38results about How to "Reduce consistency" patented technology

An epoxy concrete stirring device is used for solving the problems that underwater epoxy repairing materials are stored in a layered mode, the mixing time is uncontrollable, and underwater operation is inconvenient. The device comprises a stirring kettle, a kettle cover and an internal partition plate, wherein the partition plate divides a cavity into an upper-layer curing agent storage area and a lower-layer mortar mixing area; a seepage mechanism is arranged in the center of the partition plate, a movable plug is in linkage with an inner wall bayonet lock through a threaded groove in the outer wall of a stirring shaft, the stirring shaft rotates to drive the movable plug to move upwards, seepage holes in the outer wall of a liquid collecting groove are opened, and controllable inflow of a curing agent into mortar is achieved; the feeding port and the discharging port are controlled to be opened and closed through a hydraulic valve, a hydraulic machine and a hydraulic clamp respectively. According to the device, advanced reaction of components is avoided through layered isolation, mixing is accurately triggered through mechanical linkage, hydraulic driving adapts to underwater operation, it is ensured that the low consistency and high uniformity of materials are kept, and the reliability of underwater repair construction and the performance stability of the materials are improved.

The invention provides a multi-type storage cluster dynamic nano-management method based on a cloud platform, and belongs to the technical field of cloud platform storage resource management, a storage pool is used as a minimum management unit, a configuration center provides a unified nano-management entrance and is associated with a platform initialization process, and initialization of standardized parameters such as a storage cluster IP, an account and the like is automatically completed; after management, block storage, file storage or object storage types and exclusive parameters thereof are configured for the storage pool according to business requirements, and available storage pools are screened according to binding relations when storage services are created, so that resource mismatching is avoided. Bidirectional synchronization is carried out between the operation and maintenance resource management module and the storage module through a full life cycle by using an equipment SN number, so that state consistency and traceability are realized; expansion of newly added storage pools, unbinding of the storage pools and resource recovery are supported, and the resource utilization rate and the operation and maintenance efficiency are improved.

This invention discloses a silicon nitride grinding device, relating to the technical field of silicon nitride grinding devices. The device includes a support frame and a collection box. A conical cylinder is fixedly mounted on the upper surface of the support frame, and the collection box is disposed on the lower surface of the support frame. A feed trough is fixedly mounted on the upper surface of the conical cylinder, and a water storage tank is fixedly mounted on the circumferential surface of the conical cylinder. A water spray head is provided on the inner wall of the conical cylinder. A rotating shaft is rotatably mounted on the upper surface of the inner wall of the conical cylinder, and a grinding head is fixedly mounted on the lower surface of the rotating shaft. A grinding disc is fixedly mounted on the inner wall of the conical cylinder. A material unblocking device is also provided inside the conical cylinder. When the feed trough is blocked, it affects the grinding efficiency, potentially causing a decrease in output or production stoppage. Blockage causes material to accumulate in the feed trough, increasing the pressure and stress on the material. If this blockage persists for a long time, it may damage the feed trough.

The invention relates to a phase shift mask substrate and a dynamic magnetron sputtering preparation method thereof, a MoSi-based gradient film layer is continuously and dynamically deposited on the substrate, and the method comprises the following steps: carrying out first-stage deposition on the substrate by adopting a molybdenum-silicon alloy target so as to form a transition layer; carrying out second-stage deposition on the transition layer to form a main body functional layer through deposition; and third-stage deposition is carried out on the main body functional layer to form a surface modification layer through deposition, and the MoSi-based gradient film layer is obtained. The invention provides a one-step sputtering deposition method capable of dynamically and accurately regulating and controlling, so that the inherent contradiction between the performance and the stress of a single-layer uniform film is fundamentally solved, and the complexity and the uncertainty of a traditional multi-step process are avoided.

The application discloses a metamorphic rock P-T-t trajectory reconstruction method and system based on multi-source data fusion, relates to the field of metamorphic rock P-T-t trajectory reconstruction, and comprises the following steps: acquiring electronic probe micro-area mapping data and internal standard sample data of a metamorphic rock sample, and performing multi-stage data correction; performing mineral phase identification and chemical component quantitative interpretation, generating a mineral classification mapping, an element concentration distribution diagram and a whole rock major component data set; performing thermodynamic phase equilibrium simulation, generating a P-T apparent profile diagram, and extracting a P-T trajectory; performing micro-area in-situ chronology analysis on selected minerals in the mineral classification mapping to obtain chronology data; coupling the P-T trajectory and the chronology data in time and space, constructing a P-T-t three-dimensional trajectory model of the metamorphic rock, and outputting a visualized reconstruction report. The application realizes full-process automation and standardization of the metamorphic rock P-T-t trajectory from data acquisition and processing to model reconstruction, and improves the precision, efficiency and reliability of trajectory analysis.

The application discloses a method for manufacturing a mask, comprising the following steps: exposing a material belt to obtain a first belt segment with a plurality of first patterns, wherein the material belt comprises a belt-shaped foil and a photoresist layer formed on the surface of the belt-shaped foil, there is a spacing area between two adjacent first patterns, and the first pattern comprises a plurality of mother mark patterns and a plurality of pixel hole patterns; and exposing a plurality of spacing areas in sequence by a processor controlling a laser to set a path, to obtain a second belt segment with a plurality of second patterns, wherein the set path matches a set pattern in the processor, the second pattern comprises a plurality of sub-mark patterns corresponding to the plurality of mother mark patterns, and an auxiliary pattern corresponding to the spacing area. The application further discloses an exposure system.

The application belongs to the technical field of computer software data processing, and particularly relates to a public employment service standardization processing method based on a work flow configuration. The method acquires public employment service matter configuration data and standard data elements, splits the matter configuration data into multiple handling nodes, and binds input data elements, output data elements, trigger conditions, pre-depending conditions and mutual exclusion conditions for the handling nodes; generates a matter constraint graph according to the handling nodes, the standard data elements and the binding relationship, and performs topology, repeated collection, condition coverage and rule reference consistency checking on the matter constraint graph; after the checking, compiles the matter constraint graph into a work flow description file containing node execution sequences, field mapping relationships and rule indexes, and creates a standardization processing process instance according to the work flow description file. The application can locate configuration defects before the process is published, reduce process running interruption and field mapping errors, and improve the consistency and traceability of the public employment service matter configuration.

This invention discloses a method for local heat treatment of unequal thickness structures in large pressure vessels, used for heat treatment of butt welded joints between the cylinder and reinforcing plate. The method includes the following steps: (1) determining the relevant dimensional parameters of the unequal thickness welded joint, including the inner diameter D of the cylinder, the cylinder wall thickness T, and the thickness t of the reinforcing plate. Then, the inner radius R of the cylinder is R = D / 2, the thickness ratio k = t / T, and t > T; (2) determining the local heat treatment heating method; (3) determining the optimal heat treatment process parameters, including the heating band width, holding temperature, holding time, heating rate, and cooling rate; (4) implementing the heat treatment and recording the heat treatment temperature curve. The method provided by this invention can provide optimal heating band width, holding temperature, holding time, heating rate, and cooling rate for local heat treatment of unequal thickness welded joints, effectively reducing inconsistent deformation and uneven stress distribution after local heat treatment of thick and thin plates, and preventing cracking of the unequal thickness welded joint.

A rule-object-based physical execution access control device is used to improve the security of physical execution of high-consequence automation systems. In the device, the physical execution access control device objectifies the scattered rule logic and centrally manages it. After obtaining a decision result, the device does not directly issue a binary value, but generates an objectified authorization credential containing the decision result, rule trace information, and rule reference feature sequence. The downstream execution boundary can verify the rule reference feature sequence in the credential before execution, ensuring that the decision basis is consistent with the current system global version. Thus, a strong context association is established between the upper-layer decision and the bottom-layer physical execution, making the physical execution verifiable before execution, thereby reducing the risk of version inconsistency or instruction replay, and improving the security and traceability of the physical execution of high-consequence automation systems.

The utility model provides a die capable of cutting off a water gap. The die capable of cutting off the water gap comprises an upper die set and a lower die set, in a mold closing state, an injection molding cavity is formed between the upper mold set and the lower mold set; the material injection channel is arranged in the upper die set in a penetrating mode and communicates with the injection molding cavity; the ejection mechanism is arranged on the lower module in a penetrating manner; in the mold opening state, the product in the mold cavity is ejected out through the ejection mechanism; the cutting mechanism is arranged on the ejection mechanism in a penetrating manner; in the mold closing state, the water gap position of the product in the mold cavity is cut; according to the die capable of cutting off the water gap, the water gap of a product can be cut while forming is conducted, manual water gap cutting off is avoided, efficiency is improved, and meanwhile cost is reduced; in addition, the cutting mechanism is adopted for cutting the water gap of the product, the cutting consistency can be ensured while the cutting position is ensured, and the overall defective rate is further reduced.

The invention discloses a wood product design order splitting method, system and device, a medium and a product, and the method comprises the steps that original data of wood product design are acquired, and the original data comprise design drawings and material details; and verifying and supplementing the material details based on the design drawing to obtain updated details, and determining a production blanking list, a price list and plate coding information according to the updated details. The method can improve the efficiency of a designer to compile a material detail table, save the time for deepening engineers to repeatedly check drawings and extract split details, and reduce errors in the operation process.

The invention is applicable to the field of in vitro diagnostic equipment, and discloses a control method of a sample analyzer and the sample analyzer, and the control method of the sample analyzer comprises the following steps of: controlling a first sample dispensing assembly to add a calibrator into a first reaction container; controlling an incubation assembly to incubate a mixture at least containing a calibration product and a reagent to obtain a first to-be-detected solution; obtaining a first optical measurement result of the optical measurement assembly on the first to-be-measured liquid; obtaining first calibration data according to the first optical measurement result and the known concentration of the target object in the calibrator; obtaining second calibration data according to the first calibration data and a deviation function; the control method further comprises the following steps: obtaining a detection result of the target object in the first sample according to the second optical measurement result and the first calibration data; and obtaining a detection result of the target object in the second sample according to the third optical measurement result and the second calibration data. According to the invention, the consumption of calibrators and the project calibration duration can be reduced.

This application provides a source code modification method, apparatus, and electronic device based on a large model, relating to the field of software development technology. The source code modification method based on a large model includes: responding to receiving an interactive operation on a first page element of a target object; determining a first tree node in the source code abstract syntax tree structure of the target object corresponding to the first page element; and obtaining the first source code location information carried by the first tree node; obtaining the associated source code file corresponding to the first tree node based on a pre-constructed source code file relationship graph and the first source code location information; obtaining modification intent information corresponding to the first page element; generating a modification semantic description corresponding to the first page element based on the modification intent information; and inputting the modification intent information, modification semantic description, and associated source code file into a pre-trained large model to modify the associated source code file through the large model. This application can improve the comprehensiveness and accuracy of source code modification based on a large model.

The invention belongs to the technical field of magnesium alloy processing, and relates to a circulating cryogenic-annealing treatment method for reducing anisotropy of a magnesium alloy profile. Providing an extruded magnesium alloy profile formed by extrusion; the extrusion-state magnesium alloy profile is subjected to at least three times of cryogenic-annealing treatment, and each cryogenic-annealing treatment process comprises the following steps: firstly, the extrusion-state magnesium alloy profile is placed in an environment with the temperature of-200 DEG C to-190 DEG C for cryogenic treatment; and then the magnesium alloy profile subjected to subzero treatment is heated to 400-450 DEG C for annealing treatment. According to the method provided by the invention, the magnesium alloy extruded profile tends to be isotropic, the room-temperature ductility of the magnesium alloy extruded profile is improved, and a solid foundation is laid for application of the magnesium alloy extruded profile in more fields with strict requirements on performance uniformity. According to the method, the stability of the process is easily realized, the treatment period is relatively short, and the requirements of the market on products can be met more quickly.

This invention discloses an indoor mid-to-long-range camera heart rate detection method and system with resistance to environmental interference. The host computer acquires one video stream from each camera to determine the video frame sequence of the current optimal viewing angle. Face detection, tracking, and ROI localization are performed on the video frame sequence to obtain the face ROI region for each video frame. Rigid motion noise filtering is applied to the video frame sequence to obtain an aligned frame sequence and a reference frame sequence. The face ROI region of each aligned frame is determined based on the face ROI region of the reference frame. The ROI signal is determined based on the face ROI region of the aligned frame, and non-rigid noise is filtered out to obtain a pulse wave signal. The heart rate value corresponding to the current sliding window is determined based on the pulse wave signal, and a corresponding quality score is determined. This, combined with a preset correspondence between distance and available focal length, allows for adaptive adjustment of the camera focal length. This invention exhibits high robustness, accuracy, and stability.

The application discloses an ultrasonic rolling assisted laser additive manufacturing method and device, and belongs to the technical field of additive manufacturing. The ultrasonic rolling system is fixed on the laser deposition device through a support, and a forming base plate is fixed in a cooling water tank, so that synchronous ultrasonic rolling and temperature regulation and control are realized on a deposited layer in an additive process. By applying ultrasonic vibration in a molten pool solidification stage, grains are refined, and internal defects are reduced. The rolling module adopts a roller type structure design, ensures effective ultrasonic transmission, utilizes the integrated ultrasonic vibration roller to apply high-frequency vibration pressure behind the molten pool, generates plastic deformation on the material in a high-temperature plastic state, reduces residual stress, improves surface roughness, densifies and optimizes the microstructure. Through water cooling temperature control, the influence of thermal accumulation of the deposited layer on the ultrasonic rolling layer is reduced, the interlayer organization consistency is improved, and the overall organization uniformity regulation and performance improvement of the laser additive manufacturing component are realized.

The application provides a composite magnetic circuit signal fusion method and system, the method generates a composite magnetic circuit acquisition configuration package structure based on a measured conductor parameter, and loads a temperature drift compensation parameter and a field caliber solidification registration as a unified registration link in the same configuration package; generates a double-channel alignment input package structure based on the composite magnetic circuit acquisition configuration package structure, and performs anchor point solidification registration, resampling parameter generation and abnormal anchor point marking processing in the same processing chain; generates a coupling observation item structure based on the double-channel alignment input package structure, and then performs coupling coefficient estimation, cross cancellation coefficient registration and parameter version registration processing to generate a coupling shadow parameter group; performs weighted fusion, closed-loop residual sequence construction and parameter update record encapsulation processing based on the double-channel alignment input package structure and the coupling shadow parameter group, generates a fusion parameter version record structure, and realizes a through version link from parameter version registration to parameter update record encapsulation processing.

The invention discloses a chromaticity calibration method and device for an engineering machinery displayer and a storage medium, and belongs to the technical field of displayers, and the calibration method comprises the steps: controlling the displayer to carry out display according to target color development data, and obtaining the current color development data of a plurality of color picking points of the displayer; wherein the color development data comprises chromaticity data and brightness data; obtaining color development deviation data corresponding to each color picking point according to the difference between the current color development data of each color picking point and the target color development data; obtaining a full-color-gamut stereoscopic lookup table of the display based on the color development deviation data of each color picking point, and obtaining a full-color-gamut correction calibration quantity of the display according to the stereoscopic lookup table; the display panchromatic correction scale is stored locally. The problem of screen uniformity which cannot be covered by traditional single-point calibration is solved, the full-area color accuracy of a large-size display is ensured, the equipment stability risk possibly brought by hardware transformation is avoided, and obstacles are cleared for large-scale popularization and application.

The utility model discloses a pipe clamp tool for processing thin wall steel pipe, including clamp subassembly, operating assembly and spot welding avoidance structure, and clamp subassembly contains two symmetrical pipe clamp body, and two pipe clamp bodies respectively include two clamping parts that are connected to the outer wall of steel pipe, and two connecting arms are connected in the one end of two clamping parts, operating assembly is connected with the connecting arm of two pipe clamp bodies respectively, is used for providing holding position for operating pipe clamp tool, and spot welding avoidance structure includes hollow spot welding area that is set up on the clamping part of two pipe clamp bodies along the welding circumference direction of steel pipe, and is formed pipe clamp cavity through two pipe clamp body and is combined, and the outer wall of steel pipe is adhered to the embracing structure, can one end of two steel pipes is held stably and is aligned and is resisted, guarantees that the relative position accuracy is higher when welding, carries out spot welding operation through hollow spot welding area, has reduced the auxiliary operation time, has shortened the welding period, thereby has improved production efficiency, has helped guaranteeing the welding quality.

The utility model belongs to the technical field of livestock breeding equipment, particularly relates to a livestock breeding feed crushing device, and aims to solve the problems that straw needs to be manually guided into a feeding port of a crushing machine in an existing device, uniform conveying of the straw is difficult to guarantee through manual feeding, the load of the crushing machine in the working process is unstable, the crushing effect is affected, and the crushing efficiency is affected. According to the scheme, the straw smashing device comprises a smashing machine, and a feeding frame is installed at a feeding opening of the smashing machine; the feeding device has the advantages that through cooperation of the concave-convex structure of the feeding plate and the feeding bevel teeth, the grabbing force on straw is enhanced, the feeding efficiency is improved, material loss is reduced, accurate transmission of the gear and the inner gear ring is achieved, stable and automatic feeding is achieved, the labor cost is reduced, and the product quality is guaranteed; the dust concentration of a workplace is greatly reduced, and a healthy and clean working environment is created.

This disclosure provides a method, apparatus, and computer device for real-time rendering of digital humans, relating to the field of image processing technology, particularly real-time rendering and digital human rendering. The implementation scheme includes: collecting multiple real-time computing power parameters from a terminal; normalizing these parameters into a computing power index vector; determining whether the terminal's computing power change exceeds a preset threshold based on the computing power index vector; when the terminal's computing power change exceeds the preset threshold, inputting the computing power index vector into a trained reinforcement learning model to determine the target rendering mode for the digital human; and switching the digital human's rendering mode from the current rendering mode to the target rendering mode. This provides a generalized rendering scheme that can evaluate available computing power in real-time and dynamically adjust the digital human rendering level to meet the rendering requirements of high frame rates, low latency, and scalability.

The utility model relates to inkjet printing technical field, concretely is a kind of ultrasonic inkjet printing nozzle frequency adjusting device, including machine body, cover, screw rod, motor, threaded block, fixed plate, ink cartridge and adjusting device, cover and machine body articulate, screw rod and the inner wall rotation connection of machine body, motor is installed inside machine body, screw rod and the output end fixed connection of motor, threaded block and screw rod are threadedly connected, fixed plate is set below threaded block, ink cartridge and the lower surface fixed connection of fixed plate, adjusting device is set in the lower surface of ink cartridge, adjusting device includes nozzle.The utility model, by setting adjusting device, the flow rate of nozzle can be adjusted after the frequency of adjusting ultrasonic generating device, prevent drop stability and consistency decline, lead to both adaptation imbalance, drop offset, abnormality, stability decline or even block, finally influence printing precision and efficiency, effectively improve the reliability of equipment for this.

The utility model discloses a cinder ladle material cake removing mechanism, and relates to the technical field of mechanical automation. The slag ladle removing device comprises a slag ladle removing main frame, the top of a table top of the slag ladle removing main frame is fixedly connected with a lower positioning jig component, the top of the slag ladle removing main frame is fixedly connected with a first SMC air cylinder through a connecting frame, and the bottom of the output end of the first SMC air cylinder is fixedly connected with a profiling upper ejector rod component. The five air cylinders cooperatively work to achieve automation of the whole process of slag removal, separation and collection, the production efficiency and the yield are effectively improved, the problems of low efficiency and poor product consistency caused by manual operation are solved, the design of the third SMC air cylinder and the material cake clamping jaw ensures that products are positioned accurately, and the product quality is improved. The defects that workpieces are prone to being damaged and the rejection rate is high in the manual deslagging process are overcome, action continuity is guaranteed through cooperative control of the gas circuit element and the electromagnetic valve assembly, the labor intensity is further reduced, and the overall operation stability is improved.

This invention provides a method for regulating the eutectic reaction mechanism of DBC (Dielectric-Ceramic Composite) substrates, belonging to the field of DBC substrate fabrication technology in power electronic packaging. Addressing the problems of interfacial brittleness, intermetallic compound aggregation, low bonding strength, and poor thermal cycling reliability caused by thermal expansion coefficient mismatch and stress concentration in traditional DBC processes, this invention proposes a three-pronged approach to actively regulate the stress field: interface microstructure guidance, gradient thermal field control, and dynamic mechanical constraint. Through ten steps including substrate pretreatment, microstructure patterning, gradient thermal field construction, dynamic pressure application, in-situ stress monitoring, and segmented cooling, precise spatiotemporal control of the interface stress field is achieved, promoting the formation of a dense and uniform interface layer. Experiments show that the DBC substrate prepared by this invention exhibits over 30% improved interfacial bonding strength and over 2 times improved thermal cycling life. It also demonstrates strong process compatibility and excellent controllability, making it suitable for demanding applications such as high-end power electronic devices.

This utility model discloses an electrode coating processing and drying structure. A clamping mechanism holds the electrode sheet, which, with the cooperation of a trolley and a slide rail, transports the electrode sheet to the drying unit. The electrode sheet enters the heating chamber through a first clearance notch. A hot air blower stably inputs hot air into the heating chamber through a hot air inlet to complete preheating or drying. The entire drying process requires no manual operation, conforming to the trend of automation in manufacturing. This not only reduces the labor intensity of workers but also lowers the risk of workers being burned by heating equipment or electrode sheets. Furthermore, the automatically controlled trolley moves along the slide rail, effectively ensuring consistent heating time. During drying and heating, the electrode sheet and the heating chamber remain relatively stationary, ensuring uniform heating of each electrode sheet and resulting in more consistent coating quality. This effectively solves the technical problem of high labor intensity associated with manual preheating and drying in current electrode coating processing, achieving improved coating processing quality and safety.

This invention relates to the field of data processing technology for production traceability and quality management, and discloses a method for sampling, sealing, and tracing continuous production lines. It addresses the problems of traditional methods, such as the lack of a freezeable and auditable management mechanism, and the inability to bind sample IDs with production line events, batch boundaries, and workstation equipment status to form adjudicable evidence. The method first generates a traceability session, freezes field mapping, batch boundaries, time alignment, and repairs adjudication rule versions. Then, it integrates manufacturing execution, equipment control, quality inspection, warehousing and transfer, and sealing cabinet records, unifying them into a single event, noting time, quality, and completeness. It aligns tolerance-related event chains, segments batches and transition segments, and adds missing or conflicting events to the accounting system. Sampling triggers the generation of sample identifiers, label verification, seal registration, cabinet binding, and extraction of evidence window indexes. Disputes trigger the verification of evidence packages, adjudicate batch and segment boundaries, and output verifiable conclusions.

This disclosure provides a method and system for visual editing and analysis of engineering deformation monitoring data, relating to the field of data processing technology. The method includes: loading an engineering cross-section base map and establishing a geographic coordinate system; responding to a measurement point placement command, setting up measurement points of the monitoring cross-section on the cross-section base map, establishing a mapping relationship between each set measurement point and the corresponding measurement point entity in the monitoring database; obtaining the deformation value under the target measurement based on the mapping relationship; calculating the geometric reference direction of the monitoring cross-section based on the spatial arrangement; calculating the deformation vector based on the geometric reference direction and the deformation value, the deformation vector including the deformation vector direction angle and the length of the deformation vector after scaling; determining the endpoint coordinates of the deformation vector based on the coordinates and the deformation vector, forming the original cross-section outline, the deformed cross-section outline, and the deformation area polygon, and color-filled rendering to generate a deformation distribution map displayed on a web page.

The invention discloses a three-dimensional scene reconstruction method in a complex environment, which has the functions of capturing scene information and constructing a three-dimensional model by adopting a neural network, and is characterized in that the scene information capturing step comprises the following steps of: firstly, capturing a scene high-resolution image from multiple angles, performing standardization processing such as color correction and noise removal and the like; and then depth information of each pixel is extracted through geometric layout, and consistency and integrity of data are ensured. According to the step of constructing the three-dimensional model through the neural network, according to collected scene data information, through spatial decomposition and assumption that the intersection part of light and a sampling point is a sphere, the sampling process is optimized, input information is simplified, and the network modeling efficiency is improved; the network comprises a density neural network and a color neural network which output volume density and color information of a scene respectively, and then the density and color information are integrated through a volume rendering technology to generate a high-quality three-dimensional model. According to the invention, the accuracy and efficiency of three-dimensional reconstruction are obviously improved.

The present application relates to the field of artificial intelligence and computer application technology, in particular to a multi-source context retrieval and intention execution method, which comprises the following steps: based on the given user question and user identification, retrieval, processing and token budget truncation are performed to generate context text that can safely inject system prompt of a large language model system; the user intention type and entity are determined, and an executable plan JSON is generated from a predefined plan template; the user natural language and available table structure are input; for the user request determined as a data analysis type, the determined data and chart are output, and the LLM is called to generate AI insight and push in a streaming manner according to the token budget segmentation; the multi-source retrieval and injection algorithm realizes reproducible merging and truncation under the unified data structure and sorting rules, and is combined with the token budget, which is suitable for the AgentOS shared by multiple tenants and multiple business lines, reduces the repeated docking of various applications and the context inconsistency problem, and improves the integrability.