43results about How to "Reduce Harvest Loss" patented technology

The invention relates to a garlic sprout harvester and belongs to the field of agricultural machinery. The garlic sprout harvester can erect a single row of garlic sprout stems and gather the garlic sprout stems into a bundle, vertically gash the epidermis of each garlic sprout stem at certain height, transversely make a cut with certain depth in the gashed epidermis and draw the garlic sprouts by using a drawing device. The invention solves the problem of mechanized harvesting of garlic sprouts. The technical proposal of the invention can increase the production rate for harvesting garlic sprouts, reduce the labor intensity for harvesting garlic sprouts and enhance the mechanization level of garlic planting.

The invention discloses a green soybean harvesting machine which comprises a traveling device, a picking device, a conveying belt, a sorting device and a storage box. The green soybean harvesting machine further comprises a picking claw, a spiral conveyer, a screening conveyer and a winnowing fan. A cab and a traveling steering wheel are arranged on the front portion of an upper frame on the traveling device. A control box is arranged in the front of the traveling steering wheel. The picking device is placed at the positive below the front portion of the cab and in the front of the conveying belt. The picking device is supported by the traveling device through a supporting component. A height adjusting roller is composed of an oil cylinder, a sliding shaft, a sliding shaft bearing, a height adjusting roller rotating shaft, an adjusting screw and a horizontal shaft. When traveling, the green soybean harvesting machine is lifted according to the distance between the ground where green soybeans grow and the green soybeans, and bean pods discharged from the picking device is stably received by carrying of the conveying belt. Compared with original green soybean harvesting machine, falling bean pods are greatly reduced, harvesting loss is greatly lowered, and harvesting efficiency is greatly improved.

The invention relates to a combine harvester. The combine harvester is a full-feed harvester with a lifting device and is designed to combine the advantages of full-feed harvesters and semi-feed harvesters. The combine harvester is formed by restructuring a full-feed harvester consisting of a machine frame, a header, an ear conveying device, a threshing device, a storage device, a power device and a traveling device, that is, by mounting a crop lifting device in front of a hopper of the header to form the header with the hopper, a screw feeder, a cutter, a transmission mechanism and the lifting device. The combine harvester can be used to harvest laid crops, improve working efficiency, reduce loss during harvest, effectively reduce feed quantity, reduce machine load, faults and costs, is high in efficiency and easy to popularize, and overcomes drawbacks that the full-feed harvesters can not effectively harvest laid crops .

The invention discloses a peanut excavation windrower which comprises a frame. A hanging frame connected with a drawing device is installed above the front end of the frame, an excavation device is installed under the front end of the frame, a lifting transportation device is installed on the frame at the back of the excavation device, a seedling laying device is installed on the frame at the back of the lifting transportation device, and a walking device is installed at the bottom at the back end of the frame. A transmission device used for transferring power to the lifting transportation device and the seedling laying device is installed on the frame. When the peanut excavation windrower is used, the hanging frame is utilized to connect the peanut excavation windrower onto the drawing device, peanut seedlings excavated by the excavation device are placed and gathered on the ground through the lifting transportation device and the seedling laying device sequentially in order, and collection of the peanut seedlings after drying is facilitated. The windrower adopts a frame structure, and is firm, reliable, even in stress, compact in structure, smooth in operation, low in cost, small in harvesting loss and high in working efficiency.

The invention belongs to the field of agricultural machinery, and relates to a profiling anti-blocking leaf vegetable harvester and a control system and a control method thereof. The profiling anti-blocking leaf vegetable harvester comprises a reel assembly, a header assembly, a header chassis connecting assembly, a header chassis limiting assembly, a collecting device, two header adjusting assemblies, a chassis assembly, two ridge surface detecting assemblies and a control system, wherein the reel assembly is installed at the front part of the header assembly; the header assembly is connectedto the chassis assembly through the header chassis connecting assembly; the header chassis limiting assembly is installed between the header assembly and the chassis assembly; the collecting device is installed at the rear part of the chassis assembly; the two header adjusting assemblies are transversely and symmetrically installed between the header assembly and the chassis assembly and are usedfor adjusting the postures of the header assembly in the transverse direction and the longitudinal direction; and the two ridge surface detecting assemblies are transversely and symmetrically installed in front of the lower part of the header assembly. The functions of ridge surface self-adaption in the transverse direction and the longitudinal direction of the cutting height, reel rotating speedself-adaption operation speed, intelligent anti-blocking regulation and the like are achieved, low loss rate of leaf vegetable harvesting is guaranteed, and the leaf vegetable harvesting quality is improved.

The invention discloses a holding chain type bast fiber crop harvester. The harvester comprises a tractor, a header and a suspending frame, wherein the header comprises multiple sets of cutting devices and a horizontal conveying device; each cutting device comprises a first driven small chain wheel, a second driven small chain wheel, a driving small chain wheel, a first hydraulic motor, a driven large chain wheel, a longitudinal conveying chain, a protective cover, a stalk shifting star wheel, a semicircle fixed blade, a movable cutter shaft, a hexagonal rotary movable blade and a base; the horizontal conveying device comprises a second hydraulic motor, a driving shaft, a device mounting rack, driving chain wheels, horizontal conveying chains and driven chain wheels. After the movable cutter shafts cooperate with all cutting assemblies to perform cutting, the longitudinal conveying chains, the stalk shifting star wheels and the horizontal conveying device cooperate to complete stalk cutting and conveying operation, and the harvester has the advantages of novel design, compact structure, high universality, work stability and high efficiency.

The invention relates to a multifunctional drawer type header for a grain combine harvester. Each of left and right sides of the header is provided with a drawer type rear end and a drawer type front end, and left and right ends of a conveying device are connected with the left and right drawer type rear ends respectively. Left and right ends of a cutting device are connected with the left and right drawer type front ends respectively, and a divider is connected to each drawer type front end. The drawer type rear ends and the drawer type front ends form drawer type connection through inner drawer type slide rails and outer drawer type slide rails, and extension and retraction of the left and right drawer type front ends are controlled by header depth regulation hydraulic cylinders. Rear ends of left and right reel frames are rotatably connected to a shell of the header, left and right ends of an eccentric reel are connected with the left and right reel frames respectively, and the position of the eccentric reel is adjusted through a reel horizontal position adjusting hydraulic cylinder and a reel vertical position adjusting hydraulic cylinder. The multifunctional drawer type header is applicable to harvesting of crops different in type and height, quick switching of various crop harvesting modes is realized, harvesting loss is reduced, and utilization rate of the header is increased remarkably.

Disclosed is a method for judging maturity of soybeans in a harvesting period based on remote sensing of an unmanned aerial vehicle. A vegetation index of the soybean maturity period is calculated by utilizing multispectral data, a soybean maturity characterization method is established by utilizing a natural breakpoint grading algorithm and combining the vegetation index, and soybean maturity grades are divided; spectral reflectivity, color feature and texture feature parameters of the soybeans are extracted in the image, and feature screening is performed on feature difference comparative analysis; and a soybean maturity grade discrimination model of a support vector machine learning algorithm is established in combination with the soybean maturity grade. The soybean maturity can be accurately judged by combining unmanned aerial vehicle multispectrum with a machine learning technology, so that judgment of the soybean maturity in a breeding plan is facilitated, determination of the optimal harvest time of soybeans is facilitated, the soybean harvest loss is reduced, and the soybean yield is indirectly increased.

The invention relates to a harvesting machine and a harvesting platform thereof. The harvesting platform includes a supporting shell having a bottom support wall, a left support wall and a right support wall, a cutter assembly and a crop-pulling transportation mechanism; the crop-pulling transportation mechanism includes a driving shaft located on the lower side on the rear end of the supporting shell and an upper transmission shaft located on the upper side on the front end of the supporting shell; the driving shaft and the upper transmission shaft are rotatably installed on the left and right support walls; annular traction elements having poking members are wound on the driving shaft and the upper transmission shaft in a transmission manner; and when the annular traction elements move,the parts, close to the cutter assembly, of the annular traction elements are used for poking crops into the shell, and the parts, away from the cutter assembly, of the annular traction elements are used for backward poking and transporting the crops to the device, located on the rear side of the harvesting platform of the harvesting machine, of the harvesting machine. The front sides of the annular traction elements can achieve the effects of poking the crops, and the rear sides of the annular traction elements can achieve transportation effects; and through the combination of the functions of crop-poking wheels and conveying devices in traditional harvesting platforms of harvesting machines, the structure of the harvesting platform of the harvesting machine can be simplified, and the size of the harvesting platform of the harvesting machine can be reduced.

The invention discloses a linkage header of a crop harvester. The linkage header comprises a clamping-conveying-cutting part and a digging part, wherein the clamping-conveying-cutting part comprises a header, a clamping belt, a clamping guide wheel, an alignment seedling-cutting device, a cutter, a clamping belt motor and a cutter motor; the digging part is composed of a depth roller and a digging shovel; the header is a base support component of the linkage header, and multiple groups of clamping belt groups in parallel are arranged below the header; the alignment seedling-cutting device is arranged below the header, and is also below the clamping belt; a cutter bracket is arranged to correspond to each group of clamping belt, at the rear end of the clamping belt, below the header and above the back of the alignment seedling-cutting device; and the cutter is arranged in the cutter bracket.

The invention belongs to the technical field of the crop science, and particularly relates to a method and an application for improving the silique pod-shattering resistance of a cabbage type rape and a method and an application of the two-section mechanized harvesting of the cabbage type rape. Two methods are both based on timely swathing processing and reasonable after-ripening processing. The above methods are applied to cabbage type rapes in the Yangtze river basin, so that the silique pod-shattering resistance of the rape in a two-section mechanized harvesting process can be improved to lower a harvesting loss rate, and the grain yield and quality of the rape can be improved by an after-ripening function, thereby being favorable for improving the production benefit of the rape.

The invention relates to a granulator which comprises a pickup device, a granulation compression roller, an upward conveying mechanism, a screening mechanism, a horizontal conveying mechanism and a granule bin. The pickup device sequentially comprises a grass pressing roller, a pickup device main body, a guide mechanism, a crusher and a feeding conveyor belt from front to back; the granulation compression roller comprises two rollers which rotate oppositely and are meshed, and holes communicated with the interiors of the rollers are distributed in the rollers in a matrix manner; a material conveying groove is formed in each roller in the axial direction of the roller, and a second spiral blade is arranged in each material conveying groove; the feeding conveyor belt extends to the position between the two rollers from the position below the crusher; and the material conveying grooves are communicated with the upward conveying mechanism, the upward conveying mechanism is communicated with the screening mechanism, the screening mechanism is communicated with the horizontal conveying mechanism, and the horizontal conveying mechanism is communicated with the granule bin. The granulator is simple in structure, straw is directly smashed and granulated after being picked up, a drying chamber is omitted, and granulated particles are conveyed to the open type granule bin.

The invention belongs to the technical field of sugarcane planting, and particularly relates to a sugarcane planting and management method for eliminating wide-narrow row craters. The method comprises the following steps: (1) preparing soil; (2) preparing sugarcane seeds; (3) performing planting; (4) managing fields; (5) conducting harvesting. According to the application, by combining a planting mode with mechanical improvement, and by adopting a wide-narrow row planting mode, sugarcanes are planted in deep planting furrows, so that the sugarcanes are not liable to suffer from drought to influence germination; meanwhile, by improving planting machinery, when sugarcanes are planted, raised mounds are built between every two narrow rows of sugarcanes, and soil between every two narrow rows of sugarcanes is basically turtle-back-shaped through mechanical intertillage ridging, so that craters formed in the ridging process of the conventionally planted sugarcanes can be eliminated, and therefore, the lodging resistance of sugarcanes can be improved; by combining the technologies of fertilizer management optimization, coating agent adjustment, and the like, the sugarcane yield can be improved, mechanical harvesting loss is reduced, farmer income is increased, and the whole process of sugarcane mechanization planting management is promoted.