12results about How to "Quick dispatch" patented technology

This invention discloses a self-service printing device, comprising a housing with an observation window and a temporary storage mechanism and a release mechanism located within the housing. The temporary storage mechanism consists of multiple parallel and inclined support units arranged sequentially along the normal direction of the observation window; the front support unit and its paper obscure the content area of ​​the rear paper, with only the side serial number area exposed. Each support unit has a support plate, a holding member, and a conductive bead. The release mechanism has electrical contacts aligned with the conductive beads. When the contact is activated, it drives the corresponding holding member to switch from holding to releasing, allowing the target paper to slide out along the support plate. This structure achieves physical obscuring of the content area and visibility of the serial number during the temporary storage stage, supporting accurate single-page release; the side serial number is permanently exposed for easy identification and position mapping; the number of contacts is small, the wiring is simple, and the paper is fed by gravity, reducing the risk of missorting and jamming, improving confidentiality, efficiency, and reliability; the structure is modular and easy to maintain.

The embodiment of the invention discloses a task scheduling method and device based on an electronic map, electronic equipment and a storage medium. The method comprises the steps that a frame selection area on the electronic map is acquired, and intelligent inspection equipment in the frame selection area is acquired; if a plurality of intelligent inspection devices are included in the frame selection area, selecting and acquiring a scheduling function supported by each intelligent inspection device in the plurality of intelligent inspection devices; according to the scheduling function supported by each intelligent inspection device in the plurality of intelligent inspection devices, displaying a to-be-called function, the to-be-called function including but not limited to cluster voice, video passing and message issuing; obtaining a selection instruction for the to-be-called function and input target information; and based on the selection instruction of the to-be-called function, sending the target information to the plurality of intelligent inspection devices, so that the information of the intelligent inspection devices can be displayed in real time by integrating an electronic map, and the intelligent inspection devices can be quickly scheduled on the electronic map.

This application relates to the technical field of power optimization and dispatching, and in particular to a flexible control method, system, and power router for a power router. The method includes: when the power router is in operation, real-time acquisition of operating status data; calculation based on the operating status data using a preset flexible dispatching algorithm to obtain a dispatching decision result; adjustment of the power allocation and exchange boundaries between the power router's energy ports based on the dispatching decision result to obtain a flexible operating range; determination of the current operating mode based on the flexible operating range; and control of the power router to execute energy management actions corresponding to the current operating mode based on the current operating mode and operating status data. By constructing a flexible operating range, the system's adaptability and operational stability under varying operating conditions are improved, achieving rapid response in the time dimension and multi-port coordination in the spatial dimension for energy dispatching, comprehensively enhancing the operating efficiency and control accuracy of the power router.

The application relates to the technical field of construction safety management, and discloses a power engineering construction safety management system, which comprises a real-time risk assessment scheduling unit, a forward-looking human factor risk perception unit and a risk simulation mapping unit. The real-time risk assessment scheduling unit is used for generating a safety state characteristic map based on heterogeneous safety data of a construction site, identifying a risk event of the construction site through the safety state characteristic map, and generating an intervention instruction and a resource scheduling scheme to optimize the construction site. The application can comprehensively capture multi-dimensional information of the construction site by collecting personnel biological characteristics, equipment operation logs, environmental indexes and work video streams and other heterogeneous safety data through a multi-modal perception unit, breaks the limitation of single and one-sided data collection in the traditional management mode, and enables management personnel to obtain more rich and comprehensive on-site safety information, so that the overall safety condition of the construction site can be more clearly understood.

The utility model belongs to the field of hoisting devices, and provides an adjustable suspended ceiling hoisting device which comprises an I-shaped steel beam, a reinforcing assembly is arranged on the upper side of the I-shaped steel beam, a hoisting assembly is arranged at the lower end of the I-shaped steel beam, and an operator sends an instruction through a wireless remote controller and drives a servo motor to drive a walking vehicle to move along a track until materials are stacked. In the moving process, an embedding plate arranged at the upper end of the walking vehicle is embedded in an embedding groove, under the limiting effect that a limiting plate is embedded in a limiting groove, through double protection of an infrared obstacle avoidance sensor and an anti-falling net, the high-altitude operation risk is reduced, the requirements of different building spaces are met, the flexibility is adjusted, the requirements of diversified scenes are met, and it is guaranteed that the problem of tall and large spaces is solved; and compared with traditional single-point fixing, adjustment incapability and the like, the adjustable ceiling fixing device has the advantages of being convenient to install and high in adaptability.

The invention discloses a mixed request-oriented large language model adaptive scheduling algorithm. The algorithm comprises the following steps: S1, initializing queues Q1, Q2 and Q3 and a set CB to be empty; s2, when a new request arrives, calculating the priority of the new request, adding Q1 or Q2 according to the type of the new request, and then entering S3; when no new request arrives, entering S3; s3, judging whether the request is true or not, if so, entering S4, otherwise, terminating the algorithm, and starting when a new request exists; s4, updating the priorities of the requests in the queues Q1, Q2 and Q3; s5, the updated Q1, Q2 and Q3 are traversed in sequence, and the request is selected to be added into the CB; s6, inputting the CB into the large language model for reasoning for one time, removing the completed request from the CB, and recording the completion time; s7, when the CB is empty, entering the step S2; when the CB is not empty, k is made to be equal to k + 1, and when k is smaller than Y-1, the step S6 is executed, and otherwise, the step S8 is executed; and S8, for uncompleted requests in the CB, the request from the Q1 is put back to the Q1, the requests from the Q2 and the Q3 are both put back to the Q3, and then the step S2 is returned.

The application discloses a routing and scheduling based time sensitive network topology design method, and relates to the field of industrial networks.The application carries out mathematical modeling on a TSN topology-routing-scheduling joint problem, designs an optimization target, and solves the optimization target of the TSN topology-routing-scheduling joint problem based on schedulability analysis.The application can not only effectively reduce the number of switches and cables, but also significantly reduce deployment cost and maintenance cost;by simplifying the modeling of the scheduling part and converting complex nonlinear constraints into linear / quadratic modeling, the TSN routing and scheduling problem can be directly input into a commercial solver for efficient solving;the TSN network can be quickly deployed, real-time requirements of an industrial site are met, and the TSN network is adapted to rapid changes of a flexible production environment.

The present application relates to the field of data processing, specifically to an aviation bus data processing method based on time pyramid, which comprises the following steps: S1, cleaning and checking the data; S2, dividing the complex table structure according to columns; S3, constructing data combination of time column and data column; S4, constructing the bottom layer basic tile data of time pyramid data; S5, extracting the basic data to be processed in the form of frequency reduction by half each time to form multi-level frequency-decreasing extracted data, and the data forms multi-level LOD data; S6, processing the data in each level of LOD data according to the time block processing method of each level of tile construction; S7, serializing the tile data to the database to form hierarchical tile pyramid data. The present application realizes the tile segmentation of the aircraft bus data, and then processes the huge and complex bus data tiles, which can achieve the purpose of on-demand calling and on-demand taking in use.

The application provides a vehicle rescue management method and system based on a cloud platform and edge computing, and relates to the field of data processing.The method comprises the following steps: determining a vehicle rescue service station setting scheme and an edge computing configuration scheme of a target area according to historical vehicle rescue data of the target area, setting multiple vehicle rescue service stations in the target area, and setting multiple edge computing stations in the target area; determining a vehicle rescue resource dynamic scheduling scheme and an edge computing dynamic scheduling scheme according to real-time road information of the target area through a cloud platform; scheduling the multiple edge computing stations to determine vehicle rescue demand of the target area according to the real-time road information of the target area based on the edge computing dynamic scheduling scheme; receiving vehicle rescue requests through the multiple edge computing stations; and performing vehicle rescue through the multiple edge computing stations according to the vehicle rescue demand and the vehicle rescue requests of the target area, so that the vehicle rescue efficiency and quality are improved.

The disclosure provides a configuration page access method, a configuration page access device, equipment, a medium and a product, which can be applied to the technical field of computers. The method comprises: obtaining parsed address information transmitted by a web application; performing a query operation in a first server based on the parsed address information to obtain a first query result; in the case that the first query result indicates that the target access address corresponding to the parsed address information is not queried in the first server, performing a query operation in a second server based on the parsed address information to obtain a second query result, wherein the server cluster comprises the first server and the second server, and the query performance of the first server is better than that of the second server; and in the case that the second query result indicates that the target access address is queried in the second server, transmitting the target access address to the web application, so that the web application accesses the target configuration page based on the target access address.

The application relates to the technical field of construction safety management, and discloses a power engineering construction safety management system, which comprises a real-time risk assessment scheduling unit, a forward-looking human factor risk perception unit and a risk simulation mapping unit. The real-time risk assessment scheduling unit is used for generating a safety state characteristic map based on heterogeneous safety data of a construction site, identifying a risk event of the construction site through the safety state characteristic map, and generating an intervention instruction and a resource scheduling scheme to optimize the construction site. The application can comprehensively capture multi-dimensional information of the construction site by collecting personnel biological characteristics, equipment operation logs, environmental indexes and work video streams and other heterogeneous safety data through a multi-modal perception unit, breaks the limitation of single and one-sided data collection in the traditional management mode, and enables management personnel to obtain more rich and comprehensive on-site safety information, so that the overall safety condition of the construction site can be more clearly understood.

The invention provides a business acceptance order processing method and device, and the method comprises the steps: obtaining at least one commodity recovery order and at least one commodity maintenance order, determining at least one usable recovery assembly from the to-be-recovered commodities of the at least one commodity recovery order according to the first commodity information and the second commodity information, the recovery assembly is used for maintaining the to-be-maintained commodities in the commodity maintenance order; for each recovery assembly, determining the total processing duration required for disassembling the recovery assembly from the to-be-recovered commodity and delivering the recovery assembly to the position of the to-be-maintained commodity; and selecting a target recovery assembly with the shortest total processing duration from all the recovery assemblies, and distributing the target recovery assembly to the position of the to-be-maintained commodity. Therefore, by intelligently matching the available components and the maintenance requirements in the recovery order and selecting the option with the shortest processing duration, rapid maintenance can be realized, the resource utilization efficiency and the service response efficiency can be improved, and the user experience can be improved.