79results about How to "High sorting accuracy" patented technology

This utility model discloses an automatic sorting device for calcium oxide powder, relating to the field of automatic sorting technology. Specifically, it is an automatic sorting device for calcium oxide powder, comprising a conveyor belt and multiple pneumatic pushers disposed on the right side of the conveyor belt. Multiple partition plates are uniformly fixedly connected to the outer circumference of the conveyor belt. These partition plates separate the calcium oxide powder into multiple independent material units. The pushers can be combined to form a complete "long strip," allowing the material between two partition plates to be completely pushed away from the conveyor belt during left and right movement. The pneumatic pushers, push plates, second synchronous magnetic blocks, and third synchronous magnetic blocks enable the pushers to move synchronously using magnetic force to complete the sorting. The first limiting strip, second limiting strip, and baffle plate limit and guide the pushers, ensuring stable sliding along the axial direction without detachment.

The utility model discloses a sorting machine for rice production, including the support frame, the rotatory frame is rotatably installed on the support frame, is provided with the adjusting mechanism on the support, the adjusting mechanism includes the bottom pipe, the bottom pipe is provided with a plurality of, and a plurality of bottom pipes are installed respectively on the four corners of the lower end surface of support frame, the inside rod is slidably arranged in the bottom pipe, the inside rod is provided with the semicircle cover on the same axis, and the most prominent technical advantage of the rice sorting machine lies in the unique high-precision inclination adjusting system, which completely solves the industry pain point of the traditional equipment in adjusting different batches of raw materials, the device adopts the innovative sliding rod and the tubular structure design, and cooperates the accurate friction self -locking mechanism, so that the operator can complete the accurate adjustment of the inclination angle of the sorting machine in less than 30 seconds.

The automatic sorting device comprises a sorting rotary body and a sorting force releasing mechanism, the opening structure parts are clamped and matched with the clamping force of the edge of the sorting rotary body through opening parts, the sorting rotary body can rotate, and the sorting force releasing mechanism is arranged on the sorting rotary body. The sorting force releasing mechanism releases sorting force deviating from the clamping force to the opening structure part. The utility model further provides an automatic sorting system for the opening structure parts, the automatic sorting system comprises the automatic sorting device and further comprises a feeding mechanism and a material receiving mechanism, the feeding mechanism is connected with the sorting rotary body in a matched mode, and the material receiving mechanism comprises a qualified product receiving area and an unqualified product receiving area. And the unqualified product receiving area corresponds to an opening structure part which is separated from the sorting rotary body due to the fact that the clamping force is smaller than the sorting force. On-line real-time sorting of the opening size can be achieved, and the production efficiency and the product percent of pass are greatly improved.

The invention relates to the technical field of conveying equipment, in particular to a conveying mechanism for an electronic piano bow rod automatic production line. The device comprises a main conveying machine body, a supporting frame is arranged on the main conveying machine body, a visual detector is arranged at the bottom of the supporting frame, an L-shaped base is arranged on a supporting leg at the tail of the main conveying machine body, a transposition driving seat is movably arranged on the L-shaped base, and the top of the transposition driving seat is in driving connection with a transferring assembly. The transfer assembly comprises a transposition base movably arranged at the top of the transposition driving base, a rotating support is movably arranged on the transposition base, and a transfer support is arranged at the top of the rotating support. By arranging the weighing sensor, the weight of the bow rod can be verified, the actual weight can be compared with the standard weight, secondary comparison can be carried out, preliminary detection of the product quality is achieved, unqualified products are prevented from entering the subsequent packaging link, the ex-factory qualified rate of the products is increased, the procedure of independent quality inspection is omitted, and the overall production efficiency is improved.

The utility model discloses an automatic wood board sorting device which comprises a machine frame and a front conveyor, and an image detection device, a sorting device, a color recognition device and a plurality of sets of partition plates arranged in the width direction of the front conveyor are sequentially erected on the front conveyor in the conveying direction. The sorting device comprises three collecting boxes and three first material pushing assemblies which are used for pushing wood plates with holes, wood sections, wood sections and holes into the three collecting boxes respectively; a sorting channel is formed between every two sets of partition plates, and a thickness detection device and a plurality of second pushing assemblies for pushing the wood boards of different colors to the front ends of the different sorting channels are erected on the rear portion and the front portion of each sorting channel correspondingly. A plurality of groups of sorting boxes which are used for collecting wood boards with different thicknesses are arranged below the output end of the front conveyor, the number of each group of sorting boxes is equal to that of the sorting channels, and the rack is provided with a sorting conveying mechanism for conveying the wood boards in the sorting channels into the different groups of sorting boxes; the whole sorting device has the advantages of high sorting efficiency, high sorting accuracy and low labor intensity.

This application discloses a transmission line, wherein the first branching stator of the transmission line includes a first feed end, a first discharge end, and a second discharge end. The second branching stator includes a second feed end, a third feed end, and a third discharge end. The feed section includes at least one feed stator, with the feed stator located at the end of the feed section in the transmission direction spliced ​​to the first feed end. The straight-through section includes at least one straight-through stator, which is spliced ​​to both the first discharge end and the second feed end. The temporary storage section includes multiple temporary storage stators, with the temporary storage stator located at the beginning of the temporary storage section in the transmission direction spliced ​​to the second discharge end, and the temporary storage stator located at the end of the temporary storage section in the transmission direction spliced ​​to the third feed end. An optical fiber connects the feed stator, the first branching stator, the straight-through stator, the multiple temporary storage stators, and the second branching stator in series. The technical solution of this application enables the transmission line to flexibly perform material diversion and merging operations, while reducing excessive losses caused by line cross-wear.

The invention discloses a particle sorting micro-fluidic chip integrated with a piezoelectric actuator and a use method of the particle sorting micro-fluidic chip, and relates to the technical field of micro-fluidic sorting. The device comprises a particle inlet, a jet liquid inlet, two sorting outlets, a sorting area and a piezoelectric actuator. The jet flow cavity is in fluid communication with the sorting area, and a jet flow outlet of the jet flow cavity is located at the highest gravity position, so that gas in the jet flow cavity can be discharged through the jet flow outlet under the action of gravity. According to the invention, the chip is vertically or obliquely placed, so that the jet flow outlet is located at a functional position which is beneficial to natural gathering and discharging of gas under the action of gravity, and bubbles in the cavity are naturally discharged by utilizing the gravity. The jet flow actuating efficiency is improved, the sorting process has higher tolerance to the initial transverse position, the arrival time sequence and the size fluctuation of the particles, and stable and high-purity particle sorting can be achieved without depending on the high-precision pre-alignment condition.

The utility model relates to the technical field of lead zinc ore beneficiation, in particular to a lead zinc ore dense medium grading selection-flotation combined separation system which comprises a dense medium separation system and a flotation system, and the dense medium separation system comprises a crushing and screening unit, a dense medium coarse fraction separation unit, a dense medium fine fraction separation unit and a fine ore water treatment unit. An outlet of the crushing and screening unit is divided into a coarse fraction outlet, a fine fraction outlet and a fine ore outlet, the coarse fraction outlet is connected with the dense medium coarse fraction separation unit, the fine fraction outlet is connected with the dense medium fine fraction separation system, and the fine ore outlet is connected with the fine ore water treatment unit. A coarse-fraction gravity concentrate outlet of the dense-medium coarse-fraction separation unit, a fine-fraction gravity concentrate outlet of the dense-medium fine-fraction separation unit and a concentrated fine ore outlet of the fine ore water treatment unit are respectively connected with the flotation system, so that the flotation system has the advantages of high economic benefit, low production cost, energy conservation, environmental protection and the like; and the lead-zinc ore beneficiation efficiency and the metal recovery rate are effectively improved.

The utility model discloses a gradient density eiderdown sorting device relates to eiderdown processing equipment technical field, the utility model discloses a box body, the box body rear side fixedly connected with screening mechanism, the box body top fixedly connected with scattering mechanism. The utility model screening mechanism three layer inclined sieve plate design, realizes gradient sorting through different aperture, solves the problem that single -layer sieve plate can only simple screening, cannot fine grading, can accurate separation different density's eiderdown, and the vibrating mechanism of cam drive of inclination structure cooperation, utilize gravity and vibration double -action enhancement eiderdown fluidity, avoid the accumulation jam of planar formula sieve plate because of poor mobility, promote the sorting efficiency greatly, double -shaft motor passes bevel gear, worm and worm wheel drive cam rotation, and the spring reset is combined, then can make the stable and regular vibration of the sieve plate of board frame drive, ensure that eiderdown is evenly distributed on the screen surface, fully screens, further improve the sorting accuracy.

The utility model relates to the technical field of coal separation, in particular to an intelligent raw coal dry separation system which comprises a raw coal bin, the raw coal bin is communicated with a raw coal roller screen through a belt conveyor, the raw coal roller screen is respectively communicated with a slack coal roller screen and a raw coal crusher, and the raw coal roller screen is communicated with the raw coal crusher through a manual separation belt conveyor. The slack coal roller screen is communicated with a mixed coal bunker belt conveyor through a slack coal transfer belt conveyor, and the mixed coal bunker belt conveyor is communicated with a mixed coal bunker through a mixed coal bunker distribution belt conveyor; the slack coal roller screen and the raw coal crusher are communicated with the linear screen, the linear screen is respectively connected with the slack coal transfer belt conveyor and the intelligent dry separator, the intelligent dry separator is communicated with the gangue crusher, and the gangue crusher is communicated with the gangue bin through the gangue bucket elevator. Raw coal is subjected to intelligent dry separation, clean coal dirt band is reduced, the clean coal yield is improved, the clean coal yield is maximized, the quality of the clean coal yield is improved, the photoelectric intelligent dry separator does not need water, manpower is greatly saved, and the production efficiency is improved.

The invention belongs to the field of aviation part repair, and particularly relates to an intelligent screening and sorting method for aviation repair screw type small parts based on image recognition. The top camera, the side camera and the mechanical arm are used in cooperation, the bolts are dynamically recognized in a multi-angle mode, the top camera collects images when the bolts transversely fall on the working face, the images of the sizes and threads of the bolts can be effectively collected, and then the mechanical arm is used for clamping the bolts to the recognition area of the side camera; images of bolt head shapes, groove shapes and bolt tail marks can be effectively collected, so that the bolts can be recognized at multiple angles, and the problem of inaccurate recognition caused by bolt stacking and posture inclination is solved.

This invention relates to a picking robot and its control method, comprising a chassis with wheel assemblies at its bottom; a gantry mounted on the chassis; a scooping frame disposed on the gantry, on which at least two cargo box hooking devices are provided; the cargo boxes on the cargo box hooking devices include a first cargo box and a second cargo box, the first cargo box being used to store materials to be sorted, and the second cargo box being used to store sorted materials; a robotic arm disposed on the gantry, rising and falling synchronously with the scooping frame, the robotic arm's end effector having a picking mechanism for picking up materials; a robotic arm lifting mechanism driving the robotic arm to rise and fall independently of the scooping frame along the gantry; a material identification device for identifying the position of materials within the cargo boxes; and a controller for controlling the robotic arm's movements based on information returned by the material identification device to move the target material from the first cargo box to the second cargo box. In this solution, the material identification device and the controller work together to achieve fully automated positioning and grasping, significantly reducing the need for manual intervention throughout the sorting process.

The utility model relates to the technical field of glass cover plate production detection, and discloses a glass cover plate defect online detection sorting device based on visual identification, which comprises a bracket, a conveyor belt arranged on the bracket, a visual detection mechanism and an adjusting mechanism which are positioned above the conveyor belt, and a sorting clamping mechanism arranged on the adjusting mechanism, the conveyor belt is driven by the driving motor and controlled to convey. Through cooperation of the rotating motor, the horizontal guide rail frame and the lifting air cylinder, three-dimensional position adjustment of the visual inspection mechanism is achieved, the detection requirements of glass cover plates of different sizes and specifications can be flexibly met, and the detection range and precision are remarkably improved; the sorting clamping mechanism adopts a dual-driving structure of working cylinder driving and electric push rod clamping jaw opening and closing, and is matched with four groups of symmetrical clamping jaws with rubber layers, so that the edges or four corners of the glass cover plate can be stably clamped, the glass cover plate is prevented from slipping or being damaged in the sorting process, and the sorting accuracy is improved.

The invention relates to the technical field of spiral separation, in particular to a spiral separation intelligent flow state separation control device which comprises a bottom plate, a material conveying module is arranged above the bottom plate, and two spiral chutes are formed in the position, located in the material conveying module, above the bottom plate. A center shaft is fixedly connected to the inner wall of the connecting position of the middle of each spiral chute, a driving module is arranged on the outer side of each center shaft, a regulation and control module is arranged at the position, located on one side of the driving module, of the outer side of each center shaft, and a feeding control module is arranged at the position, located below the regulation and control module, of the outer side of the top of each center shaft; a stepping motor is meshed with an auxiliary gear of an auxiliary rotating shaft through a main rotating shaft and a main gear, a center shaft is driven to drive a spiral chute to rotate, meanwhile, a transmission wheel on the center shaft is matched with a first trigger plate and a second trigger plate of a flow valve hand wheel through a trigger plate, and the opening degree of a flow valve is dynamically controlled; the first bevel gear in the annular groove of the center shaft is further meshed with the second bevel gear of the feeding roller, and the feeding roller is driven to precisely regulate and control the discharging speed.

The utility model discloses a tailing belt type classificator which comprises an equipment base, and a blocking dry type vibration concentration structure is installed on the equipment base. The blocking dry type vibration concentration structure comprises a pair of fixing bottom rods, two pairs of supporting rods, a shaking frame, two pairs of fixing supports, a plurality of mounting rods, a screening conveying belt, a plurality of concentration blocking rods, a supporting frame, a grouting box, a screen type uniform grouting assembly, a concentrate collecting box and a tailing ore sand collecting box. The utility model relates to the technical field of tailing screening equipment, and has the beneficial effects that the problems that the existing tailing screening is mostly performed by using a blanket tailing classificator, the grouting is non-uniform, the accurate screening cannot be ensured, and the conveying belt part is of a blanket structure, so that tiny holes in the blanket surface are easy to adsorb a part of ore sand, and the ore sand cannot be accurately screened are solved. And during screening, waste ore sand is easily recovered into a recovery box together, so that the recovery rate of tailings and the quality of concentrate are influenced.

The utility model relates to screening machine technical field discloses a novel double -deck screening machine, including the chassis, the chassis upper surface fixedly connected with support no.

The application provides a full-automatic chip module releasing, sorting and packaging integrated device, which comprises a chip module releasing module, a chip module deburring module and a sorting module. The chip module deburring module is arranged on the downstream side of the chip module releasing module to deburr the released module. The deburred chip module is sorted based on the double-station sorting module to distinguish the good products and the defective products of the chip module. The chip module is respectively placed in the corresponding tray based on the recognition result. The sorting precision and efficiency are improved.

The utility model relates to the technical field of material distributing devices, and provides an automatic sorting device for an automatic detector, which comprises a first collecting bin and a second collecting bin which are oppositely arranged, the material distributing part is rotationally arranged between the first collecting bin and the second collecting bin and provided with a first part and a second part which are arranged in a lifting mode, and a containing groove is formed between the first part and the second part and used for providing support for materials; the material distributing piece is provided with a first working position and a second working position, and the first working position is used for receiving materials; when the material distributing piece rotates to the second working position, if the first part descends, the materials fall into the first collecting bin, and if the second part descends, the materials fall into the second collecting bin; compared with a traditional sorting mode depending on a multi-degree-of-freedom mechanical arm or a clamping structure, the automatic sorting mode for the materials has the advantages that the operation steps of grabbing, moving, releasing and the like of the materials are omitted, the treatment period of a single material is effectively shortened, and the operation efficiency of the whole equipment is improved.

The invention relates to an anode scrap carbon block sorting method and device, computer equipment, a computer readable storage medium and a computer program product. The method comprises the steps that an anode scrap block image corresponding to an anode scrap carbon block is obtained, and the anode scrap carbon block is located on a conveying device; according to the anode scrap block image, performing target detection on the anode scrap carbon block to obtain a carbon block pixel position coordinate of the anode scrap carbon block in a pixel coordinate system; according to preset hand-eye calibration information, the carbon block pixel position coordinates are converted into first grabbing position coordinates under a robot coordinate system; calibration speed information of the transmission device is determined, and second grabbing position coordinates are generated according to the first grabbing position coordinates and the calibration speed information; and according to the second grabbing position coordinates, a preset grabbing device is controlled to grab and sort the anode scrap carbon blocks. By adopting the method, the sorting accuracy of the anode scrap carbon blocks can be improved.

An anti-falling tray for a cross belt sorting machine and a sorting machine using the same relate to the technical field of articles related to conveyors, the tray comprises a tray main body and a sorting belt arranged on the tray main body, the tray main body is provided with baffle plates at two sides of the sorting belt, and the baffle plates are higher than the surface of the sorting belt; a zero returning detection hole is formed in the bottom of the sorting belt, a mirror reflection photoelectric sensor is fixedly installed on the tray body, and the light signal transmitting end and the light signal receiving end of the mirror reflection photoelectric sensor face the bottom of the sorting belt. A light reflecting plate is fixedly arranged in the sorting belt; the sorting belt is driven by an electric roller to rotate, the electric roller is connected with a driving card through a circuit, the driving card is fixedly installed on the tray body, and the driving card is in signal communication with the mirror reflection photoelectric sensor. According to the utility model, a sorting platform integrating physical constraint and photoelectric detection on the surface of the sorting belt is established, and the displacement control and real-time state monitoring of goods are synchronously realized through the arrangement of the structure.

This utility model discloses an electrolyte grading and vibration sorting device, relating to the field of electrolyte sorting technology. It includes a machine body with a support frame at the bottom. Inside the machine body are filter plates one, two, and three. The filter holes of filter plate one are larger than those of filter plate two, and the filter holes of filter plate two are larger than those of filter plate three. A sorting component for secondary screening of the filtered material is located on the side of the machine body. This device performs multi-stage sorting of metal materials and achieves circulating screening, further separating usable fine electrolytes carried in the coarse material, thus improving sorting accuracy and recovery rate.

The invention discloses a desulfurizing agent efficient internal circulation system and method based on low-pressure conveying and precise grading, and relates to the technical field of industrial flue gas purification. According to the desulfurizing agent efficient internal circulation system based on low-pressure conveying and precision grading, continuous conveying and two-stage grading integrated treatment of desulfurized fly ash are achieved, the fly ash conveying system stably conveys the desulfurized fly ash to the two-stage precision sorting unit at the preset pressure, the first-stage pre-separator conducts primary coarse separation on the desulfurized fly ash, most of coarse particle desulfurization by-products are removed, and the desulfurized fly ash is subjected to secondary coarse separation through the second-stage pre-separator; the subsequent grading load is reduced; the secondary dynamic airflow classifier precisely classifies airflow containing fine powder, high-activity desulfurizing agent fine powder is precisely separated out and fed into the desulfurizing agent bin, coarse particles and medium-particle-size powder are fed into the desulfurized fly ash bin, and the integrated structure avoids flow redundancy caused by separation of a conveying and sorting system in a traditional scheme. The compactness and the separation effect of the system are improved, and efficient internal recycling of the desulfurizing agent is realized.

The invention relates to a visual identification system and method for goods sorting and transportation, and relates to the technical field of logistics transportation control, and the visual identification system comprises an image collection module which collects original goods images of goods in transportation according to different visual angles; the image processing module is used for cleaning and standardizing the original article image to obtain an article multi-view linked image and extracting a logistics distribution position; the model construction module is used for aggregating historical article images into a training set and generating a multi-view sorting and distinguishing model by combining with a target detection algorithm for iterative training; the screening identification module is used for judging an article multi-view linked graph according to a multi-view sorting judgment model, and determining an article sorting conclusion in combination with a logistics distribution position; the updating optimization module is used for filling an article multi-view linked graph into an article database according to an article sorting conclusion and optimizing a multi-view sorting judgment model; a sorting discrimination model is constructed through a multi-view image fusion algorithm and a deep convolutional neural network, and the precision and efficiency of intelligent logistics sorting are improved.

This utility model discloses a rotten kernel removal and sorting device for hybrid maize seeds, relating to the field of seed processing technology. It includes a water flotation removal mechanism, comprising a water flotation chamber with a discharge port at the bottom and an overflow port at the top. This utility model, through the combination of the water flotation removal mechanism and the rotten kernel collection mechanism, significantly improves the sorting efficiency and quality of hybrid maize seeds. The discharge port at the bottom of the water flotation chamber allows for convenient discharge of plump, sunken seeds, while the overflow port at the top, combined with an annular collection trough, accurately collects floating rotten kernels, preventing the loss of effective seeds and improving sorting accuracy. Simultaneously, a slow-speed motor on the mounting plate drives multiple sets of stirring rods to evenly agitate the water, promoting the full dispersion of adhering seeds and rotten kernels, enhancing the separation effect caused by density differences, and solving the problem of uneven dispersion in traditional equipment.

The utility model relates to the technical field of grading cloth, especially to a kind of analytic cloth distributor and intelligent dry separation system.Analytic cloth distributor includes: equipment main body, drive source, multistage screen and the cloth board that is set up one by one with screen one-to-one;All screen is spaced apart on equipment main body along vertical direction;Cloth board is set on equipment main body, and one end is connected with corresponding screen, the other end is connected with downstream equipment, and the material on screen of screen is discharged into downstream equipment by corresponding cloth board, and all cloth board is located on the same plane;Drive source is connected with equipment main body, and is used to drive equipment main body vibration.By setting multistage screen to material classification, simultaneously cooperate cloth board even material, so that material can enter the different passageway of intelligent dry separator with multiple granularity level, and the material distribution of same granularity level is uniform and particle size is similar, and the phenomenon that large block material presses or shields small block material does not appear, and the separation precision and efficiency of intelligent dry separator are effectively improved.

The invention relates to the technical field of information retrieval and machine learning, and provides a domain-to-entity adaptive document rearrangement method, which comprises the following steps of: inputting a plurality of discrimination sample pairs into a rearrangement model to calculate comprehensive correlation scores, and sorting to obtain a corresponding document rearrangement result; the rearrangement model comprises the steps of pre-training a rearrangement module to output a semantic basic correlation score; the domain / entity identification module generates domain weight parameters of a plurality of target domains through a classification network and determines corresponding company entities, and the combined adaptive adjustment module performs sparse selection on low-rank adaptive branches corresponding to the plurality of target domains and performs incremental feature modeling on a discrimination sample pair based on a started low-rank matrix; generating a corresponding incremental correlation score; the reordering execution module is used for ordering the comprehensive correlation scores and outputting results, a specific knowledge base or retrieval implementation does not need to be limited, flexible butt joint with an existing retrieval assembly can be achieved, and the method has the advantages of being fast in convergence, low in cost and the like in the aspects of cross-subject migration and entity-level adaptation.

The application discloses a stable and efficient inflatable mine flotation machine, which comprises a flotation column, a feeding mechanism, an inflation pump, a gas supplement mechanism, an aeration mechanism, a flow guide mechanism and a mixing mechanism. The feeding mechanism comprises a slurry pump and a mixing cylinder. The slurry pump is fixedly installed on the upper side of a mounting beam, and the mixing cylinder is fixedly installed on the middle part of the mounting beam. The slurry pump is in communication with the inside of the mixing cylinder and is used for realizing stable conveying and preliminary mixing of slurry. The gas supplement mechanism comprises a gas supplement pump, a gas distribution pipe and a gas distribution hole. A separate inflation pump primary gas supply structure and a gas supplement mechanism secondary gas supplement structure are arranged to form a multi-stage gas mixing system in cooperation with the internal mixing mechanism of the mixing cylinder. The inflation pump precisely supplies air through the inflation cover and the air inlet hole opposite the jet area of the slurry nozzle, and realizes primary negative pressure air mixing by using the high-speed jet negative pressure of the slurry. The gas supplement pump realizes circumferential uniform secondary air supplement in cooperation with the annular gas distribution pipe, the gas distribution hole and the gas guide cover, and avoids air floating and escaping.

This invention relates to the field of logistics platform technology, specifically to an intelligent cargo sorting and conveying device for a logistics platform, comprising: a main conveyor line, an attitude correction mechanism, and a flexible clamping assembly. The attitude correction mechanism is located upstream of the information reading position and includes: an air-float correction platform positioned below the conveying surface of the main conveyor line; an airflow guide hood positioned above the main conveyor line; and the flexible clamping assembly positioned above the clamping arm. This invention, through the cooperation of the air-float correction platform and the airflow guide hood, constructs a three-dimensional aerodynamic pressure field, enabling cargo to complete attitude correction in a slightly suspended state, completely avoiding the impact and secondary deflection caused by rigid contact on lightweight packages. The inclined air-float holes allow a single airflow to simultaneously achieve lifting and propulsion functions, eliminating the need for an additional drive device.

The utility model provides a kind of clothes special logistics sorting equipment, comprising: feeding mechanism, detection mechanism, sorting mechanism, material receiving mechanism and control system;Feeding mechanism includes installation platform, drive motor, feeding belt and two workbenches, drive motor, feeding belt and two workbenches are all set on installation platform, drive motor is used to drive feeding belt, and two workbenches are located at the two sides of feeding belt respectively;Detection mechanism is set on installation platform, and detection mechanism part is located above feeding belt, sorting mechanism is set on the end of detection mechanism away from feeding belt, and material receiving mechanism is located at the two sides of sorting mechanism;Drive motor, detection mechanism, sorting mechanism and material receiving mechanism are all connected with control system electric signal connection.Each invoice of clothes can be quickly identified and sorted, the whole process is efficient, and the sorting accuracy is high, which is convenient for large quantities of clothes logistics sorting and delivery.

The invention relates to the technical field of sorting machine control, in particular to a high-speed sorting system based on operation state perception, which comprises a load density quantification module, an operation level regulation and control module, a theoretical time sequence resolving module, a response lag compensation module and a closed loop execution feedback module. According to the invention, the real-time operation density is quantified by collecting the shielding pulse at the inlet of the sorting machine, and the operation speed gear of the box-type conveying sorting machine is dynamically matched according to the real-time operation density, so that the self-adaptive balance of energy consumption and productivity in the manufacturing process management is realized; a global coordinate system is utilized to map the real-time position of goods, a filtering algorithm is combined to predict and compensate mechanical response lag, time sequence drift caused by aging and abrasion of equipment is effectively eliminated, and operation state perception is formed based on deep mining of data such as a pulse sequence and execution feedback so as to construct a closed-loop updating mechanism. Control parameters can be corrected in real time to offset environmental interference, it is ensured that the sorting executing mechanism can be accurately triggered in different operation states, and the problem of synchronous errors caused by mechanical characteristic changes is solved.