42results about How to "Hierarchical implementation" patented technology

The invention relates to an automatic fruit grading device. The grading device comprises a box body, wherein the upper part of the box body is provided with an input conveying belt; the outlet of the input conveying belt is positioned above a transparent buffer basket; the transparent buffer basket is in a trumpet shape with a large upper part and a small lower part; the internal diameter of an elastic outlet on the lower part of the transparent buffer basket is smaller than the external diameter of fruits to be graded; a triangular steering device is arranged below the transparent buffer basket; the left side of the triangular steering device is positioned on a first output conveying belt, and the right side of the triangular steering device is positioned on a second output conveying belt; a rack is arranged at the bottom of the triangular steering device and is meshed with a power gear; a rotating shaft of the power gear is rotatably arranged on the box body; a spectrum camera is arranged on the side of the transparent buffer basket and is connected with an intelligent grading distinguishing module; the intelligent grading distinguishing module is connected with a control motor capable of rotating positively and negatively; the control motor is arranged on the box body; and an output shaft of the control motor is connected with the rotating shaft of the power gear. The automatic fruit grading device can reduce labor amount and improve production efficiency and reliability.

The invention provides a pre-locating shake-off layering harvester, which solves the problems in the prior art that winter jujubes are difficult to harvest and the harvesting efficiency is low. The pre-locating shake-off layering harvester comprises a stander, a wide-tooth shake-off mechanism, a layering pre-locating mechanism, a distance measuring mechanism, a sector unfolding collection mechanism, a roller-shaft baffle plate transmission mechanism and a threaded roller grading mechanism, wherein the stander is provided with a parallel four-rod protraction mechanism, and the parallel four-rodprotraction mechanism is driven by a first motor arranged on the stander; the wide-tooth shake-off mechanism is arranged on the parallel four-rod protraction mechanism, and the wide-tooth shake-off mechanism is driven by a second motor arranged on the stander to vibrate and used for shaking off fruits; the layering pre-locating mechanism is arranged on the layering pre-locating mechanism; the distance measuring mechanism is installed on the front end of the stander and used for detecting a distance to a trunk; the sector unfolding collection mechanism is arranged below the wide-tooth shake-off mechanism; one end of the roller-shaft baffle plate transmission mechanism is disposed on a lower end opening of the sector unfolding collection mechanism; and the threaded roller grading mechanismis arranged on one side of the roller-shaft baffle plate transmission mechanism and used for grading the transferred fruits.

The invention relates to a cyclic progressive health management system for chronic and high-risk disease patients. The system is characterized by comprising an archive establishment module, a screening grading module, a management planning module, a self-management module, a follow-up evaluation module and a plan update module, wherein the archive establishment module, the screening grading module, the management planning module, the self-management module, the follow-up evaluation module and the plan update module are sequentially connected end to end to form the cyclic enclosed chain ring structure, health disease management of the patients with chronic and high-risk diseases is integrated, through archive establishment, screening, grading, management planning, self-management, follow-upevaluation and plan update, health management works such as effective documentation, screening, grading, classification, intervention, evaluation, early warning, etc. for the patients with chronic and high-risk diseases are effectively achieved.

As for the problems that the fibrocyte and heter-cell tissue utilization in a biomass raw material has mutual influence and mutual restriction, and the traditional fiber grading method generates a great amount of sewage and is not suitable for industrialized utilization, the invention provides dry carding and grading method and equipment for long and short fibers of biomass raw materials. The method comprises the following steps of: classifying the raw materials; selecting the steam explosion condition for carrying out steam explosion treatment according to different raw materials; and charging the materials obtained after steam explosion treatment into fiber carding and grading equipment for grading to respectively obtain fiber bundle tissue and heter-cells. The steam explosion is coupled with mechanical carding and tissue grading; the carded and graded long fiber can be used for a high-quality fiber raw material of the industrial applications such as papermaking, spinning and the like; the fine fiber formed by parenchyma cells and the like can be used for producing biofertilizer and feed protein or producing a series of biochemical products, such as ethanol, butanol, 2,3-butanediol, xanthan gum and the like through enzymatic zymotechnics, and thereby the component grading separation, cleaning and high-value utilization of the biomass long and short fibers can be realized.

The invention discloses a secondary air distribution device used for a circulating fluidized bed boiler. The secondary air distribution device comprises the boiler, water walls arranged on the four walls of the interior of the boiler and provided with receding pipes and a secondary air system. The lower portion of the boiler is a dense-phase zone, and the upper portion of the boiler is a lean-phase zone. The secondary air system comprises a secondary air branch pipe, a plurality of secondary air stand pipes arranged on the outer side of the front wall of the boiler and the outer side of the rear wall of the boiler, and secondary air nozzles arranged on the water walls and connected with the secondary air stand pipes. The secondary air nozzles comprise the double nozzles and the single nozzles and are arranged in the lean-phase zone of the boiler in a layered mode. The receding pipes comprise the double-hole receding pipes and the single hole receding pipes. The disturbing effect of smoke in a boiler hearth is added through the secondary air distribution modes, fuel can be completely burnt, generation of NOx is reduced, grading of secondary air in the height direction is achieved, and grading of the secondary air in the horizontal direction is achieved.

The invention discloses an image acquisition device for navel orange grading. The image acquisition device for navel orange grading comprises a lamp, a shell (1), a turntable (2), a driving motor (3), a CCD (Charge Coupled Device) camera (4) and a CMOS (Complementary Metal Oxide Semiconductor) camera (5), wherein the turntable (2) matched with navel oranges is arranged in the shell (1), and the CCD camera (4) and the CMOS camera (5) are arranged in the shell (1) and face to the navel oranges; a rotating shaft of the driving motor (3) is connected to the turntable (2) and drives the turntable (2) to rotate, and a shell of the driving motor (3) is fixedly connected to the shell (1); the lamp is arranged inside the shell (1). The image acquisition device for navel orange grading can be used for achieving image acquisition for the navel oranges, thereby achieving navel orange grading.

The invention provides a method of graded use of reverse flotation phosphorus concentrate pulp and relates to the technical field of phosphorus concentrate pulp classification. The method comprises the following steps of S1, crushing and ore-grinding raw ores with relatively high carbonate impurities, guaranteeing that ores of with grinding fineness of -20 meshes is greater than 80%, fully dissociating gangue minerals such as phosphorite and carbonate and controlling beneficiated pulp concentration at 25-28wt%; and S2, feeding the pulp into a first floatation stirring tank and a second floatation stirring tank for treatment, and adding an inhibitor and an adjustor sulfuric acid, sodium fluosilicate sewage and slag gallery return water into the first stirring tank, wherein the pH value of the pulp is controlled at 4.0-4.5. On a basis of rough concentrate obtained by reverse flotation rough concentration by a flotation column, graded phosphorus concentrate which is higher in quality andlower in MER value and overflow concentrate which is slightly inferior in quality and slightly high in MER value are obtained by cyclone classification, so that quality grading of the phosphorus concentrate is achieved, differential production of acid making is executed, and a purpose of superior use of superior ores, graded use and quality improvement and cost lowering is achieved.

The invention discloses a powder metallurgical particle vibration grading device. The powder metallurgical particle vibration grading device comprises a vibration table and is characterized in that a vibration block is arranged on the vibration table, a slope is connected to the vibration block, side plates arranged in a bilateral symmetry manner are connected to the slope, a storage platform is connected to the upper end of the slope, a surrounding plate connected with the side plates is arranged on the platform, each side plate is divided into an upper segment and a lower segment from top to bottom along the slope, the upper segments of the two side plates are close to each other downwards and gradually along the slope, the lower segment of each side plate is sequentially and at least provided with two stages of screening areas from top to bottom along the slope, the two side plates in each stage of screening area are parallel, the distance between two parallel side plates in the upper stage of screening area is smaller than the distance between the two parallel side plates in the lower stage of screening area, and the two side plates between the two stages of screening areas are gradually away from each other along the slope from top to bottom, a layering plate is connected between two parallel side plates in each stage, and the distance between the layering plate on the upper stage and the slope is larger than the distance between the layering plate on the lower stage and the slope; the side, located at the lower end of the slope, of each layering plate before the tail stage is connected with a vertical plate, and the layering plates are connected with a discharging sliding way; the device is small, exquisite and free of hole blockage.

The invention discloses a method and system for supplying power through a PoE power supply system. The method comprises the steps: performing power-on initialization on PSE power supply equipment in the PoE power supply system; detecting whether PD power receiving equipment meeting a preset standard is accessed or not by the PSE power supply equipment after power-on initialization through a detection circuit; when the PSE power supply equipment detects that PD power receiving equipment meeting a preset standard is accessed, determining the power supply power of the PD power receiving equipmentthrough a grading circuit; and supplying power to the PD power receiving equipment through the PSE power supply equipment according to the determined power supply power.

The invention discloses an adjustable grid bar type round large-grain seed grading device. The device comprises a box body, wherein the side walls on the left and right sides of the box body are respectively provided with arc-shaped grooves, a plurality of mounting holes are provided on mounting bars, a plurality of grid bars are arranged across both the arc-shaped groove, the left and right endsof each grid bar respectively extend out of the two arc-shaped grooves and are bent upward to form a lateral bending section, the plurality of bending sections on the same side are connected by adjusting plates, the plurality of lateral bending sections respectively run through a plurality of adjusting holes on the adjusting plates, the upper ends of the lateral bending sections at both ends of each grid bar are bent inward to form hooks, both ends of each grid bar are respectively inserted into the mounting holes on the mounting bars on both sides through the hooks, and the distance between the two adjacent grid bars is adjusted by adjusting the upper and lower positions of the adjusting plates to realize the classification of seeds in different sizes. Compared with the prior art, the adjustable grid bar type round large-grain seed grading device has the following advantages of being able to realize the classification of seeds in different size ranges and realize continuous and stepless adjustment of classification parameters.

The invention provides a process afterheat classification utilization system and a method for efficient coproduction of electricity and high-grade heat by utilizing the system. The process afterheat classification utilization system not only can efficiently use external afterheat, but also can perform the classification conversion on the afterheat to output available energy to the external in such various forms as electricity and heat. After an evaporation heating device obtains the afterheat, a fluid A is vaporized by the evaporation heating device, and a fluid B is heated by the evaporation heating device; the fluid A and the fluid B respectively enter a turbine power generation device, and then, respectively enter a heat exchanger and a condenser; the condensed fluid B enters the heat exchanger after passing through a throttle valve; the fluid B and the fluid A exchange heat in the heat exchanger; then, the fluid A is pressurized by a pump to enter the evaporation heating device; and the vaporized fluid B is pressurized by a compressor to enter the evaporation heating device to finish circulation of the afterheat classification utilization system so as to obtain electric energy and heat energy. In addition, the selection and the matching of working fluids directly influence the afterheat utilization efficiency of the system.

The invention discloses a classification and cleaning system for sesame seeds separated by positive and negative pressure. The classification and cleaning system comprises a screening system (1), an impurity removal system (2) and a classification system (3). The screening system (1) comprising a hopper and at least one layer of filter screen for blocking impurities larger than the screen openings from entering the classification system (3); the impurity removal system (2) is used for removing impurities by conveying airflow towards the filter screen; the The grading system (3) is used for grading and cleaning sesame based on positive and negative pressure. According to the characteristics of sesame seeds, the present invention adopts a device combining positive and negative air pressure, so as to realize the classification of sesame seeds into good and bad grades. First, the sesame seeds are adsorbed to the seed suction hole of the separation drum through negative pressure, and then the separation drum is driven to rotate into the positive pressure zone by the transmission of the sprocket, and the sesame seeds are blown out from the seed suction hole by the positive pressure and transported to the collection bag through the seed collection bin. middle. The invention has many advantages such as safety, reliability, convenience and flexibility, and high efficiency.

The invention discloses a filtering mechanism of a stone breaking device for geological exploration. A secondary filtering and grading cylinder is provided with a cylinder inner cavity, a secondary filtering net is arranged on the lower middle portion of the cylinder inner cavity, grading steps of a step structure are arranged on the inner wall of the cylinder inner cavity, the grading steps are arranged to enable the inner diameter of the cylinder cavity of the step structure located on the upper portion to be larger than that of the cylinder cavity of the step structure located on the lowerportion, so that after the secondary filtering and grading cylinder conducts oscillation filtering and grading, and small-particle gravel is located below the cylinder cavity of the step structure; and a secondary filtering and grading driving mechanism is arranged to at least enable the secondary filtering and grading cylinder to achieve oscillation movement in three modes of up-down oscillation,horizontal transverse movement oscillation and oscillating oscillation around the vertical axis, gravel can be effectively and rapidly screened and graded, the screening and grading efficiency is guaranteed, and the reliability of gravel filtration is improved.

The invention discloses a red date sorting system based on machine vision. The red date sorting system comprises a sorting table, a sorting identification module and a classification processing module, an image on a conveying belt is collected and preprocessed in real time through an image collecting module in the sorting and recognizing module, the processed image is sent to a feature processing module in the classifying and processing module, the feature processing module firstly judges whether red dates exist in the image or not through a feature comparison unit, and if yes, the red dates exist in the image. If yes, red dates in the image are detected through a size measurement node, a color recognition node and a defect detection node in the red date grading unit, the grade of the red dates is judged according to a preset standard, and a grading sorting module controls a mechanical claw to sort the red dates on a conveying belt; the device has the advantages of simple structure, convenience in operation, easiness in implementation and accuracy in grading.

The invention provides a chemical heat insulation composite film and a preparation process thereof, the composite film comprises: a polyester film layer comprising a first polyester film layer and a second polyester film layer, the density of the first polyester film layer being greater than the density of the second polyester film layer; the fluorine-silicon nano coating is coated on the second polyester film layer; the first polyester film layer, the second polyester film layer and the fluorosilicone nano coating are sequentially arranged to form the composite film. The composite film and the preparation process thereof have the advantages of being simple in structure, low in production cost, high in efficiency and good in heat insulation and heat preservation performance, mechanical strength, damp-heat aging resistance and corrosion resistance.