977 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 an existing anchoring and shotcreting side slope ecological restoration technology and method with shrub planting as the core, a side slope vegetation hole environment improving device and a hole filling layered structure design are included, and the side slope vegetation hole environment improving device is mainly composed of a conical threaded drill bit, a connecting rod, a motor, a metal connecting hose, a pressure storage tank and an air compressor. The motor provides power for penetration of the gas injection needle head, and the air compressor provides power for injection of the plant nutrient solution; the vegetation hole layered structure comprises a bottom water retention layer, a base fertilizer layer, a nutrient soil layer and a surface covering layer; environment improvement is conducted on the vertical and horizontal directions of the planting holes through an environment improvement device, local dominant shrubs are planted in the planting holes, and local dominant vine plants are planted at the top of the slope to comprehensively and ecologically protect the slope; comprising the following steps: step 1, investigating and surveying plant communities and analyzing slope stability; step 2, slope vegetation hole environment improvement; 3, planting hole construction; and 4, slope top vine plant ecological slope protection construction is carried out.

The invention discloses a mechanical structure reliability evaluation method based on a hybrid R-Vine Copula model, and the method comprises the steps: firstly, selecting an optimal R-Vine tree type according to sample data by employing an AIC criterion and the basic definition of an R-Vine tree type, employing a hybrid Pair-Copula function for the first layer of R-Vine tree type to improve the sample adaptability, employing Clayton, Gumbel and Frank Copula functions to construct a hybrid Copula function, and employing a Pair-Copula function to construct a Copula model; calculating a weight coefficient and a dependent parameter of the mixed Pair-Copula function by using an expectation maximization algorithm; a subsequent tree type is constructed by adopting a single Pair-Copula function, so that the optimal balance between the calculation efficiency and the calculation precision is achieved, and the optimal construction based on the mixed R-Vine Copula model is completed; and finally, solving the reliability index and the failure probability of the structure based on a mixed R-Vine Copula model in combination with an improved first-order second-order moment method.

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.

A greenhouse environment control and field management integrated system comprises an irrigation system, an aerial fog system, a conveying pipeline and a sensing control system. According to the utility model, various agricultural production management such as irrigation, pesticide application, ventilation, heating, dehumidification, cooling and the like can be carried out according to the growth requirements of crops, a frame is provided for hanging vine crops such as tomatoes, cucumbers and the like for supporting, and meanwhile, wind power can be provided for solanaceous crops for pollination. The system is high in integration level and rich in function, the greenhouse space can be effectively saved, the crop production efficiency is improved, the labor amount in the production process is reduced, and help is provided for intelligent management and control of facility agriculture.

The invention discloses a trichosanthes kirilowii Maxim fruit maturity detecting and picking device based on machine vision, and relates to the technical field of agricultural picking, the trichosanthes kirilowii Maxim fruit maturity detecting and picking device comprises a support, a rotating seat is fixedly arranged at the bottom of the support, a multi-axis mechanical arm is fixedly arranged at the top end of the rotating seat, and a vine cutting box is fixedly arranged at one end of the multi-axis mechanical arm; the device comprises a vine shearing box, scissors are arranged in the vine shearing box, a picking basket is arranged below the scissors, two rotating rods are symmetrically and rotationally arranged on the two sides of the picking basket, an arc-shaped plate is fixedly arranged between the two corresponding rotating rods, gears are fixedly arranged on the surfaces of the rotating rods, and an adjusting assembly for adjusting the rotating rods is arranged between the two gears. The snakegourd fruit picking device has the beneficial effects that snakegourd fruits can be rapidly and accurately placed in the collecting frame, efficient and smooth transfer from picking to collecting of the snakegourd fruits is achieved, the overall picking progress is remarkably accelerated, the time cost is greatly saved, and the picking efficiency is improved.

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 discloses a cucumber planting climbing frame, and relates to the technical field of crop climbing devices. The climbing device structurally comprises a supporting stand column, a horizontal supporting beam, a reel, a climbing rope, a vine cleaner and a driving motor. The horizontal supporting beam is installed on the two supporting stand columns. The reel is installed on the two supporting stand columns through mounted bearings. A row of climbing ropes are installed on the reel in the length direction of the reel in a penetrating mode. The vine cleaner is mounted on the horizontal supporting beam; the driving motor is installed on the supporting stand column and used for driving the reel. The requirement for repeated use is considered through the structural design of the climbing frame, and the driving motor can control the reel to reel all the climbing ropes, so that a site can be quickly cleaned after harvesting is finished, and preparation is made for planting in the next season; due to the rapid installation design of the vine cleaner and the cleaning device for the tiny attachments on the surface of the steel wire rope, the installation and maintenance of the whole climbing frame become simple and rapid.

The utility model discloses a vine climbing frame for grape planting, which relates to the technical field of planting frames and comprises a support frame, two groups of deflection support mechanisms, a cross rod and a climbing vertical rod. The multiple deflection supporting mechanisms are divided into two sets, and the two sets of deflection supporting mechanisms are fixed to the two corresponding sides of the supporting frame respectively. The two sets of deflection supporting mechanisms each comprise an installation assembly and a deflection rod, and the installation assemblies are fixed to the supporting frame. The multiple deflection rods are arranged at equal intervals in the height direction of the mounting assembly, and one ends of the deflection rods are sequentially and rotationally connected to the mounting assembly. The number of the transverse rods is multiple, and the two ends of each transverse rod are fixed to the other ends of the deflection rods corresponding to the deflection supporting mechanisms respectively. One end of each climbing vertical rod is fixed to the side rod, parallel to the length direction of the transverse rod, of the supporting frame. Grape vines at the tops of the grape vines can be ensured to be dispersed and unfolded, the distance between branches and leaves of the grape vines is increased, the covering rate of the branches and leaves on the grape vines is reduced, and the light receiving area is increased.

The invention relates to the technical field of wall greening, in particular to a device for greening a wall by using vines, which comprises a steel wire mesh fixedly connected to the wall, and a plurality of cultivation assemblies for planting and cultivating the vines are arranged on the steel wire mesh; the cultivation assembly comprises an annular cultivation pipe, the annular cultivation pipe is fixedly connected to the steel wire mesh, and a plurality of openings are formed in the annular cultivation pipe; the outer side wall of the annular culture tube is fixedly communicated with a Z-shaped supporting tube, one end, far away from the annular culture tube, of the supporting tube is communicated with a liquid storage bottle, and a bottle opening is formed in the top of the liquid storage bottle; the outer side wall of the liquid storage bottle is fixedly connected with an annular bracket; an annular sliding groove is formed in the side wall of the annular support, a plurality of driving blocks are arranged in the annular sliding groove in a sliding fit mode, and steel wire ropes are fixedly connected to the side walls of the driving blocks. A traction assembly for pulling the steel wire rope is arranged on the annular culture tube. The system is used for dynamically guiding the climbing path of the vines, so that the distribution of the vines on the wall body is more uniform.

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.

1. The name of the product of this design: plant stand. 2. Purpose of the product of this design: used for planting plants and supporting plant vines. 3. The design key point of this appearance design product lies in the shape. 4. The picture or photo that best illustrates the design points: three-dimensional picture.

The melon and fruit planting frame convenient to build comprises a supporting rod and further comprises inserting rods and adjustable supporting mechanisms arranged on the inserting rods in a sleeved mode, the inserting rods penetrate through the supporting rod and are fixedly connected into the supporting rod, the inserting rods symmetrically extend in the radial direction of the supporting rod, and the inserting rods are evenly arranged at intervals in the axial direction of the supporting rod. The adjustable supporting mechanism comprises a sleeve and a supporting assembly, the sleeve is arranged on the upper portion of the inserting rod in a sleeving mode and attached to the outer wall of the inserting rod, the sleeve is located on the upper portion of the supporting rod, and the supporting assembly is in threaded connection with the outer side wall of the sleeve and moves and is adjusted in the axial direction of the sleeve. The utility model belongs to the technical field of planting frames, and particularly relates to a planting frame for melon and fruit planting, which can be detached and combined, is convenient to assemble, provides support for synchronously adjusting different heights and angles for vines through an adjustable supporting mechanism arranged at the upper part of an inserting rod in an inserting manner, is convenient for the vines to climb, reduces the stress of the vines, and improves the planting efficiency. The illumination effect of melons and fruits and vines is 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.

To provide a cleaning assisting tool for washing 5 that improves cleaning effect with a specified amount or less of detergent use amount without generating soap scum and has sterilizing effect.SOLUTION: Crushed zeolite rocks 2 are enclosed in a bag body 1. A helical wire 3 formed of narrow belt-shaped copper alloy wiring body is wound multiple times around and fixed to a whole area of an outside surface of the bag body 1 so that pressure can be applied from the whole area of the outside surface of the bag body 1 toward an inside center of the bag body 1. The bag body is further enclosed in a net bag 4.SELECTED DRAWING: Figure 3

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 utility model belongs to the technical field of agricultural tools, and particularly relates to a towel gourd bleeding sap sterile collection bag which comprises a main body, a stand is arranged below the main body, a partition plate is arranged on the inner wall of the main body, and a first bayonet and a second bayonet are respectively arranged on the surface of the partition plate. And a sleeve rod and a reset spring are arranged on the inner wall of the main body. According to the sterile collection bag for towel gourd bleeding sap, two pressing rods are arranged to be slidably connected with a first bayonet and a second bayonet respectively, the pressing rods are driven to slide downwards when a pressing plate is pressed, the two pressing rods drive the first bayonet and the second bayonet to slide on the surface of a partition plate to be away from each other, and a stem notch is inserted into the bag; after the vines are taken out, the two reset springs drive the first clamping opening and the second clamping opening to slide on the surface of the partition plate to be close to each other and reset, and the technical problems that an existing device is too large in bottle opening, poor in sealing performance, rich in bleeding sap nutrition and prone to bacterial contamination are solved.

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 relates to the technical field of agricultural machinery, and discloses a pull-type ridge-imitating sweet potato seedling vine harvester and a method, the pull-type ridge-imitating sweet potato seedling vine harvester comprises a harvester shell, a seedling picking and cutting mechanism, a chopping mechanism, an auger mechanism and a throwing and blowing fan are sequentially arranged in the harvester shell, the seedling picking and cutting mechanism is used for picking seedlings and cutting the seedlings simultaneously, and the chopping mechanism is used for chopping the seedlings; broken seedling vines enter the auger mechanism after being crushed by the chopping mechanism, and then are conveyed to the throwing fan; the seedling picking and cutting mechanism is in butt joint with the front side of the chopping mechanism and comprises a seedling picking shaft, the height of the seedling picking shaft is matched with the height of ridge backs, disc cutters are arranged at the positions, close to the two ends, of the seedling picking shaft, and seedling picking rods are arranged on the inner sides of the disc cutters so as to pick creeping seedling vines in furrows or between ridges to the chopping mechanism; the disc cutter is arranged to cut off twined seedling vines at furrows, so that the situation that the seedling vines cannot be picked into the chopping mechanism by the seedling picking rod due to twining is prevented, and it is guaranteed that the seedling vines at the positions where the harvester passes can be picked up, chopped and then collected.

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 utility model discloses a high stability trichosanthes kirilowii maxim frame, including planting frame and rattan binding ring, the bottom end of planting frame is provided with connecting foot, the inner wall of connecting foot is provided with connecting groove strip, the inside of connecting groove strip is provided with moving block, the rattan binding ring is arranged on the end portion of moving block, the bottom of connecting foot is provided with threaded hole, and the connecting foot is provided with the threaded hole. A threaded cylinder is installed in the threaded hole, and a ground penetrating needle is arranged on the bottom face of the threaded cylinder. According to the high-stability trichosanthes kirilowii maxim frame, through threaded connection between the threaded cylinders and the threaded holes, ground penetrating needles can be installed at the bottom ends of the connecting feet, the connecting feet, the supporting feet and soil are fixed through the ground penetrating needles and ground piles, the stability of the planting frame can be improved, meanwhile, a first connecting ring and a second connecting ring are connected with the supporting feet and the connecting feet correspondingly, and therefore the planting frame is more stable. The fruit receiving net can be placed below the planting frame, and the fruit receiving net is convenient for receiving mature fallen trichosanthes kirilowii maxim; and through sliding connection between the moving blocks and the connecting groove strips, the position of the rattan bundling ring is convenient to adjust.

The utility model relates to the technical field of agricultural production, in particular to a rattan crop protective net which comprises an iron wire arranged along a rattan crop climbing frame, a protective net body is hung on a rod body of the iron wire, the whole protective net body is rectangular, a first connecting face is arranged on one side edge of the protective net body, and a second connecting face is arranged on the other side edge of the protective net body. The first connecting face is provided with a plurality of connecting pieces in the length direction of the protective net body to be connected with the iron wires in a hanging mode, the side face of the bottom of the protective net body is provided with a second connecting face matched with the first connecting face, and a transverse rod is arranged in the middle of the protective net body in the length direction. The vine crop protection net can effectively prevent pests such as birds from damaging vine crops, solves the negative effects of a traditional protection net on crop growth and ventilation and light transmission, improves the yield and quality of crops, and is easy to operate and convenient to use.