2224 results about "Hatching" patented technology

The invention discloses an ecological scale breeding method of green shell egg laying hens. The method mainly includes the following steps: (1) selecting breeding hens; (2) stocking in a rotational grazing mode in woodland and meadow; (3) selecting hatching eggs; (4) incubating the hatching eggs with an incubator; (5) managing broods of the green shell egg laying hens; (6) managing feeding of the green shell egg laying hens; and (7) preventing epidemic diseases of the green shell egg laying hens. The method is strong in systematicness, changes traditional breeding technology of the green shell egg laying hens, combines with effective breeding measures, improves quality of the breeding hens and the hatching eggs and production capacity of the green shell egg laying hens, increases egg weight and egg yield, and lowers morbidity and mortality rates of the green shell egg laying hens.

The present invention is artificial breeding method and incubator for Shatang carp. The artificial breeding method includes the steps of parent fish breeding, spawning and fertilization, hatching and carp fry culturing. After intensified parent fish breeding, temperature control, flow water stimulation and other method are taken to promote the synchronous spawning and fertilization of parent fishes, the fertilized eggs on tiles are sterilized and hatched in a special hatching device, and the hatched carp fries are cultured in a special cement pond. The artificial hatching device is one rectangular hatching tank with shield, ventilating water circulating pump, water level and water flow controlling mechanism. The technology of the present invention is suitable for large scale production of Shatang carp fry.

The invention provides a technique for preparing hermaphrodite scallop interspecific hybrid fingerlings, which relates to a marine shellfish breeding technique. Purple scallops and bay scallops are fattened and induced to be mature respectively so as to reach sexual maturity at the same time, and then are synchronously induced to lay eggs and discharge sperms respectively, so that sperms and eggs of two types of scallops are obtained respectively to perform interspecific cross insemination. The purple scallops and the bay scallops are hermaphrodite, both belong to an Argopecten category, have the same number of chromosomes, and have complementary superiority and traits. Hybrid groups are high in both fertilization rate and hatching rate and normal in larvae development. Two types of scallop parents adopted have complementary superiority and traits, thereby having significant heterosis in size, growth, adaptability and other aspects. As two types of scallops are both hermaphrodite, parent scallops are easy to purifym and the offspring with greater heterosis can be obtained by hybridizing the purified parent scallops.

The invention discloses an on-line automatic detection and sorting equipment and method for incubated egg quality, relating to the technical field of egg detection. The on-line automatic detection and sorting equipment comprises an egg conveying device (100), an egg candling device (200), an egg sucking device (300), an egg discharge device (400), a sensing module (500), a vision module (600), a control module (700) and an execution module (800); and the egg conveying device (100), the egg candling device (200), the egg sucking device (300) and the egg discharge device (400) are sequentially connected. Intelligent and nondestructive detection and automatic sorting of the qualities of the whole tray of incubated eggs are realized by coordination of a computer vision technology and a machinery execution mechanism and a series of image processing and mode identification. The on-line automatic detection and sorting equipment disclosed by the invention is reasonable and feasible in design,simple and convenient in operation and obvious in effect, is suitable for egg hatching and quality detection industries, can also be applied to detection of other agricultural products, and has good application and popularization prospects.

The invention relates to an ecological breeding method of quasipaa spinosas. The method comprises the steps of strain selection, hybridization, egg laying, hatching, pollywog culturing and young quasipaa spinosa breeding. The ecological breeding method has the advantages that three quasipaa spinosa strains bred by the method have great egg laying amount and fast growing speed; the quasipaa spinosas are fed at the temperature of over 12 DEG C in winter to reduce inner energy consumption in winter and maintain good development of sex glands of the quasipaa spinosas; water current stimulates the quasipaa spinosas to lay eggs, which increases egg laying rate and hatching rate of breeder quasipaa spinosas; and according to the method, quasipaa spinosa breeding ponds can prevent escape, diseases and natural enemies and are propitious to increase survive rate, thereby realizing pollution-free ecological breeding of the quasipaa spinosas. The ecological breeding method of the quasipaa spinosas is provided with breeding ponds for drip egg-laying breeding and winter food supplementing and simulates ecological environment.

The invention relates to an inset breeding technology, in particular to an artificial golden cicada breeding method. The method includes the steps of industrial hatching workshop building, wood planting and specific breeding methods. The industrial hatching workshop building includes the steps that (1) a cicada egg branch storage chamber is built, wherein the cicada egg branch storage chamber is a plastic greenhouse, greenhouse cloth of the cicada egg branch storage chamber is double layers of plastic films, one layer of the plastic film is black, and multi-layer storage racks used for storing cicada egg branches are arranged in the cicada egg branch storage chamber; (2) a larvae hatch room is built, wherein the larvae hatch room is built beside the cicada egg branch storage chamber or integrally connected with the cicada egg branch storage chamber, the larvae hatch room is a common plastic greenhouse, a plurality of hatch pools are built in the larvae hatch room, and the dimension of an inner cavity of each hatch room is 100 cm*100 cm*50 cm. The industrial golden cicada breeding method enables the growth period of golden cicadas to be 18 months ahead of the growth period of original wide golden cicadas, the hatching period is shortened to about 35 days from original one year, and the survival rate can reach above 80%. The golden cicadas bred through the method are large in size, meaty, full and high in yield.

The invention relates to an artificial feed of sesamia inferens walker as well as a preparation method and a feeding method thereof, belonging to the technical field of insect feeding. The artificial feed comprises soybean meal, corn meal, wheat germ, yeast powder, casein, cane sugar, honey, fresh wild rice shoots or fresh rice stems, ascorbic acid, cholesterol, choline chloride, Fiske salt, vitamin B complex, vitamin E, sorbic acid, methyl parahydroxybenzoats, 40 percent formaldehyde, 98.18 percent rice ketone, agal-agal and water. A long-term and successive feeding method of the sesamia inferens walker is carried out by adopting a wild rice shoots (young larva) and artificial feed (old larva until pupation). The fed larva of the sesamia inferens walker have development period of 24.8 days, larva survival rate of 76.6 percent, percentage of pupation of 87.7 percent, eclosion rate of 91.3 percent, egg laying amount of 101.9 for single adult and egg hatching rate of 88.8 percent. The invention has the advantages of low cost, practicability, simple preparation, and the like, and is suitable for massive, long-term and successive feeding of standard test sesamia inferens walkers.

A loach fish fry artificial cultivation method is characterized by comprising spawning and hatching process, 7-day (d) fish fries cultivation and 15 d fish fries cultivation, wherein the spawning and hatching process comprises the following steps: parent fish rearing and selecting; artificial induction; fertilization process; and fertilized egg hatching process. A loach fish fry reinforced cultivation method comprises the following steps: adopting indoor flat surface slot to cultivate the 7 d fish fries and the 15 d fish fries, reinforced culturing fish fries, stocking loach fish fries to a pond after the 7 d fish loach fish fries and the 15 d fish fries grow up, and thereby greatly improving fish fry indoor cultivating survival rate and fish dries pond descending survival rate. A result of an experimental research shows that: the indoor cultivating survival rate of the 7 d fish fries reaches up to 87.8 percents, the pond descending survival rate reaches up to more than 30 percents, the 15 d fish fries reaches up to 92.6 percents, and the pond descending survival rate reaches up to more than 50 percents. The loach fish fry artificial cultivation method is scientific and rational, easy to implement, and good in practicability. By using loach fish fry artificial cultivation method, the fish dries pond descending survival rate can be greatly improved, and good economic benefit can be obtained.

Synchronous induced spawning for parent fish better solves the problem of sexual maturity through synchronous development of female and male parent fish. The invention discloses an artificial propagation method for sturgeon, which comprises the steps of selection of parent fish, parent fish rearing, induced spawning, artificial insemination, zygote hatching, artificial selection of fish fry, and fish fry rearing. In the artificial propagation method, by artificially reducing water temperature and ambient environment temperature, micro water flow is formed to simulate the ecological environment for the reproduction of sturgeon, the simulated ecological environment is similar to the conditions necessary for the reproduction of wild sturgeon in the natural world, and the artificial low temperature factor lasts for a long time, so as to always guarantee the low temperature environment for the maturity and awaiting delivery of parent fish of the sturgeon, and meet other condition requirements, so that the parent fish can rut and spawn all year round to finally achieve the factory production of the sturgeon fry; meanwhile, in the artificial propagation method, female parent fish and male parent fish of the sturgeon are separately put into an artificially simulated ecological environment for inducing oestrus, and then the degree of sexual maturity of the parent fish is identified to select the parent fish with basically developed sexual maturity.

Embodiments of the present disclosure can provide an automated mass rearing system for insect larvae. The automated mass rearing system can facilitate hatching, feeding, monitoring the growth and emergence of insect larvae and pupae. In some embodiments, the automated mass rearing system can include a production unit, a transportation unit, a storage unit, a dispensing unit, and a monitoring unit. In some embodiments, this automated mass rearing system can facilitate mass mosquito growth from egg hatching all the way through to full adults or certain stages in between such as the larvae rearing process (i.e., from larvae to pupae) with little or no human intervention. By automating the rearing and transportation of insect eggs, larvae, and pupae, deaths or developmental issues can be minimized. Various techniques and apparatuses are used in this automation that causes minimal disturbance to the insects during development, and thereby maximizing survival rate and fitness of the insects.

The invention discloses a complete compound feed for breeding geese in a laying period and relates to an animal feed. The complete compound feed includes a microbial ecological agent, a vitamin premix and an enzyme preparation, and is prepared from the following components in part by weight: corn, wheat bran, bean pulp, peanut meal, poplar leaves, calcium carbonate, calcium monohydrogen phosphate, table salt, methionine, astragalus, Chinese angelica, epimedium, hawthorn fruit, malt, liquoric root, microbial ecological agent, enzyme preparation, choline chloride, vitamin premix, ferrous sulphate, copper sulfate, zinc sulfate, manganese sulfate, potassium iodide, sodium selenite and cobalt chloride. The complete compound feed for the breeding geese in the laying period of the invention is free from antibiotics and highly safe, strengthens the immunity of hatching geese, has balance nutrients and high digestibility, and can obviously increase the laying rate of the hatching geese and the fertility rate and the hatching rate of hatching eggs.

The invention relates to a method for cultivating hybridized and backcrossed marine product fries. The method is characterized by comprising the following steps of: selecting excellent individuals that only a female area grows in a hybridized first filial generation family or group of Argopecten purpuratus and Argopecten irradians, and synchronously maturing the selected excellent individuals with excellent individuals of the Argopecten irradians; inducing the hybridized first filial generation individuals to spawn by using a conventional shade drying and temperature stimulation method so as to obtain unfertilized eggs; simultaneously, stimulating the Argopecten irradians to spawn and discharge seminal fluid, and filtering through 500-mesh bolting cloth to obtain the seminal fluid of the Argopecten irradians; and fertilizing the hybridized first filial generation eggs with the seminal fluid of the Argopecten irradians, cultivating according to a conventional method after hatching germ cells, and thus obtaining the hybridized and backcrossed marine product fries which are above 1.5 cm in shell height and used for commercial cultivation. The hybridized and backcrossed marine product fries cultivated by using the method provided by the invention simultaneously have the characteristics of the Argopecten irradians and the Argopecten purpuratus; compared with the Argopecten purpuratus, the hybridized and backcrossed marine product fries have obvious advantages on growth, individual size and temperature tolerance, therefore, the hybridized and backcrossed marine product fries can be cultivated in sea areas in the north, such as Qingdao, Dalian and the like; and, compared with the Argopecten irradians, the yield at the same year is increased by more than 50%.

The invention discloses an artificial breeding method for hatching leeches and raising seedlings of leeches, aiming to provide a method for hatching leeches and raising seedlings of the leeches, which has leech hatching rate as high as 95 percent, shortened seedling emergence period and concentrated seedling emergence. The method sequentially comprises the following steps: 1, breed selection; 2, leech breed disinfection; 3, breed input; 4, mating and spawning; 5, cocoon classification; 6, hatching in a hatching room; and 7, hatching and seedling emerging. The invention has shortened seedling emergence period of the leeches and high seedling emergence concentration ratio, is convenient to artificial breeding, ensures the quality and indirectly increases the output of the commodity leeches by 150 kg each mu, enhances the benefit by 2000-3000 yuan each mu, and the like.

The invention relates to a totally artificial breeding method for Coilia ectenes, belonging to the technical field of fish culture. The method is characterized by comprising the following process steps of parent fish source; parent fish select breeding comprising standing / flowing water combined reinforced breeding; artificial induced spawning measure comprising parent fish selection, semen collection, dug roe inspection, induced spawning water temperature confirmation, parent fish matching, hormone injection, artificial insemination and the like; microflow water incubating; and summer flower and fish fry breeding. The invention promotes the parent fish sex gland to grow to maturity and ovulate by measures of reinforcing parent fish nutrition reinforced breeding, feeding hormone, flowing water stimulating and regulating and the like and normalizes the artificial induced spawning and insemination process, originally creates a simple flowing water incubating device of a pelagic egg and reinforces the management and ecological regulation of incubation period, thereby effectively solving the technical problems of artificially breeding Coilia ectenes. The induced spawning rate of artificial breeding is 33 percent, the fertilization rate is 48 percent and the hatching rate is 44 percent.

The invention provides a preparation method of game fish triploid fries. The preparation method comprises the following steps of: hybridizing a rainbow trout female parent fish and an arctic char male parent fish; transferring fertilized ova which have been fertilized for 20 minutes under the condition of 7 DEG C into a water body of 26 DEG C and performing heat shock for 20 minutes; then transferring into a water body of 7 DEG C to hatch for about 60 days; and hatching fish fries from the fertilized ova, wherein the eyed rate of the fertilized ova in the hatching period is over 75 percent, the hatching rate of the fries reaches over 90 percent, and the triploid rate of the obtained fries is 90-95 percent through detection of a flow cytometer. According to the preparation method of game fish triploid fries provided by the invention, the problems of sexual precosity, size miniaturization, disease breeding and the like of bred individuals due to long-term close breeding and shortage of systematic breeding in the rainbow trout culturing process are relieved, meanwhile, the hybrid triploid has the two advantages of the hybridization and the triploid, the growth speed and the disease resistance are obviously superior to those of the conventional diploid rainbow trout, and the preparation method has higher economic benefit and market value.

Methods are provided for improved immunization against coccidiosis and other bacterial, viral, or parasitic diseases in poultry. One method includes administering a solution of Propionibacterium acnes suspended in normal saline to a chick at age day one, following hatching. An anticoccidial vaccine and / or other vaccine is then administered to the chick such as by oral administration. Alternatively the method includes the steps of aseptically injecting Propionibacterium acnes in ovo at about day 18 in development, followed by post-hatching vaccination with an anticoccidial vaccine and / or other vaccine. Alternatively, either method can be utilized without the subsequent vaccination step for stimulating non-specific cell-mediated immune responses in poultry.

The sex of embryos in eggs is influenced or controlled through the application of light having selected wavelengths in order to promote the development of embryos of a selected sex. An incubating device is provided having an interior cavity that can be sealed from an outside, and having a plurality of lighting elements disposed on each of a plurality of trays disposed in the interior cavity. Eggs are disposed on the trays, and pre-determined environmental conditions are applied to the interior cavity to promote hatching of the eggs. Concurrently with the application of the environmental conditions, the eggs are irradiated according to pre-determined lighting conditions. The lighting conditions include applying light having wavelengths substantially concentrated in selected ranges, such as light wavelengths within the 390-419 nm, 410-450 nm, 420-450 nm, 450-495 nm, or other narrow range.

The invention discloses a gender identification method for a chick embryo in a near-infrared hatching egg at earlier stage of incubation, and belongs to a hatching egg detection technology. The method comprises the following steps: obtaining a near-infrared spectrum of a hatching egg through an optical fiber probe and a Fourier near-infrared spectrometer in a dark room, decomposing the near-infrared spectrum of the hatching egg by an overall mean empirical mode, removing high-frequency characteristic mode components to remove noise, removing low-frequency characteristic mode components by a method based on empirical mode decomposition to achieve baseline correction, extracting main components of spectral data as input variables of a nerve network so as to finish the identification, wherein the output value of the nerve network is 0 or 1. According to the method, the gender identification efficiency and accuracy of the hatching egg at earlier stage of incubation are high, the incubation cost is reduced, and the development of layer chicken and meat chicken feeding production is facilitated.

The invention relates to a hatching device and method for demersal spawns of marine fishes. The hatching device comprises a net cage, a water channel, a bracket, a temperature controller indicator, a probe, a heating rod, a water inlet hose, a sinker, an air inlet hose, an air stone and an annular water injector, wherein the net cage and the bracket are located in the water channel; the net cage is bound on the bracket; the water inlet hose and the air inlet hose are located in the water channel outside the net cage; the upside of the net cage is provided with the annular water injector; and the probe and the heating rod are arranged in the water channel. The hatching method comprises the following steps of: controlling a hatching condition; hatching; carrying out microscopic examination observation; carrying out secondary water temperature controlling; managing routinely; collecting larva fish and the like. The hatching method has the advantages that spawn deposition is avoided because of conical point inflation; spawns adhered on net cage edges are washed at any time by the annular water injector; the net cage is conveniently replaced; the water temperature is stably controlled by an electric temperature controller; and the fresh water quality can be ensured due to water feeding and drainage modes of water feeding of the annular water injector at the upside and water feeding of the water channel at the bottom and overflowing of the periphery of the water channel. Therefore, by means of the hatching device and method, a hatching rate of the demersal spawns of the marine fishes in the industrial fry breeding is improved.

The invention discloses a percocypris scaled artificial propagation method. The percocypris scaled artificial propagation method comprises the following steps of (1) culturing of parent fishes: using a flowing water pond as a parent fish culturing pond to culture; (2) distinguishing of male and female parent fishes: utilizing a B-ultrasonic scanner to check the abdomens of the parent fishes to distinguish the male and female parent fishes; (3) artificial maturation induction: injecting luteotropin into the distinguished female fishes to release hormone A2 to accelerate induction; (4) artificial spawning induction: performing artificial spawning induction on the selected male and female parent fishes; (5) artificial inseminating; (6) hatching: performing the flowing water and light shielding hatching on the fish spawns after artificial inseminating in a yarn silk hatching framework; (7) culturing of fish fries: when the hatching fish fries start to flatly swim, using the fairy shrimps or crushed water earthworms as an opening bait; after the fish fries are completely domesticated to eat an artificial matching feed, moving the fish fries to a fish fry culturing pond to culture. The method has the advantages that the implementation is easy, the operation is simple and convenient, and the distinguishing rate of the male and female parent fishes can reach more than 90%; the spawning induction rate of the matured parent fishes which are artificially cultured reaches 75%.

The invention relates to an indoor intensive artificial breeding technique of Yangtze River Coilia ectenes, which comprises the steps of Coilia ectenes parent fish enhanced breeding, artificial spawning induction, artificial hatching and fingerling breeding. The indoor intensive artificial breeding technique of Yangtze River Coilia ectenes is characterized in that Coilia ectenes adult fish which is alternately cultured for three years by using seawater and freshwater is used as parent fish for the Coilia ectenes parent fish enhanced breeding, female parent fish individuals with clearly visible ovary outlines and softer inferior bellies and male parent fish individuals with milk white semen which flows out when the bellies are slightly pressed are selected for the artificial spawning induction, the female-male ratio is 1:3, the female parent fish and the male parent fish naturally mate for laying eggs and fertilization, temperature-controlled inflated hatching in still water is conducted to fertilized eggs, and the fingerling breeding comprises culture at four stages, wherein the culture at the first stage comprises the steps of temporarily culturing newly hatched fries from the time that fries are newly hatched to the time that the fries open mouths, the culture at the second stage comprises the step of culturing the fingerlings from body length being 3mm to body length being 20mm, the culture at the third stage comprises the step of culturing the fingerlings from body length being 20mm to body length being 30mm, the culture at the fourth stage comprises the step of culturing the fingerlings from body length being 30mm to body length being 40-50mm, and the fingerlings can be put in a pond for conventional culture after the body length of the fingerlings reaches 40-50mm.

A method of enhancing a culturing characteristic of fish larvae, including administering to said larvae in a nutritional diet essential fatty acids including DHA and AA in a ratio effective to enhance the culturing characteristic of such fish larvae relative to a corresponding nutritional diet lacking DHA and AA. The culturing characteristic may be at least one of stress resistance, immunoresistance, hatching rate, and growth rate. In a preferred aspect, the DHA and AA together comprise from about 10 to about 30% of total fatty acids in enrichment lipids, and the dietary ratio of DHA: AA is less than 10. The invention also contemplates a method of operating an aquaculture facility, including growing heterotrophic algae and / or fungi in a fermentor under growth conditions therefor, to produce a heterotrophic cellular product containing DHA and AA, and feeding the heterotrophic cellular product and / or one or more components thereof to (i) fish larvae and / or broodstock in the aquaculture facility, or (ii) live food subsequently fed to such fish larvae.

The invention discloses a construction and stock breeding method for cultured grass carp families. The method comprises the following steps of: selecting grass carps which move actively and have high heritability and of which the weight is 15 to 20 percent more than the average weight, as parent fishes; marking cultured grass carps by using periodic interrupt timer (PIT) electronic labels, after sexual gland is matured, facilitating maturation by using hormone solution, performing artificial insemination on female and male parent fishes to obtain oosperm, performing self-hatching, then growing seedlings, breeding fishseed, breeding one-year fishes, feeding respectively, and establishing the families; from the second year to maturation time, injecting the PIT electronic label into the grass carps with the different families; performing mixed culture in a same pond, and eliminating the inferior grass carps, wherein the rest families are the basic families for next generation breeding; the young grass carps, the one-year grass carps, two-year grass carps, three-year grass carps and four-year grass carps are a critical period of family breeding; preferably choosing, and establishing the families serving as backup parent fishes; and then matching teams, raising the seedlings and then breeding continuously. A new product with high quality, high yield and stable yield is bred by establishing the different families of the cultured grass carps; and the method is used for researching the genetic characteristic and breed differentiation conditions by mating the male and female fishes among the grass carp families and inbreeding the male and female fishes in the grass carp family.

An intensive fry breeding system of Pelteobagrus fulvidraco includes a disease prevention and control region for fish body quarantine and sterilization of personnel, tools and water entering the system; a parent fish sorting region including at least one parent fish temporary culture pond for cleaning and specification sorting of parent fishes entering the system from outside; a parent fish spawning inducement region including at least one spawning inducement pond and at least one injection workbench for performing injection spawning inducement to parent fish; an artificial insemination region for completing artificial spawn collection, artificial insemination, artificial debonding and washing; a spawn hatching region including at least one set of fry hatching device for hatching spawn into fry; and a fry temporary culture region including at least one fry temporary culture pond for temporary culture and first-feeding, wherein the disease prevention and control region, the parent fish sorting region, the parent fish spawning inducement region, the artificial insemination region, the spawn hatching region and the fry temporary culture region are all arranged at the production site. The above functional regions are adjacent in sequence. The inventive system has novel facilities, industrialized and large-scale fry breeding and reduced fry propagation cost, and is small in land occupation and low in water consumption.

The present invention relates to giant salamander aquiculture method and apparatus in simulated habitat. Giant salamander is hatched and cultured in a simulated habitat with proper natural geographic condition, overshadowed and water flowing environment established according to the characteristics of giant salamander in different growth stages, including oviposition, hatching, infant giant salamander, adult giant salamander, etc. During oviposition and hatching, spawning inducing medicine and hatching liquid in proper amount are adopted separately. The present invention is favorable to raising the propagation rate of giant salamander and promoting the growth of giant salamander.

The invention discloses a harmless ecological environmental-protection recycling method of organic food wastes, which comprises the following steps of: pretreating organic wastes so as to ensure oil content is not larger than 10% and water content is not larger than 70%, placing 450-600ml of EM (Effective Microorganism) stock solution strain per ton of waste, and placing the wastes into a container to be used as a feed, wherein the thickness of the container is 2-3cm, the area is 0.5-2 square meters and the height is 15-28cm; and placing maggots of one-day birth, brans, and food wastes into the container according to a weight proportion of 1:5:(20-30), wherein the temperature is 18-35DEG C, the relative humidity is 60-70% and the hatching time is 8-24 hours; separating the maggots and the feed after 3-4 days to obtain the maggots and maggot dung, feeding earthworms with the maggot dung, and separating once every 7-10 days to obtain the earthworms and earthworm dung organic fertilizer. The invention turns wastes into wealth by feeding maggots and earthworms with the difficultly-treated food wastes so as to obtain maggot protein, earthworm protein and natural organic fertilizer products.

The invention relates to a method for comprehensively regulating and controlling gonad mature ovulation of cheilinus undulates, which comprises the following steps: preferably selecting, breeding and feeding parent fishes; regulating and controlling water temperature, illumination and water flow to enable the parent fishes to grow; and enhancing the nutrition to promote gonad mature ovulation. The technical method is used for screening artificial ripening effective temperature, intensity of illumination and water flow velocity factor data, screening varieties and doses of artificial ripening effective nutrition enhancers, screening the time suitable for gametogenesis and fertilization of cheilinus undulates, and acquiring high-quality fertilized eggs of cheilinus undulates. The fertilization rate of the eggs of the cheilinus undulates acquired by the method is 20-86%, and the hatching rate is 30-78%. The technical method for comprehensively regulating and controlling gonad mature ovulation of cheilinus undulates, which is provided by the invention, has the characteristics of advancement, high efficiency, practicality and reliability and comprehensively regulates and controls temperature, illumination, water flow and nutrition enhancement in the breeding process of seedlings of cheilinus undulates. The invention has great application value and wide popularization and application prospects for protecting endangered species.

The invention relates to a poultry fertilized egg detection and screening device based on machine vision. The device comprises a breeding egg conveying unit, an image acquisition unit and a breeding egg sorting unit; the device mainly applies a machine vision technology and a digital image processing technology; a whole disc of breeding eggs to be detected are detected and the light transmission property of each breeding egg to be detected in an image is extracted; whether each breeding egg to be detected is fertilized or not is judged according to the light transmission property of the breeding eggs to be detected; infertile eggs are sucked through a suction disc by utilizing a vacuum generation technology, so that separation of the infertile eggs and the fertilized eggs is realized. The device provided by the invention can replace artificial egg candling so that the labor intensity of workers is alleviated, and the speed and accuracy of breeding egg detection are improved; more importantly, the device takes a hatching tray in actual production as a foundation and has very high practicability; the device is invented so that an infertile egg detection industry of China reaches a new stage, and the device has important significance on an automation level of agricultural product detection.

The invention provides a transfer service platform for high and new technology and advanced and applicable technology. The platform comprises a first-stage sub-module and a second-stage sub-module. Through the combination between the internet and an off-line innovation service platform, a digit exhibition hall is configured by an interactive mode based on an exchange terminal so that interactive online and offline display of high and new technology and advanced and applicable technology, vertical search, precise feeding, joint advisory among experts, scientific assessment, bid invitation for problems, transfer and transformation, funding and hatching services become a reality by setting up an exhibition and trading area for technology and new products, an exhibition and trading area for achievement-commercialization programs for national scientific and technological plans, an exhibition area for high technology of civil-military dual-use, an exhibition and trading area for patent technology and an area for technology transfer mechanisms. The transfer service platform for high and new technology and advanced and applicable technology has following beneficial effects: in order to create a favorable soft environment for technology transfer, a user should seize a new round of great opportunities for optimization and recombination of global production factors as well as industry transfer and technology transfer; and by technology transfer cooperation, trade and investment growth are driven and growth models are transformed so as to drive coordinated development among regions.

The invention provides an industrial loach breeding and fry culturing method and belongs to the field of aquaculture. The method includes industrial breeding and fry culturing workshop construction and a specific breeding and fry culturing method. The specific breeding and fry culturing method includes: arranging bi-layer open net cages in a cement pool in a breeding workshop, wherein inner net cages are rutting and spawning places for parents, and outer net cages receive eggs concentratedly; and arranging a plurality of open foam boxes in a hatching and fry culturing workshop, placing the eggs into the foam boxes after counting, feeding loach fries by micro initial feed after hatching to fries to enable the loach fries to live through an initial critical period to become strong fries, and selling the fries or placing the fries into a pond for large-scale fingerling rearing. A workshop production process is adopted, breeding and hatching and fry culturing environments are guaranteed effectively, operation is facilitated, working efficiency is high, fecundity can be measured accurately, fertilization rate reaches above 98%, hatching rate basically reaches 100%, fry survival rate basically reaches 100%, and survival rate of large-scale fingerling rearing by placing the strong fries into the pond reaches above 50%.