31results about How to "Meet fast feeding needs" patented technology

The invention discloses an aquaculture feeding system with a bridge crane and a weighing feeder. The aquaculture feeding system includes an aquaculture pond, at least one aquaculture cabinet, a craneand a feeder; a wheel tread of a cart running device of the crane runs, pressing on workshop tracks above rail-bearing beams, and the two rail-bearing beams are separately connected to brackets of workshop upright columns at both sides of the aquaculture pond; the at least one aquaculture cabinet is placed in the aquaculture pond; the crane comprises one or more trolley devices, and each trolley device is connected with one or two feeders and operates with the crane; the feeder is equipped with a weighing system, and the weighing system can weigh and measure the feed in a metering mouth of thefeeder; and hooks on the crane lift the at least one aquaculture cabinet to the pond surface of the aquaculture pond, and the feeder feeds the at least one aquaculture cabinet quantitatively throughhigh pressure gas.

The invention discloses a feeding machine with weighing systems and a leaked feed receiving device. The feeding machine comprises a frame, a feed bin, feed hoppers, feed spraying pipes, electromagnetic valves, a vibrator, the leaked feed receiving device and the weighing systems, wherein the upper part of the frame is connected with the feed bin; one or more feed hoppers are connected with and arranged below the feed bin in a vertical direction; one or more feed spraying pipes are connected with and arranged on each feed hopper; a plurality of the feed spraying pipes are in connected arrangement from bottom to top along the vertical direction of the feed hoppers; the plurality of the feed spraying pipes are arranged into one or more rows; the outlet direction of the plurality of the feed spraying pipes is horizontally and slightly inclined downward; the vibrator is connected with and arranged on the outer wall of a feed hopper, or connected with and arranged on a connecting body of theplurality of the feed hoppers, or connected with and arranged on the outer wall of the feed bin; each feed spraying pipe is provided with an air blowing pipe; each air blowing pipe is connected withan electromagnetic valve; the leaked feed receiving device is connected with and arranged below the frame, can collect a feed scattered in the process of feeding and can automatically scrape a scattered feed into a collection box; and the weighing systems can weigh and measure a feed sprayed from the feed spraying pipes.

The invention discloses a culture feeding system with an annular track and a hanging operation mechanism. The culture feeding system comprises a culture pond, culture cabinets, a crane and a feeding machine, wherein wheel treads of cart running devices in the crane are pressed on workshop rails on rail bearing beams to run; two rail bearing beams are connected with and arranged on workshop stand column brackets at two sides of the culture pond respectively; the culture cabinets are placed in the culture pond; culture boxes are installed on each culture cabinet; a feeding inlet is formed in each culture box; the feeding machine is connected with and arranged below the lifting mechanism; a hanging operation mechanism above the lifting mechanism is hung on an annular track and can operate along the annular track; the annular track is connected with and arranged below a crane main beam; the feeding machine is provided with a water flushing system and a weighing system; the crane is provided with a weighing device; the crane lifts a culture cabinet to the pond surface; the weight of each culture cabinet is displayed through the weighing device; and the feeding machine is used for quantitative feeding for the culture cabinets by taking high-pressure water as power.

The invention discloses a feeding machine with multiple spray pipes and a leaked feed receiving device. The feeding machine comprises a framework, a bin, a plurality of hoppers, the spray pipes, a water flushing system, vibrators and the leaked feed receiving device. The bin is fixedly connected to the upper portion of the framework, the hoppers are connected with the lower side of the bin in thevertical directions, a transverse discharge pipe is arranged at the bottom of each hopper; each spray pipe is connected with the corresponding discharge pipe, the multiple spray pipes are arranged toform an array or a plurality of arrays, and outlets of the multiple spray pipes are consistent with one another in orientation and horizontally face downwards with slight inclination; the vibrators are connected onto connectors of the multiple hoppers or are connected onto the outer wall of the bin; high-pressure water can be generated and stored by the water flushing system; the leaked feed receiving device is arranged below the framework, feed scattered in feeding procedures can be collected by the leaked feed receiving device and can be automatically scraped into a collecting box by the leaked feed receiving device; movable wheels are arranged at the bottom of the framework. The feeding machine has the advantages that the high-pressure water is used as power for the feeding machine, andaccordingly quantitative feed in the spray pipes can be outwardly delivered.

The invention discloses a feeding machine with a vibrator, and the feeding machine comprises a frame, a stock bin, a hopper, a spraying pipe, the vibrator, an air compressor, and a material water flushing system. The stock bin is fixedly connected to the frame, and the hopper is connected below the stock bin. The vibrator is connected to the outer wall of the hopper, or the outer wall of the stockbin, or the frame or a connector body of the hoppers. The vibrator is driven electrically, or driven through high-pressure air or driven by high-pressure water to operate. The spraying pipe is provided with a water flushing pipe, and connected to the hopper. The outlet of the spraying pipe is horizontal, and is slightly inclined downwards. The air compressor is connected to the frame, and can generate high-pressure air which is used for controlling an air cylinder or the vibrator on the feeding machine. The material water flushing system can generate and store high-pressure water which is used for driving the fodder in the spraying pipe to be thrown outwards or driving the vibrator to operate.

The invention discloses an abalone culture feeding system with an operation platform and a weighing device, which comprises a culture pond, a culture cabinet, a crane and a feeding machine. The wheeltread of one large vehicle running device in the crane is pressed on a workshop track on the ground of the workshop where the culture pond is positioned to run, the wheel tread of the other large vehicle running device is pressed on the workshop track above a bearing rail beam to run, and the bearing rail beam is connected with a bracket of a workshop upright post; the culture cabinet is arrangedin the culture pond, the culture cabinet is provided with a plurality of culture boxes, and the culture boxes are provided with swing doors; the feeding machine is provided with an operation table; the feeding machine is connected on the crane through a lifting mechanism and runs along with the crane, and the lifting mechanism comprises a folding connecting rod elevator; the crane is provided withthe weighing device, the crane lifts the culture cabinet onto the pond surface of the culture pond and can display the weight of the culture cabinet on the weighing device, and the feeding machine quantitatively feeds the raised culture cabinet through high-pressure gas.

The invention discloses a culture feeding system with a lifter and annular tracks. The culture feeding system comprises a culture pond, culture cabinets, a crane and a feeding machine, wherein wheel treads of cart running devices in the cranes are pressed on workshop rails on rail bearing beams to run; the two rail bearing beams are connected to workshop stand column brackets on the two sides of the culture pond respectively; the culture cabinets are placed in the culture pond; culture boxes are arranged on the culture cabinet; a feeding inlet is formed in each culture box; the annular track is arranged below each crane main beam; the feeding machine is connected to the annular tracks through a lifting mechanism; the lifting mechanism is hoisted by adopting a pulling rope; the pulling ropeis connected with the top part of the feeding machine to form a plurality of hoisting points which are not on the same line; the feeding machine is provided with a water flushing system and a weighing system; the crane lifts the culture cabinet to the surface of the culture pond; and the feeding machine quantitatively feeds the culture boxes in a lifted culture cabinet by using high-pressure water as power.

The invention discloses an abalone cultivating and feeding system with an annular rail and a gate device cultivation cabinet. The abalone cultivating and feeding system comprises a cultivation pond, cultivation cabinets, a crane and a feeding machine, wherein a wheel tread of a cart running device in the crane is pressed on workshop rails on rail bearing beams; two rail bearing beams are independently connected to workshop stand column brackets on two sides of the cultivation pond; the font side surface and the rear side surface of each cultivation cabinet are independently provided with a plurality of cultivation boxes; a feeding hole is arranged on each cultivation box; and each cultivation cabinet is provided with a gate device. When each cultivation cabinet is put in the cultivation pond, the feeding hole is blocked by a gate to be closed, and when the cultivation cabinet is lifted to the pond surface of the cultivation pond, the feeding hole is opened to be exposed; the feeding machine is connected to the annular rail of the crane and operates along with the crane; the feeding machine is provided with a water material flushing system and a weighing system; the crane is provided with an elevation restriction device, the crane elevates the cultivation cabinets to the pond surface, and the feeding machine carries out quantitative feeding on the cultivation boxes elevated to the front side surface and the rear side surface of the cultivation cabinets by taking high-pressure water as impulse force.

The invention discloses an abalone culture feeding system with a lifting mechanism and an annular track. The abalone culture feeding system comprises a culture pond, culture cabinets, a crane, a feeding machine and an air compressor, wherein wheel treads of cart running devices in the crane are pressed on workshop rails on rail bearing beams to run; the two rail bearing beams are connected to workshop stand column brackets respectively; limiting guide columns are arranged in the culture pond; the culture cabinets are placed in the culture pond and arranged on the limiting guide columns in a sleeved mode; a plurality of culture boxes are arranged on each culture cabinet; the feeding machine is connected to the annular track through the lifting mechanism and can operate along the annular track; the air compressor is connected to the feeding machine or the crane; the feeding machine is provided with a water flushing system and a weighing system; the crane is provided with a weighing device; the crane lifts a culture cabinet to the pond surface; the weight of a culture cabinet is displayed through the weighing device; and the feeding machine is used for quantitatively feeding a liftedculture cabinet through high-pressure water.

The present application discloses a breeding and feeding system with a bridge crane and circular rails. The breeding and feeding system with the bridge crane and the circular rails comprises a breeding pond, a breeding cabinet, a crane and a feeder; wheel treads of large vehicle running devices in the crane run on workshop rails on rail bearing beams in a pressing manner, and the two rail bearingbeams are respectively connected to brackets of workshop stand columns on both sides of the breeding pond; the breeding cabinet is placed in the breeding pond; the crane comprises one or more trolleydevices, each trolley device is connected with a circular rail, and the feeder is suspended above the circular rails; the feeder is provided with a weighing system capable of weighing and measuring feeds in a metering nozzle in the feeder; and the crane lifts the breeding cabinet to a pond surface of the breeding pond, the feeder is provided with a water flushing system, and the feeder feeds the lifted breeding cabinet quantitatively through high-pressure water.

The invention discloses an abalone culture feeding system with a plurality of material spraying pipes and annular tracks. The abalone culture feeding system comprises a culture pond, culture cabinets,a crane and feeding machines, wherein wheel treads of cart running devices in the crane are pressed on workshop rails on rail bearing beams to run; the two rail bearing beams are connected to workshop stand column brackets respectively; the culture cabinets are placed in the culture pond; the crane comprises one or more trolley devices; each trolley device is connected with an annular track; thefeeding machine is suspended on the annular tracks; a plurality of material spraying pipes are arranged on the feeding machine and are arranged from bottom to top along the vertical direction of a hopper of the feeding machine; the plurality of material spraying pipes are arranged in one or more rows; and outlets of the material spraying pipes face the same direction; the feeding machine is provided with a water flushing system and a weighing system; the weighing system can weigh and meter a feed in a metering nozzle in the feeding machine; the crane lifts a culture cabinet to the pond surface; and the feeding machine quantitatively feeds the lifted culture cabinet through high-pressure water.

The invention discloses a feeding machine with barometric columns and a lift-drop control mechanism. The feeding machine comprises a frame, a feed bin, feed hoppers, feed spraying pipes, a leaked feedreceiving device and the lift-drop control mechanism, wherein the frame comprises a plurality of the barometric columns; each barometric column comprises a piston rod; the feed bin is connected withand arranged on piston rods located on the frame and can be moved to lift and drop; the feed hoppers are connected with and arranged below the feed bin; each feed hopper is provided with a transparentwindow and a pull handle; a plurality of the feed spraying pipes are connected with and arranged on each feed hopper; the outlet direction of the plurality of the feed spraying pipes is horizontallyand slightly inclined downward; the leaked feed receiving device is arranged below the frame and can collect a feed scattered in the process of feeding; the bottom part of the frame is provided with moving wheels which are universal casters or track wheels with a rim; and the lift-drop control mechanism is arranged below the frame and can control the lift-drop movement of the piston rods.

The application discloses a feeder with a vibrator and a leaked material receiving device. The machine comprises a frame, a material bin, a hopper, material spray pipes, the vibrator, an elevating machine, the leaked material receiving device, an air pressure tank and a water pump. The material bin is connected on the material bin, below which the hopper is connected. The side surface of the hopper is equipped with multiple water discharge pipes connected with the water spray pipes. The bottom of the frame is connected on the elevating machine equipped with a telescopic cylinder. The vibratoris connected on the hopper or connected to the material bin. The leaked material receiving device is arranged below the material spray pipes and connected on the elevating machine. Water flushing pipes of the water spray pipes are connected with a pipeline of the air pressure tank. The air pressure tank and the water pump are connected to the elevating machine. The water pump supplies water to theair pressure tank which is capable of producing and storing high-pressure water. The high-pressure water is taken as a power used for driving the water spray pipes to deliver fodders outside or takenas a power driving the telescopic cylinder to work, or a power driving the vibrator to work, or a power used for driving the leaked material receiving device to automatically scrap material.

The invention discloses breeding and feeding equipment provided with a crane and annular tracks. The feeding equipment comprises the crane and a feeding machine; the crane comprises one or more cart devices, each cart device is connected with the corresponding annular track, each annular track is connected with the feeding machine, and the feeding machine can run back and forth along the annular tracks; the feeding machine is provided with a weighing system, and the weighing system can weight and meter feed in metering nozzles of the feeding machine; the crane is provided with lifting hooks; the feeding machine can run around the lifting hooks in the direction of the horizontal plane, outlets of spraying pipes in the feeding machine always face one sides of the lifting hooks, and the feeding machine can conduct transverse and quantitative feed putting towards one sides of the lifting hooks through high-pressure gas.