32 results about "Integrated farming" patented technology

The invention discloses a penaeus vannamei farming method combining bioflocculation technology and a multi-trophic-level integrated farming mode. The penaeus vannamei farming method combining the bioflocculation technology and the multi-trophic-level integrated farming mode includes the steps such as early-stage preparations of farming conditions, putting of penaeus vannamei and small-size fish, swamp cabbage planting, starch addition and feeding feedstuff management. According to the method, the multi-trophic-level integrated farming mode and the bioflocculation technology are innovatively applied to penaeus vannamei farming in a combining mode, namely, a multi-trophic-level integrated farming system composed of polyculture of the penaeus vannamei, the small-size fish and swamp cabbages. Starch is added in the farming system to serve as carbon source cultivation biological floccules. The levels of ammoniacal nitrogen and nitrous nitrogen in a water body are controlled through a bioflocculation action. Simultaneously, residual bait and excrement are utilized to form bacterium floccules which prawns and the small-size fish can ingest and utilize, and therefore the survival rate of the penaeus vannamei and the efficiency of feed utilization are improved. Relative to an ordinary single-farming mode, aspects of ecological benefits, economic benefits and farming effects in the farming system all achieve obvious effects.

The invention discloses an ecological breeding method adopting a rice-turtle-fish integrated farming mode. In the same farmland, culturing of kinds of aquatic animals and rice planting are integrated,and because the difference between a rice planting time period and an aquatic animal culturing time period is small, the utilization rate of the farmland can be increased more effectively, the integrating efficiency of the farmland can be improved more effectively, and economic benefits are substantially increased; meanwhile, diseases and insect pests, foodstuff and manure for the aquatic animalsand rice are free of artificial chemicals, artificial foodstuff and artificial manure, products can reach the standards of organic foods and are eaten safely finally, and water and soil conservationof the farmland and an ambient environment is easy and the natural ecology is effectively protected in the whole process of production.

The invention discloses a method for planting high-yield organic rice by rice-duck integrated farming. The method comprises the steps of: planting astragalus sinicus in a rice field, carrying out green manuring and adding water for retting, and applying a base fertilizer in 10-25 days according to the amount of 800-1000 kg / mu; exposing the rice field to the sun, rotatably tilling the rice field, separating ridges and carrying out rice transplanting after irrigation; when the roots of the rice seedlings survive, applying a composite fertilizer according to the amount of 20-35 kg / mu; in 12-20 days after rice transplanting, putting in 10-15-day old ducks according to the amount of 5-10 ducks / mu; carrying out field draining in 10-15 days, and additionally applying the base fertilizer in A according to the amount of 100-300 kg / mu; then putting 7-10-day old ducks in the rice field when water is irrigated to 8-10 cm, wherein the inputting amount is 8-15 ducks / mu, taking the ducks back 10-15 days before the rice is mature, and drying the rice field after water-break. The method for planting high-yield organic rice by rice-duck integrated farming disclosed by the invention is high in yield, and the obtained rice is good in organic property, and meanwhile, high quality duck meat can be obtained, so that the economical benefit is improved.

The invention discloses an agricultural field climate disaster monitoring and early warning system based on the internet of things, comprising an agricultural field climate disaster data monitoring system, an agricultural field climate disaster video image monitoring system, a 4G wireless network transmission system, an internet of things server, a data image software platform and an early warninginformation analysis system. By monitoring and acquiring agricultural field climate disaster data and agricultural field climate disaster video images, agricultural field climate data monitoring andvideo acquisition systems can be integrated; and by using a mobile 4G wireless communication network, climate data monitored by sensors in agricultural fields of different regions nationwide and videoimages acquired by cameras are simultaneously transmitted to computer terminals of municipal, provincial and national agricultural meteorological analysis departments or client computer terminals, sothat researchers can analyze data in time and an early warning function is achieved.

The invention discloses a novel multifunctional integrated farming device. The device comprises a cage house and a planting area, wherein the cage house is built in an upper layer of the planting area and comprises a ceiling, multiple cages, a camera, a ventilation device and a temperature control device; an oblique plate and a conveyor belt are arranged at the bottom of the cage; an excrement flow guide column, a leveling plate, a water sprinkler, a humidity sensor, a lamp tube and a transparent roller blind are arranged in the planting area; a water flow device is arranged at the upper end of the excrement flow guide column and connected with an underground water pipe through a water pipe positioned on the back of the excrement flow guide column; an open space is formed by supporting of steel structures at an interval of 1m on the periphery of the two sides of the planting area, and the space closing is realized through the rolling / unrolling of the transparent roll blind; the transparent roll blind is light permeable; and the farming device is connected with an external computer through wireless transmission and can realize real-time monitoring of the internal environment of the farming device.

The invention relates to agriculture breeding and a planting technology, in particular to a method for releasing on-day-age ducks in rice-duck integrated farming. The method for releasing the on-day-age ducks in the rice-duck integrated farming comprises the steps: (a) selecting hatching time of newly-hatched ducklings, wherein 23-25 days after local rice planting time are confirmed as duck egg hatching time, and ducks are existing shelducks or working ducks; (b) selecting duck releasing time, wherein on-day-age ducklings are directly placed into a rice field where rice are planted for 3-5 days after feather dries; and (c) setting environment requirements, wherein the depth of a rice field water layer is 3-5cm, and 12-20 ducks are bred in each mu of rice field. By means of the method, prejudice on a traditional duck breeding theory is broken out, the processes of heat preservation brooding of household ducks in the rice-duck integrated farming and in-advance domesticating in water are omitted, the method is simple and easy to operate, the constitution of the ducklings can be improved obviously, and survival rate of the ducklings can be improved to 95-100%.

The invention discloses a feeding method for ducks in a rice-duck integrated farming breeding mode. Corresponding feeding methods and feed formulas are provided for three stages of duckling feeding before the ducklings are put in a field, and duckling feeding before 21 day old and feeding after 21 day old in rice-duck integrated farming. According to requirements of fed ducks on feed in different stages of the rice-duck integrated farming mode, and nutrition the ducks take in the rice field, the method rationally prevents feed waste or prevents the ducks from being too fat caused by overfeeding, and prevents phenomenon of bad motion state of the ducks. Duck fat content of the fed ducks is low, lean meat content is high, the duck is delicious in tastes and good in security, and economic value and nutritive value are improved.

The invention discloses a manual-automatic integrated farming spading machine. The manual-automatic integrated farming spading machine comprises a front steering wheel, a pulverizing knife, a transmission shaft, an engine and a rear anti-skid wheel, wherein a hub is arranged in the front steering wheel, a driving shaft is arranged in the hub, the rear anti-skid wheel is arranged beside the driving shaft, a steel ball ring is arranged beside the rear anti-skid wheel, a coupling is arranged in front of the steel ball ring, a water tank is arranged in front of the coupling, a pull rod is arranged above the water tank, a hand brake is arranged above the pull rod, a handlebar is arranged above the hand brake, the engine is arranged below the handlebar, an oil tank is arranged beside the engine, a speed reducer is arranged in front of the oil tank, and the transmission shaft is arranged in front of the speed reducer. The manual-automatic integrated farming spading machine has the beneficial effects that the agricultural production efficiency is improved, the physical labor of farmers is reduced, the effect of economy is achieved, soil is completely turned, and the manual-automatic integrated farming spading machine is suitable for different terrains.

An Internet of Things-based livestock farming and sale platform comprises two parts, namely intelligent farming management equipment and a livestock sale website; the intelligent farming management equipment comprises a processor, a communication module, a humiture sensor module, a weighing sensor module, an infrared temperature measuring sensor module, an RFID radio frequency identification module and environmental regulation hardware equipment; and the livestock sale website comprises background database management, a foreground sale webpage and a background farming management webpage. Through adoption of the platform, the currency efficiency of the livestock industry is greatly guaranteed, the quality of livestock purchased by buyers is ensured, lawful rights of the buyers are safeguarded, and integrated farming and sale can be ensured really.

The invention discloses an automatic control device for the irrigation water amount of an agricultural irrigation system, and relates to the technical field of agricultural irrigation systems. The automatic control device comprises a field control box, a remote control computer and a smart phone, wherein the field control box is wirelessly connected with the remote control computer and the smart phone through a network, the field control box is arranged on an agricultural irrigation field, and a soil moisture content sensor is arranged in soil of the agricultural irrigation field. According tothe automatic control device, historical data information of agricultural irrigation is integrated through a big data module, measured soil moisture content data and the area and shape of an irrigation region are compared with big data in a database, then the required irrigation amount is determined, and the irrigation water amount can be more accurate through big data analysis and judgment; andthe field control box, the remote control computer and the smart phone are arranged, so that the automatic control device is more humanized, a manager can manage the irrigation system more conveniently, and management is more efficient.

The invention discloses a circulating water cascade type aquatic product comprehensive breeding method and device. The controller controls the work of the well water supply system to accurately replenish water in the greenhouse rare fish breeding area and the outdoor common fish breeding area. The better water quality realizes the precious fish breeding. Greenhouse farming, the water-sewage mixture produced in the mid-range fish breeding tanks passes through the water-sewage separator for water-sewage separation treatment and the combined use of the sewage collection channel to distribute better water sources to ordinary fish culture in the outer pond, while the sludge It is collected and processed into fertilizers. In addition, the water source of common fish ponds is ecologically purified through the water purification pond and the influent pretreatment tank is used in conjunction with the ammonia nitrogen removal water purification device to make the water source a high-quality water source. Here, it enters the comprehensive breeding device. The entire comprehensive The breeding device realizes the cascade distribution from high-quality water source to ordinary water source and the cascade breeding of indoor high-quality fish species to outdoor common fish species, and establishes a new model of cascade ecological breeding from indoor to outdoor.

The invention provides a multifunctional integrated farming system for separate-egg copepods, comprising a farming container body; a vertical water circulation module and a cleaning and / or water changing module are arranged in the farming container body; a parent separation screen layer and an egg separation screen layer are arranged between the vertical water circulation module and the cleaning and / or water changing module from top to bottom; the parent separation screen layer has larger mesh than the egg separation screen layer. The system herein has the integrated functions of copepod farming water cleaning and changing, egg collecting and the like, provides effectively increased growth speed for copepods at the premise of reduced physical damage to parents and eggs, and has stable quality and yield of copepods.

The invention discloses a method for planting high-yield organic rice by rice-duck integrated farming. The method comprises the steps of: planting astragalus sinicus in a rice field, carrying out green manuring and adding water for retting, and applying a base fertilizer in 10-25 days according to the amount of 800-1000 kg / mu; exposing the rice field to the sun, rotatably tilling the rice field, separating ridges and carrying out rice transplanting after irrigation; when the roots of the rice seedlings survive, applying a composite fertilizer according to the amount of 20-35 kg / mu; in 12-20 days after rice transplanting, putting in 10-15-day old ducks according to the amount of 5-10 ducks / mu; carrying out field draining in 10-15 days, and additionally applying the base fertilizer in A according to the amount of 100-300 kg / mu; then putting 7-10-day old ducks in the rice field when water is irrigated to 8-10 cm, wherein the inputting amount is 8-15 ducks / mu, taking the ducks back 10-15 days before the rice is mature, and drying the rice field after water-break. The method for planting high-yield organic rice by rice-duck integrated farming disclosed by the invention is high in yield, and the obtained rice is good in organic property, and meanwhile, high quality duck meat can be obtained, so that the economical benefit is improved.

The invention discloses a production, supply and marketing method based on internet of things. Through the cultivation of agricultural products, the management of agricultural products supply and marketing, the management of agricultural products and the management of payment and logistics, the production, supply and marketing of agricultural products are realized, agricultural producers and operators are integrated, planting and supply and marketing are regulated, and agricultural products are adjusted according to the market, through electronic trading platforms. And the logistics platform to achieve agricultural product sales and distribution, through the electronic trading platform, logistics platform, consumer management platform can be a good integration of agricultural resources.

The present invention discloses a high-yield rice planting method by rice-duck integrated farming. The method includes: selecting a rice field, applying a first base fertilizer and conducting rotary tillage; 20-35 days after rotary tillage, applying a second base fertilizer; after application of the second base fertilizer, exposing the paddy field in the sun for 3-7 days, and then spraying a botanical pesticide; bedding in the paddy field sprayed with the botanical pesticide, and sowing germinated rice seeds to obtain rice seedlings; growing for 8-12 days, applying a nitrogen and potassium compound fertilizer by 10-20kg / mu; growing the seedlings for 15-20 days, putting ducks of 7-10 days old in the paddy field, and recovering 35-45 days later; putting ducks of 5-10 days old in the paddy field, and recovering 10-15 days before maturation of the rice. The high-yield rice planting method by rice-duck integrated farming has high rice yield; the planted rice has high disease resistant ability, and few pesticide residues; and ducks with good quality are obtain, so as to improve economic efficiency.

The invention discloses a reinforcing structure for a rice-fish integrated farming dam. The reinforcing structure comprises a dam body and a first motor; the outside surface of the dam body is provided with an isolation layer, and a mounting rack is arranged above the isolation layer; the outside surface of the mounting rack is provided with a guide groove, and the guide groove is connected with aguide block; one end of the guide block is connected with a mounting plate, and the outside surface of the mounting plate is provided with the first motor; a drill bit is connected below the first motor, and a connecting plate is installed above the isolation layer; a storage barrel is installed above the connecting plate, and a barrel cover is arranged above the storage barrel; a connecting block is installed below the barrel cover, and connected with a mounting groove; the outside surface of the isolation layer is provided with a baffle. According to the reinforcing structure for the rice-fish integrated farming dam, the dam can be reinforced on the premise that a soft foundation dam structure is not damaged, and reinforcement can be performed for a reinforced area which needs to be repaired; and other parts of the dam structure can not be affected, and the reinforcing structure facilitates users to use.

The invention discloses an agricultural integration method based on agricultural Internet. The method comprises the following steps: first, electronic transaction of agricultural products; The secondstep, rural commercial logistics: buildingthe supply chain management of agricultural products logistics; Through the processing company and the farmer household logistics organization management; Establishing agricultural products logistics center, giving play to the information center function of logistics center; Improving the level of farmers' organization, setingup regional non-governmental organizations such as farmers' cooperatives and trade associations to participate in the logistics of agricultural products, and form a logistics network extending to counties, townships and villages;Step 3, agricultural finance; step 4, agricultural market analysis: the agricultural integration method based on the agricultural internet of the invention can integrate agricultural resources well bybuilding an agricultural electronic trading platform, a rural commercial logistics platform, an agricultural finance platform and an agricultural market analysis platform.

The invention discloses ploughing, sowing and watering integrated farming equipment, which comprises a frame, a ploughing device, a sowing device and a water tank. The ploughing device is arranged on one side of the frame, the sowing device is arranged on one side of the top end of the frame, the water tank is installed on the side away from the sowing device, and the ploughing device comprises a plurality of ploughing teeth and a reinforcing disc. A plurality of grooves are formed in the middle of the reinforcing disc in a penetrating mode, a damping spring is fixedly installed on one side of the inner wall of each groove, a pressure sensor is installed at one end of each damping spring and electrically connected with the sowing device in series, and the middles of the grooves are embedded into the ploughing teeth. According to the ploughing, sowing and watering integrated farming equipment, the front ploughing device, the middle sowing device and the water tank arranged at the tail are arranged on the frame, the ploughing device turns soil, then the sowing device completes sowing, and then water is sprayed according to the water demand of seeds, so that integration is completed, the automation efficiency is higher, the farming efficiency is guaranteed, and manpower output is reduced.

The invention discloses an agricultural Internet based agriculture integration method. The method comprises the following steps of 1) electronic transaction of agricultural products; 2) rural commerceand trade logistics in which logistics supply chain management of agricultural products is constructed, management is carried out via processing type companies and peasant household logistics organizations, an agricultural product logistics center is established, functions of an information center of the logistics center are played, the organization level of peasants are improved, regional civilorganizations including peasant cooperation and industrial associations are established, and the logistics network extending to counties and villages is formed; 3) 3) agricultural finance; and 4) analysis on agricultural market. According to the agriculture integration method, the agricultural product electronic transaction platform, the rural commerce logistics platform, the agricultural financial platform and the agricultural market analysis platform are established to integrate agricultural resources.

The invention discloses an environment-friendly fresh-water fishing method based on a fishing device. The fishing device comprises a resistance measuring device and an expanding device. The resistancemeasuring device is provided with two fixed electrodes, and the optimal setting of the standard value should be greater than the resistance value of the water but less than the resistance value of the freshwater fish body. The expanding device expands when the resistance between the two electrodes is measured at a standard value. The fishing device is covered with bait, and the device can singleout the bigger fish depending on the size-setting of the device in principle. The smaller fish cannot swallow the device, whereas the bigger ones can swallow the device and make the balloon expand inthe body due to fact that the resistance value of fish body is far less than that in water. As the balloon expands in the fish body, the size of fish is increased, and the fish belly is upwards and floats out of the water surface. The environment-friendly fish farm and integrated farming and fish farming system adopts the environmental-friendly fresh-water fishing method to achieve sustainable fishing. The method has the advantages of easy operation and less manpower input without accidentally injuring fry. The environment-friendly fresh-water fishing method innovates a new idea of fishing that is feasible for sustainable batch fishing.

The invention provides an integrated farming sewage treatment apparatus. The treatment apparatus is specially used for treatment of waste biogas slurry obtained after biogas fermentation of cultivation sewage produced in pig farming. The apparatus is of a box type integrated structure; two sides of the apparatus are respectively provided with a sewage inlet and a purified water outlet; the top of the apparatus is provided with four inspection openings and one sludge extraction opening; a primary oxidation tank, a secondary oxidation tank, a secondary sedimentation tank, a sludge tank and a sand filtration disinfection tank are successively arranged in the apparatus, and the apparatus is equipped with aeration devices for respective aeration of the primary oxidation tank and the secondary oxidation tank; waste biogas slurry fermentation liquid enters into the apparatus from the sewage inlet, undergoes treatment by each part in the apparatus and is discharged from the purified water outlet when reaching discharge standards; sludge in the sludge tank is extracted from the sludge extraction opening at regular intervals by a worker.

The invention provides an internet-based whole-industry-chain operation management system comprising a client, a village-level platform, a county-domain network platform and a cloud platform. The client is used for receiving a user instruction and generating user demand data to the village-level platform; the village-level platform is used for carrying out statistics of peasant household production, planting, and cultivation information in the village and sending the user demand data to the county-domain network platform; the county-domain network platform is used for receiving the user demand data transmitted by the village-level platform and extracting demand information from the cloud platform; and the cloud platform is used for storing agricultural information in a classified manner. The village-level platform, the county-domain network platform and the cloud platform are erected by the internet technology support, industrial big data services, and the link contract relationship and thus resources at the agricultural industrial chain are integrated, thereby realizing on-line and off-line market integration.

The invention relates to a sectional step type circulating integration culturing system, in particular to a Penaeus vannamei Boone sectional step type circulating integration culturing system and a culturing method. The interior of a pond is provided with a sectional step type culturing mechanism, a blow-off circulating spraying mechanism and a fishing mechanism. The culturing method comprises the following steps of cleaning and treatment of the pond, feeding of fries in the primary phase, oxygenating in the pond, feeding of bait, adjusting of water quality, water circulation and dirt suction, patrol and observation of the pond, culturing management, flow line circulating culturing, and fishing at a centralized fishing area. The Penaeus vannamei Boone sectional step type circulating integration culturing system and the culturing method have the advantages that the structure is compact and reasonable, the multi-time culturing is realized in one year, the comprehensive cyclic utilization is realized, the culturing cost is reduced, and the quality of Penaeus vannamei Boone is improved.

The invention provides a rice-duck integrated farming method. Seed rice is directly sown into a wheat or rape field and no strict row spacing is set among rice seedlings, so that utilization efficiency of the sunlight is improved, and rice growth is promoted; by releasing a great amount of ducklings into a rice field in a seedling stage, the ducklings stir a water layer in the field into muddy water, weeds are difficult to sprout and grow so as to take a weeding effect, rice field insect pests can be removed, and a pesticide is not applied; by decomposition of straws, faeces of the ducklings and a supplemented organic fertilizer, growth of the rice seedlings is supported, and a chemical fertilizer is not applied; the ducklings are only one day old, can be released into the rice field without being domesticated, are allowed to freely find food in the rice field, and can sleep outdoors in the field after about 10 days so as to recover natural haggardness of the ducklings; due to naturalstocking on the ducklings, duck meat is low in fat content, high in lean content, high in meat quality, delicious in taste, high in safety, and very high in economic value and nutritional value; and the rice is not applied with the chemical fertilizer or the pesticide in the planting process, and thus, the rice is high in quality, good in taste, high in value, good in economic benefit and suitablefor popularization.

The invention provides a multifunctional integrated farming system for separate-egg copepods, comprising a farming container body; a vertical water circulation module and a cleaning and / or water changing module are arranged in the farming container body; a parent separation screen layer and an egg separation screen layer are arranged between the vertical water circulation module and the cleaning and / or water changing module from top to bottom; the parent separation screen layer has larger mesh than the egg separation screen layer. The system herein has the integrated functions of copepod farming water cleaning and changing, egg collecting and the like, provides effectively increased growth speed for copepods at the premise of reduced physical damage to parents and eggs, and has stable quality and yield of copepods.

The invention discloses an integrated farming method for sturgeon and rainbow trout. The method comprises the following steps of arranging a sturgeon farming pool and a rainbow trout farming ditch, sterilizing the sturgeon farming pool and the rainbow trout farming ditch, immersing sturgeon fry and rainbow trout fry in 3-5 wt% saline water for 3-5 min, and then putting the sturgeon fry and the rainbow trout fry into the sturgeon farming pool and the rainbow trout farming ditch respectively; evenly adding sturgeon special pellet feed to the sturgeon farming pool, wherein the ratio of the daily adding weight of the sturgeon special pellet feed to the body weight of the sturgeon fry is ( 5-6): 100; after 3-4 hours, adding rainbow trout special pellet feed to the rainbow trout farming ditch, wherein the ratio of the daily adding weight of the rainbow trout special pellet feed to the body weight of the rainbow trout fry is ( 1-2): 100, the feeding frequency is 3 times per day, and the feeding amount is equal every time; conducting disinfection by using antibacterial agents, wherein the dosage of the antimicrobial agents is 7-9 kg / 667 m<3>, and the utilizing frequency of the antimicrobial agents is once every 30-40 days.

The invention discloses an agricultural weeding and collecting integrated farming device, which comprises a supporting frame, a conveying mechanism and a collecting box. A mounting box is connected to the top end of the supporting frame, a mounting cylinder is arranged in the mounting box, top plates are arranged on the two sides away from the mounting cylinder respectively, a water tank is arranged at the bottom of each top plate, and a spray pipe is connected to one side of each water tank through a water pipe. A plurality of spray heads are connected to one end of each spray pipe, a first motor is installed in the middle of the mounting cylinder, the output end of the first motor is rotationally connected with a rotating rod, weeding blades are installed at one end of the rotating rod, a base is connected to one side of the supporting frame, and the conveying mechanism and the collecting box are fixedly arranged on the two sides of the top end of the base respectively. According to the agricultural weeding and collecting integrated farming device, high-speed rotation of the weeding blades is completed through the first motor, weeds on the land are harvested, the harvested weeds enter a conveying belt along with a sliding plate, the weeds enter the collecting box along with the conveying belt, and therefore weeding and collecting are integrated, and the weeding and collecting efficiency is guaranteed.

The invention discloses a planting and breeding method of rice-duck integrated farming, and provides a set of complete and systematic planting and breeding method including selection and pretreatment of rice field, planting of rice, selection and nursing of newly-hatched ducklings, treatment of ducks before putting the ducks in the field, and rice-duck integrated farming. The method rationally uses cultivated land to maximum extent, improves profits of each mu of cultivated land, and effectively improves soil fertility. In the rice-duck integrated farming mode, ducks and insects (grass) compete and are antagonistic, ducks eliminate the insects and kill weed, usage of pesticide and herbicide is prevented, and an objective of green prevention and control of diseases, insect pests and weeds is achieved, and agroecological environment is effectively improved. In addition, breeding density of ducks moving and growing in the rice field is reduced, the ducks pick and eat fodders which are richer and more natural, the ducks have wider growth space, duck has little fat content and high lean meat content, and duck is delicious in taste and good in security, and green livestock breeding and clean production of rice are realized.