41 results about "Safety education" patented technology

The invention provides a campus security risk prevention and control cloud service platform, and relates to the technical field of cloud platforms, and the platform comprises a data processing and transmission module which is used for carrying out data storage, processing and secure transmission based on a cloud platform architecture, and supporting the automatic reconnection and concurrency control of data transmission; the safety guarantee module is connected with the data processing and transmission module and is used for carrying out digital management on civil defense, object defense and technical guarantee information of the campus; the safety risk prevention and control module is connected with the data processing and transmission module and the safety guarantee module and is used for carrying out informatization processing and linkage on campus safety management, safety education and safety emergency processes; and the joint defense and joint control module is connected with the safety risk prevention and control module and is used for realizing data linkage and emergency response command between the multi-level education management department and the school based on a processing result of the safety risk prevention and control module. By constructing the campus safety risk prevention and control cloud service platform, the intelligence and collaboration level of campus safety management is remarkably improved.

The invention discloses an engineering safety video generation method and system based on a generative large model. The method comprises the following steps of obtaining an application field and a theme requirement of a required engineering safety video; on the basis of application fields and theme requirements, a retrieval enhancement generation mechanism is adopted to retrieve in the multi-modal knowledge base to obtain related data, and a large language model is utilized to generate a training script copywriting; extracting cue words from the training script copywriting, and based on the cue words, generating a corresponding image by using a diffusion model; and converting the training script copywriting into an explanation audio, and finally synthesizing a virtual explanation video with synchronous mouth shapes by an audio driving model. The method can be suitable for a plurality of engineering scenes such as buildings, mining industry, tunnels, high-altitude operation and the like, has the characteristics of process automation, high content specialty, high generation efficiency and high cross-scene adaptability, and effectively improves the production efficiency and training effect of engineering safety education videos.

The invention discloses an offshore platform special operation interactive terminal virtual simulation training teaching method and system, and the system comprises a safety education module, an immersive teaching module, a teaching management module and an industrial-grade terminal, and all the modules cooperate through a multi-layer architecture. The method comprises the following steps: authenticating an identity through an interaction token, performing virtual platform roaming on a display screen of an industrial-grade interaction terminal, and learning regional safety specifications; selecting a homework type through an interactive screen, completing a practice task in a three-dimensional scene, and verifying operation and feeding back in real time by a system; an approval process is triggered through the interaction token, and the system generates a score and evaluation report according to the operation data; and the teaching management module analyzes the weak link, and pushes customized training content or updates a resource package. According to the invention, the training immersion is improved, and the continuity of marine environment training is guaranteed through a low-bandwidth hot update technology; the AI analysis realizes personalization, optimizes the training quality, and adapts to the harsh working environment.

The application provides a kind of campus security risk prevention and control cloud service platform, it is related to cloud platform technical field, including: data processing and transmission module, for based on cloud platform architecture data storage, processing and secure transmission, and support the automatic reconnection and concurrent control of data transmission;Safety assurance module, connect data processing and transmission module, for the digital management of the civil air defense, physical protection and technical support information of campus;Security risk prevention and control module, connect data processing and transmission module and safety assurance module, for the information processing and linkage of campus safety management, safety education and safety emergency process;Joint defense and control module, connect security risk prevention and control module, for based on the processing result of security risk prevention and control module, realize the data linkage and emergency response command between multi-level education management department and school. By constructing the campus security risk prevention and control cloud service platform, the intelligentization and collaboration level of campus safety management is significantly improved.

The invention discloses a method for improving an industrial safety education training effect based on an AI large model. The method comprises the following steps: analyzing, vectorizing and storing latest industrial safety related documents to obtain a safety knowledge base; the related documents comprise industrial standard specifications, laws and regulations and enterprise specifications related to industrial safety; the knowledge base comprises a plurality of sub knowledge bases with different themes and different types; matching an associated target sub-knowledge base from the safety knowledge base based on the training plan, so as to generate an employee training task based on the target sub-knowledge base; based on the training task, utilizing an AI large model to generate a training problem in the training process, and using the training problem for employee training to obtain a training result of the employee; and based on the training result, using an AI large model to generate test questions corresponding to different employees, and examining the employees based on the test questions to obtain an examination result. The training effect of employee safety education can be improved, and potential safety hazards are reduced.

The utility model discloses a belt conveyor safety education device relates to safety education technical field, including belt conveyor, protective cover, guardrail mechanism, sensing mechanism and display mechanism, and the protective cover is installed in the both ends of belt conveyor, and the guardrail mechanism is installed in the body sense area outside belt conveyor and is L type structure, and a plurality of sensing mechanisms are installed in the one end of guardrail mechanism and adjacent one side side, and the display mechanism is installed in the other end of guardrail mechanism. The utility model discloses through the setting of the cooperation of protective cover, guardrail mechanism, sensing mechanism and display mechanism sends mode, improves the safety body sense effect of belt conveyor, and the education display screen plays the safety education video of pertinence, and the experimenter can be in the simulation environment of being in the thick of it, can actively perceive personnel leans on, and the squeezing such as illegal behavior, and triggers alarm instantly, greatly improves the initiative and effectiveness of safety protection, improves safety education effect.

The invention relates to the technical field of analysis and feedback, in particular to a gas turbine power plant safety education-oriented training behavior real-time analysis and feedback system, which comprises a task node monitoring module, a behavior stability description module, a task deviation judgment module, a path misunderstanding extraction module and a correction guide generation module. According to the method, behavior differences in different stages are analyzed, error zone path segments with path number repetition frequencies and response delay indexes higher than threshold values are screened, and node offset levels and action differences are integrated to generate an error zone aggregation segment group; according to the method, wrong operation nodes are positioned, a prompt set with sequence suggestions, instruction content and operation duration correction information is formed, a feedback list for training field interaction prompt is constructed based on the content, the traceability of a behavior misunderstanding and the timeliness of correction intervention are enhanced, the path normalization and task execution accuracy in the training process are improved, and the training efficiency is improved. The curing risk of path deviation is reduced, and the forming efficiency of a training effect closed loop is improved.

The present application belongs to the technical field of intelligent construction site, aiming at solving the problems of single intelligent function, poor combination and uneven distribution of labor force in complex construction scene existing in the existing information management. The intelligent construction site management system of the present application comprises a personnel management module for collecting and storing the real-name information of the personnel entering the site, the real-name information comprising identity information, work type and attendance data; a safety management module for recording the completion of safety education of each personnel, and generating a passing permission sign according to the completion of safety education and the real-name information; a progress management module for receiving the construction progress plan and the actual completion data, generating an efficiency curve changing with time according to the attendance data and the actual completion data, and generating a labor force deployment suggestion according to the construction progress plan and the efficiency curve. The real-name management breaks the information barrier between the traditional construction site personnel, safety and progress, and improves the management efficiency.

The invention belongs to the technical field of artificial intelligence and education crossing, and relates to an information security professional education system and method based on big language model agency, and the system comprises a data collection and storage module which is used for collecting and storing information security professional student data and teaching data; the user modeling and state management module is used for constructing multi-dimensional individual portraits and performing state management on the multi-dimensional individual portraits according to the characteristics of students professional for information security; the intelligent agent module is used for constructing a multi-agent large language model agent for an information security professional teaching scene; and the information security field professional knowledge representation and reasoning module is used for constructing a time-sequenced and reasonable knowledge system oriented to information security education so as to provide knowledge support for a multi-agent large language model agent. According to the method, a sequential and reasonable knowledge system oriented to information safety education is innovatively constructed, and accurate, time-efficient and reasonable knowledge support can be provided for teaching tasks through a retrieval enhancement generation mechanism.

The invention discloses a safety education image generation method based on stable diffusion and LiblibAI. The method comprises the following steps: collecting and preprocessing image data related to a safety accident; constructing a structured cue word library through stable diffusion reverse cue extraction and hierarchical optimization; a basic model and a LoRA model (a sea corner FLUX flame element V1 and a sea corner Flux shadow art V1.0) are integrated on a LiblibAI platform, and physical simulation of flames and shadows is achieved through parameter collaborative tuning; based on a real equipment photo, an accident scene is generated by combining an image-to-image generation mode with a ControlNet edge guidance technology; and outputting a safety education image resource library meeting teaching requirements. The problems that a traditional safety teaching material image is insufficient in authenticity and high in updating cost are solved, and high-fidelity and strong-scene safety education visual resource production is achieved through the controllable AI generation technology.

1. The name of the design product: safety education training equipment box (3). 2. The use of the design product: the design product is used for safety education training. 3. The design points of the design product: in shape. 4. The picture or photo that best indicates the design points: perspective view 1.

The application discloses a safety education content pushing system and method for a construction site, and belongs to the technical field of safety education of the construction site. The safety education content pushing system comprises the following steps: listing education materials in a tree structure to generate a safety education library, and creating at least one dimension of identification tags for each education material to obtain an identification tag set; performing real-name authentication and numbering on workers to create work information files about the workers; creating a priority pushing model, obtaining pushing keywords required by the workers based on the work information files; mapping the pushing keywords to the identification tag set, matching identification tags having a mapping relationship with the pushing keywords in the identification tag set to obtain a temporary tag set; calling education materials corresponding to the temporary tag set in the safety education library to obtain to-be-pushed education materials, and pushing the to-be-pushed education materials to corresponding workers. The safety education content pushing system achieves efficient and high-precision education content pushing effect based on safety awareness and safety behaviors of the workers, greatly reduces learning time of the workers, and can also make up for part of defects of the workers.

The embodiment of the invention discloses a data processing method, device and equipment, and the method comprises the steps: receiving a safety education request for a target object, enabling the safety education request to be received when the target object does not encounter a risk event in business processing, and enabling the safety education request to comprise risk portrait information of the target object, the risk portrait information comprises one or more of attribute information of a target object, belonging business category information and risk level information; in response to the safety education request, obtaining safety education data for the target object from a database matched with the risk portrait information of the target object based on the risk portrait information of the target object; and pushing the acquired safety education data to the target object so as to carry out safety education on the target object for risks existing in business processing.

The invention relates to the technical field of chemical safety education, in particular to corollary equipment of a chemical safety education training mobile room. The device comprises a moving platform and a moving chamber fixed to the top of the moving platform, two protective doors are arranged at one end of the moving chamber, and a displayer is assembled on the inner side of the moving chamber. Through the structural design of the auxiliary mechanism, the device can conveniently publicize and display chemical safety education and training contents through a display, can carry out safety education in different chemical environments, can adjust the position of the display, is convenient to adapt to a watching scene, improves the flexibility, and is convenient to popularize and use. And through the structural design of the safety experience mechanism and the control mechanism, the device can simulate accidental working conditions generated in chemical production, storage tank and maintenance field scenes, can warn trainees to correctly wear protection, facilitates preliminary screening of trainees entering a mobile room, and is beneficial to improving the training efficiency.

The invention relates to the technical field of traffic safety, and constructs a man-helmet-vehicle road cloud cooperative safety ecology. Aiming at the problems of low intelligent level, few safety configuration functions, difficulty in law enforcement management, inaccurate positioning of complex road conditions, afraid rescue of accidents and the like of a riding vehicle, the invention discloses a riding intelligent safety helmet and an active and passive safety guard system. The riding intelligent safety helmet comprises a helmet system which is linked with the vehicle for detection, control and traceability; an anti-collision AEB and an active safety system capable of preventing head upwarp, controlling the speed at a curve and slowly descending on a steep slope are arranged; the passive safety system has the functions of SOS alarm, complex site accurate positioning and passerby rescue responsibility-free evidence obtaining; the mobile and fixed law enforcement device is composed of a UHF RFID reader and a directional antenna array, and recognition is not affected by the environment. The riding end of the riding big data platform is mainly used for helmet and bicycle binding, transaction and safety education, and the cloud end is used for safe driving scoring, a theme data warehouse, a safety knowledge base and quality traceability. The system protects the riding safety from the source in a linkage cooperation and multi-dimensional data driving mode.

The invention relates to the technical field of safety education training management, and discloses a safety education training management method and system. The method comprises the steps of generating a core data seed containing initial parameter definition and parameter evolution rules, establishing a corresponding question bank, and performing capability detection and comprehensive evaluation. A plurality of parameter evolution interaction paths are constructed with the seeds as starting points, and observation sentinel points and behavior signal monitors are arranged on the paths and used for capturing state switching, behavior triggering and other original signals in the training process. When a signal is responded, dynamic mapping of the signal to a specific whistle point on a specific path is established, and the signal is analyzed into an adjusting or resetting instruction for a specific parameter according to the dynamic mapping. According to the method, automatic evolution of management parameters according to preset rules is realized, discrete events in training can be accurately converted into control instructions for driving self-optimization of the system, and closed-loop and self-adaptive regulation and control of a safety management strategy are completed.

The utility model discloses an emergency safety education suit bag which comprises a bag body, the bag body is arranged to be of a double-layer structure, and the bag body is composed of a protective layer and a supporting layer; the protective layer fixedly wraps the outer side of the supporting layer, and the protective layer is made of a PVC soft film; the supporting layer is made of a PE material; a Velcro surface A is fixedly adhered to the front side surface in the bag body, a Velcro surface B is fixedly adhered to the rear side surface in the bag body, and the Velcro surface A and the Velcro surface B are adhered to each other; handles are adhered and fixed on the outer walls of the front and rear sides of the bag body; an inner bag is adhered to the inner wall of the front side surface of the bag body and can be used for accommodating a danger mark sticker; a mounting through hole is formed in the rear side surface of the bag body, and a peculiar smell removing component is detachably arranged in the mounting through hole, so that peculiar smell in the bag body can be improved and faint scent is kept in the bag body; emergency safety teaching aids are placed in the bag body to be prevented from being lost, and a user can conveniently and quickly find needed tools in the later period.

The invention relates to the technical field of engineering safety education, in particular to an engineering project construction safety education interaction method and system based on virtual reality. Performing dynamic diffuse reflection voxel tracking of rendering light on the three-dimensional model of the construction scene of the port engineering in combination with the construction progress information and the real-time environment parameters, and performing spatial time sequence fusion with actual scene scanning data to construct a virtual construction scene model of the port engineering; an optical positioning base station and an inertial measurement unit are adopted to capture the limb movement of the trainee in real time, and the joint position of the skeleton is subjected to forward and reverse iterative adjustment, so that the tail end posture of the virtual character approaches to the real-time operation posture feature for mapping; and carrying out registration operation on the real-time operation attitude characteristics and standard operation attitudes in the port construction safety operation attitude database, and judging whether the trainee violates the rule or not through the registration sensitivity of characteristic transformation. According to the invention, a vivid virtual reality scene can be constructed for students to carry out safety education interaction of port engineering construction, and the efficiency and the intelligent level of construction safety training are improved.

This utility model relates to the technical field of motor winding safety simulation devices, and provides a purely pneumatic mechanical injury training device, including a frame with a protective door installed on one side wall of the frame. A pneumatic assembly is installed inside the frame, comprising: an air compressor fixed to one side wall of the frame for providing compressed gas; and a gas pipeline connected to the air compressor. This utility model uses a set of simulated transfer manipulators, relying on stroke limit valves to achieve the main up-and-down movement of the cylinders. It requires no power supply, relying entirely on pneumatic switches. Simultaneously, each time the main movement is completed, the corresponding simulation components also selectively move, achieving a safety education demonstration effect. Furthermore, during manual demonstration of opening the protective door, a micro-motion valve and a roller-type mechanical reversing valve cut off the main air supply, and a door control switch circuit ensures a high safety factor, resulting in high usability.

The application discloses a behavior intervention system for juvenile traffic safety education and relates to the technical field of traffic safety education, and comprises the following steps: generating a multi-dimensional behavior DNA image based on operation data of juveniles in a virtual training scene; matching user resident geographic location information according to high-risk scene features in the multi-dimensional behavior DNA image and automatically labeling spatial anchor points in a real road map; and completing a micro intervention task by a user through a gesture action, instantly comparing the micro intervention task with historical data of the multi-dimensional behavior DNA image, and recording a safety behavior digital certificate of the micro intervention task; and adding the safety behavior digital certificate to a regional safety behavior integral pool and setting a family reward mechanism. The application constructs a multi-dimensional behavior DNA image by using micro behavior data such as a dangerous identification time difference and a decision accuracy rate collected in a virtual training scene, and realizes accurate characterization of individual risk features.

The invention discloses a safety education immersive teaching method based on a virtual simulation technology, and the method comprises the steps: S1, constructing a virtual simulation safety environment, determining visual and auditory rendering parameters through a multimedia learning cognition theory, and rendering a first safety scene; s2, collecting a head posture, a sight track, an action track, a walking path and voice signal data, and adding a time index; s3, multi-modal preprocessing is executed, and a multi-modal behavior data sequence is generated; s4, extracting vision, action and voice features and forming a behavior feature vector sequence according to a time index; s5, calculating an operation performance index; s6, triggering visual prompt, voice prompt and tactile feedback in the first safety scene according to the operation performance index; and S7, inputting the teaching path adjustment model, determining the number and the rendering difficulty of the next security scene, and loading the next security scene. According to the invention, scene presentation, behavior analysis, prompt generation and path adjustment in virtual safety teaching are realized.

1. The name of the design product: safety education training equipment box (1). 2. The use of the design product: the design product is used for safety education training. 3. The design points of the design product: in shape. 4. The picture or photo that best indicates the design points: perspective view 1.

The system according to this embodiment aims to improve the IT literacy of elderly people. [Solution] The system according to the embodiment comprises a learning plan generation unit, a dialogue unit, a guide unit, a security education unit, a collaboration unit, and a community management unit. The learning plan generation unit generates a learning plan. The dialogue unit engages in dialogue based on the plan generated by the learning plan generation unit. The guide unit provides practical guidance based on the information obtained by the dialogue unit. The security education unit provides security education based on the guidance provided by the guide unit. The collaboration unit collaborates with families based on the education provided by the security education unit. The community management unit manages the community based on the information obtained by the collaboration unit.

The utility model relates to an anti-cutting glove practical training device. The device mainly comprises a cabinet body and a simulated cutting hand assembly, wherein the simulated cutting hand assembly is arranged in the cabinet body; wherein a transparent safety door is arranged on one side of the cabinet body; the simulation hand cutting assembly comprises a motor, a lead screw suite, a blade and at least two performance comparison gloves, the output end of the motor is connected with the lead screw suite, the blade is arranged on the lead screw suite through a connecting seat, the performance comparison gloves are arranged below the blade, and the performance comparison gloves are arranged on the lead screw suite. Each performance comparison glove is sleeved with an artificial hand; the blade, the performance comparison glove and the artificial hand are located in the visual range of the safety door. According to the utility model, the impression of safety education for sharp object cutting can be enhanced; and due to the arrangement of the safety door, the equipment does not cause actual harm to personnel, and safety risks existing in the education process are avoided.

1. The name of the design product: safety education equipment (oxyacetylene operation B). 2. The use of the design product: for learning the relevant safety knowledge of oxyacetylene, including composition introduction, knowledge popularization, knowledge examination, and introduction of each component, matters needing attention, use of popular video of complete equipment, selection of answer scoring, etc. 3. The design points of the design product: in shape. 4. The picture or photo that best indicates the design points: perspective view.

The application discloses a kind of urban comprehensive management scene under the riding behavior identification method and system, through multimodal data fusion, dynamic feature optimization (adopting SAM2 Hiera backbone network and DINOv2 ViT model to extract multiscale feature, and realize semantic enhancement by content guide attention module), intelligent target detection and tracking (based on natural language prompt word Grounding DINO detection and ByteTrack tracking), the high-precision identification of the helmet wearing behavior of rider is realized;While building data analysis closed loop, real-time generates the clustering and associated factor analysis of hotspot area of illegal behavior, drives the intelligent formulation of safety education strategy.The application significantly improves the robustness and real-time performance of the system in complex environments, supports large-scale deployment in cities, reduces operation and maintenance costs, provides precise and closed-loop technical solutions for cycling safety supervision, and effectively promotes the upgrade of urban traffic safety management from passive response to proactive prevention.

This invention discloses a safety education content delivery system and method based on driving behavior analysis, relating to the field of traffic safety technology. The proposed solution includes a driving data collection module, a driving behavior analysis module, a safety education resource library module, a personalized delivery decision module, a content delivery execution module, and an effect feedback optimization module. This invention not only accurately extracts driving behavior characteristics and assesses risks through multi-dimensional data collection and advanced models, identifying driver behavioral shortcomings and potential hazards, but also dynamically matches driver risk levels and learning styles based on a tagged resource library and priority model to deliver personalized educational content, solving the problem of homogenization. Furthermore, it constructs a closed-loop feedback optimization mechanism, continuously optimizing models, materials, and strategies based on feedback data to improve educational effectiveness. It adapts to various driving scenarios and usage habits, exhibiting strong compatibility and practicality, effectively correcting non-standard driving behaviors, and reducing the accident rate.

1. The name of the design product: safety education training equipment box (2). 2. The use of the design product: the design product is used for safety education training. 3. The design points of the design product: in shape. 4. The picture or photo that best indicates the design points: perspective view 1.

The utility model relates to the technical field of safety education, and discloses a safety education training device, which comprises a telescopic rod, a retractable device at the top of the telescopic rod, a falling piece retracted by the retractable device, a control device electrically connected with the telescopic rod and the retractable device, a falling controller electrically connected with the control device, a protective cover and a side plate, a demonstration area is defined by the side plates, the folding and unfolding device is located at the top of the demonstration area, the protective cover is arranged below the folding and unfolding device, and the protective cover is provided with a protective opening allowing a helmet to penetrate through. When the helmet is used, a user wears the helmet, the protective opening is located between the top and the bottom of the helmet, when a falling piece falls down and hits the helmet to rebound, the protective cover blocks the falling piece, the situation that people are hurt due to rebound of the falling piece can be avoided, and the experience safety of the user is further protected.

1. The name of the design product: safety education training course graphical user interface for electronic equipment. 2. The use of the design product: an electronic device. 3. The design points of the design product: the content of the graphical user interface. 4. The picture or photo that best indicates the design points: interface change state diagram 1. 5. The use of the graphical user interface: the present graphical user interface is used for the graphical interface of safety education training course interaction. 6. Other circumstances that need to be explained: the graphical user interface human-computer interaction mode: the main view is the platform login page; interface change state diagram 1 is the platform home page after login; interface change state diagram 2 is the course details page presented by clicking "tower crane safety knowledge training" in interface change state diagram 1; interface change state diagram 3 is the course sharing page presented by clicking "…" in the upper right corner of interface change state diagram 2.