12 results about "Line management" patented technology

The utility model relates to the technical field of line management, in particular to a computer line fixing device for a computer case. The utility model provides a computer circuit fixing device for a computer case, which comprises a mounting shell, a cover, connecting seats, placing blocks, clamping blocks and the like, the cover is arranged at the top of the mounting shell, a through hole is formed in the left side of the lower part of the mounting shell, five connecting seats are uniformly connected to the inner bottom of the mounting shell at intervals, and the placing blocks are rotatably arranged on the connecting seats. Six grooves for allowing computer lines to pass through are formed in the tops of the placing blocks, and clamping blocks are arranged on the placing blocks. Through the design of the connecting seat, the placing block and the clamping block, a computer circuit needing to be fixed can be accurately aligned and clamped by rotating the placing block and the clamping block, the clamping mode is stable and reliable, the circuit can be effectively prevented from loosening or falling off, and stable operation of the circuit in a case is ensured.

This invention discloses a dynamic task orchestration system and method for telephone lead lifecycle management, relating to the field of data processing technology. The system includes a task orchestration module, a concurrency control module, a lead management module, and a line management module: the task orchestration module dynamically obtains load weights based on load assessment parameters of each service node, and dynamically executes task migration processes based on the obtained load weights and service node loads; the concurrency control module uses an adaptive resource allocation algorithm combining proportional allocation and heap optimization to achieve distributed atomic concurrent control; the lead management module manages the entire lead lifecycle based on a lead status transition mechanism and a three-layer deduplication mechanism; the line management module performs availability checks on candidate lines before outbound calls, implements intelligent allocation of line resources based on a priority-based line scheduling algorithm, and uses a sliding window rate limiting mechanism to achieve periodic frequency control of lines.

The utility model relates to fireproof cabinet technical field provides a charging fireproof cabinet, including cabinet, charging bin and tool bin, the top of inside cabinet is provided with charging bin, the inner wall of charging bin is provided with short circuit protection socket, the inner top wall of charging bin is installed with smoke alarm, the both sides inside charging bin are installed with cooling fan, the bottom of inside cabinet is provided with three tool bins at equal intervals, the utility model is in the line management aspect, the sliding fit design of the wire arrangement frame and wire arrangement box, can be according to the flexible adjustment position of wiring demand, cooperate wire arrangement hole and through slot, can accurate combing and fixed to connecting wire, avoid the winding disorder of line, significantly improve the maintenance efficiency, reduce the short circuit risk caused by line disorder, on the heat dissipation, the double heat dissipation structure of wire arrangement box heat dissipation groove and wire arrangement frame through slot, greatly increase the contact area of transmission line and air, effectively reduce the temperature in the power supply process, guarantee equipment stable operation, prolong the life.

This invention belongs to the technical field of production line management systems, specifically a big data-based production line information management system and its equipment. It includes: a consumption statistics module for statistically analyzing energy consumption during product processing; a waste statistics module for statistically analyzing waste generated during product processing; an analysis module for comparing energy consumption and waste generation to determine a standard ratio and the actual ratio during production; and an alarm module for issuing alarm signals. The analysis module compares the actual ratio with the standard ratio to determine the difference between them. If the difference exceeds the normal error range, the analysis module sends a signal to the alarm module. This invention, through information management of data on the production line, promptly resolves production anomalies, improves production efficiency, and enhances product processing quality and precision.

The application provides an automatic production line management method and system of an integrated intelligent manufacturing unit, and relates to the technical field of production line management.The application collects multi-source sensor data reflecting the state of a numerical control machine tool, processes the multi-source sensor data to extract a feature vector, reconstructs the extracted feature vector, obtains an abnormal score based on the extracted feature vector and the reconstructed feature vector, triggers an alarm signal based on the abnormal score, and performs physical verification of tool failure, which can minimize the impact of failure on the production process, perform thermal drift compensation on the edge node to correct the tool path when there is no tool failure, eliminate production errors caused by thermal deformation in time, obtain the compensation value of the tool used for workpiece production in the numerical control machine tool, and update the tool compensation parameter, which can better adapt to the change of the tool state, ensure the consistency and stability of the machining quality of different batches of workpieces, and improve the effectiveness of the automatic production line management.

A robotic picking station 100, and associated storage and retrieval system, comprises a robotic manipulator 104 mounted on a framework structure 1 comprising grid cells 812, frame openings (109, Fig 7

A production facility includes at least one production line including multiple devices and a line management device, and a facility management device configured to manage information of software to be installed in multiple target devices among the multiple devices and the line management device and configured to allow a user to designate the software to be installed in the target devices based on the information, with which it is possible to appropriately manage the software to be installed in the multiple target devices and to appropriately maintain a state of the software in the multiple target devices.

The application relates to the technical field of line management, and particularly discloses an ice melting and lightning protection working condition intelligent switching control method and system, which comprises the following steps: a dynamic coupling relationship between comprehensive working condition evaluation indexes and preset threshold values is established, a dominant working condition feature is identified based on coupling strength, and a switching opportunity is determined according to the evolution rate of the dominant working condition feature; a working condition switching decision signal is generated based on the switching opportunity, a target position state is obtained by decoding the signal, pre-stored driving parameters corresponding to the target position state are called, and a permanent magnet mechanism basic control instruction is generated; the real-time power supply state of an online power taking system is monitored to obtain a current power supply margin, and the instruction priority is dynamically distributed according to the power supply margin; the application can guarantee the operation stability of a power transmission line under complex natural environments, ensure the reliability of control instruction execution, and effectively avoid line faults or equipment damage caused by improper working condition switching.

The present application relates to a kind of model task scheduling method, device, equipment, medium and program product, it relates to model service technical field.The method includes: by obtaining the configuration information of task, multiple tasks are distributed to corresponding scheduling group, can generate flow line based on the scheduling strategy of scheduling group and the data flow between different tasks, then according to the model identifier of task, the corresponding model instance can be loaded, so that the task in flow line can be sequentially model inference.By this way, suitable scheduling strategy can be selected according to task type, and grouping generation flow line management can optimize scheduling and improve execution efficiency, solve the contradiction between resource limitation and complex task scheduling in end-side scene, realize the efficient inference service of end-side model under limited resource.

This utility model relates to a cabling device for network cable management, comprising a cabling structure for network cable management. The cabling structure includes a first cabling board, a second cabling board, and cabling blocks disposed on the first and second cabling boards. Each cabling block is provided with an adjustment structure and a clamping structure for fixing cable bundles. The clamping structure includes a return spring fixedly installed inside the cabling block and a clamping plate fixedly installed at the other end of the return spring. The adjustment structure includes an adjustment rod fixedly installed on the back of the cabling block and a locking nut threaded to the outside of the adjustment rod. This cabling device for network cable management allows for adjustment of the number of cabling blocks through the use of the adjustment rod, locking nut, and adjustment port, achieving advantages such as high practicality and ease of cabling. It solves the problems of not being able to adjust the spacing between multiple cabling blocks and not being able to increase or decrease the number of cabling blocks as needed.

The application discloses a first-piece benchmark and multi-source process data fusion-based stop-line management and control method and system, and relates to the technical field of production quality control. The method comprises the following steps: constructing a dynamic quality benchmark based on first-piece inspection qualified data; acquiring multi-source process data, and performing fusion analysis on the dynamic quality benchmark and the multi-source process data to obtain core indexes; inputting the core indexes into a risk assessment model to obtain a quantitative risk coefficient; and generating a hierarchical control instruction based on the quantitative risk coefficient to perform adaptive stop-line management and control. The application realizes first-piece and process control closed loop and has dynamic benchmark and predictive decision-making capability.