50 results about "Information supply" patented technology

A lighting system including monitoring of input power and output power parameters to a set of lighting loads to detect power faults and / or anomalies. The set of sensing circuits include primary side and secondary side sensing circuits that communicate with a set of monitoring circuits to process the information supplied by the sensing circuits. If a fault and / or anomaly is sensed or detected, a signal is transmitted to provide an alert.

The invention discloses a management method and system for outsourcing purchased parts, and relates to the technical field related to data management, and the method comprises the steps: connecting an enterprise ERP system, synchronously screening BOM information and supplier information of purchased parts in real time, and inputting repair data, receiving data and return data, the input mode comprises code scanning input and pc popup window selection input; carrying out full-process tracking analysis, and determining the order state of the purchased parts; and configuring an authority management strategy, and performing control management of accessible data and executable operation on the order state. The technical problems that in the prior art, information transmission is lagged and inaccurate, data entry efficiency is low, errors are prone to occurring, the purchasing process cannot be tracked in the whole process, and the data security risk is high due to the fact that authority management is missing are solved. The technical effects of improving the information processing efficiency and accuracy, realizing the transparency and traceability of the purchasing process and improving the enterprise supply chain collaboration efficiency are achieved.

The invention provides an intelligent spare part allocation method and device based on a block chain and identification analysis, equipment and a medium, and belongs to the technical field of spare part management, and the method comprises the steps: distributing a unique identification code for a spare part, obtaining the basic information of the spare part in production, purchase and warehousing links, and uploading the basic information and spare part circulation information to the block chain; spare part inventory information, equipment fault demand information and supply chain state information are collected in real time, cleaned and integrated and then stored in the block chain; based on block chain data, a spare part demand point is determined, a comprehensive score from each warehouse to the spare part demand point is calculated, a multi-objective optimization algorithm is combined to determine an allocation warehouse, a quantity, a path and a time window, an optimal allocation plan is generated and issued to an execution department, a spare part logistics state is tracked in real time, and the optimal allocation plan is regenerated when abnormity occurs. According to the invention, accurate traceability and intelligent deployment of spare parts are realized through analysis and fusion of the block chain and the identifier, the management efficiency is improved, and the operation cost is reduced.

A server device includes: a memory device including a dedicated storage area and configured to store a plurality of pieces of product information of a plurality of companies, a supply chain including an upstream company and a downstream company; and a control unit configured to: issue, to an upstream company, a key indicating a write permission to a dedicated storage area of a downstream company; receiving, from an upstream company, a designation to a downstream company, the designation being a designation for permitting access to a plurality of first product information regarding an upstream product; writing the plurality of pieces of first product information into a dedicated storage area of a downstream company by using a key issued from the downstream company; receiving a link request from an account of the downstream company, the link request including a selection of first product information to be linked to second product information about the downstream product; and generating link information indicating the link relationship.

The invention relates to a method, in particular for the automatic detection and documentation of the execution of a measurement with respect to a data communication link (100) between a first communication endpoint (30, 41) and a second communication endpoint (43, 50), wherein the data communication link (100) runs at least via a first network element (41) of a core network (40) configured for data transmission. A measuring device (20) is connected to the first network element (41). By means of the method, information supplied by the measuring device (20), in particular about the start of a measurement operation, the ongoing measurement operation, and the end of the measurement operation with respect to the data communication link (100), can be automatically detected by the first network element (41) and transferred to a network management system (70) for documentation purposes via a data communication network (60) separate from the core network (40).

The system according to this embodiment aims to select and execute the optimal action according to the situation inside the store. [Solution] The system according to the embodiment comprises an intelligent unit, an action selection unit, an execution unit, a collection unit, and a provision unit. The intelligent unit understands the situation in the store. The action selection unit selects the optimal action based on the situation understood by the intelligent unit. The execution unit executes the action selected by the action selection unit. The collection unit collects information. The provision unit provides the results.

To make it easy for a user who desires reforming to separately select a material for reforming and a builder.SOLUTION: The renovation support system 10 includes a material selection reception unit 11 that presents information on a material indicated by material data in the storage unit 20 to a user, receives selection of the material, and stores the material selected by the user, a builder data reception unit 13 that receives input of information on each builder from a plurality of builders and stores the information as builder data in the storage unit 20, a builder information supply unit 12 that extracts information on a builder satisfying a condition from the builder data and supplies the information to the user, and a builder selection reception unit 14 that receives selection of at least one builder among builders indicated by the information supplied to the user from the user and stores the builder selected by the user in the storage unit 20.SELECTED DRAWING: Figure 1

The invention provides an Android system positioning information acquisition efficiency optimization method, equipment, a medium and a product, and relates to the technical field of Android system positioning, and the method realizes preloading and cache management of positioning data by automatically starting a system-level positioning service after the equipment is started and periodically and actively acquiring and locally storing the positioning information in an idle period of the equipment. When an upper-layer application requests for positioning, the system preferentially tries to return a real-time positioning result to ensure the accuracy; when real-time positioning fails in complex environments such as weak signals or network anomalies and the like, the cached effective positioning data can be seamlessly returned, and service interruption caused by the fact that the position cannot be obtained instantly is avoided. According to the invention, the response speed and success rate of the positioning service are improved, the robustness of the system in indoor and outdoor switching, remote areas and other scenes is enhanced, and meanwhile, the resource consumption and power consumption of the system are reduced by preventing an application layer from repeatedly requesting for positioning, so that efficient and reliable positioning information supply is realized.

The invention discloses a capacity management and control device and method for a semiconductor factory service system, and the device comprises a demand end module which is used for obtaining the position information and consumption demand information of machine equipment in a semiconductor factory; the supply end module is used for acquiring pipeline position information and pipeline supply capacity of a factory affair system in the semiconductor factory; the capacity management and control module is used for receiving the machine equipment position information given by the demand end module and the pipeline position information given by the supply end module, realizing column network matching of each machine equipment and each pipeline, and receiving the use amount demand information given by the demand end module and the pipeline supply capacity given by the supply end module, and the capacity management and control of the semiconductor factory service system is realized in combination with a point location distribution mode. According to the method, the power capacity of the whole factory is comprehensively and dynamically controlled through data communication between the factory affair system in the semiconductor factory and the machine equipment in the spatial dimension, and cost waste caused by mismatching of the demand end and the supply end is avoided.

To provide an evaluation system, an evaluation device, an evaluation method, and a program capable of supporting stabilization of a power system.SOLUTION: An evaluation system includes an index generation unit configured to generate, for each of facilities of a power system, an index indicating a degree of contribution to stabilization of the power system, the degree of contribution following fluctuation of power supply and demand, based on power demand information of power consumed by a plurality of power demand facilities and power supply information supplied by a plurality of power supply facilities including a distributed power source, and an output processing unit configured to output output information according to the index generated by the index generation unit.SELECTED DRAWING: Figure 1

The invention relates to path loss information provisioning. The embodiment of the invention relates to a device, method and equipment for path loss information supply and a computer readable storage medium. In one method, a first device receives path loss information from a second device for at least one of: a beam switching of the first device, or a transmission from the first device to the second device. The path loss information comprises at least one of the following items: a path loss value for beam switching or information for determining the path loss value. The first device performs at least one of beam switching, or transmission, based on the path loss value.

A supply chain risk identification method, system, device and medium belong to the technical field of supply chain risk management. The risk identification method comprises: acquiring characteristic information of a supply chain risk event, the characteristic information of the supply chain risk event comprising event fuzzy description and corresponding parameter information; the parameter information comprising expert evaluation data and supply chain platform operation data; inputting the event fuzzy description into a supply chain language large model for matching processing, and outputting a plurality of risk index items corresponding to the event fuzzy description, the risk index items comprising events affecting supply chain capacity or transportation; and determining the risk levels of the plurality of risk index items corresponding to the parameter information. The risk identification method can improve the supply chain risk identification capability, make it possible to comprehensively perceive multi-source heterogeneous risk factors in the whole chain range and early warn key node risks, and realize dynamic monitoring and accurate identification of complex equipment supply chain operation risks.

To provide a distributed mesh data server and a program, allowing user authentication access control to mesh data dispersively existing on different servers, and allowing recording and updating (metering) of user access frequency information according to use of the mesh data by a user.SOLUTION: The distributed mesh data server 1 includes a mesh data provision unit 118 that provides mesh data corresponding to a mesh code, a user information update unit 119 that updates user information related to a user when the mesh data provision unit provides the mesh data to the user, a common secret key acquisition unit 114 that acquires a common secret key used by a plurality of servers, an encryption unit 120 that encrypts the user information using the common secret key, and an encrypted information provision unit 121 that provides the encrypted user information to another server. This system is provided with an encryption information acquisition part 115 for acquiring encrypted user information from another server and a decryption part 116 for decrypting the encrypted user information.SELECTED DRAWING: Figure 2

A system may include a non-transitory computer-readable storage medium storing instructions for execution and one or more processors that execute the instructions. The instructions may cause the one or more processors to configure at least one parameter of a crowdsourcing request related to obtaining information relating to a collateral for a loan, publish the crowdsourcing request related to obtaining the information relating to the collateral for the loan to a group of information suppliers, collect and process a response from an information supplier of the group of information suppliers, where the response includes information on a condition of the collateral for the loan, process the response provided by the information supplier to determine whether an information supply event relating to the response is successful, and respond to a determination of a successful information supply event.

The invention discloses an all-weather anti-collision sentry aircraft, which relates to the technical field of aircrafts, and comprises an aircraft and an energy information supply bin, the aircraft is connected with a plurality of side arms, the side arms are provided with rotors, the aircraft is connected with the energy information supply bin through a recovery rope, and a cable is arranged in the recovery rope. The energy information supply bin connected with the aircraft is arranged, so that the aircraft has physical constraint and attribution in the use process, and in practical application, for example, when patrol tasks are carried out on complex terrains such as mountainous areas, forests or urban high-rise standing areas, the aircraft is not prone to being lost due to signal interference, positioning errors and the like.

The application relates to a resource transfer system and a resource transfer method, the resource transfer system comprising: a plurality of information supply subsystems; a file transfer server connected with the plurality of information supply subsystems, used for generating and outputting dynamic grouping information to one of the information supply subsystems; a front-end server connected with the plurality of information supply subsystems, the front-end server being used for generating a resource transfer instruction and sending the resource transfer instruction to the information supply subsystem; and the information supply subsystem being used for transferring a first resource from a first resource object according to the resource transfer instruction and the dynamic grouping information. The resource transfer system and the resource transfer method can form a continuous and rolling pipeline operation mode, and the efficiency of resource transfer can be improved by running an automatic resource transfer pipeline in a cache.

The invention provides a communication engineering material quality detection method and device, equipment and a medium, and effectively solves the problems of low detection efficiency, low detection quality and information island caused by an existing material detection method. The method comprises the steps that a supply chain platform generates a detection task and a detection task code according to the attribute of a to-be-detected communication material, and determines a detection strategy of the to-be-detected communication material based on the detection task code; the detection platform grabs a detection task based on the attribute of the to-be-detected communication material and generates a to-be-detected detection task, and classifies the type of the to-be-detected communication material so as to determine a target detection device based on the type; the detection platform controls the target detection equipment to execute the detection strategy to obtain a detection result, and audits to obtain an auditing result; the background auditing platform analyzes the auditing result to obtain detection information, and the supply chain platform completes the detection task based on the detection information.

The present application provides a control device that can improve reliability. A control device according to an embodiment of the present disclosure is a control device for a liquid ejection head having an ejection section that ejects liquid, and includes a determination section that determines whether a drive signal based on waveform setting information supplied from outside the liquid ejection head should be output from a drive device that generates the drive signal based on the waveform setting information to the ejection section.

This distribution support device comprises: an acquisition unit that acquires, as information for allocating and distributing supplied merchandise for orders, supply information including a plurality of attributes and a quantity of the merchandise for an i-th supply by a supplier, order information including a plurality of attributes and a quantity of the merchandise for a j-th order by an orderer, and a distribution condition relating to the importance of attributes and of orders; a calculation unit that, on the basis of the supply information, the order information, and the distribution condition that were acquired, acquires an index associated with the distribution condition from a database having prescribed indices relating to attributes stored therein, and uses the acquired index to calculate a first coefficient relating to a supply and order combination taking the importance of the attributes into consideration, and a second coefficient relating to the importance of the orders; a distribution result creation unit that, on the basis of the supply information, the order information, the first coefficient, and the second coefficient, creates a prescribed distribution result including allocated quantities of the merchandise in the supply information for the order information; and a distribution result editing unit that receives an editing operation by a user, said operation comprising an operation instructing that some of the allocated quantities included in the created prescribed distribution result be confirmed, or an operation instructing that some of the allocated quantities be changed.

Device for detecting a traffic sign located on a road, comprising: an information acquisition unit that captures a front image received from a front camera of a vehicle as a single image unit; an image processing unit (215) that detects traffic sign information, which detects a motion vector value and a motion speed value of the traffic sign contained in the front image by means of an object detection algorithm from a difference between a previous frame and a current frame; and a filter (231,232) which filters out an irrelevant traffic sign by comparing vehicle driving information supplied by an electronic control unit arranged in the vehicle, which includes a yaw rate value and a vehicle speed value of the vehicle, with the traffic sign information.

To provide an information distribution system, an information distribution method, a program, and a program storage medium with which a viewer can view information being distributed together with their favorite commentator while enjoying their favorite commentary.SOLUTION: An information distribution system comprises: an appreciation information distribution unit that distributes appreciation information to be appreciated by a viewer; a commentary information supply unit that supplies one or more pieces of commentary information made by a commentator who expresses views on the appreciation information; a viewing information receiving unit that receives the at least one or more pieces of commentary information as selective viewing information; and a tripartite information management unit that manages cooperation information for performing cooperation among at least three pieces of information, namely, appreciation distribution information distributed from the appreciation information distribution unit, commentary supply information supplied from the commentary information supply unit, and viewing receiving information received by the viewing information receiving unit.SELECTED DRAWING: Figure 1

The present disclosure relates to an information processing device and method with which it is possible to suppress the occurrence of a sub-media output delay due to the delay of start-up of a device. At a timing with which is taken into account the startup time of a sub-media output device that outputs a sub-media to be reproduced in conjunction with reproduction of a main medium that is the independent medium of content, device startup directive information for directing startup of the sub-media output device is supplied to the sub-media output device or a control device for controlling the sub-media output device. The sub-media output device is started up on the basis of the device startup directive information supplied at a timing with which the startup time of the sub-media output device is taken into account. The present disclosure can be applied to, for example, information processing devices, electronic apparatuses, and information processing methods and programs.

A novel semiconductor device is provided. The power management unit and the data holding unit are provided in a first layer, the setting information holding unit, the power switch unit, and the backup unit are provided in a second layer on the first layer, and the data holding unit has a function of holding data. The power management unit has a function of supplying a command for controlling the power gating to the power switch unit and a function of supplying setting information indicating whether or not the supply of power to the data holding unit is interrupted by the power gating to the setting information holding unit, and the setting information holding unit has a function of holding the setting information supplied from the power management unit. The power switch unit has a function of switching whether to interrupt the supply of power to the data holding unit in accordance with the command and the setting information held in the setting information holding unit, and the backup unit has a function of storing and holding data in accordance with the signal supplied from the power management unit.

The present invention provides a technology for improving user convenience. This computer program for controlling a printing device causes a computer to function as the following units, specifically: a first reception unit that receives, from a user, an input of a natural-language sentence representing an inquiry about the printing device; an acquisition unit that acquires device-related information related to the printing device; a supply unit that supplies the natural-language sentence and the device-related information to a language processing unit; a second reception unit that receives, from the language processing unit, answer information that is generated by the language processing unit on the basis of the natural-language sentence and the device-related information and represents an answer corresponding to the inquiry; and an output control unit that causes an output device to output the answer information.

To suppress erroneous detection due to reflection when detecting the position of a terminal that has transmitted a signal based on the direction from which the signal arrived.SOLUTION: An arrival direction acquisition unit 111 acquires information including the arrival direction of a signal received by a wireless device 24 of a gate device 2. A detection information acquisition unit 112 acquires information on the result of object detection by a detector 26 of the gate device 2. A terminal position identification unit 113 identifies the position of a portable terminal 3 by combining the angles (arrival directions) of the signals received by multiple wireless devices 24 based on the information supplied from the arrival direction acquisition unit 111. A user position identification unit 114 detects the position in a passage Pa where a passerby U is passing based on the information supplied from the detection information acquisition unit 112. A correspondence determination unit 115 determines whether the position of the portable terminal 3 identified by the terminal position identification unit 113 corresponds to the position of the passerby U identified by the user position identification unit 114.SELECTED DRAWING: Figure 12

The present application relates to the technical field of cloud collaboration, specifically to a bicycle production whole-process quality traceability system based on cloud collaboration, which comprises a production event cloud aggregation module for obtaining event data submitted by each link through a cloud interface, and associating a unique frame number with corresponding material batch information, workstation information, supplier information, operator ID, equipment parameters, detection results and time stamps. In the present application, a directed connection relationship between nodes is established with the help of time stamps and business logic sequence to form a logical mapping diagram of the actual production path, and when material substitution or rework occurs, a branch path is automatically generated and fused with the main process to ensure that each changed path is accurately recorded and traceable with the original path, achieving the expression of product configuration stability continuity, improving the accuracy of quality traceability, and enhancing the identification sensitivity of production fluctuations and configuration changes, making product quality management more transparent.

Systems and methods provide a password reset for a management controller, which is not exposed to the Internet. Upon receiving a request to reset the password, the management controller generates computer-readable information such as a barcode, where the computer-readable information indicates attributes of an information handling system associated with the management controller as well as a timestamp. A user can transmit the computer-readable information to a vendor application service via for example a mobile device that reads the computer-readable information. The vendor application service verifies the request and generates a temporary password from the timestamp and the attributes. Independently of the vendor application service, the management controller also generates the temporary password from the timestamp in the attributes. The vendor application service may then cause the temporary password to be sent to verified contact information.

The application relates to the technical field of artificial intelligence, and specifically discloses a quality evaluation method and device for information supply, computer equipment and a storage medium. The method comprises the following steps: acquiring information data provided by each information supplier; detecting information elements of each information content in the information data to obtain corresponding completeness evaluation results; obtaining corresponding stability evaluation results according to the number of updated information labels in each first detection period; obtaining corresponding safety evaluation results according to the number of information that does not pass the audit in each second detection period; acquiring interaction data of each information content in the information data, obtaining feedback conditions of each information content according to the interaction data, and obtaining corresponding application degree evaluation results according to the feedback conditions; and determining a quality evaluation result of the information supply according to the completeness evaluation results, the stability evaluation results, the safety evaluation results and the application degree evaluation results. The method can improve the accuracy of information evaluation.

The invention relates to a method, in particular for the automatic detection and documentation of the execution of a measurement with respect to a data communication link (100) between a first communication endpoint (30, 41) and a second communication endpoint (43, 50), wherein the data communication link (100) runs at least via a first network element (41) of a core network (40) configured for data transmission. A measuring device (20) is connected to the first network element (41). By means of the method, information supplied by the measuring device (20), in particular about the start of a measurement operation, the ongoing measurement operation, and the end of the measurement operation with respect to the data communication link (100), can be automatically detected by the first network element (41) and transferred to a network management system (70) for documentation purposes via a data communication network (60) separate from the core network (40).

Embodiments of the present disclosure provide method and apparatus for application context relocation. A method performed by a cloud application server (CAS) comprises receiving a first request from an edge enabler server (EES) selected for an edge enabler client (EEC) of a user equipment (UE) during a procedure of application context relocation (ACR) or after the EES receiving an edge application server (EAS) information provisioning request. The first request comprises endpoint information of the EES. The method further comprises storing the endpoint information of the EES.