39 results about "Cuckoo" patented technology

The invention disclose a technique for the tissue culturing and breeding of the red-welcome cuckoo as well as the technique for domestication and replanting, which comprises the first generation culture of inducing the clump sprout by applying the germ-free seedling as explant, subculture for enrichment-culture, root-growing inducing for the clump sprout, water-planting for domestication before replanting the tissue culture sprout, the final replanting to flowerpot and getting the red-welcome cuckoo. The invention is suitable for the red-welcome cuckoo from different places, the k-factor of the clump sprout is high, the root is uniform, and the survival rate after the water-culture domestication is high and is suitable for the red-welcome cuckoo commercial production.

The present invention discloses a Moringa oleifera and bauxite cyanobacteria combined treating agent. The cyanobacteria treating agent is characterized by comprising the following raw materials in parts by weight: 25-28 parts of polyaluminum chloride, 18-20 parts of sodium dihydrogen pyrophosphate, 6-9 parts of Moringa oleifera, 18-20 parts of bauxite, 17-19 parts of calcium chloride, 16-19 parts of nanoscale oxides, 1-2 parts of cuckoo-bud, 2-4 parts of Carpesium abrotanoides and 3-5 parts of Keteleeria fortunei. The cyanobacteria treating agent disclosed by the invention is fast in removing cyanobacteria and low in cost and has significant decolorant, deodorant, dehydrant, degreased and bactericidal effects and the like.

The invention discloses a culture substrate for alpine azalea, which comprises mushroom residues, pine straws, crushed crop straws and ericaceous mycorrhizal fungi, and is prepared by the following steps of: 1) preparing a thoroughly decomposed organic matter, namely uniformly stirring the mushroom residues common in Yunnan, the pine straws, the crushed crop straws and the like, stacking the mixture in the open, drenching the mixture by one or two soaking rains or watering, tightly covering a plastic film on the mixture, and stacking the mixture for half a year or more than half a year for thorough decomposition; 2) mixing raw materials of the substrate, namely uniformly mixing the thoroughly decomposed organic matter, vermiculite and peat soil in a volume ratio of 2:2:1; 3) adjusting the pH value, namely after mixing the substrate, adjusting the pH value to be about 5.0 to 6.5 by using 1 percent ferrous sulfate solution; and 4) adding the ericaceous mycorrhizal fungi into a prepared basic substrate.

The invention relates to the technical field of automotive electronics and discloses a cuckoo cam based intelligent violation monitoring method. The cuckoo cam based intelligent violation monitoring method comprises the following steps: 1, putting a camera on a rear windscreen of an automobile and acquiring a video of a rear automobile; 2, processing the video, recognizing whether a headlamp of the rear automobile is high beam, if so, then extracting a license plate of the rear automobile and transmitting the license plate and the video to a cloud server of the traffic police department, otherwise, executing the step 3; 3, processing the video, judging whether the speed of the rear automobile is overspeed, if so, extracting the license plate of the rear automobile, and transmitting the license plate and the video to the cloud server of the traffic police department, and otherwise, executing the step 2. The invention further discloses a cuckoo cam based intelligent violation monitoringsystem. The method can excellently warn and restrain the illegal use of high beam of the automobile and the overspeed, and reduces the traffic accidents.

The invention provides a method for promoting the formation of azalea flower buds. The method mainly comprises the following steps: residual flower stalks are cut timely in the late full-bloom stage; from the mid-April to the late May per year, after the flower-admiring peak and before withering, fading flowers are trimmed; in three weeks after the cutting of the flower stalks, the plant is trimmed to promote the differentiation and formation of the flower buds in summer and autumn; and common trimming types are straightening, thinningout and shortening pruning. By adopting the method, the flower buds of the potted azalea after flowering can be differentiated smoothly, the flower buds can be more and full, flowers of the next year are more and orderly, the flower color is gorgeous, and the flowers are full and have high appreciation value and economic value.

The invention discloses a cutting propagation method of Japan cuckoo in a summer high temperature area, which includes selection of cuttage period; cuttage seedbed preparation; selection and shearing of cutting slips; pretreatment of cutting slips; cutting and management after cutting. Through adjustment of the cuttage period, the selection and special treatment of rooting liquid, cutting matrix and cutting slips, strict control of cuttage environment, selection of cutting slips with big degree of lignification, and use of a double-layered arched shed film and a sunshade net, the method can preserve humidity and reduce temperature, thus the success rate of the cutting propagation of Japan cuckoo in the summer high temperature area is greatly improved. The method effectively solves the difficulty that the Japan cuckoo is not easy to take root after cutting in the summer high temperature area, the cutting slips are easy to die, and the cutting propagation rate is low; the rooting rate and quality are effectively increased; the rooting rate is up to over 95%.

The invention discloses a tissue culture and fast propagation method of South China Sea azalea. A stem tip of the South China Sea azalea or an annual twig provided with an axillary bud stem section serves as an explant, is induced to generate an adventitious bud in an induction medium, a cluster bud which is needed is cultured in a multiplication medium, and the cluster bud is cut into individual plants, planted into a rooting medium, and directly planted into a nutritive bowl after rooting culture so that a South China Sea azalea seedling is obtained. The method is efficient and fast, can achieve the aim of improving the reproduction rate and reducing variation through hormonal regulation in each culture stage, and can be used for industrial and large-scale production of the South China Sea azalea.

The invention discloses a method for grafting subtropical plateau native Rhododendron with Rhododendron hybridum comprising following steps: in mid-April, selecting 1-2 years old single-pole native Rhododendron from the mountain as a stock, and selecting Rhododendron hybridum branches having full branches and leaves, strong growth potential and no pest damage as scion woods; cutting the branches from the top of the stock and splitting the top of the stock in the middle; keeping two leaves in the Rhododendron hybridum scion woods; inserting the Rhododendron hybridum scion woods after peeling into the incision of the stock and binding the interface by plastic film; untying the tape after survival, and thinning leaves after 1-2 years and then shaping. Compared with present grafting method for Rhododendron hybridum, the provided method is simple and easy to operate, has high practicability and is easy to popularize; the method gives solutions to the problems that the appearance is affected due to unskilled grafting technology and the survival rate is low.

The invention relates to a mutual assistance symbiosis minimally-invasive inarching method for wild alpine rhododendron ancient stumps and seedlings. The method includes the following steps of A, the root systems of the wild alpine rhododendron ancient stumps are processed, and soil around the root systems of ancient trees is scarified and planed, and the roots are exposed; B, the seedlings are inarched on the peripheries of the wild alpine rhododendron ancient stumps in an encircling mode, and the root systems of inarched plants are made to make close contact with the root systems of the ancient trees as much as possible; C, after the inarching is completed, filling is performed by using the original soil or prepared growth matrix; D, the plants are watered thoroughly for the first time, the root bulbs are fully wetted and repaired. With the mutual assistance symbiosis minimally-invasive inarching method for wild alpine rhododendron ancient stumps and seedlings, the inarched plants have a mutual assistance symbiosis relationship, all the organs such as roots, stems and leaves of independent plants are reserved respectively, but the plants depend on one another and are symbiotic in a mutual assistance mode to form a whole.

The invention relates to a medicament for treating malignant tumors, which is characterized by being prepared from raw materials including avicennia pricklyash root, wild grape root, sapium sebiferum root, Chinese sweet gum root, figwort root, liquorice, oldenlandia diffusa, ophiopogon japonicus, lsodon amethystoides, cuckoo-bud, astragalus root, root of hairy asiabell, Paris polyphylla Smith, Chinese gooseberry root, thinleaf adina fruit, common dysosmatis rhizome and root, ladybell root, coastal glehnia root, rhizoma anemarrhenae, cochinchnese asparagus root, pangolin, oyster, ciliatenerve knotweed root, fructus forsythiae, root of common peony, lucid ganoderma, winged euonymus twig, rhamnus crena and sediment. The medicament has the effects of moisturing without grease, replenishing without dryness, attacking without damaging the healthy atmosphere and dispelling without hurting the yin. A preparation process of the medicament has the advantages of simple steps, short treatment period, no toxic and side effect, and is capable of enhancing the immunity, improving the body mass to remove the toxins and prolonging the life.

The invention relates to a nursery stock modeling and culture method, and discloses an azalea vase modeling and culture method. The method specifically includes the following steps of firstly, selecting 1-2-year-old red-flower azalea and other color-series clone seedlings which are robust and complete in root system, consistent in stem thickness, long and strong after stumping according to landscape requirements, and planting the seedlings to form a circle with the diameter of 45-100 cm on sandy loam which is sufficient in base fertilizer, loose, breathable and good in drainage, wherein the plant spacing is 6-11 cm; secondly, establishing a multi-layer annular supporting mold according to the shape and arc trajectory of a vase, and fixing stems of azalea to the mold through hemp ropes to form a preset vase shape; thirdly, planting healthy albizia julibrissin plants which are wide in crown shape and have the branching point of 2 cm or above and the ground diameter larger than 8 cm on the south side of the vase for shielding the sun for the azalea vase, or establishing a sunshade shed in summer and covering the sunshade shed with a sunshade net with the sunshade rate of 30-40%; fourthly, enhancing the plant water and fertilizer management of the azalea vase and removing tillers on azalea flax stocks in time.

The invention discloses a branch control and blossom promotion method for Belgian azalea. The method comprises the following steps: (1) selection of Belgian azalea seedlings; (2) pinching treatment; (3) treatment with a dwarfing agent after pinching treatment. According to the method, a growth regulator at a certain concentration and in a certain volume is applied to control the lengths of plant branches and promote increase of the number of flowering branches, so that the number of blossoms is increased; when the method is used for effectively, conveniently and rapidly controlling the lengths of the branches and promoting increase of the number of the blossoms, the average branch length can be reduced by over 50 percent compared with that of Belgian azalea cultivated by an ordinary method, and the number of the flowering branches can be increased by over 98 percent compared with that of the Belgian azalea cultivated by the ordinary method; with increase of the number of the flowering branches, the total number of the blossoms is increased, so that the ornamental value is effectively improved; in addition, by the method, the textures of petals are stronger, the petals are thicker, and the flowering time is longer.

The invention belongs to the technical field of flowering phase regulation and discloses a flowering phase regulating method for delaying flowering time of cuckoo. The flowering time of cuckoo is delayed by regulating the flowering phase in the squaring stage by means of a method of joint action of shading and abscisic acid. The light period is an important induction factor for blossoming of plants and is the most direct and effective outer factor for inducing bud formation. Mitogenetic action and blossoming of flowers can be induced as each plant need a certain length of day and correspondinglight length mutual alternation, and the flowering phase is regulated by controlling the lighting period. The abscisic acid is a substance for inhibiting growth of the plant, can promote ageing, dormancy and organ falling of ornamental plants, and can place the action of short-day and promote or inhibit blossoming of the ornamental plants. The cuckoo is a long-day plant and can generate buds andblossom by requiring more than 12 hours lighting commonly, so that the flowering time of the cuckoo is regulated by controlling the lighting period and the abscisic acid, and the demand on the flowering time of the cuckoo in the market is met.

The invention belongs to the technical field of ornamental plant biology, and relates to a generating method for a rhododendron delavayi 'cosmopolitan' somatic embryo. The method for inducing generation of the somatic embryo by means of leaves of rhododendron delavayi 'cosmopolitan' mainly comprises the steps that tender leaves are disinfected and then inoculated onto a culture medium containing wpm, 0.2 mg/L of TDZ, 2 mg/L of 2ip, 0.25 mg/L of NAA, sucrose and agar, and after dark culture is conducted, light culture is conducted. According to the inducing method for the ornamental plant rhododendron delavayi 'cosmopolitan' somatic embryo, a foundation is laid for research on reestablishment of a rhododendron delavayi genetic transformation system, protoplast culture, excellent clone propagation genetic engineering and/or mutant screening and the like.

The invention discloses a communication community detection method of a cuckoo algorithm combining heredity and discrete difference. The method includes: converting a telephone communication network needing to be detected into an adjacency matrix form of nodes; coding the bird nest by adopting a track-based coding mode; calculating corresponding objective functions, performing ordering, storing high-quality bird nests in an external storage gene pool; then carrying out first bird nest updating by adopting a method of random walk and combining a high-quality gene genetic strategy; comparing andreplacing the bird nest with the optimal target function; and then, carrying out local search on the updated bird nest, updating the bird nest for the second time by adopting a method of combining Lycra flight and a discrete difference strategy, comparing again, selecting an optimal solution, and decoding the bird nest to obtain optimal community division. The community division method is high inpopulation diversity, high in algorithm efficiency and relatively accurate in community division.

The preparation method for special cultivating ground substance for Sims Azalea comprises, mixing 40-50% scorched earth, 15-28% pearlite, 15-28% fermented mushroom mud, and 6-15% yellow sand; adjusting the pH value to 5.5-6.5; holding relative humidity in 55-65%; adding chloroquine of 600 times, adjusting pH value to 6 with relative humidity in 60%; and preparing into the product. Compared with existing technique, this method is simple and safe, needs low cost, and has better performance fit to product in scale for Sims Azalea.

The invention relates to a container transplantation and domestication method for super-big wild rhododendrons. The container transplantation and domestication method for the super-big wild rhododendrons is characterized by comprising the following steps of (1) digging wild rhododendrons in deep mountains, and researching and recording living environments, soil acidity and alkalinity changes, soil fertility and the like of the wild rhododendrons; (2) mixing loess around the to-be-planted rhododendrons and a light medium, and preparing a No.3 light medium which is equal to the loess in fertility by utilizing collected data, wherein the No.3 light medium is prepared from 30 percent of pine scales, 15 percent of northeast peat, 50 percent of loess and 5 percent of Chinese medicine residues; (3) selecting a wooden basin which is better in permeability, and filling a layer of loess around the to-be-planted rhododendrons; (4) digging the rhododendrons in the first ten-day of February, and spraying a soil ball by using No. 1 rooting powder-released solution until the soil ball is completely wet through; (5) evenly stirring a prepared No. 3 light medium formula, 3-4kg/m3 of Apex slow release fertilizer and 0.5kg/m3 of micronutrients fertilizer to produce a mixed medium, and planting the rhododendrons by using the medium; (6) thinning out of branches, performing pest control, and building up a sunshelter; (7) moving the container for the rhododendrons into a green house in the first ten-day of November; (8) taking meticulous care of the rhododendrons and conserving the rhododendrons for 5-6 years to enable the survival rhododendrons to be basically domesticated. According to the container transplantation and domestication method for the super-big wild rhododendrons disclosed by the invention, transplantation and domestication management of the super-big wild rhododendrons (azaleas) is realized.