38 results about "Narcissus" patented technology

The present invention discloses a whitening and moisture supplementing mask, which contains (1) a mask base cloth, and (2) a mask essence, wherein the mask essence comprises (a) a water-soluble thickener, (b) a humectant, (c) a whitening composition and (d) a water-containing carrier, wherein the humectant comprises a polyol, sodium hyaluronate and hydroxyethylurea, and the whitening composition comprises papain, a narcissus bulb extract and a tropaeolum majus extract. According to the present invention, the whitening and moisture supplementing mask can accelerate the peeling of old and waste skin cutin, promote the skin surface layer regeneration, inhibit the tyrosinase activity, inhibit the melanocyte division, reduce the melanogenesis, and achieve the good whitening effect from multiple angles.

The invention discloses a pollution-free cultivation production method for young narcissus balls. The method comprises the steps of bulb treatment, scale cutting, scale germination-accelerating treatment, scale expanding treatment and the like. Narcissus is cultivated by using the method, so that resources can be saved, and a great number of young narcissus balls can be cultivated by using less narcissus seed balls. By coating gibberellin (GA3) or ethephon on small scales which are differentiated, the differentiation of the scales is promoted, and the cultivation time of the young narcissus balls through the scales is greatly shortened. Compared with a conventional method, the pollution-free cultivation production method has the advantages that the cultivation time can be saved by about a month; by the adoption of a scientific soil management mode, the fertility is improved, and the probability of the pest and disease damage is reduced, so that labor and financial resources are saved, and the method is economical and practical.

The invention discloses a narcissus potting method which comprises the steps of selecting a narcissus bulb, sealing up for safekeeping, performing flower bud differentiation, preparing compost, potting, managing nutrient and water and controlling the temperature and humidity. The narcissus potting method has the advantages of decreasing the probability that flower buds of the narcissus are withered, improving the quality of the narcissus and the prolonging the flowering phase of the narcissus.

The invention provides a nursing composition containing symbiotic bacterium combined fermented products, for resisting ageing and repairing skin, essence lotion, a preparation method of the nursing composition containing symbiotic bacterium combined fermented products, for resisting ageing and repairing skin, and an application of the essence lotion. The nursing composition containing symbiotic bacterium combined fermented products, for resisting ageing and repairing skin comprises the symbiotic bacterium combined fermented products, decarboxy carnosine HCl, palmitoyl pentapeptide-4, tocopheiyl acetate, a pale butterflybush flower extract, resveratrol, a pomegranate fruit extract and a narcissus bulb extract, wherein symbiotic bacteria of the symbiotic bacterium combined fermented productscomprise combination of schizophyllum commune, thermus thermophilus, microzymes and lactobacilli, and fermentation raw materials of the symbiotic bacterium combined fermented products comprise combination of rice, coix lacryma-jobi ma-yuen seeds, ginseng, kelp and raspberries. Through synergistic compounding of effective active components of the symbiotic bacterium combined fermented products andthe like, the nursing composition containing symbiotic bacterium combined fermented products, for resisting ageing and repairing skin can condition and repair skin ageing resistant routes of oxidation resistance, saccharification resistance, blue light resistance, collagen synthesis promotion and the like, so that cell vitality is protected, and the skin has the capacity for resisting exogenous environmental factors.

The invention discloses a method for utilizing narcissus flakes to cultivate young narcissus balls. The method comprises the steps of bulb treatment, flake cutting, flake pregermination, flake expansion treatment, and the like. A resource can be saved if a narcissus is cultivated by the method; more young narcissus balls can be cultivated by fewer narcissus seed balls; differentiated small flakes are coated with GA3 or ethephon to facilitate differentiation of the flakes; the time of utilizing the flakes to cultivate the young narcissus balls is shortened greatly; compared with the traditional method, the time can be saved by about one month; human and financial resources are reduced; and the method is economical and practical.

The invention discloses a plant extract deodorant. Effective components extracted from roots, stems, flowers and fruits of various plants can quickly carry out chemical reactions with various peculiarsmell molecules, the structures of the peculiar smell molecules of the original polluted gas are changed, and thus the peculiar smell molecules are converted into non-toxic and odorless molecules. The plant extract deodorant comprises various plant extracts, the plant extracts are dissolved in a solvent, and the plant extracts comprise a juice extract and an essential oil extract. The juice extract is extracted from gingers, scallions, garlic, coriander, celery, murraya paniculata, narcissus and tea leaves, and the essential oil extract is extracted from chili, Chinese prickly ash, peppers, fennels, roses, mints, jasmine flowers, oranges, grapefruits, lemons, laurels, hollies, pine needles and sandalwood. The tea extract has the effects of resisting fatigue and relieving body discomfort,and is beneficial to keeping a refreshing and vigorous state of people in a fragrant environment.

The invention belongs to the technical field of flower cultivation, and particularly relates to a cultivation method for dwarfing potted European narcissus by utilizing a growth delay agent. The method comprises the step that a paclobutrazol aqueous solution is used for treating the European narcissus to achieve dwarfing cultivation after the European narcissus sprouts. Compared with the prior art, the method has the advantages that the paclobutrazol solution is used for root irrigation or foliage spraying of the European narcissus so that the nutritional growth of the European narcissus can be remarkably inhibited, the height of plants is reduced, meanwhile, the plants are compact, short and strong, and the leaves are straight and dark green; the height of the treated plants and the scape height are 30-50% smaller than those of control plants, the leaves are darker, the chlorophyll content is increased by 15-30%, increase of the leaf width is not obvious, the flower color, the flower shape and other flower ornamental features are not changed, the potted plant effect is ideal, and the method has very good market prospects.

The invention provides a refrigeration and perpetual blooming nursing method for narcissi. The refrigeration and perpetual blooming nursing method includes the steps that narcissus ball flowers are harvested to enter a warehouse to be stored at the normal temperature, the refrigeration temperature is controlled to range from 1 DEG C to 4 DEG C, the water of the ball flowers is controlled to reduce seepage of the water in ball blower bodies and promote rooting, epidermis impurities are stripped, and required shapes are carved through a painting knife; the ball flowers are potted, nutritive water and dwarfing water are prepared and injected into flowerpots for nursing the ball flowers, normal-temperature nursing is carried out indoors, and normal-temperature nursing is carried out outdoors till blooming is achieved. By means of the refrigeration and perpetual blooming nursing method, the narcissi can bloom in the four seasons, ball flower selling time is not limited, the market competiveness and the market selling price of the narcissi in China are increased, incomes of peasants are increased, and the competitive edge in narcissus markets at home and abroad is achieved.

The invention discloses an improved method for lateral bulb propagation of narcissus. The method comprises the following steps of (1), directly planting seeds which are not castrated, removing all small scale bulbs at the outer side during harvesting in June, and leaving mother bulbs; (2) from July to September, performing high-temperature treatment on the mother bulbs in the daytime, controllingthe temperature to be 36-38 DEG C, keeping the temperature for 7.5-8.5 hours, and then naturally cooling the mother bulbs to room temperature; (3) in October, in the daytime, performing low-temperature treatment on the mother bulbs, controlling the temperature to be 5-10 DEG C, keeping the temperature for 7.5-8.5 hours, and then naturally cooling the mother bulbs to the room temperature; (4) in November, storing the mother bulbs at the room temperature; (5) in December, planting the mother bulbs as seed bulbs; and (6) after harvesting in June of the second year, storing the mother bulbs to autumn, and separating all the small scale bulbs as seedlings. According to the method, temperature-changing treatment is carried out in the bulb storage process, bud points on a bulb pan are promoted togerminate and grow into effective cormels, meanwhile, measures such as planting delaying and proper shallow planting are combined, and a proper amount of bulb slice nutrients are further consumed, sothat the purposes of more germination and increase of the number of the small scale bulbs are achieved.

The invention relates to a cryopreservation and plant regeneration method of vegetative propagation flower narcissus. The method comprises the following steps of: inducing bulbs of the narcissus, and cutting stem tips with root primordia and bud primordia for preculture; processing the stem tips in a pre-treatment solution at room temperature, performing ice bath treatment on the stem tips in a vitrification protecting agent, transferring the stem tips into a freezing pipe containing pre-cooled fresh vitrification protecting agent, and rapidly feeding the freezing pipe into liquid nitrogen to store; and when the stem tips are in use, taking out the frozen freezing pipe from the liquid nitrogen, immediately putting the frozen freezing pipe into water batch at 39-41 DEG C to rapidly unfreeze, and then cultivating the stem tips in the freezing pipe in a culture medium. The cryopreservation method of the vegetative propagation flower narcissus recorded by the invention is simple, feasible, stable and reliable, can ensure good restoring growth conditions of the stored narcissus, and has a good reference value to cryopreservation of genetic resources of bulb and ball perennial plants.

The invention mainly relates to the field of planting technology, and discloses a special substrate for the double-scale propagation of narcissus, which is made of the following raw materials: corn stalks, bran, sheep dung, sweet potato vines, fallen leaves, sawdust, cocklebur, neem, vermiculite , perlite, sepiolite, and EM bacteria; rich in raw materials and uniform nutrition, the scale propagules of narcissus can be formed into balls in 40-45 days, and the ball forming rate can reach 98%, which obviously improves the double-scale propagation efficiency of narcissus; corn stalks, bran Skin, sweet potato vines, fallen leaves and sawdust are mixed and pulverized and fermented with EM bacteria to decompose the macromolecular nutrients in the raw materials into small molecular nutrients, promote the absorption and utilization of daffodil scales, enhance the cell vitality of scales, promote reproduction, and improve Ball forming rate: After adding sheep manure, cocklebur and neem seeds, the second fermentation will provide balanced nutrients, fully extract antibacterial substances, prevent scales from moldy and rot, improve the ball forming rate, and shorten the ball forming time.

A plant material and a preparation method for preventing and controlling red fire ants are characterized in that it includes an original drug and an attractant, and the original drug is a narcissus bulb. The purpose of the present invention is to overcome the defects of the prior art, provide a green, safe and effective plant with remarkable effect of poisoning fire ants, and be economical, and simultaneously provide its effective substance extraction method and action result.

The invention provides novel narcissus tea leaf rolling equipment and relates to the technical field of tea production. The tea rolling equipment comprises a base, wherein a rear partition plate is fixedly connected to the rear side of the base, a front partition plate is fixedly connected to the front side of the top end of the base, lifting grooves are formed in top ends of the opposite sides between the rear partition plate and the front partition plate, lifting blocks are slidably connected into the lifting grooves, and the opposite sides of the lifting blocks are fixedly connected to the front side and the rear side of a lifting plate separately. An electric push rod is used for pushing a rolling barrel to move, a sliding block slides in a limiting plate in cooperation with the electric push rod, and a moving groove is in an 8 shape, so that the rolling barrel moves in an 8 shape; and meanwhile, a moving gear is meshed with a first gear ring and a second gear ring, the rolling barrel rotates during moving, rolling of the rolling barrel is more comprehensive, and meanwhile, a motor is started to enable a driving gear to drive a driven gear to rotate, so that a rolling piece on a turntable rotates, and the rolling effect is improved.

The invention relates to the technical field of plant tissue sampling methods, in particular to a microscopic sampling method for a Chinese narcissus organ morphogenesis period. The microsampling method provided by the invention comprises the following steps: firstly stripping buds, stripping bract pieces, then stripping a first round of flower quilt, a second round of flower quilt, stamens or petaloid stamens in sequence, and finally stripping an auxiliary crown-pistil-receptacle combination. Wherein before the auxiliary crown is formed, the method for stripping the first round of flower quilt comprises the following steps: under a stereoscopic microscope, transversely placing the tip of a dissecting needle at the joint of the top of the first round of flower quilt, pressing the top of the flower quilt downwards and forcibly along the joint of the flower quilt, and inserting the dissecting needle into the inner side of the flower quilt to exert force outwards to obtain the stripped first round of flower quilt. The method not only can well ensure the integrity of different floral organs and the accuracy of stripping, but also is simple to operate, does not need complex instruments, equipment and operation steps, and is suitable for popularization and application in researches such as development of the Chinese narcissus and morphological establishment of the floral organs.

The invention relates to a narcissus BES-SSR marker primer GA19 and a method for identifying narcissus species. The method comprises the following steps: design and synthesis of the narcissus BES-SSR marker primer GA19, extraction of total DNA (deoxyribonucleic acid) from a narcissus genome, establishment of a PCR (polymerase chain reaction) total reaction system, establishment of PCR amplification programs, establishment of polyacrylamide gel electrophoresis conditions, and detection and identification of PCR amplification products. A narcissus BES-SSR marker developed by a BAC-terminal sequence of the narcissus genome is adopted, has the characteristics of high accuracy, easiness in judgment, good repeatability, effect of not being affected by environmental factors, clear spectral band and the like, is an effective and reliable molecular marker, and further has the advantages of small sampling quantity, convenience in operation, reliable results and the like when used for identifying the narcissus species. The narcissus BES-SSR marker primer GA19 can also be used for drawing of a narcissus species fingerprint spectrum, analysis of genetic diversity, research of a population genetic structure, analysis of a genetic linkage map and other technical fields.

The invention discloses a traditional Chinese medicine effective part composition for treating rosacea and a preparation method thereof. The traditional Chinese medicine effective part composition is prepared by the following raw materials in parts by weight: siraitia grosvenorii, narcissus, salvia plebeian and fenugreek. The traditional Chinese medicine effective part composition provided by the invention can be prepared into medicine for treating rosacea, and has effects of clearing lung stomach and purging heat, clearing heat and removing toxicity, and activating blood and dissolving stasis, can be used for treating rosacea obviously, and has the advantages of no toxicity or side effects, and high security.

The invention discloses a blood circulation promoting and stasis removing agent for curing lumbar disc herniation. The blood circulation promoting and stasis removing agent is formed by preparing of, by weight, 10-16 parts of angelica sinensis, 7-12 parts of vernonia gratiosa, 8-13 parts of cantonese ampelopsis, 9-14 parts of Chinese narcissus bulb, 6-10 parts of myrrh, 8-15 parts of lotuses, 9-13 parts of latouchea, 10-15 parts of Chinese rose flowers, 6-12 parts of common achyranthes herb, 10-13 parts of fructus psoraleae, 9-15 parts of saussurea cordifolia, 7-12 parts of tall monkshood roots, 10-14 parts of acmella ciliate and 6-13 parts of as arum. Various kinds of the medicine is compatible in a dialectical mode, the effects of wind expelling, cold removing, muscle and tendon relaxing, collateral dredging, blood activating, channel and collateral smoothing, stasis removing and pain relieving are achieved, and the obvious effect is provided for curing of the lumbar disc herniation.

The invention relates to the field of flower arrangement technology, in particular to a simulated daffodil ornament and an assembling method thereof. Wherein, the simulated flowers and leaves of the present invention are all formed by compression molding technology, so that the simulation flowers can form the same visual effect as the real daffodils as a whole, and the compression molding process can also be used in practical applications according to design requirements. Various varieties of artificial flowers are made, which is convenient for people to choose when splicing, so as to make artificial flowers of various shapes. In addition, the fixing mechanism of the present invention is fixed in the fixing hole of the bulb, and the fixing mechanism can be hidden by covering with a decorative cover. The peduncles of the artificial flowers and the leaf stalks of the leaves can pass through the mounting holes distributed on the decorative cover to the fixing mechanism to be fixed, so that the artificial flowers and leaves can be fixed on the bulb according to the posture of the assembled design, and can form artificial flowers and The attitude that the leaves are all grown on the corm enables people to watch the daffodils in non-daffodil seasons.

The invention relates to a cultivation method for a narcissus bulb. The method comprises the following steps of (1) preparing small bulbs, namely when floral leaves are withered, digging up the smallbulbs on two sides of a mature bulb, airing the small bulbs under sunlight for 2 to 3 days and storing the aired small bulbs for future use; (2) preparing a culture substrate, namely selecting sandy loam with fertile soil as the culture substrate, performing watering, applying farmyard manure, carrying out deep ploughing for 30 cm or more, performing fine planing and levelling, and performing ridging according to the line spacing of 20 cm and the furrow depth of 10 to 15 cm for future use; (3) carrying out field planting, namely planting the small bulbs in the ridge at a distance of 10-15 cm,covering the small bulbs with soil for 5 to 10 cm, and carrying out watering maintenance for 20 to 30 days; (4) carrying out culture of the seedlings, namely performing watering for 1 to 2 times per month after seedling emergence, applying the farmyard manure along with water, digging up bulbs at the end of May next year, airing the bulbs for 2 to 3 days and storing the aired bulbs for future use;and (5) repeating the cultivation according to the above process for 2 to 3 years, and allowing selling until the bulbs grow to reach the diameter of 6 to 8 centimeters. According to the narcissus bulb cultivated by the method of the invention, the flower type is beautiful and more flowers bloom.

The invention discloses a prevention and control method for narcissus harmful organisms. The method comprises the following steps: harvesting and storing bulbs: placing the harvested bulbs on a bamboocurtain, and placing a thin layer of the bamboo curtain; drying and ventilating a storage site, keeping the temperature at 4 DEG C, drying the bulbs entering a storage room, and regularly removing diseased and residual bodies; and performing chemical prevention and control on the bulbs. The method disclosed by the invention has the beneficial effects that the prevention and control effects on thenarcissus pests and diseases are improved according to the action mechanisms, prevention and control objects and application methods of various pesticides.

The invention belongs to the technical field of extraction and separation of active ingredients of natural plants, and particularly relates to a method for extracting and separating high-viscosity narcissus polysaccharides from narcissus bulbs. The narcissus bulbs can secrete a mucilage liquid when being bitten by insects and subjected to other physical injuries, and the main component of the mucilage liquid is macromolecular polysaccharide narcissus polysaccharide. The invention provides a method for extracting and separating narcissus polysaccharide, wherein the narcissus polysaccharide obtained through the method is high in viscosity and free of starch and alkaloid residues.

The invention discloses a method for utilizing narcissus flakes to cultivate young narcissus balls. The method comprises the steps of bulb treatment, flake cutting, flake pregermination, flake expansion treatment, and the like. A resource can be saved if a narcissus is cultivated by the method; more young narcissus balls can be cultivated by fewer narcissus seed balls; differentiated small flakes are coated with GA3 or ethephon to facilitate differentiation of the flakes; the time of utilizing the flakes to cultivate the young narcissus balls is shortened greatly; compared with the traditional method, the time can be saved by about one month; human and financial resources are reduced; and the method is economical and practical.

The invention relates to a narcissus BES-SSR marker primer CATACA5 and a method for identifying a narcissus variety. The method comprises design and synthesis of the narcissus BES-SSR marker primer CATACA5, extraction of narcissus genome total DNA, establishment of a total PCR (polymerase chain reaction) system, execution of a PCR amplification program, preparation of polyacrylamide gel electrophoresis conditions and detection and identification of a PCR amplification product. The primer adopts a narcissus BES-SSR marker developed by a narcissus genome BAC-tail sequence and has the characteristics of high accuracy, easiness in judgment, good repeatability, avoidance from influence of environmental factors, clear spectrum band and the like, is an efficient and reliable molecular marker and used for identifying the narcissus variety and has the advantages of small sampling amount, convenience in operation, reliable result and the like. The narcissus BES-SSR marker primer CATACA5 can be applied to technical fields such as narcissus variety fingerprint drawing, genetic diversity analysis, social genetic structure researching, genetic linkage map analysis and the like.