32results about How to "Precision planting" patented technology

The invention relates to a dislocation type corn planting method and a reciprocating flashboard type seed and fertilizer sowing machine. The reciprocating flashboard type seed and fertilizer sowing machine comprises a seed box, a seed sowing pipe and a furrowing blade are arranged below a bottom plate of the seed box; a translational flashboard with a seed taking hole is arranged on the upper part of the bottom plate of the seed box; a closed isolation chamber is arranged above a seed sowing opening positioned at the bottom of the seed box and the flashboard; and the contact position of the lower part of a front wall plate of the isolation chamber and the flashboard is provided with a fur brush and a seed sowing press plate. The front end of the reciprocating flashboard type seed and fertilizer sowing machine is provided with a fertilizer box, a fertilizer sowing pipe, the furrowing blade and a fertilizer flashboard, wherein the fertilizer box is similar to a seed-metering device; the fertilizer flashboard and the seed flashboard are connected with same bearing and eccentric wheel together; and a drive shaft of the eccentric wheel is connected with a travelling wheel through a chain. In the dislocation type corn planting method, accurate mutual alternating sowing of seeds and fertilizers is carried out by using the reciprocating flashboard type seed and fertilizer sowing machine, the seeds are sown into adjacent rows in a dislocating way so that dislocating cavities positioned on the two adjacent rows are distributed in a triangular shape, and 2-5 seeds are sown into each cavity. The planting mode has the advantages of time and labor saving, reasonably enhanced planting density, lodging resistance, vigorous growth and sufficient solar thermal utilization of water fertilizers and can generally increase the yield of corns by more than 20-50 percent.

The invention discloses a novel insertion-type effective automatic seeding machine, which comprises a connection frame, a gear reducer motor, an operation handle fixedly mounted at one end of the connection frame, a seeding device mounted at the other end of the connection frame, a storage battery mounted on the seeding device, a mobile device fixedly connected onto the seeding device, a seeding head mechanism connected to the seeding device, and a control switch mounted on the operation handle. The gear reducer motor, the storage battery and the control switch jointly form a series circuit via leads, the seeding head mechanism pushes earth to a left direction while being inserted into the earth, the seeding device is enabled to move rightwards intermittently, a user controls a forward direction of the seeding device via manually controlling the operation handle, the operation is simple and convenient. The novel insertion-type effective automatic seeding machine has simple structure, reasonable layout, and high practicality.

The invention discloses a wheat narrow row line tilling seeding machine. The seeding machine comprises a seed box. The side wall of the seed box is fixedly connected to a suspension frame. The lower end of the seed box is provided with a plurality of seed release ports. The lower end of the seed box is fixedly connected to a plurality of seed release pipes. Each seed release pipe is mutually cooperated with the seed release ports. Each rotation shaft passes through the side wall of each seed release pipe. Each rotation shaft is rotatably connected to the seed release pipes. The side wall of each rotation shaft is fixedly connected to a seed release wheel. The side wall of each seed release pipe is provided with an intermittent motion device. The lower end of each seed release pipe is fixedly connected to a seed conveying pipe. A groundbreaking shovel sleeves the side wall of each seed conveying pipe. In the invention, a single-chip microcomputer is used to control the rotation of a motor, and the seed release wheels are controlled to control the falling speed of seeds so as to achieve the purpose of accurate plantation; the requirement of ''line adding without grain increase'' is realized; the height of the groundbreaking shovel is convenient for adjusting; and a tilling depth is easy to control and the germination rate of the seeds is increased.

The invention relates to a greenhouse planting management system based on internet of things, belong to the field of agriculture, including an acquisition module, a processing module and an executionmodule, wherein the acquisition module, the processing module and the execution module are connected with each other through the network module, the acquisition module comprises an acquisition moduleprocessor and a temperature sensor connected with the acquisition module processor, an air humidity sensor, a PH sensor, an illumination sensor, a CO2 sensor, a temperature sensor, a runoff sensor, aleaf temperature sensor, a soil moisture sensor, a soil temperature sensor, a vision sensor and a video surveillance. The system can acquire various environmental parameters planted in real time and the growth status of crops, and can process and transmit all data to the management personnel, and the management personnel can process the data in time when the situation occurs.

The invention discloses a spinning punch transplanter which includes a frame, a driving device, a seedling dropping device and a punch device, wherein the driving device, the seedling dropping deviceand the punch device are mounted on the frame; wheels are arranged at the bottom of the wheels; the power output of the driving device is connected with the wheels and the power input end of a punch head; the front end of the frame is used for bearing a seat of a seedling dropping people, and handles used for pushing the frame by hands of the people are arranged at the rear end of the frame; a seedling dropping outlet of the seedling dropping device corresponds to the bottom of the punch device, so that seedlings are dropped to caves caved by the punch device. According to the invention, the driving device and the punch device are mounted into a whole by the frame, and the driving device drives the punch device to move to movably cave the furrow slice of a ridging body, so that the spinning punch transplanter has the advantages of simple structure, convenience in use, high working efficiency, safety and reliability.

The invention discloses a green planting mobile device for garden greening, which comprises a first base and an adjusting device installed on one side of the first base. The green planting mobile device for landscaping further comprises a counterweight device arranged in a first base, a sliding device arranged on one side of the first base, and a grasping device arranged above the sliding device.The first base is provided with a controller, and the controller is fixedly connected with the first base. The invention has the advantages of simple structure and strong practicability.

The invention relates to a mini-sized multifunctional mini-tiller which comprises a walking device, a depth limiting device, a rotary tillage device, a gear shifting box, an engine and a control handle. The walking device comprises two walking wheels which are arranged at the two sides of the gear shifting box in a bilateral symmetry mode. The engine is arranged on the gear shifting box. The rotary tillage device is arranged in front of the gear shifting box. The control handle is arranged at the rear of the gear shifting box. The depth limiting device is arranged ahead of the rotary tillage device. A speed change mechanism, a gear shift mechanism and a planetary differential mechanism are arranged in the gear shifting box. The engine transmits power to the gear shifting box through a clutch wheel and a belt. A gear changing handle and a clutch handle are connected to the gear shifting box. A throttle control key and a switch button control key are arranged on the control handle. By means of the gear shifting handle, the clutch handle, the throttle control key and the switch button control key, the mini-tiller is controlled to carry out walking, depth limiting and rotary tillage operation. The mini-tiller has the advantages of being simple in structure, convenient to operate, safe, efficient, capable of adapting to different plots, and wide in application range.

Provided is a planter that is capable of accurately planting bulbs. In the planter (1), an open / close drive unit (83) is equipped with a pair of left and right drive arms (120, 120) that are rotatably supported by both the left and right sides of a rotating body frame (27), have the outsides thereof each projecting outwards from the left and right ends of said rotating body frame (27), and rotate by touching a pair of left and right cam bodies (181, 181); and a linking mechanism that links the aforementioned pair of left and right drive arms (120, 120) and a hole-opening unit (82).

The invention relates to a dislocation type corn planting method and a reciprocating flashboard type seed and fertilizer sowing machine. The reciprocating flashboard type seed and fertilizer sowing machine comprises a seed box, a seed sowing pipe and a furrowing blade are arranged below a bottom plate of the seed box; a translational flashboard with a seed taking hole is arranged on the upper part of the bottom plate of the seed box; a closed isolation chamber is arranged above a seed sowing opening positioned at the bottom of the seed box and the flashboard; and the contact position of the lower part of a front wall plate of the isolation chamber and the flashboard is provided with a fur brush and a seed sowing press plate. The front end of the reciprocating flashboard type seed and fertilizer sowing machine is provided with a fertilizer box, a fertilizer sowing pipe, the furrowing blade and a fertilizer flashboard, wherein the fertilizer box is similar to a seed-metering device; thefertilizer flashboard and the seed flashboard are connected with same bearing and eccentric wheel together; and a drive shaft of the eccentric wheel is connected with a travelling wheel through a chain. In the dislocation type corn planting method, accurate mutual alternating sowing of seeds and fertilizers is carried out by using the reciprocating flashboard type seed and fertilizer sowing machine, the seeds are sown into adjacent rows in a dislocating way so that dislocating cavities positioned on the two adjacent rows are distributed in a triangular shape, and 2-5 seeds are sown into each cavity. The planting mode has the advantages of time and labor saving, reasonably enhanced planting density, lodging resistance, vigorous growth and sufficient solar thermal utilization of water fertilizers and can generally increase the yield of corns by more than 20-50 percent.

The invention discloses an auxiliary seedling tape and a transplanting device for garlic planting, comprising a seed tape, the seed tape has a long strip structure with a trapezoidal cross-section, and the top of the seed tape is provided with an opening along its axial direction. The width of the cross-section gradually expands from the top open end to the bottom away from the open end, forming a strip-shaped cavity with an open top, and the cavity is used to accommodate the soil matrix embedded with garlic seeds; the upper end is set with a small width and the lower end With a wide trapezoidal cross-section structure, the soil matrix is ​​restricted by the two sides after compaction and is not easy to loosen, and the small opening will block the garlic seeds, preventing the garlic seeds from coming out of the seed belt, reducing the shortage of garlic seedlings, Chance of seedlings.

The invention discloses a narrow row tillage seeder for wheat, which comprises a seed box, a suspension is fixedly connected to the side wall of the seed box, a plurality of seed discharge ports are arranged at the lower end of the seed box, and the seed box A plurality of seeding tubes are fixedly connected to the lower end of each seeding tube, each of the seeding tubes cooperates with the seeding port, and a rotating shaft runs through the side wall of each of the seeding tubes. The seed pipes are rotatably connected, the side walls of each of the rotating shafts are fixedly connected with a seed wheel, the side walls of each of the seed pipes are provided with intermittent motion devices, and the lower ends of each of the seed pipes are A seed delivery pipe is fixedly connected, and a soil breaking shovel is sheathed on the side wall of each of the seed delivery pipes. The invention uses a single-chip microcomputer to control the rotation of the motor, thereby controlling the seeding wheel to control the speed of the seeds falling, thereby achieving the purpose of precise planting and realizing the requirement of "increasing rows without increasing grains". The height of the soil breaking shovel is easy to adjust, and the plowing depth is easy to control. Can increase seed germination rate.

The invention belongs to the technical field of cutting devices, and particularly provides a pneumatic extrusion type an automatic an efficient and accurate controllable sugarcane seed cutting machine. The pneumatic extrusion type an automatic an efficient and accurate controllable sugarcane seed cutting machine comprises a supporting plate with supporting legs, a cutting knife and a reciprocatingdriving device; the supporting plate is further provided with a sliding chute, a sliding block is arranged in the sliding groove, one end of the sliding block is connected with the reciprocating driving device, and the two sides of the other end are respectively provided with a first cutting knife and a second cutting knife; a seed outlet and a fixing block are sequentially arranged on the supporting plate at the outer side of the end part of the sliding chute, the two sides of the fixing block are respectively provided with a third cutting knife and a fourth cutting knife, the edge of the third cutting knife and the knife edge of the first cutting knife are opposite to each other, and the left and right of the third cutting knife and the knife edge of the first cutting knife are staggered from 0.2-0.6 mm, the edge of the fourth cutting knife and the knife edge of the second cutting knife are opposite to each other, and the left and right of the fourth cutting knife and the knife edgeof the second cutting knife are staggered 0.2-0.6 mm; and the cutting edges of the first cutting knife, the second cutting knife, the third cutting knife and the fourth cutting knife are arc-shaped or dovetail-shaped. The technical field of the cutting knives respectively cut the sugarcane from the two ends, so that the cutting efficiency of the sugarcane can be improved, the squeezing of the cutting knife on the sugarcane can be reduced, and the germination rate of the sugarcane can be improved.

The invention discloses a green plant mobile device for landscaping, which includes a base one and an adjustment device installed on one side of the base one; the green plant mobile device for landscaping also includes a counterweight device arranged in the base one, A sliding device arranged on one side of the base, and a grasping device arranged above the sliding device; a controller is provided inside the base one, and the controller is fixedly connected to the base one. The invention has the advantages of simple structure and strong practicability.

The invention relates to a pneumatic impact type inclined transplanting type cassava planting machine. The pneumatic impact type inclined transplanting type cassava planting machine comprises a rack,two intermediate shafts, a cross coupling, two pneumatic element placing plates, a three-point suspension device, two integrated seed metering systems, a fertilizer feeding system, two land wheel systems, two pneumatic impact circuit units and two oscillating pneumatic circuit units. The object of the invention is to provide a pneumatic impact type inclined transplanting type cassava planting machine which is suitable for big-ridge double-line planting of cassava, and aims at improving the high-quality rapid planting of cassava and efficient harvesting in a later stage. By adopting the cassavaplanting in a pneumatic impact mode, a series of complicated planting processes such as trenching, seed cutting and soil covering can be avoided; by adopting the integrated seed metering systems, uniform seed metering and precise planting of cassava can be achieved; and by utilizing the oscillating pneumatic circuit units for oscillating a cassava seed case, the blockage caused by stem segments of cassava seeds can be effectively prevented.

The invention discloses a garlic planter and a garlic planting method thereof. Holes are drilled by a hole punching machine, garlic seeds are dropped from a garlic barrel onto a belt transmission mechanism, and the belt transmission mechanism transports garlic seeds to a garlic screening and turning device through a vibrating cylinder; The garlic screening and flipping device screens the garlic seeds, drops the unqualified garlic seeds into the garlic storage bag, and then recognizes the size of the qualified garlic seeds, and adjusts the identified small-headed garlic seeds to the large-headed ones by turning them over The conveyor chain device transports the two garlic screening and turning devices that have completed garlic seed screening and size head identification and adjustment to the bottom of the planting mechanism, and at the same time transports the two garlic screening and turning devices that do not contain garlic seeds to the bottom of the two vibrating cylinders ; The sowing mechanism sows the qualified garlic seeds into the cave. The invention realizes the automatic selection of suitable garlic seeds, and automatically plants the garlic into the soil with the head of the garlic facing downwards and the garlic sprouts facing upwards.

The invention discloses a fruit and vegetable weight calculation method and device based on a smart planter. The fruit and vegetable weight calculation method includes: obtaining a multi-dimensional graph of a crop in a smart planter, and generating a crop model based on the multi-dimensional graph of the crop, wherein the crop model Contains the distribution information of the fruit; obtains the unit density information of each fruit detected by the weight detection sensor; establishes the mapping parameters between the unit density information and the fruit position according to the initial position and / or movement track of the weight detection sensor; according to the mapping parameters and the crop model to determine the weight of each fruit in the crop model. The method of the present invention can determine the actual position of each fruit on the crop model (i.e. the actual growing crop), and can also calculate the weight of each fruit. On the one hand, it can guide people to pick the fruit whose weight reaches the standard, and increase the yield. The factors that affect fruit weight can also be determined through big data analysis to guide people to plant correctly.