13results about How to "Avoid timeout" patented technology

The invention relates to the technical field of data processing, in particular to an order data processing method and system based on a block chain. The method comprises the following steps: acquiring a multi-source order data set; performing transaction address analysis on the multi-source order data set to generate order transaction address data; order processing server construction is carried out on the multi-source order data through the order transaction address data, and order processing distribution server data is generated; order processing access frequency analysis is carried out on the multi-source order data set through order processing distribution server data, and order processing access frequency data is generated; and performing order screening on the multi-source order data set based on the order processing access frequency data to generate high-frequency order access data and low-frequency order access data. According to the invention, through optimization of multi-source data integration, order access frequency analysis, transaction synchronization and channel optimization, the reliability and efficiency of order transaction are improved.

The application belongs to the technical field of power system automation and artificial intelligence application, and is a power supply service AI assistant system based on whole-process time limit early warning, characterized by comprising: a work order access module, which is used for receiving fault work orders from a 95598 customer service system and an active repair system; a work order execution module, which automatically distributes work orders to the terminals of repair personnel in corresponding grids and records the time of distributing work orders; a time limit rule library, which is used for storing time limit thresholds of each link; a whole-process early warning module, which is used for monitoring the flow state of work orders in each link; and a data feedback module, which is used for recording time limit execution data of each work order in the whole process, generating an overtime risk analysis report, and providing data support for parameter optimization of the time limit rule library. The problems of insufficient whole-process time limit control of fault repair work orders, single follow-up mechanism and process overtime of repair personnel caused by on-site factors in the prior art can be solved.

This application discloses a request processing method, apparatus, electronic device, and storage medium. The request processing system includes at least two hierarchical processing systems. A data layer stores business data for the region corresponding to the hierarchical processing system. An access layer receives requests initiated by clients from the region corresponding to the hierarchical processing system. The method includes: after the access layer in the first hierarchical processing system receives a request initiated by a client from the first region, the routing layer in the first hierarchical processing system determines, among the at least two hierarchical processing systems, the target hierarchical processing system where the target business layer for processing the request is located; the routing layer in the first hierarchical processing system routes the request to the target business layer in the target hierarchical processing system, so that the target business layer obtains the corresponding business data from the target data layer in the target hierarchical processing system and processes the request. This solution achieves effective request processing while ensuring business data isolation.

The invention discloses a method for realizing excel batch import interfaces by means of a temporary table, and relates to the technical field of data processing and databases. Comprising the steps that 1, before data importing is started, a temporary table is created in a database, uuid and number fields are added to the structure of the temporary table on the basis of a target data table, the batches of importing operation are distinguished through the uuid fields, and the line number of imported data in the table is recorded through the number fields; 2, inserting to-be-imported data into the temporary table in batches; 3, performing batch verification on the data in the temporary table by using an SQL (Structured Query Language) statement; 4, importing the successfully verified data meeting an importing condition into a target table in batches; 5, generating a failure table excel from the data which fails in verification, and outputting the failure table excel; and step 6, after data import is completed, clearing the temporary table: performing unified deletion of the data according to a uuid sequence generated when the batch of data is inserted into the temporary table.

This application discloses a request processing method, apparatus, electronic device, and storage medium. The request processing system includes at least two hierarchical processing systems. A data layer stores business data for the region corresponding to the hierarchical processing system. An access layer receives requests initiated by clients from the region corresponding to the hierarchical processing system. The method includes: after the access layer in the first hierarchical processing system receives a request initiated by a client from the first region, the routing layer in the first hierarchical processing system determines, among the at least two hierarchical processing systems, the target hierarchical processing system where the target business layer for processing the request is located; the routing layer in the first hierarchical processing system routes the request to the target business layer in the target hierarchical processing system, so that the target business layer obtains the corresponding business data from the target data layer in the target hierarchical processing system and processes the request. This solution achieves effective request processing while ensuring business data isolation.

A blood gas specimen transportation device comprises a container body used for storing refrigerating fluid, a plurality of storage tubes are inserted into the container body, at least part of each storage tube is located in the refrigerating fluid, and a detachable sealing plug is arranged at the opening of each storage tube; the container body is further provided with a handle and further comprises a timer used for recording the transportation duration. Most of the storage pipe is located in the refrigerating fluid which can be frozen into ice blocks, and the refrigerating effect is good; a storage tube is arranged to facilitate the storage of the blood gas specimen; a sealing plug is arranged, so that the blood-gas specimens are prevented from falling off and being lost in the inspection process, and ice water is prevented from shaking to enter the storage tube from the tube opening of the storage tube in the transportation process after ice blocks are melted to pollute the blood-gas specimens; the timer is used for reminding transportation personnel to control the transportation time, so that timeout is avoided; the transportation device is simple in structure and low in cost, the blood-gas specimens cannot be exposed to high temperature for a long time, and the situation of inaccurate detection is effectively reduced.

The invention discloses an input and output timeout processing method and device and a medium, relates to the technical field of computers, is used for processing the IO timeout problem, and provides the input and output timeout processing method aiming at the problem that a traditional scheme cannot achieve special IO timeout caused by insufficient resources. According to the method and the device, a state machine in a data end of each volume in a storage pool is indicated to set upper-layer path outputs of all the volumes in the storage pool to be in an offline state, so that the volumes are offline outwards, the volumes do not receive IO any more, and IO timeout caused by no resource processing IO is avoided. Therefore, according to the method, whether the problem of insufficient resources occurs in the storage pool or not is detected, all the volumes in the current storage pool are offline when the resources are insufficient, and subsequent IO is prevented from being processed on the volumes with the insufficient resources, so that overtime IO is avoided, and the IO overtime problem caused by the insufficient resources can be effectively avoided.

The present invention relates to a smart card multi-operating system upgrade switching method and system, belonging to the field of mobile communication technology. The method comprises: after the chip is started according to the chip startup program data, each operating system startup program data is traversed, and the target operating system that needs to be enabled is determined by an automatic recognition algorithm; the chip relocates the chip interrupt vector table and the interrupt service program interface address through the code, so that the chip runs the code startup program data of the enabled target operating system, and then calls the entry function of the target operating system code to realize the smart card multi-operating system upgrade switching. The present invention can realize that all codes in each operating system can be upgraded and updated, ensure that the data in the default startup program data area of ​​the chip is not erased, avoid the problem that the chip cannot be started due to power failure, and at the same time, the switching performance is fast, no power failure backup protection mechanism is required, and the communication protocol timeout is avoided due to the chip startup being too slow.

The invention provides a breakpoint resuming method and system for a multi-thread file and electronic equipment. The method comprises the steps that an uploaded file is selected by a front end, the uploaded file is segmented and sliced according to the fixed size and the fixed number, a file unique hash value is generated for a plurality of sliced small files through md5, and an uploading statement is initiated; the back end receives the uploading statement and judges whether the slice is uploaded or not according to the hash value of the uploaded slice, if yes, the slice array is screened, and uploaded data is excluded; if not, the slice array is traversed in sequence, a back-end interface is connected for uploading, and whether all slices are uploaded or not is judged; if yes, a request is initiated to a back end, and the small files of the multiple slices are applied to be verified and combined into one file; and if not, prompting failure, and re-uploading. By means of the method and device, the trouble that in the multi-thread concurrence process, when a client uploads a large file overtime or fails, operation needs to be conducted again can be avoided, and meanwhile the efficiency of obtaining the client file is improved.

The present invention provides a flow control method and device for business requests. The flow control method for business requests includes receiving a business request sent by a user terminal, confirming a bank channel identifier corresponding to the business request, caching the business request to a cache queue corresponding to the bank channel identifier; obtaining the bank business acceptance completion data of the target bank at the last moment corresponding to the bank channel identifier, processing the bank business acceptance completion data at the last moment, and obtaining the flow control coefficient of the target bank; based on the flow control coefficient, sending the business request in the cache queue to the target bank. The flow control method for business requests provided by the present invention effectively avoids the current business timeout caused by too much business acceptance data of the target bank at the last moment, or the current thread idleness caused by too little business acceptance data of the target bank at the last moment, thereby improving its versatility.

This invention relates to the field of text classification technology, and more particularly to a text classification method, medium, and device. It dynamically determines the first parallel inference quantity M using computational resources, achieving a balance between computational resource utilization and inference stability. By initiating multi-threaded parallel inference, it generates M candidate output sequences containing a first intermediate semantic representation and a first text classification result, covering different inference logics of the model for the target text. This approach balances result diversity and inference efficiency, reducing classification errors caused by single-sequence inference bias. Through compliance verification and confidence assessment, it calculates a first quality score to obtain the target classification result. This not only filters sequences containing security risks or structural defects, ensuring the security of the classification process, but also distinguishes the reliability differences of the classification results, avoiding one-sided judgments that ignore reliability based solely on labels. In scenarios without real labels, it achieves objective quality quantification, ensuring the accuracy of the text classification results.

The invention discloses a method and a system for eliminating NAT (Network Address Translation) limitation by transforming external TCP (Transmission Control Protocol) connection of an enterprise into QUIC (Query Unified Integrated Circuit) connection, and belongs to the technical field of computer networks. According to the method, client access is guided to an intranet agent through DNS redirection; the client establishes standard TCP connection with the intranet agent; the intranet agent maps the TCP stream data to the QUIC connection or stream actively sent to the public network agent as required; and the public network agent restores the TCP request and relays the TCP request to the target service, and returns in response to the original path. According to the invention, a segmented optimization architecture of the intranet TCP and the public network QUIC is creatively adopted, so that the dependence of the traditional scheme on the long connection of the public network TCP is fundamentally eliminated, the core crux of unstable NAT penetration is solved, the inherent false dead connection problem of the TCP protocol is thoroughly avoided, the completely transparent and zero-transformation access of the client and the intranet service is realized, and the access efficiency of the client and the intranet service is improved. And the system has excellent stability, safety and deployment convenience.

The present invention relates to a railway cable laying device and method. The railway cable laying device of the present invention can be conveniently installed on the contact network pillar beside the railway track. The reduction motor drives the active roller to rotate, and the driven roller is detachably installed on the column. The active roller and the driven roller are used together to drive the cable to move forward. The railway cable laying device is controlled by a remote controller. The railway cable laying method of the present invention uses a plurality of the above-mentioned railway cable laying devices. The railway cable laying device first acts as a capstan, and pulls the cable forward through a traction rope. After the cable passes through, the railway cable laying device is used to drive the cable. The front end of the cable is pulled by the traction rope. At the same time, the cable is driven by the railway cable laying devices at various positions. The demand for traction force when pulling the cable can be met, so that the cable can reach the predetermined position within the predetermined time, ensuring that the cable laying construction is completed quickly, avoiding the timeout of the cable laying construction during the skylight time, and ensuring the safety of the construction.