96results about How to "Reduce errors" patented technology

The application discloses a method for automatically improving separation efficiency of an amino graphene preparation system, and relates to the technical field of graphene preparation.The preparation system comprises a graphene preparation detection module, a primary reaction detection module, a middle reaction detection module and a reminding adjustment display module; the graphene preparation detection module, the primary reaction detection module and the middle reaction detection module are used for detecting and controlling reaction temperature, time, reactant quality and other parameters in the process of preparing amino graphene, so as to obtain a first coefficient DYxs1, a second coefficient DYxs2 and a third coefficient DYxs3; the first coefficient DYxs1, the second coefficient DYxs2 and the third coefficient DYxs3 are compared and analyzed with threshold values after being corrected by the reminding adjustment template, an adjustment scheme is obtained, a control command is generated according to the adjustment scheme, accurate control and optimization are performed, and then efficient preparation and separation of amino graphene are realized, and the preparation and separation effect of the amino graphene is improved.

This invention belongs to the field of spectral data processing technology, specifically a spectral data processing system and method based on in-situ data sensing and intelligent analysis. This invention employs in-situ optical imaging, absorption spectroscopy, fluorescence spectroscopy, and PL mapping to acquire real-time three-dimensional spectral data of time, wavelength, and intensity for real-time monitoring of material crystallization, defects, and luminescence properties. It uses an automatic invalid value detection and cleaning algorithm to address data quality issues; it extracts peak position and half-peak width (WHM) characteristic parameters from the spectral data using peak position extraction and WHM calculation methods; it uses a nonlinear optimization algorithm to perform multi-peak Gaussian fitting on the spectral data; and it employs a signal-slot mechanism to achieve real-time synchronization of data presentation and fitting analysis, forming a complete closed loop of in-situ testing, data sensing, processing, analysis, synchronization, and export. This invention achieves real-time acquisition, efficient processing, accurate analysis, and automatic synchronization of spectral data, providing technical support for standardized processing and traceable analysis of spectral data.

This invention discloses an intelligent goods delivery route optimization method, relating to the field of intelligent logistics and delivery technology. The method comprises the following components: S1, metaverse space construction; S2, user role creation and access; S3, immersive collaborative route planning; and S4, route optimization algorithm and data-driven approach. By constructing a logistics and delivery metaverse space, this invention achieves real-time synchronization between the real world and the virtual space, including synchronized updates of order information, vehicle location, and traffic conditions. This helps logistics dispatchers perform more accurate route planning in the virtual environment. Delivery personnel can also view and provide feedback on route planning schemes through virtual roles before executing tasks, thereby achieving multi-party collaborative immersive route planning. This method can significantly improve the efficiency and accuracy of goods delivery, reducing delivery delays or errors caused by information asymmetry or poor communication.

This invention discloses a requirement tracking method, apparatus, device, and medium based on a large language model, relating to the field of artificial intelligence technology. The method includes: performing hierarchical structure tracking and nested table linearization on the document to be processed, and semantically segmenting it; submitting each text block in parallel to a large language model to extract structured requirement items according to preset fields; calculating the cosine similarity between requirement items using an embedding model to recall a candidate matching set; then using the large language model to perform semantic association matching and coverage determination to obtain association mapping data; using the large language model to perform multi-level semantic matching on the requirement items, constructing a multi-level tracking link that supports cross-level matching between non-adjacent documents; and parsing the test item result description text and mapping it to a completed state when the link ends and contains a test document. This invention can improve the automation and accuracy of requirement item extraction, association matching, coverage determination, and full-link tracking, and enhance the fault tolerance of the tracking link.

The utility model relates to cell culture tool technical field especially, more particularly to an array formula multi -hole separation cell culture dish. The utility model provides an array formula multi -hole separation cell culture dish, solves the technical problem that cell culture dish in prior art can only culture same kind of cell under same environment. An array formula multi -hole separation cell culture dish, including frame, culture cavity, culture cavity set up in frame, and mark, mark set up in frame, and, every mark corresponds an independent culture cavity, array formula multi -hole separation cell culture dish sets up a plurality of independent culture cavities, and every culture cavity can be regarded as an independent'small culture dish'. This makes under same frame, to same kind of microorganism in different nutrient solution, medicine or other environmental conditions can carry out culture experiment simultaneously.

The automatic sorting and packaging equipment for the connectors comprises a carrier backflow type conveying line, connector carriers are loaded on the carrier backflow type conveying line and comprise a loading groove A, a loading groove B and a loading groove C which are used for loading a connector component A, a connector component B and a connector component C. A blowing-off module is correspondingly arranged at the tail end of the carrier backflow type conveying line. A feeding hopper is correspondingly arranged for discharging of the connector, a packaging bag unfolding and receiving assembly is arranged corresponding to the feeding hopper, and a packaging bag feeding assembly is arranged corresponding to the packaging bag unfolding and receiving assembly. The carrier backflow type conveying line is further correspondingly provided with a connector component A feeding module, a connector component B feeding module and a connector component C feeding module, and the connector component A feeding module, the connector component B feeding module and the connector component C feeding module are combined to form the connector automatic sorting and packaging structure.

The application relates to a blood slice sample pretreatment device, which comprises a box body, a punching and liquid distribution assembly, a sample suction and drying assembly, an oscillator, a first reagent pump, a second reagent pump and a nitrogen generation assembly; the box body is connected with the nitrogen generation assembly; the punching and liquid distribution assembly, the sample suction and drying assembly, the first reagent pump and the second reagent pump are arranged in the box body; the punching and liquid distribution assembly is connected with the first reagent pump; the sample suction and drying assembly is connected with the second reagent pump; the oscillator is arranged on the punching and liquid distribution assembly and the sample suction and drying assembly. The application can realize batch punching and batch liquid adding at the same time, the box body can complete different functions in different areas, different areas can be used simultaneously or separately, different functions can be completed, personnel intervention can be reduced, errors can be reduced, and manpower can be saved.

The application discloses a kind of based on containerization's application intelligent deployment method and device, the method includes: receiving the application deployment instruction of target application, and according to application deployment instruction, determine the deployment information of target application;According to each target release package, generate each target release package corresponding container, as the all deployment containers of target application corresponding;For each deployment container, deployment container is deployed to corresponding target partition;Start all deployment containers, to carry out deployment to target application by all deployment containers.It can be seen that the application can be deployed intelligently by deployment container, without manual full-process participation in the whole application deployment process, which can not only improve the deployment efficiency of the application, but also reduce the occurrence of runtime environment error, thereby improving the deployment reliability and accuracy of the application, so that the service of the application program can be started smoothly.

The invention discloses a configuration method for automatic power supply of an industrial control cabinet, and the method comprises the steps: starting an automatic power supply configuration system, and obtaining the types and power consumption information of all external equipment, needing DC power supply, of the industrial control cabinet; if the mode is a manual switching power supply adding mode, the switching power supplies are classified according to the power supply types of the switching power supplies and the total power consumption of each class is calculated, the switching power supplies of the corresponding power supply types, capacities and numbers are manually added, the external equipment is automatically distributed to the corresponding switching power supplies, and power supply configuration results of all the external equipment for direct current power supply are output; if the mode is the mode of automatically adding the switching power supply, calculating the total capacity of the switching power supply required by the corresponding power supply type, automatically generating the switching power supply with the corresponding power supply type, capacity and quantity, automatically distributing the external equipment to the corresponding switching power supply, and outputting the power supply configuration result of all the external equipment for direct-current power supply. According to the invention, rapid and accurate automatic power supply configuration can be realized, the configuration time cost is reduced, and the configuration error probability is reduced.

The invention discloses a blue army task planning method based on knowledge and data driving, and relates to the technical field of military simulation modeling and computer simulation, and the blue army task planning method comprises a sensing layer, a fusion layer, a reasoning layer, a planning layer, an optimization layer and an output layer. Bidirectional interaction between the layers is achieved through data interfaces, and deep fusion of knowledge and data in the whole process is ensured; by constructing a dynamically updated knowledge graph and a knowledge-data mapping mechanism, domain knowledge can guide data modeling in the whole process, meanwhile, the data can optimize a knowledge system in real time, the limitation of a single driving mode is solved, and through testing, in a complex military drill scene, the knowledge and data can be fully fused. The matching degree of the fusion-driven planning scheme and the actual situation reaches 92%, is improved by 25% compared with a knowledge-driven scheme, and is improved by 30% compared with a data-driven scheme.

In accordance with the various aspects and embodiment of the invention, a system and method are disclosed that automate the process of generating protocol converters using machine-readable descriptions of the external hardware components interfaces and the associated protocol. One advantage of the invention is lowered mistakes in generating the protocol converters. Another advantage is increased productivity when designing the interconnect, such as a network-on-chip (NoC) interconnect used in a system-on-chip (SoC).

The present application relates to the field of communication technology, and provides a remote voice configuration replacement method and device. The method comprises: receiving a configuration request signal from a telephone, comprising: extracting a configuration request message from the configuration request signal; the configuration request signal is generated by the telephone according to the operation of the dial pad by a user and / or is converted by the telephone according to voice; sending the configuration request message to an OLT device; the OLT device issues a voice service configuration instruction to an ONU device according to the configuration request message; and exchanging the numbers of voice ports of corresponding telephones according to the voice service configuration instruction. The present application gives the initiative right of number exchange to the user of the telephone, and the voice configuration replacement process is completed by the ONU device and the OLT device, thereby simplifying the number exchange process, saving the labor cost and the time consumed by the number exchange, and the configuration request signal is generated by the telephone, thereby reducing the possibility of number exchange error caused by manual search of the voice port.

A multiplication digital-to-analog converter is disclosed. The multiplication digital-to-analog converter has first and second input terminals and first and second output terminals for receiving first and second signals respectively. The main components include four capacitors, a digital-to-analog converter (including a fifth capacitor), a reference voltage generating circuit, an amplifier and a plurality of switches. The capacitors are connected to nodes. The non-inverting and inverting inputs of the amplifier are connected to corresponding nodes respectively, and the output of the amplifier is connected to the first and second output terminals. In a sampling phase, the first and second capacitors sample the input signals respectively, and the voltage at one end of the fifth capacitor is substantially equal to the voltage at the corresponding node. In an amplification phase, the multiplication digital-to-analog converter performs an amplification operation and outputs a corresponding signal.

The utility model provides an automatic lens strengthening line cleaning mechanism which comprises a cleaning frame, the cleaning frame is provided with a plurality of lifting baskets, a transmission assembly, a plurality of cleaning pools and an automatic up-and-down hook assembly, and the lifting baskets are used for containing lenses; the rotating assembly comprises two first roller chains, a plurality of fixing rods and a driving device; and rotating gears are installed at the four corners of the two side walls of the inner side of the cleaning frame correspondingly, and the driving device is used for driving the rotating gears to rotate. The driving device is used for driving the rotating gear, so that the roller chain and the fixed rod on the roller chain are driven to rotate, and the continuous and stable movement of the lens lifting basket in the cleaning frame is realized; the efficiency of transferring the lenses among different cleaning pools is improved, the complexity and errors of manual carrying are reduced, and the smooth proceeding of the production process is ensured.

The invention provides a distance measuring method applied to reducing an ultrasonic detection blind area, which is a technical scheme for correcting the distance of an obstacle in the blind area by using a theoretical relationship between a short-distance echo time ratio or difference and a real echo frequency and combining a software algorithm. According to the distance measurement method applied to reducing the ultrasonic detection blind area, the accuracy of the distance measurement distance can be effectively corrected, the obstacle in the blind area can be accurately judged, the distance measurement is performed on the obstacle by changing the number of the sent waves, the detection capability of the sensor on the obstacle in the blind area is effectively improved, and the detection efficiency is improved. And meanwhile, the result is comprehensively judged by using the confidence coefficient, so that the risk of misjudgment is reduced.

The present application relates to the technical field of soil parameter remote sensing estimation, and particularly relates to a microwave soil equivalent temperature physical estimation method considering thermal sampling depth, comprising: obtaining soil temperature and humidity profile, surface temperature and soil texture data; combining dielectric constant model to calculate attenuation coefficients at different depths; determining thermal sampling depth based on the attenuation coefficients and dividing into multiple discrete layers; calculating average temperature using top and bottom temperatures of each layer according to soil heat conduction characteristics; calculating contribution weight of each layer to equivalent temperature based on attenuation coefficients and thickness of each layer; and obtaining microwave soil equivalent temperature by weighted sum of average temperature and weight of each layer. The present application has clear physical meaning, high estimation precision and is suitable for multiple frequencies, and overcomes the problem of limited precision or unclear physical meaning in the prior art.

The application provides a multi-source spatial data topology consistency automatic processing method for quick update of a vector database, and belongs to the field of topology relation checking. The method comprises the following steps: pre-processing a fusion data layer graph spot, processing the topology consistency of the fusion data layer graph spot and a basic database graph spot, and post-processing the fusion data layer graph spot; setting a topology consistency processing threshold value of the fusion data layer graph spot and the basic database graph spot, and obtaining a processing result according to the processing. The application uses an R-tree spatial index method to search for geometric graph spots with common points, common edges or overlaps, so that the accuracy is not sacrificed while meeting the quick search. The application processes and aligns the boundaries of points, lines and surfaces of the geometric graph spots in all directions, and has high correction accuracy and high speed.

This disclosure relates to a method, apparatus, electronic device, and computer program product for generating two-dimensional animation, belonging to the field of animation production technology. The method includes: determining target art material, the target art material including a target object; obtaining a motion path set for the target object, wherein the motion path is used to represent the motion trajectory of the target object in the two-dimensional animation to be generated; determining multiple control points set for the target object and binding the control points to the motion path; and controlling the control points to move along the motion path based on motion parameters set for the target object, to generate a two-dimensional motion animation of the target object along the motion path. This disclosure provides an efficient, accurate, and easy-to-operate animation generation scheme through automated control point binding and motion control, greatly simplifying the animation production process and applicable to complex deformation scenes.

This invention relates to the field of medical supplies technology, specifically to an intelligent transfer cabinet for body fluid specimens. The cabinet comprises a cabinet body, a partitioned storage system, a control unit (i.e., an industrial-grade main controller), and a communication and control execution module. The cabinet body is integrally formed from 304 stainless steel and includes multiple physically isolated specimen storage areas and a low-temperature storage area. The main controller, based on an ARM Cortex-A series processor and equipped with an embedded system, serves as the core for managing all modules. The communication module enables data interaction with the hospital information system, and the control execution module, controlled by the main controller, centrally manages the electromagnetic locks and status indicators of each storage compartment door. This invention achieves standardized and intelligent temporary storage and transfer of body fluid specimens, improving management automation and reliability, and ensuring storage hygiene and safety as well as the integrity of information management.

The application discloses a method for generating an intelligent body recognizable structured language, and belongs to the technical field of intelligent body control. The method inputs a natural language task demand input by a current user and an external environment state parameter related to the natural language task demand collected by an external environment detection module into a large model, and finally obtains a structured text, so that an intelligent body device corresponding to the natural language task demand reads and executes a corresponding user demand task. The method for generating the intelligent body recognizable structured language fully utilizes a prompt word module splicing and context learning, adopts a language large model and an event extraction combination mode, generates an atomic event sequence and automatically modifies the atomic event sequence, effectively realizes intelligent task planning, and improves planning accuracy.

The utility model relates to a kind of label feeding mechanism for bar bundling machine, including support plate, the top of the support plate is fixedly connected with label storage bin, the side of the label storage bin is provided with laser module, the top of the support plate is provided with to be worn position, the top of the support plate is fixedly connected with electric telescopic handle, the support plate is provided with feeding mechanism by the electric telescopic handle, and the feeding mechanism includes L type moving push plate.The label feeding mechanism for bar bundling machine, by design feeding mechanism, label can be automatically transported to the position required to be processed, solves the process in use, usually by staff manually label is placed on laser printing device to print, and manual label placement, the placement position of label is not accurate enough, will affect the finished product effect of label, and, staff long-term operation can produce fatigue, reduce work efficiency and other problems.

The application provides a power grid management system adaptive networking method and device based on a heterogeneous dual-mode network, which comprises the following steps: a proxy coordinator accesses a central coordinator through a wired link, the central coordinator acquires the position and data processing capacity information of the proxy coordinator; a wired link is established between each proxy coordinator, and a wireless networking request is sent to the central coordinator through the wired link; the proxy coordinator broadcasts according to the access permission, and establishes a wireless link with the central coordinator or the proxy coordinator matched with the access permission; a site accesses the proxy coordinator through a wired link, the proxy coordinator acquires the maximum data volume of the site and calculates the load volume after the site accesses, and determines the feedback access permission or forwards the wireless networking request to the adjacent proxy coordinator according to the load volume, until the wireless connection between the site and the proxy coordinator is established. The application has the advantages of convenient networking process, high networking efficiency and coordination accuracy, strong stability and the like.

The utility model relates to leather fabric processing equipment technical field, and disclose a fabric cutting positioning device for rucksack production, including belt conveyer, the belt conveyer outside installation has three -axis laser cutting device, and the both sides of belt conveyor are equipped with the positioning module of array distribution, and the positioning module includes lower support and upper support, and lower support is rotatably connected with upper support. In the utility model, can automatically carry out the conveying, positioning, flattening operation of fabric, reduced the laser cutting error and error due to the wrinkle of fabric, deviation, improved the qualified rate of product, and the whole process is automatic, improved work efficiency.

This invention discloses a map storage method, system, and autonomous mobile robot for self-moving robots. Based on this method, when an autonomous mobile robot, such as a robotic vacuum cleaner, detects that it has completed a target area coverage task, it does not directly store a reused map. Instead, it first performs a map storage condition detection and determines whether the detection result meets preset storage conditions. Only when the detection result confirms that the preset storage conditions are met will the currently acquired map be saved as a reused map. This effectively improves the accuracy of the saved reused map, reduces map errors, and makes the saved reused map highly valuable.

This utility model discloses an FPC stacking device, including a machine base and a destacking component, a stacking component, a box conveying component, a printing component, and a label conveying component mounted on the machine base. The destacking component is used to destacking empty boxes, the stacking component is used to stack finished product boxes, and the box conveying component is used to transport empty boxes away from under the destacking component and transport finished product boxes to under the stacking component. This stacking device can destacking empty boxes and stacking finished product boxes, preventing workers from misplacing materials, reducing the probability of errors during work, and improving work efficiency. Simultaneously, after a set number of finished product boxes are reached, the printing component can print a certificate of conformity, and the label conveying component can transfer the certificate to the finished product box for subsequent code reading and archiving, enabling product data traceability, timely detection and handling of abnormalities, and better control of product quality.

This invention relates to an AI-based computer network communication data processing system, specifically in the field of computer network communication data processing. It includes a data acquisition module, a data processing module, a resource allocation module, and a feedback control module. The data acquisition module collects old protocol communication scale values, comparison information of old and new protocol data packets, protocol conversion time data, conversion error information, network traffic data, CPU utilization, and memory utilization. The data processing module determines the overall protocol conversion cost based on the evaluation of the protocol conversion, the time adjustment factor for client-server time synchronization, and the resource allocation adjustment coefficient for adjusting the system's allocation to data processing. The resource allocation module adjusts the system's resource allocation according to the resource allocation adjustment coefficient. The feedback control module repeats steps S1-S5 until the error rate reaches 0.05. This invention can dynamically adjust protocol conversion costs, time synchronization, and resource allocation according to changes in the network environment, making the system more efficient in processing communication data.

This invention relates to the field of quantitative remote sensing parameter inversion technology, specifically to a deep learning inversion method for passive microwave cloud-to-surface temperature constrained by physical mechanisms. The method includes the following steps: S1: acquiring model input data and preprocessing it; S2: constructing a deep learning inversion model framework constrained by physical mechanisms; S3: training the deep learning inversion model and performing cloud-to-surface temperature inversion. This invention fully combines the advantages of physical model methods in improving the physical interpretability and universality of surface parameters with the advantages of neural network algorithms in handling complex and nonlinear problems. It can solve the problem of cloud-to-surface microwave surface temperature estimation, which is difficult to achieve with high inversion accuracy, clear physical meaning, and strong generalization ability using traditional methods.

The utility model discloses a module formula switch structure, including panel, the back of panel is detachably connected with a plurality of different function switch module, a plurality of switch module are arranged side by side, the back of panel is provided with the connecting plate of respectively located switch module both ends, be provided with a plurality of corresponding switch module's card slot on the connecting plate, the card slot has elasticity, the end of switch module is provided with the card block of corresponding card slot, realizes the clamping connection of carding module through the card slot on the connecting plate of panel back and the card block on switch module, when installing, need not with the help of tool, and the efficiency is high, and the maintenance cost and difficulty are reduced.

The application provides a semiconductor device layout design rule checking method, which comprises the following steps: firstly, judging the area where each edge of the to-be-checked graph is located; then, performing corresponding design rule checking according to the area where each edge of the to-be-checked graph is located, so as to judge whether the to-be-checked graph conforms to the design rule, wherein, if the edge of the to-be-checked graph is located in a storage area, the checking is performed according to the storage area design rule; if the edge of the to-be-checked graph is located in a logic area, the checking is performed according to the logic area design rule; and if the edge of the to-be-checked graph is located in both the storage area and the logic area, the checking is performed according to the storage area design rule. In this way, all edges of the to-be-checked graph can be comprehensively checked according to corresponding design rules, meanwhile, each edge of the to-be-checked graph is checked according to only one design rule, so that the error in the checking process can be reduced, the checking time is shortened, and the design efficiency of the layout is improved.

The invention discloses a method and a system for automatically arranging and inlaying nails on a tire tread pattern, which comprises the following steps of: constructing a pitch position matrix A, converting the pitch position matrix A into a two-dimensional pitch inlaying nail distribution matrix B, reading a drawing by using an API (Application Program Interface) provided by drawing software to generate a pitch color matrix C, and carrying out automatic arrangement and inlaying on the two-dimensional pitch inlaying nail distribution matrix B; and then corresponding elements in the pitch color matrix C are adjusted according to the pitch nailing distribution matrix B. And based on the multi-color coding matrix, elements in the pitch nailing distribution matrix B and elements in the pitch color matrix C are automatically matched according to color and length attributes by circulating elements in a pitch position matrix A set, the position where nails are to be nailed is found, and nails of a specified type are placed. According to the method, the design efficiency is remarkably improved, the time and errors of manual operation are reduced, the design process is accelerated, meanwhile, the working process is optimized, and the design quality is improved.