44results about How to "Effective monitoring and management" patented technology

The invention provides a realization method for intellectualized uptown method under a wireless sensor network based on radio frequency identification. The method is characterized in that the system comprises an RFID sensing node, a mobile read and write line, a wireless sensor network gateway, mobile terminal equipment, system software and terminal software. The sensing node and the mobile sensing equipment collect label information through the RFID read and write line. A wireless sensing module sends the data to the wireless sensing network gateway equipment. The gateway equipment transmits the data by an infrastructure to the terminal equipment through realizing a seamless switch between the wireless sensing network and an ethernet or a wireless local area network. In the covering range of the wireless network, relevant mobile equipment such as a PDA, an intelligent cellphone can be conveniently used to obtain needed information. Eventually an intellectualized uptown system under the wireless sensor network based on the RFID is realized.

The invention relates to a method and system for production monitoring. The method for production monitoring comprises the steps of (1) collecting the times when a product enters working procedures, operation the starting times of the working procedures, and the operation stopping times of the working procedures, (2) calculating retention times and actual operation times of the working procedures according to collected data, wherein the retention time of each working procedure is obtained by using the time when the product enters a next working procedure of the working procedure to minus the time when the product enters the working procedure, the actual operation time of each working procedure is obtained by using the operation stopping time of each working procedure to minus the operation starting time of each working procedure; (2) determining the average output time of products of a production line according to the retention times and the actual operation times of the working procedures, wherein the value of the average output time is equal to a maximum value in average retention times of the working procedures; (3) carrying out comparison between the actual operation times of the working procedures and the average output time, and adjusting configuration of the working procedures according to comparison results. The method and system for production monitoring can carry out monitoring management in a real-time, high-efficiency and accurate mode, and improve production efficiency of the production line.

The invention discloses a tour group service management platform, which comprises a background management system and a mobile terminal management system, wherein the background management system is used for building connection with a national tourism administration system to perform data interaction; the mobile terminal management system is used for collecting tour data and building connection with a provincial tourism administration department to perform data interaction; tourists, tourism enterprises and the tourism administration departments respectively perform management on the tourism service the tour group service management platform. The tour group service management platform achieves the technical effects that the efficient accurate and real-time monitoring and management on the tourism service can be realized; the quality of the tourism service is guaranteed; the tourism supervision and the service level are improved.

The embodiment of the invention provides a 5G base station GPS antenna monitoring system. The power taking and data transmission are carried out by means of a reserved standard interface of existing equipment, after butt joint is completed, antenna working parameters including azimuth angles, downward inclination angles, longitude and latitude, altitudes and other parameters can be remotely read in an OMC network management system, and the remote fine management function on the antenna is achieved. After terminal equipment is in platform butt joint with the OMC network management system, the OMC network management platform completes the transparent transmission of antenna data parameters, the intelligent management and analysis of antenna attitude information are facilitated, the workloadof network optimization is reduced, the remote acquisition and management of antenna work parameters are realized, and personnel do not need to go to a station; and the functions of data query, verification, verification analysis and adjustment are completed on the platform, and data sharing, real-time management, coverage simulation and the like can be realized while daily optimal acquisition ismet. An intelligent monitoring product of the antenna work parameters is a future intelligent network optimization trend and has a wide market application prospect.

The invention discloses an intelligent door lock control method and device, electronic equipment, and a computer readable storage medium. The method comprises: receiving a door lock control request sent by a house-owner side terminal; generating rent order information according to rent payment information instructed by the door lock control request; pushing rent order information to a tenant sideterminal according to the tenant side terminal information instructed by the door lock control request; if exceeding a time limit specified by the rent payment information and still not receiving paidmessage corresponding to the rent order information, sending an outage control instruction to a door lock terminal corresponding to the tenant side terminal, wherein the outage control instruction isused for closing the unlocking authority of a specified tenant. The technical proposal provided by the embodiment of the invention can remind the tenant to pay the rent timely, the house owner has noneed for frequent phone calls to ask for rent payment, thus alleviating the workload of the house owner, and realizing effective monitoring and management of rent settlement of rented houses.

The present invention discloses a monitoring and management method. The monitoring and management method is suitable for a greenhouse monitoring system, wherein the system comprises an Internet of Things server, user equipment, N data acquisition devices which are disposed in N areas of a greenhouse respectively, at least one environment adjustment device which is arranged in the N areas respectively, wherein N is an integer greater than 1. The method comprises the following steps that: the Internet of things server receives N environment parameter sets sent by the N data acquisition devices; the Internet of things server sends the N environment parameter sets to the user equipment; the Internet of things server receives M set environment parameter sets sent by the user equipment, wherein the M set environment parameter sets are corresponding to M areas, wherein M is smaller than or equal to N; and the Internet of things server controls at least one environment adjustment device arranged in the M areas respectively to work. The embodiments of the present invention further provide an Internet of Things server. With the method and Internet of Things server provided by the embodiments of the invention adopted, the greenhouse can be effectively monitored and managed.

The invention discloses a building power consumption management system based on an intelligent power grid. The building power consumption management system comprises sensing terminal nodes configured in each building, a null line current sensor configured in each power cabinet in the building, a gateway and a management center server, wherein each sensing terminal node comprises a plurality of intelligent sockets matched with electric equipment in the building; each intelligent socket is used for acquiring an electric signal of the electric equipment to be monitored; the output ends of each intelligent socket and each null line current sensor are connected with the signal input end of the gateway; the output of the gateway is connected with the management center server through the network; and the output end of the management center server serves as the output of the building power consumption management system based on the intelligent power grid and displays the power consumption information in each building. The building power consumption management system is applied to building management, and the system can be matched with the manager, so that the power consumption conditions in the building can be effectively monitored and managed, and the violated power consumption conditions are timely known.

The invention relates to an enterprise financial monitoring system. The system comprises a financial asset standard operation cloud platform on an enterprise server, and a third party monitoring platform on an approval terminal; the third party monitoring platform is connected with the financial asset standard operation cloud platform and third party ERP software; the financial asset standard operation cloud platform and the third-party ERP software monitor and are connected with six major departments of an enterprise, wherein the six major departments are the procurement department, the salesdepartment, the warehouse department, the production department, the accounting department and the money receiving and payment department of the enterprise; and the third party monitoring platform isin communication connection with investment and financing parties, CFO management consultant teams and / or management operation teams of the enterprise itself. With the enterprise financial monitoringsystem adopted, the six major departments of the enterprise can be monitored in real time; each link is connected together efficiently so as to form a closed ring management; financial analysis is conducted regularly; financial management is transformed from an after-event mode to a before-event or in-event mode; financial professions are integrated more deeply and fully involved in the entire process of the operation of the enterprise; the strategies, business orders, production management, corporate performance, human resources, financial and taxation management of the enterprise can be integrated; and the strategic objective of the enterprise can be realized.

The invention discloses a monitoring and management method and system for an electric power system visual platform. The method comprises the following steps that: the configuration table of an electric power system is obtained; electric power device 3D models matched with various electric power devices in the configuration table are selected from a pre-established power device 3D model library according to model information in attribute information, wherein the attribute information is in the configuration table; the positions of the selected electric power device 3D models in a preset geographic area 3D model are set according to position information in the attribute information; the electric power device 3D models are connected according to topological relation information in the attribute information, so that an electric power system visual platform is obtained; and management instructions for electric power devices in the electric power system visual platform are obtained, and thedisplay effects of at least one electric power device 3D model in the electric power system visual platform are adjusted according to the management instructions. According to the method, the multi-dimensional information of the electric power system is integrated, and the electric power system visual platform is monitored and managed.

The invention discloses a monitoring device utilizing a power line carrier technology and a monitoring method thereof. The monitoring device utilizing the power line carrier technology and the monitoring method thereof are used for solving the problems of high wiring difficulty, maintaining difficulty and transmission rate limitation of a traditional field bus device monitoring system in a closed space application background. According to the method, a traditional token bus network technology is innovated, the improved token bus technology is applied to the power line carrier technology, a self-organization of a token LAN is carried out by a modem on a bus after the system is electrified, and an equal network access service is provided for each node. According to the monitoring device utilizing the power line carrier technology and the monitoring method thereof, the problem that a network time delay is unpredictable when CSMA / CA is used for processing a channel access mechanism in the traditional power line carrier technology is solved, high reliability and high communication rate are achieved, and requirements of device monitoring for data transmission reliability are satisfied. According to the invention, many-to-one device monitoring is realized through the power line carrier technology.

The invention, which belongs to the technical field of vehicle-mount terminal communication, relates to a communication assembly, especially to a multi-vehicle-mounted-terminal-based concurrent pipe controlled communication assembly. According to the technical scheme, the concurrent pipe controlled communication assembly comprises a communication assembly body carrying out data interaction with a plurality of vehicle-mounted terminals. The communication assembly body includes a data receiving and parsing module that is capable of receiving message data sent by the multiple vehicle-mounted terminals in a concurrent mode. After receiving of the message data sent by the vehicle-mounted terminals, the data receiving and parsing module determines the type of the message data and carries out data parsing based on the message data type to obtain vehicle-mounted terminal data; and the data receiving and parsing module can store the vehicle-mounted terminal data into a database and push the vehicle-mounted terminal data to a message server. According to the invention, the structure is compact. Data acquisition of the multiple vehicle-mounted terminals as well as effective monitoring and management of multiple vehicles can be realized. The application range is wide; and security and reliability are high.

The invention, which relates to the field of the global tourism big data platform, discloses an enterprise global tourism big data operation management and marketing platform comprising a scenic spotbig data platform, an internet OTA distribution channel data management system, a scenic spot supervision module and an intelligent marketing module. The scenic spot big data platform constructs a basic operation environment for operation of the scenic spot supervision module and the intelligent marketing module by utilizing a cloud computing technology, and has the beneficial effects that scenicspot data management of the big data platform is combined, so that scenic spot preview service and online guide service are realized, and the experience of tourists in a scenic spot is improved; through the intelligent marketing platform, an enterprise can popularize commodities more conveniently and effectively, benefits of the enterprise are improved, meanwhile, the intelligent consultation / complaint platform is arranged, and the technical effects that tourism services are monitored and managed efficiently and accurately in real time, the quality of the tourism services is guaranteed, and the tourism supervision and service level is improved are achieved.

The invention provides a flat knitting machine monitoring cloud server and system. The cloud server is used for monitoring flat knitting machines of a plurality of factories; the cloud server comprises a plurality of communication service modules, a communication control module and a data storage module; the communication control module is connected with the communication service modules, and thecommunication service modules are connected to the data storage module; the data storage module comprises a plurality of storage areas, and one storage area corresponds to at least one factory; the communication control module is used for allocating the communication service modules to the plurality of flat knitting machines when the flat knitting machines plurality of flat knitting machines are connected to the cloud server at the same time; and the communication service modules are used for receiving report data of the flat knitting machines, analyzing the report data to obtain correspondingfactory identifiers, and storing the report data in the storage areas corresponding to the factory identifiers. The flat knitting machine monitoring cloud server realizes efficient monitoring and management of the flat knitting machines of the plurality of factories.

The invention relates to the technical field of drug monitoring and storage, and discloses a drug monitoring and storage device. The drug monitoring and storage device comprises a cabinet body, a display screen, multiple keys, an authentication device, a camera, a barcode scanner, a drug storage box, and a control system; the display screen, the multiple keys, the authentication device, the camera, and the barcode scanner are arranged on the front side of the upper part of the cabinet body, the drug storage box is arranged on the lower part of the cabinet body, an electric box door is arrangedon the front side surface, located on the cabinet body, of the drug storage box, the control system comprises a single chip microcomputer, a wireless communication module and a power supply module, the power module is used for providing power for the whole device, the display screen, the multiple keys, the authentication device, the camera, the electric box door, the barcode scanner, and the wireless communication module are connected with the single chip microcomputer. The drug monitoring and storage device facilitates people to reflect adverse drug reactions, the drug quality can be monitored and managed, drugs with adverse reactions are timely recalled, and people health is certainly guaranteed.

The invention relates to the technical field of intelligent household appliances, and discloses refrigeration equipment which comprises a body with at least one storage cavity, an RFID module, a storage base and a processor assembly. The processor assembly is connected with the RFID module and used for obtaining the expiration date information, determined by the RFID module, of the food materials in a storage device and the first duration information of the storage device and determining the remaining expiration date of the food materials stored in the storage device according to the expiration date information and the first duration information. According to the refrigeration equipment, the remaining expiration date of the food material is determined according to the first duration and the expiration date information of the food material, and the remaining expiration date of the food material can be effectively monitored and managed no matter whether the food material is placed in the refrigeration equipment or not after the food material is placed in the storage device, so that a user can accurately and efficiently know the situation of the remaining expiration date of the food material, and the condition of expiration of food is prevented. The invention further discloses a method for food material management.

The invention discloses a charging field intelligent management system based on a CNN convolutional neural network. The invention relates to the technical field of electric field monitoring and management, and provides convenience for effective monitoring and management of a charging field. The system comprises a micro-control unit, a communication module, a charging field management platform, a charger which is arranged in a charging field and can charge a new energy vehicle, and a camera which is arranged in the charging field. The communication module, the control end of the charger and thecontrol end of the camera are respectively connected with the micro-control unit; The micro-control unit is in communication connection with the charging field management platform through the communication module; The charging field management platform is provided with a CNN convolutional neural network module capable of processing pictures shot by the camera; A charging parking plate for allowing the new energy vehicle to park on the charging parking space for charging is independently arranged at each charging parking space of the charging field; A plate pressure sensor is arranged below each charging parking plate, and each plate pressure sensor is independently bound with a plate address encoder.

The invention is applicable to the technical field of medical services, and provides a ward service detection system. The ward service detection system comprises an environment monitoring unit used for detecting the air quality in a ward environment; a gas control unit which is used for processing the information fed back by the environment monitoring unit and adaptively discharging gas accordingto the environment in the ward; a thermal imaging monitoring unit which is used for detecting the position of a patient in a ward by utilizing thermal imaging monitoring; a multi-angle imaging unit which adopts a multi-angle rotary imaging unit to assist the thermal imaging monitoring unit to further observe the patient; and a detection alarm unit which is connected with medical equipment for theward and used for comparing data in the medical equipment in real time. Therefore, real-time monitoring of the situation in the ward can be effectively realized, the detection quality is improved, andthe safety of the patient is improved.

The invention provides a conveying device comprising a power spindle, an idle wheel spindle, a conveyer belt, a work / energy conversion wireless monitoring device and at least one field wireless controller. The field wireless controller is used for sensing the operation condition of the conveying device to generate sensing data and wirelessly transmit the sensing data to the work / energy conversion wireless monitoring device. The work / energy conversion wireless monitoring device comprises a power generator, a battery, a rotating speed measurement sensor, a microprocessor and a transmission antenna. The power generator is coupled with the idle wheel spindle. The power generator generates power by the rotating motion of the idle wheel spindle. The battery is electrically connected with the power generator. The battery receives and stores the power generated by the power generator. The rotating speed measurement sensor is used for measuring the rotating speed of the idle wheel spindle.

The invention discloses a method and a system for monitoring and managing a digital class board, and belongs to the field of digital teaching. The method comprises the following steps that running state parameter information is regularly sent to a server through the digital class board, a management terminal receives the running state parameter information of the digital class board through the server, compares the obtained running state parameter information with parameter information in a normal state, and judges a running state of the digital class board; in addition, the management terminal can send a control instruction to the digital class board, the digital class board performs self-inspection according to the control instruction, and parameter information under the self-inspectionoperation is sent to the management terminal for comparison to realize monitoring of the running state of the digital class board. According to the method and the system, the problem that data is notpushed in place due to the fact that the digital class cards are abnormal can be effectively avoided, meanwhile, monitoring and management of the digital class cards are facilitated, the abnormal digital class cards can be accurately found when the digital class cards are abnormal, and maintenance is convenient.

The invention discloses a system and a method for overtemperature control on a platen superheater of a supercritical boiler. The system comprises wall temperature sensors installed on the pipe wall of the platen superheater, an in-situ measurement device for receiving the signals of the wall temperature sensors, a power station decentralized control system DCS in communication connection with the in-situ measurement device, a first-stage monitoring loop and a second-stage monitoring loop which are connected with the in-situ measurement device and used for monitoring the wall temperature sensors, an over-fire air baffle controlled by the power station decentralized control system DCS and connected with the first-stage monitoring loop, and a desuperheating spray control valve controlled by the power station decentralized control system DCS and connected with the second-stage monitoring loop, wherein the first-stage monitoring loop comprises a first-stage speed-limiting module, a first-stage amplitude-limiting module, a first-stage OR operation module and a first-stage output pulse module; and the second-stage monitoring loop comprises a second-stage speed-limiting module, a second-stage amplitude-limiting module, a second-stage OR operation module and a second-stage output pulse module. The invention further discloses a control method of the system. The system and the method have important significance for improving the running reliability of a thermal power plant, prolonging the life of key equipment and lowering the maintenance and repair costs.

The invention relates to the field of the ocean engineering equipment and specifically relates to an ocean engineering equipment project progress monitoring system. The ocean engineering equipment project progress monitoring system comprises three layers, namely a client, a Web application layer and a data layer, all of which are orderly connected from top to bottom, wherein the client comprises a Web browser and a client downloading tool, the two of which are orderly arranged; the Web application layer comprises an interface presentation layer, a functional logic layer and a platform layer. The ocean engineering equipment project progress monitoring system based on Web is preliminarily designed; the system is well integrated with the ideas of ocean engineering equipment project management and system design, and is capable of effectively performing monitoring and management on the construction progress of the projection construction process, and as a result, the working efficiency is improved; meanwhile, advance control can be realized on the postponing of the projection construction progress or accidents, and therefore, the influence of post-action control on the construction period of the whole ocean engineering equipment project is avoided.

The invention provides a radioactive source intelligent monitoring management system, and the system comprises a data receiving module, a radioactive source classification module and an exception handling module; the data receiving module is connected with the radioactive source classification module and the exception handling module, and the data receiving module is also communicated with a radioactive source monitor arranged in a to-be-monitored enterprise. According to the radioactive source intelligent monitoring management system, the radioactive source data, sent by the radioactive source monitor, of the to-be-monitored enterprise are received in real time through the data receiving module, the abnormity processing module judges whether the corresponding to-be-monitored enterprise has radioactive source abnormity or not according to the radioactive source data, and when the to-be-monitored enterprise has the radioactive source abnormity, a radioactive source abnormality report is generated; the radioactive source classification module generates a radioactive source legend according to the radioactive source data, so that the real-time effective monitoring of the radioactive source of the enterprise to be monitored is realized, the time required by the monitoring process is shortened, the overall monitoring efficiency is improved, and the processing efficiency of the radioactive source accident is improved.

The invention discloses a power distribution network first-aid repair processing method and device. The method comprises the steps: generating a fault work order according to a fault of a power distribution network; judging the fault form of the fault work order to obtain the fault type of the power distribution network; under the condition that the fault type is a first fault, coordinating required material information to a command center, and ending the fault work order; or, under the condition that the fault type is a second fault, determining a fault section of the power distribution network and a fault point of the fault section, performing on-site repair processing on the fault point of the fault section, and ending the fault work order after the on-site repair processing is finished; and maintaining the fault work order, and filing the maintained fault work order. According to the invention, the technical problem that the whole process of fault processing cannot be effectively monitored and managed in power distribution network fault repair in the prior art is solved.

The invention discloses a threshold monitoring method based on performance index, comprising the following steps: S202, a management system sending a threshold monitoring request based on performance index to a managed system; S204, the managed system executing validity checking to the threshold monitoring request based on performance index; and S206, the managed system executing the threshold monitoring to the performance index needing monitoring appointed by the management system on the condition that the threshold monitoring request based on performance index is legal. The invention greatly improves the practicability and effectiveness of the threshold monitoring, so that the invention is good for improving the system service quality.

The invention discloses a monitoring device utilizing a power line carrier technology and a monitoring method thereof. The monitoring device utilizing the power line carrier technology and the monitoring method thereof are used for solving the problems of high wiring difficulty, maintaining difficulty and transmission rate limitation of a traditional field bus device monitoring system in a closed space application background. According to the method, a traditional token bus network technology is innovated, the improved token bus technology is applied to the power line carrier technology, a self-organization of a token LAN is carried out by a modem on a bus after the system is electrified, and an equal network access service is provided for each node. According to the monitoring device utilizing the power line carrier technology and the monitoring method thereof, the problem that a network time delay is unpredictable when CSMA / CA is used for processing a channel access mechanism in the traditional power line carrier technology is solved, high reliability and high communication rate are achieved, and requirements of device monitoring for data transmission reliability are satisfied. According to the invention, many-to-one device monitoring is realized through the power line carrier technology.

The invention discloses an optical line terminal and a service channel mirror method, which relate to the technical field of communication. According to the optical line terminal, each optical modulein a first optical module array is connected with a service unit through a service node interface (SNI), and each optical module in a second optical module array is connected with a wavelength multiplexer (WM); a channel switch control unit group comprises two channel switch control units, each channel switch control unit is provided with multiple input ports and output ports, and the input portsand the output ports are connected with the optical modules in different optical module arrays; and a management module is used for issuing configuration information of the input ports and the outputports to the two channel switch control units so as to build a two-way service channel and a service channel mirror channel between the SNI and a user network interface (UNI). After a service application fails, the service data information can be acquired from the mirror channel to analyze and position the fault, and the service channel is monitored and managed.