302results about How to "Save configuration time" patented technology

The invention relates to smart home. The invention provides a network configuration and remote registration binding method for an intelligent household appliance. The method comprises the following steps: a system detects the intelligent household appliance in a home network through a mobile terminal and issues network configuration information to the intelligent household appliance; the intelligent household appliance obtains the network configuration information and accesses the home network; the mobile terminal issues network connection confirmation information to the intelligent household appliance, the intelligent household appliance replies connection success or failure information to the mobile terminal, in the case of connection success, the mobile terminal registers the intelligent household appliance on a cloud platform, the system judges whether the intelligent household appliance is a bound device, if so, the intelligent household appliance directly logs in the system, if not, the intelligent household appliance is bound on the cloud platform, the cloud platform issues login information to the mobile terminal, the mobile terminal analyzes the login information and issues the login information to the intelligent household appliance, and the intelligent household appliance obtains the login information and logs in the cloud platform to complete network configuration and remote registration binding. The network configuration and remote registration binding method provided by the invention is applicable for network configuration of intelligent household appliances.

The invention relates to a method for configuring a wireless fidelity (WIFI) parameter. The method comprises the following steps that: when a universal serial bus (USB) connection is established between a computer terminal and a mobile access point (AP) which supports a wireless broadband WIFI function, the computer terminal acquires the WIFI parameter sent by the mobile AP through the USB connection; and the computer terminal performs WIFI Internet configuration by using the WIFI parameter. The embodiment of the invention also provides the computer terminal for configuring the WIFI parameter, the mobile AP which supports the WIFI function and a system. The WIFI parameter on the mobile AP is acquired automatically and the configuration of the WIFI parameter is performed automatically and a user does not need to manually input and configure the WIFI parameter, so that a WIFI parameter configuration process is simplified, WIFI parameter configuration time is saved and the accuracy of WIFI parameter configuration is improved.

The invention relates to an insurance data information configuration method and device, computer equipment and a storage medium. The method comprises steps that the information configuration request sent by a terminal is received; the information configuration request contains information types; multiple insurance subclass components and associated insurance liability components are acquired according to the information configuration request, the multiple insurance subclass components and the insurance liability components are utilized to generate an information configuration page, the information configuration page is sent to the terminal, and selected operation corresponding to one or more insurance subclass components on the information configuration page is acquired by the terminal; the selected insurance subclass components sent by the terminal are received; the selected insurance subclass components and the corresponding insurance liability components are utilized to generate corresponding types of insurance data information according to the information types. The method is advantaged in that insurance data information configuration efficiency can be improved.

The invention provides a method for dynamically allocating a plurality of slave addresses of a system and the system thereof. The method comprises the following steps: a slave of the system firstly determines a native address and generates an address data of the next slave which is sent to the next slave; the next slave allocates the native address according to the received address data and generates the address data of the next slave which is sent to the next slave; the steps are repeated till all the slaves of the system complete address allocation, and the last slave sends the generated address data of the next slave back to a host computer. The method and the system can be used for allocating address for various bus devices and system composed of a plurality of non-bus devices.

The invention discloses a uniform file allocation method, which comprises the following steps: setting the uniform allocation file with allocation items in the system; displaying the allocation item through the allocation interface; allocating the allocation item on the allocation interface; executing the corresponding operation according to the allocation item. The invention can switch and modify the allocation file at manual pattern, which guarantees the legitimate and improves the precision.

The invention discloses a method for automatically testing a DCS (Digital Control System) control cabinet, relating to the field of automatic control. A display module, an operation module, a control module and a conditioning module are included, wherein the display module is used for displaying various kinds of information of the operation module and the control module; the operation module is used for inputting various test commands to the control module; after receiving the test commands of the control module, the control module calls a corresponding test program to execute, transmits a generated test signal to the conditioning module, is responsible for receiving feedback information of the conditioning module, and outputs the result on the display module; and the conditioning module is used for conditioning the test signal transmitted by the control module and transmitting the conditioned test signal to a corresponding IO (Input Output) terminal in the DCS control cabinet, receiving a feedback signal of the IO terminal, and transmitting the conditioned feedback signal to the control module. By adopting the scheme, the testing state and an expected result can be reflected in real time, a control loop of a process system can be simulated through linkage of a plurality of test programs, a specific testing function can be realized, the testing efficiency is improved, and human resources are saved.

The invention provides a network access method, device and related equipment for household appliances. At the household appliance side, the method comprises the steps of: receiving a probe request frame from an intelligent terminal under the sniffer monitoring mode; determining whether the first selected information in the selected field of the received probe request frame satisfies the set condition, and obtaining the wireless router information from the second selected information of the selected field if so; and accessing a wireless router based on the wireless router information. By the invention, household appliances under the sniffer monitoring mode can rapidly and safely obtain the wireless router information so as to access the network. The network access method, device and related equipment of the invention achieve wide implementation applicability, and support multicast without the need of an intelligent terminal and a router. In addition, configuration can be completed by single interaction, and the total number of data packets is smaller than that of the prior art, thereby saving the network overhead and shortening the configuration time.

This invention provides a quick switching method based on tunnel IPv6 for the switch in mobile node moved from old access router to the new, which contains 1, the new accessed router setting a new transaction address to mobile node, 2, establishing a bidirection tunnel between mobile node and old accessed router, whose two ends addresses are respectively new transaction address mobile node and IPv6 address of old accessed router, said invention speeds up switching and reduces switch time delay.

The invention discloses an implementation method for mobile handover of a vehicle network. The method is characterized in that three types of nodes including access routers, access nodes and vehicle mobile nodes are set in the vehicle network; and the access nodes are connected with the access nodes of an IPv6 internet, the vehicle mobile nodes are accessed into the IPv6 internet through the access nodes related thereto, and neighboring vehicle mobile nodes are in communication. With the mobile handover method provided by the invention, continuity of communication in a moving process can be maintained, delay of the mobile handover is shortened and loss rate of data packets is reduced, so that service quality of the vehicle network is improved; and the method provided by the invention can be used in the fields of road condition monitoring, vehicle management and the like, and has wide application prospects, so that the technology has greater promotional value.

The invention provides a workflow-based distributed scheduling system and the application method thereof. The distributed scheduling system comprises a logic scheduling module, a trigger management module, a database interaction module, a service interface module, a work distribution module, a work response module, a workflow resource library module and an execution agent terminal module. The logic scheduling module completes the logic processing and scheduling process of the workflow and the work. The trigger management module completes the trigger adding, triggering and deleting process of the workflow. The database interaction module completes the data interaction between the system and the database. The service interface module provides an external service interface for controlling the workflow and the work. The work distribution module and the work response module complete the work distributing process. The execution agent terminal module completes the receiving and updating process of work results. The workflow resource library module stores workflow configuration attributes read from a database. In this way, the single-point work execution pressure is shared, and the work scheduling and executing efficiency is improved.

The invention relates to a system and method for network access of WiFi equipment for Internet of things. The system comprises a first terminal, a local area network WiFi access point and the WiFi equipment; the method comprises the following steps: the first terminal is opened and the virtual access points of a fixed service set identifier and passwords are configured; the WiFi equipment is power-on, the local area network WiFi access point is searched, if the local area network WiFi access point is searched out, the WiFi equipment accesses the WiFi access point, if the local area network WiFi access point is not searched out, the WiFi equipment searches the configured virtual access points, if the configured virtual access points are searched out, a user datagram protocol package is sent to the first terminal corresponding to the virtual access points; the service set identifier and passwords of the local area network WiFi access point are obtained from the first terminal; according to the service set identifier and passwords of the local area network WiFi access point, the WiFi equipment accesses the local area network WiFi access point. The system and the method for network access of WiFi equipment for Internet of things have the advantages as follows: the configuration time is reduced; since the configured service set identifier and passwords of the virtual access points are fixed, the success rate of configuration is high.

The invention provides a system and method for remotely upgrading a field-programmable gate array (FPGA). The system comprises the FPGA, a central processing unit (CPU), a complex programmable logic device (CPLD) and a flash memory, wherein the CPLD is electrically connected with the CPU, the FPGA and the flash memory through corresponding interfaces; the CPLD simulates the data read-write operation time sequence of the flash memory and writes a to-be-upgraded mirror image file into the flash memory; the CPLD simulates the data read-write operation time sequence of the flash memory to read the mirror image file stored in the flash memory and write the mirror image file into the CPLD; the CPLD simulates the passive loading configuration interface time sequence of the FPGA to transmit the mirror image file in the CPLD to the FPGA. By the system, the success rate of FPGA chip configuration is increased, configuration time is shortened, and the occupancy of CPU resources is reduced.

The invention discloses a method and a system for converting the format of a media file. The method comprises the following steps of: acquiring the media information of the media file supported by user equipment according to the model of the user equipment; according to the media information, selecting an encoder which can encode the media file supported by the user equipment from a media encoding database; and encoding a file to be converted by using the selected encoder and generating the media file supported by the user equipment. Based on the method, the system mainly comprises a media information acquiring module, an encoder selecting module and an encoding module. The method and the system can greatly reduce the configuration time of a user and meet requirements of more users.

The invention discloses a data shuffling unit with a switch matrix memory, comprising a crossbar switch, an input logic unit, an output logic unit, a main control logic unit and a switch matrix memory, wherein the main logic unit is connected with the input logic unit, and the output end of the switch matrix memory is connected with a switch selection signal end of the crossbar switch. The invention also provides a shuffling method of the data shuffling unit, when pretreatment is carried out, a shuffling request in a user program is converted into a switch matrix in the switch matrix memory, and when a shuffling instruction is executed, the main control logic unit controls to read a switch matrix corresponding to a required shuffling mode from the switch matrix memory and then further controls the crossbar switch directly to carry out data selection recombination. The data shuffling unit has the characteristics of simple structure, flexibility and high efficiency in shuffling, short time delay of key circuits and suitability for any shuffling operation.

The invention discloses a method for setting the static IP (Internet Protocol) of a Linux system of a whole cabinet in batches, and belongs to the field of server cluster operation. The static IP is set for the BMC (Baseboard Management Controller) of each node by a RMC (Router Manager Center), wherein the static IP is an OS (Operating System) IP which needs to be set; and the whole cabinet is filled with a Linux OS through a PXE (Pre-boot Execution Environment) server, a BMC IP is read through ipmitool when a new Linux system is started for the first time, and the value is written into a static IP configuration file of the OS. Compared with the prior art, the method for setting the static IP of the Linux system of the whole cabinet in batches has the advantages of being high in practicality, high in efficiency, low in implementation cost and high in expandability and realizes batch automatic setting without manual intervention.

The embodiment of the invention provides an adjusting method and device for an OTA parameter and an intelligent terminal. The adjusting method comprises the steps that a current configuration parameter of an OTA test system and a current test result corresponding to the current configuration parameter are acquired; whether or not the current test result reaches a preset optimal test result is judged; if not, the current configuration parameter and the current test result are input to a pre-trained artificial intelligent model to acquire an adjusted configuration parameter output by the artificial intelligent model, wherein the artificial intelligent model is used for adjusting the input configuration parameter and outputting the adjusted configuration parameter, and a test result corresponding to the adjusted configuration parameter is superior to the test result of the input configuration parameter; and the adjusted configuration parameter is determined as the configuration parameterof the OTA test system in a next test. According to the adjusting method and device, the configuration parameter and the test result of the OTA test system are trained on the basis of artificial intelligence, therefore, the parameter configuration time can be effectively shortened, and the test efficiency can be improved.

The invention discloses a novel method for on-line positioning of a superfine milling cutter and a workpiece, and belongs to the field of superfine manufacturing. The novel method for on-line positioning of the superfine milling cutter and the workpiece is characterized in that the superfine milling cutter is clamped in a cutter tool chuck of a high-speed main shaft; a closed-loop circuit is built between the main shaft and the workpiece. A specially designed sensor is used for detecting sudden changing voltage of the closed-loop circuit in a feed process of a cutter tool. A voltage comparator is used for converting measured values into digital signals and sending to a programmable logic controller (PLC) of a tool. The PLC records coordinates of the cutter tool and contact points of the workpiece and sets a starting point of a processing position. The detection method can prevent influences over cutter tool positioning caused by tool bouncing, thermal expansion of the main shaft and other errors. The detection method is capable of achieving an on-line positioning accuracy at a submicron level. Meantime, the detection method has the advantages of being simple in needed equipment, low in cost and convenient to carry out.

An embodiment of the invention provides a method and device for configuring edge equipment and a storage medium, and the method comprises the steps: converting an access request of user equipment intoa system instruction, and enabling the access request to carry configuration information; determining a device type and network state information of a to-be-managed edge device; converting the configuration information into at least two device protocols in a first data format according to the device type; according to the network state information of the edge devices, respectively sending the device protocols matched with the network state information to the corresponding edge devices. According to the solution, various types of edge devices can be comprehensively covered.

A rapid development method of web services oriented to REST (representational state transfer) architectural style comprises the steps of first, establishing a model based on REST-AnGo, including a view layer, a control layer and a component layer; second, providing rapid development of web services based on the model, to be specific, 2.1, registering an element agent having basic functions to an agent cluster, or cancelling the abandoned element agent from the agent cluster, 2.2, loading configuration information via an inertial loading mechanism, and 2.3, after loading, loading demand information in configuration files, and 2.4, mapping REST resources via a mapping tree, and implementing a system. REST service development efficiency can be greatly improved, development difficulty can be deceased, and client independence is guaranteed.

The invention relates to a readout circuit and a readout method for an electrically erasable read-only memory. The readout circuit comprises a comparator, a reference resistor, a sensing resistor, a reference unit and a storage unit, wherein the readout circuit is only configured with one reference unit, and the same reference unit is used in the process of reading operation; the threshold voltage of the reference unit is set into neutral threshold voltage; and the voltage on a reference unit control grid is set into a fixed value, so that the configuration time in the manufacturing process is obviously reduced, and the threshold added on a storage unit control grid is changed along with operating modes. Meanwhile, the voltage added on the storage unit control grid during the reading operation and programming verification operation is lower than that in the prior art, so that a stress effect of grid voltage is reduced, and the threshold voltage of the reference unit is set to a value approaching the neutral threshold voltage so as to be more stable.

The invention discloses a data synchronization method and an optical line terminal of an Ethernet passive optical network device. The method includes that the optical line terminal obtains current capability set information of each optical network unit, according to the current capability set information of each optical network unit, the optical line terminal chooses a configuration parameter from configuration parameters to be issued and issues the chosen configuration parameter to each optical network unit, wherein the chosen configuration parameter is matched with the current capability set information of each optical network unit. Due to the technical scheme, the data synchronization method and the optical line terminal of the Ethernet passive optical network device is more perfect.

The invention discloses a high-efficiency coarse granularity reconfigurable computing system for executing the serial executing part and parallel executing part of a source code; the parallel executing part is converted into configuration information; the invention comprises a general processor kernel, a coarse granularity reconfigurable array, a main memory, a shared memory and a configuration information memory; the coarse granularity reconfigurable array executes the parallel executing part and comprises a plurality of executing units arranged in array mode; every executing unit comprises three multiplexers, an operator and a register file; the multiplexers receive input data; the operator executes operation, outputs the operation result out of the array, outputs to any one executing unit of the next line and outputs to the register file. The coarse granularity reconfigurable computing system of the invention is wide in applicable type and low in hardware cost, ensures good performance, saves the configuration time and promotes the efficiency.

The invention provides a multi-station rapid configuration device and a configuration method thereof for FPGA test. A test module sends an operation instruction to a configuration module, realizes selection of operation stations, selection of configuration readback operation type and selection of configuration mode, and receives an operation result returned by the configuration module; the configuration module receives an operation instruction of the test module, and sends the operation instruction to a configuration adapter; and the configuration adapter, according to the operation instruction, finishes configuration of an FPGA chip to be tested and readback of configuration data and sends the readback data to the test module. The multi-station rapid configuration device and method realize configuration operation of a plurality of FPGA chips to be tested simultaneously, and realize readback operation of the configuration data, support selection of multiple configuration modes, are compatible with a plurality of test platforms, and realize isolation protection and dynamic level matching of the configuration adapter and the FPGA chip to be tested; the configuration adapter does not occupy test program vector and channel resources during working, thereby saving storage medium, and simplifying hardware design; and configuration data is flexible to update, and configuration time is saved.

This invention discloses a mobile terminal capable of configuring menus and a matching method, in which, the mobile terminal includes a serial data transmission module, a menu set-up module and a menu display module, and the serial data transmission module receives menu configured information from the serial interface, said menu set-up module sets up menus according to the configured information to be displayed by the display module. The method includes: configuring menu at a tool side according to the needs and sending the configured information to a mobile terminal via the serial interface, which structures a menu based on the received information.

The invention discloses a multiple real-time reconfiguration adaptor used in a test of a field-programmable gate array device. The multiple real-time reconfiguration adaptor comprises a development support board and a configuration test board, wherein the development support board is used for downloading a configuration file into a configuration memory array through a JTAG (joint test action group) interface to be stored up, and the configuration file is generated after a programmable logic resource of the field-programmable gate array device is subjected to programming design; the configuration test board comprises the configuration memory array for storing the configuration file generated by the development support board, a complex programmable logic device for automatically controlling the switch of configuration memories for the reconfiguration of the field-programmable gate array device, and a field-programmable gate array device socket for connecting the field-programmable gate array device with the configuration test board; the configuration memory array is connected between the complex programmable logic device and the field-programmable gate array device socket; and the output control end of the complex programmable logic device is connected with control ends of the configuration memories in the configuration memory array, and is used for controlling the switch of the configuration memories.

Provided is a web system development reusable method based on AnGo dynamic evolution model. The method comprises the steps of step1, establishing a dynamic evolution model based on the AnGo, step 2, conducting the web system development reusable method, which entails the following procedure of step 2.1, using meta Agent self-update mechanism to register the meta Agent with basic function to AgentCluster, or canceling the already-abandoned meta Agent from the AgentCluster, step 2.2, using the inert loading mechanism to load WRDLPooL configuration information, step 2.3, the front end sending a request, based on the configuration information, sieving and selecting corresponding meta Agent from AgentCluster, assembling in AgentChain, and executing decision Agent in order. The web system development method is reusable, thus being able to enhance software programming efficiency, greatly reducing manual coding of server end, and enhancing software development quality.

This invention relates to a method and a system for configuring devices, in which, an information transmission end sends the information needed by a being configured device to an information receiving end applying radio communication mode, a configuring end uses the configured information got by the receiving end to configure the being configured device so as to realize remote configuration of communication network access devices can't be connected by wire communication mode and shorten the configuration time and reduce cost of arrangement.

A device driver customizing method that is performed when a second driver is installed in an information processing device in which one or more first drivers each for controlling an image processing device have been already installed, the driver customizing method comprising: a searching step of comparing items included in first configuration data of any of the first drivers, which have been already configured by a user, with items included in second configuration data of the second driver, which are to be newly configured by the user, and thereby searching the first configuration data for an item corresponding to one of the items included in the second configuration data; and a configuration step of configuring the one of the items included in the second configuration data to have a same value as a value given to the corresponding item, if the corresponding item has been found by the searching step.

The invention provides an intelligent household electrical appliance network access method and device and an intelligent household electrical appliance. A flow executed by an intelligent household electrical appliance side required to get access to a network comprises: searching a father agent intelligent household electrical appliance in a power supply network by means of a power line carrier broadcast mode; acquiring network access configuration information from the father agent intelligent household electrical appliance searched from the power supply network; and getting access to a wireless interconnected network on the basis of the network access configuration information. After the intelligent household electrical appliance is successfully subjected to first-time network access configuration, other intelligent household electrical appliances may automatically acquire network access configuration information via a power line by means of power line carrier technology so as to complete network access configuration after being powered on. Therefore, configuration time is shortened; cost is greatly reduced; and what's more important is that good experience is brought to a user. By the combination of power line carrier communication technology and a household wireless local area network, the device may cover a wireless communication blind area and achieves 100 percent of configuration success rate.

The present application provides a method and an apparatus for configuring and delivering a flow table entry. The method comprises: a switch sending, to a controller, a request message for requesting delivering a flow table entry, the request message carrying a to-be-forwarded data packet; after the controller receives the request message, the controller generating all flow table entries matching the to-be-forwarded data packet, and returning, to the switch, a response message carrying all the flow table entries matching the to-be-forwarded data packet; after then switch receives the response message, the switch extracting all the flow table entries matching the to-be-forwarded data packet from the response message; and aggregating all the extracted flow table entries into flow table entries of a hardware layer, and when the switch supports the flow table entries of the hardware layer, the switch configuring the flow table entries of the hardware layer into a flow table of the hardware layer. The method and the apparatus for configuring and delivering a flow table entry in the present application can shorten the time of configuring flow table entries of a hardware layer into a flow table of the hardware layer, can shorten the delay of forwarding the data packets, and can reduce the number of lost packets of the data packets.