1022 results about "Cutting" patented technology

The anti-blocking submersible pump comprises a pump body, the pump body comprises a driving part, a pump cavity part and a liquid inlet part, the pump cavity part is located between the driving part and the liquid inlet part, the pump cavity part is provided with an impeller, the driving part is provided with a driving rod, the liquid inlet part is provided with a liquid inlet cylinder and a cutting cylinder, the liquid inlet cylinder is arranged on the outer wall of the cutting cylinder in a sleeving mode, and the cutting cylinder is provided with an impeller. The cutting cylinder abuts against the inner wall of the liquid inlet cylinder, the cutting cylinder is connected with the driving rod, the liquid inlet cylinder is provided with a liquid inlet hole, the cutting cylinder is provided with a cutting hole, and the cutting hole is used for cutting aquatic plants. The cutting barrel is arranged, when strip-shaped foreign matter such as aquatic plants penetrates through the liquid inlet hole and the cutting hole to enter the liquid inlet part, the hole wall of the cutting hole of the rotating cutting barrel and the hole wall of the liquid inlet hole have the cutting effect similar to shearing through scissors, and therefore the situation that the aquatic plants enter and wind the impeller is reduced, and the situation that the liquid inlet barrel is blocked is reduced; the working stability of the pump body is improved.

The invention provides a rice plot seed-metering device capable of adjusting the seeding rate and clearing seeds immediately. The rice plot seed-metering device comprises a shell, a seed-metering disc, a seed clearing structure and a seeding rate adjusting mechanism. Wherein the shell is provided with a seed cleaning port connected with the seed cleaning structure, and a switch mechanism is further arranged at the seed cleaning port and can control the seed cleaning port to realize immediate seeding interruption. The seed-metering disc is of a periodic hole array disc structure, the seeding rate adjusting mechanism is provided with a lifting mechanism and a guide head, and the movement path of the guide head intersects with the movement path of a seed suction port of the seed-metering disc. Through the design of the seed-metering disc and the combination of the arc-shaped channel arranged on the guide head, the quantity of seeds passing through the arc-shaped channel in the hole array can be flexibly switched, so that the seeding rate is accurately controlled to meet the requirements of different rice varieties; the seed cleaning structure is provided with a switching mechanism which can control a seed cleaning port to realize immediate sowing interruption, so that the aisle of a plot is ensured to be regular, and the problems of single sowing amount, incomplete seed cleaning and low sowing interruption precision of a traditional seed metering device are effectively solved.

The invention provides an anti-blocking conveying system of a hugging type apocynum venetum cutting and bundling harvester and a control method of the anti-blocking conveying system. The conveying system comprises a pre-cutting detection system, a vertical conveying device, a height-adjustable crop stacking pressing plate device, a walking device anti-blocking conveying system and a control system. The vertical conveying device is used for conveying gathered and harvested apocynum venetum to the knotting device, and the conveying pressure of the conveying device at the header can be adjusted through a variable-diameter rotating drum of a conveying belt. The height-adjustable stacked crop pressing plate device is used for applying pressure to apocynum venetum stalks stacked in front of a cab to prevent the apocynum venetum stalks from being blocked behind a header, and the height of the height-adjustable stacked crop pressing plate device can be manually adjusted to adapt to harvesting of different types of apocynum venetum; the walking device anti-blocking conveying system is installed at the bottom of the vehicle frame to prevent stalks from blocking the bottom of the reaper-binder. The plant passing rate of the hugging type apocynum venetum cutting and bundling harvester can be effectively increased, and blockage is prevented.

This invention discloses a method for breaking peanut seedling membranes and a corresponding membrane-breaking assembly. The assembly is mounted on a membrane-breaking machine support with a walking and cruising function. It includes an image acquisition camera, a YOLOv3 deep learning neural network structure, and a membrane-breaking blade with an adjustable circumferential cutting radius. Based on the characteristic that peanut seedling height and leaf area are proportionally related and relatively fixed during growth, the method preprocesses peanut images acquired by the camera and adds the peanut seedling height as expected data to the training set. The trained model estimates the peanut seedling height by calculating the leaf area. During recognition, the acquired image is input into the model, and then the driving device determines the coordinates based on the camera parameter calibration information, driving the membrane-breaking blade to break the membrane of seedlings that meet the breaking requirements. This invention ensures the scientific cultivation of peanut seedlings, significantly reduces worker time, lowers labor costs, and improves production efficiency.

The invention discloses a Chinese wolfberry seedling raising method for improving paddy field soil, which comprises the following specific steps: collecting cutting slips: collecting branches with the diameter of more than 0.3 cm, cutting the branches into cutting slips with the length of 12-15 cm, and reserving 2-3 tender shoots on each cutting slip without damage; rooting liquid treatment: preparing a rooting liquid, and soaking the positions 3-5 cm above the bottom ends of the cutting slips in the rooting liquid for 12-24 hours; the rooting liquid is mainly prepared from rice vinegar and brown sugar; temperature-controlled root promoting: controlling the environment temperature to be 15-25 DEG C, and vertically inserting the cutting slips treated by the rooting liquid into the seedling raising container; the seedling raising container is filled with improved paddy field soil in advance; when 1-2 tender shoots newly grow on the cutting slips and 7-8 tender leaves grow on the cutting slips, shoot tips are removed, so that the tender shoots on the cutting slips are converted into semi-lignified from fleshy, apical dominance is inhibited, rooting is promoted, and seedling raising is continued; when new buds grow out again, seedling raising is completed, and the seedlings are transplanted to a field for planting. The lycium barbarum seedling raising method has the advantages of being low in cost, environmentally friendly, high in survival rate, suitable for improved paddy field soil and the like.

The utility model provides a vegetable crop harvester which comprises a frame, a driving mechanism arranged on the frame, a separation conveying mechanism, a root cutting mechanism and a gathering mechanism. The separation conveying mechanism is obliquely arranged on the frame, and a containing cavity is formed by the tail end of the separation conveying mechanism and the top of the rear end of the frame and used for receiving cut vegetable crops; the root cutting mechanism and the gathering mechanism are arranged at the starting end of the separation conveying mechanism, and the gathering mechanism comprises two stem holding devices which are distributed at intervals and used for gathering leaves of vegetable crops and guiding stems of the vegetable crops to a cutting area of the root cutting mechanism; an output shaft of the driving mechanism drives the root cutting mechanism and the separating and conveying mechanism, the root cutting mechanism is used for cutting stems of vegetable crops guided to the cutting area, the separating and conveying mechanism is used for separating the cut vegetable crops and conveying the vegetable crops to the containing cavity, and damage to vegetable leaves is reduced.

The invention relates to a plant astragalus membranaceus-derived exosome-like nano-vesicle as well as a preparation method and application thereof. The nano-vesicle is prepared by chopping astragalus membranaceus roots, juicing, carrying out differential-ultra-high-speed centrifugation and filtering. The nano vesicle disclosed by the invention has good biocompatibility and immunomodulatory activity, can be used for intervening bronchial asthma, and shows a relatively good treatment effect; the nano-vesicle can be used as a novel natural plant-derived drug delivery system, and the problems of poor stability, single action mechanism, low delivery efficiency and the like of traditional Chinese medicine components are solved.

The invention discloses a Shanghai green and clean vegetable packaging all-in-one machine which comprises a cleaning unit, an aligning unit, a root cutting and yellow leaf removing unit and a packaging unit which are connected in sequence, and the root cutting and yellow leaf removing unit at least comprises a fixing mechanism, a first motor used for driving the fixing mechanism, a root cutting mechanism and a yellow leaf removing mechanism; wherein the fixing mechanism is vertically arranged, the top and the bottom of the fixing mechanism are open, after the aligning unit places the roots of target brassica chinensis into the fixing mechanism downwards, the leaf parts and the roots of the target brassica chinensis are exposed out of the upper end and the lower end of the fixing mechanism respectively, and a first motor drives the fixing mechanism to enter the working ranges of the root cutting mechanism and the yellow leaf removing mechanism at the same time; the root cutting mechanism cuts off the root of the target brassica chinensis, the yellow leaf removing mechanism positions and cuts off the yellow leaves of the target brassica chinensis through machine vision, and then the target brassica chinensis is conveyed to the packaging unit. The root cutting and yellow leaf removing device has the beneficial effects that the root cutting mechanism and the yellow leaf removing mechanism cooperate for treatment, the processing period is greatly shortened, and the labor cost and the secondary pollution risk are reduced.

The invention belongs to the technical field of monitoring and sampling devices, and particularly relates to a grassland ecology monitoring and sampling device which comprises a moving device, a supporting structure, a lifting device, a lifting platform, a driving motor, a sample tube and a cutting ring, the blades are arranged on the outer wall of the sample tube and are uniformly distributed in a spiral track, and the bottoms of the blades are in contact with the cutting ring; a storage groove is formed in the bottom of the blade; the driving motor drives the sample tube and the cutting ring to rotate, the lifting device drives the cutting ring in the rotating state to be inserted into soil through the lifting platform, the cutting ring rotates while descending, plant roots in the soil are cut off, the integrity of a soil sample notch is improved, the situation that sampling is blocked due to too many roots is avoided, and therefore the sampling efficiency is improved; the integrity of a soil sample notch is maintained, and the accuracy of plants and organisms in the obtained soil sample can be fully reflected, so that the sampling effect is improved, and the accuracy of grassland ecological monitoring is further improved.

The invention provides a root vegetable leaf cutting method and system based on deep learning, and the method comprises the steps: collecting image data of root vegetables, and positioning a cutting point through a meat quality detection model; and preprocessing the image data and training the leaf cutting decision model. And the photographing thread collects a harvesting real-time image by using a leaf cutting decision model, the flesh body detection model locates a tangency point and obtains a result, fruit objects are packaged based on the result and a timestamp, and the fruit objects are pressed into a real object queue. The prediction thread predicts and interpolates the queue position to obtain a smooth prediction object queue; and the decision thread identifies the cutting position and cuts the leaf of the rhizome. According to the method, boundary positioning tangency points are identified through the meat quality detection model, and chain mechanical pulling damage is avoided; the leaf cutting decision model is trained through preprocessing and the like to improve the image recognition robustness, and it is ensured that the leaf cutting lengths are consistent; predicting a thread interpolation smooth trajectory, and compensating time delay; and the decision-making thread performs cooperative judgment, so that the mistaken cutting risk is reduced, and the problem of root vegetable meat body protection is solved.

The invention discloses an all-in-one machine for cleaning and packaging green Chinese onions. The all-in-one machine comprises a feeding mechanism, a cleaning box body and a horizontal packaging mechanism which are arranged above a chassis; a conveying mechanism is arranged in the purification box body, and a root cutting mechanism, a leaf cutting mechanism, a peeling mechanism, a cleaning mechanism and a drying mechanism are sequentially arranged in the purification box body in the material flow direction; an output port of the drying mechanism is in butt joint with the horizontal packaging mechanism. The six working procedures of feeding, root cutting, leaf cutting, peeling, cleaning, drying and packaging are integrated on a single chassis, a continuous automatic processing production line is constructed, and a traditional discrete operation mode is changed fundamentally. On-line sensing of diameter changes of green Chinese onions and dynamic matching of clamping force are achieved through self-adaptive swinging of the wobble wheel assembly, the device can be steplessly adapted to different specification ranges of green Chinese onions by combining with precise adjustment of the height of micron-sized leaf cutting driven by a lead screw motor, and the economical efficiency and the market coverage of the device are greatly improved.

The invention belongs to the technical field of cortex acanthopanacis planting, and particularly relates to an under-forest cortex acanthopanacis water and fertilizer integrated planting method. The invention relates to an under-forest cortex acanthopanacis water and fertilizer integrated planting method, which comprises the following steps: S1, selecting a low-hill mountain land with the altitude of 200-400m and the gradient of lower than 15 degrees according to the tree age of 3-5 years and the canopy density of 0.25-0.35; s2, drip irrigation pipes are buried after soil preparation, then cortex acanthopanacis cutting slips are cut, clear water is poured thoroughly, and microbial water and fertilizer are dropped through the drip irrigation pipes in the subsequent planting process; wherein the microbial water fertilizer is formed by mixing bacillus safensis fermentation liquor and bacillus megatherium fermentation liquor. According to the method, in the under-forest cortex acanthopanacis integrated planting process, microbial water and fertilizer are subjected to drip irrigation, the prevention and treatment effect on cortex acanthopanacis root diseases can be effectively prevented and improved, and development of under-forest cortex acanthopanacis integrated planting is promoted.

The invention discloses a vegetable yellow leaf removing device. The vegetable yellow leaf removing device comprises a rack, a conveying belt, an execution moving unit, an execution tail end, a vegetable barrel, a cutting and blowing unit and a waste treatment unit, the execution moving unit has two degrees of freedom and comprises a Z axis for achieving vertical lifting motion and a Y axis for achieving horizontal conveying motion, and the execution tail end is installed on the Z axis of the execution moving unit and used for grabbing and releasing vegetables to be processed; the cutting and blowing unit is arranged on the vegetable barrel and can horizontally move in the direction perpendicular to the Y axis, the cutting and blowing unit is provided with a plurality of air nozzles used for covering the circumferential surfaces of vegetables, and each air nozzle is provided with a blade used for cutting yellowing leaf tips; and the waste treatment unit is used for collecting waste yellow leaves generated by cutting. Dependence on manpower is avoided, the processing efficiency is effectively improved, and the industrial problems of labor shortage and high labor cost are solved.

The invention discloses a method for in-vitro preservation of common wild rice and Nwa wild rice, and belongs to the technical field of plant tissue culture. The method comprises the following steps: selecting a stem node with an axillary bud as an explant; soaking in 75% alcohol for 10-15 seconds, soaking in 10% 84 disinfectant for 15 minutes, performing vacuum treatment in 0.1% mercuric chloride solution under-0.1 Mpa for 5 minutes, and performing water bath at 40 DEG C for 20 minutes for combined sterilization; inserting the sterilized explant into a bud differentiation culture medium containing 2mg / L KT and 0.1 mg / L NAA, and culturing for 3-5 days under the conditions that the temperature is 23 DEG C and illumination is performed for 16 hours per day; cutting off buds growing to 3-5cm, and transferring the buds into a rooting culture medium; (5) carrying out test-tube plantlet propagation through stem node shearing or tillering cutting; the tissue culture seedlings with well developed root systems are hardened and then transplanted to a mixture of vermiculite and nutrient soil (v / v = 1 / 1). According to the method, the pollution rate is as low as 16.35%, the differentiation rate of the explant reaches 47.36%, the process is simple, convenient and efficient, the production period is short, the seed quality resources of common wild rice and Nilval wild rice can be effectively preserved, and the method has important significance on protection of precious wild rice resources.

The application provides a soil sampling device. The soil sampling device comprises a sampling assembly, a driving assembly and an operating assembly; the sampling assembly comprises a cutting piece and a soil receiving piece embedded in the cutting piece; the cutting piece has a cutting end facing away from the driving assembly, and a plurality of cutting structures are arranged at intervals in the circumferential direction of the cutting end; each cutting structure has at least one guide structure, which is arranged obliquely relative to the central axis of the cutting structure; and the guide structure is configured to guide the cut soil to be discharged through the annular gap on the side of the cutting piece when the cutting structure rotates. The application can reduce the damage to the soil compaction, make the soil sampling process more stable and reliable, save labor, and improve the integrity of the soil sample.

The present application belongs to the technical field of agricultural machinery, and provides a grass root cutting, fertilizing and reseeding combined operation device, which comprises a root cutting assembly, a seeding assembly and a fertilizing assembly. The root cutting assembly comprises a plurality of front cutter wheels arranged at the bottom of the front end of the vehicle body and a plurality of rear cutter wheel groups arranged at the bottom of the rear end of the vehicle body, and the front cutter wheels and the rear cutter wheel groups are respectively connected with the power box in transmission. The seeding assembly comprises a seeder, and the bottom of the seeder is communicated with a seed guide pipe. The seeder is used for conveying grass seeds into the seed guide pipe, and the seed guide pipe is used for sowing the grass seeds into the groove cut by the front cutter wheels. The fertilizing assembly comprises a fertilizer applicator, and the bottom of the fertilizer applicator is communicated with a fertilizer guide pipe. The fertilizer applicator is used for conveying fertilizers into the fertilizer guide pipe, and the fertilizer guide pipe is used for sowing the fertilizers into the groove cut by the front cutter wheels. The present application can synchronously and accurately complete the root cutting, seeding and fertilizing operations, and has high root cutting efficiency and thorough root cutting.

The utility model discloses a red pomelo planting, picking and storing device, relates to the technical field of fruit picking equipment, and can solve the problems that in the actual situation, picking personnel cannot conveniently pick the pomelo, and after picking, the pomelo cannot be conveniently collected. According to the red pomelo picking device, the movable plate is controlled to move up and down through the hydraulic part, red pomelo can be easily picked from a tree, the bottom end frame has good maneuverability through the design of the universal wheels, picking personnel can conveniently move in an orchard, and the manual carrying difficulty and the labor cost are reduced; the cutting component can accurately and rapidly cut off red pomelos from branches through the cutting knife set, the design of the collecting net is beneficial to timely collection of picked fruits, meanwhile, the collecting hole is connected with the discharging hole, the situation that the fruits fall or are damaged due to misoperation is avoided, the freshness of the red pomelos is kept, and the storage quality of the fruits is improved.

The invention discloses an oriented structural plate for a container bottom plate and a preparation method of the oriented structural plate. According to the method, fast-growing tree species wood is selected as a preparation raw material, and the preparation raw material is processed in a rotary cutting and slicing shaving mode; the wood shavings-shaped raw materials are dried; carrying out low-temperature plasma treatment on the dried shavings-shaped raw materials obtained by adopting the rotary cutting mode; selecting five layers of equal-proportion shaving-shaped raw materials, and carrying out sizing and directional paving to obtain shaving board blanks; the shaving board blank is subjected to three-section type long-time hot pressing treatment, and an oriented structural board with the thickness ranging from 15 mm to 18 mm is obtained; standing and storing the oriented structural plate subjected to hot pressing in a specified environment for specified time; according to the oriented structural plate for the container bottom plate and the preparation method of the oriented structural plate, the rotary-cut and sliced wood shaving layers are obtained in a wood shaving mode, the wood shaving layers are subjected to special drying, sizing and assembly structural design, and it is guaranteed that the plate has excellent bending resistance and is stable in size.

The present invention relates to a flexible weeder for sowings of one or more rows with short inter-row spacings of 5 to 7 cm and up to 20 cm for different crops, driven by hydraulic motors and connected to the hydraulic system of the tractor to draw power therefrom. The weeder comprises the following systems: a suspension system, a cutting system with discs, a transmission system, a travel system (first embodiment), which includes a leveling system in a second embodiment, and a main structure. The tip of the cutting discs penetrates enough into the soil to remove and loosen roots within the optimum weeding time. The discs comprise blades that penetrate, cutting the roots of weeds or turning over the soil enough to expose the roots of any unwanted vegetation to the sunlight.

The application provides a method for promoting mist culture rooting of Pinus squamaeformis, and relates to the technical field of Pinus squamaeformis cutting propagation. The method for promoting mist culture rooting of Pinus squamaeformis comprises the following steps: soaking Pinus squamaeformis cuttings in a citric acid solution in an ice water bath, disinfecting the cuttings, and treating the cuttings with a rooting agent; and then performing mist culture on the cuttings by adding a nutrient agent containing calcium nitrate, potassium nitrate, magnesium sulfate, copper sulfate, indole butyric acid, sodium phytate and lauryl alcohol polyether-4. The method overcomes the shortcomings of the prior art, effectively promotes rapid rooting of Pinus squamaeformis branches, guarantees the growth of root systems, provides a fast and convenient method for stable seedling raising of Pinus squamaeformis, and guarantees artificial breeding of Pinus squamaeformis.

A system for producing a seed and / or fertilizer filled plant growth medium pot, rod, or band is provided. The system includes a supporting means (adapted for receiving and supporting a plant growth medium pot, rod, or band), a feeding tube adapted to be in a retracted position or an extended position (for insertion into the growth medium), and a delivery unit (adapted for delivering a seed and / or a dosage of fertilizer through the feeding tube and into the growth medium). The feeding tube includes a cutting means, preferably a knife blade, mounted at the tip of the feeding tube. The cutting means is adapted for cutting into the plant growth medium pot, rod, or band, thereby facilitating the movement of the feeding tube into the plant growth medium pot, rod, or band.

The invention belongs to the technical field of furrow weeding, and particularly relates to an agricultural field furrow weeding device which comprises an auxiliary mechanism. The top of the front end of the auxiliary mechanism is connected with the transverse driving mechanism, the transverse driving mechanism is used for controlling and fixing the transverse distance of the adaptive mechanism, the lower end of the auxiliary mechanism is connected with the adaptive mechanism, and the adaptive mechanism is used for carrying out telescopic adaptation on the depth and width of a furrow; the adaptive mechanism is further used for adapting the positions of weeds near the roots of crops on the two sides outside the furrows, an arc-shaped driving mechanism is installed at the top of the adaptive mechanism, the device adapts to the furrows of different depths, widths and shapes, the weed areas outside the roots of the crops can be covered, the adaptive specification is high, meanwhile, the adaptability is high, and the adaptability is high. The cutting device mechanism reciprocates on an n-shaped track, synchronously covers the interiors of furrows, furrow walls and crop sides, and is matched with a rotary cutter head to realize primary cutting and secondary re-cutting, so that the weed removal rate is increased, no cutting blind area exists, and the weeding efficiency is improved.

The application discloses a collecting and bundling mechanism of a self-propelled mulberry branch cutting and bundling machine, which comprises a rack, support frames fixedly arranged at both sides of the top end of the rack, support seats fixedly arranged at the two sides of the support frames, saw knives fixedly arranged at the top end of the support seats, a first sliding groove formed in one side of the top end of the rack, and a first sliding block slidably connected in the first sliding groove. After the mulberry branches are cut, the mulberry branches fall on the receiving plate under the action of gravity, one end of the mulberry branches is placed into the fixed groove, then the connecting plate and the pressing rod are driven to move downward under the action of the second spring, the pressing plate is driven to press and fix the mulberry branches, then the scraper and the scraper knife are driven to move downward under the action of the first spring during the conveying of the mulberry branches by the receiving plate, the mulberry leaves are scraped off, the residual mulberry leaves are reduced, the collecting and bundling of the mulberry branches are facilitated, and the collecting and bundling efficiency of the mulberry branches is improved.

The present application relates to a kind of multifunctional mower with spray function, belong to the technical field of mower, including frame, the left and right sides of the frame are equipped with two mobile assembly for the mower to move, the inner shell is fixed in the frame, the inner top wall of the inner shell is equipped with the cutting assembly that is cut through the top wall of inner shell and carries out mowing, the top of the inner shell is provided with battery, the inner side of the frame is equipped with the ground planter that extends to the frame outside and can be carried out to the ground and mud, the top of the ground planter is fixed with controller, the ground planter is provided with the first liquid supply component that can spray humic agent, the top of the inner shell is equipped with the second liquid supply component that can spray herbicide.The multifunctional mower with spray function, plant rhizome can be turned out by ground planter, and the plant rhizome that is turned out can be sprayed by first liquid supply component, to realize the mixing of rhizome and humic agent, improve the degradation efficiency of straw and other plants.

The present application relates to a kind of film covering device in seedling stage, including bracket, two film pressing assembly and two soil cutting assembly, two film pressing assembly all include film pressing roller, two soil cutting assembly all include vertical linear drive and soil cutting group, the left and right ends of bracket are all fixedly connected with soil guide groove, two soil guide grooves are respectively opened to corresponding soil cutting group towards front, and two soil guide grooves are all inclined to be arranged, and high end is all connected with the soil storage groove of upward opening, the groove top of two soil storage grooves is communicated with corresponding soil guide groove, and the groove wall is mutually through opening and forms the soil outlet of corresponding groove bottom, two soil storage grooves are all fixedly connected with the soil guide plate of one end communication corresponding soil outlet, the other end of two soil guide plates is all located in the rear of corresponding film pressing roller, and higher than corresponding film pressing roller.The present application can improve the technical problem that film covering device can not effectively push, transport mud when mud in prior art can exist hardening phenomenon, influence the effect of mulch soil pressing.

The utility model belongs to the field of agricultural instruments, and particularly relates to an agriophyllum squarrosum recycling device which comprises an agriophyllum squarrosum recycling body and a conveying supporting plate, the agriophyllum squarrosum recycling body is fixedly installed on the upper surface of the conveying supporting plate, the agriophyllum squarrosum recycling body comprises an air exhaust assembly, a cutting assembly and a storage cavity, and the air exhaust assembly is in threaded connection with the upper portion of the cutting assembly; the storage cavity is in threaded connection below the cutting assembly; the cutting assembly comprises a stepped cutting cavity and cutting blades, a supporting seat is integrally connected to the bottom of the stepped cutting cavity, a rotating shaft is fixedly connected to the center of the supporting seat, a plurality of sets of cutting blades are fixedly connected to the rotating shaft, and the cutting blades are longitudinally and fixedly installed on the rotating shaft at equal intervals; when the agriophyllum squarrosum is conveyed into the cutting assembly, the agriophyllum squarrosum can be smashed and collected into the storage cavity through cutting of the multiple sets of cutting blades, the processed agriophyllum squarrosum can serve as medicine, organic fertilizer and feed, recycling is achieved, and more economic benefits are brought.

Forage harvester (10) with a harvesting attachment (20) for harvesting maize or other stem-like plants having detachable fruit heads, wherein: The harvesting head (20) comprises a supporting frame (60) extending over the width of the harvesting head (20) and across the width of which are devices for harvesting plants in the form of mowing and intake units (56), which are equipped with lower cutting discs for cutting the stems from the stumps remaining in the ground and above them conveying discs with recesses distributed around their edge for receiving the stems of the plants, and above the mowing and intake units (56) are means for separating fruit heads of the plants in the form of picking units (54), The fruit bunches separated by means of the picking units (54) can be conveyed together by an upper transverse conveyor (48) and fed to the rear by a conveyor (44) into a first intake channel of the forage harvester (10) which is laterally offset from the longitudinal center plane of the harvesting head (20), while the remaining plant parts can be conveyed together by a lower transverse conveyor (50) and fed to the rear into a second intake channel of the forage harvester (10) adjacent to the longitudinal center plane of the harvesting head (20), the forage harvester (10) comprises a chopping drum (22) with knives (62, 64) distributed around its circumference, into which the fruit heads can be fed through the first intake channel in a first section (70) of the chopping drum (22) and separately the remaining plant parts through the second intake channel in a second section (68) of the chopping drum (22), wherein the second section (68) is axially offset from the first section (70) and rigidly connected to the first section (70), the circumferentially successive knives (62) of the chopping drum (22) in the first section (70) have a smaller distance between them than the circumferentially successive knives (64) in the second section (68) and / or the conveying speed in the first feed channel is greater than the conveying speed in the second feed channel, only the first section (70) is assigned a downstream post-crushing arrangement with two cooperating rollers (28, 28') which serves to break up the grains of the fruit heads for better digestibility, and Downstream of the chopping drum (22) is a discharge device with a discharge conveyor (24) for accelerating the chopped fruit heads entering from the secondary chopping device and the chopped remaining plant parts entering from the second section (68) and a discharge spout (26) through which both the chopped fruit heads and the chopped remaining plant parts can be transferred to a transport vehicle.

The invention discloses a high-pressure propagation method for a branch of ormosia boluensis. The high-pressure propagation method comprises the following steps of: selecting an ormosia boluensis branch; belongs to the technical field of endangered plant asexual breeding. In order to solve the technical problems of extremely low survival rate (only 1-2 plants) and the like of the existing grafting, cuttage and other methods, a branch high-pressure propagation technology is successfully applied to the ormosia boularis for the first time, and nutrient soil is adopted, and a rooting solution and carbendazim are matched to serve as a rooting substrate; the girdling branches are wrapped with a high-pressure box, strict humidity control is carried out, and regular maintenance is carried out to induce rooting; during separation transplanting, the high-pressure soil wrapping ball is completely reserved to avoid damage to the root system; trimming and original habitat shading maintenance are assisted after transplanting. According to the method, the survival rate of the seedlings is successfully increased to 87.5%, vegetative propagation individuals of the boleo beans can be rapidly and efficiently obtained, and reliable technical support is provided for solving natural renewal obstacles of the boleo beans and achieving population rejuvenation and near depreciation of the boleo beans.

The utility model relates to an orchard green manure cutting, turning and pressing machine, which belongs to the technical field of agricultural machinery and can be used for cutting, crushing, turning and pressing green manure crops intercropped in a standard short stock orchard into soil and compacting and leveling the ground. The machine mainly comprises a green manure cutting device, a green manure turning and pressing device, a rotary soil crusher, a compacting machine, a main rack and the like. The green manure cutting device mainly comprises a cutting and crushing blade, a circular fixed cutter head and a flexible grass trimming rope, and is used for impacting and cutting roots of green manure stalks and crushing branches; the green manure turning and pressing device mainly comprises a plough share, a turning and pressing plough wall and a plough column and is used for turning and pressing the cut stalks into the soil by a proper depth; the rotary soil crusher mainly comprises a soil crushing blade, a soil crushing blade fixing plate and a soil crushing transmission shaft and is used for crushing furrow ploughed by the plough share and refining soil blocks. The machine integrates the functions of stalk cutting, turning and pressing into soil and ground leveling, and has the characteristics of low winding blockage rate, high turning and pressing coverage rate and ground leveling.

This invention relates to an automatic stem-cutting device for *King Grass No. 4*, comprising a storage device for storing *King Grass No. 4*, a stem-cutting device for automatically cutting the stems of *King Grass No. 4*, a feeding device for conveying *King Grass No. 4* from the storage device to the stem-cutting device, a stem-collecting device, and a leaf-collecting device. The stem-cutting device includes a support frame and a cutting mechanism and a conveying mechanism mounted on the support frame. The conveying mechanism conveys *King Grass No. 4* to the cutting mechanism and simultaneously conveys the cut stems to the stem-collecting device or the cut leaves to the leaf-collecting device. The cutting mechanism cuts the stems of *King Grass No. 4* between nodes. This automatic stem-cutting device for *King Grass No. 4* can achieve automatic stem-cutting, resulting in higher efficiency and reduced planting costs.