60 results about "Snail" patented technology

The invention discloses an ecological regulation and control model for oncomelania indoor culture, and relates to the technical field of oncomelania culture regulation and control. Comprising the following steps: establishing a matching relationship between the number of indoor breeding units and the total oncomelania breeding amount for realizing standardized control of the initial oncomelania number of each breeding unit, ensuring the initial ecological balance of an experiment system, and determining the environment regulation priority of the indoor oncomelania breeding units based on the matching relationship. According to the method, the environmental parameter weight is dynamically corrected based on the risk intensity of different propagation stages of the schistosome, and the bottleneck that a static prevention and control strategy is difficult to adapt to the life cycle change of parasites is broken through; the biological rhythm of the oncomelania snail population can be accurately responded by environment regulation and control, the sustainability of indoor culture of the oncomelania snails is guaranteed to a certain extent, and the risk of schistosomiasis transmission is reduced.

The invention relates to the technical field of waterfowl habitat recovery, in particular to a geranium wilfordii pause habitat recovery method. The method comprises the steps of selection of a suitable pause habitat, terrain transformation of the pause habitat, vegetation adjustment of the pause habitat, water body control of the pause habitat and specific food source supplementation: small fishes are regularly put and matched with benthic organisms such as shrimps and snails, so that smooth feeding of the geranium wilfordii is effectively ensured, the method is suitable for pause of the geranium wilfordii, and the health of geranium wilfordii populations is favorably improved; and a reference thought and practical reference significance are provided for geranium wilfordii population recovery.

The invention discloses a lake and bay habitat maintenance method based on hierarchical calculation, and relates to the technical field of water ecological environment protection and ecological restoration, the effective water body volume of a lake is accurately calculated by combining terrain scanning with a partition weighted correction formula, and the volume estimation deviation of a traditional method is avoided; on the basis, the existing biomass of the plankton is subjected to layered correction, and the estimation precision of the primary productivity of the lake is improved, so that a scientific basis is provided for the proliferation capacity of filter-feeding fishes. Through water level and water quality dynamic correction and in combination with submerged vegetation population structure regulation and control, vegetation degradation caused by excessive ingestion of fishes can be effectively avoided. Further introducing batch stocking of the snails and the shellfish, constructing a closed-loop mechanism of snail ingestion-plankton reproduction-shellfish filter feeding-fish utilization-vegetation restoration, finally forming a fish, shellfish, snails and grass synergistic ecological balance system, and realizing long-term stable maintenance of the lake and bay habitat.

The invention discloses a cage device for polyculture of snails in a crab pond, which comprises a culture cage body, snail culture cylinders, foldable insertion pieces, insertion piece adjusters and an electric screening assembly, the culture cage body is put into the crab pond, and the snail culture cylinders are mounted in the culture cage body; the foldable inserting piece is arranged on the outer wall of the breeding cage body, the upper end of the foldable inserting piece is connected with the inserting piece adjuster, the inserting piece adjuster is installed at the top of the breeding cage body, the electric screening assembly is arranged at the top of the breeding cage body, and the breeding cage body comprises a cage body, a cage cover, a handle, a floating ball fixing ring and a fixing buckle. The cage body comprises an outer frame and a movable bottom net movably arranged at the bottom of the outer frame, the outer frame is of a square structure defined by a plurality of PVC pipes, and the cage cover is arranged on the top of the cage body. By means of the crab pond polyculture cage device, ecological polyculture of crabs and snails can be achieved, the culture benefits of farmers are greatly improved, and the input cost of feed is reduced.

The invention discloses a mollusk attractant as well as a preparation method and application thereof in snail prevention and control, and belongs to the technical field of biopesticides, temperature-responsive microcrystalline cellulose particles are used as a main component of a coating premix, and an attractant base material containing active components, essence, amino acid, molasses and flour is coated, so that the mollusk attractant is obtained. The attractant has temperature responsiveness and can meet the field temperature of snails in spring and autumn high-incidence periods in agricultural production, the essence and the molasses are main components with an inducing function, snails can be better trapped, and the snails are not prone to loss due to the influence of the complex environment in a farmland; the temperature-responsive microcrystalline cellulose particles disclosed by the invention have amphipathy, the hydrophilicity can realize rapid spreading of the attractant in a farmland, and the hydrophobicity can realize that the attractant is not easily washed by water flow and rainwater in the farmland, so that the service life of the attractant is prolonged.

The invention discloses a river crab-snail breeding method based on space-time isolation and micro-flowing water circulation, and relates to the technical field of aquaculture, the key points of the technical scheme are that an isolation barrier is arranged in a river crab breeding pond, the river crab breeding pond is divided into a snail breeding area and a river crab main breeding area, and a water passing structure is arranged on the isolation barrier; a three-dimensional inhabiting base frame is arranged in the snail breeding area; generating directional water flow by utilizing oxygenation equipment to drive water in the main river crab breeding area to flow back after being filtered and purified by the snail breeding area; seed snails are put into the snail breeding area, and the snails grow and breed by feeding nutrient substances in the water body of the main river crab breeding area; collecting finished snails from the snail breeding area regularly and transferring the finished snails to the main river crab breeding area for feeding of the river crabs; in the river crab fattening period, the snail breeding area is opened, and the river crabs are allowed to freely eat the remaining snails. By means of the method, it can be guaranteed that snail populations rapidly breed to form a high-density biological filter bed, high-quality active protein bait can be provided for river crabs, and the win-win situation of water purification and feed cost reduction is achieved.

This application relates to a snail core assembly, including a leveling component, a connected straight section of pipe wall (100), and a spiral section (200). A first core head (110) is provided at the end of the straight section of pipe wall (100), and a second core head (210) is provided at the bottom end of the spiral section (200). The first core head (110) and the second core head (210) are used to fix the snail core. An inner cavity is formed on the spiral section (200), and a leveling pit (220) is provided in the inner cavity for placing the leveling component. This application also relates to a method for leveling the snail core. This solution can solve the problems of uneven center of gravity, unstable placement of sand cores, uneven lifting, and shift towards the center of gravity after core placement during the current snail core casting production process.

1. Name of the product of this design: Snail Handbox (S‑06). 2. Purpose of this design product: This design product is used for breeding and observing snails. 3. The key point of the design of this product lies in its shape. 4. The picture or photo that best illustrates the design points: three-dimensional picture.

This invention relates to a zero-shot Oncomelania snail identification method and system based on a structured knowledge base and attention guidance, belonging to the field of image processing technology. The method includes: acquiring original images of Oncomelania snails; generating an attention map using a pre-trained model to locate and crop discriminative regions; constructing a structured Oncomelania snail knowledge base and guiding a large language model to generate fine-grained text descriptions; extracting image and text features separately, calculating region weights and text weights; and determining the snail species through weighted image-text similarity matching. This invention achieves zero-shot identification without annotating image data, effectively suppresses interference from complex backgrounds, significantly reduces data and annotation costs, and improves identification efficiency and robustness, making it suitable for low-cost Oncomelania snail monitoring in field environments.

The present invention provides a breeding method for a new variety of Babylonia crassissima. The method comprises the following steps: selecting thick-shelled individuals of Babylonia crassissima as a breeding population, carrying out cross-breeding, and harvesting the egg capsules of Babylonia crassissima; incubating the egg capsules and culturing the larvae to obtain juvenile snails; feeding the juvenile snails with a thickening agent to obtain the first generation; selecting the first generation based on the shell thickness, arranging them in descending order of shell thickness, intercepting and retaining the superior ones from the first generation, and screening out thick-shelled individuals as an expansion and propagation population; carrying out large-scale breeding on the expansion and propagation population, repeating continuously for more than 2 generations to obtain Babylonia crassissima with stable inheritance of thick shells. The thick-shelled Babylonia crassissima cultivated by the present invention has the advantages of thick shells and strong compressive resistance, and there are significant improvements in the shell thickness, shell weight and body weight of the cultivated thick-shelled Babylonia crassissima.

This invention discloses a self-cleaning, anti-interference snail crushing device and its usage method for microscopic examination. The device includes a main body, a flat crushing unit, a snail placement unit, a pressure plate cleaning unit, and a snail placement plate detachably installed on the upper surface of the snail placement unit for placing and positioning snails. It employs automated pressure application technology, solving the technical problem that manual crushing methods inevitably cause uneven stress on the snails and varying degrees of crushing when handling a large number of snails for microscopic examination, thus affecting the quality of subsequent microscopic examinations. Furthermore, by integrating the pressure plate cleaning unit into the device, the pressure plate cleaning scheme is optimized, improving the efficiency of snail crushing. Simultaneously, multiple snail placement grooves are provided within the snail placement plate, effectively solving the problem of difficulty in neatly arranging snails during simultaneous crushing and microscopic examination of a large number of snails, and the technical problem of cross-contamination of fluids from adjacent crushed snails.

The present invention discloses a snail induction device and a method for using the same, which relates to the technical field of aquaculture. The device includes a water diversion pipe and a first plug. The first plug is arranged at one end of the water diversion pipe, and the other end is the water inlet end; a plurality of induction water outlets are arranged on the water diversion pipe along the length direction. The snail induction device of the present invention forms a high dissolved oxygen environment at the induction water outlet by making the water in the water diversion pipe flow out in a parabola from the induction water outlet. In this way, through the water flow sound, water flow direction and high dissolved oxygen brought by the water, the snails can be induced to crawl towards the induction water outlet, achieving the purpose of inducing the concentration of snails and facilitating the collection of snails.

The invention discloses an artificial maturity promoting and fry breeding method for Peltella corii, which comprises the steps of cooling temporary rearing, maturity promoting, mating, spawning, hatching, high-density larva breeding, metamorphosis and the like, male snails and female snails are separately bred during maturity promoting, and a breeding scheme is optimized. According to the technical scheme, batch gonad maturation of parent snails according to plans is achieved, and the maturity is good; high-density breeding technologies such as fertilized egg hatching and larva breeding are overcome, a stable and efficient fry production process is established, a large number of high-quality, healthy and regular-specification young snails are provided for the breeding industry, and the provenance basis of the industry is fundamentally guaranteed.

The invention relates to the field of biological control, in particular to an environment response type African giant snail capsule attractive toxicant and a preparation method and application of the environment response type African giant snail capsule attractive toxicant. The capsule attractant comprises a capsule shell and a composition located in the capsule shell, and the composition is prepared from, by mass, 5%-10% of metaldehyde, 50%-65% of attractant, 30%-40% of macromolecule water-absorbent resin, 0.1%-1% of mildew preventive, 0.1%-1% of preservative and 0.1%-1% of coloring agent. The capsule attractant provided by the invention is ingeniously arranged according to the specific life habits of the African snails, and through various exquisite arrangements of a capsule shell, an internal mildew-proof system, SAP water absorption expansion and water locking, the validity period of the attractant can be remarkably delayed, and the pesticide effect can be highly synchronized with the emergence peak of the African snails; the damage to non-target organisms is greatly reduced through optimal setting of the capsule, and the ecological friendliness is outstanding.

Provided are a device for processing tubers or snails and a method for processing tubers or snails. The device for processing tubers or snails according to the present invention processes a tuber A or a snail associated with a perennial weed buried in the soil of a paddy field, and has: a digging part 10 for scooping up the tuber A or the snail together with the soil; a rotary member 13 having claw parts that rotate above the digging part 10; a conveyor part 20 for roughly separating, from the soil, the tuber A or the snail scooped up by the digging part 10; and a roller part 30 for crushing the tuber A or the snail conveyed from the conveyor part 20. By forming the digging part 10 into a curved surface shape along a rotation track of the rotary 13, the amount of mud conveyed to the conveyor part 20 can be controlled to facilitate separation of the tuber A or the snail from the mud, thereby allowing rapid and efficient processing of the tuber or the snail.

The application discloses an ecological regulation model for indoor breeding of oncomelania, and relates to the technical field of snail breeding regulation. The model comprises a matching relationship between the number of indoor breeding units and the total amount of oncomelania breeding, which is used for realizing the standardized control of the initial oncomelania quantity of each breeding unit, ensuring the initial ecological balance of the experimental system, and determining the environmental regulation priority of the indoor oncomelania breeding unit based on the matching relationship. The application dynamically corrects the weight of the environmental parameter based on the risk intensity of different transmission stages of schistosoma, breaks through the bottleneck that the static prevention and control strategy is difficult to adapt to the change of the life cycle of parasites, and further realizes real-time monitoring of the fluctuation of biological characteristic parameters in the mating period, the pregnancy period and the reproductive period, so that the environmental regulation can accurately respond to the biological rhythm of the oncomelania population, ensures the sustainability of the indoor breeding of oncomelania to a certain extent, and reduces the risk of schistosomiasis transmission.

The invention discloses a comprehensive aquaculture method for litopenaeus vannamei and snail composite biofloc, and belongs to the technical field of aquaculture. The breeding method comprises the following steps: carrying out composite domestication on the snails in a low-salinity-resistant water body and a high-turbidity-resistant water body, constructing a litopenaeus vannamei-snail-biofloc comprehensive breeding system, and carrying out daily breeding management. According to the method, snails are introduced into a litopenaeus vannamei biofloc culture system, redundant biofloc is efficiently utilized in an in-situ culture water body through the ingestion effect of the snails, and on one hand, additional snail culture biomass increase is obtained; on the other hand, the control level of total suspended solids in the culture water body is improved, the utilization rate of aquatic animals on nitrogen in the feed is increased, ecological synergy of litopenaeus vannamei, snails and biological floccules is achieved, and an environment-friendly technical path is provided for high-density prawn culture.

This invention belongs to the field of automatic detection technology and discloses an automatic detection method for the height of the longitudinal ribs of a coiled snail, comprising the following steps: S1, placing the longitudinal ribs of the coiled snail horizontally and acquiring an image of the snail surface using an industrial camera; S2, preprocessing the image of the snail surface and extracting the surface contour; S3, connecting the ends of the longitudinal ribs; S4, removing irregular contours in the middle of the snail; S5, calibrating the pixels, calculating the height of the longitudinal ribs, and outputting the result. This invention can efficiently complete the automatic measurement of the height of the longitudinal ribs of a coiled snail, freeing workers from tedious manual labor and improving work efficiency.

1. The name of the design product: fish tank (Q2). 2. The use of the design product: for fish, shrimp, snail and microorganism tank. 3. The design points of the design product: in shape. 4. The picture or photo that best shows the design points: perspective view 1.

The invention belongs to the technical field of agricultural pest control, and provides an iron phosphate-containing composition for controlling mollusks, which comprises iron phosphate and ascorbic acid in a mass ratio of 5: 1-1: 20. The composition can be used for preventing and treating mollusks, and the mollusks are selected from snails and slugs. According to the composition provided by the invention, ascorbic acid is taken as a synergist, so that the pesticide effect and the safety to crops can be improved on the basis of reducing the dosage of a chelating agent. The composition has a good control effect on mollusks such as snails and slugs, the control cost can be reduced, the safety is improved, and the composition is suitable for controlling the mollusks in various crop fields.

This utility model discloses a hanging cage device for co-culturing crabs and snails in crab ponds, including a cage body, a snail breeding tube, a foldable insert, an insert adjuster, and an electric screening component. The cage body is placed in the crab pond, the snail breeding tube is installed inside the cage body, the foldable insert is set on the outer wall of the cage body and its upper end is connected to the insert adjuster, the insert adjuster is installed on the top of the cage body, and the electric screening component is set on the top of the cage body. The cage body includes a cage body, a cage cover, a handle, a float fixing ring, and a fixing buckle. The cage body includes an outer frame and a movable bottom net movably set at the bottom of the outer frame. The outer frame is a square structure formed by several sets of PVC pipes, and the cage cover is set on the top of the cage body. The hanging cage device for co-culturing crabs and snails designed in this utility model can realize the ecological co-culturing of crabs and snails, greatly improving the farming efficiency of farmers and reducing feed input costs.

1. Name of the product in this design: Ornament (Seashell Girl). 2. Purpose of this design: decorative ornament. 3. The key design features of this product are the combination of shape and pattern. 4. The image or photograph that best illustrates the design's key points: a 3D model. 5. The bottom surface of this product is a part that is not easily seen or cannot be seen during use, so the bottom view is omitted.

The present application belongs to the technical field of large-scale seed cultivation of shellfish, and discloses a large-scale seed cultivation method of Patella pellucida. According to the practical breeding experience, it is found that the main reasons for the failure of seed cultivation are high mortality in the plankton and attachment stages, the vulnerability of the water body to the invasion of protozoa, the easy outbreak of harmful algae in the water body and the like, which lead to the failure of the development of the juvenile stage to the benthic life. The present application successfully breaks through the bottleneck of the seed cultivation of Patella pellucida by optimizing the seed cultivation environment, improving the seed cultivation technology and controlling the light, and can cultivate the Patella pellucida seed on a large scale. The juvenile snails with the size of 1-2 cm, which are suitable for proliferation, release or artificial cultivation, are provided, and the present application provides a solid reference for the breeding of Patella pellucida.

This invention discloses a biomimetic bulletproof insert inspired by the shell of the scaly-foot snail and the elytra of the ironclad beetle, comprising: an upper plate, a middle plate, and a lower plate stacked sequentially from top to bottom, with the bottom of the upper plate extending into and fastening the lower plate. The upper, middle, and lower plates are connected by a mortise and tenon structure. A mortise and tenon transition layer is provided between the upper and middle plates, and between the middle and lower plates. The biomimetic bulletproof insert is designed to resemble the shell of the scaly-foot snail. The upper plate is a rigid metal plate, capable of attenuating most of the impact energy. Its bottom extends inward to form a support plate that inverts and fastens the lower plate, preventing the bulletproof insert from slipping between layers. The upper and middle plates are connected by a first mortise and tenon structure designed to resemble the elytra of the ironclad beetle, preventing interlayer delamination with reduced or even no adhesive. The middle plate is made of high-performance fiberboard material, which helps to release energy and reduce vibration. The transition layer with a second mortise and tenon structure between the middle and lower plates further effectively prevents interlayer delamination.

The invention discloses a wind-rotation sorting device and method for living bait snails and residual bait snails in whitmania pigra breeding. The wind-rotation sorting device comprises a pump suction conduction structure, the self-falling conduction structure is communicated and connected with the pumping conduction structure, and the self-falling conduction structure receives the live snail bodies and the residual snail bodies, automatically conveys the live snail bodies and the residual snail bodies and self-adaptively discharges water; the air rotation sorting structure comprises a frequency conversion fan assembly and a self-sorting inclined cavity pipe; the self-sorting inclined cavity pipe extends in the inclined direction, the top side position of the self-sorting inclined cavity pipe communicates with the self-falling conduction structure, and the frequency conversion fan assembly communicates with the self-sorting inclined cavity pipe. The snail collecting and storing structure is provided with a residual snail collecting and discharging pipe and a live snail collecting and discharging pipe; the residual snail collecting and discharging pipe and the movable snail collecting and discharging pipe are communicated with the self-sorting inclined cavity pipe, and the residual snail collecting and discharging pipe is located on the upper side portion of the movable snail collecting and discharging pipe. In the breeding process of the whitmania pigra, timely and efficient separation of the live snail bodies and the residual snail bodies serving as bait is achieved, the residual snail bodies are prevented from being accumulated for a long time and going bad, and the problem that in the prior art, the breeding environment is polluted is solved.

The present application relates to a breeding method of hybrid seed of Babylonia formosae and Babylonia areolata. The breeding method comprises the following steps: breeding Babylonia formosae parent snails and Babylonia areolata parent snails in the dark, feeding 3-5% of the body weight of Babylonia formosae with vegetables, and feeding 10-15% of the body weight of Babylonia formosae with mixed biological bait, continuously feeding until the gonad matures, and feeding at least once a day; obtaining egg sac clusters by hybridizing Babylonia formosae parent snails and Babylonia areolata parent snails; hatching the egg sac clusters to form planktonic larvae, cultivating the planktonic larvae for 15-20 days, and metamorphosing the planktonic larvae into juvenile snails to obtain hybrid seed. The hybrid seed obtained by the breeding method has excellent metamorphosis rate, fertilization rate and hatching rate, and the average body weight, average shell length and survival rate are also significantly improved.

This utility model discloses a double-sided snail trap, comprising: a box body, with at least one snail inlet on each of the lower sides of the box body; and an escape prevention component disposed inside the snail inlet. The escape prevention component includes several levers arranged in a row that can swing around their upper ends. The levers have a first position and a second position. In the first position, the levers block the snail inlets and can rotate unidirectionally inward under the action of an external force from the outside to the inside. When the levers are subjected to an external force from the outside to the inside, they rotate inward to reach the second position and return to the first position when the external force is removed. When the snail trap is installed in the activity area of ​​the golden apple snail, the snails can be lured into the box body. The escape prevention component prevents the golden apple snails inside the box from escaping again, greatly improving the trapping efficiency, without environmental pollution or damage, and with low labor costs.

The present invention relates to the technical field of Phoenix snail breeding, and in particular to an artificial breeding method for Phoenix snails. The method comprises the following steps: randomly selecting 60 red Phoenix snails with good vitality, wiping off excess moisture on the surfaces of the red Phoenix snails, measuring morphological parameters of the red Phoenix snails using a vernier caliper, weighing the body mass Y1 using an electronic balance, then dissecting the sample, weighing the mass Y2 of the soft body, performing anatomical observation, and distinguishing and recording the sexes. The method develops artificial breeding technology for the red Phoenix snails by observing the reproductive biological characteristics of the red Phoenix snails, providing a scientific basis for the artificial breeding of the species, and having important significance for promoting the sustainable utilization and protection of the red Phoenix snails, thereby promoting the development and promotion of artificial breeding technology for the red Phoenix snails, being conducive to meeting market demand, increasing the income of the breeding industry, reducing wild fishing, and promoting the sustainable utilization and protection of its ecological resources.

1. Name of the designed product: rice bucket (snail). 2. Use of the designed product: container for storing rice, grains and the like. 3. Design points of the designed product: in shape. 4. Picture or photo best indicating the design points: perspective view 1.

This item is a trapping net for exterminating giant snails. It has a spatula at the end of the handle for dropping eggs.