34results about How to "Efficient grading" patented technology

The invention relates to a vulnerability automatic classification method supporting vulnerability correlation mining, and belongs to the technical field of information security. The method comprises the specific steps of 1, establishing a vulnerability database, and collecting vulnerability records; 2, determining a category of a privilege set; 3, training a classifier; and 4, testing data. Compared with an existing method, the vulnerability automatic classification method supporting the vulnerability correlation mining has the following advantages that (1) a vulnerability classification result is suitable for the vulnerability correlation mining; (2) categories have mutual exclusiveness and the classification is remarkable; and (3) vulnerability automatic classification is realized, so that the classification efficiency is improved and the labor cost is reduced.

The present invention provides a gas-solids fluidization coupling equipment. It at least includes an one-stage gas-solids fluidized bed body, said fluidized bed body is a vertically-placed cylinder body. Said invention also provides the concrete structure of said gas-solids fluidized bed body. Besides, said invention also provides a coupling method capable of utilizing said equipment to implement multistage mixing, heat exchange, reaction and classification of granules with large difference.

The invention discloses a multi-gear transmission achieved in the mode of a planetary gear structure and belongs to the technical field of automatic transmissions. The problems that in the prior art, the automatic transmissions are large in number of components and complex in structure, and particularly slightly-progressive and well-graded transmission ratio series and good meshing efficiency are hard to provide are solved. The multi-gear transmission comprises four planetary gear sets which are arranged one after another along a main rotating shaft and six gear shifting switching elements, and the gear shifting switching elements are allowed to be selectively manipulated so that nine forwarding gears and one reversing gear can be formed between an input shaft and an output shaft of the transmission. The input shaft is connected with a fourth shaft connected to a first sun gear through a first clutch in a disengaging mode and connected with an eighth shaft through a second clutch in a disengaging mode, and the eighth shaft is connected with a first planet carrier and a second gear ring and connected to a shell through a first brake. A fifth shaft is connected with a second sun gear and connected to the shell through a second brake. The output shaft is connected with a fourth planet carrier.

The invention relates to the technical field of comprehensive utilization of blast furnace dust, in particular to a blast furnace dust high-efficient separation and purification system and a purification method. The blast furnace dust high-efficient separation and purification system is characterized in that the system is composed of a pulp making mechanism, a primary pulp homogenizing and conveying mechanism, a zinc extracting mechanism, a secondary pulp homogenizing and conveying mechanism, an iron-carbon extracting carbon mechanism and a conveying pipe, wherein the pulp making mechanism iscomposed of a ball mill or a stirring barrel, the primary homogenizing and conveying mechanism is composed of a homogenizing box and a primary conveying pump, the zinc extracting mechanism is composedof a hydrocyclone and a zinc guide pipe, the hydrocyclone is provided with a feeding port, an overflow port and a bottom flow port, the secondary homogenizing and conveying mechanism is composed of abottom flow box and a secondary conveying pump, a feeding port and a discharging port are formed in the bottom flow box, the iron-carbon extracting mechanism is composed of a spiral separation machine, a iron guide pipe and a carbon guide pipe, and the spiral separation machine is provided with a feeding port, an iron outlet and a carbon outlet. The blast furnace dust high-efficient separation and purification system and the purification method have the advantages of being simple in structure, convenient to use, pollution-free, low in cost, and good in separation and purification effects.

The invention discloses a multi-gear automatic transmission, and belongs to the technical field of automatic transmissions. The problems that in an existing automatic transmission technology, the number of members is large, the structure is complex, and particularly it is difficult to provide a transmission ratio series which is slightly progressive and well graded and good in meshing efficiency are solved. The multi-gear automatic transmission comprises a first planet wheel set, a second planet wheel set, a third planet wheel set and a fourth planet wheel set and six gear shift switching elements, wherein the first planet wheel set, the second planet wheel set, the third planet wheel set and the fourth planet wheel set are sequentially arranged along a main rotating shaft front and back, and the gear shift switching elements are allowed to be selectively operated to form nine forward gears and one reverse gear between an input shaft and an output shaft of the transmission; the input shaft and a fourth shaft are connected through a first clutch in the mode of being capable of loosening, the fourth shaft is connected with a first sun wheel and a second sun wheel, the fourth shaft and a third shaft are connected through a second clutch in the mode of being capable of loosening, the third shaft is connected with a first planet rack and connected to a shell through a first brake, and the input shaft and a fifth shaft are connected through a third clutch in the mode of being capable of loosening.

The invention discloses a multi-gear transmission with a planet gear structure mode, and belongs to the technical field of automatic transmissions. The multi-gear transmission solves the problems that in the prior art of the automatic transmissions, more elements and a complex structure exist, and especially, a slightly progressive well graded transmission ratio series and the good meshing efficiency are difficult to supply. The multi-gear transmission comprises a first planet gear set, a second planet gear set, a third planet gear set and a fourth planet gear set which are sequentially arranged front and back along a main rotation shaft and six gear shifting elements, and the gear shifting elements are allowed to be selectively controlled, so that nine forward gears and one reverse gear are formed between an input shaft and an output shaft of the transmission; the input shaft is separably connected with a fifth shaft through a first clutch, and the fifth shaft is connected with a first sun gear and a second sun gear and connected to a shell through a first brake; the input shaft is separably connected with a fourth shaft connected to a first gear ring through a second clutch and connected with a third shaft through a third clutch; the output shaft is connected with a fourth planet carrier.

The method according to the invention for operating a classifier for classifying piece-form material has the following method steps: a rotary cage is rotated, classifying air is taken, through an air-routing system enclosing the rotary cage, into a classifying zone formed between the rotary cage and air-routing system, and the piece-form material is supplied into the classifying zone, wherein one or more inserts are arranged in the classifying zone such that the torque to which the rotary cage is subjected - at the same rotational speed - is increased by at least 20% in relation to a design without any inserts and / or the distance between the air-routing system and the rotary cage is selected such that the torque to which the rotary cage is subjected - at the same rotational speed - is increased by at least 20% in relation to a design in which the air-routing system is at a distance which does not affect the torque of the rotary cage.

The invention relates to a multi-speed driving gear hub for a bicycle, which is provided with two driving gear stages. A clutch between a sun gear provided with more teeth and a hub axle and fixing the sun gear relative to the hub axle in a rotating direction requires a structural space as planetary gear teeth only in axial extension. Therefore, a planetary gear driving mechanism only needs a smaller axial length. Via the above way, the structure can be realized, a direct driving gear stage with a gear ratio of 1:1 is not used in a driving gear stage provided with a superfine grading of a driving gear stage gear ratio. A more advantageous aspect is a practice mode when a first and second driving gear stages are joined on a planetary gear rack.

The invention discloses a multi-gear speed changer adopting a planetary gear structure mode, and belongs to the technical field of an automatic speed changer. The problems that the conventional automatic speed changer is complex in structure, heavy and high in production cost, particularly slightly progressive and well graded transmission ratio series and high engagement efficiency are difficult to provide are solved. The multi-gear speed changer comprises four planet wheel groups which are arranged along a main rotating shaft sequentially; six gear-shifting switching components are allowed to be selectively controlled, so that nine forward gears and one reverse gear are formed between an input shaft and an output shaft of the speed changer; the input shaft is in loose connection with a fifth shaft, which is connected with a third planet carrier and a fourth planet carrier, through a third clutch; a six shaft which is connected with a first sun wheel and a second sun wheel is in loose connection with a shell through a second brake; an eighth shaft connected with a third sun wheel is in loose connection with the shell through a third brake; the output shaft is connected with a fourth gear ring.

A method for classifying a powder using a fluid classifier, comprises a mixing step (step S10) of mixing a powder and an assistant agent composed of an alcohol, an input step (step S22) of inputting the powder mixed in the mixing step into the fluid classifier, a heating step (step S14) of heating a gas, a supply step (step S16) of supplying the gas heated in the heating step into the fluid classifier, and a classification step (step S24) of classifying the powder according to particle diameters in the fluid classifier.

The invention discloses a nine-gear automatic transmission, belongs to the technical field of automatic transmissions, solves the problems that in the existing automatic transmission technology, morecomponents and a complicated structure are provided, particularly a transmission ratio series which is slightly progressive and is excellent in grading is difficult to be provided and the transmissionratio range is large. The nine-gear automatic transmission comprises four planet wheel sets sequentially arranged front and back along a main rotary shaft, nine rotatable shafts, two brakes and fourclutches, and six gearshift switching elements are provided in total; the gearshift switching elements allow to be selectively controlled, so that nine forward gears and one reverse gear are formed between the input shaft and the output shaft of the transmission; the input shaft is detachably connected with a sixth shaft connected with a fourth planet carrier via the first clutch and is detachablyconnected with a ninth shaft connected with a second sun wheel via the second clutch; a third shaft connected with a first sun wheel is detachably connected via the first brake; and the output shaftis connected with a fourth gear ring.

The invention discloses a nine-speed automatic transmission of automobiles, and belongs to the technical field of automatic transmissions. The problems that the complicated structure in the existing automatic transmission technology is difficult to provide slightly gradual, well-graded transmission ratio series and a large transmission ratio range particularly are overcome. The nine-speed automatic transmission of the automobiles includes four planet gear sets arranged front and back along a main rotating shaft in sequence, nine rotatable shafts, two brakes and four clutches; the six shiftingswitching elements allow selectively to be manipulated, so that nine forward gears and one reverse gear are formed between an input shaft and an output shaft the transmission; the input shaft is connected with a seventh shaft in a loosened mode through a first clutch, and the seventh shaft is connected with a first planet carrier and a fourth planet carrier; the input shaft is connected with an eighth shaft in a loosened mode through a second clutch, and the eighth shaft is connected with a first gear ring; and a third shaft is connected with a third gear ring and connected with a shell through a first brake, and a fourth shaft is connected with a second gear ring and connected with the shell through a second brake; and the output shaft is connected with a third planet carrier and a fourthgear ring.

The invention provides an araliaceae traditional Chinese medicine product identification kit and an araliaceae traditional Chinese medicine product identification method. The kit at least comprises the following three groups of primer pairs: a ginseng identification primer pair, wherein the forward primer is represented by SEQ ID NO:1, and the reverse primer is represented by SEQ ID NO:2; a pseudo-ginseng identification primer pair, wherein the forward primer is represented by SEQ ID NO:3, and the reverse primer is represented by SEQ ID NO:4; and an American ginseng identification primer pair,wherein forward primer is represented by SEQ ID NO:5, and the reverse primer is represented by SEQ ID NO:6. The kit and the method are mainly used for qualitatively identifying ginseng, pseudo-ginseng and American ginseng in traditional Chinese medicine products, and have high sensitivity and good specificity.

The invention discloses a vehicle automatic transmission of a planet gear structural mode, and belongs to the technical field of automatic transmissions. The problems that existing automatic transmission technologies have a large number of components and a complex structure, especially, a slightly gradual and well-graded transmission ratio series is difficult to provide, and the transmission ratiorange is large are solved. The vehicle automatic transmission comprises four planet gear sets which are successively arranged front and back along a main rotary shaft, nine rotating shafts, two brakes and four clutches; the total six gear shifting switch components are included and are allowed to be selectively operated so that nine forward gears and one reverse gear can be formed between an input shaft and an output shaft of the transmission; an input shaft is connected with a sixth shaft connected with a fourth planet carrier through the first clutch in a releasable mode and is connected with a ninth shaft connected with a fist sun wheel through the second clutch in a releasable mode; a seventh shaft is connected with a second sun wheel and a third sun wheel and is connected to a shellthrough the second brake; and the output shaft is connected with a fourth gear ring.

The invention discloses a tea sorting device which comprises a first sorting layer, a discharge port, a screen, a handle and a second sorting layer, wherein a discharge hole is formed in one side of the first sorting layer, and the handle is arranged on the other side; the screen is arranged at the bottom of the first sorting layer, and the lower part of the first sorting layer is movably connected with the second sorting layer through a screw; the screen is fixedly connected with the first sorting layer through iron tails, and the handle is welded on the first sorting layer. The device is driven by a vibration device and is faster in screening, the filtering of the screen is uniform, and a manual time-consuming screening method with naked eyes is replaced. Materials are obviously graded, and simply and conveniently discharged, so that the standard and uniformity of screening can be ensured.

The invention discloses an intelligent classification method for big data. The method comprises the following steps: reading training data and normalizing the training data; Creating a neural network,setting training parameters, and training the neural network; Reading test data, and normalizing the test data; And identifying the test data and outputting a result to realize the hot, and achievingtemperature and cold intelligent classification of the data. Meanwhile, the invention provides an intelligent grading system and a terminal. For three levels of hot, warm and cold data for big data,,deep learning is carried out through a multi-level neural network; The neural network is used as a classifier, the problem of standardization of a cross-industry classification algorithm is solved, big data of different industries can be divided into three categories of hot data, warm data and cold data according to first access time, last access time, access times, industry attribute codes and the like of the data, and preparation is made for intelligent hierarchical storage of the big data. By adopting the technical scheme, the identification accuracy of small sample data in different industries and fields reaches more than 90%.

The invention provides an efficient drying and grading machine for a processed object and a drying and grading method. The drying and grading machine comprises a rotary cylinder capable of freely rotating around the axis thereof. One end of the rotary cylinder is equipped with a feeding port for an object to be processed and a carrier gas and the other end of the rotary cylinder is equipped with a discharge port for the object to be processed and the carrier gas; a heating unit for heating and drying an object to be processed in the rotary cylinder during the delivery process of the object from the feeding port to the discharge port; a grading cover arranged to cover the other end side of the rotary cylinder. The lower part of the grading cover is equipped with a fixed discharge outlet for discharging the processed object and the upper part of the grading cover is equipped with a fixed gas outlet for discharging the gas carrier; and a dispersed gas blowing unit arranged inside the grading cover wherein the processed object is sent to the fixed discharge outlet.

The invention discloses an automatic transmission unit, and belongs to the technical field of automatic transmission. The problems that the structure is complex in the existing automatic transmissiontechnology, particularly, a slightly progressive and hierarchical good transmission ratio series and a large transmission ratio range are difficult to provide are overcome. The automatic transmissionunit comprises four planetary gear sets which are sequentially arranged along the front and back of a main rotating shaft; nine rotatable shafts; two brakes and four clutches, six gear shifting switching elements, the gear shifting switching elements are allowed to be selectively actuated such that nine forward gears and one reverse gear are formed between an input shaft and an output shaft of thetransmission; the input shaft is detachably connected to a seventh shaft connected to a first sun gear via a first clutch and is detachably connected to an eighth shaft connected to a second planetary carrier via a second clutch, and a third shaft connected to a fourth sun gear is connected to a shell through a first brake; and the output shaft is connected with the first gear ring and a fourth planet carrier.

The invention discloses a multi-gear automobile automatic transmission, and belongs to the technical field of automatic transmissions. The problems that in the prior art, automatic transmissions are large in component number and complex in structures and cannot provide a slightly progressive and densely classified transmission ratio series and good engagement efficiency especially are solved. Themulti-gear automobile automatic transmission comprises four planet gear sets arranged one behind the other along a main rotation axis, nine rotatable shafts, and six shifting switching elements; the shifting switching elements are allowed to be selectively operated, thus, nine forward gears and a reverse gear are formed between an input shaft and an output shaft of the transmission; the input shaft is connected with a sixth shaft connected to a third planet carrier through a first clutch in a releasable mode and connected with an eighth shaft of a fourth sun gear through a second clutch in a releasable mode; the third shaft is connected with a first sun gear and a second planet carrier and connected to a housing through a first brake; and the output shaft is connected with a third ring gear and a fourth planet carrier.

The invention discloses a nine-speed automatic transmission for automobiles, which belongs to the technical field of automatic transmissions; it overcomes the complex structure in the existing automatic transmission technology, especially it is difficult to provide a slightly progressive and well-graded transmission ratio series and a large transmission ratio range Problem; consists of four planetary gear sets arranged in succession along the main axis of rotation; nine rotatable shafts; two brakes and four clutches, a total of six shifting elements that allow selective Manipulated so that nine forward gears and one reverse gear are formed between the transmission input shaft and output shaft; the input shaft is releasably connected to the seventh shaft connected to the first planet carrier, the fourth planet carrier via the first clutch and The eighth shaft is releasably connected to the first gear ring via the second clutch, the third shaft is connected to the third ring gear and connected to the housing via the first brake, and the fourth shaft is connected to the second ring gear And it is connected to the casing via the second brake; the output shaft is connected to the third planet carrier and the fourth ring gear.

The invention discloses a titanium concentrate grading device and method. The titanium concentrate grading device comprises a high-position bin, a spiral feeding unit, a fluidized grading unit, a gas supply unit, a course-fraction titanium concentrate receiving unit, a fine-fraction titanium concentrate receiving unit and micro-fine-fraction titanium concentrate receiving unit which are connected through a pipeline. Gas is led into the fluidized grading unit, and the gas flow and the gas flow rate in the fluidized grading unit are adjusted so as to achieve grading of titanium concentrate. The titanium concentrate grading method is conducted by the adoption of the titanium concentrate grading device. For titanium concentrate which is wide in particle size distribution and small in particle size, the titanium concentrate grading device and method achieve rapid and efficient grading of the titanium concentrate by the utilization of the fluidized grading device, achieve grading of titanium concentrate of different particle sizes through adjustment of the gas flow and the gas flow rate in the fluidized process, and improve the utilization effect and the pertinence of the titanium concentrate.

A method for classifying bulk material comprises the steps of conveying bulk material to at least one sieve of a device (1) comprising at least one housing (10) having a room. The housing (10) has at least one inlet (13) for conveying bulk material and at least one outlet (14) for discharging at least one fraction of the bulk material. The housing (10) has a top cover (15) and a bottom (16), wherein at least each vibration mass (17) is arranged on the top cover and the bottom. The device (1) has at least one mechanical coupling mechanism, wherein the vibrating masses are coupled and driven to each other by means of a mechanical coupling mechanism (21) arranged outside the inner chamber. The device (1) has a drive for driving a mechanical coupling. The method also includes the step of setting the housing (10) in vibratory motion by means of a driven vibrating mass. In a further method step, the bulk material is classified by means of a sieve. At least one fraction of the bulk material is then discharged from the housing through the outlet.

The invention belongs to the technical field of seed non-destructive detection, and discloses a seed viability non-destructive detection and grading system. The system is provided with: a first seed channel; the first seed channel is connected with a second seed channel, and a photoelectric detector is arranged at the contact position of the first seed channel and the second seed channel; a rotary shifting plate is arranged at the end of the second seed channel; the first seed channel is provided with a side plate, wherein the side plate is provided with a photoelectric detector mounting groove, and the photoelectric detector is mounted in the photoelectric detector mounting groove; a positioning groove is formed in the second seed channel, wherein a detection hole is formed in the bottom side of the positioning groove, a spectrum acquisition probe is mounted on the bottom side of the detection hole, and the spectrum acquisition probe and the detection hole are coaxially arranged. According to the invention, seed-by-seed positioning for seed viability detection is realized, operations are simple and convenient, the error rate is low, the efficient grading is realized, and manpower and material resources are saved. Dust on a glass cover can be removed in time, so that the situation that the dust fully covered on the glass cover may affect detection results is avoided.

A mobile classifier (deduster) has docking devices, flushing devices and control for the dedusting of granules, in particular polymer granules, with preference polycarbonate granules. The mobile classifier can be set up at different locations underneath silos. To perform its function, the mobile classifier is technically connected to stationary pipelines, filters and fans.

The method according to the invention for operating a classifier for classifying material in shredded form has the following method steps: rotating a trommel; sucking classified air into the classifying area through an air guide system around the trommel, said classifying A zone is formed between the trommel and the air guide system; and the material in shredded form is fed into the grading zone, wherein one or more inserts are arranged in the grading zone such that at the same rotational speed, the trommel The torque experienced is increased by at least 20% relative to a design without any inserts, and / or the distance between the air guide system and the trommel is selected such that at the same rotational speed, the torque experienced by the trommel is relative to the air Designs where the distance of the guide system does not affect the torque of the trommel is increased by at least 20%.

The invention relates to a vulnerability automatic classification method supporting vulnerability correlation mining, which belongs to the technical field of information security. The specific operation is as follows: Step 1: Build a vulnerability database and collect vulnerability records. Step 2. Determine the privilege set category. Step 3, train the classifier. Step four, test data. Compared with the existing methods, the vulnerability automatic classification method proposed by the present invention, which supports vulnerability correlation mining, has the following advantages: ① the vulnerability classification result is suitable for vulnerability correlation mining; Obvious; ③ Realize automatic classification of vulnerabilities, improve classification efficiency, and save labor costs.

The invention belongs to the technical field of coal slime water flotation and particularly relates to a microbubble enhanced mineral grading device. The microbubble enhanced mineral grading device comprises a material inlet chute, unit pools, clapboards, rectificate pipe bundles, outer side pool walls, inner side pool walls, pool bottoms, bottom flow pipes, control valves, connection pipes, sprayholes, bubble generating devices, air inflation pumps, air inlet pipes, inflow areas, outflow areas and a discharging pipe, after coal slime water evenly flows into the outermost unit pool through the material inlet chute, under the action of the gravity, the coal slime water moves downwards from the upper portions of the inflow areas of the unit pools and flows around to the outflow areas of theunit pools, the material inlet speed is controlled to be larger than the bottom flow speed, the outflow areas generate ascending water flow, particles of larger particle size are discharged from thebottom flow pipes, a gasified medicament is mixed with air to enter the unit pools through the bubble generating devices, and a bubble group is formed to float up the particles of smaller particle size rapidly, the fine particles floating up enter one next unit pool, the above work is repeated, and the whole grading process is finished. The microbubble enhanced mineral grading device is simple instructure and operates steadily, and the coal slime water grading efficiency is improved.