19results about How to "Realize intelligent operation" patented technology

The invention discloses a file system event processing method and device based on an intelligent filtering rule, and the method comprises the steps: obtaining a file system original event of a monitoring directory, carrying out the cross-platform standardization processing, and extracting event feature vectors of four dimensions: time, a file, a process and a path; the method comprises the following steps: constructing a rule base containing software operation modes such as an editor, a compiler and a version control tool, performing mode matching on an event sequence, calculating confidence, determining a filtering strategy type based on a matching result, executing corresponding processing, and dynamically optimizing system parameters through statistical analysis. The technical problems that an existing file monitoring system is serious in event redundancy and frequent in false triggering are solved, effective file operation and temporary intermediate operation can be intelligently distinguished, invalid synchronous triggering is greatly reduced, the accuracy is improved to 95% or above from 60-70% of a traditional scheme, and invalid event processing is reduced by 90% or above.

The disclosure provides a due diligence report generation method, which comprises the following steps: obtaining a due diligence task instruction through a digital human interaction module, and analyzing the due diligence task instruction to obtain key due diligence parameters of the due diligence task; task planning is performed based on the key due diligence parameters by a scheduling agent to obtain a task execution process of the due diligence task; wherein the task execution process comprises a plurality of subtask nodes; the scheduling agent schedules an execution agent matching a subtask type indicated by each subtask node according to the execution order between the plurality of subtask nodes to execute a corresponding subtask execution strategy, so as to obtain a target task execution result of the due diligence task; and a report generation agent generates a due diligence report of the due diligence task according to the target task execution result. The technical problems of low artificial docking efficiency, large instruction understanding deviation, lack of task allocation pertinence and long report generation period in the traditional due diligence processing process can be effectively solved.

The application provides a coal mining face equipment pose real-time calculation method, system, device and medium. At present, there is a lack of a measurement calculation method which can guarantee measurement accuracy, automatic real-time data calculation and cover the realization of the measurement of the coal mining face equipment group in the industry. To solve the above problems, the method of the application performs absolute pose real-time calculation and automatic processing on the coal mining machine, the scraper conveyor and the support during the mining of the coal mining face, has real-time performance, first measures the initial coordinate position and attitude of the inertial navigation device of the coal mining machine, measures and corrects the real-time position and attitude data of the inertial navigation device, so that the data is more accurate, finally obtains the absolute pose of the coal mining face equipment group, and finally outputs the absolute pose parameters of the coal mining face equipment group, thereby providing conditions for realizing the automation and intelligent operation of the coal mining face equipment group.

The invention relates to an electromechanical machine for converting animal skins into leather, consisting of a machine intended to participate in one or more steps of a process for converting any animal skins into leather. The machine is characterized in that it comprises: a main tank (1) in which the animal skin (3) is immersed in a treatment fluid, called syrup (2), containing one or more additives; an impeller suction motor pump (4) circularly conveys the syrup (2) through a water outlet pipe (5) to a reversing valve (5.1), the reversing valve guides the syrup (2) to one or more filters (6), guides the treatment fluid to a heater (7) or a bypass pipe (5.3), and finally reaches a group of storage tanks (8), and the storage tanks (8) are connected with the water outlet pipe (5). The filter is preferably a slow sand type filter, a decanter type filter, a settling tank type filter, an ozone or UVC ultraviolet radiation disinfection type filter, a zeolite type filter, an activated carbon type filter, an anthracite type filter, a silicon dioxide type filter, an argenite type filter or a copper ion generator type filter, and an opening / closing valve (5.2) is arranged on a pipeline behind the reversing valve (5.1). The syrup (2) is then stored and then discharged into the main tank (1) via a return line (5.4). The machine is provided with a gear motor (9), and the gear motor transmits power through a rotating shaft (10) provided with a clamp (13) at the end. The clamp is arranged opposite to another same clamp (13) mounted on the sliding shaft (11); the machine is provided with a fixed stop block (15.1) fixedly connected with the main tank (1) and a movable stop block (15) fixedly connected with the sliding shaft (11); a spiral spring (14) is mounted between the two stop blocks; when the length of the spiral spring changes, the spiral spring can control the reversing device (16), and then the rotating direction of the gear motor (9) is adjusted. The machine is provided with a programmable central computer, and the computer is controlled according to the required characteristics of each animal skin in the aspects of color, tanning agent type, fatliquoring agent type, fixing agent type and the like.

The invention discloses a polishing solution compensation device for semiconductor substrate CMP (chemical mechanical polishing), and relates to the technical field of polishing solution compensation. The device comprises a cabinet, a protective cover, a polishing pad, a spray head, a mixed liquid storage tank, a liquid supplementing assembly and a polishing liquid intelligent regulation and control system, and is composed of a concentration detection and analysis module, a liquid supplementing decision and control module, a stirring coordinated regulation module and a state monitoring and early warning module. The concentration detection and analysis module is used for collecting concentration signals of different areas in the tank through multiple groups of concentration sensing units, analyzing the concentration change trend through a multi-dimensional data fusion algorithm in combination with CMP process dynamic parameters and pre-judging deviation; and the liquid supplementing decision and control module calculates the target liquid supplementing amount and rate through a self-adaptive PID control algorithm based on the concentration deviation data, and controls the liquid supplementing assembly to switch the liquid supplementing type. According to the device, precision and intelligence of polishing solution compensation are achieved, and the problems that in an existing device, a polishing solution is prone to layering and precipitating, active ingredients deteriorate, concentration dynamic response lags behind, and substrate polishing consistency deviates are solved.

This utility model relates to a Mylar bonding device, including a mounting frame component, a feeding component, a conveying roller component, a pressing and positioning component, a delamination and feeding component, a suction and feeding component, a first winding component, a second winding component, and a control component. Its advantages lie in the fact that, through the integrated design of the mounting frame component and the automated control of the control component, it achieves intelligent operation of the entire Mylar roll process from feeding, conveying, double-sided processing of the centrifuged paper, to precision bonding; the feeding component ensures stable material supply; the pressing and positioning component uses an array of elastic rollers to precisely flatten the front centrifuged paper; the delamination and feeding component uses an adjustable-angle peeling knife to achieve non-destructive peeling of the reverse release paper; the suction and feeding component uses vacuum adsorption and servo drive technology to achieve precise bonding; and the dual winding system of the first and second winding components uses constant tension and differential speed control to achieve efficient recycling of waste materials.

The utility model relates to the technical field of matt film preparation, in particular to a matt film preparation winding device which comprises a supporting frame, a reel assembly, a tension adjusting mechanism, a film pressing assembly and a control system. The supporting frame forms a stable structure through stand columns and cross beams. The reel assembly is used for reeling the light removing film; the tension adjusting mechanism dynamically adjusts the rotating speed of a driving motor through a tension sensor to maintain tension stability; the film pressing assembly is used for flattening the film surface by using a flexible material pressing roller; and the control system realizes intelligent operation. The tension can be adjusted in real time, the film surface quality is improved, manual intervention is reduced, the production efficiency and adaptability are remarkably improved, and the requirements for high precision and automation are met.

The utility model provides a hemp essence medicine safety box. The hemp essence medicine safety box comprises a box body, an operation table, a drawer, a box door assembly and a recognition device. Wherein the cabinet body is provided with an accommodating space, and the drawer is movably arranged in the accommodating space. And the drawer can be used for storing various hemp essence medicines. The containing space can be packaged by the cabinet door assembly so that the drawer can be packaged in the containing space, and opening and closing of the cabinet door assembly can be controlled through an operation table or in a manual decryption mode. The operation table is arranged on a top cabinet plate of the cabinet body. The drawer and the cabinet door assembly are operated and controlled by operating the operation table. The recognition device is arranged on the front side of the operation table and used for recognizing an object for opening the cabinet door assembly.

The present application relates to a kind of steel bar binding machine, comprising: mounting bracket, first driving device, second driving device, binding device;First driving device, second driving device are mounted on mounting bracket, and binding device is installed at the bottom of second driving device;Wherein, first driving device is installed in the lower part of mounting bracket, and first driving device is used to drive mounting bracket to move forward, backward, left or right along steel bar, second driving device is installed in the upper part of mounting bracket, and second driving device is used to drive binding device to move forward, backward, left or right, solve the problem of low efficiency and poor flexibility of existing steel bar binding equipment;Wherein, the mounting bracket includes upper frame, lower frame and multiple columns, and the upper frame is connected with the lower frame by column;Mounting bracket uses double-layer frame to provide stable structural support for steel bar binding machine, ensure that steel bar binding machine keeps stable when running and binding, can effectively bear the weight of each component and working impact force.

The application relates to the technical field of intelligent water and fertilizer allocation, and discloses a mineral fertilizer intelligent allocation control method for water and fertilizer integration. The method comprises the following steps: collecting real-time data of soil humidity, pH value and nutrient concentration through a wireless sensor network, and synchronously acquiring precipitation, air temperature and light intensity data of a remote meteorological server; combining environmental data and a crop growth calendar to construct a soil nutrient consumption simulation model; after being corrected according to real-time monitoring data, generating a farmland nutrient deficiency distribution map by using a geographic statistics method; inputting the map into a fertilizer recommendation algorithm to calculate the application amount per unit area, and simultaneously analyzing the trends of the two types of data to identify abnormal fertilization; when the application amount exceeds the safe range, triggering multi-level alarms and adjusting the amount of fertilizer to be put according to the abnormal results. The method is suitable for the dynamic changes of soil and environment, and realizes intelligent and accurate fertilizer allocation.

The utility model relates to the technical field of foam scrubbing, in particular to an intelligent foam scrubbing system. The system comprises a filling pry, a stirring barrel, a stock solution barrel, a water tank and a controller, the stirring barrel is provided with an electric stirrer, the stirring barrel comprises a foaming stirring barrel and a defoaming stirring barrel, the foaming stirring barrel and the defoaming stirring barrel are respectively filled with a foaming agent and a defoaming agent, the stock solution barrel comprises a foaming stock solution barrel and a defoaming stock solution barrel, a solution inlet of the foaming stirring barrel is respectively communicated with the foaming stock solution barrel and the water tank, and a solution outlet of the defoaming stock solution barrel is communicated with the water tank. A liquid inlet of the defoaming stirring barrel is communicated with the defoaming stock solution barrel and the water tank, the water tank pumps liquid into the stirring barrel through a water pump, the foaming stirring barrel is communicated with a well inlet pipeline, the defoaming stirring barrel is communicated with a well outlet pipeline or a wellhead device, the filling pry is used for driving fluid in the stirring barrel to be discharged, and the filling amount is adjustable. And the electric stirrer, the magnetic pump and the filling pry are electrically connected with the controller. The embodiment of the utility model provides an intelligent foam drainage system which can efficiently carry out foam drainage work.

The present application relates to the technical field of certificate card manufacturing, and specifically provides a certificate card manufacturing system, comprising a pre-positioning device, a storage device, a feeding device, a pressing device and a punching device, wherein the pressing device comprises a hot pressing unit arranged on a hot pressing station, a cold pressing unit arranged on a cold pressing station, and a feeding device for feeding a material plate between the feeding device, the hot pressing unit, the cold pressing unit and the punching device; a plurality of raw material layers are stacked and positioned by the pre-positioning device to form a raw material plate; the raw material plate is preliminarily positioned by the storage device; the raw material plate is pressed together by the pressing device to form a pressed plate; and then the pressed plate is punched by the punching device to form a finished card with independent information. The manufacturing procedure and process are relatively simple, automatic and intelligent operation can be realized, and the manufacturing efficiency of the finished card is improved.

The utility model discloses an intelligent water replenishing device of a high-pressure flushing machine, which comprises a control cabinet and the high-pressure flushing machine, a cleaning water tank is arranged on one side of the high-pressure flushing machine, and a desalted water header pipe is arranged on one side of the cleaning water tank; a first pipeline is arranged between the high-pressure flushing machine and the cleaning water tank, and a second pipeline is arranged between the desalted water header pipe and the cleaning water tank. The high-pressure flushing machine is practical, so that the high-pressure flushing machine can perform flushing operation more stably, and a melt filter element can be flushed more thoroughly; the use cycle of the original melt filter element is about 25 days, so that the melt pressure difference reaches the limit, the polyester reaction and the melt viscosity stability are influenced, after the melt filter element is used, the existing melt filter element is prolonged to about 35 days, the service life of the filter element can be better prolonged by lower replacement frequency and flushing frequency, and the production cost is reduced. Meanwhile, relative stability of polyester production is ensured.

The invention discloses a blood vessel image recognition device and a using method thereof, and belongs to the technical field of infrared image recognition devices.The blood vessel image recognition device comprises a base, a case, a support and an infrared camera, an arm and palm containing groove is formed in the top of the base, and the case is fixed to one side wall of the base. Through the electric winding mechanism, the friction braking mechanism, the transmission mechanism and the control system which are integrated in the case, the finger limiting belt and the arm limiting belt can be automatically tightened, and the tension is monitored in real time through the chest expander. And when a preset target value is reached, automatic stopping is achieved, and the consistency and adjustability of the fixing force are achieved. Therefore, reliable fixation of the hand of a patient is ensured, movement during puncture is prevented, the vein filling effect similar to that of a manual binding rubber belt can be achieved through tightening of the arm limiting belt, and stable fixation and angiography can be completed at the same time in combination with an infrared camera.

This invention relates to the field of micro-power generation technology, and more particularly to an integrated micro permanent magnet direct-drive generator. The generator includes: a duct housing, a turbine, a permanent magnet power generation unit, a flow field monitoring module, and a control unit. This invention designs the inner wall of the duct as a composite curved surface with a specific helical waveform and axial contraction, precisely matching its key shape parameters with the aerodynamic design point of the turbine. This allows the airflow to be accelerated by the Venturi effect as it passes through the duct, and further endowed with tangential momentum consistent with the turbine's rotation direction by a controllable helical bulge structure. Simultaneously, based on real-time monitoring of the outlet swirl intensity and load closed-loop control, the optimal aerodynamic matching state is dynamically maintained. Furthermore, monitoring of characteristic pressure distribution enables early warning of duct performance degradation, effectively solving the problem of reduced power generation efficiency caused by mutual interference of airflows due to the use of multiple parallel independent flow guiding mechanisms.

The utility model provides a road crack detection device which comprises a detection vehicle, a detection assembly is arranged at the front end of the bottom of the detection vehicle, and a cleaning assembly is arranged at the rear end of the bottom of the detection vehicle; the cleaning assembly comprises a flushing system and a cleaning system, the flushing system is provided with a high-pressure flushing pipe, the high-pressure flushing pipe is provided with a flushing opening, and the flushing opening sprays high-pressure water flow to flush impurities on the surface of the road; the cleaning system is provided with cleaning discs, the cleaning discs are symmetrically distributed at the bottom of the detection vehicle, and the cleaning discs clean impurities on the surface of a road through rotation of the cleaning discs. The flushing system effectively scatters various impurities on the surface of a road and in cracks by utilizing impact force of high-pressure water flow through the high-pressure flushing pipe and a plurality of flushing openings which are arranged at equal intervals and are obliquely arranged, deep cleaning of the surface of the road can be realized in cooperation with the cleaning system, good conditions are provided for subsequent detection, and the service life of the road is prolonged. And the detection efficiency and accuracy are improved.

The utility model discloses an electromagnetic locking device for an air door. The electromagnetic locking device comprises a hardware function module unit, a central control unit, a wireless transceiving transmission system, a working power supply and a shell, the hardware function module unit comprises a reed switch magnetic proximity switch, an electromagnetic explosion-proof magnetic lock and an audible and visual alarm; the central control unit takes an STC12 single-chip micro-processing system as a core and is matched with an onboard MOSFET (Metal-Oxide-Semiconductor Field Effect Transistor); the wireless transceiving transmission system is based on a Lora technology, the working frequency is 410-525MHz, and a differential bus communication mode is adopted; the working power supply is an intrinsic safety explosion-proof power supply of 127V AC-12VDC, the shell is an explosion-proof box, wires of the electromagnetic explosion-proof magnetic lock, the audible and visual alarm and the reed switch magnetic proximity switch are connected into the explosion-proof box, and an antenna of the wireless transmission module is externally arranged and fixed in the explosion-proof box. The system has the advantages of high safety, strong reliability, good practicability and high intelligent degree, and can effectively guarantee the ventilation safety of the coal mine and improve the management efficiency.

This utility model discloses a cableway-type river flow measurement device, including a main column and a secondary column fixed on both sides of the river channel, a traveling cableway and a traction cableway matchedly arranged between the main column and the secondary column, and a measuring trolley that can move back and forth along the traveling cableway driven by the traction cableway. A radar level gauge is fixedly installed at the bottom of the measuring trolley, and a winch mechanism is mounted on the measuring trolley. A measuring part is fixedly installed at the end of the hoisting rope of the winch mechanism. The measuring trolley is equipped with a first battery pack for driving the winch motor of the winch mechanism, and a first solar panel for storing energy from the first battery pack is installed on the top. In terms of cableway design, this device adopts an innovative approach of separating the traveling cableway and the traction cableway. By controlling the forward and reverse rotation of the traction cableway, the reciprocating movement of the measuring trolley above the river channel is achieved.

This invention discloses an intelligent information management method and system for the entire lifecycle of oil and gas surface engineering, belonging to the field of oil and gas surface engineering technology. This invention constructs a closed-loop management framework with asset status units as the core, sequentially completing asset status unit construction, digital twin modeling and dynamic updating, intelligent decision command generation, and closed-loop feedback correction. The system includes modules for unit construction, twin modeling, intelligent decision-making, and closed-loop correction. It integrates design, construction, and operation lifecycle data through unified asset identification, utilizes digital twins to map project status in real time, and combines intelligent algorithms to conduct progress deviation, remaining service life, and spatial safety risk analysis, continuously optimizing model parameters based on feedback data. This invention solves the problems of data silos, static models, and reliance on manual decision-making in traditional oil and gas engineering management, achieving intelligent, refined, and dynamically self-optimizing full lifecycle management of oil and gas surface engineering.