187 results about "Camelina" patented technology

The invention mainly relates to a method for regenerating a plant from camellia callus. The method has the following steps: stripping off the inner and outer seed coats of a camellia fruit seed, and inoculating the seed to a 1 / 2MS culture medium; when a sterile seedling grows above 3 cm, inoculating the soft leaf of the young plant to a callus induction culture medium which is MS + 0.5mg.L 6-BA+1.0mg.L 2,4-D; when the callus grows to get a diameter about 1 cm, shifting the callus to a callus differentiation culture medium which is MS+mg.L 6-BA20+0.1mg.L I BA+ mg.L KT0.1; when an indefinite bud grows to 0.5 cm, carrying out the separation and inoculating to a strong bud culture medium which is MS + 0.2mg.L 6-BA+0.05mg.L NAA; and when a bud stick grows to 4 to 5 cm, cutting off the basal of the bud stick, immersing the basal of the bud stick in 1,000 g.L I BA, and then inoculating to a MW + 0.2mg.L I BA+0.2mg.L NAA culture medium. The method has the advantages that: the method has a simple culture medium recipe, a simple and convenient operating process, short culture time, high regeneration frequency and a high propagation expansion coefficient, and facilitates the large-scale production of rare camellia plants and the realization of the genetic transformation of exogenous genes.

The invention discloses a method for rapid developing multi-variety camellia on a tree, which belongs to a method for grafting trees in horticulture. The method comprises the processes: (1) technique of selecting variety of rootstock and scion; (2) technique of transplanting rootstock; (3) technique of grafting the scion; (4) managing technique after transplanting and grafting. The method for rapid developing multi-variety camellia on a tree of the invention has the advantages that grafting can be carries out at all seasons; varieties of the rootstock and the scion are not limited with a high survival rate and quick growth; flower blossoms out in current year; the survival multi-variety camellia has strong adaptive capacity and can grow and blossom in a temperature of -6 to 35 DEG C. By adopting the invention, gene of the camellia can be promoted to change, which makes the camellia grow developed fibrous root but not earth root and have little sideway root; the camellia only blossoms red and white flowers can be changed in a short period into an unique tree which can blossom tens of varieties of flowers, which achieves an effect of beautifying environment and is used for an occasion that the camellia is regarded as ornamental trees. The invention is a gardening technique with a strong artistry.

The invention discloses a propagation method for cutting camellia maozi sprouts. The propagation method comprises the steps of nursery stock cultivation, seedling cultivation, collection and processing of cuttings, cutting and management after cutting. The camellia maozi nursery stock cultivated in a container is taken as a cutting supply stock and transplanted to the nursery for cultivation and germination promotion, the camellia maozi sprouts are collected as cuttings and cut in a cutting bed filled with a cutting medium, and the light, the relative humidity and the matrix moisture content in the cutting bed are controlled, and finally, the camellia maozi cutting seedlings are obtained. Proved by a lots of tests, the method has the advantages of low requirements on the soil conditions of the nursery, convenient management and large quantity of provided cuttings by, based on the characteristic of high germination power of the camellia maozi, performing careful management cultivation on the cutting supply stock in the nursery first and then performing stem splitting and germination promotion and cuttage on the cutting supply stock.

The invention discloses a camellia grafting method by utilizing a buxus sinica stock. A camellia with a certain thickness can be obtained in a relatively short time. A tea tree serving as the stock can grow into needed thickness in a short time, several even dozens of kinds of camellias can grow on the same tea tree, the demands for enjoying various camellias in a small space can be met, and branches and leaves can be trimmed conveniently. The success rate of grafting is improved under the premise that the cultivating period is obviously shortened, and double indexes of the cultivating period and the success rate are guaranteed.

The invention discloses a golden camellia tea bag and a preparation method therefor. The golden camellia tea bag is prepared from golden camellia flowers and golden camellia leaves with a weight ratio of 1:10-30. The preparation method is as follows: first, golden camellia flowers are dried until the water content is less than or equal to 7%, and dry golden camellia flowers are obtained; second, golden camellia leaves are subjected to enzyme deactivating and rolling, then are dried until the water content is less than or equal to 7%, and dry golden camellia leaves are obtained; third, the dry golden camellia flowers and dry golden camellia leaves are mixed and crushed to 30-60 meshes, the crushed mixture is subjected to disinfection, and then is packaged in tea filter paper bags, and golden camellia tea bags are obtained. The golden camellia tea bag employs golden camellia flowers and golden camellia leaves as main raw materials, lowers the production cost and has unique refreshing flavor of golden camellia flowers.

The invention discloses a method for grafting multi-strain tea flowers on the same rootstock. Several and even dozens of strains of tea flowers can be bloomed on a tea flower plant, and the requirement of the appreciation of a plurality of tea flowers in a small space can be met without any special requirement on the rootstock. In addition, the multi-strain tea flowers on the same rootstock are cultivated without trimming an original tea flower, so that new strains are cultivated while the original tea flower is appreciated, and the condition that an original plant type can be recovered only after a certain time is avoided. According to the method, a cultivation period is remarkably shortened, the grafting success rate is increased, and the dual indexes of cultivation period and success rate are ensured.

The general grafting of camellia oleifera with camellia usually employs current growing semi-lignification camellia through bark grafting and bud grafting under high temperature and humidity. 1. The camellia crown usually needs four years, which increases management cost; 2. Grafting in green house increase grafting cost, the invention produces a camellia tree with ornamental value and garden greenery value through fastening grafting, which develops a new way for camellia industry.

The invention relates to a Camelina sativa (L.) Crantz spring-type seed designated as ‘SO-50’ derived from a cross between camelina accessions with high yield and oil quality attributes following conventional breeding methodologies.

The invention provides a Pu'er tea of camellia, wherein its production process comprises using sun-greened big leaf species tea or fermented Pu'er tea prepared from the sun-greened big leaf species tea through fermentation and camellia as raw material, mixing and uniformly blending by the proportion of tea : camellia = 4-6: 2-4, compressing into tea bricks or tea cakes, compacting and shaping, loading into baking chambers for slow drying. The Pu'er tea of camellia can be drunk instantly, it possesses not only the taste and delicate fragrance of the sun-greened big leaf species tea, but also the unique pure and fresh smell of the camellia.

The invention discloses camellia chrysantha organic tea which comprises the following components based on the weight ratio: 85-94% of the organic tea, 5-14% of camellia chrysantha tea and 1% of camellia chrysantha flowers. The invention further discloses a method for preparing the camellia chrysantha organic tea, comprising the following steps: spreading the fresh camellia chrysantha tea, the camellia chrysanth flowers and the organic tea; killing out the camellia chrysantha tea, the camellia chrysantha flowers and the organic tea; proportionally mixing the camellia chrysantha tea, the camellia chrysantha flowers and the organic tea; kneading and twisting the camellia chrysantha tea, the camellia chrysantha flowers and the organic tea; shaping the camellia chrysantha tea, the camellia chrysantha flowers and the organic tea; drying the camellia chrysantha tea, the camellia chrysantha flowers and the organic tea; and finally aromatizing the camellia chrysantha tea, the camellia chrysantha flowers and the organic tea. The camellia chrysantha organic tea of the invention is developed based on the organic tea, and has good healthcare efficacy.

The invention relates to a method for making golden camellia wine. The method comprises the following steps: mixing and leaching 1 part of golden camellia leaves and 10- 500 parts of edible alcohol in weight part, filtering, and taking a leaching solution to blend with wine. According to the method, the golden camellia leaves are adopted to make the golden camellia wine; after the leaves are leached through the edible alcohol, active ingredients such as tea polyphenol, amino acid and flavonoid in the golden camellia leaves can be effectively extracted, so that the made golden camellia wine has a better health care effect. The golden camellia wine has harmonious wine aroma and tea aroma, is pure, elegant and fresh, and is sweet after taste. Compared with other tea products, the golden camellia wine has the advantages that the full leaching of the golden camellia leaves increases the utilization rate of effective nutritional components of the golden camellia leaves; more importantly, the price of golden camellia leaves is lower than that of golden camellia flowers, and the production cost is greatly reduced; the production time is relatively short, and the production efficiency is greatly increased.

The invention discloses a combined pot culture method for Yunnan camellia. Three or a plurality of Yunnan camellias are planted in one pot and a soilless culture technology is adopted; by the method,the production cycle of 20*25cm standard potted flowers is shortened to one year from over three years by traditional culture; the production cycle of 50*50cm standard potted flowers is shortened to two years from five-six years by traditional culture; the survival rate is more than 96 percent; and compared with the traditional single culture, the blooming period of the potted flowers is prolongedby over 30-40 days, and the flowers come into bloom in sequence, with more colorful shapes, thus greatly improving the visual value of the potted flowers and simultaneously overcoming the problems that soilborne pathogens and soil protozoa of soil culture are not killed easily and are unbeneficial to export clearance.

The invention relates to a method for one-step extraction and separation of essential oil, water solution and lipid of fresh peony flowers. The method comprises the following steps: on the basis of taking methyl ether or a mixed liquid of methyl ether, butane, propane and ethanol as a solvent, extracting the preprocessed fresh peony flowers in a sealed state at 10-50 DEG C under the pressure of 0.1-0.2MPa for 10-60 minutes; after the extraction is finished, performing solid-liquid separation, collecting an extraction liquid, and statically layering, wherein the peony essential oil is on the upper layer and the peony flower water solution and the peony flower lipid are on the lower layer; performing negative-pressure concentration on the lower-layer solution, and cooling and recovering a condensed liquid to obtain a peony flower water solution extraction liquid, wherein the concentrated liquid is the peony flower lipid. According to the method, the raw material variety is not limited, raw material resources can be fully utilized, the extraction rate is high, the residue content is low, the process is simple, the efficiency is high, the investment is low, and clean dewatered peony petals (filaments), peony flower essential oil, peony flower water solution extraction liquid and peony flower lipid can be obtained at the same time. The method is suitable for not only the fresh peony flowers but also rose flowers, rosa chinensis flowers, jasmine flowers, tea flowers, lavender and the like, the production cost is low, and the competitive advantage in market is remarkable.

The invention discloses a camellia soilless culture substrate which is mainly prepared from the following raw materials of perlite, coco coir, peat, vermiculite, pine bark, biogas residue, bagasse powder, chicken manure and additive, wherein the additive is diluted pyroligneous. The camellia soilless culture substrate can provides microelements required in a camellia growth process, can keep fertilizer efficiency, has excellent breathability, has good water retention, is a particle material and not prone to hardening, effectively prevents microorganisms obstructing orchid growth from multiplying, has light character and is convenient to use; in addition, a PH value of the camellia soilless culture substrate is neutral and close to acidity, so that camellia growth is beneficiated; organic waste of the coco coir, the pine bark, the biogas residue, the bagasse powder, the chicken manure and the like is utilized as the main raw materials, so that environmental pollution is reduced, waste is turned into wealth, and a disadvantage is turned into an advantage; furthermore, a preparation method is simple and convenient to operate.

The invention relates to a method for leant cutting of Yunnan camellia. The grafting time is 5-6 months, stocks are white-seedling tea or camellia semiserrata, and cutting ears are half-lignifying twigs growing in the same year. The method comprises the following steps: covering paraffin at the pruning wounds of the cutting ears and pruning a section with the stem diameter of 1 / 2 and the length of3-4 cm by a grafting knife at a position where the stocks are 4-5 cm away from the ground; pruning a section with the stem diameter of 1 / 2 and the length of 3-4 cm at the middle and upper parts of the cutting ears with the same diameter, inserting the pruning wounds of the cutting ears into the soil after inarching, folding the pruning wounds of the cutting ears and the stocks and binding; afternew tips grow on the cutting ears, pruning the tree tips of the stocks above the grafted position. The invention reduces the burden of mother trees, increases the grafting quantity and reduces the workload; and the loss of the moisture content of the cutting ears is reduced by a paraffin layer, the infection is reduced by replenishing water in the soil, the cost is lowered, and the survival rate is increased.

The invention relates to a canned corn beef soup, which comprises the following raw materials by weight: 200-230 parts of beef, 35-45 parts of corn, 20-25 parts of coix seed, 8-10 parts of sweet osmanthus, 8-10 parts of black tea, 230-250 parts of defatted milk, 10-15 parts of chopped green onion, 30-40 parts of carrot, 20-30 parts of soybean paste, 10-15 parts of lemon, 2-3 parts of clove, 4-6 parts of Chinese magnoliavine, 3-5 parts of magnolia cortex, 3-5 parts of rhizoma atractylodis, 3-5 parts of tree peony bark, 3-4 parts of apple blossom and 2-3 parts of camellia. The preparation technology of the canned corn beef is simple, the nutrition of the added corn and coix seed is abundant, extract products of clove, Chinese magnoliavine, magnolia cortex and rhizoma atractylodis are added, so that the canned corn beef soup has the efficacy of warming and nourishing stomach, and is especially suitable for people with stomach disorder.

The invention discloses a multi-species giant tree camellia grafting method and belongs to grafting methods of trees in gardening. The method includes the steps that 1, a stock and scions are selected; 2, an agent with which a wound is coated is prepared; 3, the stock and the scion are disinfected and sterilized before grafting; 4, branch-cutting grafting is carried out; 5, nursing measures are taken after grafting; 6, the management technology is carried out after grafting; 7, the management technology is carried out three months after grafting. By means of the multi-species giant tree camellia grafting method, one giant oil camellia tree can be changed into a giant camellia tree on which camellia of dozens of domestic and foreign precious species can be bloomed, respective genetic genes are reserved respectively, thus, the bloomed camellia is different in color, shape and diameter, and the permanent non-fading, non-deformation and non-variation effects are achieved. The multi-species giant tree camellia grafting method is suitable for occasions where the giant tree serves as an ornamental tree for beautifying the environment, and is a gardening technique with high practicality.

The invention relates to a Camelina sativa (L.) Crantz spring-type seed designated as ‘SO-40’ derived from a cross between camelina accessions with high yield and oil quality attributes following conventional breeding methodologies.

The invention relates to a Camelina sativa (L.) Crantz spring-type seed designated as ‘SO-60’ derived from a cross between camelina accessions with high yield and oil quality attributes following conventional breeding methodologies.

The invention discloses a processing method of camellia red tea and relates to the field of tea processing. The processing method comprises the following steps: picking fresh leaves and camellia; withering the fresh leaves and the camellia in a withering tank; rolling the withered leaves and the withered camellia in a rolling machine; fermenting in a fermentation room; drying the fermented tea and camellia in a drier; finally flavoring the dried tea and camellia in a flavoring machine. According to the processing method disclosed by the invention, three times of flavoring and double times of cooling are adopted especially in the flavoring step, so that the processed red tea is red, transparent and bright in tea soup, has the fragrance of the camellia and is mellow, normal and thick in taste.

The invention belongs to the technical field of forestry production, and relates to a camellia oleifera large tree shoot grafting method, in particular to a grafting method used in the crown changing process of camellia oleifera and the camellia grafting process of the camellia oleifera. The camellia oleifera large tree shoot grafting method includes the following steps of firstly, selecting the camellia oleifera with good growth vigour as a grafting rootstock; secondly, cutting off branches at the upper portion of the portion to be grafted and reserving branches at the lower portion of the portion to be grafted at the end of winter and the beginning of spring and before the camellia oleifera sprouts; thirdly, reserving two to four buds closest to a cut section and removing the rest of buds after the camellia oleifera sprouts; fourthly, cutting off the position, 2cm to 3cm away from the bud position, of a shoot to conduct grafting after the buds of the shoot grow into lignified branches, and completing the grafting process, wherein the grafting time is in autumn. According to the camellia oleifera large tree shoot grafting method, the grafting survival rate is improved, the problem that the rootstock is dry, cracks and is not long in service life after grafting survival is achieved is solved, and grafting can be conducted again on the basis that the primary grafting survival is not achieved.

The invention discloses golden camellia talcum powder. The golden camellia talcum powder comprises 10-20 parts of golden camellia leaf extracting solutions, 30-40 parts of golden camellia flowers, 20-30 parts of corn starch, 3-6 parts of sweet almond oil, 2-3 parts of lavender oil, 4-7 parts of focus extract and 1-2 parts of vitamins E. The extracting solutions of golden camellia leaves and the golden camellia flowers of the rare plant with high healthcare value are utilized as raw materials to prepare the talcum powder, texture of the talcum powder is uniform and fine, and the talcum powder has faint fragrance of lavender, and absorbs excess moisture of skin in a multi-hole and all-directional mode.

The invention discloses a cultivation method of grafted camellia japonica using pyrenaria spectabilis as rootstocks. According to the method, 3 to 5 years old pyrenaria spectabilis is selected as the rootstocks, current year spring shoots or summer shoots of mother plants of excellent varieties of fenchangocai, bright red peony or camellia sasanqua are used as scions; the grafting of the camellia japonica is realized by using a broken anvil lift connection method, after grafting, the big seedlings of the camellia japonica are cultivated by the measures of water control, moisture holding, hardening seedling, cultivation promotion and the like, and the grafting survival rate can be more than 90 percent. According to the invention, the ornamental characteristics of the two plants are combined, and grafted trees can be taller and more beautiful in shapes, higher adaptability is realized, the growth can be faster after the grafting, the survival rate is higher, and the large-scale and rapid propagation of the big seedlings of the camellia japonica can be realized.

The invention discloses a bionic camellia extract-containing composition for repairing skin barrier and application of the composition. The composition is prepared from skin surface lipid film repairing components: squalene substances, fatty acid, triglyceride and cholesterol analogues; keratinocyte interstitial components: free fatty acid, ceramide and cholesterol analogues; synergistic interaction componentcomprises: a relieving and inflammation diminishing component, an anti-aging component, a whitening component and a skin penetrating agent; wherein the skin surface lipid film repairing and keratinocyte interstitial components are prepared from the camellia extract, camelina oil, oat kernel oil, squalane, phytosterol and ceramide 3. According to the composition for repairing the skin barrier, on the basis of the principle of the human skin barrier, keratinocyte interstitial components and skin surface lipid film repairing components which are similar to the human skin barrier in structure are subjected to bionic matching through a large number of formula tests and studies, the components in the skin barrier are safely simulated, and the complete and healthy epidermal barrier isremodeled.

The invention discloses a method for shortening a juvenile phase of potted commodity camellia flowers. The method comprises the steps of cutting propagation of seedlings, potting, management after potting, pot combination and management and disease and pest prevention and control. The method enables the camellia flowers to rapidly grow within a short period of time, a potted flower production period is shortened from 3-4 years of traditional grafting and cultivation to 18 months, the juvenile phase of the potted camellia flowers is remarkably shortened, the planting cost of the potted commodity camellia flowers is reduced, and meanwhile the shortcoming that pathogen spreading of cultivation soil and difficult killing of soil protozoons are adverse to export customs clearance is overcome.

The invention provides a method for preparing hydrodeoxygenation and hydroisomerization catalysts for biological aviation kerosene from camelina oil. In the hydrodeoxygenation catalyst, modified SBA-15 serves as a carrier, one of Nix-Mo and Nix-Co serves as an active component, and polyethylene glycol 200 serves as a dispersing agent, so that the service life of the catalyst is prolonged to 350 hours. In the hydroisomerization catalyst prepared by a microwave synthesis method, one of hierarchical porous NiAPO-11, hierarchical porous NiSAPO-11, hierarchical porous SAPO-11, microporous NiAPO-11 or microporous NiSAPO-11 serves as a carrier, one of Pd or Pt serves as an active component, and polyethylene glycol 200 serves as a dispersing agent. The biological aviation kerosene which is accordant with use conditions is prepared under a mild reaction condition.

The invention discloses a cultivation process for grafting camellia by taking camellia oleifera trees as rootstocks. The cultivation process is characterized in that large camellia plants are cultivated through rootstock selection and treatment, scion selection, cut-grafting, pruning and blending and grafting again and blending and setting. The grafted camellia nursery stocks are quite strong in stress resistance and are relatively low in cost, and moreover, seedlings which are relatively large in body form can be obtained within a short period. The quantity of cultivated nursery stocks can be reasonably adjusted according to market demand, so that the risk of being far away from expectation is reduced. Predetermined large shapes can be formed through grafting and setting for many times, flowers blossom in the predetermined basic positions to form crowns with branches which are uniformly distributed tier upon tier, and patterns can be further formed due to different colors of scions, so that the ornamental value is improved and the city is beautified.

This invention discloses a method for preparing sweet and fragrant Kaoliang spirit. The Kaoliang spirit is prepared from broomcorn 75-90 parts, rice 10-25 parts, and sweet-scented osmanthus or camellia 0.5 part by pulverizing, fermenting the raw materials to obtain spirit I, fermenting the ripe materials to obtain spirit II, finally fermenting to obtain spirit III, and mixing the three spirits to obtain 12-32deg. Kaoliang spirit product. The obtained Kaoliang spirit can retain the taste of traditional Kaoliang spirit, and has nutritious, sweet and fragrant characteristics.

The invention discloses a florescence control method for commercial production of potted camellia; the method comprises: preparing a flower inducing greenhouse, selecting camellia species and camellia of suitable age, refrigerating at low temperature, recovering seedlings, and inducing flowering. The method is characterized in that camellia plants with early natural florescence and good flower bud development are selected according to dates required by customers and market, the camellia plants are placed in a cold store at 4-6 DEG C for the purpose of forced hibernation for 30 days, the potted plants are then placed in the flower inducing greenhouse, and after 7-10 days of seedling recovery and 21-28 days of flower inducing, 50% and above of the camellia plants blossom and can enter the market for sales. The growth and development and flowering regularity of camellia is broken through manual control, the method is simple to perform, and florescence of potted camellia industrially produced on large scale can be controlled precisely.