9results about How to "Improve acceptance efficiency" patented technology

The invention discloses an informatization project file acceptance auxiliary inspection system and method. The auxiliary inspection system comprises a file acceptance index system management module, a project result management module, a file pre-acceptance module, a problem feedback and management module, an authority division and user management module and a statistical analysis module. The archive acceptance index system management module presets project archive acceptance requirements of a project belonging unit and sets an archive acceptance index system; the project achievement management module collects related achievements from the implementation process document of the specific project; the archive pre-acceptance module evaluates the collected archives in combination with specific project archive requirements; and the problem feedback and management module is used for deeply analyzing a quantitative evaluation result and generating a detailed pre-acceptance report and feedback opinions. And the archive acceptance efficiency is remarkably improved through an automatic and intelligent technology, and the objectivity and standardization of the acceptance process are ensured.

The application discloses a kind of substation monitoring information automatic acceptance analysis method, including following acceptance analysis steps: S1, respectively with analog main station, synchronous parallel simulation system, data communication gateway and substation monitoring background connection of automatic acceptance system;S2, complete the normative check of data communication gateway configuration file;S3, SCD file is retrieved and is checked SCL model;S4, complete the consistency check of monitoring background database file and interval layer equipment model;S5, complete the consistency check of monitoring background database / monitoring background picture and interval layer equipment communication;S6, complete the consistency check of data communication gateway and interval layer equipment model;S7, complete the real-time communication consistency check of gateway;S8, complete the information joint debugging check between main station and plant station;S9, according to each check result generates acceptance analysis report and archives, completes acceptance;The application can automatically check substation monitoring information, improve acceptance work efficiency.

The invention discloses a novel metropolitan area network new network access equipment detection rule flexible configuration method and device, and the method comprises the steps: defining full basic elements in a database, including detection items, network access detection links and network access detection link classification, and building an incidence relation between the network access detection link classification and the network access detection links, configuring a network access detection group and a network access detection rule through page operation; after a single device is input through the page, setting the receiving and managing state of the device as a to-be-received and managed state by default, automatically matching a corresponding network access detection rule according to the attribute of the device, and performing detection step by step according to the levels of network access detection links, network access detection groups and detection items; and displaying the detection detail data of the equipment in a layered manner through the page. According to the method and the device, through the whole-process design of standardized configuration, automatic execution and visual display, high efficiency, standardization and controllability of network access equipment detection are realized, and meanwhile, the strict requirement of equipment access management is met.

The application discloses a high-performance network acceptance system and method of a smart data center, and relates to the field of data center network testing.The system adopts a layered architecture integrating hardware and software, the hardware layer includes an acceptance control node, a test terminal node and a data acquisition probe; the core software is integrated in the acceptance control node and includes a multi-protocol adaptation index system module, a real-time analysis module and a result output module connected in sequence.The method is executed through five steps of preprocessing, protocol and index configuration, layered automatic testing, real-time analysis and closed-loop evaluation, covers three dimensions of parameter surface, sample surface and set communication, fuses active testing and passive monitoring dual-mode verification, and is compatible with IB and RoCE dual protocols and multi-vendor hardware.The application can automatically complete topology discovery, index verification, performance testing and abnormal positioning, accurately simulates smart business traffic, outputs a standardized acceptance report and optimization suggestions, and significantly improves acceptance efficiency and accuracy.

This invention provides an acceptance device and method for the riser suspension structure of a floating oil storage platform. The device includes a base plate, a limiting frame, a mounting frame, and a riser. The limiting frame is located on the base plate, and the riser moves to the base plate within the area enclosed by the limiting frame. The mounting frame moves onto the riser suspension structure and is limited in position with it. The mounting frame and the riser suspension structure move and are confined to the limiting frame, with the riser suspension structure positioned above the riser. The riser suspension structure includes a suspension cylinder and multiple locking devices located around the suspension cylinder. The riser moves towards the interior of the suspension cylinder. After the riser extends into the suspension cylinder, the multiple locking devices lock the riser, confining it to the suspension cylinder, thus verifying whether the locking devices can engage. This invention provides a dedicated device and method for accepting riser suspension structures, addressing the current lack of such devices and methods on the market.

This invention discloses a BIM-based visualization-based monitoring method for the erection of modular scaffolding, comprising the following steps: During scaffolding erection, S1. Coordinate data of components is acquired through a positioning signal source module and sent to a computer to generate an Excel spreadsheet. S2. The coordinate data in the Excel spreadsheet is converted into Revit-recognizable coordinate data using Gaussian projection. S3. Dynamo in Revit is used to recognize the coordinate data in the Excel spreadsheet and create a dot matrix model. S4. The component's dimensional parameters are entered into Dynamo in Revit. Based on the dot matrix model and the component's dimensional parameters, Revit generates an actual model of the component. S5. Revit is opened, and the actual model and the proposed model are opened in the NavisWorks plugin's selection tree function. The actual model and the proposed model are compared to obtain the model matching results. Based on the model matching results, abnormal installation locations are identified. This invention allows for targeted acceptance and inspection during scaffolding erection, reducing acceptance time and improving acceptance efficiency.

The utility model provides a kind of bridge engineering crash barrier reinforcing bar protective layer fast acceptance tool, it is related to acceptance tool technical field, including first pole body, first pole body is equipped with the second pole body that can be relative to its telescopic;Telescopic ruler is vertically set in the one end of first pole body and second pole body relatively far away, telescopic ruler is equipped with scale along its length direction, telescopic ruler can adjust telescopic length and fix this position after adjusting to target length;Positioning member is set on first pole body or second pole body, for locking its current position after the telescopic adjustment of second pole body relative to first pole body.This utility model can effectively detect reinforcing bar protective layer thickness before formwork closure or concrete pouring, realize non-damage, visual fast acceptance, improve the efficiency and accuracy of construction quality control.

The present application relates to the technical field of transmission line engineering acceptance, in particular to a transmission line foundation engineering acceptance method, device and computer program product. It can: based on the design data of the transmission line foundation engineering to be accepted, construct the electronic drawing of the transmission line foundation engineering to be accepted; based on the unmanned aerial vehicle orthographic image of the transmission line foundation engineering to be accepted, construct the image model of the transmission line foundation engineering to be accepted; based on the comparison of the electronic drawing and the image model, obtain the acceptance data of the transmission line foundation engineering to be accepted. The present application ensures the accuracy of the comparison reference by using the design data to draw the electronic drawing; the acceptance efficiency can be improved by constructing the image model through the unmanned aerial vehicle orthographic image; the characteristics of high accuracy and high efficiency can be combined by using the comparison of the electronic drawing and the image model to obtain the acceptance data.

The embodiment of the invention provides an acceptance management method and equipment for transformation of a secondary circuit of a transformer substation and a storage medium. The method comprises the following steps: firstly, acquiring an image of equipment to be accepted for transformation of a secondary circuit of a transformer substation to be accepted, and then determining second target equipment feature information with the highest priority in at least one piece of first target equipment feature information in the image of the equipment to be accepted based on a priority sequence, the priority sequence records at least one piece of equipment feature information arranged according to a high-low sequence of priorities, finally, a target acceptance policy corresponding to the second target equipment feature information is determined in a mapping relationship, and the mapping relationship records a corresponding relationship between the at least one piece of equipment feature information and the at least one acceptance policy. The acceptance strategy is an acceptance flow executed by the technician in the corresponding acceptance stage. According to the method provided by the invention, the technicians can perform acceptance management according to the acceptance strategy corresponding to the acceptance stage, and the acceptance efficiency is improved.