94results about How to "Eat fast" patented technology

The invention discloses a method for cultivating wood-rotting fungi. The raw materials for cultivating the wood-rotting fungi comprise the following components of: 45-55 parts of cotton stalk crumb, 8-20 parts of fine sawdust, 8-20 parts of corncob, 5-20 parts of bran coat, 4-7 parts of bean dregs, 5-11 parts of pure chicken manure, 0.5-1.5 parts of phosphate fertilizer, 0.5-1.5 parts of plaster, 1-5 parts of lime and 8-20 parts of cotton seed hull. The raw materials in weigh ratio are cultivated to generate the wood-rotting fungi according to the steps of adding water in the raw materials and uniformly stirring, building pile and fermenting, producing an inoculation bacterial bag and generating mushroom. According to the method disclosed by the invention, the consumption of the cotton seed hull is reduced; and cotton straws are used to replace the cotton seed hulls and are simultaneously matched with the fine sawdust and the corncob to produce a cultivation raw material of the wood-rotting fungi. The method has the characteristics of ensuring quick material consumption by hypha during fingi fermentation, robust growth and white and density, compact produced fruiting body and rounding mushroom shape. According to the method, the labor and time are saved, the cost is reduced and the yield is increased.

The invention discloses a glaze material for Jun red glaze and a process for preparing Jun porcelain from the glaze material. The glaze material consists of the raw materials of melilite, quartzite, calcite, white feldspar, copper ore, ZnO, SnO, GuO, talc, BaO, zirconium silicate and spodumene. The preparation process comprises the following steps: firstly, smashing roughcast raw materials and conducting moulding to fire a plain roughcast, then immersing the plain roughcast into slurry of the glaze material of the Jun red glaze for glazing, and when the slurry adhered on the surface of the plain roughcast is dried, putting the plain roughcast in a kiln for firing, so as to obtain the Jun red glaze Jun porcelain. According to the glaze material for the Jun red glaze and the process for preparing the Jun porcelain by utilizing the glaze material, spodumene and zirconium silicate are added in the glaze material for the Jun red glaze, so that the fired Jun red glaze Jun porcelain is bright in color, mild and smooth in glaze surface, and uniform in cracking, and breaks through the condition that the general Jun red glaze Jun porcelain is dim in color and nonuniform in cracking; the Jun porcelain is taken as the specialty of China, and represents the advanced level of the manufacture process of China, and the social value of the Jun porcelain is improved.

A grain threshing and separating device consists of a feed inlet, an upper cover, a concave grid and a roller; a plurality of arc stock guide plates are arranged on the inner wall of the shell of the feed inlet, each arc stock guide plate is arranged at a deflection angle in relation to the radial direction of the feed inlet; the roller consists of a front section and a rear section, the front section roller takes a conical shape, the rear section roller takes a cylindrical shape, a blade for feeding is welded on the external surface of the front section roller, a plurality of groups of threshing toothholders are welded on the external surface of the rear section roller, each group of the toothholders is arranged along spiral line direction, each toothholder is fixedly connected with a threshing tooth, the toothholder is connected with the threshing tooth in a dismountable way by a bolt fastener; the two ends of the roller are respectively provided with a front spindle nose and a rear spindle nose, and a plurality of arc flow deflectors are obliquely arranged on the top of the inner wall of the upper cover. The grain threshing and separating device has the advantages of fast feeding, thorough threshing, low entrapment loss, is not likely to be blocked by twisting grass, and can thresh a plurality of grains and harvest various grains in fields.

The present invention, diatomite rubber reinforcing agent, relates to non-metal mineral product. The present invention features that diatomite is prepared into the diatomite rubber reinforcing agent to replace white carbon black. The rubber reinforcing agent with high quality and low cost is prepared with diatomite and through material selection, eliminating impurity, drying in kiln, crushing, wind selection and other technological processes.

The invention discloses ethylene propylene diene monomer rubber for an automobile brake hose and a preparation method thereof. The rubber comprises the following components in parts by weight: 100 parts of ethylene propylene diene monomer rubber EP350, 0.5-1.8 parts of sulfur S, 0.5-2.0 parts of vulcanizing agent DCP, 0.6-1.8 parts of accelerator DM, 0.5-1.5 parts of accelerator TT, 1.2-1.5 parts of accelerator PX, 5.0-8.0 parts of ZnO, 10.0-40.0 parts of carbon black N550, 10.0-40.0 parts of carbon black N330, 5.0-20.0 parts of pottery clay, 3.0-5.0 parts of white carbon black, 1.0-3.0 parts of coupling agent Si-69, 5.0-9.0 parts of rubber adhesive XS-100, 1.5-2.0 parts of stearic acid StA, 5.0-8.0 parts of aromatic oil, 1.0-2.0 parts of microcrystalline wax, 1.0-2.0 parts of anti-aging agent A, and 1.0-2.0 parts of anti-aging agent RD. Internal mixing, open milling, sheet lowering and vulcanization of a rubber sheet are performed on raw materials to obtain a rubber compound of the ethylene propylene diene monomer rubber. The ethylene propylene diene monomer rubber disclosed by the invention can improve the anti-aging performance and the blast resistance of the automobile brake hose, greatly upgrade the anti-ozone aging performance, the anti-thermal oxidative aging performance and the binding strength and effectively prolong the service life of the brake hose.

The invention provides a straw mushroom cultivation material which is characterized in that broad bean skin is used as the main raw material, mushroom dregs, cow dung, humus, land plaster, lime powder and the like are used as auxiliary materials, and the water content of the cultivation material is 63-65%. The invention further provides a manufacturing method of the cultivation material. The cultivation material has the advantages that broad bean skin is processed through microbial fermentation, macromolecule matter is made to be degraded, straw mushroom hypha can conveniently absorb the macromolecule matter, and the hypha absorbs the cultivation material quickly and can grow vigorously; the cultivation material is reasonable in ratio, balanced in nutrition, good in hypha ventilation, strong in water retention and high in straw mushroom yield, and the biology efficiency reaches 35.2-38.1%; high value-added utilization of waste resources is achieved.

The invention relates to the field of novel cultivation techniques of edible fungi, in particular to a cultivation method of large Ganoderma lucidum. The method includes the steps of using broad-leaved wood 6-30cm in diameter as raw material in October to November each year, sawing the wood into short segments, chopping the short segments into irregular wood blocks (sheets), bagging, inoculating, and cultivating fungus cylinders; performing earthing cultivation on the fungus cylinders in a light environment which can be 70% shady and 30% shinny in March of the next year; setting 15 fungus cylinders in a group during cultivation, and cultivating one mushroom of large Ganoderma lucidum with cap diameter up to 80-120cm by all mycelia and nutrients in the 15 fungus cylinders; after the first mushroom of large Ganoderma lucidum is picked, cultivating a second mushroom of large Ganoderma lucidum with the cap diameter up to 40-60cm in the same management way as the first mushroom of large Ganoderma lucidum. Through the application of the method, fruiting bodies of the cultivated large Ganoderma lucidum are large and magnificent with high quality and benefits produced are extraordinarily significant.

The invention relates to the cultivating technique for mushroom, especially to the cultivating method for white colored mushroom, comprising preparing bacterial stick, inoculating, culturing and getting mushroom. Adding germanium and selenium element in the bacterial stick preparation, and employing special managing method for sterilizing, inoculating, culturing and getting mushroom. The prepared white colored mushroom is characterized by the fast food eating, strong bacterial filament, high productivity of above 95%, early bulb bearing, fast mushroom preparation, tender mushroom, large quantity containing of organic germanium and organic selenium which is easy-to-adsorb by human, and distinctive economical benefit.

The invention relates to a chloroprene rubber / nature rubber for skirt of a hovercraft and a manufacturing method of chloroprene rubber / nature rubber; banburying, open milling and vulcanization technology are carried out on NR (natural rubber), CR (chloroprene rubber), S (sulfur), DM (dry matters), ZnO (zinc oxide), MgO (magnesium oxide), NA-22, carbon black N550 and N330, kaolin, white carbon black, Si-69, rubber adhesive XS-110, StA, aromatic oil, preservation wax, anti-aging agents 4010NA, A and RD; and in the rubber adhesive XS-110, rubber adhesive XS-110 and resorcinol pre-condensation resin are used as main body materials, active additives and inert fillers are added for manufacturing, and then the rubber adhesive XS-110 is directly added in the later stage of mixing of sizing materials, material feeding speed is high, so that the process is simple and easy; and white carbon black / si-69, namely rubber containing an XS-100 / white carbon black / si-69 system, is matched, so that the adhesive intensity of the rubber and a framework material is greatly improved.

The invention relates to a method for solidifying liquid bacterial for edible mushroom. It comprises following steps: (1) activating preserved parent strain through enlarge test: inoculating stored parent bacterial to inclined surface of test tube, culture at proper temperature; (2) producing shake flask liquid bacterial; (3) deep culturing fermentation tank; (4) carrier physical treatment; (5) solidifying liquid bacteria. The invention produces solid bacteria at opening environment, which overcomes regular applicatio and limit for liquid bacteria; saves culture process, and realizes convenient usage of liquid bacteria. The invention plays a important role in promoting edible mushroom conversion from traditional mode to industrial mode.

The invention discloses a tremella aurantialba culture medium and a culture preparation method. The tremella aurantialba culture medium comprises main materials, auxiliary materials and a few nutrient elements, wherein the main materials are grain seeds with a weight ratio of 89-94%, and include any one or more combined seeds of buckwheat, sorghum, corn and rice seeds; the auxiliary materials are biodiesel leftovers or bacterium residues with a weight ratio of 5-10%, and include copper seed husks, rubber seed husks and oil tea seed husks; the nutrient elements are calcium, phosphorus, sulfur and potassium; and a weight ratio of a calcium compound, a phosphorus compound, a sulfur compound or a potassium compound is 1%. The tremella aurantialba culture preparation method based on the medium comprises the steps of preparing a first test tube stock culture, a grain seed stock culture, an original grain seed culture and a cultivated culture. The tremella aurantialba culture medium and the culture preparation method have the characteristics that tremella aurantialba hyphae are high in material absorption, a tremella aurantialba emergence rate is as high as 100%, the whole production cycle is only 60d, and the output growth of tremella aurantialba can be above 30%, so that a requirement of the large-scale cultivation culture of a tremella aurantialba bag material is met.

The invention provides an oyster mushroom cultivation material, which is characterized by comprising seed shells and fruit shells of Camellia oleifera as main raw materials as well as cotton seed hulls, tea seed meal and the like as excipients, and having a water content between 63% and 65%. The invention further provides a production method of the cultivation material. The combination and the method have the following advantages: firstly, the cultivation material is a scientific combination of coarse and fine materials, and mushroom material has good water holding capacity and relatively large porosity, and thus oyster mushroom mycelium takes in material quickly and grows vigorously; secondly, through natural heap fermentation, lignin, cellulose, hemicellulose, pectin and other substances in the Camellia oleifera seed shells and fruit shells are decomposed into simple substances easier for absorption by the oyster mushroom mycelium, so that formation of fruiting body primordia of oyster mushrooms is promoted, the number of effective mushrooms increases, and the produced fresh mushrooms are good in quality and yield; and thirdly, there are wider sources of raw materials for cultivation, so that production costs are reduced substantially.

A method for affixing a support member to a grain-based edible can include the step of directly coupling an extruded support member to the grain-based edible. The grain-based edible coupled to the support member can be soaked in an edible mixture after the grain-based edible has been baked. The grain-based edible coupled to the support member can be heated until the mixture absorbed within the grain-based edible is approximately solidified. The heating can enhance the adhesive characteristics between the grain-based edible and the support member such that the adhesive characteristics are sufficient to permit the grain-based edible to be held by the extruded portion of the support member during ingestion of the grain-based edible without the un-ingested portion of the grain-based edible decoupling from the support member.

The invention relates to a method for sterilizing edible fungi under normal pressure, which belongs to an edible fungi producing method. The method comprises the following steps: cultivation material is packaged, and each package is filled with cultivation material which is equal to 500 to 550 grams of dry material; the filled cultivation material package is put into an Arnold sterilizer, and a temperature sensor is placed on a central position between a third layer and a fourth layer counted from the bottom layer; the Arnold sterilizer is made to improve temperature, and when the temperature sensor reaches 100 DEG C, the temperature is kept and sterilization is performed continuously for 9 to 11 hours; and after heating is stopped, the material is discharged after the temperature of the material falls to between 40 and 50 DEG C. The method has the advantages that the inoculated fungi is quick to sprout; hypha is quick to absorb the material; and the cultivation material package sterilized by the method is clean; when the hypha develops, the fungi is not burned and the material is not damaged; the mushrooms has high yield; and the biological conversion rate is high. The method solves the realistic problems in edible fungi industrialized production.

The invention relates to a synthesis method of high molecular weight polysiloxane containing nitrile group and vinyl at the same time and a preparation method of addition type heat vulcanized nitrile silicone rubber. The high molecular weight polysiloxane containing nitrile group and vinyl at the same time is prepared by performing amino group and double bond addition reaction on polysiloxane containing amino group and vinyl at the same time and compound containing unsaturated bonds and nitrile group. The addition type heat vulcanized nitrile silicone rubber is prepared through the synthesized high molecular weight polysiloxane containing nitrile group and vinyl at the same time. The synthesis method is simple and controllable, and high in synthesis efficiency; as the synthesized polysiloxane containing nitrile group and vinyl at the same time contains nitrile groups, the polarity and solubility parameters of polysiloxane are changed, and the prepared addition type heat vulcanized nitrile silicone rubber can have the performance of solvent oil resistance, and can be applied to various oil resistance and low temperature resistance places.

The invention relates to synthesis of siloxane containing nitrile group and vinyl group at same time and a preparation method of room-temperature addition type nitrile silicone rubber. The siloxane containing the nitrile group and the vinyl group is prepared from the siloxane containing amino group and the vinyl group at the same time, and a vinyl-group-containing compound with unsaturated bonds through an addition reaction of the amino group and the double bonds; the synthesized siloxane containing the nitrile group and the vinyl group at same time is used for preparing the room-temperature addition type nitrile silicone rubber. The synthesis method is simple and controllable, and high in synthesis efficiency. The synthesized siloxane containing the nitrile group and the vinyl group at same time contains the vinyl group so that the polarity and the dissolvability parameters of the siloxane are improved; the room-temperature addition type nitrile silicone rubber prepared from the siloxane containing the nitrile group has a property of resisting solvent oil and can be widely applied to various oil-resisting and low-temperature-resisting fields.

The invention discloses a high-yield strain production cultivation method of golden fungus. The high-yield strain production cultivation method comprises the following steps: preparing a mother strain culture medium, sterilizing the mother strain culture medium, preparing mother strains, preparing a stock (cultivation strain) culture medium, preparing stock (cultivation strain) inoculation and cultivating with materials for substitutes. A formula of the mother strain culture medium of the golden fungus is prepared from (peeled) potato, sucrose, potassium dihydrogen phosphate, magnesium sulfate, agar and water at the ratio of 20 to 3 to 0.3 to 0.15 to 100. A formula of a stock (cultivation strain) culture medium is prepared from 80 percent of broad-leaved tree sawdust, 16 percent of corn flour, 2 percent of sucrose, 1 percent of potassium dihydrogen phosphate and 1 percent of gypsum. By carrying out two times of strain preparation (mother strain preparation and stock preparation), the golden fungus and accompanying stereum hirsutum are separated and are cultured respectively, so as to obtain a golden fungus mixed stock. In a cultivating process, the germination of strains is rapid and material consumption is rapid; the pollution rate is low and a color changing speed is rapid; the growth period is short.

The invention provides an anti-aging agaricus bisporus wheat strain, which consists of the following raw materials in percentage by weight: 40% to 50% of dry material, and the balance of water; the dry material comprises the following raw materials in percentage by weight: 60% to 70% of barley or wheat, 20% to 30% of manure and river mud mixture, 3% to 8% of rice chaff, 1% to 3% of quick lime, and 0.5 to 1.5% of gypsum. The invention also provides a preparation method of the anti-aging agaricus bisporus wheat strain. The prepared anti-aging agaricus bisporus wheat strain has the advantages that the hypha is white, the amount of villus and the hypha is more, the germination and material feeding after sowing are quick, and the anti-aging agaricus bisporus wheat strain is popular for strain preparation farmers.

The invention relates to a coprinus comatus culture material, which is characterized by using broad bean hull as the main raw material, and bacterial dreg, cattle manure, gypsum powder, lime powder, calcium superphosphate and the like as auxiliary materials. The water content of the culture material is 65-67%. The invention also relates to a manufacturing method of the culture material. The broad bean hull is subjected to microbial fermentation treatment to degrade macromolecular substances, so that the culture material can be easily absorbed by the coprinus comatus hyphae, and the hyphae can absorb the material quickly and grow vigorously; the culture material has the advantages of reasonable proportion, balanced nutrients, favorable air permeability, high water retention property, high yield of coprinus comatus, and high biological efficiency (up to 123.8-130.3%); and the method implements high-added-value utilization of waste resources.

The invention belongs to the technical field of hybridization breeding methods of fishes, and relates to a hybridization breeding method of Elopichthys bambusa and Megalobrama amblycephala. Hybridization breeding is conducted on eggs of female Megalobrama amblycephala and sperms of male Elopichthys bambusa, and the obtained hybridized F1 has fast growth, delicate flesh, omnivorous feeding habits,strong resistance and strong disease resistance. The hybridization breeding method has strong operability and good adaptability; and in the hybridization process, the fertilization rate can reach 55%,the hatching rate can reach 40%, and the survival rate of fry can reach 65%; most of characteristics of the hybridized fishes are partial to those of Megalobrama amblycephala, and compared with Megalobrama amblycephala, the hybridized fishes have certain growth advantages and feeding advantages, and are suitable for large-scale breeding.

The invention discloses a tremella auramtialba eucalyptus wood chip cultivated species and a preparation method thereof. Tremella auramtialba wood chips, miscellaneous wood chips, wheat bran, gypsum,calcium superphosphate and sugar serve as raw materials to prepare culture materials, and the culture materials are inoculated and cultured to obtain the tremella auramtialba eucalyptus wood chip cultivated species. According to the tremella auramtialba eucalyptus wood chip cultivated species, hyphae rapidly eat the materials, pollution rate is low, characters of sporophores are good, and growth cycle is short. According to the cultivated species, used raw materials are simple and easily acquired, waste such as tremella auramtialba barks, tremella auramtialba bran and the like are processed into tremella auramtialba wood chips serving as a main material, raw materials are sufficient and low in production cost, and resource waste and environmental pollution are reduced. According to the tremella auramtialba eucalyptus wood chip cultivated species prepared according to ratio of a formula, the hyphae rapidly eat the materials, the pollution rate is low, the characters of the sporophores are good, the growth cycle is short, and the cultivated species is suitable for popularization in industrial cultivation of tremella auramtialba.

The invention discloses a method for planting pleurotus nebrodensis by utilizing mulberry twigs. The method comprises the steps of processing the mulberry twigs, preparing a culture medium, bagging, inoculating, managing hairy fungus, managing produced pleurotus nebrodensis and harvesting; and the raw materials for planting pleurotus nebrodensis in ratio are as follows: 70-85% of mulberry twig scraps, 5-15% of bran, 5-10% of corn flour, 0.1-0.5% of urea, 0.1-0.5% of zinc sulphate, 0.1-0.5% of peptone, 1-2% of white sugar, and 1-2% of lime. Compared with the conventional pleurotus nebrodensis cultivated by using cottonseed hulls, a pleurotus nebrodensis cultivation formula and a cultivation method disclosed by the invention have the advantages that compared with the conventional cultivation material, the pleurotus nebrodensis yield achieved by using a cultivation material with the same proportion and the same mass is increased by 15-20%; the biotransformation rate is above 80%; the production cost is reduced by 30-50%; and the economic benefit is increased.

The invention provides low-hysteresis carbon black and a production method thereof. The low-hysteresis carbon black has the characteristics that the oil absorption value is 131-145 ml / 100 g, the compression oil absorption value is 102-114 ml / 100 g, the iodine absorption value is 115-131 mg / g, and the nitrogen adsorption specific surface area is 119-130 m < 2 > / g. A tire manufactured using the low-hysteresis carbon black has low rolling resistance and low heat accumulation under use conditions.

The invention discloses a tremella mesenterica effective protospecies and a preparation method thereof. The tremella mesenterica effective protospecies is obtained by conducting inoculated culture onculture materials prepared by fine wood bits, wheat bran, lime and gypsum. According to the tremella mesenterica effective protospecies, hyphae eat materials fast, the rate of tremella mesenterica forming is high, the contamination rate is low, the growth period is short, and the situation of non-normal fruiting caused by ineffective strains can be reduced. The preparation method includes the steps of pretreatment and inoculated culture. The raw materials used for the tremella mesenterica effective protospecies are simple, and production costs are lowered. According to the tremella mesentericaeffective protospecies prepared through a mentioned formula, the hyphae eat materials fast, the rate of tremella mesenterica forming is high, the contamination rate is low, the growth period is short, and the tremella mesenterica effective protospecies is suitable for factorized production.

Disclosed is a zinc-rich mushroom additive which comprises (by weight proportion) zinc sulphate 0.8-1%, germanium dioxide 0.008-0.01%, magnesium sulfate 50-75%, monobasic potassium phosphate 0.3%, and balancing water, 1% of calcium sulfate can also be added into the formulation.

The invention discloses a method for planting flammulina velutipes by utilizing mulberry twigs. The method comprises the steps of processing the mulberry twigs, preparing a culture medium, bagging, sterilizing, inoculating, culturing hypha, managing fruited flammulina velutipes and harvesting; and the raw materials for planting flammulina velutipes in ratio are as follows: 55-65% of mulberry twig scraps, 15-20% of bran, 15-20% of corncobs, 1% of sugar, 1% of calcium superphosphate, 1% of phosphatic fertilizer, 1% of urea, and 1% of lime. The flammulina velutipes planted by utilizing the method is many, thick, strong in growth trend, pure white and dense; the yield is the same to that of flammulina velutipes cultured by utilizing cottonseed hulls; the produced flammulina velutipes is round; simultaneously, the use amount of the cottonseed hulls is reduced; the production cost is reduced by 30-50%; the economic benefit is increased; and the current problem of lack of edible mushroom culture raw materials is solved.

A young turtle feeding method comprises the following specific steps: (1) sterilizing a turtle pool; (2) placing hydrophyta natantia; (3) putting young turtles for breeding; (4) feeding and managing; (5) daily managing: patrolling and inspecting the turtle pool in the morning, at noon and in the evening everyday, inspecting anti-escape facilities every day before feeding, knowing well the feeding condition of turtles at any time, so as to adjust the feeding quantity; timely isolating the turtles when abnormal or sick turtles are found; frequently removing weeds, natural enemies and dirt, timely eliminating feed residual and cleaning a feeding frame; checking the water color, measuring the water temperature, smelling to tell whether peculiar smell exists or not, and recording the patrolling log; and (6) winter managing: adding a sufficient amount of feed rich in nutrients before winter, wherein the turtles accumulate fat for the consumption during winter. The feeding method is simple, high in survival rate and high in yield, and the young turtles are low in possibility of illness and fast in growth; the feed does not contain substances harmful to the health and growth of the young turtles, raw materials are easily available, the preparation process is simple, the cost is low, and the young turtles can be quickly attracted to eat and eat more.

The invention provides a preparation method of environment-friendly white carbon black, and belongs to the technical field of chemical production. The environment-friendly white carbon black is prepared by adding a modifier in white back, wherein the modifier is prepared by adding a first component and a second component in a weight ratio of 1:(1-1.5) to a reaction kettle and then agitating for 0.5 to 1.5 hours; the first component is prepared from the following components in parts by weight: 0.01 to 0.4 part of sodium hydroxide, 0.01 to 0.2 part of sodium salicylate, and 5 to 50 parts of deionized water; the second component is prepared from the following components in parts by weight: 0 to 100 parts of natural latex, 0.1 to 100 parts of divinyl pyridine-styrene-butadiene copolymer latex, 0 to 100 parts of epoxidized natural rubber, 0 to 2000 parts of deionized water, and 0 to 20 parts of ammonium hydroxide. The deionized water is added to commercial white carbon black and then the commercial white carbon black is grinded into white carbon black suspension, the modifier is added to the suspension and agitated, then the mixture is dried and crushed to obtain the environment-friendly white carbon black.

The invention belongs to the field of edible fungus and discloses a cultivation method for hypsizygus marmoreus. The method comprises following steps: 1) material mixing: cottonseed hull 45%, wood chips 20%, bagasse 10%, wheat husk 15%, corn flour 5%, soybean meal 3%, lime 2%, and water; the cottonseed hull, wood chips and bagasse are uniformly stirred by adding water and then accumulated and fermented for 7 to 10 days; 2) bag making: the weight of a single package is 1.25kg+ / - 0.05kg; 3) disinfecting; 4) inoculating: the bacteria package is cooled to below 28 DEG C under the condition of GMPcleanliness class C, and is inoculated with 30 ml liquid strain twice under the condition of GMP cleanliness class A; 5) cultivating: the temperature inside the control bacteria package is 22 to 25 DEG C, the carbon dioxide concentration is 5000 ppm, and the culture is kept at a constant temperature for 120 days under the conditions; 6) opening; 7) fruiting and harvesting. The invention can inhibit the large-scale occurrence of salt mushroom in the production process of the factory-made seafood mushroom, thereby improving the quality of the hypsizygus marmoreus product and improving the economic benefit of the factory production of the hypsizygus marmoreus.