58results about How to "Achieve management control" patented technology

The system is composed of network management and net element, both of which possess SNMP MIB nodes of SNMP management information base. SNMP MIB nodes include fault/ alarm management nodes in use for sending fault/ alarm control message of management to net element from network management, and for reporting fault/ alarm message from net element to network management. The disclosed system and method implements managing and controlling fault/ alarm.

The invention discloses an agent processing method and device for a broadcast of an Android application. The method comprises the steps that an installation package of the specified Android application is acquired and stored in a specified catalogue; a sandbox needed for operating of the specified Android application is constructed, so that the Android application operates in the sandbox; the behavior of the specified Android application in the operating process is monitored, and the specified Android application is agented to receive and send broadcast messages. It is clear that in the scheme, the specified Android application is placed in the sandbox for operating, a sealed operating environment is provided for the specified Android application through the sandbox to monitor the behavior of the specified Android application in the operating process, the sandbox agents the specified Android application to receive and send the broadcast messages, and then the behavior of the specified Android application is managed and controlled.

The invention discloses equipment with a unified machine frame management framework and a management control method thereof. The equipment comprises a master control board and a controlled board, wherein the master control board comprises a central processing unit (CPU) and a first logic unit connected with the CPU; the controlled board comprises a second logic unit, a clock module and an application module, wherein the second logic unit is connected with the first logic unit of the master control board by a communication interface to communicate with the first logic unit so as to interact signal with the CPU; the second logic unit is connected with the application module by a control interface for managing and controlling the application module under the control of the CPU; and the clock module is used for reading a preset configuration word prestored in a memory to distribute the second logic unit and the application module. The invention realizes the equipment with the unified machine frame management framework, which has low cost.

The invention provides a high-density fish pond breeding and monitoring system based on the technology of Internet of Things, which belongs to the technical field of high-density aquatic product cultivation. The system comprises a monitoring platform, a measuring device and a water quality adjusting device. The monitoring platform comprises a water quality data detection module and a control module. The control module controls the high-density fish pond breeding environment according to the detection data of the water quality data detection module and carries out automatic breeding operation.The measuring device measures the water quality condition and sends the water quality condition to the water quality data detection module. The water quality adjusting device conducts water quality adjusting operation based on the control instruction sent by the control module. The high-density fish pond comprises a circulating breeding sub-pond, a purification sub-pond, a sewage collecting pond and a sewage filtering pond. Water in the circulating breeding sub-pond flows into the purifying sub-pond by sequentially passing through the sewage collecting pond and the sewage filtering pond, and the purified water is injected into the circulating breeding fishpond through a layered water injection structure. According to the invention, local or remote intelligent management and control like water injection, dirt absorption, sterilization, oxygen adding, feeding can be realized through the technology of the Internet of Things.

The invention relates to grading identification and qualification-based discharge monitoring system and method for a surface water controlled online test. In the invention, a test result acquisition module is used for acquiring the test results of monitoring equipment of online monitored items according to a set frequency; and then, the test results and the set threshold values of the corresponding monitored items are compared to obtain a comparison result; a control command is output according to the comparison result; and the opening and closing states of a sewage valve and a discharge valve are controlled according to the control command, or a monitor for a next level of monitoring is driven according to the control command. In the invention, by carrying out identification comparison on the test results of all the controlled online monitored items and giving the control command according to the identified comparison result, the closing and opening of the sewage valve and the discharge valve are controlled and the quality-based discharge of water bodies can be realized, so that the water bodies can be discharged under the control on the basis of quality; in addition, according to the identified comparison result, a management command can be output to mange and control a test process.

The invention discloses a method and system for managing a smart home device. The method comprises the following steps that: a smart terminal device is connected with a home smart gateway through an internet network, and acquires a management authority that the smart gateway manages the smart home device; the smart terminal device sets the working parameters of the smart home device, presets working events, and uploads to the internet network; the home smart gateway receives setting information of the smart terminal device, and saves the working parameters and set working events of the smart home device; the home smart gateway sends the setting information of the working parameters and working events to the corresponding smart home device according to the corresponding address mapping list; and the smart home device modifies the local working parameters according to the set working parameter information, times the working events, and triggers the corresponding working event when the setting condition is reached. According to the method and system for managing the smart home devices, the real-time, smart, remote, intensive and simplified management control of the smart home device can be realized.

The invention provides an intelligent charging remote management method and system as well as a server. The system comprises a network module, an intelligent charging control device management control module and a client management control module, wherein the network module is used for establishing connection with a plurality of intelligent charging control devices and a plurality of clients through a network; the intelligent charging control device management control module is used for establishing geographic position file information for each intelligent charging control device, controlling the charging starting and charging stopping of the intelligent charging control devices, and at least obtaining charging expenses of the intelligent charging control devices according to charging time; the client management control module is used for enabling the clients to display the intelligent charging control devices through a map form, managing and controlling user accounts in the clients, and correspondingly responding to instructions sent by the clients. According to the method and system as well as the server, the starting, stopping and charging expenses of the intelligent charging control devices can be remotely realized, and the query, management and control, carried out by the clients, of the intelligent charging control devices can be realized.

The invention discloses an SDN-Hub configuration method and system. The method comprises the following steps: performing data modeling on a function configuration command of a manufacturer device to obtain a corresponding YANG model, extracting a data node of the YANG model, storing the data node in a node path file, constructing an interface function module of the manufacturer device according tothe YANG model and the node path file, finally compiling the interface function module into a Plugin, and integrating the Plugin into the SDN-Hub so as to achieve the management and control of different manufacturer devices by the SDN-Hub. By adoption of the technical scheme disclosed by the invention, no super controller needs to be developed, so that the development and maintenance costs are reduced.

The invention discloses an application management method and apparatus. The method comprises the steps of determining whether a first application is an application with running limitations or not when the first application is activated; if not, directly running the first application; and if yes, determining a second application by which the first application is limited, and judging whether the running of the second application meets a set condition or not according to a running record of the second application in a current monitoring period, and if the set condition is met, running the first application, or otherwise, prompting the running of the second application. According to the method and the apparatus, whether the first application is allowed to run or not needs to depend on the running situation of the second application, and only when the running situation of the second application meets the set condition, the first application is allowed to run, otherwise, the second application runs, so that the application management control is realized.

The invention discloses a method, system, device and equipment for controlling a serial device. Main control equipment is annularly connected with a plurality of controlled devices in series by a main control serial device and controlled serial devices. The control method comprises the following steps: sending control signals to the controlled serial devices at the downstream by the main control serial device; when the controlled serial devices receive the control signals sent by the main control serial device or the controlled serial devices at the upstream, analyzing downlink data in time slots corresponding to the controlled devices to which the controlled serial devices belong from the control signals, and then forwarding the downlink data to the controlled devices to which the controlled serial devices belong; writing uplink data in the corresponding time slots, and sending the uplink data to the controlled devices or main control serial device at the downstream, wherein the uplink data are sent to the main control equipment by the controlled devices to which controlled serial devices belong; and after the main control serial device receives the control signals, forwarding the control signals to the main control equipment to acquire the uplink data which are carried in the control signals and sent by each controlled device. The annular serial connection of the serial devices is used to realize management control of the main control equipment for a large number of controlled devices; and in addition, the structure design is simple and convenient to realize.

The invention provides a resource management method and device, relates to the communication field and solves the problem that the security in the existing resource request process is low. The method comprises following steps: receiving access tokens sent by a third party server, wherein the access tokens indicate the resources requested by the third party server; verifying whether the third party server acquires authorization; after determining that the third party server acquires the authorization, returning the requested resources to the third party server. The technical solution provided by the invention is applicable for managing and controlling the resources in an open platform network environment.

An electronic donation management system includes: a server, the server including a processor; and a platform in communication with the server, the platform being connected with the Internet and accessible to a plurality of users through the Internet. The platform is a web application being configured to generate a website and a mobile application. The platform is configured to receive donation and loan related data from the users and send the data to the server. The server is configured to store the data, to grant appropriate memberships to the users respectively, and to activate functions that correspond to the memberships for the users respectively. The processor is configured to make calculations based on the data and make donation and loan related decisions according to the calculations. An electronic donation management method is also provided.

The present invention realizes management control of a battery pack using an accurate cell voltage measurement value. A battery system monitoring apparatus 10 that monitors and controls a battery system is provided with a battery monitoring circuit 100 provided for each cell group 120. Each of the battery monitoring circuits 100 is connected to both poles of each unit battery cell 110 of the corresponding cell group 120 via voltage detection lines 2 and has a cell voltage measurement unit 6 that measures the cell voltage of each unit battery cell 110 at prescribed time intervals. An RC filter4 having a resistor and a capacitor is connected to the voltage detection lines 2. When the accumulated electric charge in the capacitor of the RC filter 4 changes, the cell voltage measurement unit 6extends the cell voltage measurement intervals.

The invention provides a target mode position measurement method and system, a storage medium and equipment. The method comprises the following steps: acquiring two images of a target object at different positions; segmenting the two images to obtain a target object to be measured in the images, and obtaining a pixel set of the target object; taking one of the images as a reference image, and matching pixel points of the target object in the two images to obtain a corresponding relation of the pixel points of the target object in the two images; solving an equipment posture during image acquisition by utilizing the pixel coordinates and the world coordinates of the known reference datum point, solving a space direction vector of the target object based on the posture and the pixel coordinates of the target object, and further solving actual space coordinates of the target point; repeating the above steps, and traversing and calculating each point in the target pixel set to obtain a final mode position of the target object; according to the invention, the mode position measurement of the target object can be realized by collecting two images of the target.

The invention discloses a vehicle fault diagnosis method. The method comprises the steps of receiving a fault diagnosis instruction; requesting to obtain a diagnosis file and license from a backgroundserver according to the fault diagnosis instruction; decrypting the diagnosis file by using the license to obtain diagnosis data; performing vehicle fault diagnosis by using the diagnosis data. According to the vehicle fault diagnosis method, a user can be effectively managed and controlled in the vehicle fault diagnosis process, diagnosis data leakage is avoided, and information safety is guaranteed. The invention further discloses a vehicle fault diagnosis device, equipment and a computer readable storage medium, which all have the above beneficial effects.

The invention discloses a wireless data transmission method for a single color sorter. The wireless data transmission method comprises the steps as follows: starting, instruction issuing, broadcasting transmission of data, data judgment and reception, information feedback, feedback information receiving, resending and ending. A wireless data networking method for multiple color sorters comprises the steps of arrangement of a coded disc of a control unit and arrangement of coded discs of color sorter systems, wherein each system of each color sorter is equipped with a wireless unit, communication among internal systems of single color sorters is realized through data transmission among the wireless units, and the accuracy and stability of the data transmission are realized through wireless transmission chips and the coded discs; and networking between the systems of the multiple color sorters and the control unit is realized through the wireless units, and unified management is facilitated for an operator.

The invention discloses an energy-saving casting system reasonably utilizing casting area space. The casting system and a control system used for controlling the casting system are arranged. A power supply system and a control circuit are arranged in the control system. A photovoltaic electrical plate, a converging circuit, a power source controller, a direct current circuit, an inverter circuit and an alternating current circuit are arranged in the power supply system. The photovoltaic electrical plate is arranged on a roof of a working area of the casting system and connected with the converging circuit. The converging circuit is connected with the power source controller. The power source controller is connected with the inverter circuit and the direct current circuit separately. The direct current circuit is connected with the control circuit. The inverter circuit is connected with the alternating current circuit. The alternating current circuit is connected with the casting system. A heating device, an airtight device, an immersion type shooting pipe and a mould are arranged in the casting system. The roof of the area where the casting system is located serves as an erecting place of the photovoltaic electrical plate. Power is supplied by utilizing a mode of solar power generation, so that power consumption of city power is reduced as far as possible.

The invention discloses a parking lot management and control method and device based on target activity prediction, electronic equipment and a storage medium. The method comprises the steps of obtaining a scene video for a parking lot; generating a space and/or graph model of a parking lot by detecting and tracking a target in a scene video, wherein the space and/or graph model represents a space position relationship of a target in the scene video; utilizing a sub-activity extraction algorithm for the space and/or graph model to obtain a sub-activity label set for representing the activity state of the concerned target; inputting the sub-activity label set into a pre-obtained time and/or graph model to obtain a prediction result of future activities of the concerned target in the parking lot, wherein the time and/or graph model is obtained by utilizing a pre-established activity corpus of a target of the parking lot; and sending control information to corresponding equipment of the parking lot based on the prediction result of the future activity of the concerned target. Activity of the target in the parking lot can be accurately and rapidly predicted so that the objective of effective management and control of the parking lot can be realized.

The invention discloses an intelligent safety monitoring control system for high-place operation. The system comprises an intelligent safety helmet which is provided with a bendable flexible external hanging device. A flexible circuit board in the flexible external hanging device is at least provided with a first wireless receiving and transmitting module and a helmet-removing monitoring module used for monitoring whether the safety helmet leaves the head or not. An intelligent safety belt is included, adopts a double-hook safety belt and comprises a free unlocking mode and an air-ground interconnection interlocking mode. A control box is included and fixedly arranged on the intelligent safety belt, and a printed circuit board in the control box is at least provided with a second wireless transmission module, a locking management module, a voice broadcast module, a safety help seeking module, a control module and a communication module; and a cloud platform is included and comprises a web end, a mobile phone end supervision platform and a cockpit. Omnibearing monitoring and management control of operation behaviors of high-altitude operation personnel by ground management personnel are realized, and the management efficiency is greatly improved.

The invention discloses an intelligent temperature measurement disinfection channel which comprises a door-shaped channel, a disinfection assembly, a mounting frame, a disinfectant barrel, an atomizer, a guide pipe, a foot disinfector, a fixing block and an emergency blocking door. Through openings are formed in the top and the outer walls of the two sides of the isolation hood at the upper end of a bottom plate of the door-shaped channel body, and opening sealing gaskets are arranged, ultraviolet lamps are installed on the inner walls of the two sides of the isolation hood and the upper end of the bottom plate respectively, a metal frame with a metal net is suspended at the tops of the ultraviolet lamps at the upper end of the isolation hood bottom plate through buffer supporting pieces, a bounce switch is arranged on one side of the ultraviolet lamps at the upper end of the isolation hood bottom plate, and the ultraviolet lamps, the bounce switch and an external power source are electrically connected through wires, a passing person steps on the upper end of the metal net with two feet, the buffering supporting piece is compressed by the gravity of the passing person, the metal frame presses the bounce switch to electrify the ultraviolet lamp, the feet of the passing person are comprehensively sterilized and disinfected through the ultraviolet lamp, the bounce switch is reset to disconnect a circuit after a user leaves, and the ultraviolet lamp is automatically turned off to achieve energy-saving control.