32results about How to "Convenient farming management" patented technology

The invention discloses a sink snail culture and proliferation device, and belongs to the technical field of snail breeding. The breeding device comprises a frame constructed by pipes and a netting connected around the frame. An inflating pipe is connected on the frame. The pipes at the bottom of the frame extend downward vertically. The upper end of the inflating pipe is provided with a valve. The pipes at the bottom of the frame are provided with water inlet and outlet holes. A counterweight block is suspended in the frame. A control device is lifted and lowered in the aquaculture water so that the device arrangement is enabled to be completely fit with the natural growth environment of the snails. The suspended counterweight block can not only estimate the culture yield but also providea shelter for the snail seedlings. The sink snail culture and proliferation device has the advantages of simulating the natural growth environment of the snails, estimating the snail yield in the culture process, facilitating breeding of the snail seedlings and facilitating culture management and production planning.

The invention relates to a LutrariasieboldiiReeve sea area beach plastic large tub artificial culture method, and belongs to the aquatic product animal culture technical field; the method comprises the following steps: preparing round plastic tubs with the waterproof surrounding and top opening; punching four 1.5-2mm holes on the top rim of the tub at equal intervals so as to fix a tub cover, wherein the tub cover uses a 10 mesh nylon rope net; conveying the tubs to a proper beach when the tide is gone and placing the tubs at the density of 1tub / square meter; filling the tub with sands to a position 2-4cm away from the top edge of the tub; using copper wire to fix the tub cover; uniformly placing medium-cultured LutrariasieboldiiReeve seedlings with shell length of 2-2.5cm into the tub at the density of 100-200 / square meter when the tide is gone again; culturing the LutrariasieboldiiReeve seedlings for 12-15 months with no separating seedling process until the LutrariasieboldiiReeve seedlings grow to a condition in which the shell length is 8.5-9.5 cm and body weight is 110-120g, harvesting the LutrariasieboldiiReeve. The novel LutrariasieboldiiReeve culture method is high in survival rate, fast in growth speed, low in cost, high in LutrariasieboldiiReeve culture benefits, convenient in harvesting, short in growth period, and large scale culture can be realized, thus greatly improving LutrariasieboldiiReeve culture benefits.

The invention provides an indoor circulating water cultivation system for pelochelys bibroni fry. The system comprises a fry cultivation device, a water cleaning device and a water circulating pipe, wherein the fry cultivation device comprises a fry cultivation pool and a center pipe; a water layer and a sand layer are arranged in the fry cultivation; the center pipe is vertical in the fry cultivation pool; a separation net area is arranged on the wall of the center pipe; in addition, a drain pipe is vertically arranged in the center pipe; the water cleaning device comprises a water cleaning barrel and a separation pipe; the separation pipe is arranged in the water cleaning barrel in a hanging manner; a filtering layer is arranged between the water cleaning barrel and the separation pipe; a blow-off pipe is arranged at the lower part of the water cleaning barrel; a bottom blow-off structure is arranged above a blow-off inlet of the blow-off pipe; the water circulating pipe comprises a sewage outlet pipe and a clean water feeding pipe which are respectively used for discharging sewage in the fry cultivation pool and supplementing filtered sewage into the fry cultivation pool. In addition, the invention provides an indoor circulating water cultivation method for the pelochelys bibroni fry. The water used in the system is circulating filtrating water, the quality of water is ensured, the cultivation survival rate of the pelochelys bibroni is high, and the cultivation management and scientific research observation are facilitated.

The invention discloses a layered fish and shrimp circulating water polyculture system. The system is composed of a culture pond I (1), a culture pond II (3), a culture pond III (5), a culture pond IV (6), a settling pond I (8), a purifying pond I (10), a clear water pond I (11), a settling pond II (17), a purifying pond II (26) and a clear water pond II (23), wherein the culture pond I (1), the culture pond II (3), the culture pond III (5), the settling pond II (17), the purifying pond II (26) and the clear water pond II (23) are connected in series to form a penaeus monodon culture system, and the culture pond IV (6), the settling pond I (8), the purifying pond I (10) and the clear water pond I (11) are connected in series to form a tilapia mossambica culture system. The system mainly has the advantages that high-density culture of penaeus monodon is achieved; water purifying capacity is high, and drainage rate is low; synchronous culture of penaeus monodon and carnivorous fishes is achieved; separate control of fish and shrimp circulating water can be conducted easily.

The invention discloses an earthworm culturing device, which comprises a cabinet body, a temperature control system and a humidity control system; the cabinet body is a rectangular structure, and encircled by a left panel, a right panel, a back panel, an upper panel and a lower panel; the inner part of the cabinet body is separated by a mesh plate to be multilayered spaces; a space at the bottommost layer is a fluid storage space, and the space above the fluid storage space is a culturing space; a fluid storage drawer and a material storage drawer are arranged in the fluid storage space; the temperature control system comprises a temperature switch and a hot air pump, and the temperature switch is electrically connected with the hot air pump so as to control the hot air pump to pump warm air to an air inlet; the humidity control system comprises a humidity switch, a pipeline and a water pump.

The invention belongs to the field of aquaculture, and particularly relates to a hatching method of quasipaa spinosa frogspawn. The method comprises the following steps of preparation of hatching ambient conditions, use of a hatching frame, hatching operation and cultivation of tadpole out of a membrane, wherein the hatching ambient conditions include hatching pond conditions and hatching environment, and the hatching operation comprises three-layer filtration of hatching water. The hatching ambient conditions, the use of the hatching frame, the hatching operation and the cultivation of the tadpole out of the membrane are optimized, and the illumination intensity of a hatching pond, the dissolved oxygen and pH of water in the hatching pond, the specific form of the used hatching frame, the hatching density, specific operations of the three-layer filtration of the hatching water and the cultivation of the tadpole out of the membrane are further optimized, so that the tadpole hatching density can reach 2000 tadpoles per square meter, and the tadpole hatching rate is increased, so that hatched small tadpoles are strong, and a good foundation is provided for the subsequent tadpole cultivation.

The invention relates to a poultry raising house convenient for manure collection. The poultry raising house comprises a house body and a house door, wherein a raising cabinet is arranged at the rear end in the house body; an inner cavity of the raising cabinet is divided into a plurality of raising chambers; a water trough is fixed on the inner side wall of each raising chamber; a layer of manure collection pad is placed on the bottom surface of each raising chamber; a water storage tank is fixed at the top end of the rear side wall in the house body; the water troughs in the raising chambers distributed on the same column are connected into the water storage tank through one water conveying pipe; a plurality of transverse rods are fixed at the front end in the house body; a plurality of hanging rods are uniformly arranged on all the transverse rods; a plurality of mobile sleeves sleeve the hanging rods in a manner of moving up and down; the mobile sleeves are in threaded connection with locating bolts; a horizontally distributed supporting rod is fixed on each mobile sleeve; a plurality of ground manure collection plates distributed forwards and backwards are arranged at the lower part of a cavity in the front end of the house body; and the right ends of the ground manure collection plates are mounted on the hanging rods on the same row in a manner of turning up and down. According to the poultry raising house convenient for manure collection, pigeons are raised freely, and the flying training is facilitated; and moreover, manures of the pigeons are convenient to collect and treat.

The invention belongs to the field of ecological breeding of special aquatic products and relates to a method for breeding juvenile crabs in rice fields. A three-dimensional ecological planting and breeding mode of quaternity of rice, the juvenile crabs, soybean and elodea nuttallii is adopted for breeding the juvenile crabs in the rice fields. Annular crab ditches or crab ditches shaped like the Chinese ri are adopted around the rice fields, the elodea nuttallii is planted in the crab ditches, the soybean is planted on ridges, weeds, insects, underwater plankton and benthos in the rice fields are utilized to breed the juvenile crabs, growth of the juvenile crabs is guaranteed, and the good effects of weeding, deinsectization and field cleaning are achieved; meanwhile, excrement of the juvenile crabs further has the effects of returning to the fields through abdomens and continuously improving fertilizer efficiency, and movement of the juvenile crabs, such as food finding, promotes raw nutrient cycle of the soil. The mutual controlling and promoting effects of a biologic chain formed among living beings including the rice, injurious insects and river crabs are utilized, the rice and crab symbiosis ecological environment is improved according to the reproduction law of the rice and organic combination of the living beings, and pollution-free performance, nutrition and high yield of rice and crab products are achieved.

The invention discloses a zero-discharge fish-shrimp mixed-culturing system. The system is composed of a fish-shrimp mixed-culturing pool (21) and a multifunctional sedimentation pool (22). The fish-shrimp mixed-culturing pool (21) is composed of porous devices (1), mud collecting pipes (2), nanometer aerator pipes (3), feed tables (4), a supporting frame (5), partition nets (6) and first mud collecting wells (7). The multifunctional sedimentation pool (22) is composed of a water collecting tank (9), purifying plants (10), combined packing (11), a first sedimentation pool body (12), a water inlet pipe (13), a first sedimentation slant plate (14), a second sedimentation pool body (15), a water outlet pipe (16), a second mud collecting well (17), a mud discharging pipe (18), a second sedimentation slant plate (19) and a third sedimentation pool body (20). The zero-discharge fish-shrimp mixed-culturing system has the main advantages that the high density cultivation of litopenaeus vannamei is achieved, and cultivation management is facilitated; water purification capacity is high, and the water discharging frequency is low; same-pool mixed culturing of litopenaeus vannamei and carnivorous fishes is achieved.

The invention relates to a production line device for large-scale and environment-friendly finless eel culture. The production line device comprises an annular base frame, an annular rotating disc rotationally connected to the base frame, a rotation driving device used for driving the rotating disc to rotate around the center of the base frame, a PLC control panel, multiple finless eel culture net cages, a feeding operation platform, a culture water recovering pond, a discharging and collecting pond, a water injection device, a net cage washing pond, a culture water purifying pond and a water injecting and taking pond. The multiple finless eel culture net cages are uniformly hung at the outer side of the rotating disc in the circumferential direction, the feeding operation platform, the culture water recovering pond, the discharging and collecting pond, the water injection device and the net cage washing pond are sequentially distributed on the periphery of the rotating disc in the clockwise direction, and the feeding operation platform, the culture water recovering pond, the discharging and collecting pond and the net cage washing pond are correspondingly located below the finless eel culture net cages. By means of the production line device, large-scale culture can be conduct on the ground conveniently, culture water can be recycled, culture management and fishing are convenient, and efficiency is high.

The invention discloses an artificially breeding method for Lutraria maximae. The traditionally breeding method for Lutraria maximae has a relatively low survival rate because breeding location cannot be changed after Lutraria maximae are bred and raised in shallow sea, and clearing work for breeding Lutraria maximae is difficult to develop. During red tide or disease period, the location cannot be cleared up and the breeding location cannot be transferred. People can only put hopes on the disease resistant ability of Lutraria maximae and passively watch, without any active defense and measurement, which is the reason why Lutraria maximae have a relatively low survival rate during breeding. With five measures, such as selection of breeding box, choice of seed, breeding of seed, managementof breeding and harvest of adult shellfish, the artificially breeding method for the Lutraria maximae provided by the invention improves the breeding survival rate which reaches 90 to 98 percent, ensures a high speed of growth and reduces a breeding period which is shortened by 3 to 8 months compared with the traditionally breeding method. By the method, the management of breeding is convenient, a strong ability of resisting enemies is obtained, and adult shellfishes are convenient to harvest.