36results about How to "Simplify the deployment process" patented technology

The invention discloses an automatic high-precision assembly system and method based on visual feedback, belongs to the technical field of automatic assembly, and solves the problem that an existing scheme is insufficient in the aspects of automatic integration and actual usability. Comprising an embedded control unit, an XYZ Cartesian sliding table, a limiting sensor, a visual sensor, a visual mark and an upper computer processing unit, the embedded control unit is connected with the upper computer processing unit, and the embedded control unit is used for receiving a control instruction and feeding back state information. The embedded control unit is connected with a motor driver of the XYZ Cartesian sliding table and used for sending a motion control signal, and the embedded control unit is connected with the limiting sensor and used for receiving a switch signal. Working space boundary recognition and automatic calibration of the camera-robot hand-eye relation are achieved, the configuration and deployment process of a visual guidance system on the XYZ sliding table is greatly simplified, the requirement for professional skills of operators is lowered, and deployment efficiency is improved.

The invention provides a multi-reflection superposition enhanced microwave displacement measurement method and system, and the method comprises the steps: S1, constructing a microwave multi-reflection propagation path, enabling a microwave radar to transmit electromagnetic waves to the microwave multi-reflection propagation path as a transmission signal, and receiving a corresponding echo signal; s2, extracting length change information of a microwave multi-reflection propagation path according to the echo signal; s3, establishing a linear superposition relation model between the total length of the microwave propagation path and respective displacements of W reflection surfaces in the microwave multi-reflection propagation path; w2; and S4, based on the linear superposition relation model, displacement information of the corresponding reflection surface is obtained and output. According to the invention, a larger phase variation can be obtained under the condition of small displacement or weak vibration, so that the measurement sensitivity is improved and the signal-to-noise ratio is improved.

The invention discloses an automatic advertisement screenshot and container automatic expansion method and system in a virtual desktop environment. A virtual display capable of exporting a DMA-BUF is created by deploying a Virtual Display Driver in a kernel of a host machine, and after Chrome is driven by Puppeteer to complete hardware acceleration rendering in a container, zero-copy desktop-level screenshot is carried out on a shared memory frame buffer by utilizing desktop-script-native; and meanwhile, a Kubernetes CRD unified database task and a declarative API are adopted, a Redis Stream second-level index and a predictive HPA algorithm are combined to realize advanced delta t capacity expansion of Pod, and the P99 queuing delay is ensured to be less than 2s. According to the method, single-node concurrency is improved by 3.2 times without extra hardware cost, CPU occupation is reduced by 45%, WebGL / Flash advertisement fidelity is 100%, and the method is suitable for cloud advertisement verification, brand security and programmed creative monitoring scenes.

The invention discloses an event alarm reporting processing method for large-scale ONVIF equipment access, and belongs to the field of security and protection video monitoring. Registering channel static information to the data sharing center after the ONVIF equipment is online; the ONVIF equipment access service sends an event subscription request carrying an event receiving service unified address and an equipment identification subscription code to the equipment; after the equipment triggers the event, stateless connection is initiated to the uniform address, and the event is dynamically forwarded to any event receiving service instance by the platform load balancer; and the event receiving service analyzes the event to obtain the channel identifier, queries the data sharing center to obtain complete channel information, and reports the information to the platform alarm center after integration. According to the invention, decoupling of event subscription and processing is realized, and through stateless service, unified port and centralized data management, the problems of poor reliability, many exposed ports, uneven load and complex capacity expansion under large-scale access are solved.

The invention discloses a hot-rolled plate structure toughness prediction method and system combined with an impact energy change curve, and belongs to the technical field of metal material structure performance evaluation.The method comprises the steps that an impact test is conducted on a hot-rolled plate sample, and an impact force-displacement curve and an energy absorption-time curve are collected in real time; preprocessing the impact force-displacement curve and the energy absorption-time curve, and extracting characteristic parameters; acquiring hardness distribution data of the hot-rolled plate sample, acquiring hardness gradient data by using the hardness distribution data, and taking the hardness gradient data as a correction factor of the curve characteristics; constructing a structure toughness prediction model based on the characteristic parameters and the correction factors, and predicting the toughness grade and the structure state of the hot-rolled plate; and outputting the toughness grade and the structure state of the hot-rolled plate. According to the method, the limitation that traditional metallographic detection consumes too long time and an impact test only provides a single value is solved, double evaluation results can be obtained within 30 seconds after the impact test, and the method is suitable for rapid online quality monitoring and process adjustment of hot rolling production.

This invention discloses a server deployment method, apparatus, electronic device, storage medium, and program product. Specific implementation includes: determining a deployment task and a server to be deployed as indicated by the deployment task; determining a startup mode corresponding to the server to be deployed based on the deployment task; determining a basic configuration file corresponding to the server to be deployed based on the startup mode; determining a file to be deployed based on the startup mode and the basic configuration file; and downloading the file to be deployed to the server to be deployed. By determining the deployment task through a device evaluation platform, automatic deployment of the server to be deployed is achieved. Determining the basic configuration file ensures consistency during deployment by the device evaluation platform. Downloading the file to be deployed to the server simplifies the deployment process, reduces manual operations, and provides a stable and reliable operating environment for upper-layer services.

The invention provides a smart agricultural trade multi-terminal distributed information interaction and synchronization system, and relates to the technical field of agricultural trade management, the smart agricultural trade multi-terminal distributed information interaction and synchronization system comprises a local smart collaboration edge network layer deployed in the market and a remotely arranged cloud collaboration center layer, the smart collaboration edge network layer is composed of a plurality of edge collaboration nodes, the edge collaboration node comprises a unified access adaptation module, a local real-time message bus module, a distributed state synchronization module and an edge rule calculation module. The unified access adaptation module standardizes the access of heterogeneous terminal equipment through a unified object model description framework, and is combined with centralized template management provided by the object model warehouse module of the cloud collaboration center layer, thereby greatly reducing the complexity of equipment access, model updating and iteration, and improving the efficiency of the cloud collaboration center layer. And the strategy and rule management module realizes remote unified editing and issuing of service rules in the edge rule calculation module, and simplifies the deployment of service logic and the version management and control process.

The present application relates to the technical field of robots, and in particular to a motion generation method, system, device and storage medium for a humanoid robot, comprising: physical simulation rendering generates a visual video containing visual representation of joint motion state of the robot; analyzing the visual video to obtain frame images, natural language instructions and motion sequences, decoding output trajectory data; and outputting control instructions through a hierarchical architecture of high-level motion planning and bottom-level dynamics tracking to drive the robot to perform actions. The present application implicitly encodes the joint state of the humanoid robot in the visual features, improves the inference efficiency and generalization ability of the model, and the hierarchical decoupling architecture of the large model high-level trajectory planning and the reinforcement learning bottom-level dynamics tracking controller pays a small performance cost, which can compress the inference time delay to within 50ms and the parameter quantity to below 2 billion, and balances the high generalization of the stateless VLA and the small model, few-step inference, edge low latency, and low power requirement.

The invention discloses a light source irradiation distribution measurement system and method based on a multi-rotor unmanned aerial vehicle, and belongs to the technical field of light source irradiation distribution measurement, and the system comprises a photoelectric detector which is statically disposed on the ground; the multi-rotor unmanned aerial vehicle is a carrying and power supply carrier of airborne equipment; the airborne high-precision pointing holder is mounted on the multi-rotor unmanned aerial vehicle and carries a light source to be measured and a camera; the clock synchronization module is carried on the multi-rotor unmanned aerial vehicle and the data acquisition and processing equipment and is used for realizing clock synchronization of the airborne high-precision pointing holder and the data acquisition and processing equipment; the data acquisition and processing equipment is statically deployed on the ground and controls the photoelectric detector to work; and the high-precision positioning module is carried on the multi-rotor unmanned aerial vehicle and obtains the real-time position of the multi-rotor unmanned aerial vehicle by adopting a positioning technology. According to the invention, difficulties in the aspects of site selection, equipment layout control, equidistant interval sampling and the like when the long-distance irradiation distribution of the large-beam divergence angle light source is measured can be solved.

The utility model relates to a multifunctional spray bottle body belongs to daily necessities technical field. The bottle body is equipped with multi-specification adapter, can be adapted to multiple nozzles to realize repeated use, is equipped with multiple clamping grooves for fixing nutrient solution / medicine bottle, combines with scale rubber ball liquid taking pipe to realize accurate liquid taking, side face designs water inlet and hopper structure, is convenient for quick dispensing of medicinal liquid. The adapter, the nozzle, the liquid taking pipe and the bottle body adopt interference fit, the clamping groove and the medicine bottle are small interference fit, and the hopper is fixed through wedge assembly. The utility model realizes nozzle multifunctional adaptation, accurate dispensing of medicinal liquid and quick replenishment, convenient operation, and is suitable for different plant maintenance needs.

The invention discloses an application program deployment and management method and device, electronic equipment and a storage medium, and the method comprises the steps: responding to a container construction command, and constructing a container mirror image of an application program according to a mirror image construction file; in response to the resource creation command, creating a resource object in the Kubernetes cluster according to the Kubernetes list file, the resource object being used for configuring a use mode of the container mirror image; and deploying and managing the container mirror image based on the resource object. By the adoption of the scheme, efficient application program deployment and management can be achieved when large projects and complex applications are processed.

This invention relates to the field of computer vision and image processing technology, and discloses a method, apparatus, device, and storage medium for calculating camera aiming points. The method improves the calculation accuracy and robustness of the camera's main optical axis aiming points by introducing a distance-based inverse weighted fusion mechanism, and can adaptively suppress errors caused by lens distortion. Specifically, the method dynamically adjusts the weight of each marker aiming point in the fusion result by calculating the distance from the geometric center coordinates of the marker to the center coordinates of the image, so that the marker aiming points closer to the main optical axis contribute more to the final result. Through weight adjustment, even in extreme cases where the camera is shooting at close range with a skewed viewing angle or where some markers obscure the image and cause severe distortion, it can still output smooth and near-true aiming point coordinates, effectively avoiding severe aiming point jitter caused by individual marker recognition jumps, and eliminating the need for complex lens intrinsic parameter calibration and distortion correction calculations, thus simplifying the system deployment process.

The invention discloses a containerized application access management method, a storage medium and equipment. The method comprises the following steps: initializing a k3s cluster; a user initiates a container mirror image construction request to the BuildKit service, construction parameters are transmitted to the BuildKit service, and the BuildKit service executes construction of the container mirror image according to the construction parameters; dynamically selecting a constructed container mirror image through form parameters, and generating a chart packet according to a chart packet generation rule; the method comprises the following steps of: packaging a chart packet into a. Tgz format, putting the chart packet into a k3s-Server-state directory of a k3s cluster, and deploying an application to the k3s cluster through helmController service; and configuring a Traefik route of the k3s cluster to generate an externally accessible route, enabling external access to enter the k3s cluster through the Traefik route, completing request processing and returning a response. According to the invention, the complex Kubernetes deployment process is simplified, the resource utilization is optimized, the mirror image construction and deployment speed is accelerated, the flexibility and expandability of the access management system are enhanced, and high security and reliability are ensured.

The utility model relates to the technical field of photovoltaic power generation systems, in particular to a temporary channel for maintenance of a photovoltaic module array, which is convenient for maintenance and replacement of photovoltaic modules. The temporary maintenance channel support comprises a bearing bottom plate, limiting structures arranged on the two sides of the bearing bottom plate and fastening bolt holes penetrating through the bearing bottom plate. The temporary maintenance channel plate comprises a walkway and supporting legs fixed to the lower portion of the walkway. Wherein the temporary maintenance channel supports are fixed on the photovoltaic module mounting guide rails through the fastening bolt holes, the supporting legs are inserted into the limiting structures to form detachable connection, and the plurality of temporary maintenance channel plates are sequentially erected on the supports to form a temporary maintenance channel extending to the position above the target photovoltaic module from the fixed maintenance channel. According to the utility model, the arrangement of fixed maintenance channels can be reduced, the laying area of the photovoltaic assembly is enlarged, and any photovoltaic assembly does not need to be dismounted when the photovoltaic assembly is maintained and replaced.

The application provides a virtual scene display system and method based on a rotating mechanism. It relates to the technical field of virtual reality and augmented reality display, and comprises a rotating drive assembly, an absolute value angle encoder and a bearing platform. The bearing platform is used for bearing an audience and rotating around a vertical shaft. A posture acquisition unit is used for outputting a rotating posture parameter in real time through the angle encoder. An audience perception-collaborative control unit comprises a plurality of depth cameras, which are used for collecting audience quantity and orientation data. The virtual scene display system and method based on the rotating mechanism have the advantages of high precision, low delay, easy expansion, multi-person immersion and operation-friendly, which are significantly superior to existing fixed screen or one-way rotating display technology.

The utility model relates to data acquisition equipment technical field especially relates to a kind of integrated device and equipment based on binocular camera, including power input, voltage stabilizing module, synchronous control panel, combined navigation, first camera, second camera and acquisition mainboard;Voltage stabilizing module input end is connected power input, output end is connected respectively the input end of synchronous control panel, combined navigation and acquisition mainboard;Synchronous control panel input end is connected combined navigation output end, output end is connected respectively the input end of first camera, second camera and acquisition mainboard;First camera and second camera output end are connected acquisition mainboard input end.The utility model is through module integration and direct connection design, realizes integrated operation, ensures system stability, through synchronous control panel linkage combined navigation and camera can eliminate signal delay, improve positioning accuracy, through camera direct connection mainboard can avoid image transmission interference, guarantee data integrity, in addition, it also reduces operation risk.

The invention discloses an industrial part sorting method, device and equipment and a medium. The industrial part sorting method comprises the steps that in the process that a robot executes a part sorting task, current environment visual data and current robot state data are obtained; the current environment visual data comprises images of to-be-sorted parts; inputting the current environment visual data and the current robot state data into a pre-trained robot operation strategy model, and obtaining a robot action prediction result output by the pre-trained robot operation strategy model; the pre-trained robot operation strategy model is obtained by simulating and learning multi-modal teaching data, and comprises a visual encoder, a state encoder and an action prediction module; and according to the robot action prediction result, a robot control instruction is generated, and the robot is controlled to execute a part sorting task. According to the technical scheme, the reliability of the robot for executing the sorting task is improved through imitation learning.

The application provides a machine learning model deployment integrated processing method and system. The method comprises the following steps: obtaining a model file uploaded by a user; identifying a framework type and calling a parser to determine a model analysis report; determining a parameter recommendation scheme based on the model analysis report and a deployment target environment selected by the user, and performing effectiveness verification to obtain a parameter configuration scheme; generating an environment preparation script and a standardized model file based on the parameter configuration scheme and dependency information, thereby generating an interface file, forming an environment deployment configuration file based on the parameter configuration scheme and the deployment target environment, and constituting a deployment data package; obtaining target environment credentials; executing automatic deployment based on the target environment credentials and the deployment data package, and performing running quality evaluation according to the deployment result and the parameter configuration scheme to obtain a service quality evaluation result, and optimizing the parameter configuration scheme and the deployment data package. The application simplifies the model deployment process, improves the deployment efficiency and running stability.

The present application relates to the technical field of medical equipment monitoring, and particularly relates to a wireless temperature and humidity monitoring system and method for medical refrigerators. The system of the present application comprises a distributed wireless sensing module, an edge data processing module, a cloud monitoring platform, an intelligent early warning module and a blockchain storage module. The distributed wireless sensing terminal adopts a cellular distribution mode, integrates a high-precision temperature and humidity sensor, a laser scattering compensation component and an RFID-WiFi dual-mode communication unit, realizes global accurate collection and reliable transmission; the edge data processing module generates a three-dimensional temperature and humidity distribution model through space-time calibration and temperature field reconstruction, and predicts potential equipment failures; the intelligent early warning module performs hierarchical early warning and links the standby refrigeration unit; the blockchain storage module stores all data on the chain to ensure that the data cannot be tampered with. The present application is suitable for intelligent temperature and humidity monitoring and compliance control in medical material storage scenes such as vaccines, blood products and biological reagents.

The application discloses a three-dimensional target detection method and device based on language inference enhancement, comprising the following steps: collecting original images containing new categories from a current scene, generating diversified descriptions by using a multi-modal large model, obtaining images from the Internet, and performing data enhancement to construct a training set; training an open-world target detection model based on language inference; inputting the collected original images containing the target to be detected and the target category language prompt to be detected into the trained model to obtain a two-dimensional bounding box corresponding to the target category and a category confidence score in each original image; performing instance-level semantic segmentation on the image region of the two-dimensional detection box to obtain a target segmentation mask; performing coordinate conversion on the collected original three-dimensional point cloud of the target to be detected; and then associating the target segmentation mask with the projected laser radar point cloud to obtain a three-dimensional bounding box of the target to be detected. The application can quickly adapt to new categories and maintain strong generalization, and can significantly improve the detection accuracy of new categories.

This application relates to a method, system, device, and medium for intelligent camera visual guidance that can be quickly debugged and deployed, belonging to the field of visual guidance technology. The intelligent camera visual guidance method includes: parsing the visual detection task, extracting the theoretical operating area and target detection requirements, and constructing a theoretical visual task model; connecting and parsing the user layout interface to obtain the actual operating area, and calculating parameter correction coefficients and layout fusion coefficients in combination with the theoretical operating area; selecting and aggregating corresponding visual detection algorithms according to the target detection requirements, and generating a visual detection algorithm package in combination with the algorithm's basic parameters; correcting the visual detection algorithm package according to the target detection process and parameter correction coefficients to obtain a detection algorithm correction package; extracting deployment parameters to be verified based on the layout fusion coefficients and component layout position decomposition detection algorithm correction package; verifying the deployment parameters to be verified, and converting them into visual guidance signals to adjust the component frame layout in combination with the theoretical visual task model.

This application provides a cloud gaming deployment method, apparatus, electronic device, and readable storage medium, relating to the field of cloud gaming. The method includes: receiving development code information for a cloud game to be deployed uploaded by a development terminal; generating deployment code information based on the development code information; generating a deployment process based on a pre-set deployment template and the deployment code information; and then calling a server to execute at least one deployment task of the cloud game based on the deployment process. This application achieves the technical effect of automatically and quickly generating deployment code information and executing cloud game deployment tasks based on the development code information uploaded by the development terminal. This game deployment process eliminates the need for maintenance personnel, simplifying the deployment process and improving game deployment efficiency.

This invention discloses a sensor-computing integrated system and method based on a logical time axis. The system includes a first node configured to generate a logical time axis defined by logical decision moments output by a logic state machine, with each logical decision moment associated with a monotonically increasing logic counter. This logical decision moment serves as a unified time index for communication, sensing, and / or computation within or between nodes, and associates communication signals, sensing data, and computational tasks onto the logical time axis for processing. The logic state machine supports rule A (broadcast clock driven), rule B (hash chain driven), and rule C (logical epoch driven), enabling flexible configuration from tight coupling to complete decoupling. A silent calibration mechanism achieves synchronization of the logic counters across multiple nodes, and a preset capture deviation tolerance tolerates physical anchor alignment errors. This invention transforms the traditional synchronization paradigm dependent on physical clocks into logical time self-synchronization, providing a GPS-independent, low-power, and inherently secure sensor-computing integrated foundation for drone swarms, autonomous driving, low-Earth orbit satellite constellations, and the Industrial Internet of Things.

A computing system implementing a data management platform, the computing system including a processing component. The processing component may: display a unified discrepant data access layer via a single application programming interface executed by the data management platform, the unified discrepant data access layer providing an abstraction layer through which discrepant data between two or more events corresponding to protected data is obtained; and interface with the unified discrepant data access layer via a single application programming interface to obtain discrepant data. The processing component may also publish the disparity data to the change event stream, receive a request from the application to access at least a portion of the disparity data published to the change event stream, and output the at least a portion of the disparity data published to the change event stream to the application in response to the request.

The invention discloses an automatic shooting system based on a wireless positioning beacon, relates to the technical field of automatic shooting, and aims to solve the problems of high cost, complex deployment, low multi-target tracking efficiency and difficulty in classification of shot contents of an existing automatic shooting system. The system comprises a plurality of beacons and one or more shooting devices, the beacons are attached to a shot object, and distance measurement, communication and motion sensor modules are integrated; the shooting device integrates distance measurement, communication, image recognition, shooting, track setting and a main program module. And the beacon and the shooting device dynamically adjust the distance measurement frequency through non-accurate time synchronization, and realize multi-target tracking, automatic shooting and shooting content classification in combination with the distance change characteristics of the preset motion trail and the image recognition result. The system is low in cost, easy to deploy, efficient in multi-target tracking, accurate in shot content classification and suitable for specific scenes such as ski field racing tracks and running roads.

A stent includes a plurality of unit grids. Within each unit grid, the first set of stays defines a first plurality of vertices and the second set of stays defines a second plurality of vertices, where the first stays and the second stays in the first set define a first vertex having a first apex angle and the second stays in the second set define a second vertex having a second apex angle. And the second stay and the third stay of the first set of stays define a second vertex having a second different vertex angle. Within each unit grid, fourth and fifth stays of the second set of stays define a third apex having a first apex angle, and the fifth and sixth stays define a fourth apex having a second apex angle. Each vertex of the first plurality of vertices is circumferentially offset from another vertex of the second plurality of vertices.

The invention relates to the technical field of geological exploration, and particularly discloses an integrated air reverse circulation drilling machine driven by an automobile engine. The drilling machine comprises an automobile chassis, a drilling machine assembly, an air compressor set and a power output mechanism, all parts are integrally installed on a carrying frame of the automobile chassis, an engine serves as a power source of the drilling machine and is connected with a first power takeoff and a second power takeoff through a transfer case and a gearbox, and then a first hydraulic oil pump and a second hydraulic oil pump of the power output mechanism are driven through a universal shaft. Hydraulic power is provided for actions of power head rotation, pressurized lifting, mast posture adjustment and the like; the air compressor unit and the drilling machine assembly work cooperatively, the cyclone separation mechanism achieves purification circulation of gas and solid (rock debris / rock sample) separation, and the operation mechanism completes centralized control of the operation process. Through the vehicle-mounted integrated integration and power reuse design, the transition efficiency of the drilling machine is greatly improved, the damage of the crawler belt to the road surface is avoided, the equipment structure is simplified, and the overall weight and energy consumption are reduced.

This application relates to the field of communication equipment technology, and in particular to a portable ultra-wideband antenna device for a four-in-one 5G backpack. It includes an antenna housing and a multi-in-one connector disposed within the antenna housing. The multi-in-one connector also electrically connects to a radio frequency (RF) connector. An antenna radiating element group is located inside the antenna housing and electrically connected to the RF connector. The antenna radiating element group includes a first antenna, a second antenna, a third antenna, and a fourth antenna arranged sequentially at intervals along the vertical direction of the antenna housing. In this application, the multi-in-one connector integrates the feed lines of the four antenna elements onto a single interface, simplifying the connection to the RF connector and achieving a compact structure. It integrates four independent antenna systems into a lightweight fiberglass rod, avoiding the cumbersome and bulky nature of externally mounted multiple antennas, perfectly meeting the operational or emergency needs of individual soldiers carrying and moving quickly.

Embodiments of the present application provide a service deployment method and device, a storage medium and an electronic device. The method comprises: obtaining a target service to be deployed on a target distributed cluster, and calling a cleanup program on a target node to delete invalid machine code, wherein the target service has pre-authorized a first group of machine code, the cleanup program is used to determine machine code different from the target machine code in the first group of machine code as invalid machine code, the target machine code is the machine code corresponding to the target node, in the case that the invalid machine code has been cleaned up, the authorization of the target machine code is verified, and in the case that the verification is passed, the target service is started to be provided on the target node. The present application solves the problem that the distributed cluster in the related art produces machine code residues in the fault recovery process, resulting in low service deployment efficiency, and achieves the technical effect of improving the service deployment efficiency and simplifying the service deployment process.

The invention discloses a non-contact high-precision liquid nitrogen generation device liquid level detection device measurement method, and belongs to the technical field of low-temperature medium liquid level parameter detection. The device comprises a man-machine interaction module, a liquid nitrogen storage tank, a multi-sensor platform, a damping support frame and an embedded module, the multi-sensor platform is integrated with a distributed weighing sensor and a temperature and vibration auxiliary sensing unit, and a multi-layer graded damping assembly is arranged in the damping support frame; according to the method, benchmark and compensation coefficients are established through multi-dimensional automatic calibration, multi-source data are collected and preprocessed in real time, the liquid nitrogen liquid level height is obtained through multi-dimensional interference correction, data cross validation and fusion calculation, precision is optimized through regular dynamic calibration, and redundancy switching and linkage control are supported. The device is suitable for real-time monitoring of the liquid amount of industrial-grade and laboratory-grade liquid nitrogen generation devices, the detection precision is high, the anti-interference capacity is high, installation is convenient, a tank does not need to be refitted, and continuous and reliable detection and safe operation are guaranteed.