771 results about "Vine" patented technology

The invention relates to the technical field of organic fertilizers and planting of watermelons and muskmelons, and provides a special fertilizer for milk irrigated watermelons and muskmelons and a double-stubble planting method for sweetness enhancement of milk irrigated watermelons and muskmelons. The special fertilizer for the milk irrigated watermelons and muskmelons comprises black goat manure, sophora alopecuroide, sesame seed meal, bran, organic fresh milk, brown sugar and zymophyte. The black goat manure is pulverized into powder by a pulverizer, the sophora alopecuroide is pulverizedinto 1 cm to 2 cm, and the ratio of the black goat manure, the sophora alopecuroide, the sesame seed meal, the brans, the organic fresh milk, the brown sugar and the zymophyte is 2700-3200: 80: 50: 150: 5: 1. The double-stubble planting method for sweetness enhancement of the milk irrigated watermelons and muskmelons comprises the following steps: selection of a nursery seedling plate and soil, cleaning and germination accelerating of seeds, soil preparation, transplanting, irrigation, topdressing, shaping and forking of watermelon and muskmelon vines and fruit bearing of the watermelons and the muskmelons. The problems that in an existing watermelon and muskmelon planting process, soil nutrients are damaged due to the fact that chemical fertilizers are used for a long time, and the sweetness of melons is reduced are solved.

The invention provides an IbFLZ9 gene and application thereof in regulation and control of growth of sweet potato vines, and belongs to the technical field of gene engineering and sweet potato breeding. The invention provides an IbFLZ9 gene for regulating and controlling growth of sweet potato vines. The nucleotide sequence of the IbFLZ9 gene is shown as SEQ ID NO. 1. Growth of sweet potato vines can be remarkably inhibited by overexpressing the IbFLZ9 gene, and growth of sweet potato vines can be remarkably promoted by inhibiting expression of the IbFLZ9 gene through a gene knockout technology. A new sweet potato variety which is moderate in vine length and convenient to mechanically harvest can be created by regulating and controlling the expression abundance of the IbFLZ9 gene, and a new gene resource and a new breeding technology are provided for improving the characters of the overground part of the sweet potato.

The invention discloses a line pepper harvester. The line pepper harvester comprises a chassis; the header is arranged at the front end of the chassis and used for harvesting line pepper plants; the first conveying mechanism is arranged on the rear side of the header so as to convey the line pepper plants harvested by the header to the chassis; the vibration separator is arranged on the chassis, is used for bearing the first conveying mechanism, is used for primary separation of the line pepper fruits and fruit seedlings, and is provided with a first seedling discharge port and a first fruit discharge port; the spiral roller is arranged on the chassis, is connected with the first seedling discharge port, is used for secondary separation of the line peppers and the fruit seedlings, and is provided with a second seedling discharge port and a second fruit discharge port; and the fruit collecting device is used for receiving the line pepper fruits discharged from the first fruit discharging opening and the second fruit discharging opening. According to the line pepper harvester, under the condition that pepper fruits and fruit seedlings are effectively separated, the separated pepper fruits are ensured.

The invention discloses a bionic shaddock peel vibration reduction and energy absorption structure and a preparation method thereof, and relates to the technical field of aircrafts, a gradient chiral shaddock structure GCCS comprises a contact layer, a transition layer and a supporting layer, each layer comprises three bionic chiral shaddock structures, the three structures comprise a bionic chiral grapefruit structure-L type, a bionic chiral grapefruit structure-Q type and a bionic chiral grapefruit structure-D type. Three bionic shaddock peel dot matrix structures with porous characteristics and chiral spiral characteristics are created on the basis of a shaddock peel surface microstructure and chiral spiral characteristics existing at tendrils of natural climbing plants; the three bionic chiral grapefruit structures are combined into the gradient grapefruit chiral structure with negative honeycomb gradient change by reference to a macroscopic gradient strategy, and compared with a traditional lattice structure, the gradient grapefruit chiral structure is more excellent in mechanical bearing performance and vibration reduction performance.

The invention belongs to the technical field of agricultural machinery, and particularly relates to a grape vine burying soil cleaning machine which comprises a grape vine burying depth detection mechanism and a portal frame, the grape vine burying depth detection mechanism is arranged on the portal frame, and the portal frame stretches across grape vine ridges and can move in the extending direction of the grape vine ridges. The grape vine burial depth detection mechanism comprises a mounting frame, a detection assembly and a controller. And a plurality of through holes are formed in one side of the mounting frame. The detection assembly comprises a driving part, a pushing plate and a plurality of return springs, the driving part is connected with the pushing plate in the mounting frame, the return springs are arranged on one side of the pushing plate and connected with a probe, the probe can penetrate through the through hole to do reciprocating motion to detect the burial depth of the grape vine, and a displacement sensor is arranged at the first end of the probe and outputs first monitoring data and second monitoring data when the distance is not changed. The controller is electrically connected with the displacement sensor and outputs a grape vine ridge overall three-dimensional boundary model according to data. According to the technical scheme, soil around grape vines can be accurately cleaned, and the grape vines are prevented from being damaged during blind cleaning.

The utility model relates to a supported rock slope greening structure. The method is suitable for the technical field of environmental protection. The technical problem to be solved by the utility model is to provide the green recovery structure for the supported rock slope. According to the technical scheme, the supported rock slope greening structure comprises drip irrigation pipelines which are installed on a slope bedrock face through fixing pieces, arranged in a grid shape and used for irrigating green plants on the slope and providing growth and attachment support for the green plants; the planting holes are formed in the side slope bedrock surface, the planting holes correspond to pipeline nodes of the drip irrigation pipelines, and undershrub plants are planted in the planting holes; the planting frames are arranged on the surface of the side slope, the planting frames correspond to the grids of the drip irrigation pipeline, and climbing plants are planted in the planting frames; the adjusting assembly is arranged in the drip irrigation pipeline and used for controlling an irrigation object of the drip irrigation pipeline.

The invention relates to the field of agricultural planting, in particular to an inflatable water-injection air column type mist cultivation planting groove which comprises a planting groove body and X frames, a groove cover is installed on the upper end face of the planting groove body, groove holes are symmetrically formed in the upper end face of the groove cover in a front-back mode, a plurality of X frames are installed above the groove holes from left to right, and the X frames are connected through transverse rods. A vine climbing net is arranged at the inner side end of the X frame, a laser perforated water hose is arranged at the bottom in the planting groove body, and a liquid supply pipe is installed on the right side end face of the laser perforated water hose. And the phenomena that the black material absorbs heat in the sun, air pressure in the air column rises and explodes, and crop root growth is affected by too high temperature are avoided.

The invention discloses an intelligent pruning system and method for vine crops. The intelligent pruning system comprises a multi-foot moving platform, a two-stage visual positioning module, an obstacle avoidance module, a multi-mode cutting module and a control module. The multi-foot mobile platform adapts to complex terrains, multiple sets of bionic mechanical arms are symmetrically arranged on the top, and collision is avoided through anti-interference cooperation; in the two-stage visual positioning, the coarse positioning identifies a bud flower area based on an HSV color space and transfer learning, and the fine positioning adopts macro vision and an improved YOLOv5 model to realize the pose compensation of the mechanical arm; the obstacle avoidance module generates a three-dimensional point cloud through laser radar scanning, and plans a collision-free path in combination with an adaptive step RRT algorithm. The multi-mode cutting module integrates a piezoelectric sensor, a near infrared spectrum and the like, and a pneumatic cutting tool, a mechanical cutting tool or a laser cutting tool is dynamically switched. The control module coordinates the whole-process operation and supports the shearing and vine swinging modes; the system realizes high-precision identification, self-adaptive cutting and low damage rate, and is suitable for automatic management of vine crops such as grapes and watermelons.

The invention relates to the technical field of agricultural harvesting machinery, in particular to a low-damage mechanical method for synchronously harvesting peanut seedlings and fruits, which comprises the following steps: step 1, dynamically regulating and controlling the clamping force of seedling vines; 2, soil vibration parameter cooperative execution, wherein a vibration parameter combination is matched according to soil physical characteristics, and a vibration shovel is controlled to apply a composite vibration waveform; 3, seedling and fruit differential separation control, wherein the speed ratio of an upper-layer conveying belt to a lower-layer roller of a separation mechanism is set to be larger than 2, and an adjustable buffering check curtain is arranged above the lower-layer roller to control the falling height of fruit pods; 4, damage risk closed-loop correction, wherein the clamping pressure set value and the vibration frequency are synchronously and reversely adjusted according to the fruit drop rate detection result. Various key parameters are dynamically adjusted to accurately adapt to the change of an operation environment, so that the problems of vine clamping, soil adhesion, capsule collision damage and the like are effectively solved, and the peanut harvesting efficiency and the fruit quality are remarkably improved.

The invention discloses a photovoltaic desertification control system constructed by using vine plants and straws. The photovoltaic desertification control system comprises a vine plant wind-resisting sand-fixing barrier and a straw bionic sand-fixing barrier; the vine plant wind-resisting sand-fixing barrier comprises a plurality of vine plant units, and each vine plant unit comprises a vine support, a creeping vine and a climbing vine. The straw bionic sand-fixing barrier comprises a plurality of straws which cover the ground and are inserted into the ground. The mode that the vine plants and the straw are combined for desertification control is creatively adopted, the creeping vines and the root systems of the vine plants have the sand stabilization effect, the vine supports and the climbing vines are used for weakening wind power, the straw can be interwoven with the creeping vines and the root systems, a firm ground sand blocking barrier is formed, meanwhile, the moisture of the vine root systems can be kept, and the water content of the vine root systems can be kept. Growth of vine plants is maintained, the gallery acceleration effect between the plates is inhibited, meanwhile, the integrality and systematicness of wind resistance and sand fixation are enhanced, and the effects of intercepting sand and dust, reducing the sand accumulation thickness of a photovoltaic array area and improving the ecological environment of a field area are achieved on the whole.

The invention relates to a large-scale high-yield and high-efficiency cultivation mode of pumpkins in saline-alkali soil, which adopts a composite modifier to improve the saline-alkali soil, and the composite modifier contains an organic fertilizer, a soil conditioner and a saline-alkali tolerant microbial strain in a specific proportion, so that the soil structure and fertility are effectively improved; a pumpkin variety with a salt-tolerant gene marker is selected, and the salt tolerance and the survival rate of seedlings are remarkably improved by combining a biochar seedling raising technology; through an intelligent drip irrigation system and a precise fertilization technology, the irrigation and fertilization amount is dynamically adjusted according to the growth stage of pumpkins and soil fertility, and the resource utilization efficiency is improved; a disease and pest control method combining physical and biological control is adopted, meanwhile, an S-shaped vine pressing method is combined to promote plant growth, and product quality tracing is achieved through a block chain technology. The problem of pumpkin planting in the saline-alkali soil is effectively solved, the yield and quality of pumpkins are remarkably improved, remarkable economic benefits and ecological benefits are achieved, and a new thought and method are provided for agricultural development of the saline-alkali soil.

The present invention discloses an integrated, automatically controlled cowpea vine-insertion and vine-guiding machine and method. The machine comprises a housing with a wheel hub mounted on it, a frame within the housing equipped with a shovel mechanism that reciprocates with a shovel blade; a delivery mechanism that automatically grips bamboo poles and drives them into the soil loosened by the shovel mechanism; a compaction mechanism that compacts the loosened soil; a vine-guiding mechanism that uses large and small closed circular rings to drive branches and vines around and upward; a knotting mechanism that automatically grips ropes and ties them to the branches and vines; and an opening and closing mechanism for passing cowpea plants through the integrated machine. The present invention implements the soil loosening, pole insertion, compaction, pole winding, and rope tying operations for cowpea vine-insertion and vine-guiding, achieving automated cowpea vine-insertion and vine-guiding operations.

This invention provides a multifunctional adaptive watermelon harvesting robot, including a vehicle body, a recognition and positioning module, and a telescopic push-pull module. The vehicle body is used for position movement; the recognition and positioning module is located at the end of the vehicle body for locating the watermelon's position; the telescopic push-pull module is also located at the end of the vehicle body and includes an upper shovel assembly and a lower shovel assembly. The lower shovel assembly can extend to the ground to scoop up the watermelon, and the upper shovel assembly can move to cut the watermelon vines that have been scooped into it. This invention uses the recognition and positioning module for coarse positioning, combined with the lower shovel assembly to scoop up the watermelon close to the ground, eliminating the need for a lengthy precise positioning process. It can quickly grab the watermelon, and then the upper shovel assembly moves downward to close and cut the vines with the lower shovel assembly. This eliminates the need to search for the vines, quickly removes the vines, ensures the safety of the watermelon, maintains the integrity of the watermelon during harvesting, reduces operation time, and effectively improves the efficiency of watermelon harvesting.

The invention discloses a Yunnan angelica sinensis and white kidney bean intercropping ecological planting method. The method comprises the following steps: (1) seed selection; (2) land selection; (3) soil preparation; (4) compartment arrangement and film covering; (5) sowing and transplanting; (6) field management: a, intertilling and weeding; b, thinning and final singling; c, erecting a frame to guide vines; d, topdressing; e, pipe drainage; (7) pest control; (8) harvesting. The angelica sinensis direct seeding and transplanting and white kidney bean ecological intercropping technology is provided, the economic benefit of the unit land area of the northwest Yunnan high mountain area is improved, leguminous plants have the nitrogen fixation effect, soil improvement is facilitated, the soil ecological environment quality is improved, sustainable utilization of the agricultural environment of the angelica sinensis genuine production area can be achieved, and the economic benefit is increased. The high-quality development of the traditional Chinese medicinal material industry is facilitated.

The invention relates to a high and steep barren rock slope stepped earthing greening ecological regreening system and a construction method thereof. An original barren rock slope line is excavated and cut in a stepped mode to form a stepped slope and a stepped platform, and greening plants are planted on the stepped platform to form a stepped earthing greening system; the step type earthing greening system is composed of vine climbing plants planted on the prefabricated retaining wall arranged on the outer side of the step type platform, arbors planted in the planting grooves and herbaceous plants planted on backfill earthing. The prefabricated retaining wall is fixedly embedded on the outer side of the stepped platform through steel chisels, and a prefabricated concrete plate hanging bag is arranged on the outer side of the prefabricated retaining wall. According to the method, the stability of the side slope is improved, the large-area overall collapse phenomenon is avoided, the flushing effect of rainwater on backfill soil is reduced, the plant survival rate is increased, the work amount is saved, and rapid regreening of the side slope is achieved.

The invention discloses a high-yield planting method for lonicerae flos. The method comprises the following steps: S1, seedling cultivation; s2, transplanting seedlings; s3, pruning branches; s4, erecting a pergola; s5, the rattans are pulled; s6, cultivation management. According to the invention, the revolutionary dynamic V-shaped rotating pergola design is combined with an accurate staged pruning strategy and a space orthogonal traction technology; the problems that in traditional lonicera confusa planting, stress resistance is reduced due to high-frequency pruning, the risk that flower buds are cut by mistake due to view shielding and blind pruning, and canopy closing is caused by a rigid pergola are systematically solved. Finally, the comprehensive targets of enhancing the stress resistance of the plants, remarkably reducing the pruning burden and risk, maximizing ventilation and light transmission, promoting flower bud differentiation and stabilizing and improving the yield are achieved. The core value of the system lies in that static supporting of the pergola is converted into dynamic response, and management intervention of the whole growth cycle is optimized.

The invention provides an integrated combine harvester for tuber crops and onions. The integrated combine harvester comprises a compacting and seedling killing device, a digging and pulling device, a ground breaking and seedling picking device and a packaging device, the compacting and seedling killing device is used for completing preparation work before tuber digging and onion pulling operation, not only can compact soil ridges of tuber crops, but also can cut off seedlings of onions; the digging and pulling device 2 is used for digging tuber crops or onions from soil; the soil breaking and seedling picking device 3 is used for removing impurities difficult to separate in harvested mixtures in the conveying process, the packaging device 4 is installed at the tail of the machine body frame 5 and used for collecting separated tuber crops or onions, packaging the tuber crops or onions and then unloading the tuber crops or onions to the field, and shutdown unloading is avoided while skin breaking damage is reduced. High-efficiency and high-performance harvesting of tuber crops and onions is achieved, meanwhile, the labor cost during harvesting is remarkably reduced, and the economic benefits of farmers for planting tuber crops and onions are increased.

The utility model discloses a tomato cultivation vine frame, which belongs to the technical field of vine frames, and particularly comprises a base plate assembly, a frame body assembly arranged at the top of the base plate assembly, a water supply assembly and a spraying assembly arranged at the top of the water supply assembly, the base plate assembly comprises a cultivation frame, a partition plate is arranged on the inner wall of the cultivation frame, and the spraying assembly is arranged at the top of the water supply assembly. According to the tomato cultivation vine frame, sunlight is not occupied in the multi-plant planting process, hook assemblies are arranged on the inclined supporting rods, the grabbing combining force of tomato vines is increased in the climbing process of the tomato vines, and the climbing process of the tomato vines is smoother and more stable; secondly, a sliding sleeve is arranged on a round rod, so that a spraying plate with nozzles at multiple angles can be adjusted according to the growth height of tomato vines, a water source can fall down from a high position under the condition that irrigation can be guaranteed, cooperation is conveniently carried out under the condition that leaf cooling and leaf surface pollutant cleaning are needed, and the photosynthesis efficiency is prevented from being influenced; vines can climb and grow more easily in tomato cultivation.

The invention relates to the technical field of agricultural cultivation, in particular to a construction method of an improved double-Y tree shape suitable for sightseeing and picking of grapes, the constructed tree shape comprises two vertical trunks which are parallel and adjacent to each other and have a vertical distance of 60-70cm, each trunk cultivates two main vines which extend reversely along the row direction, the included angle between the trunk and the main vines is 90-100 degrees, and the main vines and the main vines are connected in parallel. Fruiting branches are cultivated on the main vines at intervals, and Y-shaped leaf curtains with upper and lower layers of differential included angles are formed; the construction method comprises the five steps of seedling seed selection and field planting, trunk and vine cultivation, fruiting mother branch cultivation, winter pruning and load capacity accurate control, wherein load capacity control achieves standardized operation through target backward pushing, flower and fruit thinning and field regulation and control. Wide-row thin planting is achieved, mechanical operation and sightseeing picking are facilitated, clusters are neat, the ornamental value is high, three-dimensional fruiting can be achieved, the picking period can be prolonged by matching with different varieties, meanwhile, the fruit loading capacity is precisely controllable, the grape yield and quality are effectively improved, and the economic benefit of a sightseeing picking garden is effectively improved; the method is suitable for large-scale popularization and application in the grape sightseeing picking industry.

The application provides a vine transportation and crushing integrated machine, which comprises a conveying and transporting unit, a compression and cutting unit and a collecting unit. The conveying and transporting unit has a conveying part for placing and conveying grape vines. The compression and cutting unit has a sorting space corresponding to the discharging end of the conveying part, and is used for compressing and crushing grape vines entering into the sorting space to form crushed vines. The collecting unit is used for collecting the crushed vines discharged from the compression and cutting unit. The vine transportation and crushing integrated machine can solve the problems of time-consuming, labor-intensive and low work efficiency in the prior art.

The invention relates to a detachable protective sleeve (1) for a plant branch (2), in particular for a vine branch, said sleeve (1) comprising a body (10) configured to be placed around said branch (2) and complementary fixing members (11) mounted on said body (10) and making it possible to fix the body (10) around said branch (2) in a detachable manner, said body (10) being permeable to air and comprising an anti-ultraviolet material. Figure for the abstract: Figure 2

The invention discloses a method for evaluating vine traits of a pueraria germplasm. The method comprises the following steps: S1, taking a pueraria variety to be evaluated as a test germplasm; s2, the test germplasm selected in the step S1 is subjected to continuous experimental investigation for more than two years in more than two different places; s3, investigating stem morphological character indexes; and S4, performing comprehensive evaluation on each pueraria variety according to the stem morphological character index data acquired in the step S3. According to the method, the problem that a special germplasm evaluation method for the kudzu is lacked at present is solved, the characters of various kudzu varieties can be comparable, high-yield and high-quality kudzu germplasm resources can be effectively screened out, and development and utilization of the high-quality kudzu germplasm resources are accelerated.

The invention aims at a mobile robotic platform designed to move between two rows of vegetation, vines in particular, comprising four wheels, a hollow chassis defining a chamber, a platform, configured to close the chamber, a propulsion system housed in the chamber and configured to drive the wheels, said system comprising two traction geared motors, each connected to a pair of wheels, each pair being placed on an opposite side of the chassis and facing each other, at least one battery placed in the chassis, two chain systems, each connecting two wheels of the same pair, placed on the same side of the chassis, and each being configured to synchronize the rotation of the wheels on the same side.

A system for forming trunks of trees, plants, and vines into predetermined letter, word, numerical, and shape configurations having a wire assembly with a guide wire having a predetermined configuration; and a trunk of a predetermined thickness, whereby the trunk is secured to the guide wire, wherein the trunk adopts the configuration of the guide wire as it grows, thickens, and matures. The guide wire is a single continuous wire and is of a predetermined gauge to be shaped into said predetermined configuration. The configuration is a letter, letters, a word, words, a number, numbers, and / or a geometric shape, shapes. The trunk is secured to said guide wire with zip ties that are positioned separated a predetermined distance from each other allowing the trunk to align with the guide wire to adopt to the predetermined configuration.

The utility model relates to the technical field of aquatic plant collecting devices, in particular to an anchor-shaped portable field aquatic plant collector, which can be connected with a mooring rope to collect aquatic plants distant in water, and a plurality of main anchor hooks and auxiliary anchor hooks are arranged at the bottom of a central shaft along the circumferential direction, so that the field aquatic plant collecting device can be used for collecting the aquatic plants. The main anchor hook and the auxiliary anchor hook form a pocket-shaped structure on the periphery of the central shaft, so that aquatic plants with different sizes can be collected. As the tail end of the main anchor hook and the tail end of the auxiliary anchor hook are staggered up and down on the periphery of the central shaft, the main anchor hook is supported in sludge and the auxiliary anchor hook is suspended in water when the anchor hook is located underwater, the resistance of the collector moving forwards underwater is reduced when a mooring rope is pulled, and the anchor hook can be pulled more conveniently; the main anchor hook and the auxiliary anchor hook which are staggered up and down can hook different parts of the rattan of the aquatic plant, so that greater pulling force can be applied to the whole aquatic plant, and the main anchor hook and the auxiliary anchor hook are prevented from intensively hooking the same part of the aquatic plant to cause snap.

The present invention relates to the technical field of skin care products, specifically disclosing an oil-soluble extract composition with anti-allergic and soothing effects and its use. The oil-soluble extract composition with anti-allergic and soothing effects comprises the following components: an extract of the flower, leaf, and vine of Cyperus rotundus, an extract of Dendrobium nobile, an extract of Sapindus mukorossi, an extract of Rosmarinus officinalis, an extract of Calendula officinalis, and a solvent. This composition has the advantage of accelerating skin repair.

The utility model relates to the technical field of trichosanthes kirilowii planting technology discloses a trichosanthes kirilowii planting fixed type cultivation support, including base, the upper surface fixed mounting of base has fixed cylinder, the top of fixed cylinder is connected with the lifting slide rod of sliding, and the lifting adjustment subassembly is arranged between fixed cylinder and lifting slide rod, and the above of lifting slide rod is provided with the climbing net subassembly, the climbing net subassembly includes the U -shaped frame of fixed mounting at the top of lifting slide rod. This trichosanthes kirilowii planting fixed type cultivation support, when the vine is cleaned, through rotating hand wheel, can utilize the screwing of tightening screw rod in the thread sleeve, drives the lower movement of upper climbing net, because the net hole inner wall of upper climbing net and lower climbing net is all made sharp processing, utilizes the dislocation shearing effect of upper climbing net and lower climbing net, can carry out the cutting operation of the vine that winds in the inside of climbing net, thereby can quickly and conveniently remove the vine on the surface of climbing net, is convenient for subsequent to continue planting operation, reduces the labor intensity of staff.

The utility model discloses a separating device for sweet potato harvesting. The separating device comprises a screening mechanism and a driving motor installed on one side of the screening mechanism. A vibrating mechanism and a servo motor mounted in the vibrating mechanism are arranged on one side of the screening mechanism; the screening mechanism comprises traction equipment, one end of the traction equipment is fixedly connected with a connecting seat, and the bottom of the connecting seat is rotationally connected with a hydraulic telescopic rod; wherein the output end of the hydraulic telescopic rod is rotationally connected with a guide plate, one end of the guide plate is rotationally connected with a support, the front side and the rear side of the connecting base are fixedly connected with supporting rods, sweet potatoes can be screened by arranging the screening mechanism, sweet potato vines and a large amount of soil are prevented from being collected together, and therefore the practicability of the device is improved; by arranging the vibrating mechanism, the bracket can be always in a vibrating state, so that the falling of soil blocks is ensured, and the blockage phenomenon of the first conveying frame and the second conveying frame is avoided.

The utility model relates to a high-stability agricultural planting frame, and belongs to the technical field of agricultural planting, the high-stability agricultural planting frame is relatively simple in overall structure, facilitates the growth of vine plants, facilitates the targeted irrigation of the roots of the vine plants compared with the prior art, guarantees the irrigation effect, is relatively good in practicability, and is beneficial to popularization and use, and comprises a main frame; the two connecting pipes are both fixedly installed in the main frame, one end of each connecting pipe communicates with a conveying pipe, and the conveying pipes extend to the outer portion of the main frame through the connecting holes and communicate with a water conveying pipe through a three-way piece; the plurality of atomizing nozzles are correspondingly arranged at the bottom of the connecting pipe; the two mounting plates are fixedly connected into the main frame, connecting frames are fixedly connected to connecting plates of the two mounting plates, and climbing rods are arranged in the connecting frames; and the two supporting assemblies are correspondingly arranged on the outer wall of the main frame.

The invention relates to the technical field of plant cultivation, in particular to a high-survival-rate seedling transplanting method. The transplanting method comprises the following steps: classifying and screening nursery stocks to obtain screened nursery stocks; lifting the screened seedlings according to a preset soil ball diameter to obtain a seedling transport body; loading the nursery stock transportation body into a container containing a pretreated nursery substrate (perlite, dried chicken manure, peat soil, straw and decomposed sweet potato seedlings) to obtain a nursery stock transplanting body; transferring the nursery stock transplanting body into the planting ditch for bed arrangement operation to obtain a nursery stock transplanting bed body; performing early-stage management on the nursery stock transplanting bed body to obtain a nursery stock bed; in the early-stage management, a compound organic fertilizer (rape seed cake, sheep manure, humic acid, wheat straw, bentonite, boric acid, magnesium sulfate, ammonium sulfate, calcium superphosphate, potassium sulfate and water) is used for additional fertilization; transplanting and planting the nursery stock bed to obtain transplanted nursery stocks. According to the method, by constructing a technical closed loop of root system microenvironment restoration, gradient adaptation and precise nutrition, the transplanting survival rate of the seedlings can be effectively increased.