101 results about "Digital interface" patented technology

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.

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 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 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.

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.

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 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.

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.

The disclosed invention presents a novel system for distributing trading cards that enhances transparency, consistency in value, and consumer engagement. This system addresses issues prevalent in both primary and secondary trading card markets by allowing consumers to view the exact cards they will receive prior to purchase, complete with specific odds of obtaining each card. Detailed card descriptions, including history and condition, are verified through a rigorous authentication process. The system also features a user-friendly digital interface that displays cards, odds, and comprehensive descriptions, continuously updated based on real-time market analysis and consumer feedback, thereby enhancing the trading card distribution process.

The utility model discloses a kind of endoscope host equipment matched with multiple handles, including interface module and signal processing system, interface module is structured as MXM interface, for receiving the image data of handle image sensor acquisition, including digital interface and analog interface for connecting digital signal line and analog signal line respectively.Signal processing system is connected to interface module, including analog-digital converter, synchronous FIFO module, line buffer module and output port.Wherein, analog-digital converter is connected to the analog interface, for receiving analog signal and converting it into digital signal;Synchronous FIFO module is connected to the analog-digital converter and the digital interface, for receiving digital signal, and realizing data buffering;Line buffer module is connected to the synchronous FIFO module, for rearranging to form the image data of RAWData format to image data, and buffering to image data;Output port is connected to the line buffer module, for outputting digital signal.

The disclosed embodiments include computer-implemented apparatuses and processes that dynamically manage and populate databases using programmatic robotic processes. For example, an apparatus may obtain queued request data including a key code and a program code associated with a resource. Based on that key code, the apparatus may obtain files of a first format. The apparatus may also extract elements of resource data that include the program code from one of the files, and convert the extracted elements of resource data into elements of tabular data structured in a second format. The apparatus may, based on the elements of tabular data, generate elements of a populated database associated, and transmit message data that includes the elements of the database to a device, which may execute an application program that presents a subset of the elements of the database within a digital interface.

A computer-implemented system and method for administrating human biospecimen collection facilitates secure, de-identified coordination among donors, scientists, and administrators through a modular digital interface. The system enables administrators to manage project dashboards, assign donor identities to sample jobs, initiate and track collections, configure lab and location settings, and process payments using integrated financial services. Scientists can create, schedule, and monitor biospecimen requests, set donor inclusion criteria, and manage sample delivery. Donors can register, undergo identity verification, opt in to sample types, and track donation history. The platform supports automated notifications, real-time courier tracking, configurable appointment durations, and differential compensation models. Technical benefits include enhanced data integrity via role-based access control, improved efficiency through integrated scheduling and payment APIs, and reduced administrative burden via automated matching and logistics coordination. The system provides compliance with privacy standards while enabling scalable, institution-specific or marketplace-based biospecimen acquisition.

A control unit (310) for controlling a digital interface chip, DIC, (320) of a multi-antenna transmitter and receiver arrangement, MATARA, (400), wherein the DIC (320) is connectable via an analog interface (322) to a first plurality of transceivers (500, 501,..., 515) configured to transmit and / or receive radio signals in a first set of frequency ranges (FRa, FRb), wherein the DIC (320) is connectable to one or more transceiver units (340) via a first digital interface (342), wherein each transceiver unit (340) is configured to transmit and / or receive radio signals in a respective set of frequency ranges (FRc, FRd), and wherein the DIC (320) is connectable via a second digital interface (352) to a baseband, BB, processor (350) configured to process the radio signals transmitted and / or received in the first and / or in each respective set of frequency ranges (FRa, FRb, FRc, FRd), wherein the DIC (320) comprises a baseband interface resource allocation unit, BBIFRA, (360), wherein the BBIFRA (360) is configured to allocate baseband interface resources for data to be transferred to / from the first plurality of transceivers (500, 501,..., 515) via the analog interface (322) and for data to be transferred to / from the one or more transceiver units (340) via the first digital interface (342), the control unit (310) configured to: obtain (110) a configuration of the MATARA (400); allocate (120) a first set of baseband interface resources to the data transmitted / received to / from the first plurality of transceivers (500, 501,..., 515) based on the obtained configuration; allocate (130) a second set of baseband interface resources to data transmitted / received to / from the one or more transceiver units (140) based on the obtained configuration; and configure (140) the BBIFRA (360) to transfer data from the first plurality of transceivers (500, 501,..., 515) and data from the one or more transceiver units (340) to the BB processor (350) via the second digital interface in accordance with the allocated first and second sets of baseband interface resources or to transfer data from the BB processor (150) to the first plurality of transceivers (500, 501,..., 515) and to the one or more transceiver units (340) via the second digital interface in accordance with the allocated first and second sets of baseband interface resources. Corresponding multi-antenna transmitter and receiver arrangement, foldable wireless device, method, computer program product, and non-transitory computer-readable storage medium are also disclosed.

The embodiment of the invention discloses a music playing method and device, electronic equipment and a readable storage medium. According to the embodiment of the invention, after the advancing speed and the heart rate of the user are obtained, the rhythm parameter of the to-be-played music is determined according to the advancing speed and the heart rate of the user, the candidate music files are determined from the preset music file library according to the rhythm parameter, and then the to-be-played target music file is selected from the candidate music files. And playing the target music file. In the embodiment of the invention, each music file in the preset music file library is generated based on the pre-trained music generation model, and the music generation model is obtained by training according to the sample audio file, the musical instrument digital interface file of the sample audio file, the attribute information and the note sequence, so that the richness of music can be increased; and the music playing flexibility can be improved, so that the user experience is improved.

The invention discloses a radio frequency matcher control terminal which comprises a key module, a display module, an ADC sampling module, an analog interface, an MCU control module, a DAC output module and a digital interface. The key module is used for receiving menu selection, confirmation and function switching; the display module is used for displaying menu content and corresponding parameter information; the ADC sampling module is used for collecting analog feedback voltages of the TUNE capacitor and the LOAD capacitor; the analog interface is used for realizing analog signal interaction between the control terminal and an external matcher; the MCU control module is used for analyzing various input instructions, processing acquired signals and controlling the modules to work cooperatively and transmit data; the DAC output module is used for outputting feedback voltage for capacitor position adjustment to the analog interface according to an instruction of the MCU control module; and the digital interface is used for realizing digital signal interaction between the control terminal and an external matcher. Multi-mode control of the matcher is achieved, and the problems that an existing matcher is single in operation, inconvenient to switch and insufficient in remote control are solved.

This application relates to an aircraft health status monitoring system and method based on vibration parameter detection. The monitoring system includes: a servo accelerometer that acquires simulated vibration acceleration signals; a signal conditioning module that performs bandpass filtering on the simulated vibration acceleration signals and outputs a filtered acceleration signal within a preset frequency band; a parameter conversion module that converts the acceleration signals into simulated vibration velocity signals or simulated vibration displacement signals, and selects the target monitoring parameter according to a channel selection command; a microprocessor that outputs a channel selection command to the parameter conversion module according to a preset decision strategy; a data conversion and processing module that performs gain adjustment and analog-to-digital conversion to generate a digital signal; a microprocessor that performs engineering value conversion on the digital signal to obtain engineering value data; and a digital interface module that encapsulates the engineering value data into aviation standard protocol data frames and outputs them. This application meets the stringent requirements for real-time monitoring, reliability, and intelligence level of aircraft under complex operating conditions.

An integrated circuit (IC) comprising: a digital interface terminal; and processing circuitry, wherein the IC is operable in: a first mode in which the digital interface terminal operates as a digital input or output terminal for communication with the integrated circuit; and a second mode in which the digital interface terminal operates as a hysteretic terminal for coupling with circuitry external to the IC to implement a hysteretic circuit.

A manually operated counterweight hoist including a batten operable to support a load, an arbor operable to support one or more counterweights, a hand line operable to move the batten or the arbor, a brake operable to prevent movement of the arbor and the batten by constricting movement of the hand line, a brake actuator operable to activate the brake, a sensor that measures a speed of the arbor, and a controller including an electronic processor. The controller is operatively coupled to the sensor and the brake actuator. The controller is configured to receive a measurement signal from the sensor, determine whether the speed of the arbor exceeds a threshold based on the measurement signal, and activate the brake actuator when the speed of the arbor exceeds the threshold.

To provide a broadcast receiving device capable of performing functions with higher added value. [Solution] The system comprises a receiving unit that receives a digital broadcast signal including a first data flow, a communication unit 121 that acquires a second data flow associated with the first data flow from a server device via a communication line, a video decoding unit 141 that can decode video data included in the first data flow and / or video data included in the second data flow to generate decoded video data, and a digital interface 40125 that can output video to an external device and acquire performance information of the external device. The video output control state by the digital interface has an output control state that outputs only the decoded video of the video data of the first data flow, and a second output control state that outputs both the video data of the first data flow and the video data of the second data flow, according to the performance information of the external device.

The invention discloses a multi-channel parallel analog-to-digital converter with dynamically adjustable precision, which is characterized in that the existing digital interface resource (especially an LVDS receiver) in a chip is used as an analog voltage comparator to construct a multi-channel parallel sigma-delta modulator. Each path of conversion unit sets a counting target value through a programmable counter, so that the conversion precision and the sampling time of the path are independently and dynamically adjusted. And each path is started under a unified synchronous signal to realize synchronous sampling. A set of calibration system is further integrated, a high-precision external reference source is sampled through a specially-arranged reference conversion unit, and digital results of the high-precision external reference source are provided for all common channels, so that automatic calibration and temperature compensation of the system are achieved. According to the scheme, the design of the multi-path high-precision ADC is greatly simplified, and the ADC has the advantages of high integration level, low cost and easiness in implementation.

The invention provides a display refreshing method of a passive electronic ink screen and an ultrahigh frequency RFID chip. The method comprises the following steps: carrying out binaryzation on a whole frame picture at a PC end, and generating compressed frame data by adopting a black-and-white image-oriented efficient compression algorithm; the ultrahigh frequency RFID chip integrated with decompression capability receives compressed frame data under a passive energy supply condition and decompresses and restores the compressed frame data, and then the chip controls to supply power to the electronic ink screen and write the whole frame data through a digital interface to trigger global refreshing, so that the air interface transmission data volume and the write-in time delay are remarkably reduced; and a user side only needs to pay attention to the picture and does not need to additionally consider fonts of a font library or special picture adaptation, so that the universality and the application expansibility of the passive electronic paper system are improved.

A data transfer controller connected to a first digital interface of a computer system receives an instruction to prepare a plurality of non-contiguous data elements in a memory of the computer system for transfer to a peripheral device connected to the first digital interface. The data elements are read from the memory of the computer system via a plurality of gather transactions on a second digital interface. The second digital interface is connected to the data transfer controller and the memory. The second digital interface allows for use of a subset of overhead data of the first digital interface for the gather transactions. The data elements are written into a contiguous data block in a buffer. An indication that the contiguous data block is available for transfer from the buffer to the peripheral device via the first digital interface is provided to the peripheral device via the first digital interface.

The application discloses a music generation method and device, a computer readable medium and an electronic device. The method comprises: obtaining basic music information for generating target music data, the basic music information comprising at least one type of music data; performing format conversion processing on the basic music information to obtain basic musical instrument digital interface data corresponding to the basic music information; generating music events according to each type of music data in the basic musical instrument digital interface data, and sorting the music events to generate a music event sequence; performing feature extraction and mapping processing on the music event sequence, and obtaining target music data based on the processing result. The technical scheme of the application realizes automatic music creation and reduces the artificial dependence in the music creation process. Whether the basic music information is an audio data or a music data, the target music data can be generated, and music creators can realize music creation without being familiar with music theory knowledge.

The invention discloses a dynamic reconfiguration method and device for otu0 and otu1 based on picxo, which is based on a vivado platform, uses serdes and picxo cores provided by the vivado platform and uses a verilog hardware description language to generate an otu0 and otu1 switching circuit, and has the key points of stable generation of otu0 and otu1 clocks and flexible and efficient processing of packaging an odu frame into otu0 and otu1. According to the invention, an all-digital interface is used, and the phase interpolator can carry out phase and frequency control by using FPGA logic resources under the control of a high-precision programmable DPLL (Digital Phase Locked Loop). In combination with the FPGA logic DPLL, the phase interpolator can perform phase or frequency modulation on the data output of the transceiver, directly lock to an input reference pulse or clock, and simultaneously provide a built-in clock filter function.