53results about How to "Evenly fed" patented technology

The invention mainly discloses a constant-temperature silkworm frame applied to bombyx mori cocooning. The constant-temperature silkworm frame comprises a bottom frame, a silkworm breeding frame, a feeding frame, a ventilating frame and a top board which are arranged from bottom to top. A first heating device is disposed in the silkworm breeding frame. The first heating device comprises a thermal insulation board, a heating plate, a warming plate and a temperature-sensitive plate. Side portions of the feeding frame are provided with feeding holes, and a feeding plate is disposed in each feeding hole. Front and back sides of the ventilating frame are uniformly provided with air vents. An upper portion of the right side of the ventilating frame is provided with a slot. The top board is inserted into the slot to cover the ventilating frame. The top board is provided with a second heating device and a power supply device. The second heating device comprises a heating lamp, a temperature-sensitive rod, a display screen and an adjusting button. The heating lamp is installed at a lower surface of the top board. The temperature-sensitive rod is movably connected to the top board via a movable plate. Temperature of a silkworm breeding environment is strictly controlled, a good survival environment is provided for silkworms, survival rates of the silkworms are improved, feeding is convenient, permeability is good, cultivation space is large, breeding efficiency is high, and the constant-temperature silkworm frame is suitable for large-scale silkworm breeding.

The invention discloses a livestock large-scale feeding method. The livestock large-scale feeding method comprises the steps that a stirring device stirs feeds; the feeds enter into a storage bin viaa feeding port; during one operation cycle of a trigger unit, a linkage unit drives a containing component to work within the first quarter of the operation cycle so that a group of containing platescan face right towards one of four storage grooves which faces to the feeding port of the storage bin, and within the last three quarters of the operation cycle, the linkage unit stops driving the containing component to work, meanwhile, the trigger unit is switched to a connected state and a pushing mechanism is switched to a pushing state to push the feeds inside the containing plates into the storage groove; the trigger unit continues to work for three times until the storage groove moves to the bottom of the four storage grooves, compressed air blows the feeds in the storage groove to theoutside, and meanwhile, the pushing mechanism sequentially pushes the feeds into the other three storage grooves, and so on; a rotating device works to rotate a feeding device to finally uniformly spread the feeds onto the ground of the outside.

The invention relates to the technical field of home textiles, in particular to a simple newly-hatched silkworm brushing off method for silkworm artificial feed breeding. The simple newly-hatched silkworm brushing off method for silkworm artificial feed breeding comprises the following steps of (1) silkworm egg incubation; (2) silkworm egg scattering and disinfecting; (3) egg amount weighing and zoning; (4) feed treatment; (5), light sensing for newly-hatched silkworm brushing off; and (6) light supplementing and temperatuer rising. On the basis of feed breeding, starting from each technical link of newly-hatched silkworm brushing off according to physiological development characteristics of silkworms, by combining manners of optimizing temperature and humidity control, feed pretreatment,light supplement and temperature supplement in each stage of loose egg incubation, directly scattering loose eggs on the feed during artificial feed breeding, irradiating with an LED yellow warm lightlamp and the like, the method achieves the effects of one-time quick, labor-saving and efficient newly-hatched silkworm brushing off, is suitable for mechanical newly-hatched silkworm brushing off, and provides technical support for large-scale young silkworm artificial feed breeding.

The invention provides a system and method for monitoring collection of breeding feeding information, and the system comprises the following parts of a data collection control device configured to acquire the breeding feeding information, transmit the breeding feeding information to the server end, receive a control instruction of the server, and implement the operation corresponding to the control instruction; a server configured to receive and store the breeding feeding information, and send the control command to the data collection control device; and a client configured to obtain the breeding feeding information stored in the server, and monitor the breeding feeding process. The traditional aquatic product breeding traceability system has poor data timeliness and low accuracy. The invention realizes automatic collection and statistical management of feeding information according to the collection point of the feeding information on the basis of the feeding device, has the advantages of simple operation, timely collection, accurate statistics and high degree of automation, and can effectively improve the reliability of breeding traceability data.

The invention relates to a freshwater aquaculture device, in particular to a combined type floating mat automatic bait-casting cultivation device. The device comprises a floating bridge, net cages and automatic bait-casting machines, wherein a plurality of the net cages are arranged on two sides of the floating bridge; each net cage corresponds to an automatic bait-casting machine arranged on the floating bridge; the floating bridge comprises cantilever beams, float bowls and a gang board; a plurality of the float bowls are arranged and in series connection sequentially; every two adjacent float bowls are connected through two cantilever beams; and the gang board is paved on every two cantilever beams. The combined type floating mat automatic bait-casting cultivation device is firm, durable, large is area and is applicable to bait casting of the bait-casting machine; the net cages are not prone to be deformed; the bait-casting machine is used for casting baits automatically; and the fodder is casted uniformly, baits are not wasted, manual work is saved, the labor intensity is reduced, and the per unit yield is raised.

The invention discloses a movable and automatic throwing and feeding device used for culture of bullfrogs. The device comprises a feeding device, a movable device and a bearing device. The interior of a material storage barrel is provided with a rotary shaft and stirring blades. The upper left part of the material storage barrel is provided with a feeding port. The lower right part of the material storage barrel is provided with a control box, in which a power supply chamber, a first motor, a first coupling, a corner reducer, a second motor, a second coupling and a speed reducer are arranged. The corner reducer is connected with the rotary shaft. The movable device is connected between the feeding device and the bearing device and comprises a driving shaft, a driving wheel, a transmission shaft, a transmission wheel and a bottom board. The driving shaft is connected with the speed reducer. The bottom board is connected with a discharge port in a penetrating manner. The bearing device comprises a bearing board, a guide strip, a material throwing groove and a fixing mechanism. The movable and automatic throwing and feeding device used for culture of bullfrogs helps increase an interest in bullfrog preying.

The invention belongs to the field of fishery breeding, and particularly relates to an automatic feeding device for a photovoltaic fishpond and a using method of the automatic feeding device. The automatic feeding device comprises a photovoltaic support arranged in the pond; a blocking sleeve capable of sliding up and down along the photovoltaic support is arranged on the photovoltaic support; thetop end of the blocking sleeve is fixedly connected with an air blowing ring capable of blowing air to the pond; the bottom end of the air blowing ring communicates with a plurality of air bags; thetop end of the air blowing ring is provided with a plurality of spray heads capable of being controlled to be opened or closed according to air pressure changes; the photovoltaic support is provided with a fish luring lamp controlled by the blocking sleeve to work; and the photovoltaic support is provided with a feeding box controlled by the blocking sleeve to conduct feeding. The two problems oflow dissolved oxygen content in the photovoltaic fishpond due to reduction of aquatic plants and influence on growth of small fishes due to the fact that the small fishes have difficulty in obtainingfood can be solved at the same time by utilizing changes of air flow and pressure intensity.

The invention discloses a facility fishery feeding system. The system comprises at least one breeding pond, wherein each breeding pond is provided with at least two feeding areas, the system also comprises a support frame, a feeding rail, and a feeding machine, wherein the feeding machine comprises a material storage box, a material inlet, two material outlets, a material-scattering assembly, andwheel bodies, the material storage box is used to store feed to be fed, the material inlet is arranged on the top of the storage box, one sides, close to the bottom, of the side walls of the storage box are symmetrically provided with the two material outlets, the material-scattering assembly is arranged on the side wall of the material storage box, corresponds to the material outlets, and is arranged below the material outlets, and the wheel bodies are arranged at the bottom of the storage box and cooperates with the feeding rail. The breeding pond feeding system realizes feed feeding of twosides in each breeding pond, improves the feeding efficiency, realizes uniform feeding in a breeding pond area, and is beneficial to reducing breeding tail water treatment pressure.

The invention discloses an automatic aquatic feed feeding device. The automatic aquatic feed feeding device comprises a base, two shells and a rotary feeding device. The base is of a cuboid structure, and two arch-shaped pits in parallel are formed in the upper end face of the base. Each shell is provided with a first long-strip-shaped arc groove with an upward opening, the bottoms of the two shells are embedded into the arch-shaped pits respectively, the two adjacent side walls of the two shells are first side walls, and the remaining side walls of the two shells are second side walls. The rotary feeding device comprises two supporting rods, two rotating parts and multiple feeding parts, wherein the lower ends of the two supporting rods extend downwards into the middles of the first grooves of the two shells respectively, and rod bodies of the two supporting rods but against the two second side walls; the two rotating parts are of a cross structure formed by crossing two rotary arms; each feeding part is of a funnel-shaped structure, the side wall of the feeding part and the two ends of the two rotary arms are fixedly arranged, and the big-opening end of each feeding part faces the rotating direction of the rotating parts. The automatic aquatic feed feeding device is high in feeding speed and saves labor resources substantially.

The invention relates to the technical field of fishpond cultivation, in particular to a large-area fishpond cultivation feed feeding device which comprises a feed box, a conveying structure, a throwing structure, a shielding structure, a sealing structure and a screening structure. The fodder throwing height can be increased through the conveying structure, the fodder throwing range can be expanded, the thrown fodder can be screened through the screening structure, and therefore the situation that caked fodder enters the device to affect normal throwing of the fodder is avoided, meanwhile, the good screening effect can be achieved on the fodder with different particle sizes, and the fodder throwing efficiency is improved. All-angle throwing of feed can be achieved through the throwing structure, the throwing area can be adjusted according to the size of a fishpond, so that the uniform feeding effect is achieved, the device can be protected in rainy days through the shielding structure, and it is avoided that rainwater enters the device to affect normal work of the device; the top side of the feed box can be sealed through the sealing structure, and meanwhile the feed box can be kept in an open state to facilitate feed adding.

The invention discloses an automatic feeding ship for a culture pond, and belongs to the technical field of aquaculture feeding facilities. The automatic feeding ship for the culture pond comprises a ship body provided with a storage bin, a material throwing mechanism, a water pumping device and an air compressor, wherein the material throwing mechanism throws materials into the culture pond; the material throwing mechanism, the water pumping device and the air compressor are controlled by a controller; and the controller is in wireless connection with a control terminal. The materials are contained in the storage bin on the ship body, and are thrown into the culture pond through the material throwing mechanism; when the materials are too few, the water pumping device can be used for pumping pool water to dilute the materials, and the materials are more uniformly thrown through compressed air; and a worker can remotely control the controller through the control terminal on the shore, so that the materials can be automatically fed to the culture pond. By means of the automatic feeding ship for the culture pond provided by the invention, automatic feeding of the materials can be achieved, so that the labor cost and the labor intensity of the worker are reduced, the materials are ensured to be fed evenly, the feeding work efficiency is improved, the feeding efficiency is improved, and the bait coefficient is reduced.

The invention relates to a method for industrial breeding of elentheronema tetradactylum, and belongs to the technical field of fish breeding. The method comprises the following steps of 1, preparation of breeding conditions, wherein breeding circulation equipment is established for disinfection and comprises a breeding barrel which is circularly communicated with a sedimentation tank and a biochemical tank, and breeding water is recycled through the breeding circulation equipment and prepared by mixing natural seawater with tap water; 2, transportation and putting of fry, wherein fry with the length of 0.8-2.0 cm are selected for transportation, plastic bags which contain the breeding water and sufficient oxygen are adopted for transportation, carriers for adsorbing vegetable oil are added, environmental adaptation and disinfection treatment are carried out on the fry, and then the fry are put into the breeding barrel for breeding; 3, feeding management of fishes; 4, stress control and management of the fishes; 5, disease prevention and control of the fishes. The method can realize large-scale fry cultivation in sealed circulating water prepared from artificial seawater and in-situ breeding of adult fishes for elentheronema tetradactylum.

The invention relates to the technical field of breeding machinery, in particular to an automatic feed feeding system which comprises a control system and a feed feeding device. The feed feeding device comprises a feed feeding tray and a box body, an annular trough is arranged on the feed feeding tray, a circular-truncated-cone-shaped containing table is arranged in the middle of the feed feedingtray, and the box body is fixed to the containing table; the box body comprises a storage bin and a discharge bin, and the bottom of the storage bin is in a conical funnel shape and is provided with apipeline communicated with the discharge bin; a transmission assembly is arranged in the storage bin and comprises a supporting column, a hollow rotating shaft and a motor driving unit, an annular discharging opening is formed in the side wall of the discharging bin, an inclined conveying pipe is arranged in the discharging bin, and the hollow rotating shaft vertically penetrates through an end opening of the conveying pipe and is fixedly connected with the conveying pipe; and the other end of the conveying pipe penetrates through the annular discharging opening. According to the automatic feed feeding system, the problems of threatening the growth health of pigs and causing too high labor cost due to unbalanced feed amount are solved.

The invention discloses an automatic fish feed putting machine. The automatic fish feed putting machine comprises a feed putting opening, the feed putting opening is connected with a feed sucking cylinder through a hose, a super fan is installed inside the feed sucking cylinder and is installed on a main shaft, a discharging opening is formed in the top of the feed sucking cylinder, a dischargingpipe is connected to the discharging opening and is connected with a rotary driving device, and a discharging hopper is installed on the side face of the top of the discharging pipe. By means of the automatic fish feed putting machine, fish bait can be uniformly put and uniformly distributed into a fish pond so that the fish can better forage, and the waste of the fish bait is avoided.

The invention relates to the field of grain storage facilities of grain reserve systems, in particular to an intelligent squat silo capable of preventing automatic classification and an intelligent grain storage method. The intelligent squat silo comprises a silo body and is characterized in that a silo roof is arranged at the top of the silo body, the silo roof comprises a cavity which is a graindistribution space of a cone-like structure, the silo roof comprises a plurality of grain distribution ports, support shafts are arranged between the shell of the cavity and the silo roof, the silo roof comprises a grain inlet, and grain entering from the grain inlet can enter the grain distribution space and enter the silo body through the grain distribution ports; the support shafts are of a reinforcing steel bar structure, and the grain distribution ports are evenly distributed in the silo roof. An intelligent full-squat-silo ventilation method which does not need a silo roof axial flow fan is characterized in that the squat silo mentioned above is utilized; an air pipe is directly connected to the grain inlet, air enters the grain distribution space through the grain inlet and then evenly and fast enter the silo body from the upper portion, and the silo roof axial flow fan can be omitted directly.

The invention discloses an efficient feed feeding device for breeding. The device comprises a feeding machine and a storage tank which is arranged on the top of the feeding machine, a storage cavity is formed in the storage tank, and a conical cavity which extends downward is communicated with the bottom of the storage cavity; an extension segment of the bottom of the conical cavity extends into the feeding machine, a feeding part which extends downward is arranged in the feeding machine on the bottom of the conical cavity, and a discharge groove is communicated with the extension tail end ofthe bottom of the feeding part; a discharge port which is communicated with the bottom surface of the feeding machine is communicated with the bottom of the discharge groove, a sliding cavity which extends left and right is communicated with the side, close to the conical cavity, of the feeding part, and a discharge manipulation device is arranged in the sliding cavity; guide movement grooves areoppositely formed in the inner walls at the left and right sides of the discharge groove, sinking grooves are formed in the bottom walls in all the guide movement grooves, and a screening plate is insliding matching connection between the guide movement grooves at the left side and the right side. The efficient feed feeding device for breeding is simple in structure and convenient to operate andcan automatically conduct detailing work, the feeding efficiency and feeding uniformity are improved, and waste is reduced.

The invention discloses automatic feeding equipment for a culture pond, and belongs to the technical field of aquaculture feeding facilities. A storage bin and a rotary feeding mechanism are arranged on a frame body, and the rotary feeding mechanism is arranged above the water surface of the culture pond; a discharge port of the storage bin is connected with a feed port of the rotary feeding mechanism; the equipment further comprises a controller and a water inlet pipe connected with a water pumping device, and the water inlet pipe is connected with the feed port of the rotary feeding mechanism; and the water pumping device and the rotary feeding mechanism are connected with the controller. The feeding mechanism can be conveniently moved to the positions above different culture ponds through the frame body, and materials are evenly thrown out through the rotary feeding mechanism; and when the material is too few, the water pumping device can be used for diluting the material, so that the uniformity of material throwing is ensured. By means of the automatic feeding equipment, mechanical automatic feeding of the material can be achieved, the labor cost and the labor intensity of workers are reduced, it is ensured that the materials are fed evenly, the feeding work efficiency is improved, feed waste is reduced, the feeding efficiency is improved, and the bait coefficient is reduced.

The invention provides rotary-bin type remote pneumatic feed-dispersing equipment, comprising a mount; a dispersing device for dispersing feed to the ground orderly at a constant rate, a feeding device for uniformly stirring feed and then conveying the feed to the dispersing device, and a power device for providing power to the dispersing device and the feeding device are mounted on the mount; thedispersing device comprises a connecting pipeline, a dispersing mechanism and a rotation mechanism, the connecting pipeline is used for connection between the dispersing mechanism and compressed airsupply equipment such as an air compressor, the dispersing mechanism is used for receiving feed provided from the feeding device and dispersing the feed by spraying through compressed air, and the rotation mechanism is used for driving the dispersing mechanism to rotate and completing the process of reciprocating feeding and dispersing.