8results about How to "Improve threshing effect" patented technology

The utility model discloses a millet harvesting thresher, including mobile car, be provided with the thresher subassembly on the mobile car, the thresher subassembly includes thresher cylinder, second motor, driving wheel, driven wheel and transmission belt, the thresher cylinder sets up on the mobile car, second motor fixed mounting is on the mobile car, the driving wheel is connected in the output of second motor, the driven wheel rotatoryly connects on the thresher cylinder, transmission belt transmission is connected on the driving wheel and driven wheel, one end of mobile car sets up in the filter component, the filter component includes fixed frame, mobile frame and filter plate, the fixed frame installs on the mobile car, mobile frame slidingly connects on the fixed frame, the filter plate installs on the mobile frame, to solve the operation of the thresher process in the background art not enough convenient technical problem.

This invention relates to a hydraulic control system and method for a harvester drum concave plate gap floating mechanism and a drum assembly. The hydraulic control system for the harvester drum concave plate gap floating mechanism includes a concave plate gap adjusting cylinder, a hydraulic pump, and an accumulator. The cylinder barrel of the concave plate gap adjusting cylinder is hinged to the harvester body, and the piston rod of the concave plate gap adjusting cylinder is hinged to the concave plate. The hydraulic pump is connected to the concave plate gap adjusting cylinder through a cylinder drive pipeline. A two-position three-way solenoid directional valve and a two-position two-way one-way shut-off valve are provided on the cylinder drive pipeline along the hydraulic oil flow direction. The hydraulic pump is connected to the accumulator through an accumulator pipeline. A first one-way valve and a second one-way valve are provided on the accumulator pipeline along the energy storage direction. A first pressure relief pipeline connecting back to the oil tank is also connected to the accumulator pipeline between the first and second one-way valves. A first relief valve is provided on the first pressure relief pipeline. The concave plate gap adjusting cylinder is connected to the accumulator pipeline between the first pressure relief pipeline and the second one-way valve through a second pressure relief pipeline.

This invention relates to an elephant grass seed threshing device, comprising a frame, a storage device, a feeding device, a threshing device, a dehulling device, and a screening device. The threshing device includes a support, a threshing mechanism, and a threshing conveying mechanism. The threshing mechanism includes threshing rollers arranged vertically and a threshing drive mechanism. Multiple sets of threshing components are arranged on the threshing rollers. The threshing components on the upper and lower threshing rollers are staggered. When the feeding device delivers elephant grass inflorescences into the threshing device, the bottom of the inflorescence passes through the threshing mechanism first and then enters the threshing conveying mechanism. The threshing conveying mechanism includes conveying rollers arranged vertically and a threshing conveying drive mechanism, wherein the linear velocity of the conveying rollers is greater than the linear velocity of the threshing rollers. This elephant grass seed threshing device can automatically thresh elephant grass seeds, achieving a higher degree of automation.

The utility model relates to the field of agricultural mechanical equipment, in particular to a threshing machine. A feeding groove is connected to the side of the front end of the threshing cavity, a straw discharging opening is connected to the side of the rear end of the threshing cavity, a supporting net is arranged on the inner side of the threshing cavity, a rotating shaft, a draught fan for driving threshing and the rear portion are arranged in the threshing cavity in the front-back direction, and a plurality of driving wheels are arranged in the portion, located in the threshing cavity, of the rotating shaft. The rear side of the draught fan is connected with an air suction piece, an opening of the air suction piece faces downwards, and a wind power adjusting plate used for adjusting the suction force is arranged on the air suction piece. A detachable vibrating screen and a vibrating mechanism for driving the vibrating screen to vibrate are mounted on the frame body and below the threshing cavity; dual wind power adjustment is designed, so that the device can be suitable for grains with different weights, dust and sundries can be sucked out, and mistaken discharge of grains is reduced; the vibrating screen capable of being quickly replaced is designed, so that the vibrating screen is suitable for grain particles of different sizes; the smashing knife is designed, straw winding and blocking are prevented, and the use efficiency is guaranteed.

This utility model relates to the field of threshing drum technology for seed harvesters, and particularly to a low-breakage threshing drum device for seed harvesters. It includes two fixed discs (first type), with multiple toothed rods arranged in a ring array between the first type of fixed discs. Multiple second fixed discs (second type) are symmetrically fitted onto the toothed rods, each toothed rod having multiple spiked teeth arranged in a ring array. Multiple through slots are arranged in a ring array on each second fixed disc, and cylinders are fixedly mounted on the inner walls of each through slot. The output ends of the cylinders are fixedly connected to adjacent toothed rods. Rotating rods are fixedly embedded through both first fixed discs, with through-wire channels extending through the rotating rods. Through holes matching the rotating rods are fixedly embedded through each second fixed disc. This utility model allows for easy disassembly and replacement of the spiked teeth, and facilitates adjustment of the device according to the crop, reducing grain breakage and improving the threshing effect and practicality of the device.

This invention discloses a double longitudinal axial flow drum with adjustable threshing section gap, including a threshing section gap adjustment mechanism, a concave sieve, a cover plate, a double longitudinal axial flow drum, and a frame. The threshing section gap adjustment mechanism includes a rotating fixed rod, a bevel gear system, a rotating main shaft bearing seat, a rotating fixed block, a bearing assembly, a cam storage box, a cam, a motor transmission gear, a rotating main shaft, and a cam top cover. The double longitudinal axial flow drum with adjustable threshing section gap uses a servo motor to drive the cam to perform circumferential motion, which is converted into the up-and-down motion of the grid-type concave plate. This changes the gap between the grid-type concave plate and the flexible short-grooved variable-diameter threshing drum, realizing accurate adjustment of the local threshing gap of the double longitudinal axial flow drum. It adapts to real-time changes in crops with different moisture contents, feed rates, and drum speeds, reducing the grain breakage rate.

This utility model discloses a height adjuster for the threshing bin of a corn thresher, belonging to the technical field of corn threshers, and is mainly used to adjust the height of the threshing bin in a corn thresher. The technical problem to be solved by this utility model is to provide a height adjuster for the threshing bin of a corn thresher, including a frame, a threshing bin, a compression spring, a pressure plate, a limiting member, and a rotating rod. From bottom to top, the compression spring, pressure plate, transmission guide, and limiting member are arranged sequentially above the threshing bin. The rotating rod passes through the limiting member and is connected to it via transmission. The lower end of the rotating rod is connected to a transmission guide mechanism. The transmission guide mechanism includes guide parts with a high end and a low end, with a smooth transition guide surface between the high end and the low end. The guide surface abuts against and cooperates with the lower surface of the limiting member. At least two guide parts are arranged circumferentially around the rotating rod, with the high end of one guide part adjacent to the low end of another adjacent guide part. This threshing bin height adjuster stably adjusts the size of the threshing bin and reduces the impact of vibration on the height adjuster.

The utility model discloses a sunflower harvesting and threshing machine, including opposite setting bridge side plate and setting in the threshing assembly between bridge side plate, the threshing assembly is used for realizing the harvesting and threshing of sunflower, the lower portion of bridge side plate is equipped with transport module, the threshing assembly includes power roller and bridge roller, a plurality of power roller interval through setting between bridge side plate, the protruding end of power roller one side is equipped with the sprocket no.