110results about How to "Extended growth cycle" patented technology

Bulk GaN and AlGaN single crystal boules, preferably fabricated using a modified HVPE process, are provided. The single crystal boules typically have a volume in excess of 4 cubic centimeters with a minimum dimension of approximately 1 centimeter. If desired, the bulk material can be doped during growth, for example to achieve n-, i-, or p-type conductivity.

The invention discloses a method for promoting plant growth by illumination, in particular to designing a light source product with universal meaning according to the spectrum demanded by plant growth, therefore the method of supplementary illumination of plants in raising seedling of plastic tents and factories is found. The method comprises the following processes: (1) seedling preparation; (2) confirming the absorption spectrum of the plants; (3) testing the photosynthesis under different light qualities; (4) comparing and analyzing the experiments so as to confirm the light absorption of different plants; (5) designing light source equipment; (6) supplementary illumination is carried out to the plants. In the method, spectrum test equipment is used for testing the plants with different types; the light sources with different wavelengths are chosen and made according to the absorption spectrum of the plants, therefore the pertinence and efficiency of the light source can be improved efficiently. The bud ratio and the survival ratio can also be improved efficiently, the seedling state can be shortened, the biomass of seedlings can be increased, and the height of the seedlings and the number of leaves are promoted for increasing, thus shortening the growth period of the plants efficiently and improving the efficiency and benefit during raising seedling and growth.

The invention relates to a sand-stabilizing planting method, in particular to a sand-stabilizing planting method for sand stabilization and greening transformation of deserts. The sand-stabilizing planting method includes: sand-stabilizing plants are planted in sand-stabilizing containers, the sand-stabilizing containers are embedded in sand to form gridded plant belts, pores allowing for passage of no water molecules but gas molecules are formed among waterproof breathable particles of the sand-stabilizing containers so that water retention is achieved to promote plant growth; and further, required plants can be planted in the gridded plant belts. The sand-stabilizing planting method has the advantages that sand stabilization and loss prevention are achieved, the sand-stabilizing plants and the plants are planted in the sand-stabilizing containers so that irrigating water loss can be reduced, thermal insulation, ventilation and water storage, and plant roots can be protected so as to increase plant survival rate.

Disclosed is a potted flower remote testing system capable of acquiring ultraviolet ray and image information. A temperature and humidity detection device monitors temperature and humidity of a flower growing environment and humidity of soil, a camera acquires images of flowers, an ultraviolet detection device detects ultraviolet intensity around the flowers and transmits detected data to a backend server through a wireless router and the internet, and the backend server analyzes the data and transmits the data to an expert terminal; the backend server returns analysis results back to a user terminal; the expert terminal proposes cultivation suggestions according to the relevant transmitted data and returns the data back to the user terminal. The potted flower remote testing system has the advantages that the beloved potted flowers can be detected in real time by a user, and the system and experts can provide scientific and reasonable cultivation suggestions according to the data of the flower growing environment, so that a common customer can grow flowers more scientifically and flower growing cycle is greatly prolonged.

The invention relates to a water planting nutrient solution for edible amaranth, which consists of macroelements, microelements and water. Every 1000ml of the nutrient solution comprises 800.00-809.73mg of calcium nitrate terahydrate, 152.00-158.04mg of ammonium hydrogen phosphate, 53.00-57.60mg of ammonium nitrate, 20.00-22.20mg of sodium ferric ethylene diamine tetraacetic acid, 2.86-3.15mg of boric acid, 0.08-0.10mg of copper sulfate pentahydrate, 810.00-819.90mg of potassium nitrate, 400-500mg of magnesium sulfate, 100-170mg of potassium sulphate, 150-175mg of potassium dihydrogen phosphate, 28-33mg of calcium ammonium nitrate, 3-5mg of manganese sulfate, 0.45-0.52mg of zinc sulphate monohydrate, 0.01-0.015mg of sodium molybdate, 0.02-0.04mg of ammonium molybdate, 0.3-0.5mg of nickel chloride, 7.4-8.2mg of potassium iodide, 12-15mg of citric acid, 16-19mg of sodium silicate and 0.04-0.05mg of lead acetate. The water planting nutrient solution for edible amaranth is complete in nutritional ingredient, simple to prepare and high in practicality, and has a certain popularizing and practical value.

The invention discloses a pot flower remote detection system with a trickle irrigation device and a camera. A temperature and humidity detection device of the pot flower remote detection system with the trickle irrigation device and the camera is used for monitoring the temperature and humidity of the flower growth environment and the soil moisture; when the soil moisture is lower than a set value, the trickle irrigation device is automatically started to supplement water to the soil; the camera is used for collecting a flower image; the detected relevant data is uploaded to a background server via a wireless router and the internet; the background server analyzes relevant data; meanwhile, the data is transmitted to an expert terminal; an analysis result is transmitted back to a client terminal via the background server; the expert terminal proposes a cultivation suggestion according to the sent relevant data and transmits the cultivation suggestion back to the client terminal. The pot flower remote detection system with the trickle irrigation device and the camera has the advantages that a user can monitor the favorite pot flower in real time, the system and an expert can provide the scientific and reasonable cultivation suggestion according to the flower growth environment data, the water can be automatically supplemented by the trickle irrigation device to avoid the phenomenon that the flower is withered because the user forgets to water, and therefore, the flower growth period is greatly prolonged.

The invention discloses a planting method for imitating wild radix paeoniae rubra, comprising the following steps: 1) breeding buds, using an imitating wild plantation technology; 2) selecting land and preparing land; 3) transplanting, after 1 year of culture, transplanting seedlings; 4) performing field management, including intertilling and weeding; 5) ridging and irrigating; 6) picking up buds; 7) intercropping with commercial crops; 8) performing topdressing; 9) controlling diseases; 10) controlling pests; 11) harvesting and processing, using a tending harvesting technology. In the planting method for imitating wild radix paeoniae rubra, the imitating wild radix paeoniae rubra is directly cultured in the growing environment of wild radix paeoniae rubra in the first year, and the method is characterized by short production period, high germination rate, high quality of produced radix paeoniae rubra, and low manual cost. Through verification of cultivation experiments, content of paeoniflorin is between 3.5% and 5%, and the imitating wild radix paeoniae rubra can be used replacing wild radix paeoniae rubra. Fresh roots produced in each mu reaches up to 2000 to 3000 kg, and the method is beneficial for popularization and application.

The invention discloses a planting method capable of increasing yield of Hami melon. The planting method includes the following steps: 1) seed treatment and seedling raising: selecting full Hami melon seeds to be dried in sunlight for 1-3 days, soaking the Hami melon seeds in hot water, putting the Hami melon seeds in a bag, soaking the Hami melon seeds in soaking solution, and performing ultrasonic oscillation; and sowing the Hami melon seeds in a seedling raising plate. 2) soil preparation and planting: performing fall-plow and winter-irrigation on a melon land, and embedding a soil conditioner and a humic acid compound fertilizer into the melon land; and building an arc greenhouse in the melon land; and 3) field management. According to the planting method, pretreatment is performed on the Hami melon seeds, diseases and pests can be prevented, and the survival rate of the Hami melon seedlings can be improved; the soil conditioner and an insect expelling solution having rich nutriments and a sterilization and deinsectization effect are prepared; and the reasonable and scientific field management method is performed, the obtained Hami melons are even in thickness of peels and size, are high in yield, and are short in growth maturity cycle; and the sugar content of the obtained Hami melons can reach more than 20%.

The invention discloses an intelligent kitchen garden cultivation cabinet which comprises a user control end and a cultivation cabinet control terminal which receives a signal sent by the user control end and produces various needed growth factors through plants and organisms in the regulation cultivation cabinet. According to the intelligent kitchen garden cultivation cabinet, vegetables are cultivated in a relatively sealed cabinet body, with the combination with the soilless water planting technology and by means of the R/G/B LED intelligent illumination technology, the intelligent temperature and humidity modulation technology, the carbon dioxide (CO2) gas matching technology and other control technologies, the vegetable growth cycle is optimized to the largest extent, the yield of unit space is improved, and high-quality and harmless vegetable products are produced.

The invention provides a method for breeding cordyceps sinensis host larvae in turns. The method mainly comprises the following steps that 1, the two-year-old larvae are bred through the mixture of serpentgrass, bistorta macrophylla and rheum pumilum; 2, the 3-year-old, 4-year-old and 5-year-old larvae are bred through the mixture of salvia miltiorrhiza, stachys sieboldii and rheum pumilum; 3, the larvae getting into the final age are bred through the mixture of carrots, jerusalem artichoke, rheum pumilum and salvia miltiorrhiza. By means of cyclic breeding, the host larvae can absorb balanced nutrition at the whole growth stage, the nutrition lack disease of the larvae is solved, it can be ensured that subsequent cordyceps sinensis has high quality, and the growth period of the larvae is shortened.

The invention provides a ginseng facility cultivation method and belongs to the technical field of planting of traditional Chinese medicine materials. The method includes the following steps that soil is selected and processed, a greenhouse and ancillary facilities are built, base oil is processed, furrows are made, special nutrient blocks for ginseng cultivation are used, seeds are sown, water and fertilizer management is performed, insect and disease prevention is performed, the greenhouse is erected and detached, a greenhouse film and the specification of a shading net are determined, the temperature and the humidity of the greenhouse are managed, and transplantation is performed. The method can be popularized on a large scale on non-forestry land, a lot of forest resources are saved, the ginseng cultivation greenhouse can be built on the soil where terrain is high, environment is dry, wind sheltering and sun exposure can be achieved, drainage is good, and soil infectious soil diseases do not exist, ginseng cultivation can be performed without using forestry soil, the method conforms to the development direction of the medicinal plant planting industry and facility agricultural production at home and abroad, and application and popularization prospects are wide.

The invention discloses a greenhouse cutting seedling cultivating method of bamboo willow seedlings. The method includes the following steps of 1, arrangement of a greenhouse; 2, arrangement of a spraying system; 3, preparation of tourmaline; 4, selection of scions; 5, treatment of the scions, 6, conduction of cutting; 7, blending of a nutrient solution; 8, spraying of the nutrient solution. According to the cultivating method, rapid seedling cultivation is conducted on the clipped scions in a seedling cultivation box, absorption of water and nutrients is achieved through the function generated by matching between the tourmaline and magnets in the seedling cultivation process of the seedling cultivation box, accordingly the seedling cultivation time of the cut scions in the seeding cultivation box is prolonged, and in this way, the growth cycle of bamboo willow seedling plantation is raised; besides, the seedling cultivation box is adopted for seedling cultivation, and due to the fact that the growth condition in the seedling cultivation box is consistent, the cultivated bamboo willow seedlings are uniform in growth vigor and high in survival rate.

The invention provides a potted flower remote detection system with a camera function. The system comprises a temperature and humidity detection device, a camera, a wireless router, a client terminal, a background server and an expert terminal. The temperature and humidity detection device monitors the temperature and humidity of a flower growth environment and the humidity of the soil. The camera collects the image of the flower and uploads the detected temperature and humidity and image data to the background server through a wireless router and the Internet. The background server analyzes the data and transmits the data to the expert terminal at the same time. The background server sends an analysis result back to the client terminal. The expert terminal provides cultivation suggestions according to the transmitted related data and sends the data back to the client terminal. The system has the advantages that the real-time monitoring of a favorite potted plant by a user is realized, the system and an expert can provide scientific and reasonable cultivation suggestions according to the data of a flower growth environment, thus a common client cultivates a flower more scientifically, and the flower growth cycle is greatly raised.

The invention discloses a cultivation method for Chinese herbaceous peony. The specific steps comprise: preparing a nutrition substrate, preparing a nutrient solution, growing seedlings, transplanting and fixing seedlings. The cultivation method for Chinese herbaceous peony is simple and easy to operate, and is easy for large-scale production. Disease resistance capability of Chinese herbaceous peony is enhanced, growth cycle is greatly shortened, and yield and quality of Chinese herbaceous peony are improved, so that nutritive values of the Chinese herbaceous peony are improved, and economical income of peasant households are increased.

The invention discloses an organic fruit and vegetable nutrient soil and a production method thereof. The organic fruit and vegetable nutrient soil comprises, by weight, 20-26 parts of crop straws, 12-18 parts of urea, 5-13 parts of stable manure, 5-10 parts of needle-leaved tree fallen leaves, 1-5 parts of oil cakes, 1-5 parts of coal slag, 3-8 parts of attapulgite clay, 5-10 parts of potassium chloride, 3-8 parts of sea mud, 1-3 parts of potassium sorbate, 3-8 parts of perlite, 1-5 parts of pig bone meal, 1-5 parts of tea saponin, 1-3 parts of vermiculite, 10-16 parts of EM strain and 45-52 parts of water. The production method comprises the following steps: mixing and uniformly stirring the crop straws, the stable manure, the needle-leaved tree fallen leaves, the oil cakes, the coal slag, the sea mud, potassium sorbate, perlite, the pig bone meal, the tea saponin, vermiculite, the EM strain and water, carrying out sealed fermentation, air-drying the obtained fermentation product, mixing the air-dried fermentation product with urea, the attapulgite clay and potassium chloride, and crushing the obtained mixture to obtain the organic fruit and vegetable nutrient soil. The organic fruit and vegetable nutrient soil has the advantages of comprehensive nutrition, seedling stage disease prevention, growth promotion, output increase, quality improvement, no pollution in the production process, and suitableness for industrial production.

The invention provides a camellia oleifera seedling cultivating medium. The medium is prepared from the following raw materials in percentage by volume: 40-60 percent of straws, 10-30 percent of grass carbon, 10-30 percent of cotton straws, 5-15 percent of biogas residues, 10-20 percent of sawdust pulp and 5-10 percent of perlite. The method for preparing the camellia oleifera seedling cultivating medium comprises the following steps: (1) grinding each raw material, screening, and preparing backup mixture according to the corresponding volume ration; (2) adding 5 percent by mass of active microorganism into the backup mixture, and fermenting for 40-60 days in a windrow or bulk manner at 60-65 DEG C to obtain a mixed fermentation broth; and (3) inspecting the quality of the mixed fermentation broth, and adding 2 percent by mass of a biological bactericide after the mixed fermentation broth passes the inspection so as to obtain the camellia oleifera seedling cultivating medium. The camellia oleifera seedling cultivating medium has the advantages of high seedling survival rate and good growth vigor, can be used for shortening the growing cycle and improving the production efficiency, and is suitable for popularization and application.

The invention provides a cherry seedling cultivation medium. The cherry seedling cultivation medium is prepared from, by volume, 40-60% of corn stalk, 10-30% of turf, 10-30% of edible fungus residues, 5-15% of biogas residues, 10-20% of wood bits and saw dust and 5-10% of sepiolite. A method for preparing the cherry seedling cultivation medium comprises the steps of 1, smashing the raw materials, conducting screening, and preparing a mixture for use according to a corresponding volume ratio; 2, adding an active microorganism with the mass ratio of 5% to the mixture for fermentation at 60-65 DEG C in a windrow or pile mode for 40-60 days, so that a mixed fermentation material is obtained; 3, conducting quality testing on the mixed fermentation material, and adding a biologic antimicrobial agent with the mass ratio of 2% after quality testing is passed, so that the cherry seedling cultivation medium is obtained. By the adoption of the cherry seedling cultivation medium, seedling survival rate is high, growth vigor is high, growth cycle is shortened, and production efficiency is improved. The cherry seedling cultivation medium is suitable for application and popularization.

The invention relates to a Candida tropicalis DK2 strain and an application thereof. The ITS sequence of the strain is shown as SEQ ID NO:1. The strain is used for preparing flax, jute, kenaf or bamboo fibers through retting, scouring the flax, jute, kenaf or bamboo yarns and degumming the original hemp of flax, jute and kenaf or bamboo fabrics. The strain disclosed by the invention is short in growth period and is difficultly polluted, the treatment cost is low, the treated fibers are high in quality, the treatment environment is mild, the heat resistance is high, and environmental pollution is avoided; and moreover, the strain can be directly applied to degumming the flax, jute, kenaf or bamboo fibers and has the advantages of short degumming period, high fiber dispersion rate and high degumming efficiency.