30results about How to "Guaranteed to be robust" patented technology

The invention relates to a Paris polyphylla var. yunnanensis scale seedling culturing method. The method comprises the following steps of: selecting Paris polyphylla var. yunnanensis plants more than 10 years old and reserving seeds for planting; collecting mature seeds; washing the collected seeds to remove episperm; spreading and drying the seeds in a shade and ventilating place within 12 hours, wherein a temperature is maintained and an accumulation thickness is less than or equal to 6 cm; spreading the seeds uniformly and drying; filling the seeds into a ventilating container; storing the container in a shade environment with a suitable temperature, wherein the storage time is no more than 2 months; clearing impurities and residues in a seedling culturing field; fertilizing decayed farm manure and calcium superphosphate; plowing and raking soil; forming a furrow; spreading humus soil on the furrow surface; flatting the furrow surface; sowing in early June next year; taking the stored seeds, and after sterilizing, broadcasting the seeds uniformly according to the thickness of sowing; earthing after broadcasting; covering mantle on the furrow surface; irrigating sufficiently and performing seedling management. A method for drying the seeds of the Paris polyphylla var. yunnanensis in shade in an environment without direct sunlight is adopted, the dormancy of the seeds of the Paris polyphylla var. yunnanensis is broken, and the scale production of Paris polyphylla var. yunnanensis seedlings is realized, so that germchit guarantee is provided for large-area popularization and cultivation of the Paris polyphylla var. yunnanensis. The method has the characteristics of simple and easily-learned operation, high survival rate of germchit, low production cost, healthy and strong germchit, stable and reliable technology, high repeatability, and capacity of effectively solving the problem of scale seedling cultivation of the Paris polyphylla var. yunnanensis.

The invention relates to a system for directly exchanging financial data by enterprises and banks. The system comprises an enterprise financial system, a bank-enterprise system front-end processor connected with the enterprise financial system, and a bank direct-attached host computer communicated with the bank-enterprise system front-end processor, wherein the bank-enterprise system front-end processor is configured to receive enterprise financial information from the enterprise financial system, transmit the information to the bank direct-attached host computer by automatically matching a bank communication protocol, receive a data processing result from the bank direct-attached host computer, translate the result into financial requirement information, and transmit the financial requirement information to the enterprise financial system so as to update the enterprise financial system.

The invention discloses a language parser and a parsing method. The method comprises that: a parsing server receives an application request from a user terminal through a foreground service framework, and captures a page corresponding to the application request when a parsed second language corresponding to the application request does not exist in a caching server is judged; the parsing server converts labels, types and JavaScript adopted in a first language in the captured page into labels, types and JavaScript supported by the second language to acquire a converted second language, and stores the converted second language into the caching server; and the parsing server transmits the second language in the caching server to the user terminal through the foreground service framework. Themethod not only ensures parsing safety, but also improves the parsing efficiency. Moreover, the method better supports application expansion and third-party development of a web platform, so that theexpansion is more convenient.

The invention discloses a spine-free zanthoxylum bungeanum cultivation method, which comprises land selecting and preparation, seedling raising, ear cutting and grafting, field planting, cultivation management, and seedling raising of spine-free zanthoxylum bungeanum, wherein a seed stirring agent is used during the seedling raising process, and during the ear cutting and grafting, the scion male parent is soaked with an essence liquid so as to improve the healing and scion survival rate of the joint part. According to the present invention, with the grafting of more than three generations, the spine-free or micro-spine characteristic can be stabilized, and the new grafted seedling has characteristics of high survival rate, strong branches, convenient transplanting and good quality.

The invention discloses a method for breeding pig breeds of Meiling black pigs. The method comprises the following steps that (1) excellent piglets are selected as reserved backup pigs on the 20th day after the birth of the piglets; (2) the secondary optimization screening is carried out after fourth month of the reserved backup pig selection, and high-quality stock pig breeds are selected; (3) when the body weight of the selected high-quality stock pig breeds is increased to 50kg, the selection remaining and the elimination are carried out by utilizing the integral selection indexes and referring to the genealogical ancestry and the somatotype appearance according to the individual and compatriot performance test results, and backup pig groups are selected and formed; (4) male pigs and female pigs in the backup pig groups can mate according to requirements, and pigs with poor growth and development conditions, genetic diseases and breeding difficulty are weeded out. The method for breeding pig breeds of Meiling black pigs is set out according to the actual characteristics of the pig breeds of the Meiling black pigs. When the method for breeding pig breeds of Meiling black pigs is adopted, the purebred pig breeds of Meiling black pigs with good properties and stable hereditary feature can be selected, and the social benefits and the economic benefits are obvious.

The invention relates to methods for breeding and artificially fertilizing game chickens. The method for breeding the game chickens comprises the following steps: breeding hens: feeding a feed which is mainly prepared from beans, dried fruits, cereals and other materials to the hens at fixed time everyday between one week before egg laying and the end of egg laying, and feeding a feed which is prepared from cereals or cereals and other materials to the hens at fixed time everyday less frequently between the end of egg laying and one week before egg laying next time; and feeding cocks: feeding a feed which is mainly prepared from meat, eggs and other materials to the cocks at fixed time everyday. The method for artificially fertilizing the game chickens comprises the following steps: collecting sperms: collecting the sperms of the cocks by sperm collecting cups; diluting the sperm: adding a certain amount of normal saline into the sperm collecting cups: and injecting the sperms: sucking the sperms from the sperm collecting cups by a sperm injector, inserting the sperm injector into the fallopian tube channel of the hen at a depth of 1-1.5cm, and pressing the piston of the sperm injector so that the sperm are absorbed into the body of the hen by the vagina.

The invention relates to the technical field of pepper seedling cultivation, and discloses a cultivation method of overwintering pepper seedlings. The cultivation method of the overwintering pepper seedlings comprises the following steps of S1, selecting seeds and soaking the seeds in pesticide; S2, controlling the temperature to germinate; S3, carrying out base-divided seedling raising; S4, carrying out field management; and S5, transplanting seedlings. According to the method, a warm water and liquid medicine soaking method is adopted in the seed selection stage, the seeds soaked with a sodium phosphate solution and a sodium hydroxide solution can effectively prevent virus diseases, the seeds soaked with the copper sulfate can effectively prevent anthracnose and bacteria, the disease resistance of the seeds is enhanced, and germination of the seeds can be effectively promoted through temperature control germination, so that the germination time of the seeds is effectively prolonged,the subsequent seedling strengthening rate is high, and it is guaranteed that the seedlings can adapt to environment changes and cannot die due to temperature changes; and by adopting a ridged planting mode, the fertilization amount and the pesticide spraying amount can be effectively controlled, and the situation that due to uneven fertilization or pesticide spraying, the seedling growth difference is too large, consequently the subsequent fruiting rate is uneven, and the yield is lowered is avoided.

The invention discloses a method for grafting and propagating sweetened Hami melon. The method comprises: selecting white-seeded pumpkin as a rootstock, the rootstock is sown and cultivated on the furrow surface, a half-film-covered method is adopted, the daytime temperature is 34-36 degrees Celsius, and the nighttime temperature is 20 degrees Celsius. Strong seedlings at ~25 degrees Celsius, remove the film after emergence, the temperature during the day is 22-26 degrees Celsius, and the temperature at night is 10-12 degrees Celsius; the timing of grafting is when the two leaves of the cantaloupe container are fully expanded, and the two leaves of the rootstock are just beginning to unfold; Rootstock top buds, inserting Hami melon cotyledons into the rootstock to complete grafting, and further management after grafting. The method of the invention can cultivate cantaloupe with excellent flavor and taste, and the sweetness of the cantaloupe cultivated through the control of temperature difference is increased, and its economic value is improved. Has a high market prospect.

The invention discloses a feed additive composition, in particular to a feed additive composition for increasing the velvet antler collecting amount. The feed additive composition is prepared from, by weight, 8-10 parts of coprinus sterqulinus, 5-7 parts of morchella crassipes, 5-7 parts of rhaponticum carthamoides, 5-7 parts of maitake mushroom and 2-4 parts of oriental blueberry leaves. The feed additive composition can increase the velvet antler collecting amount.

The invention relates to a method for reserving primeval big trees in the process of terrain reform. According to ground elevation requirements of the terrain reform, a material filling well surrounding a trunk is arranged on the surrounding of the trunk of a primeval big tree, the material filling well is provided with gaps, planting soil is filled on the periphery of the material filling well to shape new terrain, the primeval big tree is pruned or is not pruned, one or more permeable hoses are arranged inside the material filling well, preferably, the number of the permeable hoses is two or three, filling particles which are permeable and can support the permeable hoses are filled in the permeable hoses, the wall of the material filling well comprises a filling layer which is filled with particle materials and is permeable and ventilation, and the particle materials comprise porcelain granules, nut peels and crushed stones. By the aid of the method, the shape and the landscape arrangement of the new terrain are not affected in the process of the ground elevation, the normal circulation of the big tree is guaranteed after processing, and the big tree can grow healthily. Besides,the method has the advantages of being simple in operation, wide in material source, low in cost and broad in application range.

The invention discloses a method for grafting and propagating sweetened muskmelon. The method comprises: selecting white-seeded pumpkin as a rootstock, the rootstock is sown and cultivated on the furrow surface, and a half-film-covered method is adopted. The daytime temperature is 34-36 degrees Celsius and the nighttime temperature is 20 degrees Celsius. Strong seedlings at ~25 degrees Celsius, remove the film after emergence, the daytime temperature is 22-26 degrees Celsius, and the night temperature is 10-12 degrees Celsius; the timing of grafting is when the two leaves of the melon container are fully expanded, and the two leaves of the rootstock are just beginning to unfold; The top bud of the rootstock, insert the melon cotyledons into the rootstock to complete the grafting, and carry out further management after grafting. The method of the invention can cultivate the muskmelon with excellent flavor and mouthfeel, and the sweetness of the muskmelon cultivated through the control of the temperature difference increases, thereby improving its economic value. Has a high market prospect.

The invention discloses an alternating rejuvenating pruning method for controlling the number of large branches and managing small branches of castanea mollissima, and belongs to the field of pruningof castanea mollissima trees. The disclosed pruning method comprises the steps that the number of the large branches is controlled, vigorous branches at the top end are removed, relatively healthy andstrong fruiting mother branches are retained for fruiting, and thin and delicate redundant useless branches are removed; two parallel healthy and strong fruiting mother branches are retained from front-end branch groups for fruiting, a renewal stake of 2-4 centimeters is retained on the adjacent position, and developmental branches of the renewed stake are promoted to grow for fruiting in the next year; through continuous fruiting and cultivation for three years, the overlong front-end branch groups are cut to retain stakes, and developmental branches of the stakes are promoted to grow for fruiting in the next year. The alternating rejuvenating pruning method can save nutrients, rejuvenate the trees, and can achieve free stretch and retraction of crowns, and the insides and outsides of the crowns are pervious to light and have fruiting mother branches, thereby achieving the purpose of three-dimensional fruiting.

The invention provides a method capable of reliably sending service reconfiguring information in time when channel conditions are poor, thereby the method enables terminals to correctly adjust service configuration parameters in time to ensure the stability of service transmission.

The invention discloses a method for grafting and propagating sweetened netted melons. The method comprises: selecting white-seeded pumpkins as rootstocks, the rootstocks are sown and cultivated on furrows, half-covered, the daytime temperature is 34-36 degrees Celsius, and the nighttime temperature is 34-36 degrees Celsius. The seedlings are strong at 20-25 degrees Celsius, and the film is removed after emergence. The temperature during the day is 22-26 degrees Celsius, and the temperature at night is 10-12 degrees Celsius. First unfolding; removing the top buds of the rootstock, inserting the netted melon seed leaves into the rootstock to complete the grafting, and further management after grafting. The method of the invention can cultivate netted melons with excellent flavor and mouthfeel, and the sweetness of the cultivated netted melons through the control of temperature difference increases, thereby improving its economic value. Has a high market prospect.

The invention discloses a sweetened fruit cucumber grafting propagation method. The method comprises the steps of selecting a white-seed pumpkin as a stock, sowing and cultivating the stock by using bed surfaces in a partial film mulching manner, cultivating strong seedlings at the temperature of 34-36 DEG C in the daytime and at the temperature of 20-25 DEG C in the night, and removing mulching films after the seedlings emerge at the temperature of 22-26 DEG C in the daytime and at the temperature of 10-12 DEG C in the night; performing grafting when two leaves of fruit cucumber seedlings growing in a container are fully unfolded and two leaves of the stock are preliminarily unfolded; and removing terminal buds of the stock, inserting fruit cucumber cotyledon terminals into the stock in an inserting manner to complete the grafting, and performing further management after the grafting is completed. According to the method, the fruit cucumber having excellent flavor and mouthfeel can be cultivated, sweetness of the fruit cucumber cultivated through temperature difference control is increased, and economic value of the fruit cucumber is improved. The method has good market prospect.

The invention discloses a planting method of organic grapes. The method comprises the following steps of preparing before planting, carrying out planting management, carrying out rich water pest management and harvesting. By planting grapes in a large-spacing mode, good ventilating can be guaranteed, and green manure further can be inter-planted, so that a land utilization rate is increased; the harvested green manure can be used for preparing an organic fertilizer, so that the planting method is green and environmentally-friendly while fertilizer efficiency is guaranteed; and moreover, fertilizer is applied in stages according to growth features of the grapes, so that the high yield and the stable yield of the organic grapes are realized; and the method has the characteristics of being safe and reliable.

The invention discloses a method for renewing old randia cochinchinensis trees, and belongs to the technical field of agricultural planting. The method comprises the following steps: (1) fertilizing; (2) retracting for several times; (3) fixing of tips; (4) pruning; (5) water and fertilizer management; and (6) disease and pest control. The method for renewing the old randia cochinchinensis trees is simple, labor-saving, fast in growth, easy in crown formation, capable of promoting early fruiting and capable of reducing cost, by means of the method, the crowns of the old randia cochinchinensis tree orchard are renewed and rejuvenated, soil fertility is enhanced, diseases and pests of the old randia cochinchinensis trees are controlled in time, the production capacity of the old randia cochinchinensis trees is effectively improved, rapid renewal and rejuvenation are achieved, the yield and quality of the old randia cochinchinensis trees are improved, high and stable yield in successive years is achieved, the high-quality fruit rate is increased, and sustainable development of randia cochinchinensis is realized.

The invention discloses a multi-target vehicle tracking device based on detector and tracker data association. The multi-target vehicle tracking device comprises a multi-stage target detector, a correlation filtering tracker, a data association module and a human-computer interaction interface. The multi-stage target detector is used for periodically detecting small vehicle targets in an input video frame in a multi-scale and actual aerial photography scene and outputting all small vehicle target frames of the frame; the correlation filtering tracker uses the positions and sizes of targets output by the multi-stage target detector to initialize the targets in parallel, and then tracks the targets frame by frame. The data association module periodically performs data association and matching on a detection result and a tracker prediction result, and is used for maintaining the id of each target and correcting the target box. The man-machine interaction interface is used for a user to select videos and algorithm models, check evaluation indexes and interact with a tracked target in the operation process of the device.

The invention relates to an in-vitro sticktight regeneration system establishing method. The In-vitro sticktight regeneration system establishing method comprises the following five stages of: cultivating aseptic seedlings, inducing and cultivating to generate adventives buds, carrying out multiplication subculture and differentiation to obtain multiple shoots, carrying out the rooting culture on the multiple shoots to obtain rooted seedlings, and transplanting the seedlings to form regeneration plants. The entire period is carried out in the controllable conditions, and is not limited by the climatic conditions and the natural sticktight growth period, the cotyledon induction ratio is 90%-95%, and the hypocotyls induction ratio is 100%. According to the in-vitro sticktight regeneration system establishing method, the reproductive cycle is greatly shortened, a large amount of seedlings can be rapidly reproduced, the harm of viruses, fungi and bacteria can be eliminated, the robust growth of the seedlings can be ensured, and a large amount of sticktights, which are consistent in shape and high in genetic stability, can be obtained.

The invention discloses a strong anti-virus health-care feed for boiler pigeons. The strong anti-virus health-care feed is prepared from the following important raw materials: 38 to 45 percent of chicken girt, 6 to 8 percent of bone powder, 10 to 16 percent of red soil dried in the sun, 20 to 25 percent of shell powder, 2 to 4 percent of phosphorus-calcium, 3 to 5 percent of aerofloat (1 to 5), 0.6 percent of red iron-oxide, 0.3 to 0.5 percent of allicin, 1.5 percent of vitamins B1, B2 and B12 which are equally proportioned, 1 to 1.5 percent of vitamin AD3E, 2 to 4 percent of composite amino acid, 4 percent of iodate, and 3 to 5 percent of selenium-containing trace elements. Traditional Chinese medicines comprise 0.8 to 1 percent of flos daturae, 0.6 to 1 percent of folium isatidis, 1 to 1.2 percent of radix isatidis, and 0.6 percent of Pu Ji disinfection powder which is an anti-virus Chinese patent medicine.

The invention relates to a visual simulation method of oil-water mixing phenomenon based on physics. The method includes: firstly, the particle representation of the fluid simulation method based on particle representation is used to uniformly model and represent different types of fluids, and the two liquids of oil and water are essentially abstracted into two fluids that cannot be merged; then, all models The particles in the fluid dynamics equations are used to solve; finally, the constraints based on the point position method are used to constrain the non-fusible fluids to control the deformation and motion of the two liquids of oil and water, and to ensure the numerical stability of the simulation by modifying the boundary conditions and correctness. The invention uses a unified particle model for overall modeling, and uses point position information to constrain the interaction between the deformation of the infusible fluid and the multiphase flow, thereby reducing the calculation amount of the multiphase flow coupling simulation and improving the calculation efficiency.

The invention provides a device for automatically controlling temperature and humidity of a rice seedling raising plate. The seedling raising plate has a structure as follows: a seedling raising substrate is filled into a trough type seedling raising plate, an electric heating film is arranged at the lower part of the seedling raising substrate, and a drip irrigation pipe is arranged at the middle part of the seedling raising substrate; one end of the drip irrigation pipe is connected with a water pump; a water inlet end of the water pump is connected with a water diversion pipe; and a humidity sensor and a temperature sensor are embedded into the seedling raising substrate. A controller has a structure as follows: a single chip microcomputer is arranged in the controller; a humidity display and a temperature display are arranged on a panel of the controller; a humidity setting button is arranged at the lower part of the humidity display; a temperature setting button is arranged at the lower part of the temperature display; and the controller is provided with a power switch. A sensor and a controller interface are arranged on the controller respectively. By virtue of a control method, control on the temperature and the humidity of the seedling raising plate is achieved. The device provided by the invention can achieve adjustment and control of the temperature and the humidity of the seedling raising plate, and ensure normal growth and development of rice seedlings. The device is suitable to be taken as an application of the device for automatically controlling the temperature and humidity of the rice seedling raising plate.

The invention discloses a method for artificial cultivation of Trametes vermilion, which comprises the methods of isolation and breeding of Trametes vermilion strains, preparation of original species and artificial cultivation. The present invention screens Trametes vermilion strains with a medium containing sawdust suitable for the growth and reproduction of wild Trametes vermilion, and selects the growth apex with orange-red color at the front of the cap for tissue separation and culture, so as to ensure that the strains screened have good properties and strong vitality; Vermilion Trametes original seed medium is sawdust, cottonseed hulls, bran, etc., which are cultured in the dark after being inserted into the mother species of Trametes vermilion; artificial cultivation of Trametes vermilion adopts solid clinker bag cultivation technology, and the cultivation materials are wood chips, cottonseed hulls, bran, etc. The skin-based medium is used for fruiting management after the fungus grows, the ambient air humidity is controlled at 85-90%, the cultivation temperature is 25-28°C, and two crops of fruiting bodies can be harvested by vertical shed planting technology; the main characteristics of this fungus are: The fruit body is bright orange to red from the outside to the inside, and the color of the inner section is slightly lighter than that of the surface layer. The cost of artificial cultivation of Trametes vermilion is more than 50% lower than that of wild fungus.

The invention discloses an asexual cutting propagation method for alfalfa in a semi-arid area, and relates to the technical field of alfalfa cultivation. The asexual cutting propagation method comprises the following steps: S1, an alfalfa material is pretreated, specifically, the middle part of an alfalfa dominant single plant material which is drought-enduring in vegetative growth period, high inadaptability and free from plant diseases and insect pests in the early squaring stage as a cutting seedling. According to the asexual cutting propagation method for the alfalfa in the semi-arid area, when the alfalfa is subjected to cutting propagation, components in a field seedling raising substrate are rich in a large amount of cellulose, carbon sources, organic matter and microelements, goodgrowth environment conditions can be provided for cutting seedlings, the disease resistance can be improved, thus the survival rate is increased, and the labor cost is reduced; and the cutting seedlings are soaked in rooting water, roots are sterilized while rooting is promoted, it is guaranteed that the seedlings are healthy and strong, the survival rate of the cutting seedlings is greatly increased, therefore the roots grow more strongly, economic benefits of alfalfa field planting are guaranteed, and economic development of the semi-arid area is promoted.