50results about How to "Reduce manual configuration" patented technology

The invention provides a device and a method for intelligent terms conversion. The device comprises a DSP central processing chip, a memory module, a display and keyboard operation module and an uplink-downlink communication module, wherein the memory module, the display and keyboard operation module and the uplink-downlink communication module are connected with the DSP central processing modulerespectively, a front-end computer communication module is connected with a front-end computer through a RS-232 bus, a RS-232 communication module is connected with a plurality of sub-stations RTU bya serial expansion circuit, a term converter is arranged between the RTU and the front-end compute of a power communication system, the uploaded communication protocol of the sub-stations RTU are intelligently recognized by a fuzzy expert system, the format of the recognized terms are converted into a unified terms format, uploaded to the front-end computer, and uploaded to each level of workstation by the front-end computer. The invention has the advantages that operators can realize automatic recognition and conversion of terms of interconnected two parties by the device without knowing theterms types of the interconnected two parties, thus avoiding the error possibly brought by manual operation.

The invention provides a method for finding a link. According to the method, a first controller sends a first information to a first node, the first node receives the first information, and a message found by a second link is sent to a second node by a first port; the second node receives the message found by the second link at a second port and sends a second information to a second controller according to a tag, and the second information carries the message found by the second link and a second port identity; the second controller receives the second information, extracts a first port identity of the message found by a first link and the second port identity of the second information, and determines that a link exists between a first port of the first node and the second port of the second node so that automatic finding of the information of a cross-layer link can be realized via a routing controller and a transmission network controller, manual configuration is reduced, the realization is simple, and the reliability is high.

The embodiment of the invention discloses a routing computation method of fat-tree topology, node equipment and a communication system. The method comprises the following steps: a main node receives the identifier and interconnection interface information of a first node which are sent by a first node,; the first node can be other nodes except the main node in the fat tree; the main node and the first node belong to the same fat tree, and the order of the main node in the fat tree is 0; according to the received identifier and interconnection interface information of the first node, the route of the fat tree topology is calculated; and a calculation result is sent to the first node. Through the identifier and interconnection interface information of the first node which are sent by the first node according to the identifier and interconnection interface information of the main node, the main node knows the topology of the fat tree; and then, a rough is calculated according to the topology and the calculated route is sent to the first node; therefore, lots of maual configuration can be reduced configuration errors are decreased and configuration speed is improved.

The invention discloses an alarming system for a private cloud platform and a realization method thereof, which belong to the technical field of cloud platform monitoring and alarming so as to solve technical problems of how to flexibly monitor alarming states of various resources, reducing an artificial cultivation process and enhancing service reliability. According to the adopted technical scheme, the alarming system comprises a self-defined alarming module template, an automatic binding resource module, an evaluation alarming module, an alarming processing module and an event processing module, wherein contents of the self-defined alarming module template comprise resource characteristics, an alarming strategy, an alarming level, an alarming event and an alarming notification; the self-defined alarming module template is used for providing a basis for the automatic binding resource module in the case of resource building; the automatic binding resource module is used for building alarming instances for resources meeting the resource characteristics in the case of resource building according to the resource characteristics in the self-defined alarming module template; and the evaluation alarming module is used for evaluating an alarming level and processing the alarming event according to the alarming level.

The embodiment of the invention provides a routing method based on a distributed architecture and a routing system based on the distributed architecture. The distributed architecture comprises one or more synchronization client(s). The method comprises the steps of acquiring route configuration information; generating a first routing information base (RIB) by the route configuration information, wherein the first RIB comprises a first forwarding information base (FIB); when the registration information sent by the one or more synchronization client(s) is received, enabling the first FIB to be synchronized with the one or more synchronization client(s); according to the first FIB, generating a first local forwarding table (Local FIB). After the method and the system are adopted, the forwarding efficiency is increased, the complexity of configuration is reduced, and the manual configuration is reduced.

The embodiment of the invention discloses a method and a device for controlling an intelligent electric appliance. The method comprises the steps of receiving an electric appliance identifier sent from the intelligent electric appliance by an operation controller, wherein the electric appliance identifier is used for uniquely identifying the intelligent electric appliance; acquiring the control program of the intelligent electric appliance by the operation controller based on the electric appliance identifier; and controlling the intelligent electric appliance by the operation controller through the control program. According to the embodiments of the present invention, users can control the intelligent electric appliance more simply by means of user terminal equipment.

The invention discloses a BIM-based assembling supporting piece design method and system applied to the field of fabricated buildings. The method comprises the steps that property information of to-be-supported components is acquired, a supporting piece model base based on BIM design and preset supporting piece arrangement rules are utilized to allocate supporting pieces to the to-be-supported components, and a supporting design file is generated, wherein the supporting pieces corresponding to all the to-be-supported components are saved in the supporting piece model base, and supporting methods of the supporting pieces corresponding to all the to-be-supported components are saved in the supporting piece arrangement rules. According to the BIM-based assembling supporting piece design method and system, through the established supporting piece model base based on BIM design and the preset supporting piece arrangement rules, the corresponding supporting pieces are automatically allocatedto the to-be-supported components, the supporting design file is generated, the connection relation between the supporting pieces and the to-be-supported components is saved, the corresponding supporting pieces are automatically configured by use of the property information of the to-be-supported components, manual configuration is omitted, production time of the supporting design file is saved,and working efficiency is improved.

The embodiments of the invention provides a charging management method, device and a terminal. The method comprises the steps of acquiring surplus energy of the terminal at a current moment, determining a duration required for completing this charge by adopting a rapid charging mode as a first charging duration according to the surplus energy, determining a duration required for completing this charge by adopting an ordinary charging mode as a second charging duration, determining an available charging duration at the current moment according to terminal historical use records of the user, andselecting a charging mode to charge the terminal according to the first charging duration, the second charging duration and the available charging duration. According to the method provided by the embodiments of the invention, the automatic selecting and switching of a charging mode of the terminal are achieved, the operating steps of manually configuring and selecting the charging mode by a terminal user are reduced, the user experience is improved, and meanwhile, a battery of the terminal is protected to certain extent through selecting an appropriate charging mode.

The present invention mainly aims to solve the problem and insufficiency at the aspects of design and manufacturing method of a conventional rail vehicle electrical wire harness, provides a design and production method of forming a rail vehicle large wire automatic manufacturing system which can fully combine the characteristics of the rail vehicle cable work, such as many wire types, thick wire diameter, variable length, etc., considers the influence of the production factors simultaneously, such as the production demands, the material mating, etc., and optimizes the type selection and configuration.

The invention provides an anti-corrosion coating process in an oil casing pipe. The process comprises the following steps that firstly, the inner wall of the flat-end oil casing is cleaned; secondly,anti-corrosion layer coating treatment and curing treatment are conducted on the inner wall of a flat-end oil casing pipe body; thirdly, threads at the pipe end of the oil casing pipe are machined; inthe thread machining process, the highest temperature of the inner wall of the thread machining part does not exceed 90% of the upper limit value of the temperature resistance of an anti-corrosion layer of the pipe body in terms of the celsius degree; cutting fluid used for thread machining does not damage the anti-corrosion layer coated on the inner wall of the oil casing pipe; and fourthly, theoil casing pipe is subjected to coupling tightening and pipe end protection, and the whole anti-corrosion coating process in the oil casing pipe is completed. The technological process is simple, thedefective product generation probability is low, and the anti-corrosion coating process can be well suitable for coating in the oil casing pipe of high-temperature-resistant anti-corrosion paint, andcoating in the low-end and conventional paint oil casing pipe for temporary storage and transportation is achieved at a low price.

The invention provides a method and a server for establishing a lora long-distance transmission link. The method comprises the following steps of: collecting the type and identification of each pieceof equipment of which the link is about to be established; determining base station equipment and relay equipment of which the link is about to be established in the equipment according to the type; after the base station equipment and the relay equipment are installed and powered on according to a preset deployment plan, sending a first link establishment instruction to first base station equipment, so that the first base station equipment scans the relay equipment around the first base station equipment and establishes connection with the first relay equipment in the scanned relay equipmentdetermined according to a preset rule; and determining that the first link is completely established after receiving a message of establishing connection between the first relay equipment and a terminal collector forwarded by the first relay equipment through the first base station equipment. The installation cost is saved, and the reliability is improved.

The invention discloses an automatic configuration recovery method, device and equipment for a communication radio frequency unit, and a storage medium. According to the method, the configuration information needed by a communication distributed unit, a communication expansion unit and the communication radio frequency unit is stored in a storage of the communication distributed unit, and the manual configuration is reduced through an automatic configuration method, so the communication radio frequency unit can be inserted. Meanwhile, the configuration information of the communication radio frequency unit which is available before link breakage is stored, so that the communication radio frequency unit can be directly used after being reconnected. According to the communication expansion unit device, configuration data of the lower hanging communication radio frequency units can be automatically generated, the number of the lower hanging communication radio frequency units does not need to be planned in advance, and the networking mode of the device can be flexibly adjusted. The technical problem that in the prior art, communication equipment in a 5G mobile communication network cannot be automatically configured and recovered is solved.