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35results about How to "Reduce the likelihood of disease" patented technology

Indoor temperature adjusting method based on user human body temperature change

The invention relates to an indoor temperature adjusting method based on user human body temperature change. According to the indoor temperature adjusting method, the indoor temperature is adjusted through an air conditioner; a user wears a wearable body temperature analysis device; the wearable body temperature analysis device can collect the human body skin temperature, analyze the cold and hot sensing degree of the human body on the indoor environment temperature and send an analysis result to an air conditioner temperature control module; the air conditioner temperature control module can automatically adjust the set temperature of the air conditioner according to the cold and hot sensing degree of the human body and the indoor environment temperature, and therefore the indoor environment temperature can be adjusted automatically. Accordingly, the human body can always be at a comfortable temperature, so the possibility that the user gets ill under the condition of being too cold or too hot is reduced; in addition, the air conditioner can operate in a low-power-consumption state for a long time, and the purpose of energy conservation is achieved. The method solves the problems that the set temperature of an existing air conditioner needs to be adjusted manually, the power consumption is high and the user will get ill due to the fact that the user is in the too cold or too hot environment.
Owner:上海翰临电子科技有限公司

Springtime high-yield freshwater shrimp breeding method

The invention discloses a springtime high-yield freshwater shrimp breeding method. The springtime high-yield freshwater shrimp breeding method comprises the steps that a pond free of silt at the bottom is selected, pond water is complete pumped out in the first ten-day period of January, then the pond is exposed to the sun, and quick lime is evenly scattered at the bottom of the pond; after water injection is performed in first ten-day period of February, hydrilla verticillata is sowed and planted at the bottom of the pond, water injection is performed, then alternanthera philoxeroides are planted in a shallow water zone of the pond, and water injection is performed; a summer flower net is arranged in the middle of the pond; shrimp larvae are put in the pond in the early morning of fine days in the first ten-day period of March for a period of time, and then silver carps are put in the pond; after putting, a fine-grain feed is put for one time in the morning and afternoon every day; fishing is performed the last ten-day period of May, water at the bottom of the pond is pumped for one every week to make the water level in the pond lowered, then fresh water is supplemented to reach the previous water level before water pumping, and meanwhile air is pumped into the pond; fishing is performed in the afternoons of cloudy days after a period of time after putting.
Owner:周玉春

High-yield breeding method of freshwater shrimps in pond in summer

The invention discloses a high-yield breeding method of freshwater shrimps in a pond in summer. The high-yield breeding method includes: selecting a pond without sludge at the bottom, draining water in the pond in late June, exposing the pond under blazing sun, and uniformly scattering quicklime at the bottom of the pond; injecting water into the pond at early July, uniformly sowing and planting Hydrilla varticillata, planting Alternanthera philoxeroides in a shallow region of the pond, and injecting water; arranging summer flower net in the middle of the pond; in an early morning of a sunny day in late July, placing young shrimps into the pond, and then placing silver carps into the pond; after the young shrimps and the silver carps are placed into the pond, feeding fine granulated feed a time every morning and every afternoon; after a period of time, feeding rough granulated feed a time every morning and every afternoon; putting quicklime and a copper sulfate water solution into the pond every other period of time; from later August to time of fishing, extracting water at the bottom of the pond a time every week, supplementing fresh water to reach a water level before extraction, and regularly pumping air into the pond every day; after a period of time, selecting the afternoon of a cloudy day for fishing.
Owner:河北鑫海水产生物技术有限公司

Breeding method of grass carps

The invention relates to the technical field of aquaculture, and particularly relates to a breeding method of grass carps. Disinfection treatment is carried out on a pond before fish fry are thrown in, and simultaneously the fish fry are disinfected, so that the lesion possibility of the fish fry is reduced. According to the invention, grading breeding is carried out on the fish fry, and the fishfry can be captured twice, so that the pond resources are fully utilized. Other fish are mixed in the cultured grass carps, so that the waste of feed is avoided. The water quality is adjusted by adopting lime water during breeding, so that the lesion of the grass carps caused by deteriorated water quality is effectively prevented. In addition, a method of combining an outer pouring method with aninner taking method can be adopted in preventing and controlling diseases and pests, so that the lesion of the grass carps is effectively controlled, the survival rate of the fry is increased, the breeding risk is reduced, and the economic benefit is increased. A feeding mode of combining formula feed with green feed is adopted for carrying out feeding, so that the meat quality of the grass carpscan be effectively improved, the taste can be improved, and the life requirement of people can be met.
Owner:桂林聚龙潭生态渔业有限公司

Black pig breeding shed disinfection and cleaning device and black pig breeding method

The invention discloses a black pig breeding shed disinfection and cleaning device. The black pig breeding shed disinfection and cleaning device comprises two first connecting rods, one side of each first connecting rod is connected with a disinfector spraying opening in a penetrating mode, one end of each first connecting rod is fixedly connected with a fixing block, one side of each fixing blockis fixedly connected with a disinfector box, a third connecting rod is fixedly connected between the two first connecting rods, a water spraying head is arranged on one side of the third connecting rod in a penetrating mode, through the arrangement of a third suction pipe, a supporting rod and a water pump, when the breeding shed needs to be sprayed with water, the water pump in a water sprayingbox can pump out water from a water tank through the third suction pipe, then the water is sprayed out from a water spraying opening after being compressed by the water pump, the water compressed by the water pump has high penetrability, dirt in the breeding shed can be effectively and directly flushed away through sprinkler heads, manual water spraying is not needed, and labor force of cleaning personnel can be reduced due to the fact that the water compressed by the water pump has the characteristic of high penetrability.
Owner:杨宣

A kind of high-yield cultivation method of freshwater shrimp in summer pond

The invention discloses a high-yield breeding method of freshwater shrimps in a pond in summer. The high-yield breeding method includes: selecting a pond without sludge at the bottom, draining water in the pond in late June, exposing the pond under blazing sun, and uniformly scattering quicklime at the bottom of the pond; injecting water into the pond at early July, uniformly sowing and planting Hydrilla varticillata, planting Alternanthera philoxeroides in a shallow region of the pond, and injecting water; arranging summer flower net in the middle of the pond; in an early morning of a sunny day in late July, placing young shrimps into the pond, and then placing silver carps into the pond; after the young shrimps and the silver carps are placed into the pond, feeding fine granulated feed a time every morning and every afternoon; after a period of time, feeding rough granulated feed a time every morning and every afternoon; putting quicklime and a copper sulfate water solution into the pond every other period of time; from later August to time of fishing, extracting water at the bottom of the pond a time every week, supplementing fresh water to reach a water level before extraction, and regularly pumping air into the pond every day; after a period of time, selecting the afternoon of a cloudy day for fishing.
Owner:河北鑫海水产生物技术有限公司

Earthworm horticultural crop three-dimensional planting and breeding structure

The invention discloses an earthworm horticultural crop three-dimensional planting and breeding structure. The three-dimensional planting and breeding structure comprises a plurality of planting and breeding units arranged in parallel. Each planting and breeding unit comprises a planting ridge, a breeding ridge located at one side of the planting ridge and an operation channel located at the otherside of the planting ridge. Drip irrigation belts are laid on the planting ridges and the breeding ridges respectively, and the distance between every two adjacent drip irrigation belts ranges from 15 cm to 30 cm; the width of the planting ridges is 0.8 m, the width of the breeding ridges is 0.6 m, the width of the operation channels is 0.8 m, the height of the planting ridges is 20 cm, the height of the breeding ridges is 15 cm, earthworms are bred in the breeding ridges, and crops are planted on the planting ridges in the length direction of the planting ridges; and the structure is simpleand convenient to operate, earthworm organic fertilizer is supplied in a self-sufficient manner in a greenhouse by adopting an earthworm horticultural crop manner, the earthworm organic fertilizer isused as base fertilizer, the soil structure is improved, organic matter is increased, the growth capacity of horticultural plants is enhanced, the yield is higher, and economic benefits are better.
Owner:NINGXIA UNIVERSITY

A kind of high-yield culture method of spring freshwater shrimp

The invention discloses a springtime high-yield freshwater shrimp breeding method. The springtime high-yield freshwater shrimp breeding method comprises the steps that a pond free of silt at the bottom is selected, pond water is complete pumped out in the first ten-day period of January, then the pond is exposed to the sun, and quick lime is evenly scattered at the bottom of the pond; after water injection is performed in first ten-day period of February, hydrilla verticillata is sowed and planted at the bottom of the pond, water injection is performed, then alternanthera philoxeroides are planted in a shallow water zone of the pond, and water injection is performed; a summer flower net is arranged in the middle of the pond; shrimp larvae are put in the pond in the early morning of fine days in the first ten-day period of March for a period of time, and then silver carps are put in the pond; after putting, a fine-grain feed is put for one time in the morning and afternoon every day; fishing is performed the last ten-day period of May, water at the bottom of the pond is pumped for one every week to make the water level in the pond lowered, then fresh water is supplemented to reach the previous water level before water pumping, and meanwhile air is pumped into the pond; fishing is performed in the afternoons of cloudy days after a period of time after putting.
Owner:周玉春

Breeding method for mandarin fish

The invention relates to the technical field of fish culture, and in particular relates to a breeding method for mandarin fish. The method comprises the following specific steps: (1) selecting a breeding pond: selecting the pond with less sludge at the bottom of the pond, discharging all water in the pond, exposing the bottom of the pond under the sun, spreading sandy loam at the bottom of the pond, and planting aquatic plants; (2) throwing fry: selecting the mandarin fish fry with healthy and strong physique and regular specifications, performing immersion disinfection by using a saline solution, and stocking the disinfected fry; (3) throwing bait: before the bait fish enter the pond, performing immersion disinfection on the bait fish by using a saline solution, and throwing the disinfected bait into the pond; and (4) performing daily management: inspecting the pond every day, observing activity and food intake situations of the mandarin fish, pouring new water every week, and preventing and controlling fish diseases, wherein prevention is first, the prevention and control are combined, and early diagnosis and early treatment are performed. According to the method provided by theinvention, all water in the breeding pond is discharged, and the pond is exposed under the sun, so that bacteria can be effectively killed; when the fry are thrown, the fry are sterilized and the baitis disinfected, so that possibility of diseases of the fry can be effectively reduced, and a survival rate of the fry can be improved; and the method can be widely promoted, and better guarantee market supply and demand of the mandarin fish.
Owner:桂林聚龙潭生态渔业有限公司

Method for breeding ricefield eel through net boxes

The invention relates to the technical field of aquaculture, in particular to a method for breeding ricefield eels through net boxes. The method comprises the steps (1) net box dimensions; (2) fry putting; (3) feeding; (4) disease preventing and treating. According to the method, waterweeds are arranged in the net boxes to provide a better environment for the growing and inhabiting of the ricefield eels, the size of the ricefield eels put in each net box is the same to prevent the cannibalism among the ricefield eels, the mesh diameter of the net boxes is smaller, the threads of the net boxesare denser, the breaking of the net boxes caused by the biting of water rats resulting in the escaping of the ricefield eels is prevented, the hurting of the ricefield eels caused by leeches in a pondcan be reduced, feed is soaked by adopting potassium hypermanganate before being put into the net boxes, the breeding of pathogens can be reduced, the possibility of pathological changes of ricefieldeel fry is reduced, the survival rate of the ricefield eel fry is improved, the breeding risk is reduced and the economic benefit is improved; the protein content in the artificial mixing feed is high, the meat of the bred ricefield eels is fresh, the taste is good, and market demands can be well met. The method is scientific, reasonable, low in cost and suitable for popularization.
Owner:桂林聚龙潭生态渔业有限公司

5-percent environment-friendly antibiotic-free premixed feed for egg laying peak of layers

The invention relates to 5-percent environment-friendly antibiotic-free premixed feed for the egg laying peak of layers, which is prepared from the following ingredients in parts by weight: 100 to 400parts of a nutritive additive, 50 to 200 parts of a non-nutritive additive, 1 to 10 parts of chicken complex probiotics, 200 to 600 parts of a diluent and 20 to 100 parts of a feed carrier. A preparation method for the 5-percent environment-friendly antibiotic-free premixed feed for the egg laying peak of layers comprises the following steps: each material ingredient is first weighed according tothe formula, and the material ingredients are then poured into a mixer and mixed. The nutritive additive is an amino acid additive, a mineral additive and a vitamin additive. The amino acid additiveconsists of 98-percent L-lysine hydrochloride, DL-methionine and insect protein, and moreover, the mass ratio of 98-percent L-lysine hydrochloride, DL-methionine and insect protein is 10:28:200. The 5-percent environment-friendly antibiotic-free premixed feed for the egg laying peak of the layers is rich in a great deal of insect protein, and can satisfy the demand of layers at the egg laying peakon nutrition, moreover, the feed conversion rate is high, diseases can be effectively prevented, the growth of the layers can be promoted, the taste is better, and the cost is low.
Owner:上海鑫上润生物科技有限公司

A kind of high-yield culture method of improving immunity of summer freshwater shrimp

The invention discloses a high-yield culture method for improving immunity of freshwater shrimps in summer. The method comprises the steps that a pond free of sludge at the bottom is selected, after pond water is pumped out in late June, the pond is insolated, and then quick lime is evenly scattered to the bottom of the pond; after water is injected in the first ten days of July, hydrilla varticillata is evenly scattered and planted in the bottom of the pond, then alternanthera philoxeroides is planted in the shallow water zone of the pond, and water is injected; then a summer flower net is arranged in the middle of the pond; young shrimps are put in the pond on a sunny morning in the last ten days of July, and then chubs are put in the pond; after the freshwater shrimps are put in the pond, the freshwater shrimps are fed with fine pellet feed once in the morning and afternoon every day; after a period of time, the freshwater shrimps are fed with rough pellet feed once in the morning and afternoon every day; quick lime and a copper sulfate water solution is put in the pond every other a period of time; from late August to fishing, the pond bottom water is pumped once every day, then a fresh water source is supplemented to the water level which is not lowered, and meanwhile air is pumped into the pond regularly every day; after the freshwater shrimps are put in the pond for a period of time, the freshwater shrimps are fished on a cloudy afternoon.
Owner:宣城加特林机械有限公司

Cultivation method and application of mushroom penicilliosis strong-resistance strain

The method comprises the following steps: obtaining a mushroom strain to be selected, carrying out induction culture for at least one time, carrying out resistance evaluation after each induction culture is finished, screening strains of which the antagonism ability change is greater than or equal to a preset threshold value, and determining that the strain has the strong resistance to the mushroom green mold according to the fact that the antagonism ability change is greater than or equal to the preset threshold value. The strain resistance is stronger; and screening suitable strains with strong resistance. The induction culture comprises the step of inoculating a single colony of the last-generation shiitake mushroom strain into an induction culture medium, and culturing until hyphae grow all over the culture medium; the induction culture medium contains deactivated trichoderma atroviride fermentation liquor for inducing a mushroom strain to improve the disease resistance of green mold; an induction culture medium containing 0.75-1.5% of inactivated trichoderma atroviride fermentation liquor is used for culturing for 1-5 times, so that the resistance of the strain can be effectively improved; the cultivation method of the mushroom green mold strong-resistance strain can be applied to prevention and treatment of bag-cultivated or bottle-cultivated edible mushroom diseases caused by trichoderma.
Owner:HUAZHONG AGRI UNIV +1
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