10 results about "Teaching file" patented technology

The invention provides a film and television teaching intelligent interaction method and system based on a large model, and relates to the technical field of film and television teaching. According to the method, multiple functions including teaching file management, play setting and lecture export controls are integrated into a main interface, so that efficient management and utilization of film and television teaching files in various formats are realized. According to the method, the video content can be automatically analyzed by using the large model, and the subject labels and the knowledge point labels are automatically generated, so that the subject labels and the knowledge point labels are associated with the big data knowledge base and the exercise base to form extended knowledge and exercise indexes, and organization and expansion of educational resources are facilitated. In addition, personalized teaching interaction trigger points can be set according to the indexes, and interactivity and pertinence in the teaching process are enhanced. Finally, the teacher can automatically generate and export teaching notes according to all the information, so that the teaching note making efficiency and the teaching quality are effectively improved.

The invention belongs to the technical field of teaching, and provides a teacher teaching archive system fusing teaching resource sharing, which comprises a login module, a resource uploading module, a management auditing module and a retrieval recommendation module, deploys edge computing nodes, compares a pre-stored identity information set with basic information provided by a user, and sends the information to the user; a multi-dynamic verification method is adopted according to network environment conditions to ensure system safety, edge nodes check uploaded resources, the system carries out uploading processing according to the resources with high priorities when uploading congestion occurs, an administrator checks the uploaded teaching resources according to an auditing system and stores the teaching resources by using a distributed storage technology, and the distributed storage technology is used for storing the teaching resources. And combining the importance degree value of the keyword and the similarity value of the keyword, and calculating by utilizing a non-factor linear formula to obtain a final recommendation value, and performing recommendation according to the recommendation value.

The application discloses a kind of train detection robot's teaching method, device and storage medium, it is related to train detection technical field.The method comprises the following steps: step 101, obtain the first operation information of user, generate detection item information;Step 102, obtain the first image photographed by the camera on robot, and first image is displayed;Step 103, when first image does not comply with first preset condition, execute step 102 until first image complies with first preset condition;Otherwise, execute step 104;Step 104, obtain the second operation information of user, obtain the photographing point information of robot;Detection item information and photographing point information are saved correspondingly to obtain the detection item teaching information of the detection item;Step 105, when user inputs next detection item, execute step 101-104;Step 106, obtain the third operation information of user, generate teaching file.The present application is used to solve the technical problem that the time required by existing teaching method is long and the process is complicated.

The invention discloses a teaching method based on 3D scanning automatic spot drilling machining and a spot drilling machine, and belongs to the technical field of 3D scanning automatic spot drilling machine teaching. The teaching method comprises the steps that three-dimensional point cloud data of the surface of a workpiece are collected according to a preset sequence; segmenting workpiece data from the point cloud, registering the workpiece data with a workpiece standard CAD model, and establishing coordinate mapping; analyzing the diamond CAD model to obtain pose and size parameters of the diamond; then, the diamond parameters are converted into equipment control parameters through the coordinate mapping relation and an equipment kinematics model; and finally, generating a final teaching file according to the control parameters. According to the teaching method, full-automatic generation from three-dimensional scanning to machining teaching files is achieved, manual intervention is reduced, the problems that traditional spot drill teaching is low in efficiency and poor in precision are solved, automatic teaching is achieved through 3D scanning, PointNet network segmentation and CAD registration, spot drill machining efficiency and consistency are improved, and labor cost is reduced.

The present application relates to the technical field of computer program scheduling, specifically to storage task scheduling in data processing devices, and relates to a nursing experimental teaching file management system based on a distributed ledger. The system extracts a feature vector of a nursing experimental teaching file and inputs it into a cold and hot judgment model to output a cold and hot label of the file. The system performs differentiated storage scheduling according to the cold and hot label, distributes the hash address and complete data of the hot label file to full nodes for high-frequency block storage, distributes the complete data of the cold label file to archiving nodes for low-frequency persistent storage, and the full nodes retain the hash address of the cold label file and the physical location index pointer of the archiving nodes. The present application offloads the complete data of the cold label file with low-frequency access from the full nodes to the archiving nodes, reduces the disk occupied space of the full nodes, and avoids the decline of the block output and synchronization performance of the full nodes due to the expansion of historical archived data.

This application provides a method and system for intelligent interactive teaching of film and television based on a large model, belonging to the field of film and television teaching technology. This method integrates multiple functions into a single main interface, including teaching file management, playback settings, and handout export controls, enabling efficient management and utilization of film and television teaching files in various formats. The method can automatically parse video content using a large model and automatically generate subject tags and knowledge point tags, which are then linked with a big data knowledge base and exercise bank to form extended knowledge and exercise indexes, facilitating the organization and expansion of educational resources. Furthermore, it supports setting personalized teaching interaction trigger points based on these indexes, enhancing the interactivity and relevance of the teaching process. Finally, teachers can automatically generate and export teaching handouts based on all the above information, effectively improving the efficiency of handout production and the quality of teaching.

The invention relates to a space-adjustable teaching file cabinet, which comprises a double-door cabinet, the double-door cabinet comprises a small and medium piece cabinet and a large piece cabinet, the small and medium piece cabinet is internally provided with an adjustable partition plate frame assembly for separating storage space, and the partition plate frame assembly comprises a plurality of horizontal partition plate frame bottom plates and vertical partition plate frame partition plates; the partition plate frame bottom plates and the partition plate frame partition plates which are arranged in a crossed mode are matched to form a plurality of small and medium file storage spaces, an adjustable partition plate mechanism for separating the storage spaces is arranged in the large file cabinet, the partition plate mechanism comprises a plurality of horizontally-arranged partition bottom plates, and the partition bottom plates are in transmission connection with a partition bottom plate lifting mechanism. And the separation bottom plate is matched with the inner side wall of the large file cabinet to form a plurality of large file storage spaces. According to the space-adjustable teaching file cabinet, an improved double-door cabinet scheme combining small and medium file cabinets and large file cabinets is adopted, file data are classified and stored according to the external size, then the storage space in the cabinet is flexibly adjusted, and the space-adjustable teaching file cabinet has the advantages that the utilization rate of the internal space of the file cabinet is high, and file data storage and management are facilitated.

The invention relates to the field of interactive teaching, and particularly discloses an interaction method of electronic acupoint meridian teaching clothes, which comprises the following steps: step 1, the teaching clothes cooperatively detect the wearing state of a user by embedding a flexible electrode and a pressure sensor, and establish encrypted wireless connection with a matched terminal; 2, determining the body type of the user according to the wearing state of the user, loading a dynamic database containing acupuncture point coordinates through the body type of the user, and establishing a personalized interactive teaching file; 3, initiating an interactive learning request based on the established personalized interactive teaching archive; 4, the interactive learning request feeds back acupuncture point positioning, efficacy and stimulation techniques in real time through a touch sensor and a multi-mode combination; 5, based on multi-modal combination, operation accuracy is judged, a composite correction mechanism is implemented on wrong operations, according to the method, difference parameters of different user body types are collected through the flexible electrode and the pressure sensor, and acupoint positioning can be accurately matched with user body characteristics.

The application discloses a kind of teaching archives digitization automatic indexing and multidimensional association analysis system, it is related to education information technology field, including: data acquisition module gathers multiple-source heterogeneous teaching archives data and is converted into unified format data to be handled;Intelligent indexing module is according to teaching field special glossary to the semantic analysis and multimodal adaptation of data to be handled, generates multidimensional indexing information;Multidimensional association analysis module identifies direct association according to multidimensional indexing information, excavates implicit association and carries out time series evolution analysis, reveals internal law of teaching;Knowledge graph construction module extracts teaching entity, establishes entity relationship based on association analysis result, constructs dynamic updating knowledge graph;Application service module supports retrieval based on knowledge graph, personalized push and visual analysis, and sets fine-grained access permission.The application can improve teaching resource management efficiency and utilization value, guarantee data security and support teaching decision optimization.

To make it possible to build teaching file information more easily.SOLUTION: A dynamic image processing device (a diagnostic console 3) includes: a dynamic image acquisition part (a control part 31) acquiring a dynamic image; a disease determination part (the control part 31) determining disease candidates on the basis of the dynamic image; and a storage place determination part (the control part 31) determining a storage place of the dynamic image on the basis of the disease candidates.SELECTED DRAWING: Figure 1