42results about How to "Quick unboxing" patented technology

The invention discloses a culture cabinet with drawer type culture boxes. The culture cabinet comprises a cabinet frame and culture boxes, wherein a plurality of frame chambers in horizontal rows andvertical columns are arranged in the front side surface or the front and rear side surfaces of the cabinet frame; the edge of the upper part of the frame opening of each frame chamber is provided witha lock catch; adjacent frame chambers in the cabinet frame communicate with each other; the upper surface of the cabinet frame is sealed by a sealing plate; the upper part of the cabinet frame is provided with at least a lifting lug; the lower parts of the left and right side surfaces of the cabinet frame are each provided with a guiding block, or the left and right side surfaces of the cabinet frame are each provided with a guiding groove in a vertical direction, or no guiding blocks or guiding grooves are arranged; a culture box is horizontally inserted and mounted in each of the frame chambers and can be drawn to move in and out; each culture box can be locked by one corresponding lock catch; the shape of each culture box is an upper-opened drawer type box body; all side surfaces of each culture box are each provided with through holes; the front side surface of each culture box is provided with a feeding inlet; the periphery of each feeding inlet is provided with tapered one-way thorns; and the tapered tip end of each one-way thorn faces toward the interior of one corresponding culture box.

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 an overwater aquaculture feeding system with an annular track and a weighing feeder. The overwater aquaculture feeding system comprises an aquaculture pond, an aquaculture cabinet, a crane and the feeder. Wheel treads of a cart running device in the crane are pressed on workshop rails on rail bearing beams during running, and the two rail bearing beams are connected to brackets of workshop stand columns respectively. Limiting guide columns are arranged in the aquaculture pond, the aquaculture cabinet is placed in the aquaculture pond and arranged on the limiting guide columns in a sleeving mode and can move up and down; multiple aquaculture boxes are installed on the front side face and the rear side face of the aquaculture cabinet; feeding openings are formed in the aquaculture boxes; and one-way thorns are arranged around the feeding openings. The crane is provided with a plurality of trolley devices, each trolley device is connected with an annular rail, anda feeding machine is hung on the annular rail; the feeding machine is provided with a water flushing system and a weighing system; the crane lifts the aquaculture cabinet to the pond surface of the aquaculture pond; and the feeding machine quantitatively feeds a feed into the aquaculture boxes on the front side face and the rear side face of the lifted aquaculture cabinet with high-pressure wateras power.

The application discloses an aquaculture feeding system with a leg bracket, including aquaculture ponds, at least one aquaculture cabinet, a crane and a feeding platform. A wheel tread of a cart running device at one side in the crane runs, pressing on a workshop track of a workshop floor where the aquaculture ponds are located, a wheel tread of a cart running device at the other side in the craneruns, pressing on a workshop track on a rail-bearing beam, and the rail-bearing beam is connected to a bracket of a workshop upright column; the at least one aquaculture cabinet is placed in the aquaculture ponds, and the at least one aquaculture cabinet is equipped with a plurality of aquaculture boxes in horizontal rows and vertical columns; the feeding platform is connected with the crane to be operated along with the operation of the crane; and when hooks on the crane lifts the at least one aquaculture cabinet to the surfaces of the aquaculture ponds, the operator on the feeding platformgrabs the feed manually to feed the aquaculture boxes on the at least one aquaculture cabinet.

The invention discloses an on-water culture feeding system with a gate device. The on-water culture feeding system comprises a culture pool, a culture cabinet, a crane, feeding platforms and feeding machines, wherein the wheel treads of large vehicle running devices in the crane are pressed to run on workshop tracks; two workshop tracks are distributed at two sides of the culture pool and arrangedon the ground of a workshop where the culture pool is located; the culture cabinet is placed into the culture pool; the front side surface of the culture cabinet is provided with a plurality of culture boxes; each culture box is provided with a feeding inlet; and the culture cabinet is provided with the gate device. According to the invention, when the culture cabinet is placed into the culture pool, feeding inlets are blocked to be closed by a gate; when the culture cabinet is lifted onto the pool surface of the culture pool, the feeding inlets are opened and exposed; the feeding machines are arranged on the workshop where the culture pool is located; a feed can be added into feed bins arranged on the feeding platform through the feeding machines; the feeding platforms are connected withthe crane to run with the crane; lifting hooks on the crane lift the culture cabinet onto the pool surface of the culture pool; and operators on the feeding platforms respectively and manually graspa feed for feeding to the culture boxes arranged on the culture cabinet.

The invention discloses an ashore breeding and feeding system with high-pressure gas flushing feeding machines. The feeding system includes breeding ponds, multiple breeding cabinets, lifting machinesand the feeding machines. The breeding ponds are formed in different workshops on a shore, the workshops in which the breeding ponds are formed are provided with feeding areas, and the feeding machines are placed in the feeding areas; each breeding pond is internally provided with the corresponding lifting machine, and the breeding cabinets are placed on lifting platforms of the lifting machines,ascend to the surfaces of the ponds from the interiors of the breeding ponds along with the lifting platforms and move to the feeding areas through workshop passages or movable trolleys or breeding cabinet passages beside the breeding ponds; each feeding machine is provided with a lifting mechanism, a high-pressure gas distribution system and an adjustable measurement nozzle, and the adjustable measurement nozzles can be used for adjusting the discharge amount of feed which is about to be discharged by the feeding machines. The feeding machines adopt high-pressure gas as power to carry out quantitative feeding on the breeding cabinets in the feeding areas.

The invention discloses a land abalone culturing feeding system. The system comprises a culturing pond, a culturing cabinet and a lifting and lowering machine; the culturing pond is arranged under theground of a workshop; the edge of the culturing pond is provided with a workshop walk paths one or more lifting and lowering machines is installed in the culturing pond, and a lifting and lowering platform in the lifting and lowering machine can perform up and down lifting and lowering in horizontal planes between the bottom and surface of the culturing pond; one or more culturing cabinets are placed on the lifting and lowering platform; moving wheels are arranged at the bottom of the culturing cabinet; the culturing cabinet is lowered into culturing water in the culturing pond to perform culturing, and the culturing cabinet is lifted to the surface of the pond from the culturing pond; an operator moves the culturing cabinet onto the workshop walk paths to feed, or the operator feeds by grabbing feed to the culturing cabinet on the lifting and lowering platform, or the operator feeds the culturing cabinet which is moved to the workshop walk path or the lifting and lowering platform through the feeding machine.

The invention discloses an abalone culture feeding system with a hanging running mechanism, comprising a culture pond, a culture cabinet, a crane and a feeding table; a cart running device in the crane can run along workshop tracks above the culture pond, the wheel treads of the cart running device are suspended above the workshop tracks, and two workshop tracks are suspended and fixed under a workshop roof beam; the culture cabinet is placed in the culture pond, the culture cabinet is provided with a plurality of culture boxes, and each culture box is provided with a swinging door; the feeding table is connected below a lifting mechanism, the wheel of the hanging running mechanism above the lifting mechanism is suspended on a hanger track and can run, two hanger tracks are connected in parallel below a hanger, and the hanger is connected to the crane; and a hook on the crane lifts the culture cabinet to the pond surface of the culture pond, and an operator on the feeding table feeds the culture boxes on the culture cabinet by manually grasping feed.

The invention discloses a breeding feeding system with a vibrator and a feeding machine having a feed guiding tongue. The breeding feeding system comprises a breeding pond, a breeding cabinet, a craneand the feeding machine. The wheel treads of cart running devices in the crane are pressed on workshop tracks on track bearing beams to run, and the two track bearing beams are connected to workshopupright post brackets on the two sides of the breeding pond respectively. The breeding cabinet is placed in the breeding pond. A trolley device in the crane is connected with an annular track and an anti-tipping device, and the feeding machine is hung on the annular track. The feeding machine is provided with the feed guiding tongue and the vibrator which can control the feed flushing speed. The feeding machine is provided with a water flushing system and a weighing system, the weighing system can weigh and measure feed to be discharged from the feeding machine, and the water flushing system provides high-pressure water. The crane lifts the breeding cabinet to the pond surface of the breeding pond, and the feeding machine quantitatively provides feed for the front side face and the rear side face of the breeding cabinet with the high-pressure water as power.

The application discloses an abalone culture feeding system with multiple lifting-mechanism feeders. The abalone culture feeding system comprises culture ponds, culture cabinets, the feeders and a hoist, wherein wheel treads of cart running gears of the hoist press and run on workshop tracks on two track-bearing beams, and the two track-bearing beams are separately connected to workshop upright column brackets at two sides of the culture ponds; numerous culture tanks are arranged on both the front and back side faces of each culture cabinet and are provided with feeding ports, unidirectional burrs are arranged at peripheries of the feeding ports, the culture cabinets are placed in the culture ponds, and the feeding ports face to workshop walkways; the hoist comprises a plurality of bogie devices; the bogie devices are used for hoisting the culture cabinets to surfaces of the culture ponds; the feeders are separately arranged on the workshop walkways at two sides of the culture ponds and can rise, fall and walk and are provided with weighing systems, lifting mechanisms and water rinsing systems; and the feeders perform quantified feeding on the hoisted culture cabinets by taking high-pressure water generated by the water rinsing systems as power.

The invention discloses a shore breeding feeding system with drawer type breeding boxes and a gate device. The shore breeding feeding system comprises a culture pond, a breeding cabinet and a crane; vehicle wheel treads of a cart running device in the crane press workshop rails on rail bearing beams for running; and the two rail bearing beams are respectively connected to stand column brackets atthe two sides of the culture pond. The breeding cabinet is placed in the culture pond; a plurality of breeding boxes are horizontally inserted into the front side face and the rear side face of the breeding cabinet; each breeding box is provided with a feeding port; and the periphery of each feeding port is provided with conical one-way thorns or non-conical one-way thorns. The breeding cabinet isprovided with a gate device; when the breeding cabinet is placed in the culture pond, the feeding ports are blocked and closed by the gate; when the breeding cabinet is lifted to above the pond surface of the culture pond, the feeding ports are opened and exposed. The crane is used for lifting the breeding cabinet to above the pond surface of the culture pond, and operators at a pond side of theculture pond or on the pond surface of the culture pond grab feed by hands or manually take feed by using tools, and then feed the feed into the feeding ports of all the breeding boxes in the breedingcabinet.

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 invention discloses a cultivating and feeding system with an annular rail and a movement wheel feeding machine. The 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 toworkshop stand column brackets on two sides of the cultivation pond; the cultivation cabinets are put in the cultivation pond; each cultivation cabinet is provided with a cultivation box; each cultivation box is provided with a feeding hole; the feeding machine is provided with a weighing system and is connected to the crane through the annular rail; a leakage material receiving device is arrangedbelow the rack of the feeding machine, can collect feed which scatters in a feeding process, and can automatically scrape scattering materials into a collection box; the rack is provided with an operating floor and an object placement platform; the bottom of the rack is provided with movement wheels; the crane elevates the cultivation cabinets to the pond surface of the cultivation pond; and thefeeding machine carries out quantitative feeding on the cultivation boxes elevated to each side surface in the cultivation cabinets by taking high-pressure water as impulse force.

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.