automatic manure removing device is arranged in the rack and located below the chicken cage body; the automatic manure removing device comprises a manure removing mechanism and an odor removing mechanism, the odor removing mechanism is parallel to the manure removing mechanism and is located below the manure removing mechanism, and the tail end of the odor removing mechanism is arranged at the outer side of a chicken coop and connected with an air purification device. The broiler chicken cage has the advantages that the automation degree is high, the feeding cost is lowered, the breeding efficiency is improved, the surrounding environment of a chicken house is improved, the epidemic prevention effect is good, infectious diseases are prevented, the site is saved, and feed is saved.

The invention discloses a live pig breeding method. According to the live pig breeding method, enzymes with the mass ratio of 5% are added into drinking water, the semi-confinement and semi-graze mode is adopted, live pigs are fed on chicken manure ferment protein feed mixed with conventional energy feed in the semi-confinement process and fed on complete filling feed in the semi-graze process, the mass ratio of chicken manure ferment protein feed to conventional energy feed is 1:(1-3), immunization is conducted on the bred live pigs twice, and the time interval between first-time immunization and second-time immunization is 3-4 months. The live pig breeding method has the advantages of the high slaughtering rate, low cost and good meat quality.

The invention relates to an anti-odor thermal insulation pigsty. The pigsty comprises a feces storage room, a heat pump and multiple pigsty bodies, wherein the pigsty bodies are defined by feces leaking plates and walls disposed around the feces leaking plates; a floor heating pipe for supplying heat to the pigsty bodies is arranged below the feces leaking plates, feces collection tanks are formedbelow the floor heating pipe and defined by tank bottom walls and tank side walls disposed around the tank bottom walls, the four tank side walls, located on the same plane two to two, of every two adjacent feces collection tanks all extend in the direction of the opposite tank side walls on the same plane to form a venting chamber for circulating gas in the feces collection tanks, and the top ofeach venting chamber is sealed by a concrete cover plate. According to the pigsty, fences can be cleaned away in time, potential safety hazards caused by pathogens in the feces to pigs are greatly reduced, and the feces of the pigs is utilized for supplying heat to the pigsty, so that energy is saved, emissions are reduced, and the breeding cost is reduced.

The invention discloses a double-row donkey house, which comprises a roof, and the roof is supported by a partition wall. Two symmetrical captive areas are arranged in the partition wall, and a feeding passage is provided between the captive areas; There is a bracket in between, and a water tank and a food trough are arranged on the bracket; a revolving door is arranged on the partition wall, an exercise area is arranged on the outside of the partition wall, and sliding doors are arranged at both ends of the exercise area; There is a excrement cleaning channel; the two ends of the feeding channel are provided with feeding doors. The invention is provided with an exercise area connected with the captive area, which is convenient for the donkey to enter the exercise area after eating; the exercise area is provided with a shading plate, and the shading plate is provided with windows to facilitate the adjustment of the ventilation and sunlight of the whole donkey house. Intake, to achieve the effect of ventilation and cold protection at the same time, to provide a comfortable growth environment for donkeys; there is a manure cleaning channel between the captive area and the exercise area, which facilitates the timely output of donkey manure, reduces the generation of germs in the donkey house, and improves the environment. The environment in the donkey house.

The invention relates to a method of odontobutis potamophila cultivation. The method comprises the following steps of 1, constructing an ecological cultivation model; 2, specifically managing cultivation, fishing up surplus aquatic plants, and ensuring the water face coverage area less than or equal to 80%; in order to control water quality reasonably, feeding freshwater shrimps with feed once every 1-2 days, detecting the water quality once every 5-7 days, changing 1/4- 1/2 of water quantity every 2-4 days and carrying out sewage absorption treatment. According to the method of the odontobutis potamophila cultivation, the scheme of same pond fresh water shrimp and odontobutis potamophila cultivation is adopted, feeding the freshwater shrimps with the feed to make the odontobutis potamophila catch and feed on the freshwater shrimps, and the problem of labor intensity of farmers is effectively solved; according to the method of the odontobutis potamophila cultivation, pipe fittings and the aquatic plants are arranged, the condition of intraspecific feeding competition is effectively alleviated; the specification size of the freshwater shrimp and the specification size of the odontobutis potamophila are maintained in a proper range, not only is interspecific competition avoided, but also unreasonable interspecific feeding competition is avoided.

The invention discloses a ventilation system for livestock and poultry breeding. The ventilation system comprises aisles, wherein one row of housings are arranged at each of two sides of each aisle along the direction of the aisle; a manure pit is arranged below each housing separately; each housing is separated from the corresponding manure pit through a manure leakage plate; two passages which are isolated from top to bottom along the direction of each aisle are arranged below the aisle; each upper passage is an air supply passage and each lower passage is an exhaust passage; an air supply assembly is arranged at the side, close to one corresponding aisle, of each housing and communicates with one corresponding air supply passage; one end of each exhaust passage is closed and an exhaustpassage outlet is arranged at the other end; an exhaust branch passage is arranged between each manure pit and the corresponding exhaust passage and is obliquely arranged; and an exhaust blower is arranged at the outlet end of each exhaust passage to exhaust air in the corresponding housing through the corresponding manure leakage plate, manure pit, exhaust branch passage and exhaust passage in sequence, so that the air in each housing unidirectionally flows independently. The system can provide appropriate temperature and humidity for livestock and poultry growth and can prevent cross transmission of diseases in the housings.

The invention relates to an ecological building wall greening system. The system comprises a unit curtain wall fixed to the side wall of a wall and a greening mechanism arranged at the side, deviating from the wall, of the unit curtain wall. The greening mechanism comprises a plurality of sets of supporting pieces which are vertically arranged along the unit curtain wall, the supporting pieces are of transparent plate-shaped structures, and the upper sides and the lower sides of the supporting pieces are bent towards the unit curtain wall. A mounting groove of a U-shaped structure is formed at the side, close to the unit curtain wall, of a bent part at the lower side of each supporting piece, and a planting vessel is placed in each mounting groove; an upper flow guide part is formed at the side, close to the unit curtain wall, of the bent part at the upper side of each supporting piece; a lower flow guide part is formed at the side, deviating from the unit curtain wall, of the bent part at the lower side of each supporting piece; the upper flow guide parts guide rainwater into the planting vessels of the supporting pieces; and the lower flow guide parts guide the rainwater into the planting vessels of the supporting pieces at the lower sides. The ecological building wall greening system has the effects that the structure is simple, multifunctional planting is achieved, the wind resistance of plants is improved, the plant growth environment is improved, and the rainwater utilization efficiency is high.

The invention discloses an ecological planting method of edible fungi, which comprises the steps of I, making fungal beds out of wooden boards, wherein spacing of the upper and lower fungal beds is 45cm, and the length of the fungal beds can be customized as required; and II, soaking a culture material with 1% lime water for 24 h, rinsing the culture material with clear water so that ph of the culture material is 7.5-8, and draining the water in the culture material. The traditional method of direct cultivation in land is modified into cultivation in the fungal beds; a more comfortable growthenvironment is provided for the growth of fungi through the culture material. Compared with the prior art where fungi are grown directly in soil and which enables most of nutrients in the land to bebrought away, making the land barren, and requiring rotation for normal planting, the ecological planting method of edible fungi has better advantages.

The invention provides an intelligent method for artificial breeding of sauries in Yangtze River. The method includes the steps that a farm is established; a three-dimensional farm is established; a circulation water breeding system is established in the bottom layer; feeding of the sauries is conducted; the feeding proportion is controlled according to the feeding date and the temperature of a breeding water source; daily management is conducted; the time for injecting new water and increasing oxygen is reasonably selected; and disease control is conducted. According to the method, due to the fact that the three-dimensional breeding field is established and multiple breeding water environment detection systems are established, the breeding environment is intelligently detected, the breeding environment of water in the Yangtze River is simulated, a comfortable breeding environment is provided for the sauries, the success rate of the artificial breeding of the sauries is increased, bait on which the sauries feed and the sauries are bred at the same time, ecological environmental protection is achieved, and the breeding efficiency is improved; and due to the fact that the circulation water breeding system is used for recycling a breeding water source, the breeding cost is reduced; and due to the arrangement of a heat insulation system, accurate control over the temperature of the saury breeding environment is ensured.

The invention discloses an ECMA (ecols composite microbial agents) preparation method. The method includes: inoculating purified penicillia to a slope of a potato culture medium, culturing, inoculating to a shake flask culture medium, performing shake-flask shake culture, inoculating to a liquid seed culture medium, culturing for 36-54 hours, sprinkling and inoculating to a solid fermentation medium, culturing at the temperature of 26-37 DEG C for 136-168 hours with a ventilation rate being 1:0.2-0.8, compounding prepared penicillium spore powder with bacillus subtilis to obtain a composite agriculatural microbial agent with functions of phosphate solubilizing and generating of various physiological activators. The utilization rate of phosphate in soil can be increased, soil-borne diseases can be prevented and reduced, and the efficacies of yield increasing and revenue increasing are achieved.

The invention discloses a brooding warmer, and belongs to the technical field of poultry breeding implements. The brooding warmer comprises a brooding unit, the brooding unit is connected between an output pipe and an input pipe of a heat collector, the inside of the brooding unit is divided into a first brooding chamber and a second brooding chamber, a communicated door is arranged between the first brooding chamber and the second brooding chamber, an annular conveying belt is mounted in the brooding unit in a penetrating manner, one side belt of the conveying belt penetrates the side wall of the brooding unit, a feeder and a drinker are arranged on the annular conveying belt and positioned in the first brooding chamber or the second brooding chamber when the conveying belt rotates, vibrators are arranged at the bottom ends of the first brooding chamber and the second brooding chamber, an air blower and a suction fan are oppositely arranged at the bottom ends of two opposite side walls of the first brooding chamber and the second brooding chamber, nozzles of the air blower and the suction fan face the insides of the first brooding chamber and the second brooding chamber. The brooding warmer can solve the problems that when chicken grow in an existing chicken shed, germs are easily mutually infected, breeders easily step on the chicken when feeding the chicken and cleaning excrement, the germs are easily brought into the chicken shed, and the labor cost is also high.