19results about "Potato planters" patented technology

This invention discloses a potato mulching planter, comprising a frame and a transmission mechanism. The frame is connected to a tractor via a three-point suspension. The frame is equipped with a rotary tillage and ridging device, a fertilization and pesticide application device, a pipe-laying and mulching device, a seed metering device, and a seed-planting device. The rotary tillage and ridging device includes a rotary tillage component and a ridging component. The fertilization and pesticide application device has a fertilizer pipe positioned in the middle of the rotary tillage component, which delivers fertilizer into the soil layer in the middle of the ridge. The pipe-laying and mulching device lays drip irrigation pipes and film on the ridge. The seed metering device has a seed metering component that sequentially feeds potato seeds into a duckbill-type seed-planting cylinder. The transmission mechanism drives the connecting rod assembly and the duckbill-type seed-planting cylinder to swing back and forth. The duckbill-type seed-planting cylinder pierces the film for seeding. This invention adopts a planting method of first covering the soil with film and then planting in holes on the film. This equipment integrates multiple functions such as rotary tillage, ridging, pesticide application, fertilization, pipe laying, mulching, seeding, and soil covering, greatly improving the efficiency of potato planting.

This invention discloses an intelligent garlic seed posture adjustment device, comprising a feeding module, a posture adjustment module, a vision recognition module, and a drive module. The feeding module is composed of a separable first shell and a second shell, with a feeding port at the top and a guide structure inside, and a discharge hole at the bottom, for receiving garlic seeds and guiding them into the device. The posture adjustment module is rotatably installed inside the shell and has a through-tube cavity for receiving the garlic seeds. The vision recognition module is installed in the shell and is used to capture images of the garlic seed posture within the cavity. The drive module is connected to the posture adjustment module. The vision recognition module determines the orientation of the garlic seed scales and controls the drive module to rotate the posture adjustment module, correcting the garlic seed to an upright posture with the scales facing upwards. If jamming occurs, the shell can be separated for quick cleaning. This invention integrates feeding, recognition, adjustment, and seed dispensing, and has the advantages of compact structure and high correction accuracy.

This utility model discloses a garlic planter with a bud-aligning structure, including a body with a hopper having an inlet and an outlet. The body also includes a directional mechanism located at the outlet of the hopper. This mechanism comprises a directional shovel below the outlet for receiving garlic seed buds and a drive mechanism above the shovel. The area between the shovel and the outlet is a directional space. The body contains a visual detection device for aligning the garlic seed buds towards this space. When the visual detection device detects the orientation of the garlic seed buds, the directional mechanism uses the shovel to guide the buds upwards. This utility model ensures the upright planting rate of garlic seed buds after planting, which is beneficial for the later growth and development of garlic, thus achieving the advantage of upright garlic planting.

The application discloses a modularized yam planting and harvesting machine, which comprises a probe-bag material taking modularized yam planting and harvesting machine for realizing drilling and harvesting grabbing. A power motor rotates a drill bit on a transmission screw rod, at this time, an adjusting platform is pulled up by the transmission screw rod, the adjusting platform pulled up makes four claw arms expand outward, a drill claw module is lowered on a main vehicle body through a transmission module, and the rotating drill bit drills a hole in planting soil, so that the problem that artificial drilling is still needed in the yam planting mode of drilling and bagging planting is solved.

This invention relates to the field of planting device technology, and more particularly to an intelligent planter for garlic cultivation. It includes a frame, a main hopper fixedly connected to the frame, and guide tubes evenly spaced fixed to the main hopper. The frame is equipped with a planting component and a power component. The main hopper is equipped with evenly spaced conveying components for transporting garlic cloves. The conveying components have a conveyor belt, and evenly spaced fixing blocks are fixed to the conveyor belt. A scoop is slidably connected to each fixing block. The main hopper is equipped with evenly spaced arc-shaped grooves. This invention, by using a single main hopper, places all garlic cloves into it, thus avoiding the cumbersome process of adding garlic cloves to multiple hoppers as in existing devices. Simultaneously, the evenly spaced arc-shaped grooves within the main hopper reduce the gap between the garlic cloves and adjacent scoops when they are within the grooves, thereby increasing the probability of the scoops scooping up the garlic cloves.

The utility model belongs to garlic planting technical field especially relates to an experimental device for single grain seed taking and scale bud adjusting of garlic planter, the shaft is ladder shaft, the fixed support is located the top of fixed base, the garlic seed box is fixed on the fixed frame, the baffle is located under garlic falling of seed taking claw, the inoculation box is fixed on the fixed frame, the seed taking speed regulation motor is located the top of base, the chain wheel is four, the seed taking claw has a plurality of fixed on the chain, the seed cleaning grating is fixed on the fixed frame, the adjusting mechanism horizontal adjusting plate is fixed below the base, the adjusting mechanism vertical adjusting plate is fixed on the side of longitudinal connection, the adjusting mechanism, one end is connected with the inoculation box bottom, one end is connected with the adjusting mechanism vertical adjusting plate fixedly. The utility model can realize the effect of single grain seed taking under different rotating speed, and the adjusting effect of experimental adjusting mechanism under different bending, stretching length.

This invention discloses a clamp-type garlic single-seed extraction device and method, relating to the field of garlic planting technology. The clamp-type garlic single-seed extraction device includes a drive shaft, a sprocket, a chain with lugs, a seed box, a clamp-type seed extractor, and a seed extractor opening device. Multiple clamp-type seed extractors are spaced apart on both sides of the chain with lugs and circulate with the chain. The clamp-type seed extractor includes a clamp-type support and a clamp-type clamping component, which are elastically hinged together. The clamp-type clamping component is equipped with a contact rod, and the seed extractor opening device has a track that cooperates with the contact rod. This allows the clamp-type clamping component to open at the seed extraction position to receive the garlic seed, close after leaving the track, and then open again at the planting position to release the garlic seed via a baffle. This invention can improve the stability of single-seed extraction and planting, reduce the rate of duplicate planting and missed planting, adapt to different garlic seed sizes, and has good reliability for continuous operation and application value.

This invention discloses a conjugate eccentric coupling phase-synchronous hole-forming and seeding integrated potato planter with sprouts, belonging to the field of agricultural planting equipment technology. It includes a frame, with a suspension device, a ground wheel device, and a seed box sequentially arranged on top of the frame. The ground wheel device includes a ground wheel, a ground wheel frame, a wheel height adjustment device, a second drive shaft, a first sprocket, and a second sprocket. The ground wheel and the second drive shaft are nested and fixed. The ground wheel frame includes a boss base frame, a base slot, a ground wheel fixing plate, and a ground wheel hexagonal bearing. The first sprocket is fixed to the second drive shaft by a key. The ground wheel hexagonal bearing is located in a circular pipe at the lower front of the ground wheel frame and nested with the first drive hexagonal shaft. The second sprocket is located at the nested connection and forms a chain drive with the first sprocket via a chain to stably transmit power from the ground wheel to the first drive hexagonal shaft. The telescopic rod of the wheel height adjustment device is fixed to the base slot by a pin to achieve ground wheel height adjustment and ensure stable power take-off.

The utility model discloses a kind of potato seeding mechanism for hilly area, the potato seeding mechanism for hilly area includes frame main body and is installed on the frame main body and potato seed storage and sends component, profiling ridging component, field ridge shaping component, machine tool lifting connecting component and boot furrow opener.The utility model's potato seeding mechanism machine is small and exquisite, light in weight, with strong adaptability characteristics;It realizes accurate seed metering using electric seed metering, simultaneously equipped with height-adjustable boot furrow opener, profiling ridging mechanism and field ridge shaping mechanism, can dynamically adjust ridging form according to topography, and flexibly adjust the height and width of ridge in combination with actual agronomic requirement.The utility model's machine tool integration design is prominent, can complete furrowing, ridging, seeding and covering soil etc. Full-process operation once, significantly improves operation efficiency.

Potato planters and associated methods are provided. A potato planter includes a potato seed dispenser operable to dispense a potato seed to a furrow as the potato planter travels along the furrow, a seed sensor operable to sense the potato seed in the furrow, a product applicator operatively connected to the sensor and operable to apply an in-furrow product to an application location in the furrow relative to the potato seed in response to sensing of the potato seed by the sensor, and a camera operable to capture an image of the application location at a time of application of the in-furrow product to the application location.

This utility model relates to the field of ginger planting technology, specifically an adjustable ginger planting machine for young shoots. It includes a frame, with a mounting bracket fixedly installed on the outer wall of the bottom of the frame. A rotating shaft is rotatably installed on the inner wall of the front end of the frame, and a guide wheel is fixedly installed on the outer wall of the rotating shaft. A road wheel is rotatably installed on the inner wall of the end of the frame. A diesel generator is fixedly installed on the top of the mounting bracket, and a bottom gear is fixedly installed on the outer wall of the output end of the diesel generator. A transmission strip is provided between the outer wall of the bottom gear and the outer wall of the rotating shaft. This utility model, through its integrated planting system, eliminates the need for complex hydraulic or electronic control systems found in existing devices. It features a simple structure, low manufacturing cost, and reduces operational difficulty through a fixed spacing plate and gravity-feeding mechanism. It solves the problems of high maintenance costs and the need for professional operation associated with traditional planting machines, making it suitable for small and medium-sized farmers.

The application belongs to the field of agricultural automation, and discloses a ginger seed taking system and method based on a depth camera and a mechanical arm. The system comprises a depth camera, a mechanical arm actuator, a terminal adsorption device, a power supply module, a control communication module and a PC host computer. The depth camera is used to collect images of a ginger seed stacking area. The host computer extracts the three-dimensional pose of a target ginger block by using an instance segmentation model and a spatial positioning algorithm, and controls the mechanical arm based on inverse kinematics to achieve precise seed taking. The terminal adsorption device is composed of an air pipe and an elastic sponge, and is matched with an electric air compressor to generate negative pressure adsorption force. The adsorption control is realized by a USB relay module. The method aims to solve the problems of low efficiency, poor recognition accuracy and high labor intensity of the existing manual seed taking. The method realizes accurate identification, seed taking and direction adjustment and placement of the stacked fresh ginger in the box by the mechanical arm, and is suitable for intelligent seeding and agricultural automatic seed taking scenes.

This invention discloses a garlic seed metering device for a garlic planter, belonging to the field of garlic planting machinery technology. It includes a garlic conveyor chain support structure, a garlic conveyor chain, and a protective cover to prevent garlic seeds from falling. The garlic conveyor chain support structure includes a set of sprockets rotatably connected to the frame of the planting mechanism. The garlic conveyor chain includes a chain and a composite seed scoop, with the composite seed scoops fixed at intervals on the chain. The composite seed scoop includes a seed selection scoop and a garlic receiving guide plate. The cavity of the seed selection scoop can hold one garlic seed. In the seed picking section, the opening of the seed selection scoop faces rearward. The garlic receiving guide plate is located below and behind the seed selection scoop, and its upper surface is the garlic seed receiving surface. The garlic seed receiving surface smoothly transitions to the lower inner wall of the cavity of the seed selection scoop, and the garlic seed receiving surface slopes downward from the rear end to the front end to form a garlic seed introduction channel, guiding the garlic seed into the cavity of the seed selection scoop. It features a compact structure, low energy consumption, and effectively avoids missed and repeated planting of garlic seeds.

The utility model discloses a kind of garlic seeding machine garlic seed delivery structure, including machine body, hopper is equipped on the machine body, inlet and outlet are provided on the hopper, orientation delivery structure is equipped on the machine body at the outlet of the hopper and planting structure is located at the lower side of orientation delivery structure, the orientation delivery structure includes two respectively setting at the outlet of hopper both sides and can relatively close or far apart shutter, the planting structure includes the rotating seat that can be relatively machine body vertical rotation and at least one rotating connection in the delivery unit of rotating seat far from the side of axis center, when delivery unit rotates to the position just below of being close to the lower end of two shutters, two shutters open, garlic seed in two shutters falls to delivery unit inside.The utility model has the advantages that initial state can be transferred to planting final state without damage to garlic scale bud upwards, so as to ensure the sowing effect and final yield quality of garlic seed.

A planter suitable for block seeds that relates to agricultural seeding machinery includes a frame, a fertilizing tank, a fertilizing box, a seeding mechanism, a control mechanism, a seed box, a ridging mechanism, land wheels, a seeding furrower, a fertilizing furrower, a seed-clearing mechanism, and a replanting mechanism. The fertilizing furrower, the fertilizing tank, the fertilizing box, the seeding furrower, the land wheels, the seeding mechanism, the control mechanism, the seed box, and the ridging mechanism are mounted in turn from one end to an opposite end of the frame. A photoelectric sensor of an active infrared intrusion detector is adopted to dynamically monitor the presence of seed potatoes on a seed-discharge spoon in a conveying process. Seeds are replanted with the control mechanism when the seeds are sowed with an empty spoon.

The application discloses a potato planter, and aims at solving the problems of high labor cost, low operation efficiency, poor planting precision and the like of traditional potato planting. The planter mainly comprises a seed box, a rotating device, a seed taking spoon, a land wheel, a furrow opener, a suspension frame, a soil covering device and a liquid delivery tank. The suspension frame is connected with external traction equipment, and the land wheel provides walking power for the whole machine and transmits power for the rotating device; the rotating device drives the seed taking spoon to rotate, the seed taking spoon extends into the seed box to take seeds and arrange the seeds; the furrow opener opens a seed furrow in front, and the soil covering device completes soil covering at the back; the liquid delivery tank is communicated with a seed delivery pipeline, and synchronous liquid delivery during seeding is realized. Through cooperation of various components, the application realizes orderly operation of the whole process of potato planting, reduces labor intensity, improves planting precision and efficiency, guarantees growth basis of seed potatoes, and is suitable for large-scale potato field planting scenes.

The present application belongs to the field of agricultural planting technology, especially potato side sowing machine, which aims to solve the problem of lack of fixation, covering, pressing and film covering process of existing potato in the ditch side wall, which needs manual operation. It includes a frame and a bearing plate arranged on the frame. A front mechanism is arranged at the bottom of the bearing plate near the traction connecting ear. The front mechanism includes two conical wheels and a ditching disc, which is used to form a V-shaped ditch on the ridge in the field. The inside of the bearing plate is provided with a seeding mechanism, which includes a spiral pipe connected to the top of the storage tank. The seeding mechanism is also provided with a power assisting mechanism, which uses magnetic force to drive the gas into the spiral pipe through the gas tank and the piston plate, so that the seed potato can be embedded in the side wall of the V-shaped ditch. The bottom of the bearing plate is provided with a burying mechanism behind the seeding mechanism. The side sowing machine is mainly used for planting potato seed potatoes on the side wall of the ditch, and completing the subsequent burying and film covering operation.

The application discloses an electrically-driven array garlic normal-bud seeder, which comprises a general framework, a driving wheel, a driven wheel, a driving motor, a control box, a planting device and a seed taking device above the planting device are installed on the general framework, the seed taking device and the planting device are driven to move by a power output shaft, the planting device comprises an array planting cylinder, an array garlic seed guide cylinder is arranged in the seed taking device, when the seed taking chain is driven to move, elastic seed taking claws catch garlic seeds in a seed taking box, the elastic seed taking claws release the garlic seeds into the guide cylinder when reaching the upper end of the garlic seed guide cylinder, after the garlic seeds fall into the guide cylinder, the direction of the garlic seeds is adjusted by a scale bud towards adjusting pipe and then the garlic seeds fall into an opening and closing cone hopper, the planting cylinder is driven to move up and down by a planting cylinder mounting base, the planting cylinder is inserted into soil downwards when moving downwards, the opening and closing cone hopper is opened under the driving of a cone hopper opening and closing control line, the garlic seeds enter into the soil, and the seeding is completed. The electrically-driven array garlic normal-bud seeder can complete the simultaneous planting of multiple rows and multiple columns of garlic at one time, and the seeding efficiency is improved.