826results about How to "Improve seeding efficiency" patented technology

Methods are provided for producing a bioscaffold from natural tissues by oxidizing a decellularized tissue to produce a bioscaffold having pores therein. The pore size and porosity is increased to better accommodate intact cells so that live cells can better infiltrate and inhabit the bioscaffold. The bioscaffold may be freeze-dried or lyophilized, sterilized and (optionally) aseptically packaged for subsequent use. A further aspect of the present invention is a bioscaffold produced by the processes described herein. Methods of treatment using the bioscaffold as a graft or as a biomedical implant for implantation are also provided. Also provided are methods of seeding a bioscaffold with mammalian cells, wherein the seeding carried out either in vitro or in vivo, and wherein a bioscaffold produced as described herein is utilized for said seeding.

The invention relates to a large-size sapphire crystal growing furnace. A seed crystal mounting room is arranged above a heating barrel; a vacuumizing assembly is communicated with the heating barrel; an inner cavity of the heating barrel is a sealed cavity; a hoisting motor is arranged above a bracket; a hoisting straight-line guide rail is arranged inside the bracket below the hoisting motor and is connected with the hoisting motor through a shaft coupler; the hoisting motor rotates to drive a slide block in the hoisting straight-line guide rail to hoist; a rotary motor fixing seat is arranged on the hoisting straight-line guide rail and is connected with the slide block in the hoisting straight-line guide rail; the rotary motor is mounted on the rotary motor fixing seat; a seed crystal mounting rod is connected with the rotary motor; an upper furnace cover and a lower furnace cover are respectively arranged at upper and lower ends of a double-layered water cooling barrel to form a sealed cavity; a crucible is arranged in the cavity and a heating system is arranged at the outer side of the crucible; and a seed crystal mounting rod stretches into the crucible of the heating barrel. The device disclosed by the invention realizes automatic control and operation, improves the seeding efficiency and enhances the seeding effect; and a large-size sapphire crystal can be produced by the large-size sapphire crystal growing furnace.

The invention provides a directional sowing device for long seeds. The device comprises a rack, an aperture disk conveyor, a seed groove, a seed absorbing and arranging unit and a direction regulating unit, wherein the rack is used for bearing the aperture disk conveyor; the aperture disk conveyor is used for conveying an aperture disk provided with multi-row aperture holes; the seed groove is arranged above the aperture disk conveyor on the rack, and is used for accommodating the long seeds to be sown; the seed absorbing and arranging unit is arranged above the aperture disk conveyor on the rack, and is used for absorbing a plurality of long seeds from the seed groove and placing into the direction regulating unit; and the direction regulating unit is arranged above the aperture disk conveyor on the rack, and is used for performing a direction regulating process on the plurality of long seeds and placing the seeds into one row of aperture holes of the aperture disk. According to the provided directional sowing device for the long seeds, the plurality of long seeds are absorbed each time through the seed absorbing and arranging unit and are placed into one row of aperture holes of the aperture disk at the sowing position after the direction regulating process by the direction regulating unit to finish the directional sowing in one row of aperture holes, so that the sowing efficiency is improved.

The invention discloses an automatic seedling tray seeding assembly line. The seeding assembly line is sequentially fixed with a seedling tray upper tray device, a substrate laying device, a precision roller sowing device, a spraying device, a substrate covering device, and a seedling tray stacking device. A seedling raising tray is placed above the seedling raising tray upper plate device, and the seedling raising tray is pushed to the sowing line along the conveyor belt. The working efficiency of the assembly line of the present invention is 10 times that of the traditional artificial seedling raising mode, reduces the labor cost by two-thirds, and can significantly improve the quality of seedling raising. The operation is simpler, the work efficiency and quality are higher, the commonality of parts is better, the reliability and safety are higher, and the market prospect is very broad.

The invention discloses an air-suction-type seed sowing device for a seeding machine. The air-suction-type seed sowing device comprises a seed pickup device. The seed pickup device comprises a shell, a cover plate and a seed storage plate. A motor is arranged on one side of the cover plate. The output shaft of the motor stretches into the shell. A seed sowing disc is installed on the part of the output shaft in the shell. A plurality of seed suction ports I are arranged in the seed sowing disc. A seed outlet is arranged in the bottom of the shell. A seed inlet pipe is arranged on one side of the cover plate far away from the shell. A seed inlet is arranged in the cover plate. A sealing cover device is installed on one side of the shell far away from the seed inlet pipe. The sealing cover device comprises a boarding I. A baffle I is arranged on the boarding I. An air outlet I is arranged on the baffle I. An air damper corresponding to the position of the seed suction ports I which are arranged at the lowest position of the seed sowing disc is arranged in the boarding I. The air-suction-type seed sowing device additionally comprises a monitoring and control system which is used for monitoring whether the seed suction ports I suck seeds in real time and controlling the motor. Since the air-suction-type seed sowing device is driven by the motor, the defect that a floor wheel slips in the prior art is avoided, the situation of miss seeding can be automatically detected and the seeds can be replenished in time.

The invention discloses a tray seeder with self-cleaning suction nozzles. The tray seeder comprises a frame unit, a holing system unit, a seeding system unit and a control system unit, wherein a conveyer belt transmission device pulled by a stepping motor is arranged on an upper end face of the frame unit; the holing system unit is provided with a holing supporting beam which stretches across frame main girders; a group of holing heads are arranged on each row of holing beam; a seeding beam connecting rod is fixed between a pair of swing arms of a swing mechanism of the seeding system unit; at least one row of seeding beams are fixed on the seeding beam connecting rod; a row of self-cleaning suction nozzles are arranged on the lower side of each row of seeding beam; a vibrating seed tray for accommodating seeds is arranged below the self-cleaning suction nozzles; the control system unit comprises a control box, a group of air-operated solenoid valve components, a group of photoelectric sensors, photoelectric sensor reflectors matched with the photoelectric sensors, and a sensor contact block fixed on a swing shaft of the seeding system unit; and the control system unit controls the start/stop of electric parts of each unit. By the tray seeder, the seeding efficiency and seeding precision can be improved, and high quality and high yield of seedlings are guaranteed.

The invention discloses a pneumatic blockage-preventing and seed-leakage-free plug seedling and precision seed arrangement method and device. A piston block detection switch is adopted for detecting seed leakage and blockage of a suction nozzle in seed sucking unit parts of a precision seed arrangement device and controlling the movement of a multi-suction nozzle seed sucking system. Seed sucking unit parts on the multi-suction nozzle seed sucking system are arranged corresponding to positions of holes in a seedling plug, and each seed sucking unit part is provided with a piston block detection switch; a piston block is in a middle balance position when not working, and when a pneumatic force changes, a piston movement relative to an air chamber is generated, and thus a corresponding switching function is realized. When the suction nozzles do not suck seeds, the pressure in the suction nozzles is a smaller negative pressure, the piston block does not move, and a leak-suction-preventing switch is turned on; when a pressure force in each hole after the suction nozzles suck the seeds is a larger negative pressure, the piston block downwards moves, and a normal seeding switch is turned on; when seeds are discharged at a positive pressure, the suction nozzles cannot discharge the seeds due to blockage, the piston block is forced to upwards move, and a blockage-preventing switch is turned on. The pneumatic type blockage-preventing and seed-leakage-free plug seedling and precision seed arrangement method and device are capable of realizing blockage-preventing and seed-leakage-free fine-sowing processes of all suction nozzles, and can be applied to accurate sowing of plug seedling.

The invention discloses a vibrating type paddy planter which mainly comprises a rack with a walking device, wherein a seeding device is arranged on the rack; the seeding device comprises a seed box, a horizontal seed guide plate and an intermittent seeding mechanism; the horizontal seed guide plate is fixed on the rack through a vibrator; multiple seed guide slots are formed in the horizontal seed guide plate; one end of the seed guide slot is connected with the seed box through a falling hopper, and the other end is connected with the intermittent seeding mechanism; the intermittent seeding mechanism comprises a seed guide pipe and a seeding stop tongue which can be intermittently opened; the seed guide pipes and the seed guide slots are in para-position connection to realize discharge of paddy seed buds; the seeding stop tongue is arranged in each seed guide slot; the seed guide slot is started or stopped through the intermittent mechanism. The vibrating type paddy planter disclosed by the invention has the advantages of relatively small overall volume and high sowing precision, is flexible and convenient to use, avoids mechanical damage to the buds and effectively improves the sowing efficiency.

The invention discloses an automatic bowl plate feeding mechanism on a rice seeding production line, which comprises a crank mechanism, a rocker, a connecting rod, a rack, a sliding block, gear racks, two cams, a first gear, two mechanical arms, two gear rack push rods, a pair of second gears, two manipulators, a reinforcing rod, a pair of third gears, two two-sided gear racks, two pairs of fourth gears and two paws, wherein a crank of the crank mechanism drives the rocker to swing, so that the sliding block does reciprocation motion, and further, the mechanical arms can swing back and forth; the gear rack push rods are arranged in the mechanical arms, and slide relative to the mechanical arms, one ends of the gear rack push rods are contacted with the cams, and the gear racks on the other ends of the gear rack push rods are meshed with the gears on the mechanical arms; the pair of gears which are coaxial are meshed with the two-sides gear rack, and the manipulators are driven to open or close; and the crank rotates by a cycle, the mechanical arms rotate by a certain angle, at a bowl plate stacking position, the manipulators grab a bowl plate, then the mechanical arms rotate back to an initial position, and the manipulators loose the bowl plate and place onto a seeding production line, so that the manual operation can be reduced, and the mechanical seeding efficiency can be improved.

A multifunctional sowing and fertilizing laminator comprises a frame (8), a soil scraper (14) arranged in front of the frame and used for flattening land, a ground wheel (9) arranged in front the frame, a gear box arranged on the frame, a box power input and a transmission device; a ditching and fertilizing device is arranged in the front of the frame, the rear part of the frame is provided with a film and soil laminating device and a sowing device, and the laminator also comprises a drug spraying device. Soil covering is carried out before adopting the laminator, the laminator is suitable for dry and wet soil, and can realize multi-row sowing, the row number and the row spacing can be adjusted, and the laminator can be made to realize four-row sowing or six-row sowing, is suitable for many crops, and has a high multi-row sowing efficiency. The laminator has many uses, realizes one time completion of sowing, fertilizing, laminating, drip irrigation pipe laying and drug spraying, is an all-in-one machine very suitable for plastic film mulching cultivation, and can realize cultivating work through installing an intertill device and dismounting the sowing and soil covering devices.

The invention relates to the technical field of seeding, and discloses an astragalus seeding machine, which comprises a frame, wherein a seeding pipe is fixedly connected on the frame; a feeding holeis arranged on the seeding pipe; the seeding pipe is threaded with a plowing rod; a drill bit is arranged on the plowing rod; the drill bit comprises two drill plates hinged at the end part of the plowing rod; the end parts of the two drill plates are butted against each other, and a wedge block is hinged at the end part of the seeding pipe; a cavity is formed in the plowing rod, a through hole isformed in the plowing rod, a water tank and a piston cylinder are fixedly connected on the frame, a piston is slidably connected in the piston cylinder, a piston rod is fixedly connected on the piston, the plowing rod is provided with a sliding groove in the axial direction of the piston rod, the end part of the piston rod is slidably connected in the sliding groove, an air bag is fixed on the frame, a pressure valve is arranged between the air bag and the seeding pipe, one side of the piston cylinder communicated with the water tank is communicated with the cavity, the other side of the piston cylinder is communicated with the air bag, and a first one-way valve is arranged between the piston cylinder and the air bag. According to the invention, the plowing, fertilizing and watering can be carried out before seeding, and favorable conditions for the growth of the seeds are improved.

The invention relates to a self-propelled potato ridging and fertilizing planting machine which comprises a fertilizer box arranged on a rack, a seed box and a fertilizing and seeding device arranged on the fertilizer box and the seed box. The self-propelled potato ridging and fertilizing planting machine is characterized in that walking wheels are arranged at two sides of the rack, and a depth adjusting wheel is arranged on the lower portion of the front end of the rack. The lower portion of the rack of the rear end of the depth adjusting wheel is sequentially provided with a rotary tillage device, a fertilizing pipe, a seeding pipe and a ridging device from front to rear. The rack of the rear end of the ridging device is provided with a press wheel, and a plough is fixed at the front end of the fertilizing pipe or the seeding pipe. A diesel engine and an operation hand rail are arranged at the rear end of the rack. A power output belt wheel on the diesel engine is connected with a drive wheel of the rotary tillage device through a transmission chain, a drive chain wheel is arranged on a fixed shaft of the walking wheels, and the drive chain wheel is connected with the fertilizing device and the seeding device through a transmission chain. According to the technical scheme, the self-propelled potato riding and fertilizing planting machine can finish planting procedures of rotary tillage, ridging, planting, fertilizing, pressing and the like at one time.

The invention provides an automatic seeding device for yellow peach planting, and belongs to the technical field of fruit tree planting. The automatic seeding device comprises a soil storage cylinderand an annular pressing plate fixedly arranged at the bottom of the outer side of the soil storage cylinder, wherein a supporting plate is fixedly arranged at the edge of the upper part of the annularpressing plate, and a top plate is fixedly arranged at the upper part of the supporting plate. The embodiment of the invention has the advantages of good seeding effect and high seeding efficiency; aconical body for storing yellow peach seeds can be formed at the bottom of a drill rod through the arrangement of material blocking pieces; after the material blocking pieces move to a preset depth of a soil layer, a material guide cylinder can be pressed down, and the material guide cylinder is used for driving the material blocking pieces to expand outwards, so that the yellow peach seeds are smoothly put into holes, and automatic sowing of the yellow peach seeds is achieved; soil formed during drilling can be temporarily collected through the soil storage cylinder and is refilled into theholes in cooperation with reverse rotation of a subsequent spiral plate, and thus automatic soil burying of the yellow peach seeds is achieved.

The invention relates to a precision hill-drop planter for rice. The precision hill-drop planter for the rice comprises a rack, and at least one group of grain feeding and setting area, at least one group of counting and screening area, at least one group of rotary transmission area and at least one group of funnel grain outlet area which are installed on the rack from top to bottom, wherein eachgrain feeding and setting area comprises a feeding hole, a slide setting plate and a grain feeding brush, the slide setting plate is arranged in an inclined way, the feeding hole is formed above the upper end of the slide setting plate, and the grain feeding brush is positioned above the lower end of the slide setting plate; the counting and screening areas are positioned under the grain feeding brushes; each counting and screening area comprises a counting induction area arranged at the upper end, and a screening control area positioned at the lower end; the rotary transmission areas are positioned under the screening control areas; each group of the rotary transmission area comprises two transmission plates which are installed side by side, and rotating shafts of the transmission platesare horizontally arranged.

The invention relates to a movable bin single-seed precision hill seeder and belongs to the technical field of a movable bin hill seeder. A plurality of seed falling ports (23) are uniformly distributed on the outer periphery of a roller (2). The roller (2) and an end cover (16) are buckled into one whole body and are arranged on a plate shaft (10) through a bearing (9). One end face of the roller (2) is provided with a switching device for a nozzle (1). A plurality of seed supplementing spoons (17) are uniformly distributed on the inner wall of the end cover (16) in a ring-shaped shape. A discharge plate (3) is arranged in the roller (2). A seed plate (4) is buckled inside the discharge plate (3). A cavity between the discharge plate (3) and the seed plate (4) is a seed charging bin (11). A cavity between the discharge plate (3) and the end cover (16) is a seed storage bin (14). The end face of the discharge plate (3), which is close to the seed storage bin (14), is provided with a seed inlet (21) and a seed overflowing port (19). A seed charging mechanism (18) is arranged in the seed charging bin (11). The movable bin single-seed precision hill seeder has the advantages of functions of automatically feeding, overflowing and cleaning seeds, accurate seeding capacity, no cavity, strong practicality and the like.

The invention discloses a corn seedling device capable of uniformly discharging kernels for agricultural planting. The corn seedling device comprises a vehicle plate, and is characterized in that Y-shaped mounting racks are formed in the middle of the two sides of the bottom part of the vehicle plate; the bottom parts of the two-sided inner walls of the two mounting racks are connected with wheelsthrough bearings; the top inner walls of the two mounting racks are provided with brush hairs; the one-sided outer wall of the left-sided mounting rack positioned at the bottom of the vehicle plate is provided with a second driving motor; the left side of the bottom part of the vehicle plate is provided with two ditching rods; the bottom parts of the two ditching rods are provided with shaving gears which are distributed equidistantly; a material distribution bin is arranged in the middle of the bottom plate of the vehicle plate; and a material distribution bulge is formed in the middle of the bottom inner wall of the material distribution bin. The corn seedling device disclosed by the invention has the advantages that corn kernels can be effectively prevented from being blocked, kernelsare discharged uniformly, the phenomena that operation personnel cannot conveniently walk after sowing or the seeds are trodden and exposed are avoided, and integration of ditching, sowing, soil covering and irrigation is realized, and thus, the sowing operation efficiency is improved, and the corn seedling device has a rainwater collection function so that water resources are saved.