30results about How to "Uniform growth and development" patented technology

The present invention discloses industrial stalk feed product and its production process. Plant stalk is produced into fermented stalk fiber bundle through kneading in kneading machine to form slender stalk fiber, moistening stalk fiber with added water, adding microbial fermenting bacterial preparation, compacting, bundling, sealing with coating film for inside fermentation. The present invention has the features of long storing period, convenient use and no environmental pollution.

The invention discloses a cultivation method of birthday peaches rich in SOD (Superoxide Dismutase) and belongs to the technical field of planting fruits. The cultivation method comprises the following steps: in the growth process of peaches each year, spraying a self-made environment-friendly ferment subjected to dilution for 6 times with applying totally 6kg of an environment-friendly ferment stock solution per acre, wherein the environment-friendly ferment is prepared by a conventional preparation method by taking inferior fruits, small fruits and rotten fruits picked in a peach orchard as raw materials and is diluted according to the mass ratio of the environment-friendly ferment stock solution to edible vinegar to water being 1 to 1 to 100; and spraying an SOD enzyme preparation subjected to dilution for 4 times with applying totally 800g per acre, wherein the activity unit of the SOD enzyme preparation is 700 minus / plus 20 microns / g, and the SOD enzyme preparation is diluted according to the mass ratio of the SOD enzyme preparation to water being 1 to 500, can be sprayed at 9am to 11am of a fine day and needs to be sprayed again if rains fall within 4h after spraying. According to the cultivation method, the content of an SOD enzyme in 90 percent or above of peach cells can reach 20 microns / g or above, can dramatically improve the quality of peaches and brings a planter increase of economic income.

The invention discloses a fertilization method for effectively reducing exhaust of tobacco field N2O. The fertilization method comprises the steps of 1, circularly applying base fertilizer at the deeplayer; 2, applying seedling lifting fertilizer; 3, circularly applying topdressing fertilizer; 4, applying balance fertilizer. The utilization rate of nitrogen of flue-cured tobaccos can be effectively increased, the exhaust amount of tobacco field N2O is obviously reduced, the absorption of nutrients by the flue-cured tobaccos is promoted, the biomass of tobacco plants is increased, the yield oftobacco leaves is increased, the quality of the tobacco leaves is improved, the economic benefit of the tobacco leaves is increased, and the environment risk caused by nutritive residues can also bereduced.

The invention belongs to the field of modern agriculture / new agricultural inputs / new fertilizers and soil conditioners, and relates to a method for preparing an enzymatically hydrolyzed high-activity seaweed organic fertilizer, which mainly uses a two-stage enzymatic hydrolysis method to completely extract the endogenous active substances and nutrients of seaweed The composition method is first fermented with actinomycetes, and then fermented with bacillus to prepare an organic fertilizer containing high seaweed active ingredients. The main technical indicators of the seaweed organic fertilizer of the present invention meet: organic matter ≥ 95g / L, alginic acid ≥ 20g / L, Cu, Zn, Mo and B total amount ≥ 4g / L, which can increase crop yield and improve the quality of agricultural products. Especially for economic crops such as cotton, tobacco, mulberry tea and horticultural industry, it has a greater effect of increasing production and economic benefits.

The invention discloses an artificial light cultivating method of dendrobium candidum. The method comprises the following steps: naturalized young plants are transplanted to a nutrition pot or a potted tray containing base material and placed in a three-dimensional cultivating shelf of an artificial light closed plant factory; wherein cultivating conditions are as follows: the illumination intensity is 60-150 mu mol.m-2.s-1; the illumination time is 9-12h.d-1, the temperature is 24-27 DEG C; the relative humidity is 65-80%; the CO2 concentration is 400-800 mu mol.m-1; and the air velocity is 0.3-0.6 m.s-1; after the young plants are transplanted, atomizing keeps the humidifying state of leaf surfaces of the young plants before 2 weeks; after two weeks, the young plants are watered; according to the principle of keeping the humidification of the base material, macroelement nutrient solution is applied every 7 to 15 days; microelement nutrient solution is applied every 25 to 35 days; bottom surface is watered every 3 to 5 days; the young plants are harvested after being cultivated for 1.5 to 2 years and every half year is a picking time. The method shortens the production period, guarantees the uniform quality of the products, and increases the yield.

The invention discloses a compound fulvate drug for silkworms, belonging to the technical field of silkworm cultivation. The compound fulvate drug for silkworms comprises the following components in percentage by weight: 85%-90% of fulvate, 8%-13% of lignite wax resin degradation products, 0.1%-1% of Pu'er tea polyphenol, 0.1%-1% of chitosan oligosaccharide, 0.1%-1% of brown algal polysaccharide sulfate, 0.004%-0.01% of an extract of root of kirilow rhodiola, 0.003%-0.005% of bamboo leaf flavone and 0.003%-0.005% of a fourstamen stephania root extract. The compound fulvate drug for silkworms has remarkable prevention and control effects to several main diseases such as viral disease, bacterial disease, fungal disease and the like of silkworms and has no toxic or side effect, drug resistance and drug residue; the requirement of simple silkworm breeding is met, and a new medication choice is provided for the comprehensive prevention and control of the diseases of the silkworms and the high yield and quality; a preparation process of the compound fulvate drug for silkworms is simple, relatively low in cost and suitable for scale production.

A reinforced bone china for daily use and a preparing method thereof are disclosed. The bone china for daily use is prepared from, by mass, 1-3 parts of an additive ZL, 40-45 parts of bone char, 10-12 parts of quartz, 10-12 parts of feldspar, 24-28 parts of kaolin, 48-52 parts of water, 1-3 parts of a crystal form improving agent, 1-2 parts of a mineralizer and 1-3 parts of a phosphosilicate targeting fluxing agent. Through scientifically introducing the phosphosilicate targeting fluxing agent, introduction of potassium-containing and sodium-containing mineral raw materials is significantly reduced, and the sintering temperature and the expansion coefficient of a blank are controlled well. Through introducing the additive ZL, the crystal form improving agent and the mineralizer into bone china pug, uniform crystal growth in a stage of vitrification to form the china is ensured, a phosphosilicate glass phase network is further complete, and mechanical strength and thermal shock resistance of the bone china are finally improved. The bone china for daily use is high in mechanical strength, smooth in glaze, easy to clean, significantly reduced in lead and cadmium dissolving-out amounts, and good in thermal shock resistance.

The invention relates to a multifunctional plant-derived growth improvement solution. The growth improvement solution is characterized by mainly consisting of the following components in percentage by weight: 60-70 percent of active substance extracted from natural plants and 30-40 percent of protein hydrolyzed amino acid in the active substance, wherein the natural plants comprise the following components in percentage by weight: 30-40 percent of sophora alopecuroide, 15-20 percent of Chinese honeylocust fruit, 5-10 percent of sesbania cannabina pers, 15-25 percent of rangoon creeper fruit and 5-10 percent of chinaberry bark. The preparation method comprises the following steps of: selecting the materials, processing and extracting the active substance; hydrolyzing protein into amino acid; and packaging complex trace elements. The invention has the advantages that multiple natural plants are utilized, xtracted, converted and subjected to complexing with trace elements into an aqueousagent product, thus the solution has the effects of insecticide, acaricide and sterilization; if the solution is mixed with chemical pesticide, about 50 percent of the dosage of the chemical pesticide can be reduced, and the toxicity is reduced by 4.05-11.76 times, thus the solution is beneficial to the comprehensive treatment and the ecological balance of pests in the agriculture; if being singly used, the solution can be used for promoting crops to balancedly grow and develop, improving the resilience function and the immunity of the crops and improving the quality, so that the mouthfeel offruit and vegetables is good, and the production increase is obvious.

The invention relates to the field of pineapple tissue culture, and discloses a hardening-seedling and temporary planting method for a Tainong No.16 pineapple tissue culture seedling. The method comprises the following steps: (1) rooting culture of a tissue culture seedling; (2) hardening-seedling; (3) preparation before transplanting; (4) transplanting; (5) management at transplanting time; (6) field planting. According to the hardening-seedling and temporary planting method for the Tainong No.16 pineapple tissue culture seedling provided by the invention, the transplantation survival rate of the pineapple tissue culture seedling can reach over 95%; the pineapple tissue culture seedling can quickly restore to growth after being transplanted; compared with other transplanting methods, the seedling time can be shortened by about 20 days; compared with a traditional seedling method, the seedling cost is lowered by over 20%; the plant grows and develops regularly evenly in the whole growth period; field management is facilitated; the fruits are good in economic characters, and have significant economic benefits and social benefits.

A vertical temperature-controlled thermal cycle brooding house for laying hens, which consists of a brooding house and its auxiliary buildings, a vertical chick cage that can be drawn out, a temperature-controlled circulating heating device, a ventilation device, a humidity adjustment device, and a light control device . The brooding house and its ancillary buildings integrate the brooding house and the work area, which greatly reduces the infection rate of chick disease. The temperature-controlled circulation heating device adopts hot water circulation to avoid the occurrence of carbon monoxide poisoning of chicks. The heat dissipation pipes are all installed inside the chicken cage, so that the heat released by heating can directly reach the chicks, avoiding energy waste, and making the brooding temperature higher and more distributed. Uniformity can make the yolk of the chicks absorb well, and the growth and development are well-proportioned. The vertical chick cage can be drawn out, and the space of the chicken cage can be changed to avoid the damage and stress of catching chickens. The set ventilation device can complete and achieve deep air renewal effect in the shortest time. The atomization humidity adjustment device can humidify, cool down, disinfect and immunize.