15 results about "Digital storage" patented technology

This invention discloses a substation secondary circuit design method based on equipment functional areas and template matching. The method includes assigning descriptions to secondary equipment based on voltage level or bay; constructing secondary circuit data templates; matching the data template library based on the connection relationships of local equipment functional areas within a bay; extracting functional area connection information through a typical template information flow table; and converting the functional area connection information into actual equipment terminal connections to complete the substation secondary circuit design. This invention mutually converts the functional areas of secondary equipment with the design of secondary circuits, constructing data templates for substation secondary circuits. By improving the VF2 graphical matching algorithm, it achieves digital storage of data templates and rapid matching of complete bay information using local information from data templates. After matching, the functional area connections of the data templates are reverse-converted into equipment terminal connections, realizing automatic secondary circuit design and improving the digital design level of secondary systems.

A method of adding a neural beat having a beat frequency to digital audio comprises: receiving a digital audio file encoding music over a network or from a digital storage device; determining pitch characteristics of the digital audio file at a plurality of timestamps; selecting a time-varying carrier frequency for the neural beat based on the pitch characteristics at the plurality of timestamps; creating a modified version of the digital audio file configured to produce the neural beat having the beat frequency at the time-varying carrier frequency combined with the music when the digital audio file is played; and storing on the digital storage device or transmitting over the network the modified version of the digital audio file.

A method for transferring a digital asset from a first user to a second user includes the first user's computing device scanning a token on physical media, such as a QR code on a greeting card, to launch a digital asset transfer interface. In the interface, the first user identifies a digital asset to be transferred, and the digital asset is transferred from the first user's account or other digital storage to a digital escrow. The first user conveys the physical media to a second user. The second user scans the same token to launch the digital asset transfer interface and is presented with the digital asset and a greeting or other content selected by the first user. The second user selects a destination account, and the digital asset is transferred from escrow to the destination account.

Device (10) for event-controlled playback of sounds, comprising: a) a housing (14), b) a power supply (20) for supplying electrical components with electrical voltage, c) a switch (22) for generating event data, which is designed to be activated and / or deactivated by an optical (16) and / or acoustic motion detector (18), d) a processor-controlled control unit (24) for processing event data from the switch (22), e) a memory (26) for digitally storing at least one sound, f) a sound generator (28) which converts the digitally stored sound into an acoustic signal and is activated by the control unit (24) for sound output, characterized in that g) a fragrance module (36) is provided which releases fragrances.

The present invention relates to a system and method for non-destructive analysis of jewels, precious metals, ornaments, and stones using an integrated Al-based evaluation system. The system comprises a sample holding tray (1) and an enclosure system housing an X-ray fluorescence (XRF) spectrometer (5) and a thermal imaging camera (3), wherein either or both components are rotatable at specific angles, including 30, 60, or 360 degrees, to facilitate comprehensive multi-angle analysis. A 3D imaging camera (2) captures structural details, while the thermal imaging camera (3) detects heat distribution patterns for identifying internal defects. The XRF spectrometer (5) determines elemental composition by analyzing fluorescence emissions. A 360-degree rotating motor (6) enables controlled movement of the sample tray (1) and / or enclosure system. An Al -based computational module processes acquired data for classification, authentication, and valuation. A digital storage unit maintains records, including 3D models, ensuring precise, automated, and non-destructive evaluation.

A computer-implemented digital knowledge management system for institutional learning and decision support, comprising the following: A user interaction interface configured to receive structured institutional information from a variety of users connected to a university. This structured institutional information includes strategic issues, institutional goals, performance indicators, academic activity data, and decision-relevant input. an input processing unit that is operationally connected to the user interaction interface and is configured to capture, classify, and convert the received structured institutional information into machine-readable data sets; a collaborative culture assessment unit consisting of at least one processor and a memory in which executable instructions are stored, wherein the collaborative culture assessment unit is configured to collect and process organizational behavior data representing loyalty, engagement, cohesion, well-being and sense of community among members of the institutional leadership; a knowledge generation unit that is operationally linked to the collaborative culture assessment unit, wherein the knowledge generation unit is configured to analyze received knowledge records and generate new institutional knowledge by exploring alternative ideas, identifying new insights, and combining individual and collective institutional contributions; a knowledge exchange unit that is communicatively linked to the knowledge generation unit, wherein the knowledge exchange unit is configured to distribute the generated institutional knowledge to authorized users via controlled communication channels and structured knowledge dissemination procedures; a knowledge application unit designed to transform distributed institutional knowledge into decision support tools, including proposed strategic actions, operational recommendations, and measurable performance targets; an institutional learning repository consisting of a permanent digital storage system configured to store knowledge records, decision outcomes, institutional experiences, and insights gained from implemented decisions; a decision quality assessment processor that is operationally linked to the institutional learning repository and the knowledge application unit and is configured to evaluate generated decisions against predefined institutional criteria, including problem-solving effectiveness, strategic value contribution, achievement of institutional goals, and contribution to organizational learning; and a coordination processor configured to coordinate the operational interaction between the collaborative culture assessment unit, the knowledge generation unit, the knowledge sharing unit, the knowledge application unit, the institutional learning repository, and the decision quality assessment processor, such that the collaborative organizational conditions influence knowledge generation, knowledge distribution, knowledge utilization, and the subsequent evaluation of strategic decisions.

This utility model discloses a safety shoe with NFC installed, relating to the field of safety shoe technology. The technical solution includes a shoe body, a tongue on one side of the shoe body, a placement tray on one side of the tongue, and an NFC component on one side of the placement tray. The NFC component includes a mounting shell disposed inside the placement tray, with an NFC chip adhered inside the mounting shell. Two positioning units are provided on one side of the mounting shell, each positioning unit including a side groove located at the bottom of the mounting shell, with a telescopic rod fixed inside the side groove. This utility model pre-writes product information and warranty information into the NFC chip and integrates it into the shoe body, replacing traditional paper cards and avoiding the problem of "loss upon removal." The digital storage method of the NFC chip not only allows for long-term information retention but also enables updates to warranty records and maintenance information via read / write devices, achieving information traceability throughout the product's entire lifecycle.

The application provides a storage management and tracing method and system based on digital storage location tags, relates to the technical field of logistics storage automation, and solves the technical problems of low decision-making efficiency and poor dynamic adaptability in the prior art. The method comprises the following steps: collecting real-time storage data through a plurality of sensors deployed in a storage area, receiving the real-time storage data by an edge gateway, and performing cleaning, fusion and compression preprocessing on the data; a cloud server receives the preprocessed data, and solves a storage location allocation scheme based on a multi-objective co-evolution algorithm; the edge gateway receives the storage location allocation scheme, optimizes and adjusts an execution sequence according to the real-time state of the storage area, and controls an automatic device to perform an allocation operation; and the device execution result and environmental change data are fed back to the edge gateway and the cloud server, which are used to update the parameters of the multi-objective co-evolution algorithm.

System (1) for securely sharing information on road transport or Roll-on / Roll-off transport, arranged by a transport agent, of goods sent by one or more shippers to at least one consignee, through the same type of transport and by using at least one first logistics operator and at least one second logistics operator, the system (1) comprising operationally connected to each other: at least one non-editable digital repository (2); at least one central data processing unit (3); a shipper's device (4), for each shipper; at least one transport agent's device (5); a device (6) for said at least one first logistics operator; a device (7) for the second logistics operator; a consignee's device (8);wherein said central data processing unit (3) is configured to: receive as input a digital signature and data transmitted by each device (4) of each sender, each device (6) of the first logistics operator, the device (5) of the shipping agent, the device (7) of the second logistics operator and each device (8) of at least one consignee and, upon receiving each digital signature, also store the digital signature and the corresponding received data in said non-editable digital repository (2); associate the logistics shipment information of each sender transmitted by each device (4) of each sender, with the logistics shipment information of the shipping agent transmitted by the device (5) of the shipping agent, based on the shipment identification codes of each sender and a shipment identification code of the shipping agent received from each device (4) of each sender and from the device (5) of the shipping agent;share, with the shipping agent's device (5), based on the shipping agent's shipment identification code, a digital signature received from the first logistics operator and the second logistics operator and information on the conformity of the goods, the information transmitted by their respective devices (6,7), stored in the digital repository (2); share, with each sender's device (4), based on each sender's shipment identification code and the shipping agent's shipment identification code, a digital signature received by the first logistics operator and the second logistics operator and the information on the conformity of the goods shipped from the senders transmitted by the respective devices (6,7), stored in said digital repository (2)e;as well as upon receiving each digital signature received by a device (8) of at least one consignee, share the digital signature with the device (5) of the shipping agent and, based on each shipper's shipment identification code and the shipping agent's shipment identification code, also with each device (4) of each shipper whose goods have been received by the consignee.;

The present application provides a denture edge line determination method and apparatus, a computer device, and a storage medium, and relates to the technical field of denture design. The method comprises: acquiring first oral cavity data and second oral cavity data which correspond to a target object, wherein the first oral cavity data is used for representing the oral cavity of the target object in a first pressure state, the second oral cavity data is used for representing the oral cavity of the target object in a second pressure state, and the pressure in the second pressure state is less than the pressure in the first pressure state; on the basis of a trained AI model, performing denture reference line recognition on the first oral cavity data to obtain a first denture reference line; and mapping the first denture reference line to the second oral cavity data to obtain a target denture edge line. The present application combines the first oral cavity data and the second oral cavity data in different pressure states to automatically and accurately recognize the highly accurate denture edge line of the second oral cavity data, aiding in subsequent digital storage and design.

The utility model provides a coal preparation plant medium cleaning lossless digital storage device which comprises a stock bin, an inlet of the stock bin is connected with an outlet of a bucket elevator, the stock bin is used for conveying a coal preparation plant medium for feeding, and a level gage, a temperature and humidity sensor and an oxygen content sensor are arranged in the stock bin. The level gage, the temperature and humidity sensor and the oxygen content sensor are connected with the PLC control cabinet, a gas inlet of the stock bin is connected with an outlet of the nitrogen making machine and used for inputting nitrogen into the stock bin, a bottom outlet of the stock bin is connected with an inlet of the spiral feeder, an outlet of the spiral feeder is connected with an inlet of the concentrated medium barrel, and the concentrated medium barrel is connected with the nitrogen making machine. An outlet of the concentrated medium barrel is connected with an inlet of the conveying pump, an outlet of the conveying pump is connected with a conveying pipe to the combined medium barrel, and the other conveying pipe is provided with a circulating pipe which is connected to the concentrated medium barrel in a backflow mode. According to the utility model, the full-process clean, lossless and digital management of the medium of the coal preparation plant from feeding, storage to preparation is realized, the production efficiency is improved, and the labor intensity is reduced.

A method of reducing a digital storage size of an image of a sample for use in digital pathology operations is disclosed herein that can include receiving the image of the sample in a digital format; automatically dividing, by a computer processor, the image into multiple tiles that collectively form the image; and determining, by the computer processor and for each tile of the multiple tiles, a tile figure of merit (FOM) value depending on pixel intensities of pixels forming each tile. The method can further include comparing the tile FOM value for each tile to a first FOM threshold value and a second FOM value and digitally compressing the corresponding tile using one of a first compression quality, a second compression quality, and one a plurality of intermediate compression qualities depending on the tile FOM value.

This invention relates to a signal driving circuit and slew rate enhancement method for a photoelectric sensor readout system, comprising: a signal detection and digitization module, which quantizes the input signal in a first timing stage; a digital storage and decoding module, coupled to the output of the signal detection and digitization module, which stores digital code values ​​and decodes the digital code values ​​into multiple control signals; a signal driving and sampling module, which receives the input signal at its input end and drives a sampling capacitor to sample in a second timing stage; and a slew rate enhancement execution module, whose control end is coupled to the output of the digital storage and decoding module and whose output end is coupled to the output node of the signal driving and sampling module, which, in response to the multiple control signals in the second timing stage, injects an auxiliary current corresponding to the digital code value into the output node; the first and second timing stages are two consecutive operating stages of the photoelectric sensor readout system. This invention eliminates the inherent delay between the detection and response stages in the slew rate enhancement mechanism.

A computer method for detecting tumor subclones may include receiving one or more digital images on a digital storage device, including images of a patient's tumor; detecting one or more neoplasms in the received digital images for each patient; extracting one or more visual features from each detected neoplasm; determining a hierarchical dendrogram based on the detected neoplasms and the extracted visual features for each detected neoplasm; determining one or more leaf nodes based on the determined hierarchical dendrogram; and determining whether there are two or more neoplasms among those detected that originated independently.

This invention discloses an intelligent optimization management method for feature data mining and extraction in digital archives, belonging to the field of digital information processing technology. It effectively overcomes the inherent defects of traditional digital archive processing, such as fixed and rigid processes, low processing accuracy, missing associations, and inability to evolve, by constructing an optimization management framework integrating intelligent perception, multi-engine parallel processing verification, multi-modal feature fusion, and knowledge graph mining. This significantly improves the accuracy and depth of archive information extraction, achieves intelligent and adaptive processing, automatically constructs semantic associations and knowledge networks between archives, and provides intelligent retrieval services based on semantic understanding and graph association. It achieves a leap from "single keyword matching" to "intent understanding and related recommendation," thereby completing a leapfrog upgrade of digital archive management from "digital storage" to "intelligent knowledge service."