69 results about "Clanis bilineata" patented technology

The invention discloses a novel method for breeding Clanis bilineata Walkers, comprising the following steps of: (1) selecting larvae; (2) preserving the larvae; (3) warming the larvae; (4) airing and catching one couple of moths; (5) mating and separating the moths; (6) visually inspecting oviposition and carrying out microscopic examination; (7) disinfecting and degumming ovum surfaces; (8) hatching and stocking. The method provided by the invention has the advantages that: 1, the indoor larvae-preserving mortality rate of the Clanis bilineata Walkers is low; 2, the larvae are warmed by raising a temperature through an artificial procedure, the pupation rate of the Clanis bilineata Walkers is high, the eclosion and mating rate is high, the ovum laying amount is great and the hatching rate is high; and 3, the larvae are warmed by batches and Clanis bilineata Walker products are put into the market by batches, so as to be good for the stability of a market price and ensure the income of raisers.

The invention discloses a method for culturing clanis bilineata walker by utilizing kudzu vine. The method comprises the following steps of: (1) kudzu vine planting and field management; (2) clanis bilineata walker stocking, catching and marketing; and (3) kudzu root harvesting and seedling reservation through pruning. The method disclosed by the invention has the advantages of three-dimensional culture, great leaf quantity, less diseases, non-lodging, long culture cycle, high acre yield of clanis bilineata walker and no overlapped stubble of perennial; and by utilizing the method disclosed by the invention, kudzu roots can be harvested simultaneously and processed into kudzu powder with a health-care function, thus the method is beneficial to the further improvement of clanis bilineata walker culture benefits.

The invention discloses a seed stocking method for clanis bilineata larvas, which is characterized by comprising the following steps that (1), a mixture of sawdust and moist and loosened soil disinfected by formaldehyde is loaded into a plastic pass box (dimension: 62*36cm), and soil depth is 10 to 15 cm; (2), after clipping, pieces of kraft paper and piece of plastic films are stitched to make into compound bags, and the compound bags are used after disinfection; (3), steel wires are bent into approximately n shapes, two pieces of kraft paper of two compound bags are opposite to each other, and edges are fixed on the steel wires; long steel wires extending out of the bottoms of the compound bags are inserted into the soil inside the pass box; (4), kudzu strips, locust tree branches with leaves or millettia pinnata branches are loaded inside the bags, the clanis bilineata larvas are placed into bags, the bags are clamped by clamps, so as to prevent the clanis bilineata larvas from combing out; the clanis bilineata larvas take and eat leaves inside the bags, and one branch is replaced after a period of time; the seed stocking method provided by the invention has the advantages as follows: 1, the seed stocking rate of the clanis bilineata larvas are high, accidental injuries caused to the clanis bilineata larvas during the process of planing the clanis bilineata larvas from the soil can be avoided; 2, the clanis bilineata larvas come into soil automatically, so that small chambers formed can not be damaged, the overwintering survival rate is improved, and the habitus of the overwintering clanis bilineata larva is improved.

The present invention relates to the technical field of food processing, and particularly relates to a clanis bilineata larva protein powder preparation thereof. The clanis bilineata larva protein powder is prepared by pulping, enzymatic hydrolysis, fermentation and drying. The preparation method has a simple technology and an easy operation, is suitable for industrial production, and the prepared protein powder can prevent aging and increase immune function, and has protein content more than 90%. The clanis bilineata larva protein powder uses enzymatic hydrolysis, has high content of protein peptides, and contains trace elements beneficial to human body after fermentation, has good solubility, good thermal stability and good flavor, is rich in proteins, amino acids, vitamins and various mineral elements needed by human body, has better nutritional value in a long-term consumption, has very good prevention roles in the generation of cancer cells, cardio-cerebrovascular diseases, hypertension, etc., and at the same time reduces cholesterol, has very good effect in losing weight and beautifying features, and has a rare health-care value.

The invention relates to an application of an insecticidal protein, which includes a step of at least contacting an injurious insect, clanis bilineata tsingtauica, with Vip3Aa protein. In the invention, the clanis bilineata tsingtauica can be controlled by means of the Vip3Aa protein, produced in plants, which can kill the clanis bilineata tsingtauica; compared with agricultural, physical, biological and chemical prevention and treatment methods in the prior art, the insecticidal protein, can protect plants in all growth periods and on whole plant for preventing and treating the clanis bilineata tsingtauica. The insecticidal protein is free of pollution and residue, has stable and complete effect, and is simple, convenient and economical.

The invention provides an indoor culture method for clanis bilineata walkers. The method comprises a first step of culture pond building, a second step of branch inserting and larva release, a third step of molting stage management, a fourth step of capture and sale, and a fifth step of reservation for breeding. The first step comprises the substeps of building a cement pond indoors, distributing a water pipe at the bottom of the pond, connecting the water pipe with an external water supply pond, placing fine sand and laying a plastic thin film. The second step comprises the substeps of cutting twigs of robinia pseudoacacia, piercing the plastic thin film and inserting the twigs of robinia pseudoacacia in the fine sand, transferring newly hatched larvae to the twigs of robinia pseudoacacia for feeding and changing the twigs. The third step comprises the substeps of after the molting stage is over, timely feeding leaves to the larvae of clanis bilineata walkers and performing spacing, and regularly performing litter cleaning, cleaning and disinfecting. The fourth step comprises the substeps of capturing larvae in the fifth instar and selling the clanis bilineata walkers on the market. The fifth step comprises the substep of feeding the clanis bilineata walkers reserved for breeding until the clanis bilineata walkers fall on the thin film by themselves. The method has the advantages that: firstly, wet fine sand is used for providing moisture for excised twigs of robinia pseudoacacia, so that the freshness time is effectively prolonged and the culture workload is reduced; secondly, the damage to the clanis bilineata walkers caused by natural enemies and heavy weather is prevented and the survival rate and the yield are effectively increased; thirdly, the litter cleaning and disinfecting are convenient; fourthly, all-season and all-weather clanis bilineata walker culture can be realized.

The invention discloses a processing technology of an aquatic feed. The aquatic feed is prepared from the following raw materials in parts by weight: 15-20 parts of sesame seed meal, 8-12 parts of clanis bilineata larva powder, 5-9 parts of lysine, 5-9 parts of methionine, 5-10 parts of a nanometer aqueous binder, 5-8 parts of duckweed powder, 0.5-1 part of shell powder, 15-18 parts of fish internal organ freeze-dried powder, 5-10 parts of chlorella, 1.3-2.7 parts of smoked plums, 10-20 parts of wheat grain paste powder, 4-8 parts of emilia sonchifolia, 3-6 parts of ginkgo leaves, 4-6 parts ofcastor leaves, 2-5 parts of ion ligands, 3-6 parts of vitacoenzyme, 5-10 parts of a complex enzyme agent, and 5-7 parts of a probiotic preparation. The aquatic feed is high in yield, the activity ofraw materials can be well guaranteed, the obtained aquatic feed is balanced in nutrients and obvious in food calling effect, has good effects of promoting digestion, preventing diseases and being health-care, can promote aquatic products to grow, and can improve the yield and the quality of the aquatic products.

The invention belongs to the technical field of breeding and particularly discloses a method for indoor breeding of clanis bilineata larvae by waste plant leaves. The method includes: picking mature larvae from soybean planting land, enabling emergence at the room temperature, subjecting clanis bilineata to secondary coupling oviposition under stimulation of a warm light after emergence, collecting clanis bilineata eggs, enabling eclosion to obtain clanis bilineata larvae, putting in greenhouse breeding land, feeding with mixed waste leaves such as grape vine leaves, sweet potato leaves and the like, uniformizing density after the larvae grow to 2-3 instars, and harvesting for selling when the larvae grow to 5 instars. By collection of the waste crop leaves for breeding of the clanis bilineata larvae, dependence on soybean plants and harms to the soybean plants are reduced; by indoor simulation of an outdoor environment, an environment suitable for clanis bilineata larvae emergence, oviposition, eclosion and growth is created, and consequently the death rate is greatly decreased, large-scale indoor breeding can be realized, and a promising application prospect is achieved.

The invention relates to a pest-resistant soybean seed composite medicine coating technology. A coat contains substances for germination promotion, seedling strengthening and insect attack control in the seedling stage, and the substances comprise a crop nutrition agent, a plant growth regulation agent, a bactericide and a Clanis bilineata virus enharpin solid layer. The technology has the advantages of reduction of the medicinal damage generated by chemical medicines, and prolongation of the persistent periods of the medicines.