418 results about "Information storage" patented technology

The invention discloses an on-site monitoring system for the performance of an elastic loose type anchorage system suitable for deep-sea buoys, and particularly relates to the field of deep-sea monitoring. The on-site monitoring system auxiliary comprises a central processing module, wherein the output end of the central processing module is separately connected with an information display module,an information storage module, an auxiliary recovery module and a driving module, and the input end of the central processing module is separately connected with a power supply module, a monitoring module, a correction module and a positioning module. According to the on-site monitoring system for the performance of the elastic loose type anchorage system suitable for the deep-sea buoys, the auxiliary recovery module is arranged, air bags are installed at a plurality of node positions on the anchorage system, a booster pump in a pressurization unit is used, outside air is conveyed into a floating ball unit through a pipeline unit, so that the retractable air bags are enabled to bulge upwards to float, the whole anchor system is directly floated in sections, people conveniently recycle theanchorage system greatly, the workload during the recycling process is reduced, and the practicability is high.

A system described herein may output, by a Short Message Service Center (“SMSC”) and to a User Equipment (“UE”) information repository of a wireless network, a request to provide UE information, associated with a plurality of UEs, on an ongoing basis; receive, from the UE information repository and based on the request to provide the UE information on an ongoing basis, updated UE information associated with a particular UE of the plurality of UEs; maintain the updated UE information in a local UE information repository that is separate from the UE information repository of the wireless network; receive a Short Message Service (“SMS”) message associated with the particular UE; identify the updated UE information associated with the particular UE, as maintained in the local UE information repository; and forward the SMS message based on the updated UE information identified from the local UE information repository.

We provide the system. [Solution] A processing device for acquiring image data using an input device and analyzing the characteristics of an animal from that image data, A computing device that acquires data using an input device and analyzes the characteristics of animals from that data, A search means that searches for matching information by comparing it with existing information in an information storage device based on the characteristics of the analyzed animal, A notification means that notifies relevant individuals based on the search results, A means including a method for acquiring the characteristics of an animal using an image acquisition device and transmitting them to a computing device in real time, A system that includes this.

A shot identifying module 220 identifies a flight distance of the golf ball and an angle of a direction from the measurement terminal 10 toward the golf ball with respect to a direction toward which the user terminal 10 is directed at a time of the measurement. A terminal position and orientation identifying module 222 identifies a terminal position and a terminal orientation. A ball position identifying module 224 identifies a ball position based on the terminal position, the terminal orientation, the flight distance of the golf ball, and the angle.

To make content easily accessible while properly linking it to accounts. [Solution] The information processing system comprises a server having a first processing unit and a first storage unit, and an information processing device having a second processing unit. When an information processing device is granted a license to use certain content while not logged in by an account, and account information related to the account is entered in order to log in by an account, the second processing unit transmits the account information to the server in association with identification information for identifying the license granted to the information processing device. The first processing unit then stores in the first storage unit the content to which the license is granted and the account information based on the identification information and account information obtained from the information processing device.

The application belongs to the technical field of electric data processing, and particularly relates to a nonlinear unit construction method based on dimension expansion. The shell unit nodes are classified and information is stored; the normal of the shell unit is calculated; new nodes are expanded on the positive and negative sides along the normal according to the thickness, and corresponding three-dimensional solid units are generated; the junctions at the unit connections are specially processed to maintain the connectivity; and the original constraint conditions are converted and applied to the expanded new nodes. The method significantly improves the calculation accuracy and boundary adaptability, greatly reduces the development complexity of the nonlinear unit, and facilitates the direct coupling analysis of beams, shells, solids and other units in a unified three-dimensional system.

Systems and methods for natural disaster damage analysis. Aerial images are converted (710) into a set of property images. The property images are then clustered (720) using vector embedding. Clustering the property images includes classifying the property images into separate categories, determining a symmetric similarity between the property images in each category, and clustering the property images based on the similarity. A first artificial intelligence agent extracts (730) damage information from a set of representative members of the clustered property images, where the damage information includes damage level information and damage reasoning information. The damage information is then stored (740) in a datastore with at least two databases, where at least one of the databases stores damage reasoning information and at least one other one of the databases stores damage level information.

We provide the system. [Solution] A means of acquiring knowledge from elderly people as voice or text data using speech recognition technology, A method for analyzing the acquired data using natural language processing algorithms and classifying it into general themes, A means of storing classified data on a digital information storage medium and providing it to users as needed, A means of providing an interface for sharing knowledge about the elderly among caregivers, A system that includes this.

This invention relates to the fields of semiconductor information storage and artificial synaptic devices, specifically to a biological synaptic intrinsically self-assembled topological phase-change memristor and its fabrication method. The fabrication method includes: providing a substrate; depositing a bottom electrode; and depositing SrFeO on the bottom electrode. x The thin film serves as the storage medium layer; the storage medium layer undergoes heat treatment, including in-situ annealing and post-annealing. By controlling the oxygen pressure difference between in-situ and post-annealing, the single-component SrFeO is made more efficient. x An intrinsically self-assembled superlattice structure, characterized by alternating vertical and horizontal orientation regions of oxygen vacancy channels, spontaneously forms within the thin film. This structure restricts the formation sites of conductive filaments, significantly improving the consistency and stability of the device's resistive switching cycle. The process of this invention is simple, requiring no introduction of a second-phase material. The resulting memristor requires no electrical formation, exhibits a high on / off ratio, multi-level storage, and short-term synaptic plasticity, making it applicable to neuromorphic computing chips and artificial intelligence devices.

The application provides a new energy vehicle optimization online method, system, device and storage medium, which comprises the following steps: storing device number information into a basic configuration file of a T-Box terminal through a production test tool, sending the device number information to a new energy platform, adding an online number corresponding to the device number information in the device management of the new energy platform, judging whether the T-Box terminal can collect a vehicle identification code of a vehicle through CAN, if the T-Box terminal can collect the vehicle identification code through CAN, sending the vehicle identification code and the device number information to the new energy platform through a registration protocol, otherwise adding an on-board diagnostic instruction in the basic configuration file, the on-board diagnostic instruction containing frame number parameter information, reading the frame number parameter information in the on-board diagnostic instruction by the T-Box terminal, sending the vehicle identification code and the device number information to the new energy platform through the registration protocol, and performing vehicle online according to the vehicle identification code and the device number information by the new energy platform. The vehicle is automatically online on the new energy platform.

The application provides a coupon inventory management method and device, a storage medium and a processor. The method comprises the following steps: creating a new activity and generating corresponding activity inventory information; storing the activity inventory information in a database and caching the activity inventory information in Redis; generating a plurality of coupon information according to the new activity, and selecting a predetermined number of coupon information from the plurality of coupon information; storing the plurality of coupon information in the database and caching the predetermined number of coupon information in Redis; when a coupon is collected, obtaining coupon collection activity information, and obtaining the to-be-collected coupon information from the coupon information in Redis based on the coupon collection activity information, and updating the coupon information and the activity inventory information in Redis. The query dependence on the database is reduced, and the coupon collection efficiency is improved. The inventory information is conveniently managed uniformly, and the development of large-scale activities and multiple activities is facilitated.

Temperature control system, in particular for a vehicle, comprising: a) at least one temperature control system (12) with: - at least one temperature control unit (20), - at least one operating unit (26) for providing operating information influencing the operation of the temperature control unit (20), - a temperature control system internet communication unit (32), b) a web server (14) for communication with the temperature control system internet communication unit (32) via the internet, c) at least one operator internet communication unit (16) for communication with the web server (14) via the internet, characterized in that at least one temperature control system (12) comprises at least one functionality information storage arrangement (24, 30) for storing functionality information characterizing the functionality of the temperature control system (12), wherein the temperature control system internet communication unit (32) is configured toto transmit functionality information stored in at least one functionality information storage arrangement (24, 30) to the web server (14), that at least one functionality information storage arrangement (30) is integrated into an operating unit (26) and at least one functionality information storage arrangement (24) is integrated into a temperature control unit (20), and that the at least one functionality information storage arrangement (30) integrated into an operating unit (26) is configured to retrieve functionality information stored in the at least one functionality information storage arrangement (24) integrated into a temperature control unit (20) and to store it for transmission to the web server (14) via the temperature control unit system internet communication unit (32).

Embodiments of the present application provide a report processing method, device, equipment and medium. The method comprises: identifying the to-be-merged account data generated by the internal transaction of an enterprise from a plurality of single reports, then performing a merging and offsetting processing on each group of to-be-merged account data, generating a corresponding merging and offsetting voucher, storing the offsetted account data in a preset offsetting information storage area, and generating an offsetting account single report. Finally, a final merging report is generated according to the single report data and the offsetting account single report data. Through the above method, the account data merging efficiency is effectively improved, and the reporting period of the merging report is shortened.

A touch sensing device according to one aspect of the present invention, capable of generating baselines at various switching frequencies, includes: a baseline offset information storage unit storing baseline offset information; a first baseline generation unit generating a first baseline for generating touch sensing data at a standard frequency; and a second baseline generation unit generating a second baseline for generating the touch sensing data at a switching frequency different from the standard frequency using the first baseline and the baseline offset information.

The application discloses a kind of based on blockchain voting management method, system, equipment and storage medium, the method is executed by voting management system, voting management system is applied to the blockchain voting management framework including identity verification agency, comprising: when detecting that voting user sends first voting request, verification instruction is sent to identity verification agency, identity verification agency is determined to have voting identity when voting user based on first smart contract and verification instruction, login password is sent to voting user;When detecting that voting user sends second voting request based on login password, it is verified whether voting user has voting qualification;If yes, then the voting result of voting user is obtained;According to the voting result of voting user, generate voting information, and store voting information into target blockchain.The present application prevents false voting by login password for people without voting identity, and prevents tampering with voting by introducing blockchain, to ensure the credibility of voting.

To facilitate the tracking of the causes of defects. [Solution] The management device 40 manages the production line 12 (casting apparatus 12) of product 20. The management device 40 includes a storage unit 28 that stores sensor information from sensors 16 placed on the production line 12, a storage unit 24 that stores control information on the production line 12, and a storage unit 32 that stores defect information, including image data of products determined to be defective, regarding defects in product 20. The management device 40 also includes a display unit 48 and a display control unit 46 that causes the display unit 48 to display a single screen G12 including defect information 52, sensor information 54 corresponding to the defect information 52, and control information 56 corresponding to the defect information 52.

The application provides a flexible flagellum-driven swimming micro-nano robot and a control method thereof, and relates to the technical field of micro-nano robots.The robot comprises a head and a flexible flagellum, the inside of the head is provided with a control component, a monitoring component, a driving component and a power source, the driving component is connected with the flexible flagellum, and the method comprises the following steps: a control chip reads chemical concentration or light field intensity information detected by an environmental sensor; the collected chemical concentration or light field intensity information is compared with historical time information; the driving frequency of a micro-actuator is switched according to the comparison result; and the swimming micro-nano robot is driven to swim.The application fully utilizes the complex fluid-structure coupling behavior between the flexible flagellum and the fluid, does not need a complex steering mechanism, only needs simple information storage and logical judgment to change the swing frequency of the flagellum, and can realize the autonomous navigation movement of the micro-nano robot in a complex environment, and gradually approaches the target along a variable-parameter spiral trajectory.

Disclosed is a method of operating a storage controller which includes a volatile memory device. The method includes determining whether a low-power mode is available, based on validity bitmap information indicating invalidity of first data stored in a first memory region of a first sub-block of the volatile memory device and validity of second data stored in a second memory region of a second sub-block of the volatile memory device, overwriting the second data to the first memory region based on the validity bitmap information, in response to determining that the low-power mode is available, storing first mapping information including a fixed index value corresponding to the first memory region and a migration index value corresponding to the overwritten second data in a metadata table, and performing a partial refresh operation corresponding to the first sub-block after overwriting the second data.

The present invention is a system for recommending customized fragrances through the collection of personal information via images or questionnaires, characterized by comprising: a fragrance information storage unit capable of storing and providing information on fragrances by various categories; a fragrance recommendation unit that receives information from the fragrance information storage unit, analyzes personal information using images or questionnaires, and generates a customized fragrance list; a fragrance note classification unit that receives the fragrance list from the fragrance recommendation unit and classifies fragrances by note; and a fragrance combination unit that receives notes from the fragrance note classification unit and provides an optimal blending ratio according to the fragrance list.

Systems and methods for natural disaster damage analysis. Aerial images are converted into a set of property images. The property images are then clustered using vector embedding. Clustering the property images includes classifying the property images into separate categories, determining a symmetric similarity between the property images in each category, and clustering the property images based on the similarity. A first artificial intelligence agent extracts damage information from a set of representative members of the clustered property images, where the damage information includes damage level information and damage reasoning information. The damage information is then stored in a datastore with at least two databases, where at least one of the databases stores damage reasoning information and at least one other one of the databases stores damage level information.

This vehicle information providing device comprises: a history information accumulation means for storing user information including information about a vehicle owned by a user together with a modification history; a vehicle basic information acquisition means for acquiring vehicle basic information including vehicle type information for the vehicle owned by the user from the user information accumulated in the history information accumulation means; a specification information acquisition means for acquiring specification information for the vehicle type indicated by the vehicle type information from the vehicle basic information acquired by the vehicle basic information acquisition means; a desired condition acquisition means for acquiring the user's desired conditions for a vehicle on the basis of the specification information acquired by the specification information acquisition means; an extraction means for extracting a vehicle type or a vehicle matching all or part of the desired conditions acquired by the desired condition acquisition means; and a proposal means for proposing the vehicle type or the vehicle extracted by the extraction means to the user.

An electronic device is disclosed. The electronic device includes an interface, a memory, and one or more processors, wherein the one or more processors can: when a gesture for account registration is recognized based on sensing data acquired through the interface, provide one or more candidate words based on feature information of the gesture; when one or more of the candidate words are selected, store account information including the selected candidate word and feature information of the gesture in the memory; and when a user's voice and gesture are recognized, perform control operations based on account information corresponding to the user's voice and gesture from among a plurality of account information stored in the memory.

An operating method of a security system for authenticating a user on the basis of fast identity online (FIDO) according to an embodiment of the present disclosure includes: receiving first user information through a user information receiving device connected to a key security device; storing feature information generated on the basis of the first user information in the key security device; receiving second user information of which authentication is requested through the user information receiving device; and receiving a token for allowing user access from a FIDO server in response to a case in which the key security device determines that authentication feature information generated on the basis of the second user information matches the feature information.

This invention provides a module information management system and a module information management method, which can manage the information of multiple modules used in multiple processing units simultaneously. One embodiment of the module information management system includes: a terminal having a module version information storage unit (333) that stores version information of all module units (331) stored in the terminal, and a control unit (342) that reads version information of module units from the module version information storage unit (333) and sends it to an overall management unit (5); and an overall management unit having a version information database that manages version information of all module units (331) sent from multiple terminals.

A semiconductor memory device includes: a conductive pad on an information storage structure; a channel structure on the conductive pad, including a vertical portion extending in a first direction; word lines extending in a second direction and on a plurality of side surfaces of the vertical portion; and bit lines on the channel structure and extending upward in a third direction intersecting the second direction.

This invention provides a pharmacy search device, a pharmacy search method, and a pharmacy search program that provide useful information about the possibility of dispensing medications by pharmacies. [Solution] In a communication system S connected to a network NW, a pharmacy reservation server 1 is connected to one or more inventory systems 2, multiple pharmacy terminals 3, multiple user terminals 4. The pharmacy reservation server acquires drug identification information to identify the drug to be dispensed, and based on the dispensing information stored in a dispensing information storage means that stores dispensing information indicating the dispensed drug and the dispensing pharmacy, it searches for pharmacies that have a history of dispensing the drug identified by the acquired drug identification information, and transmits search result information indicating the search result to the terminal device.

The application provides a kind of second-hand vehicle condition information evidence storage method and system based on blockchain, belongs to vehicle data processing and blockchain application technical field, first, the fault code log of target vehicle, the accumulated driving time after fault code clearing and the prior probability distribution data of the same model are obtained. Then, the term frequency value is calculated according to the number of fault codes, and the term frequency value is corrected by using the gain coefficient determined by the accumulated driving time to generate the term frequency vector. Then, the inverse document frequency is calculated combined with the prior data, the fault spectrum is constructed by projection mapping and the health hazard index is aggregated. Homomorphic encryption is carried out on the health hazard index by Pedersen commitment, and logical proof information is generated by zero-knowledge range proof. Finally, the proof information and the encrypted commitment are packaged and chained, and after the node consensus verification, the previous block is cascaded and locked to complete the information storage. The application realizes the privacy protection and tamper-proof storage of vehicle condition data.

This program causes a computer to execute processing for: acquiring registration information including the usage history of a consumable used in a catheter treatment; and generating a report on the catheter treatment by providing the registration information and a catheter treatment report-creation instruction to a language model. Here, the time and date when identification information of the consumable is read and the identification information may be saved as registration information together with any of inventory, usage, and disposal information.

DEPCT6503 / 03 / 2565 Picture coding devices include: unit converters and block options. Vector that transforms the vector block options of the target block in the target image from the information side. The encoding information is stored in memory; the selector selects the blocks. The vector is selected from the vector block selection; and the reference position editor unit is executed. Correction regarding the referenced blocks that are referenced by the selected vector blocks, thus their reference positions. The reference block was modified to refer to the inside of the referenced area, within which the decoded example is located. The target image is searched from image memory that has been decoded according to the block's predicted value. The goal is based on the reference position of the reference block. ----------------------------------------------------------- DEPCT65 Picture coding devices include: unit converters and block options. Vector that transforms the vector block options of the target block in the target image from the information side. The encoding information is stored in memory; the selector selects the blocks. The vector is selected from the vector block selection; and the reference position editor unit is executed. Correction regarding the referenced blocks that are referenced by the selected vector blocks, thus their reference positions. The reference block was modified to refer to the inside of the referenced area, within which the decoded example is located. The target image is searched from image memory that has been decoded according to the block's predicted value. The goal is based on the reference position of the reference block. -----------------------------------------------------------