43results about How to "Sowing realized" patented technology

The invention relates to a semi-automatic garlic sower which comprises a hanging mechanism, a garlic seed box feeding mechanism, a seed carrying table, a ditcher, a covering device, a land wheel mechanism, a transmission mechanism and a stander, wherein the garlic seed box feeding mechanism adopts an inclined conveying belt and comprises a synchronous belt, an upper belt wheel, a lower belt wheel, belt wheel shafts and a garlic seed box holding device; land wheels drive the synchronous belt to rotate through the transmission mechanism; multiple layers of seed carrying plates are arranged on the seed carrying table in an inclination manner; seed ditches are formed by the ditcher; along with the rotation of the synchronous belt, a garlic seed box is downwards conveyed along the garlic seed box holding mechanism and is finally steadily put into a seed ditch along a flow guide plate of the ditcher; the garlic seed box is covered with soil through the covering device behind. The semi-automatic garlic sower can realize mechanical sowing with 'root down and tip up' and 'straight planting' of garlic, and single garlic seed sowing is changed into strip sowing, so that the sowing efficiency is improved; furthermore, sowing requirements on different plant spacing and rows can be met according to seed hole distances on the garlic seed boxes and mounting distances of the belt wheels.

The invention discloses a direct rice seeding machine and a planting method for color rice pattern plantation. The planting method comprises the following steps: 1, measuring data: measuring the area,length and width data of a land plot; 2, making a pattern: designing a pattern plane graph and a construction grid chart according to the area, length and width data of the land plot; and 3, seedingrice: determining the seeding time of rice with various leaf colors according to the growth cycles of the rice with different leaf colors, determining the seeding positions of the rice with differentleaf colors according to the construction grid chart, and performing seeding by using direct rice seeding. Seeds of the rice with different leaf colors can be arranged in different seed boxes of everyseeding assembly in order o realize the seeding of the seeds of the rice with different leaf colors, so the seeding efficiency and the seeding precision of the color rice pattern are improved.

The invention discloses a fan assembly of an air-aspiration type planting machine. A fan wheel (26) in a fan (1) is connected with a wheel (10) in a unidirectional automatic clutch device through a ribbed belt (2) in a transmission manner; one end of a negative pressure suction hole (25) in the fan (1) is connected with a negative pressure stabilizer (11), and the other end of the negative pressure suction hole (25) is connected with a planter of the planting machine. By the adoption of the ribbed belt (2), the fan assembly of the air-aspiration type planting machine can change the speed in position at a time; furthermore, the ribbed belt (2) is difficult to slip, so that the transmission efficiency is improved; due to the additional arrangement of the unidirectional automatic clutch device, when a tractor is deaccelerated rapidly during working, the fan can still continuously run under the action of the inert, so that the slip abrasion of the belt is alleviated, and the stability of instant air pressure of the fan is improved; the negative pressure stabilizer (11) is designed in order to realize the stable and high-efficiency planting, so that the fan can be greatly improved during running.

Belonging to the field of agricultural technologies, the invention aims to overcome disadvantages in prior art and provide a seed suction disk with rapid transforming holes able to realize convenient and rapid transformation into different sizes as well as a seeder. The seed suction disc comprises a disk body and a plurality of seed suction holes. The disk body is equipped with several detachableseed suction sheets on one side close to a seed filling chamber, and the other side of the disk body is embed with positioning disks corresponding to the detachable seed suction sheets in position and quantity. Each positioning disk is a magnetic ring provided with a through hole in the center and made of a permanent magnetic material, and the size of the through hole is smaller than sizes of thedetachable seed suction sheets. The detachable seed suction sheets are made of a magnetic induction material at least the external surfaces, and are adsorbed on the surfaces of the magnetic rings. The seed suction holes are positioned on the detachable seed suction sheets, and at least one seed suction hole is disposed within the through hole of a magnetic ring. The seed suction disk of the invention has a simple structure, and can transform the seed suction holes into different sizes and shapes rapidly and conveniently so as to adapt to sowing of different crops.

The invention relates to the field of agriculture, in particular to a rotary tillage ridging sowing and fertilization all-in-one machine. The machine comprises a construction chamber, a loading mechanism, a stirring mechanism, a suction fan, a driving mechanism, an abutting mechanism, a lifting mechanism and a material filter mechanism; a rotating shaft is rotationally connected into a support plate, the rotating shaft rotates and then drives a protrusion on a rotary table to rotate, the purpose that the protrusion pushes a sliding block is further achieved, and then the purpose that a supportcolumn extrudes a protective door is achieved; a second spring retracts, finally the protective door is opened, seeds flow into a material receiving barrel from a seed outlet and flow out of a protection cover finally, seed splashing is avoided, and sowing is achieved; the rotating shaft rotates to drive a protrusion on the other rotary table, and then a jacking pillar rises; a first spring stretches, and then fertilizer in a material barrel can flow into a connecting pipe from a material opening and finally flow into the protection cover; the phenomenon that the effect of the fertilizer is lowered is avoided.

The invention discloses a rice spreading and planting device. The rice spreading and planting device comprises a movable frame, a water spraying unit, a storage unit, a conveying unit, a material pushing reciprocating unit and a power unit. The water spraying unit and the storage unit are both installed on the movable frame; the storage unit comprises a turnover mechanism; the conveying unit is installed at the bottom of the movable frame; the feeding end of the conveying unit is located below the discharging end of the storage unit, and the discharging end of the conveying unit is located below the water outlet end of the water spraying unit; the material pushing reciprocating unit is installed on the movable frame and is in transmission through a second wheel shaft of the movable frame;the power unit is installed at the bottom of the movable frame; and the power output end of the power unit is connected with the power input ends of the conveying unit, the turnover mechanism and themovable frame. During sowing, seeds in the storage unit slide onto the conveying unit, the water spraying unit humidifies the seeds and forwards conveys the seeds to enable the seeds to fall into a sowing field, and when the number of the seeds in the storage unit is smaller than a preset value, the material pushing reciprocating unit moves to push the seeds to a discharging port of the storage unit.

The invention discloses a seeder capable of quantitatively seeding. The seeder comprises a seeder body, a sealing mechanism, a limiting mechanism, a pull rod, a first spring, a first limiting column,a second limiting column, a connecting rod, a shaft sleeve, a drill bit, a power mechanism, a quantitative mechanism, a quantitative sleeve, a metering box, material receiving grooves, material leaking holes, a first limiting groove and a second limiting groove. The seeder has the beneficial effects that the proper metering box is selected according to the size of seeds, then the quantitative sleeve is rotated according to the specific seeding quantity requirement, so that the material leaking holes with the required quantity correspond to the material receiving grooves in the metering box, seeds are quantified, the pull rod is loosened, and the first spring drives the first limiting column to reset, so that the metering box is limited; and then the shaft sleeve is screwed towards the seeder body, the shaft sleeve abuts against the connecting rod to move towards the metering box, so that the second limiting column limits the metering box, the connecting rod drives the metering box to rotate by 180 degrees under the action of the power mechanism, the seeds are poured into the drill bit, and seeding of the seeds is achieved.

The invention discloses an automatic seeder, which comprises a rack, a travel mechanism, a sowing mechanism and a clutch separation mechanism, wherein the travel mechanism, the sowing mechanism and the clutch separation mechanism are arranged on the rack; the sowing mechanism comprises multiple groups of sowing parts connected through a drive shaft; each sowing part comprises a seed distributing mechanism and a clutch plate arranged in a sowing bin; each clutch plate is meshed with the corresponding seed distributing mechanism through a gear; the end part of the drive shaft is connected with an output shaft of a sowing motor; the clutch separation mechanism comprises multiple groups of clutch separation parts corresponding to the sowing parts; each clutch separation part comprises a screwmotor arranged on the rack; the output shaft of each screw motor is in contact with the corresponding clutch plate through a toggle lever; the rack is also provided with a vehicle speed sensor connected with a sowing controller; the sowing controller controls starting and stopping of a sowing operation through driving the sowing motor and the screw motors to act. According to the automatic seeder,multiple sowing parts can independently work, so that starting and stopping of the seeder and automatic sowing are achieved through the sowing mechanism and the clutch separation mechanism.

The invention discloses a potato seeder. The potato seeder includes a seed box and a socket-type seed separating plate, and the socket-type seed separating plate is arranged to be aligned with the lower opening end of the seed box; the potato seeder is characterized in that the portion, corresponding to the lower opening end, of the seed box is connected with a seed guard plate, a set of tooth rings is symmetrically arranged, stirring fingers are uniformly distributed at the top of each tooth ring, the tooth rings are meshed with the surrounding gears respectively, the set of surrounding gearsis symmetrically arranged, the surrounding gears are meshed with the center gears respectively, the center gears are arranged on rotary tables respectively, the opposite sides of the rotary tables are connected with the socket-type seed separating plate, counterbores are formed in the two ends of a central positioning shaft respectively, through holes are formed in the portions, at the bottom ends of the counterbores, of the central positioning shaft, the counterbores are communicated with the through holes respectively, guide rods are arranged inside the counterbores respectively, pressing rods are arranged inside the through holes respectively, the guide rods are vertically connected with the pressing rods respectively, contact feet are arranged at the two ends of each pressing rod andraised inside guide grooves, the end portions of the guide rods extend beyond the central positioning shaft and are provided with thread sections, and the guide rods are in threaded connection with rotary caps. The potato seeder has the advantages of a simple structure, convenient control and high working efficiency.

The invention relates to the technical field of agriculture, and in particular relates to fruit planting equipment. The fruit planting equipment comprises a planting trolley, wherein a seed holding cavity, a fertilizer water cavity, a fertilizing cavity and a pull rod cavity are formed in the planting trolley; a fertilizing pipe and a fertilizer feeding pipe communicate to the fertilizing cavity;a stirring rod is rotationally connected to the wall of the fertilizer water cavity, and a gear is fixed to the stirring rod; a piston is slidably connected in the fertilizing cavity; a pull rod is arranged in the pull rod cavity, and an elastic reset piece is arranged between the pull rod and the pull rod cavity; a rack is arranged at one end of the pull rod; the other end of the pull rod is fixedly connected to the piston; a hydraulic cylinder, a rotating plate and a discharge port are formed in the planting trolley; an elastic corrugated hose is detachably connected to the discharge port; adischarge hole is formed in the rotating plate; the output end of the hydraulic cylinder is hinged to the side, far away from the planting trolley, of the rotating plate; a pull rope is fixed to therotating plate, and the pull rope is fixed to the pull rod; and an earthing plate for earthing is arranged on the bottom surface of the planting trolley. The fruit planting equipment solves the problems in the prior art that earthing and fertilizer water watering cannot be carried out immediately after sowing and the fertilizer water can precipitate easily.

The invention discloses a planting method for interplanting sesbania and wild soybean and a matching fine-seeding fertilizing machine. The planting method comprises steps of wide and narrow lines fine-seeding, one-time fertilizing, chemical weed control, and cradle. The invention further discloses an interplanting fine-seeding fertilizing machine matched with the planting method, which comprises a rack, at least one first seeding assembly, at least one second seeding assembly, and at least one fertilizing assembly. The invention improves the mechanization production degree on the basis of fully using a lower space of the sesbania and an upper space of the wild soybean, provides a highly efficient planting method for interplanting sesbania and wild soybean, achieves efficiency improvement, complete sets of good varieties and method, matching of agricultural machinery and agriculture, and producing ecological harmony, and improves producing efficiency.

The invention provides a novel dry land precision hill-drop planter for rice, and belongs to the field of planter equipment, wherein the novel dry land precision hole-sowing machine is agricultural machinery equipment capable of performing precision sowing, and comprises a seed box, a rack, a seed box through shaft, a connecting frame, a seed metering device, a conveying pipe, a seed taking device, a transmission mechanism, a chain wheel chain, a wheel, a sowing disc, a foot pedal and a support frame. According to the present invention, the novel dry land precision hill-drop planter is the direct-sowing rice sowing machine capable of performing precision sowing, can sow rice seeds, can achieve precise seed taking and sowing, and can solve the problems of non-uniform sowing and waste of seeds due to the incapability of performing precision sowing of the existing planter so as to improve the mechanized level of agricultural production.