109results about How to "Guaranteed to thrive" patented technology

The invention relates to a method for grafting red orange seedlings, and belongs to the technical field of plant grafting. The method comprises the steps of tree stock variety choosing and cultivation, grafting seedling cultivation, a tree stock and grafting core technology, grafting seedling management, seedling period fertilizer and water management and leaving of seedling nursery. According to the method, grafting can be conducted in any season, the labor cost is effectively saved by more than 50%, the yield of red orange fruit trees grafted through the technology is increased by 20%-30% compared with the yield of red orange fruit trees grafted in a traditional method, the economic benefits are obvious, and a good popularization model applied function is achieved on large-scale red orange planting.

The present invention discloses a plant growing type soil stop block, and the soil stop block body is composed of a top side, a bottom side, a front side, a rear side, a left side and a right side. A plant growing hole which goes through the top side and bottom side and extends along the left and the right of the block body is arranged closed to the front end on the block body. An L-shaped side concave throughout the top side and the bottom side are symmetrically arranged at the left and the right of the front end of the block body. When the upper lower soil stop block and the lower soil stop block are 1/2 misaligned at the left side and the right side for the soil stop wall, the L-shaped side concaves on the two adjacent soil stop blocks of the upper layer form an integrated internal concave structure, which is located at right above the plant growing hole of the soil stop block of the lower layer and forms a grass plantation space with the plant growing hole of the lower layer. The soil stop block creates conditions for grass and flower plantation and reproduction of finish after a special plant growing hole and the matched L-shaped side concave are arranged on the block body.

The invention provides a nutritional bio-fertilizer containing a plant life activin and a preparation method thereof. The nutritional bio-fertilizer is prepared from the following raw materials in parts by weight: 18-20 parts of monocotyledonous and dicotyledous plant enzyme biological extracting solution, 18-20 parts of plant flavone biological extracting solution, 18-20 parts of kelp mineral biological extracting solution, 18-20 parts of plant nucleic acid biological extracting solution, 18-20 parts of plant alkaline polysaccharide biological extracting solution, 1-3 parts of acetic acid bacteria, 1-3 parts of saccharomycete, 1-3 parts of lactic acid bacteria, 6-8 parts of saccharide and drinking water in an amount of 6-8 times that of saccharide. The preparation method comprises the following steps of: 1, feeding the raw materials into a mixer for mixing and feeding the mixture into a fermenting vessel to obtain a mixed biological extracting solution; 2, preparing biological fluid processed with honey; 3, brewing an aerobic biological fermenting material; and 4, performing anaerobic bio-fermentation to obtain the nutritional bio-fertilizer. The bio-fertilizer has the advantagesof activating soil, eliminating soil hardening, reducing the consumption of pesticides and chemical fertilizers and enhancing fruit quality.

The invention discloses a hatching method for wild goose hatching eggs, and belongs to the technical field of wild goose breeding. The hatching method comprises the following steps of hatching egg selecting, hatching egg preserving, preparing before hatching, temperature and humidity controlling, timely egg turning, reasonable egg candling, hatching egg traying, timely hatching and daily managing. The hatching method for the wild goose hatching eggs has the advantages of being scientific, reasonable, high in survival rate, exquisite in daily managing and capable of ensuring the healthy and strong growth of wild geese in the later period and improving the breeding confidence of breeding households.

The invention relates to composite probiotic for crops and trees planting. The probiotic can be applicable to soil conditioning, microorganism bacterial manure preparation, irrigation, foliage spray, ground spray, air atomizing disinfection and the like, thus improving crops and trees yield, quality and disease resistance.

The invention relates to a planting method of pitaya flowers. The method mainly comprises the steps of cutting checking, pretreatment of a culture bed, cutting cultivation, aftertreatment of the culture bed, forest land planting, post-maintenance and health care; the step of the cutting checking comprises screening of the cuttings and treatment of the cuttings; the step of the pretreatment of the culture bed comprises selection of cultivating soil and treatment of the cultivating soil; the step of forest land planting comprises shoot migration and forest land management; the step of the post-maintenance comprises watering, soil loosening, weeding and fertilizing which are conducted on a plating forest land periodically, and the post-maintenance further comprises covering a shading net on a T-shaped pile; the health care comprises stem repairing and disease prevention. The planting method of the pitaya flowers has the advantages that planing is conducted according to the growth characteristic of the pitaya flowers with the combination of scientific and efficient methods, and the planting cycle can be shortened; meanwhile, high planting cost is not needed, and the economic benefit of a planter is promoted.

The invention relates to compound probiotics for planting kiwi fruits. The compound probiotics can be applied to soil remediation, bacterial manure fabrication, irrigation, foliar application, spraying on the ground, air atomizing sterilization and the like. Thus, the yield, the quality and the disease resistance of the kiwi fruits are improved.

The invention relates to compound probiotics for strawberry planting. The probiotics can be applied through soil treatment, manufacturing of bacterial manure, irrigation, foliage spray, ground spray and air atomization and bacteria removal. The yield, quality and disease resistance of strawberries are improved.

The invention discloses feeding house cleaning equipment used for animal husbandry, comprising a wall body and a pool, wherein a first motor is connected with a turntable by a rotating shaft running through the lower end of a ceiling, the lower end of a barrel is fixedly connected with the upper end of the turntable, the feeding house cleaning equipment for animal husbandry realizes mechanization in cleaning rubbish in a livestock breeding house, can liberate operating personnel from heavy physical labor, is favorable for improving the living quality of the operating personnel, and can improve the production efficiency; excellent cleaning equipment can achieve the workload of many labor force, and does not need to hire a large quantity of manpower for cleaning, thus saving a large quantity of manpower payment for enterprises, improving the economical benefits of enterprises, ensuring healthy and strong growth of livestock while saving labor force, avoiding disease and death caused by unsanitary conditions, and further avoiding incredible result caused by plague; and compared with other equipment, the device is simple in structure, convenient to use and long in life.

The invention relates to the technical field of horticulture, in particular to a rotating flowerpot comprising a pot body, a liquid spray device and a base. A liquid collection tank is arranged below the pot body, a water tank and a fertilizer tank are arranged on two sides of the pot body respectively, a water permeable plate is arranged between the pot body and the liquid collection tank, an ion solubility measuring instrument is arranged in the liquid collection tank, a display screen and a single chip microcomputer are arranged on the pot body, the liquid collection tank, the water tank and the fertilizer tank are arranged on the base, the lower end of the base is connected with a rotating shaft, the lower end of the rotating shaft is in transmission connection with a rotating motor, an annular support is arranged at the top of the pot body, a plurality of photodetectors are arranged on the annular support, the liquid spray device and the rotating motor are controlled by the single chip microcomputer, and the ion solubility measuring instrument and the photodetectors are connected with the single chip microcomputer. With the presence of sunlight, each side of a plant in the flowerpot can be directly illuminated by the sunlight to ensure the whole plant to thrive. The problem that growth vigour of one side, facing the sun, of a heliophilous plant is better than that of one side back to the sun at present is solved.

The invention discloses a protective box for protecting growth of plant seedlings. A box body made of biodegradable plastic film is provided with a selective separator window made of a forward osmosis film; earth containing fertilizer is provided with in the box body; osmotic pressure of the fertilizer is higher than that of water in a mud flat or saline-alkali soil; the water in the mud flat or saline-alkali soil spreads to the roots of seedlings through the forward osmosis film; the seedlings are provided with moisture required by growth, and robust growth of the seedlings is guaranteed; when the seedlings grown up and can bear the mud flat or saline-alkali soil, the box body degrades and mixes in the soil to improve the mud flat or saline-alkali soil, and sustainable development of the mud flat or saline-alkali soil is maintained.

Disclosed is a rhizoma gastrodiae planting and cultivating method. The rhizoma gastrodiae planting and cultivating method includes steps: selecting a piece of land for a mushroom bed, building a mushroom shed, selecting seeds, cultivating the seeds, managing seedlings, managing planting, picking rhizoma gastrodiae and the like, wherein the steps of selecting the land for the mushroom bed and manufacturing the mushroom bed specially include: selecting barren slope forest land on the shady side of a mountain; digging pits 0.5-1m in depth in each 1-1.5 mu of the land; placing farm manure 0.3-0.5m in thickness at the inner bottom of each pit, and flattening the farm manure; placing humid saw powder 0.2-0.3m in thickness into each pit, and flattening the humid saw powder; placing rotted leaves in each pit until filling each pit; sprinkling water onto the leaves so as to humidify the leaves. By adopting the above technological means, the rhizoma gastrodiae planting and cultivating method obtains the advantages of reasonably and effectively managing the whole growth process of the rhizoma gastrodiae by selecting and manufacturing the mushroom bed, managing the mushroom seedlings and managing the planting, specially performing full protection on the seedlings, improving growth reliability of the seedlings, guaranteeing thriving growth for the rhizoma gastrodiae, improving output of the rhizoma gastrodiae, and effectively improving quality of the rhizoma gastrodiae.

The invention relates to the technical field of Gastrodia elata cultivation, and particularly relates to a Gastrodia elata cultivation method. The method includes: selecting a shady forest land, digging holes, setting trophic structure layers in the holes, setting pavement layers of mulberry twigs, sowing honey mushroom in a multi-layer manner, and treating and controlling a Gastrodia elata strain cultivation method. Through the method, the Gastrodia elata strains can obtain sufficient nutriments, it is ensured that Gastrodia elata can obtain nutriments provided by the honey mushroom during a seedling period, the growth of the Gastrodia elata is reliable, the Gastrodia elata can grow sturdily, the yield of the Gastrodia elata can be improved, and the quality of the Gastrodia elata can be effectively improved.

The invention discloses a special traditional Chinese medicine material fertilizer which comprises the following raw materials: 20-25% of pig manure, 18-25% of chicken manure, 12-18% of traditional Chinese medicine dregs, 10-18% of distillers' grains, 10-15% of straw, 6-8% of peanut cakes, 6-8% of soybean cakes, 5-7% of bone meal and 3-5% of microbial fermentation bacteria. The special traditional Chinese medicine material fertilizer is capable of providing essential nutrient elements for traditional Chinese medicine materials according to growth characteristics of the traditional Chinese medicine materials, ensuring healthy and strong growth of the traditional Chinese medicine materials, ensuring medicinal properties and medicinal effects of the traditional Chinese medicine materials, increasing the planting benefits of the traditional Chinese medicine materials, in addition, relatively well improving soil properties, increasing the soil fertility levels, and ensuring that a land can be adopted to plant traditional Chinese medicine materials repeatedly.

The invention discloses an overwater green maintenance method and belongs to the field of overwater green maintenance. The overwater green maintenance method comprises the specific steps of S1, selecting aquatic plants, to be specific, selecting seedlings growing for 1-3 years, having good growth condition and having no diseases as planting seedlings, transplanting the seedlings to culture pots for rooting, and applying fertilizers to the culture pots to ensure rooting effect. Stabilizer cones are connected through connection ropes via an overwater support net and are stably inserted to the bed; the position of the overwater support net is stabilized; when oxygen supply is required, inflating is performed through an air pump while electromagnetic valves on blowing pipes connected to floating inflatable bags are opened, so that air with oxygen is blown to the roots of aquatic plants, and oxygen supply is achieved; expansion of the floating inflatable bags can drive the overwater supportnet to move up, so that the roots of the aquatic plants are exposed, good photosynthetic effect is gained, and the aquatic plants can grow well.

The invention belongs to the agricultural field and particularly relates to a cultivation method for dendrobium officinale. The cultivation method is characterized by comprising the first step of preparing of a seedling growing foundation, the second step of preparing of a seedling pot, the third step of field planting, the fourth step of later-period managing which includes watering, fertilizing, transplanting and conventional pest and disease preventing and the fifth step of harvesting. The cultivation method for the dendrobium officinale has the advantages that the survival rate of the dendrobium officinale is increased, the growth period of the dendrobium officinale is shortened, and the content of various nutrient components, dendrobine, polysaccharide and crude fibers of the dendrobium officinale planted through the method is high.

The invention provides a juvenile fish sheltering device. The juvenile fish sheltering device comprises a cover body with the opened bottom face and a feeding unit, wherein the cover body covers the bottom of a fish tank through the opened bottom face, and multiple hole slots are formed in the cover body wall and only allow juvenile fishes to enter; the feeding unit comprises a pipeline for conveying fish feed and a feed injecting container for placing the fish feed, and the pipeline is communicated with the cover body and the feed injecting container so that the fish feed can be directly thrown into the cover body. The juvenile fish sheltering device can prevent big fishes from eating the juvenile fishes and ensure that the juvenile fishes have priority to get sufficient food, it is ensured that water plants have continuous and sufficient CO2 for a long time easily, fast growth of the water plants is ensured, and meanwhile the influence on water quality of the fish tank by CO2 ingot piece solutes is avoided.

The invention relates to compound feed for the young wild goose period and relates to the technical field of wild goose breeding. The compound feed is prepared from raw materials as follows: 15-25 parts of sorghum flour, 10-20 parts of wheat bran, 10-20 parts of soybean meal, 8-10 parts of sunflower meal, 3-5 parts of fish meal, 2-4 parts of grass seed powder, 2-4 parts of calcium powder, 2-4 parts of carrot powder, 3-5 parts of shrimp shell powder, 5-7 parts of calcium hydrogen phosphate, 1-3 parts of sesame powder, 25-35 parts of fresh alfalfa meal, 6-8 parts of fresh Symphytum officinale meal, 6-8 parts of fresh persimmon flower and leaf meal, 8-10 parts of fresh black locust leaf meal, 6-8 parts of fresh amorpha fruiticosa leaf meal, 5-7 parts of fresh chrysanthemum flowers, 6-8 parts of fructus chebulae immaturus, 3-5 parts of rhizoma kaempferiae, 2-4 parts of white pepper, 5-7 parts of clove, 2-4 parts of microelements and 10-20 parts of vegetable oil. Wild geese are fed with the feed containing plant extracts, the feed can be saved, the feeding amount and the feeding cost can be reduced, the wild goose breeding benefit can be increased, the immunity of organisms is enhanced, diseases are reduced during feeding, the use of chemicals is reduced, and the young wild geese grow healthily.

Special cultivation soil for oil peony relates to the technical field of fertilizer preparation and is made of 6-8 parts of peat, 8-10 parts of charred husk, 6-8 parts of perlite, 3-5 parts of vermiculites, 2-4 parts of river sands, 6-8 parts of barks, 6-8 parts of willow chips, 2-4 parts of diabases, 6-8 parts of cokes, 6-8 parts of bagasses, 10-20 parts of humus soils and 30-40 parts of straw slag. The cultivation soil prepared through the method is rich in trace elements, and can be used directly for cultivation of oil peony to provide rich nutrients for oil peony and increase the growth rate of oil peony. The raw materials in the formula do not conflict with each other and cooperate with each other to ensure sufficient absorption by the oil peony. Certain deinsectization and sterilization effect is provided to ensure healthy growth of the oil peony. Subsequent output of oil peony can be increased to improve economic returns.