8results about How to "Reduce injection" patented technology

This invention relates to the field of data monitoring technology, specifically to a business operation monitoring system based on AI data sharing, comprising: a federated learning module for aggregating model parameters of multiple business systems through a dynamic differential privacy mechanism to generate an anomaly detection model; and a knowledge graph module for constructing a dynamic service dependency graph based on logs, performance indicators, and user behavior data of the multiple business systems. In use, this invention combines a dynamic differential privacy mechanism with local training, achieving the goal of making user data available but invisible, meeting legal compliance requirements such as GDPR and data export restrictions. By automatically adjusting noise injection through a combination of information gain and differential privacy budget, the system improves model aggregation accuracy while avoiding privacy leaks. High-contribution nodes receive less noise injection, helping their high-quality local models to play a greater role in the global model. An automatic pause mechanism with an upper limit is set to prevent sensitive systems from exceeding acceptable privacy leakage limits due to excessive participation.

The utility model provides a hydrogen injection machine for high-concentration hydrogen-rich liquid, which relates to the technical field of hydrogen injection, and comprises a shell and a cover body, a fixing frame capable of fixing a bottle body is arranged in the shell, a detachable placing frame is arranged above the fixing frame, a hydrogen injection pipe is arranged on the cover body, the hydrogen injection pipe is connected with a hydrogen storage tank, and the hydrogen storage tank is connected with the shell. The hydrogen injection pipe comprises a pipe body, one end of the pipe body is provided with a gas inlet nozzle, the gas inlet nozzle is connected with the hydrogen storage tank through a connecting pipe, the pipe body is provided with a diffusion assembly, and the diffusion assembly evenly disperses hydrogen output from the hydrogen storage tank into the bottle body.

The present application relates to the technical fields of biomass gasification furnace, and disclose a tower-shaped grate, the present application is arranged with the annular base of receiving ash and slag below the furnace body, so as to ensure that after the discharge of ash and slag, the fresh air outside will be sucked from the output direction of ash and slag, and enter the furnace through ash and slag, the outside air passes through ash and slag again, so that ash and slag are further burned, and the waste heat generated in ash and slag enters the furnace along with air, and the heat can be fully reused, and by means of waterless slagging, the water vapor injection into the furnace is reduced, the temperature in the furnace is prevented from being suddenly reduced, the heat energy is saved, and the purpose of saving heat energy and recycling residual heat energy is achieved.

This invention discloses a method and system for reducing white pixels generated by F-ion implantation on CIS products. The method includes the following steps: if the current injection gas source of the machine is a predetermined reducing gas source, determine if there is a batch of F-ion implantation. If so, switch the injection gas source to complete the first batch of F-ion implantation. Continue to determine if there is a second batch of F-ion implantation. If so, switch the gas source of the machine to the predetermined reducing gas source and process the corresponding product batch. After completing the corresponding product batch, switch the gas source of the machine again to process the second batch of F-ion implantation. This cycle is repeated until all batches requiring F-ion implantation are completed. This invention can effectively avoid the defect of white pixels and improve product quality.

The application discloses a processing method for improving process defects of an image sensor, and comprises the following steps: step 1, providing a substrate comprising a substrate, a polysilicon layer arranged above the substrate, a plurality of grooves arranged in the polysilicon layer, and a side wall formed on the side wall of the groove, wherein the side wall is a SiN layer; step 2, introducing an oxygen-containing gas, and the oxygen-containing gas reacts with the surface of the SiN layer to form SiO x N y ; step 3, cleaning the substrate by using a cleaning reagent; and step 4, forming a photoresist pattern above the substrate to expose the groove; and the SiO x N y , wherein x represents the atomic proportion of O, and y represents the atomic proportion of N. The method provided by the application can effectively clean and remove the tiny particles on the side wall of the groove, avoids the negative influence of the tiny particles on the subsequent photoresist exposure and development, ensures the accurate implementation of the subsequent P-type ion implantation process, is beneficial to reducing white pixels, and improves the performance of the image sensor chip.

The application discloses a method and system for reducing white pixel caused by F ion implantation on CIS products, wherein the method comprises the following steps: if the current machine implantation gas source is a predetermined gas source with reducing property, it is determined whether there is a batch of F ion implantation; if yes, the machine implantation gas is switched, and the first batch of F ion implantation is completed; it is continuously determined whether there is a second batch of F ion implantation; if yes, the machine switches the gas source, and the predetermined gas source with reducing property is implanted, and the corresponding product batch is processed; after the corresponding product batch is completed, the machine switches the gas source, and the second batch of F ion implantation is processed; the cycle is repeated until all batches of F ion implantation are completed. The application can effectively avoid the white pixel defect and improve the product quality.

This application provides a method for manufacturing a field-effect transistor (FET), the FET itself, and its layout structure. The FET separates the shielding gate and the gate electrode, ensuring uniform contact between the shielding gate and the source metal for timely response to state transitions and preventing localized breakdown. Furthermore, the oxide layer at the top of the shielding gate is thinned to reduce reverse recovery charge injection during reverse recovery. By adjusting the position of the shielding gate and thinning the oxide layer, this invention effectively improves the device's ease of use (EAS), reduces the reverse recovery time, enhances its reverse recovery capability, and improves reliability.

This invention discloses an implicit MCP invocation method, system, and computer-readable storage medium. The method includes: converting and storing the description information of multiple MCPs into multiple MCP description vectors; receiving a user request and generating a query vector based on the user request; using the query vector to search, match, and score the multiple MCP description vectors, and selecting the MCP description vector with the highest comprehensive score for invocation. This invention reduces the injection of irrelevant MCP information by converting and storing the MCP description information into MCP description vectors and transforming the user request into a query vector, thus avoiding excessive occupancy of the limited context window by description information and improving the overall efficiency of data vocation. Users also do not need to remember or search for MCP names, optimizing the user experience. Furthermore, using the query vector to search, match, and score multiple MCP description vectors and selecting the MCP description vector with the highest comprehensive score for invocation improves the quality of the invocation response.