6results about How to "Simplify the configuration process" patented technology

This invention relates to a method and system for automated generation of TSN network configurations based on a reflective agent. The system comprises a network state perception and intent reflection module, a YANG model configuration parameter and structure decision module, and a YANG model intelligent generation module. The network state perception and intent reflection module is responsible for structurally perceiving network state and resource information. The YANG model configuration parameter and structure decision module integrates multi-source knowledge and contextual information, intelligently generating deployable TSN scheduling parameters and YANG configuration structures based on business needs. The YANG model intelligent generation module automatically generates the corresponding YANG configuration model based on the optimized results, performs syntax and semantic verification, and then distributes it to the target device, achieving automated deployment of network configurations. This invention significantly improves the intelligence level and deployment automation capability of TSN network configuration by introducing reflective reasoning and feedback optimization techniques.

This invention belongs to the field of biological sample contaminant screening, specifically involving a pretreatment method for liquid chromatography-tandem mass spectrometry analysis of chemical contaminants in serum. The pretreatment method includes the following steps: (1) Preparation of Ti / Zr MOF: Zirconium source, 1,3,5-tris(4-carboxyphenyl)benzene, titanium source, and organic acid are placed in a container, dissolved in an aprotic polar solvent, heated to react, cooled, and the white powder product is collected by centrifugation and washing, which is Ti / Zr MOF, and dried for later use; (2) Extraction: The serum sample is mixed with acetonitrile, ultrasonically vortexed, centrifuged, and a portion of the supernatant is taken as the purification solution; (3) Purification: The purification solution in step (2) is mixed with the Ti / Zr MOF in step (1), ultrasonically vortexed, centrifuged, and the supernatant is taken to obtain the purified sample.

This utility model relates to a wellhead tool connection device, belonging to the technical field of oilfield operation tools. It includes a mounting plate and a mounting base disposed at the bottom of the mounting plate. An installation structure for installation at a wellhead is provided between the mounting plate and the mounting base. The installation structure includes a wellhead sleeve fixedly connected to the top of the mounting base, and the outer surface of the wellhead sleeve has an external threaded groove. This wellhead tool connection device achieves connection to the wellhead through the threaded engagement of the wellhead sleeve and the mounting sleeve. This design completely changes the traditional multi-bolt flange connection method. Operators only need to rotate the mounting sleeve and use its external handle to quickly complete the fastening or disassembly of the entire device to the wellhead. This greatly simplifies the operation process, saves a significant amount of installation and disassembly time, and is particularly suitable for operation scenarios requiring frequent wellhead tool changes, significantly improving operational efficiency.

This invention discloses a fast dynamic tracking method and system for radio frequency power supply frequency tuning. The method includes: S1 generating a frequency-modulated signal based on the carrier frequency and the modulation signal frequency; S2 coupling and sampling the radio frequency signal after power amplification of the frequency-modulated signal to extract three frequency components: a first frequency component, a second frequency component, and a third frequency component; S3 calculating the reflection coefficient amplitude values ​​at the corresponding frequency points of the three frequency components; S4 calculating the slope using the first and third reflection coefficient amplitude values; S5 calculating the frequency tuning step using the slope and the second reflection coefficient amplitude value; S6 tuning the carrier frequency based on the frequency tuning step to obtain the tuned carrier frequency; and S7 cyclically executing steps S1-S6 to output the optimal frequency. This invention provides accurate tuning direction determination, adaptive and adjustable step size, fast convergence speed, high frequency resolution, and the ability to rapidly and dynamically track changes in plasma load.

This application discloses a method, apparatus, and device for quantitative pressure reduction control of an airbag, relating to the field of medical device technology. This solution pre-constructs a dataset containing minimum PWM values ​​for multiple solenoid valves reducing the airbag pressure from maximum to minimum within a preset pressure reduction time, serving as a benchmark to overcome individual differences. During pressure reduction, the target solenoid valve is controlled based on the current PWM value, and the current airbag pressure is monitored to determine if it is not greater than the target pressure value. If so, the correlation between the current PWM value and the initial and target pressure values ​​is recorded; otherwise, the PWM step value is determined based on the aforementioned dataset to dynamically update the drive parameters. This solution utilizes a unified benchmark calibration value to eliminate the differences in mechanical characteristics between different solenoid valves. Combined with real-time fine-tuning based on pressure feedback, it eliminates the need to pre-configure a large number of parameters for each pressure point, simplifying the parameter configuration process and effectively reducing quantitative control errors.

This invention relates to the field of sensor connectivity technology, and discloses a method, apparatus, and computer device for connecting a sensor to a data acquisition and storage medium. The method includes: acquiring a sensor with independent identification information and configuring multiple candidate connection interfaces of the data acquisition and storage medium to obtain multiple connection interfaces with unified attributes; physically connecting the sensor to any one of the connection interfaces with unified attributes in the data acquisition and storage medium to obtain an initial connection state; using target recognition technology for identification to obtain identification information; performing sensor information calibration and generating a data acquisition scheme, which is used to acquire physical change data of valve operation and store the physical change data through the data acquisition and storage medium. This invention is applied to the field of valve diagnosis, possessing a reliable and convenient sensor information management mechanism, a highly convenient sensor usage mechanism, a unified and extremely broad backup interface strategy, and compatibility with more types of sensors.