39results about How to "Increase planting speed" patented technology

The seeding positioner device applied to agricultural planters comprising a structure consisted of a rotating seed pusher that directs the seeds to a labyrinth (14) moving in a opposite direction, allowing to control the seed release as the speed the assembly rotates, so that the discharge spacing will be commanded by a gears-driven compartment (22) which directs the seeds to a discharge tube (23), wherein the pneumatic system generates positive air pressure. Thus, the compressed air will push the seed against the soil in order to maintain the perfect line positioning and increasing the planting speed. The seeding positioner device can be driven by an electric motor, a pneumatic motor, a hydraulic motor, a cardan shaft, a pitch chain, or a twisting cable, according to the planter type. In addition, the device constructional shape prevents the seeds from being damaged and loses germination capacity when passing through the mechanism, allowing the equipment to be applied and adapted to work with any seed type.

The invention provides a stereoscopic multi-functional liquid inoculation machine for artificial planting of Cistanche deserticola. The stereoscopic multi-functional liquid inoculation machine comprises a caterpillar tractor and a stereoscopic multi-functional liquid inoculation machine body installed behind the caterpillar tractor. The stereoscopic multi-functional liquid inoculation machine body comprises a gearbox, a seed-liquid stirring device, a spray-sowing device, a hydraulic lifting arm, a furrow plough, a truss, a two-way spiral soil winding device, a soil fixing baffle, a soil dividing and soil covering baffle and sliding rollers. According to the stereoscopic multi-functional liquid inoculation machine, a series of Cistanche deserticola planting work procedures of furrowing, soil feeding, stirring (seed dressing), stereoscopic sowing, fertilizing, spraying of a degradable mulching film and soil covering are mechanically completed; besides, Cistanche deserticola seeds are uniform in sowing depth and are uniformly sown to the host root system inoculation section (the side wall of an inoculation furrow host face) in a sprayed mode, a stereoscopic inoculation film face is formed, and the inoculation section is enlarged, so that the contact probability of seeds and host roots is increased. The stereoscopic multi-functional liquid inoculation machine breaks through the mode of artificial planting and small-scale mechanical planting, and is easy and convenient to use and especially suitable for the large-scale industry production of the Cistanche deserticola.

The invention relates to the field of pepper planting, in particular to a pepper planting device. The pepper planting device comprises a pool and a cultivating mechanism. The cultivating mechanism comprises a first cultivating unit and a second cultivating unit. The first cultivating unit comprises a first support frame and a first partition plate with pores and a first cover unit fixed on the first support frame. The first cover unit comprises a plurality of first cover plates, a gap is formed between the adjacent first cover plates, each first cover plate is provided with a sliding slot, andleakage holes are formed in the slot wall of each sliding slot. The second cultivating unit comprises a second support frame, a second partition plate with pores and a second cover unit fixed on thesecond support frame. The second support frame is arranged on the first support frame in sliding mode, and the second partition plate and the first partition plate are arranged in an intersection mode. The second cover unit comprises a plurality of second cover plates located under gaps, and each second cover plate is provided with a through groove. By means of the technical scheme, the planting device facilitates water storage and is short in carrying distance during pepper seedling planting.

The invention discloses a shipborne deepwater lotus root planter, which is characterized in that a rotational rod is rotationally connected on a long bracket, wherein an upper end of the rotational rod is a rotational driving end and a lower end of the rotational rod is fixedly connected to a shaft of a driving gear. The driving gear and a driven gear are engaged to and matched with each other to form a bevel gear structure. A thread part is arranged on the upper part of a pressing rod, wherein the pressing rod is arranged in a manner that the length direction of the rod is inclined relative to the length direction of the long bracket. A first nut is fixedly disposed on the long bracket. The thread part of the pressing rod is inserted into and is matched with the first nut. A planting pot is in a hollow cylindrical structure, of which one end is opened and the other end is fixedly provided with a second nut. A thread hole of the second nut is communicated with a cylinder chamber of the planting pot. The lower end of the pressing rod is connected to the outer side of the planting pot through a spherical hinge. The shaft of the driven gear is connected to one end of a screw rod through a cardan joint. The screw rod is matched with the second nut through a thread structure. The other end of the screw rod passes through the thread hole of the second nut and is stretched into the cylinder chamber of the planting pot. The shipborne deepwater lotus root planter can be used for planting lotus roots in deep water area in river and lake when being loaded on a ship.

The invention discloses integrated mechanical equipment capable of applying fertilizer for agricultural planting, and relates to the technical field of agricultural mechanical equipment. The integrated mechanical equipment comprises a moving vehicle, wherein a crushing box is arranged at the top of the moving vehicle; a water tank is arranged at the top of the moving vehicle, a mixing box is fixedly connected to the top of the moving vehicle, the water tank is connected with the mixing box through a water outlet pipe, and the crushing box is connected with the mixing box through a dischargingpipe; a liquid outlet pipe is fixedly connected to the side wall of the bottom position of the mixing box, and a plurality of branch pipes are fixedly connected to the side wall of the liquid outlet pipe; and a fixing plate is arranged at the top of one side of the moving vehicle, a placement box is arranged at the top of the fixing plate, and a plurality of mounting holes are formed in the top ofthe fixing plate. The integrated mechanical equipment capable of applying the fertilizer for agricultural planting is reasonable in structure, manual planting, fertilizer applying and soil filling one by one are not needed, so that time and labor are saved, the planting speed is increased, and planting, fertilizer applying and soil filling are integrated.

The invention discloses a shipborne deepwater lotus root planter, which is characterized in that a rotational rod is rotationally connected on a long bracket, wherein an upper end of the rotational rod is a rotational driving end and a lower end of the rotational rod is fixedly connected to a shaft of a driving gear. The driving gear and a driven gear are engaged to and matched with each other to form a bevel gear structure. A thread part is arranged on the upper part of a pressing rod, wherein the pressing rod is arranged in a manner that the length direction of the rod is inclined relative to the length direction of the long bracket. A first nut is fixedly disposed on the long bracket. The thread part of the pressing rod is inserted into and is matched with the first nut. A planting pot is in a hollow cylindrical structure, of which one end is opened and the other end is fixedly provided with a second nut. A thread hole of the second nut is communicated with a cylinder chamber of the planting pot. The lower end of the pressing rod is connected to the outer side of the planting pot through a spherical hinge. The shaft of the driven gear is connected to one end of a screw rod through a cardan joint. The screw rod is matched with the second nut through a thread structure. The other end of the screw rod passes through the thread hole of the second nut and is stretched into the cylinder chamber of the planting pot. The shipborne deepwater lotus root planter can be used for planting lotus roots in deep water area in river and lake when being loaded on a ship.

The invention relates to a support frame, in particular to a garden tree planting support frame. The technical problem is to provide the garden tree planting support frame which can support trees at one time, be simple to operate and can be reused. According to the technical scheme, the garden tree planting support frame comprises a curved inserting pole, first connecting rods, first rotating rods, a curved support rod, a second rotating rod, a second connecting rod, a third connecting rod, a lifting mechanism, a first clamping rod and the like; the first connecting rods are connected to the left and right sides of the top of the curved inserting pole, the two identical first connecting rods are connected to the rear side of the top of the curved inserting pole, and the inner upper portions of the two first connecting rods at the front side are rotatably connected with the two first rotating rods. The frame is pushed forward to enclose tree seedlings by staff so that the curved supportrod can clamp the seedlings, the operation is simple, the trees can be supported at one time, the planting speed can be accelerated, the time and labor can be saved, and frame can be removed for reuse.

The invention relates to a large-scale rapid tree planting device which comprises a throwing shell. The throwing shell is of a hollow columnar structure, the bottom end of the throwing shell is blocked through a tip end, a top opening is formed in the upper portion of the throwing shell, and a filling inner cavity is formed in the throwing shell; and a root outlet hole communicated with an inner cavity of the filling inner cavity is formed in the outer wall of the middle part of the throwing shell. The invention further discloses a tree planting method using the large-scale rapid tree planting device. The large-scale rapid tree planting device has the following beneficial effects that the structural design is simple and reasonable, operation is easy, the large-scale rapid tree planting device is suitable for a soft desert soil environment, the survival rate of tree planting by means of the large-scale rapid tree planting device is equal to the survival rate of artificial tree planting, the planting efficiency is improved by a large margin, earth surface pit digging is not needed, the problems of large workload and low efficiency are solved, the labor amount is reduced, traditional manual planting is replaced, and labor force is reduced.

The invention relates to the technical field of broad bean replanting, in particular to a digging and feeding device for broad bean replanting. It includes a feeding device, the left and right sides of the feeding device are close to the planting device for processing the soil, and the upper side of the feeding device is provided with a driving device for controlling the planting device; the feeding device includes a feeding column, the feeding column There is a feeding cavity inside, and a blanking cavity is opened near the bottom of the feeding column; the planting device includes a first digging mechanism and a second digging mechanism, and both the first digging mechanism and the second digging mechanism include cone holes Shell, one side of the cone hole shell is provided with a soil moving mechanism; the driving device includes a pulling plate matched with the placement groove, and the two ends of the pulling plate are provided with inclined sliding holes, and the pulling plate is arranged inside the placement groove. The invention mainly solves the problem that the soil cannot completely cover the broad beans when the broad beans are planted, and it is necessary to manually cover the soil separately, thereby reducing the speed of replanting the broad beans.

The invention relates to the technical field of broad bean reseeding, in particular to a hole digging and feeding device for broad bean reseeding. The hole digging and feeding device for broad bean reseeding comprises a material passing device, planting devices for treating soil are arranged on the left side and the right side close to the material passing device, and a driving device for controlling the planting devices is arranged on one side of the upper end of the material passing device; the material passing device comprises a feeding column, a feeding cavity is formed in the feeding column, and a blanking cavity is formed in the position, close to the bottom of the feeding column, of the feeding cavity; a planting device comprises a first earth cutting mechanism and a second earth cutting mechanism, each of the first earth cutting mechanism and the second earth cutting mechanism comprises a conical hole shell, and a soil shifting mechanism is arranged on one side of each conical hole shell; the driving device comprises a pulling plate matched with a containing groove, inclined sliding holes are formed in the two ends of the pulling plate, and the pulling plate is arranged in the containing groove. The hole digging and feeding device for broad bean reseeding mainly solves the problems that when broad beans are planted, the broad beans cannot be completely covered with the soil, manual independent soil covering is needed, and broad bean reseeding speed is reduced.

The invention relates to an agricultural machine, in particular to a field planter. It includes the suspension frame installed at the front end of the body, the tire assembly installed on both sides of the body, and multiple detachable or movable transplanting boxes installed on the body. Each transplanting box is equipped with a closing pressure wheel group, the body is also equipped with a power transmission mechanism for transmitting the rotational power generated by the tire assembly to the transplanting box, and each transplanting box is equipped with multiple duckbill inserter assemblies and used to drive The driving mechanism of the duckbill inserter works, and the power transmission mechanism is linked with the driving mechanism. The invention has reasonable structural design, convenient use, replaces manual operation, and can achieve a unified standard for planting vegetable seedling row spacing and planting depth, ensures the survival rate of vegetable seedlings, greatly improves the utilization rate of soil, and enables planting The speed is greatly improved, and the cost of planting is greatly reduced.

The invention discloses a silver flower planting device and a planting method thereof, comprising a vehicle frame, a handle is provided on the vehicle frame, an end of the vehicle frame away from the handle is fixedly connected with a central axis, and two ends of the central axis Each end is movable with rollers, the frame is provided with a placement plate, and the placement plate is fixed with a planting mechanism, the planting mechanism includes a material storage box, and the storage box is fixed on the placement plate, A material guide plate is arranged inside the material storage box, the material guide plate matches the material storage box, and a discharge pipe is arranged under the material guide plate, and the discharge pipe runs through the storage box and the storage box. As for the placement plate, a sealing plug is provided at the end of the discharge pipe away from the material guide plate, and a movable cylinder is provided inside the discharge pipe, and an opening is provided on the movable cylinder. Beneficial effects: putting the seeds into the seed hole and finally backfilling the soil form a one-step process, which reduces the sowing process, reduces manpower, and greatly increases the planting speed.

The invention provides a stereoscopic multi-functional liquid inoculation machine for artificial planting of Cistanche deserticola. The stereoscopic multi-functional liquid inoculation machine comprises a caterpillar tractor and a stereoscopic multi-functional liquid inoculation machine body installed behind the caterpillar tractor. The stereoscopic multi-functional liquid inoculation machine body comprises a gearbox, a seed-liquid stirring device, a spray-sowing device, a hydraulic lifting arm, a furrow plough, a truss, a two-way spiral soil winding device, a soil fixing baffle, a soil dividing and soil covering baffle and sliding rollers. According to the stereoscopic multi-functional liquid inoculation machine, a series of Cistanche deserticola planting work procedures of furrowing, soil feeding, stirring (seed dressing), stereoscopic sowing, fertilizing, spraying of a degradable mulching film and soil covering are mechanically completed; besides, Cistanche deserticola seeds are uniform in sowing depth and are uniformly sown to the host root system inoculation section (the side wall of an inoculation furrow host face) in a sprayed mode, a stereoscopic inoculation film face is formed, and the inoculation section is enlarged, so that the contact probability of seeds and host roots is increased. The stereoscopic multi-functional liquid inoculation machine breaks through the mode of artificial planting and small-scale mechanical planting, and is easy and convenient to use and especially suitable for the large-scale industry production of the Cistanche deserticola.

The invention provides a rapid straw planting device and method for desert highway sand prevention, and relates to the field of sand prevention engineering. The rapid straw planting device for deserthighway sand prevention is used for planting straw bodies on sand. The device comprises a sliding rail, a box body, a sliding plate, a connecting rod, a bearing plate, reflective stripes, an inclinedplate and a turning plate. The box body is arranged at the bottom of the sliding rail and inserted into sand, and the sliding plate is in sliding fit with the sliding rail. According to the rapid straw planting device for desert highway sand prevention, through mutual cooperation of the reflective stripes and light beam transceivers, sliding blocks can be moved to the positions between the reflective stripes conveniently, so that the positioning effect is achieved, and the bearing plate can be aligned with straw conveniently. Through mutual cooperation of a motor, fan blades, the inclined plate, the turning plate, the connecting rod and the bearing plate, the straw is vertically erected, and the lower end of the straw is covered with sand. Therefore, the effect of straw planting is achieved. Manual operation is replaced, the labor intensity of workers is reduced, and the planting speed is increased. Lumbar vertebra diseases caused by long-term continuous stooping of the workers are avoided.