7results about How to "Automate distribution" patented technology

The invention relates to the technical field of big data analysis and data processing, and provides an intelligent power utilization load management method based on big data analysis, which constructs an accurate power utilization load prediction model by integrating historical power utilization data, climate data, a power grid equipment state and user behavior data. According to the method, the security and traceability of prediction data are improved by adopting a block chain technology, and automation of an electrical load management process is realized by means of an intelligent contract. The method comprises the specific steps of data acquisition and preprocessing, load prediction model construction and verification, prediction data storage and hash value generation, intelligent contract writing and execution, and process node data processing and evaluation. The method effectively solves the problems of load data abnormity and model errors, and improves the stability and management efficiency of a power grid system.

The invention provides a circuit breaker system, a circuit breaker information processing method and a storage medium, and relates to the technical field of circuit breakers. The circuit board is arranged in each circuit breaker module, the microcontroller is arranged on the circuit board, and integrated control, including but not limited to address reading, checking and updating, of the circuit breaker modules and the circuit breakers in the circuit breaker modules is achieved through the microcontrollers, so that the accuracy and efficiency of address allocation and updating of the circuit breakers in the circuit breaker system are improved. The address of each circuit breaker module is changed according to the cascade relation between the circuit breaker modules, the address of each circuit breaker is changed according to the cascade relation between the circuit breakers, and the address of the first circuit breaker module or the address of the first circuit breaker can be only set, namely, the addresses of all the circuit breaker modules and the addresses of all the circuit breakers are automatically distributed. And only the address of the first circuit breaker module or the address of the first circuit breaker is updated, that is, automatic updating of all circuit breaker module addresses and all circuit breaker addresses is realized.

This disclosure relates to a cloud-edge collaborative task processing system and program product, implemented jointly by a central cluster and an edge cluster. The central cluster deploys a container orchestration platform, which includes a task controller. The method includes: in response to a task creation request, the container orchestration platform creates a task resource object, and the task controller monitors and records the creation status information of the task resource object. The task resource object includes the layout information of container groups in the central cluster and the edge cluster; the container orchestration platform controls the central cluster to create a first container group and / or controls the edge cluster to create a second container group based on the task resource object, so that the first container group and / or the second container group executes the corresponding task; in response to a status change request of the task resource object, the container orchestration platform performs corresponding operations on the corresponding task resource object according to the status change request, and the task controller monitors and records the status information of the corresponding task resource object after the change.

This invention relates to the field of wireless Internet of Things (IoT) technology, and provides a wireless IoT networking method based on StarFlash technology. The method includes: collecting a network topology set of a target IoT area using a StarFlash networking control device; encoding and generating identifier groups for IoT devices to be connected; optimizing the signal coverage of the network topology set to generate an optimized set, and then stitching them together to form a regional network topology map; generating an original network area model using a pre-trained network information generation model; acquiring model information of IoT devices and filling the original model with the encoded identifier groups to obtain the target network area model; controlling the networking devices based on this model to complete the networking, collecting target network data and performing connection verification, and achieving closed-loop management by marking devices that fail the verification. This invention can improve networking efficiency, enhance signal coverage, and ensure the reliability of device connections.

The invention relates to the technical field of cloud computing and virtualization, in particular to a Proxmox VE enabled elastic private cloud resource scheduling system. Comprising a user management module, a resource management module, a scheduling module, an interface packaging module and a Web management platform. Through the technical scheme of the invention, the following technical effects can be realized: the usability is improved: the use threshold is reduced by packaging the PVE interface and providing a graphical management interface and a high-level API (Application Program Interface), so that common users and enterprise multi-role teams can easily manage private cloud resources. And resource management is optimized: multi-tenant isolation and uniform resource scheduling are realized, the resource utilization rate is improved, resource waste and uneven distribution are avoided, and diversified requirements of enterprises are met. And template deployment and an intelligent scheduling algorithm are supported, automatic allocation and adjustment of resources are realized, and the deployment and management efficiency of the enterprise private cloud is greatly improved.

A digital method, apparatus, equipment, and medium for on-site safety inspection and consultation are disclosed, relating to the technical field of on-site supervision. The method includes: receiving an inspection request carrying information to be inspected; generating an inspection instruction based on the inspection request; obtaining the current status of the inspector based on the inspection instruction; identifying inspectors currently idle as target inspectors; and sending the information to be inspected to the inspection terminal corresponding to the target inspector; receiving target images collected by the target inspector based on the information to be inspected; inputting the target images into a pre-trained image analysis model to obtain a set of target inspection reports; inputting the set of target inspection reports into a pre-trained data statistical model to obtain a visual analysis report generated based on preset statistical rules; and sending the set of target inspection reports and the visual analysis report to the user terminal that issued the inspection request. Implementing the technical solution provided in this application can digitize on-site inspection and consultation information, improving information transmission efficiency.

The present application discloses a code processing method, device, equipment and medium, which are applied in the field of computer technology to realize the automatic distribution of quality inspection results and improve the distribution efficiency of quality inspection results. Specifically, the following steps are: obtaining the code repository to be inspected; performing quality inspection on the code repository to obtain the quality inspection results of each line of problem code in the code repository; creating quality inspection authorized users based on the code submission user identifier of each line of problem code; and distributing the quality inspection results of each line of problem code to the corresponding quality inspection authorized users. In this way, by obtaining the code submission user identifier of each line of problem code, and creating quality inspection authorized users based on the code submission user identifier of each line of problem code, the code inspection platform can distribute the quality inspection results of each line of problem code to the corresponding quality inspection authorized users, thereby realizing the automatic distribution of quality inspection results and improving the distribution efficiency of quality inspection results.