288results about How to "Easy to analyze and process" patented technology

The invention provides a bridge structural health monitoring car. A mechanical hand capable of being bent to extend into the lower part of a bridge is arranged on the bridge structural health monitoring car, wherein at least one camera is arranged on the mechanical hand and used for collecting the image information of the bottom and the side face of the bridge; a high-precision GPS positioning device is arranged and used for determining a current detection position and measuring the line shape of the bridge surface; a bridge structure dynamic information collecting device is arranged and used for collecting the dynamic characteristic information data of the bridge structure; an information processing device is arranged and used for storing the image information collected by the cameras, the GPS data and the dynamic characteristic information data, judging the health conditions and the disease development conditions of the bridge structure according to the analysis and the comparison of the monitoring data of each time and definitely indicating the disease conditions and parts by visual images. The bridge structural health monitoring car can carry out health monitoring on a plurality of bridges at the same time.

The invention discloses a seamless steel tube production process information tracking method, which carries out equipment electrical control partition and single branch pipe tracking partition on a production line; an added seamless steel tube production process information acquisition device is provided with a QAS device, an on-line steel tube jet printing machine, an on-line steel tube label making machine and an off-line steel tube number reading recognition machine; primary PLC of all the single equipment of the production and upper computers thereof are connected onto a server by Ethernet, and a database system is built; and the server visits the primary PLC in the single equipment of each area in an OPC manner by the Ethernet, and visits the upper computer of the single equipment of each area in a database manner. The invention solves the problem that the existing seamless steel tube production can only realize batch tracking, realizes the real-time track record of real running positions of each steel tube during the whole process from the on-line of the raw material tube blank to the off-line of the finished steel tube in the seamless steel tube production, the original setting information of each single equipment and the practical production information, and satisfies the practical requirements of users and manufactures on single steel tube production information tracking.

The invention relates to a data acquisition method for a sensor network, a gateway and a data acquisition system. The sensor network comprises a plurality of sensor nodes. The data acquisition method comprises the steps of: respectively comparing a variable quantity of received data sent by each sensor node in a preset time period with a corresponding preset value; judging whether the data of which the variable quantities reach the corresponding preset values exists; and increasing acquisition frequencies of the sensor nodes corresponding to the data of which the variable quantities reach the corresponding preset values to a first acquisition frequency. According to the invention, the acquisition frequencies of different sensor nodes are controlled by utilizing the same gateway, the condition that the uploaded data is out of sync cannot be generated, and the data acquisition method, the gateway and the data acquisition system are beneficial to analysis processing of a background server on the data.

The invention provides a server-power-on-state monitoring system and method and a computer storage and equipment. The server-power-on-state monitoring system comprises a CPLD part, a BMC part and a communication device, wherein the CPLD part is used for controlling server power-on-time-sequence starting and recording corresponding power-on-condition information to the storage; the BMC is used forobtaining the power-on-condition information and judging whether abnormal condition information exists in the power-on-condition information or not, and if the abnormal condition information exists inthe power-on-condition information, the abnormal condition information is recorded; the communication device is used for transmitting the abnormal condition information to a preset position. According to the server-power-on-state monitoring system, when the CPLD part controls a server to be powered on, the power-on-condition information recorded by the CPLD part in the storage can be monitored, whether the abnormal condition information exists in the power-on-condition information or not is judged, and the abnormal condition information is recorded and transferred to the preset position accordingly so that the record can be conveniently used at a later time; the server power-on working state is analyzed, and the server power-on abnormal condition can be simply and accurately detected at alow cost.

The invention discloses a power distribution network load flow calculation method based on forward-backward sweep. The power distribution network load flow calculation method based on forward-backward sweep comprises the four steps of simplifying a power distribution network into an undirected graph, obtaining an impedance matrix and the undirected graph of the power distribution network to carry out deep search, obtaining a node access sequence of the power distribution network, and using the forward-backward sweep load flow of the power distribution network to work out the voltage of each node, the power of each branch and the loss power of the power distribution network. The power distribution network load flow calculation method based on forward-backward sweep does not need to form a node admittance matrix, does not need to solve a high-order equation set, is simple in calculation formula, is rapid in convergence, is quite practicable and has good application prospects.

The invention discloses an image acquisition method for an inspection robot, and the method comprises the steps: firstly the inspection robot extracting the position information of a target image in the visual field of a camera, and building a world coordinate system through employing the geometric center of the inspection robot as an original point, the forward direction of the inspection robot as an X-axis positive direction, and the vertical direction as a Z-axis positive direction; acquiring motion information of the inspection robot, and finally determining relative motion of the target image relative to the view center of the camera; and according to the offset between the target image center coordinate and the camera view center coordinate, adjusting the angle of the pan-tilt camerauntil the target image center coordinate coincides with the camera view center coordinate, performing target image acquisition and storage, and then the inspection robot continuing to carry out inspection operation. According to the image acquisition method provided by the invention, the inspection robot is ensured to perform image acquisition in the moving process without frequently starting andstopping to call the preset position for shooting, so that the inspection efficiency is improved.

The invention discloses a method for automatically identifying structures in front of roads, which has the steps of: extracting a single channel from the color space of an image; carrying out binaryzation treatment to the extracted single channel; connecting connected domains in the treated image; confirming corresponding structures, if geometric areas of images in the connected domains meet a preset range value; selecting an image treatment area according to the coordinates of the structures before or after the binaryzation treatment, or adopting a preset moulding board to carry out wave filtering to the image, so as to filter the typical lines of the image; and adopting lines to mark the structures in the image. The method can effectively identify the structures in the image, has simple process, can carry out wave filtering to the image with different structures so as to filter the typical lines of the image, thus providing convenience for the subsequent image contour identification; and an identified sight is marked by the lines, so as to be convenient for analysis processing during road detection.

The embodiment of the invention discloses an image pickup method and system. The method comprises the following steps: respectively shooting objects by image pickup equipment in an image pickup device, wherein the image pickup device comprises the multiple image pickup equipment, the optical centers of the multiple image pickup equipment are coincided, and overlapping regions exist among images shot by the adjacent image pickup equipment; and splicing and imaging the images shot by the image pickup equipment in the image pickup device. The method and system can be applied to shooting and processing high-resolution or large-scale images.

The invention discloses a taxi appointment management method and a taxi appointment management system. The method comprises the following steps: a management server determines a taxi in accordance with a taxi appointment request according to the taxi appointment request sent by a mobile terminal and a taxi appointment integrity value corresponding to the mobile terminal, and sends taxi appointment information to the taxi; after the taxi receives the taxi appointment information, the management server judges whether the geographical location information of the mobile terminal and the geographical location information of the taxi meet a preset time matching value and a preset frequency matching value in a preset time; and the taxi sends taxi appointment success information or taxi appointment failure information to the management server. By implementing the method and the system of the invention, taxi appointment service consistent with the integrity of passengers can be provided, the integrity of passengers is managed dynamically, and the taxi appointment experience of passengers is enhanced. On the other hand, the enthusiasm of drivers in participating in taxi appointment service is enhanced, and analytical processing of taxi appointment service data by a taxi operating agency is facilitated.

The invention discloses a financial label extraction method and system based on keyword semantics. The method comprises the following steps: configuring a predefined label and a word vector table; extracting a keyword of a public opinion text, extracting a word vector corresponding to the keyword from the word vector table to obtain a keyword vector, and extracting a word vector corresponding to the predefined tag to obtain a tag word vector; and calculating the similarity between each predefined label and the public opinion text based on the keyword vector and the label word vector, and extracting the corresponding predefined label according to the similarity to serve as a financial label of the public opinion text to be output. The multi-dimensional financial tags of the public opinion text can be accurately extracted.

This invention relates to portable automobile pedal electro-magnetic hypersonic wound detecting device, wherein, the host machine hypersonic frequency signal generator generates hypersonic frequency signals through logic control unit power amplifier; the electro-magnetic hypersonic energy exchanger generates hypersonic surface wave near surface to send along surface and receive the feedback hypersonic surface through electro-magnetic wave and then sending it to the programmable amplifier into digital signals then through logic control unit to directly send to the memory or through digital process unit to the memory.

The invention provides a vibration table ultra-low frequency sine sweep signal amplitude recognition method based on sampling in a variable sampling rate. Firstly, vibration table vibration signals, those are, vibration table sweep signals are acquired and obtained through a vibration sensor arranged on the vibration table; then, the acquired vibration table sweep signals are subjected to anti-aliasing filtering through a low-pass filter to filter the high-frequency part; vibration table sweep signals at equal phase intervals are obtained through a variable sampling rate sampling method; and finally, a least square fitting amplitude recognition method is adopted to realize sweep signal amplitude recognition. The variable sampling rate sampling method is adopted to change time-varying sine sweep signals to standard sine signals, and the signals can be analyzed and processed conveniently; due to the least square fitting, the non-full period signal amplitude can be obtained; the real-time performance requirements of vibration control can be ensured; and due to the combination of the two, the problems of time varying and the non full period existing in ultra-low frequency sine sweep signal amplitude recognition are solved.

The invention provides a log reporting method, a device, an electronic device and a computer-readable storage medium. The log reporting method can monitor the state of the test event, and when the test event has error information, obtaining a log corresponding to the error information in time, to achieve the goal of rapid response, and further analyzing the target log, Get Key Fields, and according to the key field, comparing the target log with each log of the stored log data in the mass data, when the similarity between the target log and each log of the stored log data is less than or equalto a preset value, Obtaining the category of the target log, thereby pertinently reporting the target log according to the category of the target log, so that the log has a clear classification, anddata federation is realized, which is not only convenient to view, but also conducive to further analysis and processing through the log.

The invention discloses a harmful organism information management system. An Android client includes a site location management module, an area management module and a terminal report module, whereinthe site location management module is used for creating, managing, and deleting sites, the area management module is used for performing area information management, and the terminal report module isused for putting various data into statistics; and a dynamic site location database used for storing site location two-dimensional codes and poison bait delivery conditions is arranged in the site location management module. A site management system includes an APP interface for exchanging internet data with the Android client, a map search engine storing a map database, and a background management interface connected with a PC terminal; and the data exchange port of the background management interface is connected with a background information management module for processing the various data, and a background statistics module for comprehensive data processing. With the harmful organism information management system of the invention adopted, the dynamic planning and management of poisonbait sites are realized; all information data of the sites can be recorded in real time; the distribution of the sites can be adjusted in time, so that an early warning plan can be formulated; and disinfection and killing capacity can be greatly improved.

The invention discloses an online virtual shoe trying method. The method includes the following steps that: S002, the foot image of a user in a case where the user wears space-marking socks is acquired, and the foot image is uploaded to a remote data processor through a user terminal; S004, a sales terminal compares the user's foot image with a preset three-dimensional foot model and then generates a user's foot three-dimensional model; S006, the sales terminal acquires the user's foot size from the user's foot three-dimensional model, and matches the feet of the user with an appropriate shoesize; S008, the sales terminal selects a pre-stored three-dimensional shoe model according to the shoe size, projects the pre-stored three-dimensional shoe model onto the user's foot three-dimensionalmodel and generates a three-dimensional shoe trying model; and S010, the sales terminal sends the image of the three-dimensional shoe trying model to a server, and the server sends the image of the three-dimensional shoe trying model and the shoe size to the user terminal. With the online virtual shoe trying method of the invention adopted, a consumer can virtually try shoes online through a virtual reality technology before buying the shoes, and therefore, the fitting rate of the online shoe buying of the consumer can be improved, and the return rate of the shoes can be decreased.