178 results about "Digital interface" patented technology

The virtually divided input trackpad disclosed herein is designed to provide enhanced ergonomic user interaction with digital interfaces. The virtually divided input trackpad comprises two virtually separated functional areas, each of which may be dedicated to distinct functionalities such as object movement and object rotation. This arrangement allows for simultaneous two-handed operation, offering users an intuitive, efficient, and accessible way of controlling digital environments, which is especially beneficial for users with specific accessibility needs.

A digital pre-processing chip is disclosed. The digital pre-processing chip comprises an analog interface for transmitting and receiving analog signals to and from a plurality of analog Radio Frequency (RF) chips, and a digital interface for transmitting and receiving digital signals to and from a baseband chip. The digital pre-processing chip further comprises a plurality of Analog-to-Digital Converters (ADCs) for converting a plurality of analog signals received via the analog interface to a plurality of RX digital signals, and a plurality of Digital-to-Analog Converters (DACs) for converting a plurality of TX digital signals to a plurality of analog signals to be transmitted to the plurality of analog RF chips via the analog interface. The digital pre-processing chip further comprises pre-processing circuitry configured to pre-process the plurality of RX digital signals received from the plurality of ADCs to form a pre-processed digital signal to be transmitted to the baseband chip via the digital interface. The pre-processing circuitry is further configured to pre-process a digital signal received via the digital interface to form the plurality of TX digital signals to be transmitted to the plurality of DACs.

A circuit simulation method partitions circuits into linear and nonlinear subcircuits, obtains frequency responses of the linear portion, and applies causality-enforcing corrections to eliminate non-physical artifacts from band-limited data. The corrected responses enable construction of equivalent circuit models using voltage / current sources with passive elements, where source values update via convolution with port histories. This approach improves simulation accuracy and stability compared to direct frequency-inverse methods while maintaining compatibility with standard platforms including SPICE, PSCAD, and Simulink. Applications include power system transients, RF circuits, and high-speed digital interfaces.

The disclosed exemplary embodiments include computer-implemented processes that manage report and reconciliation workflow through a virtualization of robotic process automation (RPA) techniques. In some examples, an apparatus obtains reporting data that characterizes a status of an obligation during a first temporal interval, and perform operations that request, through a first digital interface of a first application, payment data that characterizes the status of the obligation during a second temporal interval. The reporting data may include information generated during a programmatic chatbot session. Based on the payment data, the apparatus modifies a portion of the reporting data to reflect the status of the obligation during the second temporal interval, and transmits a notification indicative of the modified portion of the reporting data to the first computing system.

Generally discussed herein are systems, apparatuses, and methods for generating a Controller Pilot Data Link Communication (CPDLC) digital message. This can include: a digital interface system configured to receive input from one of a pilot or an air traffic controller. The digital interface system can optionally include: a digital message generator configured to receive the input and decode an intent of the input within an aviation context. The digital message generator can be configured to determine a sample response based upon the intent. This can further include: a compliance system configured to review the sample response for a potential error. If cleared by the review of the compliance system, the digital interface system issues the sample response as the CPDLC digital message.

A computing device to improve intelligibility in an individual with speech dysarthria. The computing device accesses recorded speech of an individual with a speech dysarthria condition. The computing device accesses a pre-trained language improvement model. The pre-trained language improvement model identifies one or more exercises to be performed by the individual with speech dysarthria to improve intelligibility of the individual, the one or more exercises identified by the pre-trained language improvement model based upon an analysis of the recorded speech by the pre-trained language improvement model. A digital interface presents the one or more exercises to be performed by the individual.

The invention discloses an electric meter sampling filter chip and system integrated with a programmable anti-aliasing filter, and relates to the field of electric energy metering chips, the electric meter sampling filter chip comprises a programmable anti-aliasing filter module, a digital control and interface module and a cooperative control unit, through binary weighted control of a switched capacitor array, the cut-off frequency can be dynamically adjusted within the range of 1 kHz to 100 kHz, and the cut-off frequency can be adjusted within the range of 1 kHz to 100 kHz. Switching of a Bessel mode, a Butterworth mode and a Chebyshev mode is physically achieved by reconstructing a feedback network, a programmable AAF, an ADC, control logic and a digital interface are integrated into a single chip, and the number of external elements such as an RC network and an operational amplifier is reduced; aDC sampling data is analyzed through FFT, the signal-to-noise ratio is calculated in real time, the filter mode is automatically switched, a hardware interrupt pin triggers notification after configuration is completed, MCU polling is replaced, and frequency response is ensured to be accurate and controllable through laser trimming of a switched capacitor array.

The invention discloses endoscope host equipment with multiple matched handles, which comprises an interface module and a signal processing system, the interface module is constructed as an MXM interface and is used for receiving image data acquired by a handle image sensor, and the interface module comprises a digital interface and an analog interface which are respectively used for connecting a digital signal line and an analog signal line. The signal processing system is connected to the interface module and comprises an analog-to-digital converter, a synchronous FIFO module, a row cache module and an output port. Wherein the analog-to-digital converter is connected to the analog interface and is used for receiving an analog signal and converting the analog signal into a digital signal; the synchronous FIFO module is connected to the analog-to-digital converter and the digital interface and is used for receiving digital signals and realizing data buffering; the line cache module is connected to the synchronous FIFO module and is used for rearranging the image data to form the image data in the RAWData format and caching the image data; and the output port is connected to the line cache module and is used for outputting the digital signal.

The present inventive concepts comprise a connected, intelligent transfer switch system that permits remote metering, monitoring and control of energy sources connected to a device both by hardwired and wireless connection, and the method for operating this system is disclosed. The inventive concepts represent a significant improvement upon existing transfer switch systems by incorporating advanced monitoring and control capabilities of all energy resources connected to a building, such as fossil-fuel powered generators, battery storage systems, solar photovoltaic arrays, wind turbines, utility grid connections, controllable loads, or other technologies which generate, store or consume energy. The inventive concepts further provide means for flexible and intelligent operation of these resources through a dedicated network communication connection which enables advanced operational decision-making to determine optimal switching actions and real-time interaction through user-facing digital interfaces.

Interface and mode selection for digital action execution is provided. For example, a system loads a script library embedded in an electronic resource. The system determines a historic level of engagement between a client computing device and one or more digital assistants. The system selects, based on a first property of the client computing device and the historic level of engagement, a type of digital interface. The system generates, based on the type of digital interface, a digital interface with the call-to-action. The system determines, responsive to an instruction to execute the call-to-action, a mode of execution. The system selects a digital assistant and a second client device to execute the call-to-action. The system transmits the call-to-action to the second client device for execution.

The invention relates to a system 10 for conducting a sales mechanism over the internet in accordance with an embodiment of the invention. The system 10 comprises a sales platform 18 for vendors of items such as a real estate property, sales facilitators 16 to administer the sales mechanism, and buyers (also referred to as bidders 14) to interact for selling and buying the items offered for sale. The description to follow will refer to a particular application of the sales mechanism for offering for sale a real estate property; however, the sales mechanism may be utilised for offering for sale any tangible or intangible item that is able to be sold.

The invention discloses a point cloud digital service system and method based on digital twinning, and belongs to the field of digital twinning, and the system comprises an entity model construction module, a fusion updating module, a semantic segmentation labeling module, a digital interface construction module and a feedback optimization module. By constructing the user interaction behavior portrait and the service calling feature vector, accurate modeling of different user use preferences and model operation modes is realized, a point cloud processing algorithm can be differentially optimized according to individual requirements, and the processing precision and the user experience are remarkably improved. A federated learning mechanism is introduced, each edge device completes training and parameter updating of a point cloud processing model locally, only the model weight difference is uploaded, and original user data is not involved, so that cross-terminal joint optimization is realized while privacy security is guaranteed.

The invention discloses a high-integration-level miniaturized TMR magnetic field sensor and a use method thereof, relates to the technical field of electrical equipment measurement, and solves the problems that most existing TMR sensors in the prior art are discrete devices, the system integration level is low, and the noise immunity and the stability are not high in an electric power environment with high-frequency signals and strong electromagnetic interference. The TMR magneto-sensitive unit, the signal conditioning circuit and the analog / digital interface are highly integrated in the same package, and the size of the sensor is remarkably reduced while high sensitivity and broadband response are kept. Besides, by optimizing the magnetoelectric structure design and the signal chain topology, background noise and bias drift are reduced, the measurement precision is improved, and the method is particularly suitable for high-density layout, complex electromagnetic environments and high-bandwidth measurement scenes. According to the invention, a better current measurement solution is provided for novel power systems such as a smart power grid, a modular power electronic device and a distributed energy system.

A drive-thru system is provided on golf courses and / or communities where riders of golf carts or similar vehicles can drive into and through a structure including food, beverages and / or merchandise for purchase. The system comprises a structure such as a shack with a drive-thru lane. The structure may include shelves, refrigerated coolers, vending machines, service counters and / or automated delivery systems on one or both sides of the drive-thru lane. Golfers can drive into the structure in their golf cart, and select items manually or through digital interfaces and automated systems. Safety features prevent cart collisions, while automated ordering and payment systems streamline transactions.

Aspects relate to mechanisms for dynamically selecting an RF interface between an RF subsystem (e.g., including an RFFE) and a modem subsystem. A wireless device (e.g., a UE) may include both an analog interface and a digital interface and may dynamically switch between the analog interface and the digital interface based on at least a throughput state of the modem subsystem.

A Fully Analog STate-Space Compute-In-Memory (FAST-CIM) architecture implements cascaded CIM arrays that maintain continuous analog signal flow throughout neural network computations. Sequential data patches are processed through cascaded CIM arrays, where a feedforward CIM array performs initial vector-matrix multiplication using analog computations within memory cells, and the analog output flows directly through a gain circuit to a recurrent CIM array without digital conversion. The gain circuit converts analog current signals to voltage signals, enabling direct analog connection between the cascaded arrays. The recurrent CIM array executes State-Space Model (SSM) computations, processing the cascaded analog signals along with previous state information maintained by a State Write and Propagate (SWAP) circuit that stores states using capacitive elements. The cascaded array configuration eliminates analog-to-digital and digital-to-analog converters between processing stages, achieving reduced power consumption and latency compared to conventional implementations that require digital interfaces between CIM arrays.

The invention relates to a single clock display driver. Aspects of the specification provide a circuit (100). In at least some examples, a circuit includes a driver (104A). The driver includes a phase locked loop (108A) and a digital interface (105A). The phase-locked loop is configured to receive a first clock signal and provide a second clock signal based on the first clock signal. The digital interface is configured to receive a first clock signal, receive data from a data frame at successive rising and falling edge transitions of the first clock signal, extract a portion of the data frame addressed to the driver from the data frame, and provide a remaining portion of the data frame after the portion of the extracted data frame addressed to the driver.

The utility model relates to the technical field of integrated circuit testing, and particularly discloses an integrated circuit experiment testing device which comprises a shell. A microcontroller, and a digital oscilloscope, a function generator, a digital logic analyzer, a pattern generator, a virtual digital I / O interface, a front PCB panel and a plurality of test interfaces which are electrically connected with the microcontroller are arranged in the shell; the front end of the shell is provided with a voltage acquisition interface, a current acquisition interface, a display screen and a plurality of voltage output ports which are electrically connected with the front PCB panel, the bottom of the shell is provided with an air inlet, a cooling fan is arranged above the air inlet, and the middle part of the shell is provided with a middle air outlet. According to the utility model, a plurality of instruments and meters are integrated to carry out experimental testing, so that the device is convenient to operate and overhaul, smaller in size and small in occupied space, meets the requirement of carrying out rapid testing in a limited space, and is suitable for design, simulation, manufacturing and testing of integrated circuits and related experimental teaching and scientific research activities.

A system and a method for data protection assessment using threat modelling and adaptive optimization is disclosed. The system (100) comprising a processor (105) and memory (110) with instructions to receive a data access request (345) from entities (120) via authenticated digital interface (125) including structured and unstructured data categories (350), metadata parameters (355), initiating contextual analysis to establish baseline compliance parameters (360). The system analyses data category and metadata using adaptive classification logic and correlation metrics across stored data lineage, distinguishing privacy -critical from non- sensitive data. Threat modelling (130) evaluates correlations among privacy attributes (365), metadata, operational parameters, and regulatory requirements to identify vulnerabilities (375) and exposure points. A composite risk index (135) is derived, forming a structured risk profile (140) with quantified scores (380). Compliance recommendations (150) are generated, safeguard parameters (155) are derived, authorization validated by a compliance authority (160), and a compliance trace (388) is recorded.

Improved graphical user and digital interfaces for analyte monitoring systems are provided. For example, disclosed herein are various embodiments of GUIs including, sensor results, trend alerts, alarms, and insights interfaces. In addition, various embodiments of digital interfaces are described, including methods for sensor activation and pairing, wherein an analyte monitoring software application is configured to pair with a plurality of different types of sensors, and methods data backfilling in an analyte monitoring system, among other embodiments.

A universal digital card, UDC (122) for use in a node of a distributed antenna system, DAS (100), the UDC (122) comprising: an external digital interface (124) to communicatively couple the UDC (122) to an external communication link used to transmit and receive data in any of a plurality of different external interface formats; and wherein the UDC (122) is configured to: receive data formatted according to any of the plurality of external interface formats from the external communication link via the external digital interface; communicate data formatted according to any of the plurality of external interface formats over the external communication link via the external digital interface; and wherein the UDC (122) is configured to be selectively used either as: a donor card to communicatively couple the node to one or more base station entities (108) via the external digital interface; or a distribution card to communicatively couple the node to one or more non-DAS nodes, hubs, switches, or remote radio heads or one or more other DAS nodes or access points.

The invention relates to a method for converting an image into a music score, which comprises the following steps of: performing note identification on a note image to obtain an MIDI (musical instrument digital interface) file, and performing music score conversion on the MIDI file to obtain music score data. According to the method for converting the image into the music score, the recognized note data can be directly converted into the music score data in a standardized data format used by a music teaching system, the structural consistency of a score recognition result and an original music score is effectively improved, and the generated music score is closer to a manual input standard in visual and logic aspects; and the obtained music score data can also be used for conventional functions of a music teaching system.

1. Name of the product in this design: Graphical User Interface for Displaying Vehicle Information in Electronic Devices (Seiko 218 Dual Digital Interface). 2. Intended use of this design: for use in electronic devices. 3. The key design feature of this product is its graphical user interface. 4. The image or photograph that best illustrates the design's key features: the front view. 5. For parts that are not easily seen or cannot be seen during use, the rear view, left view, right view, top view, and bottom view are omitted. 6. Purpose of the graphical user interface: to display the vehicle's operating parameters in real time. 7. Human-computer interaction method of graphical user interface: Display relevant information according to the vehicle's operating status.

An integrated exercise system combining cardiovascular and core training, the apparatus comprising: a base portion designed to increase its weight by being filled with water or sand, providing stability during workouts; an upright punching bag removably and fixedly engagable with the base portion; and adjustable leg cutouts incorporated into the base portion, ergonomically padded to securely hold the user's legs for abdominal exercises. The base portion includes a durable, high-density foam structure and a hollow interior that can be filled to anchor the system. The upright portion supports the punching bag, facilitating a variety of upper body exercises. The system also features a digital interface for workout selection, progress tracking, and integration with external fitness apps. The apparatus offers a comprehensive workout by combining the intensity of punching exercises with the core-strengthening benefits of ab workouts, enhancing overall fitness and user engagement through an innovative, space-efficient design.

The invention relates to a computer-implemented method for automatically parameterizing at least one field device communicatively connected to a communication network via a digital interface for a specified intended use of the at least one field device, in particular, the method is carried out using a configuration assistant having a large language model and based on generative artificial intelligence, the method comprises the steps of:-transmitting a configuration assistant in a natural language to the user via the computer interface to collect data relating to a specified intended use; -training a parameterized model by means of the collected data, or optimizing an existing parameterized model on the basis of the collected data; providing, via the computer interface, a pre-trained converter-based parameterized model comprising at least one converter component; -causing retraining of the pre-trained converter-based parameterized model using training data based on the collected data; issuing the trained converter-based parameterized model for automated parameterization of the at least one field device.

The present disclosure relates to an Ethernet Phy comprising an analog interface for connection to a communication medium, a digital interface, and a wake-up interface, the Ethernet Phy being configured to change from a sleep mode to an active mode or from an active mode to a sleep mode, the Ethernet Phy being configured to receive a first analog signal via the analog interface, the first analog signal representing an Ethernet frame, and the digital interface being configured to receive a second analog signal via the analog interface, the Ethernet Phy is configured to transmit an Ethernet frame via a digital interface only in an active mode and to receive a first wake-up signal representing a first wake-up identifier or a second wake-up identifier via a wake-up interface in a sleep mode, and a controller coupled to the first wake-up signal and configured to change from a sleep mode to an active mode in response to a case where the first wake-up signal represents one of the first wake-up identifier or the second wake-up identifier, and configured to remain in the sleep mode in response to a case where the first wake-up signal represents the other of the first wake-up identifier or the second wake-up identifier. The invention also relates to a method for Ethernet Phy.

To provide a broadcast receiver which can execute a function with a higher added value.SOLUTION: A broadcast receiver comprises: a digital broadcast reception unit; a network communication unit; and a data string conversion processing unit which can generate a new data string by mixing a data string of content received by the digital broadcast reception unit and a data string acquired by the network communication unit. The broadcast receiver can acquire performance information of an external device via a digital interface that can communicate with the external device, and according to the performance information of the external device, switches between outputting from the digital interface of the new data string generated by mixing the data string of the content received by the digital broadcast reception unit and the data string acquired by the network communication unit by the data string conversion processing unit and outputting from the digital interface of the data string in a state where the mixture processing is not performed when outputting the received content to the external device from the digital interface.SELECTED DRAWING: Figure 29A

The disclosed exemplary embodiments include computer-implemented systems, apparatuses, and processes that dynamically configure and populate a digital interface based on sequential elements of message data exchanged during a chatbot session established programmatically between an apparatus and a device. For example, the apparatus may generate first messaging data that includes a candidate input value for an interface element of a digital interface, and transmit the first messaging data to the device during the programmatically established chatbot session. The apparatus may also receive, from the device during the programmatically established chatbot session, second messaging data that includes a confirmation of the candidate input value. Based on the second messaging data, the apparatus may generate populated interface data that associates the interface element with the confirmed candidate input value, and store the populated interface data within a memory.

A device (200, 300) for processing a signal dependent on a received radio frequency signal (199), comprising: a first semiconductor circuit (210) comprising a first part of a radio frequency receiver (240) and a first data converter (250) configured to convert a data value of the signal, which depends on the received radio frequency signal, from a first data format into a second data format; a second semiconductor circuit (230) comprising a second part of the radio frequency receiver (270) and a second data converter (260) configured to convert data representing the data value in the second data format into the first data format, wherein the second part of the radio frequency receiver (270) comprises at least one sampling rate converter (271) configured to convert a sampling rate based on the signal dependent on the received radio frequency signal into a sampling rate dependent on a sampling rate of the baseband processing unit (280); and a digital interface (220) configured to transmit data relating to the signal dependent on the received radio frequency signal from the first semiconductor circuit (210) to the second semiconductor circuit (230), wherein the first data converter (250) is configured to provide the data representing the data value in the second data format to the digital interface (220).

The disclosed embodiments include computer-implemented apparatuses and processes that provision, in real-time, targeted recommendations based on decomposed structured messaging data. For example, an apparatus receives a message that includes elements of message data disposed within corresponding message fields. The message data may characterizes an exchange of data requested by a first counterparty from a second counterparty and associated with a first product provisioned to the second counterparty by the first counterparty. Based on elements of message data, the apparatus determines a value of a parameter that characterizes at least one of the second counterparty or a relationship between the second counterparty and the first counterparty, and transmits digital content associated with the parameter value to a device operable by the second counterparty, which presents a portion of the digital content within a digital interface.