210 results about "Tool management" patented technology

The invention provides an intelligent tool warehouse management system, which belongs to the field of tool management and comprises a multi-mode sensing module, an intelligent access control module, an edge calculation module, an anomaly analysis module and a visualization module. The multi-mode sensing module realizes identity recognition, real-time positioning and integrity verification of the tool through RFID and UWB dual-mode positioning, visual recognition and sensor fusion technologies; the intelligent access control module is based on dynamic authority control and gravity sensing goods shelves, and tool storing and taking compliance is ensured; the edge computing module adopts localized data processing and low-power-consumption communication, and supports network disconnection disaster recovery; the abnormity analysis module identifies violation operation through an LSTM model and triggers grading alarm; the visualization module displays the tool state and the warehouse thermodynamic diagram in real time based on the digital twinning technology. The problems that traditional warehouse management depends on manpower, efficiency is low and errors are prone to occurring are solved, and high-precision tracking, intelligent early warning and optimal scheduling of the tool in the whole life cycle are achieved.

The embodiment of the invention discloses a management method and system for MCP server instances. The method comprises the following steps of receiving configuration changes of a plurality of MCP server instances or a plurality of MCP tools through an MCP server registration management page; registering a management end through the MCP server, storing configuration data corresponding to the configuration change in a storage medium, and issuing a configuration change event message; a plurality of MCP server instances are operated in an isolated mode through the MCP server process according to the configuration data, and each MCP server instance achieves safe isolated operation under cooperative support of an HTTP interface service layer, a session manager, a tool manager and an Apikey permission checker provided by the MCP server process. According to the embodiment of the invention, the multiple MCP server instances and the multiple MCP tools are dynamically configured through the MCP server registration management page, the multiple MCP server instances can be quickly published according to the service scene, and the development and maintenance cost is reduced.

The invention discloses an anti-misoperation method and system suitable for a novel power system. The anti-misoperation method comprises the steps of intelligent anti-misoperation terminal automatic forced locking, remote control forced locking and mechanical interlocking forced locking. Electrical misoperation is prevented mainly by monitoring the states of primary and secondary equipment of an electric power system in real time, establishing communication connection, setting forced locking and the like. Basic subsystems including Internet of Things anti-misoperation control, intelligent electronic two-ticket operation management and control, intelligent tool management, intelligent lock control, maintenance isolation locking, field operation management and control and the like are included, and the safety of power equipment and the operation normalization of personnel are ensured. And meanwhile, advanced systems such as digital twin error prevention, intelligent personnel management and control and a remote intelligent control subsystem are covered, and the monitoring efficiency and the emergency response capability are improved by utilizing technologies such as 5G and AI. Misoperation of the power system can be prevented, the efficiency and safety of switching, overhauling and operation and maintenance operation are improved, and safe and stable operation of the novel power system is ensured.

The invention provides a cable quality inspection tool management interaction method, system and device and a medium, and relates to the technical field of intelligent quality inspection. According to the method, batch number input, tool recommendation, AR guidance and traceability report generation controls are integrated through a main interface; specifically, after batch numbers are input, a cable quality inspection database is automatically associated, an optimal tool combination is dynamically recommended based on a multi-source data fusion algorithm, and precise positioning and taking are achieved through intelligent tool rack linkage. In the aspect of AR guidance, an adaptive teaching video and an operation layer are pushed in combination with a context awareness engine, and a user is guided to operate normatively in real time; and integrating full-link data to generate a traceability report of a unique associated batch, wherein the traceability report covers tool use records, parameter configuration and quality inspection conclusions. According to the invention, cable quality inspection whole-process closed-loop management is realized, the detection efficiency and precision are effectively improved, and the operation verifiability and the quality inspection traceability are ensured at the same time.

The invention discloses a head-to-head horizontal processing machine tool control method and a machine tool, and belongs to the technical field of machine tool processing. The butt horizontal machining tool control method comprises the following steps that S1, a first path machining program of a first horizontal machining center is established, and the first path machining program is used for controlling the first horizontal machining center to machine a workpiece; establishing a second path machining program of a second horizontal machining center, wherein the second path machining program is used for controlling the second horizontal machining center to machine the workpiece; meanwhile, a tool management mechanism is established. According to the butt horizontal machining tool control method and the machine tool, two faces of a workpiece can be machined at a time, the clamping frequency is reduced, machining stations are increased, and the machining precision error of the two faces of the same workpiece is small. The two horizontal machining centers share one set of linear tool magazine, the tool changing action is stable and reliable, the tool changing speed is high, and the equipment space is reduced.

The invention discloses a computer vision-based railway tool online and offline checking method, which comprises the following steps of: acquiring online and offline and warehouse tool images of a high-speed railway work section, cutting a target area through an area focusing algorithm to eliminate interference, and combining enhancement technologies such as perspective transformation and multi-transformation splicing with a generation method based on SAM and a diffusion model. Constructing a diversity training data set; constructing a text vision multi-modal rotating target detection model, and guiding the model to pay attention to key categories by enhancing feature extraction and fusing text information and visual features of a job schedule; detecting parameters are adjusted by adopting a self-adaptive threshold optimization algorithm, a few-sample detection technology is combined, and after category sensing scale filtering, outlier frame suppression and cross-category non-maximum suppression processing are performed, a result is compared with an operation plan, and a result is output; and based on a sample cutting and screening mechanism driven by false detection and missing detection, high-value samples are mined and supplemented to a training set. The method has the advantage that the safety and efficiency of railway tool management are improved.

The invention discloses an electric power safety tool management method and system, and relates to the technical field of electric power safety tool management.The method comprises the steps that when a tool using list of a user is received, tool images and life index parameters corresponding to all electric power safety tools are obtained; and performing correlation evaluation according to the appliance image and the service life index parameter corresponding to each electric power safety appliance to obtain a corresponding correlation sequence, screening each electric power safety appliance according to the correlation sequence and the used appliance list to obtain a corresponding target appliance, and when a return request of a user is received, returning the corresponding target appliance to the corresponding electric power safety appliance. And obtaining a return time point of the user, and generating a corresponding return record according to the return time point and the appliance number of each target appliance. The technical problems that in the prior art, the electric power safety tools and instruments are managed mainly based on RFID, but safety evaluation is not conducted on the electric power safety tools and instruments in the using process, and the management reliability of the electric power safety tools and instruments is reduced are solved.

The invention discloses a machining tool management method and system based on a block chain, and the method comprises the following steps: S001, carrying out the precise locking of key time points before and after the sudden change of an order in a cutting process, and generating a time anchor point set; s002, on the basis of the time anchor point set, performing hourly decomposition on the multi-channel sensing signal, extracting temporary order components and conventional business components, and drawing a supply chain loop diagram in a business coupling direction; s003, identifying a high-risk business flow path based on the supply chain loop diagram, and generating a processing priority list at the same time; s004, dynamically adjusting a signal acquisition sequence and a data fusion sequence based on the processing priority list, and carrying out slow change budget distribution on an action threshold value of a service buffer gate; and S005, executing a discrete time slot and discrete period drift arrangement process based on the adaptive dynamic regulation seed, executing reversible time grid rearrangement and carrier gating rotation on each sensing signal channel, and completing stable suppression of temporary order fluctuation backflow.

The invention relates to the field of tool management, and provides a coal-fired power plant tool intelligent management method and system. The method comprises the following steps: carrying out digital identity construction on a purchasing tool to obtain a tool digital identity file comprising a unique identification code of the tool; constructing a tool circulation record based on the tool digital identity file, and obtaining a block chain traceability record; monitoring an inventory tool state through the block chain traceability record to obtain a tool behavior baseline model; based on the tool behavior baseline model, attenuation prediction and maintenance scheduling are carried out on an inventory tool, and a tool health attenuation trend prediction result and an optimal maintenance scheduling scheme are obtained; and performing decision analysis based on the optimal maintenance scheduling scheme to obtain a tool management decision instruction set. According to the method and the system, non-tampering recording of tool full-life-cycle data, accurate health state prediction and scientific decision support are realized, and the management efficiency and the data credibility are improved.

The embodiment of the invention discloses an MCP tool issuing method and device, and the method comprises the following steps: configuring a first mapping relation, a second mapping relation, and a corresponding relation between an MCP tool and an API through an MCP tool manager, and issuing the MCP tool to a visible tool list of an MCP client; after an MCP tool request message is received through an access layer tool actuator, the MCP tool request message is converted into a corresponding API request message according to the first mapping relation, and the API request message is forwarded to an upstream service; and obtaining an API response message returned by the upstream service, and converting the API response message into a corresponding semantic response message according to the second mapping relationship. According to the embodiment of the invention, the method can achieve the conversion from the API to the MCP tool at high efficiency and low cost according to the mapping relation between the messages, and does not need to carry out the hard transformation of an existing API code.

The invention relates to the technical field of tool management. A prison production work tool management system comprises a terminal sensing module, an edge calculation module, a cloud management module, a tool tracking module, a bidirectional verification module and a real-time monitoring alarm module. The terminal sensing module is connected with the edge calculation module and the tool tracking module through a local area network channel, the bidirectional verification module is used for verifying tool state parameters in real time, and the block chain evidence storage module is used for managing non-tampering records of the process; the tool tracking module is used for tracking the tool configuration position and state in real time; the terminal sensing module is used for collecting a tool identity label and environment data. Through organic cooperation of the terminal sensing module, the edge calculation module and the cloud management module, the system can collect the state and environmental parameters of a tool in real time; and the use condition and the position of the tool are accurately tracked.

The invention provides an automatic distribution tool management cabinet and a tool management method, and belongs to the field of modern aviation aircraft assembling and manufacturing. The automatic distribution tool management cabinet comprises an AVG trailer, a cabinet body and an identity authentication terminal, the cabinet body and the identity authentication terminal are installed on the AVG trailer, a weighing sensor is arranged in the cabinet body to know the weight change of tools, and a main controller is carried in the cabinet body; a wireless communication module, an AGV control module, a door lock control module, an authorization control module and a tool management module are configured, and AVG trailer transfer, authorization authentication, tool taking and returning management and information recording are achieved. According to the invention, the labor-hour waste in the tool borrowing and returning process of field staff is reduced; meanwhile, automatic statistics of tool management is realized, the personnel cost is reduced, and the tool management and data statistics efficiency is improved.

1. Name of the Design Product: Graphical User Interface for Controlling Numerical Control Machine Tools of Electronic Devices. 2. Use of the Design Product: Display information and run programs. 3. Design Key Points of the Design Product: Lie in the graphical user interface in the electronic device. 4. Picture or Photograph Best Showing the Design Key Points: Front View. 5. Use of the Graphical User Interface: Display the numerical control machine tool operation interface. 6. Human-Machine Interaction Method of the Graphical User Interface: The front view is the login interface. After entering the user name and password and clicking "Login", it enters the variant state diagram 1; clicking "Load File F1" enters the variant state diagram 2; clicking "Program View F2" enters the variant state diagram 3; clicking "Start Option" enters the variant state diagram 4; clicking "Tool Selection" enters the variant state diagram 5; clicking "Pattern Selection" enters the variant state diagram 6; clicking "Free Box Selection" enters the variant state diagram 7; clicking "Program Zero Point" enters the variant state diagram 8; clicking "Upper PIN" enters the variant state diagram 9; clicking "Settings" enters the variant state diagram 10; clicking "Forming Analysis" enters the variant state diagram 11; clicking "Errors and Warnings" enters the variant state diagram 12; clicking "System Diagnosis F3" enters the variant state diagram 13; clicking "Input" enters the variant state diagram 14; clicking "Output" enters the variant state diagram 15; clicking "Tool Management F11" enters the variant state diagram 16; clicking "Parameters" enters the variant state diagram 17; clicking "Dynamic Parameters" enters the variant state diagram 18; clicking "Tolerance" enters the variant state diagram 19; clicking "Tool Measurement" enters the variant state diagram 20; clicking "Broken Tool" enters the variant state diagram 21; clicking "Diameter Table" enters the variant state diagram 22; clicking "Index Table" enters the variant state diagram 23; clicking "Tool Length Calibration" enters the variant state diagram 24; clicking "Tool Diameter Calibration" enters the variant state diagram 25; clicking "Job Interface F5" enters the variant state diagram 26; clicking "Custom Function" enters the variant state diagram 27; clicking "Incremental Key" enters the variant state diagram 28; clicking "Z Plane" enters the variant state diagram 29; clicking "Processing Status" enters the variant state diagram 30; clicking "Mark" enters the variant state diagram 31; clicking "User Mark" enters the variant state diagram 32; clicking "Shift" enters the variant state diagram 33.

This invention relates to a method and system for intelligent analysis of rooftop work behavior and foreign object detection in electric locomotives. The system includes maintenance personnel climbing onto the roof and inputting video stream data from a camera above the roof into a target detection module. The target detection module performs image preprocessing on the input video stream and then detects rooftop maintenance actions and safety ropes. Once the maintenance personnel are stationary, foreign object detection is performed on the roof. This invention assists operators of disconnecting switches in monitoring and analyzing the maintenance process on electric locomotive rooftops. It provides real-time monitoring and automatic alarms for work processes, actions, and tool status, reducing the risk of tool residue, standardizing work processes, and ensuring the safety of workers. This system represents a shift from traditional manual monitoring to intelligent and automated monitoring, providing strong technical support for rooftop work safety, tool management, and process traceability in electric locomotives.

The invention discloses a power plant intelligent tool management system based on multi-device interconnection, and relates to the technical field of intelligent device management, and the system realizes digital mirroring of hydraulic tools through a tool digital twin module, and synchronizes a use state and a loss condition in real time. Secondly, the tool state monitoring module accurately monitors the external and internal loss conditions of the hydraulic tool through laser scanning and infrared thermal imaging scanning technologies, meanwhile, dynamic pressure fluctuation is monitored in real time in combination with a water hammer effect coefficient, the influence of the water hammer effect on a hydraulic system is effectively recognized, hydraulic parameters are optimized, and the working efficiency is improved. And the damage of the water hammer effect to the tools is prevented, and the safety and durability of the equipment are improved. The secondary monitoring module continuously monitors vibration and resonance states after the self-healing strategy is executed, and once abnormity is recognized, an early warning instruction is generated in time, and emergency recovery and repair measures are taken, so that equipment damage caused by resonance is effectively avoided.

The invention discloses a tool management-oriented agent task arrangement system and decision-making method, and relates to the technical field of tool management, the system comprises a terminal layer and a business logic layer, the terminal layer comprises a client, a server, a database and a communication module; the business logic layer comprises an identity verification module, a tool receiving module, a tool returning module, an operation recording and inquiring module and an early warning and reminding module; according to the invention, the efficiency and accuracy of tool management are improved through highly integrated multi-modal interaction and intelligent recognition technologies, and the system realizes rapid verification of user identity and accurate use and return of tools through fusion of face recognition, voice recognition and visual image recognition technologies, so that the system has high practicability. The user can complete the borrowing and returning process of the tool only through a simple voice instruction or visual operation, the tedious steps of traditional manual registration are simplified, and the working efficiency is improved.

The invention relates to the technical field of electric tool management, in particular to an intelligent management system for an electric tool, and the system comprises an equipment multi-dimensional state collection and feature vector construction module which collects operation parameters through an MCU and constructs feature vectors; the tool health assessment and risk identification module outputs a health score and an early warning level and identifies a refitting behavior; the self-adaptive OTA upgrading and configuration strategy recommendation module triggers updating during abnormity or refitting; the electronic fence and the disconnection locking module track the position, cross the border or disconnect to trigger locking; and the smart phone end controls the response module to display the state and issue a control instruction. According to the invention, a closed-loop system for intelligent management and safety collaboration of the electric tool is constructed through equipment multi-dimensional state perception, health scoring and modification identification, adaptive upgrading and configuration recommendation, space behavior safety locking and user interaction feedback mechanisms.

1. The name of the design product: graphical user interface for electronic device application tool management. 2. The use of the design product: an electronic device. 3. The design points of the design product: the interface content of the graphical user interface in the screen. 4. The picture or photo that best indicates the design points: design 1 interface change state diagram. 5. The electronic device is a conventional design, and the rear view, left view, right view, top view, and bottom view of designs 1-10 are omitted. 6. Design 10 is designated as the basic design. 7. The use of the graphical user interface: the graphical user interface is used for the display, management, control, and operation of application tools. The design 1 main view is the display interface of the homepage, the pen-shaped icon option in the center of the semi-ring-shaped toolbar in the lower left corner of the design 1 main view is clicked, and the design 1 interface change state diagram is entered; the design 2 main view is the display interface of the homepage, the pen-shaped icon option in the center of the semi-ring-shaped toolbar in the lower left corner of the design 2 main view is clicked, and the design 2 interface change state diagram 1 is entered; the second icon option in the outermost circle of the design 2 interface change state diagram 1 is clicked, and the design 2 interface change state diagram 2 is entered; the design 3 main view is the display interface of the homepage, the pen-shaped icon option in the center of the semi-ring-shaped toolbar in the lower left corner of the design 3 main view is clicked, and the design 3 interface change state diagram 1 is entered; the third icon option in the outermost circle of the design 3 interface change state diagram 1 is clicked, and the design 3 interface change state diagram 2 is entered; the design 4 main view is the display interface of the homepage, the pen-shaped icon option in the center of the semi-ring-shaped toolbar in the lower left corner of the design 4 main view is clicked, and the design 4 interface change state diagram 1 is entered; the fourth icon option in the outermost circle of the design 4 interface change state diagram 1 is clicked, and the design 4 interface change state diagram 2 is entered; the design 5 main view is the display interface of the homepage, the first icon option in the outermost circle of the semi-ring-shaped toolbar in the lower left corner of the design 5 main view is clicked, and the design 5 interface change state diagram is entered; the design 6 main view is the display interface of the homepage, the second icon option in the outermost circle of the semi-ring-shaped toolbar in the lower left corner of the design 6 main view is clicked, and the design 6 interface change state diagram is entered; the design 7 main view is the display interface of the homepage, the third icon option in the outermost circle of the semi-ring-shaped toolbar in the lower left corner of the design 7 main view is clicked, and the design 7 interface change state diagram is entered; the design 8 main view is the display interface of the homepage, the fourth icon option in the outermost circle of the semi-ring-shaped toolbar in the lower left corner of the design 8 main view is clicked, and the design 8 interface change state diagram is entered; the design 9 main view is the display interface of the homepage, the fifth icon option in the outermost circle of the semi-ring-shaped toolbar in the lower left corner of the design 9 main view is clicked, and the design 9 interface change state diagram is entered; the design 10 main view is the display interface of the homepage, the pen-shaped icon option in the center of the semi-ring-shaped toolbar in the lower left corner of the design 10 main view is clicked, and the design 10 interface change state diagram 1 is entered; writing is performed in any screen area except the toolbar in the design 10 interface change state diagram 1, and the design 10 interface change state diagram 2 is entered; the second icon option in the outermost circle of the design 10 interface change state diagram 2 is clicked, and the yellow color option in the middle circle of the design 10 interface change state diagram 2 is clicked, and the design 10 interface change state diagram 3 is entered; writing is performed in any screen area except the toolbar in the design 10 interface change state diagram 3, and the design 10 interface change state diagram 4 is entered; the third icon option in the outermost circle of the design 10 interface change state diagram 4 is clicked, and the design 10 interface change state diagram 5 is entered; the fourth icon option in the outermost circle of the design 10 interface change state diagram 5 is clicked, and the design 10 interface change state diagram 6 is entered; the first arrow-shaped icon option in the outer circle on the left side of the design 10 interface change state diagram 6 is clicked, and the design 10 interface change state diagram 7 is entered;Click to select one of the writing content in the design 10 interface change state diagram 7 screen (such as the left side), enter the design 10 interface change state diagram 8; click the first mouse-shaped icon option in the outer circle on the left side of the design 10 interface change state diagram 8, enter the design 10 interface change state diagram 9; click the third eraser-shaped icon option in the outer circle on the left side of the design 10 interface change state diagram 9, enter the design 10 interface change state diagram 10; click the fourth icon option in the outer circle on the left side of the design 10 interface change state diagram 10, enter the design 10 interface change state diagram 11; click the fifth heart-shaped icon option in the outer circle on the left side of the design 10 interface change state diagram 11, enter the design 10 interface change state diagram 12. 8. Other situations that need to be described Other notes: The writing content in the design 10 is a changeable content picture.

The utility model discloses a grain shaping tool changing magazine which comprises a tool storage box and a box cover arranged on the tool storage box, a set of tool placing frames used for positioning a set of tools are arranged at the top in the tool storage box, each tool placing frame is of a flat plate structure with an opening in one side, the width of the opening is smaller than that of a tool flange, and the box cover is arranged on the tool storage box. And a driving structure for driving the box cover to be opened is arranged in the cutter storage box. The tool changing magazine for the grain shaping tools is reasonable in structural design, a set of tools are vertically arranged on the tool containing frame with the opening side by side, the quick changing disc of each tool is vertically arranged upwards, and tool management and quick changing are facilitated; the box cover is located on one side of the tool storage box after being opened, the tool storage box is in an open state, and the tool replacement operation space is large.

It is necessary to stop the machine tool until a new tool is prepared after the tool used in the machine tool reaches the end of its life, and there is a possibility that the operation rate of the machine tool may decrease.SOLUTION: An operation panel for a machine tool includes an acquisition unit, an output unit, a first communication unit configured to communicate with an inventory management device configured to manage a stock of a plurality of tools, and an operation panel control unit, wherein the acquisition unit is configured to acquire first information including a machining program and a wear amount, the operation panel control unit is configured to determine a replacement time of a tool scheduled to be used when new first information is input, and determine a tool stock number at the replacement time based on second information including a tool stock number, a tool arrangement number, and a tool arrangement period, and the new first information, the second information including the tool stock number and the tool arrangement number of the tool scheduled to be used, and the new first information. In a case where at least a reference condition related to the replacement time is satisfied, a recommended arrangement time of the tool scheduled to be used, which is determined based on the tool arrangement period and the replacement time, is output to the output unit.SELECTED DRAWING: Figure 2

The present application relates to the technical field of electric tool management, and specifically relates to an intelligent management system for electric tools, comprising a device multi-dimensional state acquisition and characteristic vector construction module, which acquires operating parameters and constructs a characteristic vector through an MCU; a tool health assessment and risk identification module, which outputs a health score and an early warning level and identifies a modification behavior; a self-adaptive OTA upgrade and configuration strategy recommendation module, which triggers an update when an anomaly or modification occurs; an electronic fence and disconnection locking module, which tracks a position and triggers locking when crossing a boundary or being disconnected; and a smartphone terminal control response module, which displays a state and issues a control instruction. The present application constructs a closed-loop system of intelligent management and safety cooperation of electric tools through device multi-dimensional state sensing, health scoring and modification identification, self-adaptive upgrade and configuration recommendation, spatial behavior safety locking and user interaction feedback mechanisms.

The invention provides a tool management system with an intelligent display function. The system comprises a profile structure, a positioning unit and a display unit, wherein the profile structure is used for storing various production tools; the positioning unit is used for positioning and displaying the position of the production tool in the profile structure; the display unit is used for displaying related information of the production tool to a user. According to the tool management system in the embodiment of the invention, the accuracy of tool management is effectively improved, and the working efficiency is improved.

The present invention relates to the technical field of intelligent cutting tool management, and relates to a machine learning-based intelligent cutting tool life cycle management method and system. A specific method comprises: establishing a database of quartz machining cutting tools; after operation in a factory is finished every day, recovering and recording cutting tool use and circulation information of the quartz machining cutting tools; establishing a machine learning model, to evaluate and calculate daily wear amounts of the cutting tools, and a daily cutting tool use influence coefficient; evaluating remaining service lives of quartz machining cutting tools having different abnormality grades; arranging remaining service life data of quartz machining cutting tools of a same machining category in order, to form a cutting tool life sequence, and updating the cutting tool life sequence to the database of quartz machining cutting tools in real time; dynamically formulating a factory cutting tool purchase and maintenance plan. The present invention resolves the problems in the prior art of lack of a unified data management platform for quartz machining cutting tools, chaotic tool management at a production site, and inaccurate calculation of lifespans of the cutting tools.

The application discloses a storage type logging time-depth acquisition method and device suitable for various conveying tools, relates to the field of logging control, and comprises a data acquisition module, a depth calibration module, an abnormality monitoring module, a drilling tool management module A, a real-time depth correction module, a data storage module and a post-measurement data processing module. The post-measurement data processing module comprises a motion interval judgment module, a clock synchronization module, a drilling tool management module B, a lost depth recovery module, a depth re-calibration module, a secondary depth correction module and a time-depth export module. The method comprises a drilling tool conveying type real-time well depth acquisition method, a drilling tool conveying type post-measurement well depth acquisition method, a post-measurement well depth acquisition in a depth acquisition-free scene and a coiled tubing conveying type post-measurement well depth acquisition. The application provides various depth correction methods, error data correction and depth loss recovery functions and can realize the operation of various storage type logging scenes.

The application relates to the technical field of data processing, in particular to a tooling manager storage layout optimization method based on artificial intelligence, which comprises the following steps: constructing a weighted tooling atlas reflecting the historical sharing frequency among various tools; performing multi-scale community discovery scanning on the weighted tooling atlas to generate an initial division set, and calculating the co-occurrence frequency between any two tool nodes in the weighted tooling atlas; constructing a hierarchical stability community tree layer by layer according to a plurality of preset stability thresholds and the co-occurrence frequency; performing optimal segmentation on the hierarchical stability community tree based on a preset storage applicability evaluation function to determine an optimal tool community division scheme, and optimizing the storage layout of the tools based on the optimal tool community division scheme. Through the technical scheme, multi-scale tool groups can be accurately and stably identified, and the reliability of the storage layout scheme is significantly improved.

The invention discloses a new energy field operation full-process safety monitoring system and method fused with Internet of Things perception. The system comprises a perception layer, an edge layer and a cloud layer. The sensing layer, the edge layer and the cloud layer are in communication connection in sequence; the sensing layer comprises a personnel identification unit, a tool identification unit, an environment and meteorological monitoring unit and a video image identification unit; the edge layer comprises an edge controller, and the edge controller comprises a data access module, a risk scoring module, a four-state consistency interlocking module, a falling and weather composite linkage module and an interlocking execution module; the cloud layer comprises an operation process engine, a dynamic risk learning model, a digital twin tool management module, an isolation point intelligent confirmation module and a block chain evidence obtaining module. And synchronous sensing and dynamic interlocking control of personnel, tools, environments and operation processes are realized.

The utility model relates to the technical field of management cabinets, and discloses an intelligent cutter management cabinet which comprises a cabinet body, an installation groove and a sliding groove are formed in the cabinet body, a door plate is fixedly installed on the outer side of a connecting shaft, and a face recognition system and keys are fixedly installed on the surface of the door plate. According to the utility model, the face recognition system and the keys are fixedly mounted in the door plate, and the keys are electrically connected with the electronic lock assembly in the door plate, so that when a cutter needs to be taken to process a lens, an identity card or a mobile phone number needs to be input through the keys, and then the door plate is opened; and meanwhile, a human face input in advance is compared and recognized through a human face recognition system, after the comparison and recognition are passed, the electronic lock assembly is unlocked, the door plate can be conveniently opened through the rotating action of a connecting shaft and a second fixing block, and therefore practical authentication is achieved, and the situation that the cost is increased due to the fact that the cutter is lost after being taken away is prevented.

To provide a management system capable of unitarily managing an operation state of a machine tool and states of industrial tools.SOLUTION: A machine tool includes a body part sensor which detects an operation state of the machine tool side. An industrial tool includes an industrial tool sensor which detects usage state of the industrial tool side. Further, there is provided a user interface (UI) connected to both of operation monitoring data of the machine tool obtained by the body part sensor and industrial tool monitoring data obtained by the industrial tool sensor.SELECTED DRAWING: Figure 1

The utility model discloses a building electrical design multifunctional tool table belongs to building electrical technical field, including tool table body, the front side of tool table body top is provided with the storage groove, and the multiple baffle in storage groove divides the space into independent area, can be according to the accurate zoned storage of tool type, avoids all kinds of tools to mix and pile up, and sliding type tool box is used to store commonly used tool specially, effectively solves the tool loss problem of traditional tool table because of disorder, reduces resource waste, makes tool management more rationality, and the push-pull type switch is realized to the cooperation of sliding block and sliding groove of cover plate, and cooperation buckle assembly can complete locking and unlocking quickly, and tool box can be directly along mesa push-pull and use, shortens the tool access time, reduces work interruption, and the flat mesa can be formed after cover plate closes, further expands operation area, solves the mesa disorder problem of traditional tool table tool pile up, reduces the risk of accidental contact tool.

The invention belongs to the field of intelligent tool cabinet management, and particularly relates to an intelligent tool cabinet management system and method based on the Internet of Things. Comprising at least one intelligent tool cabinet terminal, a user mobile terminal and a system background server, through an optimization algorithm of the core processing engine module, the system can automatically calculate an optimal tool configuration scheme of each tool cabinet based on historical use data, a traditional fixed configuration mode is broken through, on-demand dynamic adjustment is realized, the tool utilization rate is remarkably improved, a configuration decision is converted from dependence on artificial experience into data driving, and the system reliability is improved. According to the technical scheme, the scientificity and the accuracy of decision making are improved, and the problems that tool management is always in the primary stage of passive response and local optimization and real intelligence and global optimization cannot be achieved due to the fact that the management mode is stiff and resource configuration and dynamic requirements are seriously separated from fundamental limitation in the existing technical scheme are solved.