95results about How to "Realize online management" patented technology

The invention relates to an on-line management method for an engineering project. According to the on-line management method for the engineering project, based on a remote interaction platform, through data transmission and data processing between a budget end computer device, a plurality of contracting enterprise end computer devices, a plurality of evaluation end computer devices, an application end computer device, a plurality of submission end computer devices, a plurality of checking end computer devices and a server end computer system, on-line bidding and tendering and bid evaluation of the engineering project are achieved, and on-line evaluation and on-line making of an engineering project progress plan of a contracting enterprise of the engineering project, on-line tracking of engineering project progress completion conditions, response and management of engineering project progress abnormal conditions, on-line generation of an engineering project quality acceptance report form, one-line application for engineering project progress payment, and on-line generation of engineering project budget by material and labor cost analysis are achieved.

The invention relates to an on-line management method for engineering project bidding, tendering and bid evaluation. According to the method, based on a remote interaction platform, through data transmission and data processing between a contracting enterprise end computer device, a checking end computer device and a server end computer system, and through the steps of applying for contracting enterprise registration, applying for the bidding, setting a bidding marking sheet, uploading tendering documents, calculating a total bid evaluation score according to marking standards of the bidding marking sheet, generating a bid evaluation report and a pre-determining report form and sending a bid-winning notice to a bid-winning contracting enterprise, on-line management for the engineering project bidding, tendering and bid evaluation is achieved, and effective support is supplied to bidding and tendering work of large-scale enterprises.

The invention relates to the field of identification, and particularly relates to a method for carrying out electronic identity recognition by utilizing two-dimensional codes. The method is characterized in that at least one client terminal, a ticket reservation system, a ticket business server, a ticket business database, a ticket selling workstation, an electronic tag printer, an identity card reader, a ticket checking entrance, wireless radio-frequency equipment and an identity card database are adopted in the method, wherein the client terminal refers to a passenger, namely a person who needs to purchase a ticket for taking a bus and acquires a two-dimensional code electronic tag through intelligent terminal equipment during ticket purchasing; the ticket reservation system refers to a network ticket reservation system; and the ticket selling workstation refers to the existing station ticket window and various agent ticket offices. The method for fast and conveniently carrying out the electronic identity recognition, which is provided by the invention, mainly aims at overcoming the defects of the existing paper ticket and solving the problem of difficult queuing during the ticket purchasing and can reduce the labor intensity of ticket checking personnel, improve the incoming efficiency of the passengers and realize the high security and the high antifalsification through the uniqueness of a second-generation identity card.

The invention discloses a project management method, device and system, which is applied to a mobile terminal in a project progress management system under an engineering management mode EPC. The project progress management system comprises a server and at least one mobile terminal. The mobile terminal is wirelessly connected with the server. The mobile terminal is used for inputting design management information, construction management information and material management information, so as to realize online management. A series of shortcomings of serious paper waste, low management efficiency, management information access lag and the like of old methods, which are caused by the behindhand offline management method of paper report management of project management methods, are ended. The progress can be well reflected to management staff in real time. Fine and multi-dimensional project progress management is realized.

The invention relates to an on-line management method for project progress payment application. According to the method, based on a remote interaction platform, through data transmission and data processing between an application end computer device, a checking end computer device and a server end computer system, with an electronic contract used as the basis of the payment application, and through establishment of electronic spreadsheets with the four payment application types of advance payment, temporary loan, money guarantee and ticket to payment, true and accurate data support is supplied to paying of project progress payment, on-line management for the project progress payment application is achieved, and efficiency of project management work is improved.

The invention relates to a low-cycle fatigue life span management system for key components of a single steam turbine. The invention is characterized in that the management system comprises a low-cycle fatigue residual life span calculating/applying server and software, a data base server, an external system interface, a steam turbine data collecting system DAS and parameter measuring points, a web server and an user browser. The management method comprises inputting online monitoring data, inputting basic data about start and load change, calculating on line the low-cycle fatigue life span loss di of each component of the steam turbine, offering the advice for optimizing the operation for the single steam turbine, calculating the residual low-cycle fatigue life span of the key components of the single steam turbine according to order and recommending optimizing maintenance measures for the single steam turbine. The invention has the advantages of realizing the online management for the low-cycle fatigue life span about the key components of the single steam turbine and achieving the technical effect of utilizing one set of low-cycle fatigue life span management system to manage the low-cycle fatigue life span of the key components of the single steam turbine.

The invention discloses a service system for Internet of Things used for a user to interconnect multiple devices to the same Internet of Things. The service system comprises a user platform and a background system supporting the user platform, wherein the user platform comprises an interactive process edition module used for the user to create an interactive process between the devices and a process element selection module used for the user to select elements needed for creating the interactive process; the process elements include the devices and a data processing module; the devices, the data processing module connected between the devices and data transmission channels between the devices and the data processing model form data flow modules; the data flow modules form the interactive process; and information interaction between the multiple devices is realized through the interactive process. The background system is used for supporting the user platform to realize the functions.

The invention discloses a multifunctional safety monitoring system for a construction hoist and relates to the technical field of monitoring equipment. The system comprises a main control module, a display module, a driver identity recognition module and a weighing sensor. The weighing sensor is connected with the display module, the display module and the driver identity recognition module are connected with the main control module respectively, and the display module sends monitoring data to a remote data platform through a general packet radio service (GPRS) network to be recorded. By means of the system, the comprehensive safety problem of the construction hoist is mainly solved, a plurality of problems of hoisting capacity overloading, bearing number overstaff, informal driver operations, violation hit ceiling operations and the like are solved integrally, the problem states are sent to the remote data platform through an internet to be recorded, and states of all cage doors, limiting states of upper and lower limits, deadweights, the number of persons in the hoist, the hoist operations states and driver states are monitored in real time.

This application provides a two-dimensional code for a wedding invitation, the two-dimensional code contains basic wedding information, a wedding invitation video, a seating arrangement table, and a third-party application interface, wherein the third-party application interface is used to connect to a third-party social application to Respond to the invitation. The present application also provides a generating method, a pushing method and a reading method of the two-dimensional code of the wedding invitation. This application sends wedding invitations in the form of QR codes online through a third-party application, and guests can obtain relevant information and reply by scanning the codes, realizing online management of wedding invitations and responses, increasing the interaction between guests and hosts to enhance the sense of participation, and at the same time providing The wedding adds a sense of technology and fashion.

The invention relates to an online calendar lifespan management system for important durable components of a plurality of steam turbines, and is characterized in that a web server is respectively connected with a calculation/application server, a database server and an user browser, wherein, the calculation/application server is connected with the database server, and the database server is respectively connected 1 to N steam turbine data collecting systems and parameter measuring points through external system interfaces. The management method comprises calculating on line the low-cycle fatigue lifespan loss dijk about the important durable components of the 1 to N steam turbines, the maximum low-cycle fatigue lifespan loss dmij during the processes of start, stop and load change, as well as accumulated low-cycle lifespan loss ENij and accumulated creep lifespan loss Etij, confirming the annually-average calendar lifespan loss ey of the durable components of the steam turbines, calculating the residual calendar lifespan RLij of high-temperature durable components, the residual calendar lifespan RLij of lower temperature durable components, and recommending optimizing maintenance measures for a plurality of steam turbines. The invention has the advantages of realizing the online management for the calendar lifespan about the key components of a plurality of steam turbines and achieving the technical effect of utilizing one set of calendar lifespan management system to manage the calendar lifespan of the key components of a plurality of steam turbines.

The invention relates to an overhaul management system and a service life management method for important compressor parts in a coal chemical industry, which can be used for the equipment management of multiple compressor sets in the coal chemical industry enterprises and belong to the technical fields of chemical engineering and compressors. The overhaul management system is characterized by comprising data management software, a computation/ application server, a database server, an external system interface, a compressor data acquisition system, a parameter measuring point and a user side browser. The service life on-line management method is characterized by comprising the following steps of: operating the service life analysis software of the important compressor parts in the coal chemical industry, which is complied with C language, on the database server; calculating the accumulated low cycle fatigue service life loss and accumulated torsional vibration fatigue service life loss of the important compressor parts on line; and guiding the optimized operation and the active overhaul measure of the multiple compressor sets. The invention has the advantages that one set of active state overhaul management system manages the service life of the important parts of a plurality of compressors and the technical effect of active state overhaul is realized.

The invention discloses a third-party module software on-line management method which comprises the following steps that first, whether an updating file of third-party module software corresponds to a hardware mark of a single disc which needs updating is checked, if yes, the second step is carried out, and otherwise, updating is not carried out; second, the file description of a target file is obtained; third, the target file is subjected to integrity checking, if the fact that the target file is not complete is found, updating is not carried out, and errors are reported to a web master; otherwise, the fourth step is carried out; fourth, according to the comparing result of information of two versions, whether updating is allowed is judged, if the version of the target file is older than the version of a current file, updating is not carried out, and otherwise, the fifth step is carried out; and fifth, the target file is downloaded, installed and updated. According to the method, a semi-automatic measure is used, on-line management of the third-party module software is achieved, manpower and material resources are saved, and software maintaining efficiency is improved.

The present invention aims to provide a fire extinguisher information maintenance method and system which can realize the online management of the fire extinguishers, and can add and replace the fire extinguishers in an online manner. By real-timely updating and recording the basic information and the detection result information of the fire extinguishers, and analyzing and displaying the current states of the fire extinguishers according to the basic information and the detection result information of the fire extinguishers, the basic information, the detection result information and the current states of the fire extinguishers can be queried at anytime, and the online efficient management of the fire extinguishers is realized.

The invention provides a vehicle and accessory analysis and maintenance system and a client online management system and method. The method includes: obtaining online and offline interaction information of a client, wherein the interaction information is an interaction condition of online and offline transaction, after-sales and/or feedback of the client; analyzing the interaction information of the customer by adopting an RFM model; performing analyzing to obtain an RFM value of the client, wherein the RFM numerical value represents the interactive popularity of online and offline transaction, after-sales and/or feedback of the customer; grouping and classifying the customer according to the RFM numerical value, and adopting a corresponding service mode for customers belonging to different groups and classes to realize online management of the customer. By means of the mode, a new data analysis processing method can be adopted, all-around analysis management can be conducted on customers, the market competitiveness of products is guaranteed, technical maintenance of enterprises is facilitated, and huge economic benefits are brought to the enterprises.

The invention provides a real-name management system for a worker in the construction industry based on helmet positioning. The system comprises a client, a positioning helmet, a management platform and a payment platform. The client is used for transmitting an ID card photo, publishing and browsing work information and signing an electronic contract. The client includes a worker side and an employing side. The positioning helmet is used for sending the positioning information of a wearer to the management platform. The management platform is used for performing real-name authentication on theID card photo transmitted by the client, receiving and displaying an electronic resume and employment information, carrying out attendance management on the worker according to the positioning information, and then calculating a salary according to attendance information. The employing side pays the worker through the payment platform, and the payment platform sends a payment voucher to the management platform. The online employment, online management and online payment in the construction industry are achieved.

The present invention relates to the field of hemodialysis, and more particularly to a dry weight control system during hemodialysis. The dry weight control system comprises a patient database for recording historical dialysis data of a patient; a client system for daily logging and uploading of the patient's weight; a back-end control system connecting the client system and the patient database for receiving the data uploaded by the client system and transferring the data to the patient database for storage, determining a patient's latest dry weight based on the patient's historical dialysisdata and historical weight data, and determining a hematocrit threshold based on historical dialysis data; a front-end monitoring system, coupled to the back-end control system, used to obtain the latest dry weight data and the hematocrit threshold, and monitoring ultrafiltration during hemodialysis based on the dry weight and the hematocrit threshold. The system is based on the patient's own dialysis data and body parameters for analysis, which can well realize the online control function of the patient's hemodialysis process.

The invention discloses an on-line identification method for plating clamps. The method comprises the following steps: (1) forming nine screw holes in a clamp body of the plating clamp; (2) arranging an inductive screw in at corresponding position of at least one of the screw holes; (3) respectively arranging inductive devices on the other side of the inductive screw for sensing the inductive screw so as to output a signal; and (4) comparing the output signal with pre-stored data in the operating system and numbering each clamp so that the clamps can be identified with a number. The method disclosed by the invention not only can realize on-line management and feedback of on-line operating state of a great number of clamps; for example, monitoring of the power supply resistance value of the clamp or information of workpieces clamped by the clamps and the like can be automatically input into a computer for automatically managing production parameters. When the parameters are different from the set values, alarm is sent out immediately, so that the worker can effectively and immediately treat equipment abnormality caused by clamp operation, thereby ensuring the stable operation of plating equipment.

The invention provides a tourism intelligent perception system based on the Internet of Things, and the system comprises a perception equipment module which is tourism and traffic perception equipment; a intelligent gateway platform comprising a data access subsystem which is in communication connection with the sensing equipment module and can realize access, full life cycle management and onlinemanagement of the heterogeneous sensing equipment; a data processing subsystem connected with the data access subsystem and is used for carrying out standardized processing and forwarding on the datatransmitted by the sensing equipment module; and an intelligent service module connected with the data processing subsystem and is used for realizing various services of the traffic and tourism intelligent service. According to the system, through data fusion of the Internet of Things, tourists are taken as the center, and relevant tourism information can be actively sensed by means of terminal device, so that tourism plans can be arranged and adjusted in time.

The invention provides an online declaration management system for enterprise energy, and belongs to the field of declaration management. The system comprises a data collection system, a data processing system, and an energy consumption declaration management system. The data collection system collects data, and transmits the data to the data processing system for processing. The data processing system transmits the processed data to the energy consumption declaration management system. The energy consumption declaration management system comprises an energy consumption declaration management module, an energy consumption filling and declaration module, an energy-saving checking center, and an energy consumption declaration storage module.

The invention relates to a data model collaborative design and result management method, which comprises the following steps of: constructing a data middle table between a background and a foregroundfor collaboration between background data development and foreground application development, constructing a full-service unified data center at the background, and constructing a unified data model covering a plurality of theme domains through the full-service unified data center, issuing the unified data model, processing the unified data model by the data middle station, and distributing to a foreground; according to the method, a unified data model standard is constructed in the earlier stage, a foundation is laid for subsequent data model online management design work, a data middle platform and an online management tool are constructed, consistency processing of a data model design state and a data model operation state and data model management function modularization are achieved.Data model design specifications and information model design results are managed online, the whole process of data model design from design to application is managed online, and an online supportingmeans is provided for enterprise-level data model standard landing.