15results about How to "Increase breeding density" patented technology

The invention provides a freshwater fish recirculating aquaculture system and method, and relates to the technical field of aquaculture. The culture system comprises a culture pond, a microfilter, a biological pond, a water storage pond, aeration equipment, disinfection equipment and oxygen production equipment. The freshwater fish recirculating aquaculture system has the advantages that the heights of the culture pond, the microstrainer, the biological pond and the water storage pond of the culture system are sequentially reduced, the culture pond, the microstrainer, the biological pond and the water storage pond are sequentially connected through the water return pipe, and the bottom of the water storage pond is connected with the water inlet pipe through the circulating water pump. Therefore, the running energy consumption of the whole system can be reduced, and the breeding cost is reduced; aeration equipment is arranged in the water storage tank, oxygen generation equipment connected with the aeration equipment can pump high-concentration oxygen into the water storage tank to improve the concentration of dissolved oxygen in water, water is injected into the culture pond at a certain incident angle through water outlet holes in a water inlet branch pipe in the water storage tank, a stable flow field is formed in the water in the culture pond, and the culture density of the culture system is improved.

The present invention provides a breeding device for preventing thoracic bursitis in jute chickens and a suitable ecological breeding method. According to the growth characteristics and breeding needs of jute chickens, the living space of jute chickens is gradually expanded. When the jute chickens enter the rapid growth period, the breeding space is gradually expanded. After the body shape of the jute chickens is basically finalized, the isolation board can be appropriately reduced, so that the jute chickens can increase their activity in the special breeding device. The device used includes a frame and a conveyor belt. The middle part of the frame is provided with a conveyor belt, and the conveyor belt is provided with a bottom plate. The two ends of the bottom plate are movably connected to the frame. The breeding method used is between cage breeding and free-range breeding, which saves costs compared with free-range breeding, has a large breeding density, is easy to implement breeding and epidemic prevention measures, and has a low probability of thoracic bursitis. It belongs to an ecological breeding method in the field of poultry breeding and has wide applicability.

The invention discloses a large-scale cultivation method for culter oxyculter fries, and belongs to the technical field of aquaculture. A circulating water treatment system is constructed, fry breeding is carried out, a series of means including microstrainer filtration, air floatation tank purification, biological purification, ozone disinfection, pure oxygen oxygenation and the like are used in the period, finally, water quality is improved, breeding density is increased, the disease incidence and the malformation rate are reduced, and the fry survival rate is increased. According to the method, water used in the seedling raising process is fully recycled, so that the loss of water heat is reduced, water resources are saved, the culture cost is reduced, and factory-like large-scale cultivation of the culter oxyculter seedlings is realized.

The utility model discloses a sea cucumber pond culture net cage with a built-in substratum, and relates to the technical field of sea cucumber culture, the net cage comprises a floating plate and further comprises a fixing assembly, the upper surface of the floating plate is provided with a plurality of net cage holes, net cage bodies are placed in the net cage holes, the substratum is arranged in the net cage bodies, and the fixing assembly is connected with the floating plate. The attaching base is in a wave shape, inserting plates are fixedly connected to the two ends of the attaching base, inserting plate grooves are formed in the opposite inner side walls of the net cage body, the inserting plates are slidably connected with the inner side walls of the inserting plate grooves, and the fixing assemblies are arranged in the inserting plate grooves and used for fixing the attaching base. The substratum is effectively supported and fixed through the fixing assembly, the wind wave resistance of the substratum is improved, and installation is fast and convenient.

The utility model provides a juvenile fish cultivation device and a three-dimensional juvenile fish cultivation system, and solves the problems that in an existing juvenile fish cultivation system, mechanical groove dividing operation influences juvenile fish growth, and a fixed cultivation groove is difficult to meet the juvenile fish growth requirement. According to the technical scheme, the device comprises a first breeding tank, a second breeding tank, a liquid level adjusting assembly and a sewage draining and filtering assembly; a water outlet and an overflow port are formed in the bottom of the second breeding tank, the first breeding tank is detachably mounted in the second breeding tank, and the bottom wall of the first breeding tank is of a permeable structure; the liquid level adjusting assembly comprises an overflow pipe, and the overflow pipe is arranged in an overflow opening in the bottom of the second breeding tank. The sewage draining and filtering assembly comprises a filter screen and a second connector, the second connector is connected with a water outlet in the bottom of the second breeding tank, and the filter screen is arranged in the second connector.

This utility model discloses a resource-based insect breeding rack, including a support frame and multiple breeding baskets stacked on the support frame. The support frame consists of a tray and four sets of legs evenly distributed at the four corners of the bottom surface of the tray. The top surface of the tray has right-angled supports at the four corners to accommodate and hold the breeding baskets. The bottom surface is provided with crisscrossing reinforcing ribs in a grid-like structure, integrally formed with the tray. A barcode scanning plate is located at the center of the grid-like reinforcing ribs, with a QR code label affixed to it. The advantages of this utility model are that it enables three-dimensional breeding of resource-based insects, not only increasing the insect carrying capacity but also significantly saving space, increasing breeding density, and ensuring breeding profitability. It facilitates quick and easy information retrieval via barcode scanning, allowing for precise tracking and management of the breeding baskets on the tray during the breeding process, achieving information-based management of resource-based insect breeding, and improving breeding efficiency and management accuracy.

This utility model relates to the field of aquaculture equipment and discloses a multi-layered, partitioned aquaculture net cage, including a support base. The bottom of the support base has a disassembly structure, which includes two compression grooves. Compression springs are fixedly connected inside the compression grooves. A limit block is fixedly connected to one side of each compression spring. A locking rod is fixedly connected inside the limit block. The bottom of the support base has a sliding groove, and a net is placed inside the sliding groove. Both ends of the net have locking slots that engage with the locking rod. In this utility model, the net is fixed using the locking rod and locking slots. Pulling the locking rod disengages it from the locking slots, and pulling the handle removes the net. The operation is simple and easy to maintain. The segmented disassembly eliminates the need for overall hoisting of the net cage, reducing work difficulty, improving maintenance efficiency, ensuring the integrity of the net, and increasing the availability of the equipment and the service life of the net.

This invention discloses a single-unit cascaded three-dimensional recirculating aquaculture system and method for giant freshwater prawns, comprising several vertically stacked three-dimensional aquaculture units and a recirculating water treatment unit. The three-dimensional aquaculture unit is constructed by directly stacking several boxes from bottom to top using an edge-supported method. Each box has a small feeding door on its front side wall. The boxes are divided into type A and type B. The top of the uppermost box is connected to an inlet pipe, and the bottom is a water collection unit connected to a return pipe and the recirculating water treatment unit to form a closed-loop circulation. This invention uses a support-free stacking method, significantly saving space and cost. The innovative diagonal cascaded staggered hydrodynamic design forces thorough mixing of water flow, eliminating short-circuiting problems. Individual isolation aquaculture completely solves the cannibalism problem among giant freshwater prawns, achieving a 100% survival rate and significantly improving the efficiency of factory-style aquaculture.

The utility model relates to the technical field of aquatic product breeding, in particular to a freshwater fish greenhouse three-dimensional factory running water breeding device and method. A three-dimensional factory running water aquaculture device for a freshwater fish greenhouse provides an aquaculture module and an aquaculture water tank structure. A drainage channel is formed in the aquaculture water tank to prevent aquaculture water in the aquaculture water tank from overflowing, and sewage draining holes are formed and the bottom structure of the aquaculture water tank is designed for daily cleaning of water sediments. The aquaculture module is adopted to improve the aquaculture density of aquatic products per unit land area, running water aquaculture is adopted in the aquaculture greenhouse, the aquaculture water tank structure can be flexibly adjusted through various reservoirs, water pipe connection is avoided on the basis of running water aquaculture, and the aquaculture water tank is convenient to carry.

The embodiment of the application discloses a circulating water aquaculture system, comprising: an aquaculture pond, a solid-liquid separation device, an elevator, a protein separator, a biochemical water treatment device and a backflow unit, the aquaculture pond, the solid-liquid separation device, the elevator, the protein separator and the biochemical water treatment device are sequentially arranged along a water inlet direction, and the backflow unit is connected with the biochemical water treatment device and the aquaculture pond. The circulating water aquaculture system can make the treated aquaculture wastewater backflow to the aquaculture pond for recycling, so that the aquaculture pond only needs to supplement a small amount of water, which can greatly save water resources, greatly reduce the infection of pathogenic bacteria brought by additional water, and effectively improve the aquaculture density and the aquaculture quality.

The utility model discloses a single-space stacked shrimp and crab breeding device which comprises a sleeve type bait casting mechanism and a plurality of breeding units (4) used for breeding shrimps and crabs. The sleeve type bait casting mechanism is formed by sleeving a sleeve (1) and an inner pipe (6); the breeding units are square box-shaped containers without covers, and the side faces and the bottom faces of the breeding units are grid faces or grating faces. The bottom surface of each breeding unit is provided with a through hole (41) through which a sleeve can penetrate; the plurality of breeding units are sleeved on the sleeve in a stacked manner; a plurality of windows (11) are formed in the casing pipe in the axial direction of the casing pipe at equal intervals, and a plurality of bait grooves (61) corresponding to the windows are formed in the inner pipe in the axial direction of the inner pipe; the sleeve and the inner pipe are arranged in the vertical direction. The single-space-stacked shrimp and crab breeding device is novel in structure, convenient to feed and operate, and capable of achieving high-density accurate feeding and breeding.

The utility model belongs to the technical field of breeding industry, and particularly discloses a shrimp seed breeding pond oxygenation device which comprises a breeding pond, one end of the breeding pond is fixedly communicated with a water injection valve, one end, away from the water injection valve, of the breeding pond is provided with a water stop valve, and the inner side of the breeding pond is fixedly connected with a fixing frame. A stirring mechanism for stirring a water sample in the culture pond is arranged on the outer surface of the fixing frame, and a dynamic oxygenation mechanism for carrying out oxygenation on the interior of the culture pond is arranged on the fixing frame. According to the oxygenation device for the shrimp seed culture pond, the oxygenation positions of the two groups of exhaust cylinders in the culture pond can be continuously changed through the dynamic oxygenation mechanism, so that dynamic oxygenation is carried out, uniform distribution of oxygen in a water body is guaranteed, the culture density is improved to the maximum extent, and therefore the culture efficiency is improved; water circulation and oxygenation are beneficial for reducing accumulation of waste and harmful substances in water, so that water pollution is reduced, and the healthy state of the water is kept.

This utility model relates to the field of bass farming technology, specifically a bass farming box with an automatic cleaning function, comprising: a tiered farming component and a cleaning component. The tiered farming component consists of a box body, limiting blocks, tiered plates, and a filter screen. The limiting blocks are installed on the inner wall of the box body. This bass farming box with automatic cleaning function, through the arrangement of the box body, limiting blocks, tiered plates, and filter screen, allows for tiered farming of bass by fixing the limiting blocks to the box body and connecting the tiered plates. The equidistant arrangement of the tiered plates facilitates the flow of water into all parts of the box, allowing bass of different sizes to be farmed in different water layers. For example, smaller fry can be farmed in the upper layer, while larger adult fish can be farmed in the middle or bottom layer. This fully utilizes the vertical space of the farming water body, increasing the farming density per unit water volume. Tiered farming improves space utilization and increases farming density.

The utility model discloses an aquaculture module and an aquaculture device. The aquaculture module comprises an insertion pipe (2) and N box bodies (3) used for culturing shrimps and crabs, n is an integer greater than or equal to 3; the box bodies are hollowed-out box bodies, the N box bodies are arranged in a stacked mode, and inserting openings (32) are formed in bottom plates of the box bodies; an insertion pipe penetrates through the insertion openings to connect the plurality of box bodies in series; the lower end of the intubation tube is provided with a limiting piece for preventing the box body from dropping from the bottom of the intubation tube; n feed pipes (8) used for feeding feed are arranged in the insertion pipe, and N feed pipe openings are formed in the pipe wall of the insertion pipe; the lower ends of the N material pipes correspondingly stretch into the N box bodies through the N material pipe openings respectively. The aquaculture module and the aquaculture device are novel in structure, convenient to feed and operate, capable of achieving high-density aquaculture and remarkable in economic benefit.

The utility model discloses a resource type insect breeding box and a breeding device.The resource type insect breeding box comprises a breathable box body with an upper opening and further comprises a breathable leakage-proof layer arranged in the breathable box body and a supporting unit arranged on the bottom wall of the breathable box body. The supporting unit comprises installation grooves formed in the bottom wall at intervals and supporting pieces arranged in the installation grooves in a penetrating mode. Each side wall of the ventilation box body is provided with a plurality of first ventilation holes, and the bottom wall of the ventilation box body is provided with a plurality of second ventilation holes. The ventilation protection layer is arranged in the ventilation box body, the ventilation protection layer can prevent insect sand and insect larvae from falling out of the ventilation box body, normal breeding is guaranteed, the sizes of the ventilation holes in the ventilation box body are as large as possible, a large amount of flowing air can enter the ventilation box body, and ventilation performance is improved.