4results about How to "Reduce insertion" patented technology

This disclosure provides a method, apparatus, device, and storage medium for generating multimedia surgical records. The method includes: responding to a surgical procedure configuration command, matching a multimedia surgical record template; entering first surgical record information based on the multimedia surgical record template; responding to an image entry operation command, determining an image to be matched and generating image-related information based on the image to be matched to obtain second surgical record information; responding to a video entry operation command, generating video-related information to obtain third surgical record information; supplementing the third surgical record information based on the multimedia surgical record template to obtain fourth surgical record information, and uploading it to an electronic medical record. This achieves automatic template matching and text structuring, reduces multimedia insertion steps through intelligent parsing, supports rapid video editing within the system without the need for third-party tools, adds identifiers to all referenced resources for easy tracking and tracing, and improves record integrity and operational efficiency.

The application relates to the technical field of functional materials, in particular to nitrogen-doped graphitized carbon microspheres and a preparation method and application thereof. The preparation method provided by the application comprises the following steps: performing carbonization treatment on polymer-based microspheres to prepare polymer-based carbon microspheres; performing activation treatment on the polymer-based carbon microspheres by using an activator to prepare porous carbon microspheres; mixing the porous carbon microspheres, a catalyst, a nitrogen source and a solvent, and performing heat treatment under vacuum conditions to prepare nitrogen-doped carbon microspheres; the catalyst comprises one or more of metal salt catalysts and non-metal oxide catalysts; the temperature of the heat treatment is 90 DEG C-200 DEG C; under a protective atmosphere, the nitrogen-doped carbon microspheres are subjected to graphitization treatment at 900 DEG C-1700 DEG C to prepare nitrogen-doped graphitized carbon microspheres. The preparation method provided by the application has the advantages of low graphitization temperature, low energy consumption and easy large-scale production, and the nitrogen-doped graphitized carbon microspheres prepared by the method have a high nitrogen doping amount.

The utility model discloses a kind of stop rod devices for smelting furnace, belong to smelting furnace technical field, including cylinder mounting plate, cylinder mounting plate is provided with cylinder main body, piston rod is movably connected on cylinder main body, piston rod is provided with adjusting assembly at one end away from cylinder mounting plate, piston rod is connected with stop rod on one side away from adjusting assembly by heat dissipation component, can reduce the process that stop rod inserts furnace mouth in traditional structure, stop rod is caused by high temperature and leads to thermal expansion length to be longer, it can be jammed after inserting furnace mouth, cause stop rod cannot back off or the generation of damage furnace mouth sleeve phenomenon, improve the service life of overall system.

This application discloses a battery that reduces the problem of poor soldering between the adapter and the terminal caused by inserting the tab between the terminal and the adapter piece, and also reduces the situation where the adapter piece melts and fails due to overlap between the tab and the terminal. The battery includes: a casing, terminals, a cell, an adapter piece, and an insulating component. The casing has a first wall; the terminal is mounted on the first wall; the cell is disposed in the casing, and the cell includes a cell body and a tab, the tab including a connecting portion; the adapter piece is connected to the end of the terminal facing the cell and is located between the first wall and the cell body; the connecting portion is located on the side of the adapter piece away from the cell body and is located on the periphery of the terminal, the connecting portion being electrically connected to the adapter piece; the insulating component is disposed between the first wall and the adapter piece, and the insulating component has a groove for accommodating the connecting portion.